make part10 demo

diff --git a/ChangeLog.txt b/ChangeLog.txt
index dfe0cae..b9d2bb0 100644 (file)
--- a/ChangeLog.txt
+++ b/ChangeLog.txt
@@ -27,6 +27,9 @@
        \81y\96{\95Ò\81z\83\89\83\93\83h\82Ì\8c\8b\8d\87
        \81y\83T\83E\83\93\83h\81z\83C\83\93\83X\83^\83\93\83X\83T\83E\83\93\83h\82Ì\8e©\93®dispose
        \81y\96{\95Ò\81z\83\81\83C\83\93\83\81\83j\83\85\81[\82É\82¨\82¯\82é\83A\83C\83e\83\80\82Ì\90à\96¾
+       \81y\96{\95Ò\81z\8fc\83X\83N\83\8d\81[\83\8b\83r\83\85\81[\8eÀ\91\95
+       \81y\96{\95Ò\81zESC\82Å\83Q\81[\83\80\8fI\97¹
+       \81y\96{\95Ò\81z\8d~\90_\8b³\89ï\89¼\8eÀ\91\95
 
 \81¡2010/10/20
        \83\8a\83\8a\81[\83X\8aJ\8en
\ No newline at end of file

diff --git a/TODO.txt b/TODO.txt
index 9cb9989..b267dc2 100644 (file)
--- a/TODO.txt
+++ b/TODO.txt
@@ -1,25 +1,21 @@
 
-\81¡\83\81\83C\83\93\83\81\83j\83\85\81[
-       [11/17]\83X\83N\83\8d\81[\83\8b\83r\83\85\81[
-\81¡\83G\83t\83F\83N\83g
-       [11/18]set_tween\82Ìnoise
-       [11/20]Particlegen\82Ì\82Â\82­\82è\82±\82Ý
-       [11/21]\96\82\96@\83G\83t\83F\83N\83g(\83T\83E\83\93\83h\81A\83J\83\81\83\89\82Ì\97h\82ê\82 \82è)
 \81¡\82»\82Ì\91¼
-       [11/21]ESC\82Å\83Q\81[\83\80\8fI\97¹
-
-\81¡\83o\83O
-       \90\85\83G\83\8c\83\81\83\93\83g\82Ì\8c¸\82è\95û\82ª\82¨\82©\82µ\82¢\81H
-
-
-
+       \83\81\83C\83\93\83\81\83j\83\85\81[\82Å\94w\8ci\82ð\90Ý\92è\82·\82é
+       \8aX\82Ì\95¶\8e\9a\97ñ\82Ì\88Ê\92u\82ð\82¿\82å\82Á\82Æ\8fã\82É
+       \83_\83\93\83W\83\87\83\93\82Í\82Ç\82±\81H
+       \8aX\82Ì\83A\83C\83R\83\93\82à\97p\88Ó\82µ\82½\82Ù\82¤\82ª\82æ\82­\82È\82¢\81H
+       \8aX\82É\82à\83G\83\8c\83\81\83\93\83g\92u\82¯\82½\82Ù\82¤\82ª\82æ\82­\82È\82¢\81H
+       \83}\81[\83P\83b\83g\82Å\81A\92P\89¿\82Í\88ê\97\97\82É\95\\8e¦\82·\82é
+       lua_settop(L, 0)\98R\82ê\82ª\82 \82é\81H
+       
 PART 10\88È\8d~
-\81@\83T\83E\83\93\83h\95Ò\8fW\83c\81[\83\8b\82Ì\8dì\90¬
-  \83e\83L\83X\83g\82Ì\8dX\90V(\83\81\83j\83\85\81[\81j
-\81@multi_index(Object_Data)
-\81@thread\82Ì\89ñ\8eû
-\81@CWaveFile\81Ahirukoya\82ð\8aO\95\94\82É\8fo\82·
-\81@\83I\83u\83W\83F\83N\83g\82Ì\95`\89æpriority\90Ý\92è
+\81¡\82»\82Ì\91¼
+       \83T\83E\83\93\83h\95Ò\8fW\83c\81[\83\8b\82Ì\8dì\90¬
+       \83e\83L\83X\83g\82Ì\8dX\90V(\83\81\83j\83\85\81[\81j
+       multi_index(Object_Data)
+       thread\82Ì\89ñ\8eû
+       CWaveFile\81Ahirukoya\82ð\8aO\95\94\82É\8fo\82·
+       \83I\83u\83W\83F\83N\83g\82Ì\95`\89æpriority\90Ý\92è
 
 \81¡\83}\83b\83v\88Ú\93®
        \83}\83b\83v\88Ú\93®\95\9c\8a\88
@@ -29,5 +25,10 @@ PART 10
        \83}\83b\83v\88Ú\93®\82©\82ç\83\81\83C\83\93\83\81\83j\83\85\81[
 
 \81¡\83T\83E\83\93\83h\82Ì\8b­\89»
-\81@\81@\81@\81@[11/14]\83X\83N\83\8a\83v\83g\82©\82ç\83T\83E\83\93\83h\82Ì\90§\8cä
-\81@\81@\81@\81@[11/14]\83T\83E\83\93\83h\82Ì\83v\83\8a\83\8d\81[\83h
+\81@\81@\81@\81@\83X\83N\83\8a\83v\83g\82©\82ç\83T\83E\83\93\83h\82Ì\90§\8cä
+\81@\81@\81@\81@\83T\83E\83\93\83h\82Ì\83v\83\8a\83\8d\81[\83h
+
+\81¡\83G\83t\83F\83N\83g
+       set_tween\82Ìnoise
+       Particlegen\82Ì\82Â\82­\82è\82±\82Ý
+       \96\82\96@\83G\83t\83F\83N\83g(\83T\83E\83\93\83h\81A\83J\83\81\83\89\82Ì\97h\82ê\82 \82è)

diff --git a/moflib-1.0/lib/Debug/moflib.lib b/moflib-1.0/lib/Debug/moflib.lib
index 3ade546..06167d5 100644 (file)
Binary files a/moflib-1.0/lib/Debug/moflib.lib and b/moflib-1.0/lib/Debug/moflib.lib differ

diff --git a/moflib-1.0/lib/Debug/moflib.pdb b/moflib-1.0/lib/Debug/moflib.pdb
index 3775551..a6ef888 100644 (file)
Binary files a/moflib-1.0/lib/Debug/moflib.pdb and b/moflib-1.0/lib/Debug/moflib.pdb differ

diff --git a/moflib-1.0/src/mof/.Application.cpp.swp b/moflib-1.0/src/mof/.Application.cpp.swp
new file mode 100644 (file)
index 0000000..0899eb8
Binary files /dev/null and b/moflib-1.0/src/mof/.Application.cpp.swp differ

diff --git a/moflib-1.0/src/mof/.Timer.hpp.swp b/moflib-1.0/src/mof/.Timer.hpp.swp
new file mode 100644 (file)
index 0000000..1baa4d8
Binary files /dev/null and b/moflib-1.0/src/mof/.Timer.hpp.swp differ

diff --git a/moflib-1.0/src/mof/Application.cpp b/moflib-1.0/src/mof/Application.cpp
index 73133be..a8c9184 100644 (file)
--- a/moflib-1.0/src/mof/Application.cpp
+++ b/moflib-1.0/src/mof/Application.cpp
@@ -59,61 +59,6 @@ namespace mof
     }
     
 //{{{ run 
-    void Application::run( Scene& scene ) 
-    {
-        scene.initialize();
-        mof::Finalizer finalizer( scene.finalize ); //run\82ð\94²\82¯\82é\82Æ\82«\82É\89ð\95ú\8f\88\97\9d\82ð\8ds\82¤
-           MSG msg;
-        ZeroMemory( &msg, sizeof(msg) );
-           mof::Timer timer;
-           mof::Timer fpsTimer;
-           int frameCount = 0;
-
-       mof::Captor Captor( _T("output"));
-       int sleepingTime = 0;
-        for( ; ; )
-        {
-            while( PeekMessage( &msg, NULL, 0U, 0U, PM_NOREMOVE ) )
-            {
-                       if( msg.message == WM_QUIT )return;
-                       GetMessage( &msg , NULL , 0 , 0 );
-                TranslateMessage( &msg );
-                DispatchMessage( &msg );
-            }
-               
-                   for( int i = 0 ; i < m_nUpdatingPerFrame ; i++ )scene.update();//\83V\81[\83\93\82Ì\8f\88\97\9d
-
-               
-                   mof::GraphicsDevice::beginScene();
-                   scene.draw();//\83V\81[\83\93\82Ì\95`\89æ
-                   if (enable_output_frame_) Captor.capture();
-                   mof::GraphicsDevice::endScene();
-    
-               
-
-                   //FPS\82Ì\8cv\91ª
-                   double true_past_time = timer.getTime();
-                       double past_time = frame_interval_ * (frameCount + 1);
-                   if(past_time > true_past_time) {
-                           Sleep(static_cast<int>(past_time - true_past_time));
-                           sleepingTime += past_time - true_past_time;
-                   }
-                   
-                   //timer.reset();
-                   
-                   if(++frameCount % 500 == 0)
-                   {
-                           float fps = 500.0f / static_cast<float>(fpsTimer.getTime() - sleepingTime) * 1000;
-                           fpsTimer.reset();
-                           sleepingTime = 0;
-                           DEBUG_PRINT( "FPS --- " << fps );
-                       }
-           } // for
-               
-
-    } 
-//}}}
-//{{{ run 
     void Application::run(scene& s) 
     {
            MSG msg;
@@ -128,11 +73,17 @@ namespace mof
         {
             while( PeekMessage( &msg, NULL, 0U, 0U, PM_NOREMOVE ) )
             {
+                               // \83^\83C\83}\82ð\82Æ\82ß\82é
+                               timer.pause();
+                               fpsTimer.pause();
                        if( msg.message == WM_QUIT )return;
                        GetMessage( &msg , NULL , 0 , 0 );
                 TranslateMessage( &msg );
                 DispatchMessage( &msg );
             }
+                       // \83^\83C\83}\82ª\8e~\82Ü\82Á\82Ä\82¢\82ê\82Î\81A\8dÄ\8aJ 
+                       timer.start();
+                       fpsTimer.start();
                
                    for( int i = 0 ; i < m_nUpdatingPerFrame ; i++ )s.update();//\83V\81[\83\93\82Ì\8f\88\97\9d
 
@@ -141,8 +92,6 @@ namespace mof
                    s.draw();//\83V\81[\83\93\82Ì\95`\89æ
                    if (enable_output_frame_) Captor.capture();
                    mof::GraphicsDevice::endScene();
-    
-               
 
                    //FPS\82Ì\8cv\91ª
                    double true_past_time = timer.getTime();

diff --git a/moflib-1.0/src/mof/Application.hpp b/moflib-1.0/src/mof/Application.hpp
index de331da..008156b 100644 (file)
--- a/moflib-1.0/src/mof/Application.hpp
+++ b/moflib-1.0/src/mof/Application.hpp
@@ -4,16 +4,6 @@
 
 namespace mof{
 
-    struct Scene
-    {
-        void ( *initialize ) ();
-        void ( *finalize ) ();
-        void ( *update ) ();
-        void ( *draw ) ();
-    };
-
-
-   
        namespace Application
        {
            //private
@@ -38,7 +28,6 @@ namespace mof{
                        bool enable_output_audio
            );
            void finalize();
-           void run( Scene& scene );
            void run(scene& s);
                InputMode input_mode();
            void quit();

diff --git a/moflib-1.0/src/mof/MeshBuilder.cpp b/moflib-1.0/src/mof/MeshBuilder.cpp
index a575682..b2fe362 100644 (file)
--- a/moflib-1.0/src/mof/MeshBuilder.cpp
+++ b/moflib-1.0/src/mof/MeshBuilder.cpp
@@ -87,6 +87,7 @@ mof::MeshBuilder::MeshBuilder(const mof::tstring& path )
        pD3DXMtrlBuffer->Release();     //\83o\83b\83t\83@\89ð\95ú
 
        LPD3DXMESH pMesh = NULL;
+       /*
        if(m_pImpl->pMeshDisposer->pMesh->GetFVF() != mof::getFVF<VertexXYZNUV>())
        {
                //\83\81\83b\83V\83\85\82É\96@\90ü\82ª\82È\82¢\8fê\8d\87\8f\91\82«\8d\9e\82Þ
@@ -99,6 +100,7 @@ mof::MeshBuilder::MeshBuilder(const mof::tstring& path )
                m_pImpl->pMeshDisposer->pMesh = pMesh;
                tmp->Release();
        }
+       */
 
 }
        

diff --git a/moflib-1.0/src/mof/Timer.cpp b/moflib-1.0/src/mof/Timer.cpp
index d555fc0..977eedc 100644 (file)
--- a/moflib-1.0/src/mof/Timer.cpp
+++ b/moflib-1.0/src/mof/Timer.cpp
@@ -5,21 +5,43 @@ bool mof::Timer::initialized = false;
 
 
 
-mof::Timer::Timer() : m_startTime(timeGetTime()){
+mof::Timer::Timer() 
+{
        if(!initialized){
                TIMECAPS caps;
                timeGetDevCaps(&caps, sizeof(TIMECAPS)); 
                timeBeginPeriod(caps.wPeriodMin);//\8dÅ\8d\82\90«\94\\82Å\8cv\91ª
                initialized = true;
        }
+       reset();
+       start();
+}
+
+void mof::Timer::reset()
+{
+       m_lastTime = timeGetTime();
+       m_pastTime = 0;
+}
+
+void mof::Timer::start()
+{
+       if (m_counting) return;
+       m_lastTime = timeGetTime();
+       m_counting = true;
 }
 
-void mof::Timer::reset(){
-       m_startTime = timeGetTime();
+void mof::Timer::pause()
+{
+       if (!m_counting) return;
+       int time = timeGetTime();
+       m_pastTime += time - m_lastTime;
+       m_counting = false;
 }
 
+
+
 int mof::Timer::getTime() const{
-       return timeGetTime() - m_startTime;
+       return timeGetTime() - m_lastTime + m_pastTime;
 }
 
 unsigned long mof::Timer::getSystemTime()

diff --git a/moflib-1.0/src/mof/Timer.hpp b/moflib-1.0/src/mof/Timer.hpp
index 7e5e9a9..09c1ed1 100644 (file)
--- a/moflib-1.0/src/mof/Timer.hpp
+++ b/moflib-1.0/src/mof/Timer.hpp
@@ -7,12 +7,16 @@ namespace mof{
 
 
 class Timer{
-       int m_startTime;
+       int m_lastTime;
+       int m_pastTime;
+       bool m_counting;
        static bool initialized;
 public:
        Timer();
 
-       void reset();
+       void reset();///< 内部計時カウントを0にする
+       void start();///< 中断していた計時を再開する
+       void pause();///< 計時を一時中断する
        int getTime() const;
        static unsigned long getSystemTime();
 

diff --git a/moflib-1.0/src/mof/widget/GridLayout.cpp b/moflib-1.0/src/mof/widget/GridLayout.cpp
index ef58ad4..ffaa03f 100644 (file)
--- a/moflib-1.0/src/mof/widget/GridLayout.cpp
+++ b/moflib-1.0/src/mof/widget/GridLayout.cpp
@@ -37,7 +37,7 @@ struct mof::widget::GridLayout::Impl
 //{{{ GridLayout
 mof::widget::GridLayout::GridLayout
 (
-       Direction direction , int span , int margin
+       Direction direction, int span, int margin
 )
 : m_pImpl( new Impl( direction , span , margin ) )
 {
@@ -157,3 +157,4 @@ int mof::widget::GridLayout::getAdjacencyAsRight(int index) const
     else return index;
 }
 //}}}
+

diff --git a/moflib-1.0/src/mof/widget/Menu.cpp b/moflib-1.0/src/mof/widget/Menu.cpp
index ab55176..f55eb18 100644 (file)
--- a/moflib-1.0/src/mof/widget/Menu.cpp
+++ b/moflib-1.0/src/mof/widget/Menu.cpp
@@ -73,7 +73,7 @@ namespace widget
                views.front() , views.back() , layout
         );
        
-           m_pImpl->pView->getAt(m_pImpl->currentIndex)->focus();
+           m_pImpl->pView->getAt(m_pImpl->currentIndex)->focus();// 初期カーソル位置
        }
 //}}}
 //{{{ destructor
@@ -127,6 +127,10 @@ namespace widget
        {
            int index = m_pImpl->pView->getAdjacencyAsDown(m_pImpl->currentIndex);
            if(index == m_pImpl->currentIndex)return 0;
+               mof::Vector2D position = m_pImpl->pView->getAt(m_pImpl->currentIndex)->getPositionStream().value();
+               mof::Vector2D size = m_pImpl->pView->getAt(m_pImpl->currentIndex)->getSizeStream().value();
+               DEBUG_PRINT("down:" << position << ":" << size);
+
            FrameNumber period_blured = m_pImpl->pView->getAt(m_pImpl->currentIndex)->blur();
            m_pImpl->currentIndex = index;
            FrameNumber period_focused = m_pImpl->pView->getAt(m_pImpl->currentIndex)->focus();
@@ -168,5 +172,11 @@ namespace widget
            return m_pImpl->currentIndex;
        }
 //}}}
+//{{{ getSelectedView
+       std::shared_ptr<WidgetView> Menu::getSelectedView() const
+       {
+           return m_pImpl->pView->getAt(m_pImpl->currentIndex);
+       }
+//}}}
 }
 }

diff --git a/moflib-1.0/src/mof/widget/Menu.hpp b/moflib-1.0/src/mof/widget/Menu.hpp
index 4039600..d12eea0 100644 (file)
--- a/moflib-1.0/src/mof/widget/Menu.hpp
+++ b/moflib-1.0/src/mof/widget/Menu.hpp
@@ -60,6 +60,7 @@ namespace widget
                virtual FrameNumber right();
                virtual FrameNumber performAction() const;
                int getSelectedIndex() const;
+               std::shared_ptr<WidgetView> getSelectedView() const;
     protected:
         struct Impl;
                std::unique_ptr<Impl> m_pImpl;

diff --git a/moflib-1.0/src/mof/widget/scroll_view.cpp b/moflib-1.0/src/mof/widget/scroll_view.cpp
new file mode 100644 (file)
index 0000000..d6f559a
--- /dev/null
+++ b/moflib-1.0/src/mof/widget/scroll_view.cpp
@@ -0,0 +1,155 @@
+#include <mof/widget/scroll_view.hpp>
+#include <mof/widget/Menu.hpp>
+#include <mof/GraphicsDevice.hpp>
+#include <mof/ConsoleIO.hpp>
+#include <mof/utilities.hpp>
+#include <mof/stream/ReferenceWrapper.hpp>
+#include <mof/stream/KeyFrameAnimation.hpp>
+    
+namespace mof
+{
+namespace widget
+{
+//{{{ struct impl
+    struct scroll_view::impl
+    {
+        std::shared_ptr<Menu> menu_; 
+               mof::Vector2D preferred_size_;
+               mof::ReferenceWrapper<mof::Vector2D> ref_offset_;
+               mof::Vector2D offset_;
+               size_t last_selected_index_;
+               frame_t delay_frame_;
+
+        impl(std::shared_ptr<Menu> menu)
+        : menu_(menu), offset_(0, 0), last_selected_index_(menu->getSelectedIndex()), delay_frame_(10)
+        {
+        }
+    
+        ~impl()
+        {
+        }
+
+               void update_offset(const mof::Vector2D& offset)
+               {
+                       KeyFrameAnimation<Vector2D>::KeyFrame keyframes[] = {
+                               makeKeyFrame<Vector2D>(0, offset_),
+                               makeKeyFrame<Vector2D>(delay_frame_, offset_ + offset)
+                       };
+                       auto tween = makeKeyFrameAnimationHandler(keyframes[0], lastOf(keyframes));
+                       offset_ = offset_ + offset;
+                       ref_offset_.replace(0, menu_->getView()->getPositionStream(), tween);
+
+               }
+    
+    };
+//}}}
+//{{{ constructor
+    scroll_view::scroll_view(std::shared_ptr<Menu> menu)
+    : 
+        pimpl_(new impl(menu)) 
+    {
+        pimpl_->menu_->getView()->getPositionStream() << getPositionStream() << pimpl_->ref_offset_.makeRef(mof::Vector2D(0, 0)); 
+        pimpl_->menu_->getView()->getColorStream()    << getColorStream(); 
+               pimpl_->preferred_size_ = pimpl_->menu_->getView()->getPreferredSize();// the initial scale depends on the body.
+        getSizeStream() << pimpl_->preferred_size_;
+        pimpl_->menu_->getView()->getSizeStream() << getSizeStream();
+    }
+//}}}
+//{{{ destructor
+    scroll_view::~scroll_view()
+    {
+    }
+//}}}
+//{{{ update
+    void scroll_view::update( )
+    {
+               using namespace mof;
+               
+        m_positionStream.update( );
+        m_sizeStream.update( );
+        m_colorStream.update( );
+        pimpl_->menu_->getView()->update();
+
+               size_t selected_index = pimpl_->menu_->getSelectedIndex();
+               if (selected_index == pimpl_->last_selected_index_) return;
+               pimpl_->last_selected_index_ = selected_index;
+
+               // check selected index of menu 
+               auto item = pimpl_->menu_->getSelectedView();
+               Vector2D item_position = item->getPositionStream().value();
+               Vector2D item_size = item->getSizeStream().value();
+               Vector2D position = getPositionStream().value();
+               Vector2D size = getSizeStream().value();
+
+               if (position.y + size.y < item_position.y + item_size.y) {
+                       // setup scroll down
+                       Vector2D offset(0.0f, position.y + size.y - item_position.y - item_size.y);
+                       pimpl_->update_offset(offset);
+               }
+               else if (item_position.y < position.y) {
+                       // setup scroll up
+                       Vector2D offset(0.0f, position.y - item_position.y);
+                       pimpl_->update_offset(offset);
+               }
+
+
+
+    }
+//}}}
+//{{{ draw
+    void scroll_view::draw( ) const
+    {
+               int width = mof::GraphicsDevice::getViewportWidth();
+               int height = mof::GraphicsDevice::getViewportHeight();
+               mof::Vector2D position = m_positionStream.value();
+               mof::Vector2D scale = m_sizeStream.value();
+               if (0 == scale.x || 0 == scale.y) return;// prevent the area of viewport from vanishing. 
+               mof::GraphicsDevice::setViewport(mof::Rectangle<mof::real>(position.x, position.y, position.x + scale.x, position.y + scale.y));
+        pimpl_->menu_->getView()->draw( );
+               mof::GraphicsDevice::setViewport(mof::Rectangle<mof::real>(0, 0, width, height));// restore the viewport.
+    }
+//}}}
+//{{{ setVisible
+    void scroll_view::setVisible(bool visible)
+    {
+               pimpl_->menu_->getView()->setVisible(visible);
+    }
+//}}}
+//{{{ show
+    FrameNumber scroll_view::show(bool immediately) 
+    {
+        return pimpl_->menu_->getView()->show(immediately);
+    }
+//}}}
+//{{{ hide
+    FrameNumber scroll_view::hide(bool immediately)
+    {
+        return pimpl_->menu_->getView()->hide(immediately);
+    }
+//}}}
+//{{{ focus
+    FrameNumber scroll_view::focus(bool immediately) 
+    {
+        return pimpl_->menu_->getView()->focus(immediately);
+    }
+//}}}
+//{{{ blur
+    FrameNumber scroll_view::blur(bool immediately)
+    {
+        return pimpl_->menu_->getView()->blur(immediately);
+    }
+//}}}
+//{{{ click
+    FrameNumber scroll_view::click(bool immediately)
+    {
+        return pimpl_->menu_->getView()->click(immediately);
+    }
+//}}}
+//{{{ getPreferredSize
+       mof::Vector2D scroll_view::getPreferredSize() const
+    {
+        return pimpl_->preferred_size_;
+    }
+//}}}
+}
+} // namespace mof

diff --git a/moflib-1.0/src/mof/widget/scroll_view.hpp b/moflib-1.0/src/mof/widget/scroll_view.hpp
new file mode 100644 (file)
index 0000000..abd7d0e
--- /dev/null
+++ b/moflib-1.0/src/mof/widget/scroll_view.hpp
@@ -0,0 +1,41 @@
+#pragma once
+#include "mof/widget/Container.hpp"
+#include <memory>
+
+namespace mof
+{
+namespace widget
+{
+       class Menu;
+
+    class scroll_view : public WidgetView
+    {
+    public:
+        
+        scroll_view
+        (
+            std::shared_ptr<Menu> menu
+        );
+       virtual ~scroll_view();
+
+        virtual void update( );
+        virtual void draw( ) const;
+        virtual void setVisible(bool visible);
+
+        virtual FrameNumber show( bool imidiately = false ); 
+        virtual FrameNumber hide( bool imidiately = false );
+        virtual FrameNumber focus( bool imidiately = false ); 
+        virtual FrameNumber blur( bool imidiately = false );
+        virtual FrameNumber click( bool imidiately = false );
+               virtual mof::Vector2D getPreferredSize() const;
+
+        const std::shared_ptr<WidgetView> getBody() const;
+        std::shared_ptr<WidgetView> getBody();
+    private:
+        struct impl;
+               std::unique_ptr<impl> pimpl_;
+       
+    };
+
+}
+}

diff --git a/moflib-1.0/src/mof/widgets.hpp b/moflib-1.0/src/mof/widgets.hpp
index 4d819fa..f9a58ac 100644 (file)
--- a/moflib-1.0/src/mof/widgets.hpp
+++ b/moflib-1.0/src/mof/widgets.hpp
@@ -10,6 +10,7 @@
 #include "mof/widget/ImageView.hpp"
 #include "mof/widget/NullView.hpp"
 #include "mof/widget/ClippingView.hpp"
+#include "mof/widget/scroll_view.hpp"
 #include "mof/widget/RectangleView.hpp"
 #include "mof/widget/Container.hpp"
 #include "mof/widget/Layout.hpp"

diff --git a/saisei-1.0/resource/gamedata.db b/saisei-1.0/resource/gamedata.db
index 7838895..c9df737 100644 (file)
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diff --git a/saisei-1.0/resource/image/Thumbs.db b/saisei-1.0/resource/image/Thumbs.db
index 79eb54c..d1315e0 100644 (file)
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diff --git a/saisei-1.0/resource/image/battler/Thumbs.db b/saisei-1.0/resource/image/battler/Thumbs.db
index 7fffcd4..6ccdf38 100644 (file)
Binary files a/saisei-1.0/resource/image/battler/Thumbs.db and b/saisei-1.0/resource/image/battler/Thumbs.db differ

diff --git a/saisei-1.0/resource/image/effect.png b/saisei-1.0/resource/image/effect.png
new file mode 100644 (file)
index 0000000..0e975ab
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diff --git a/saisei-1.0/resource/image/scroll.png b/saisei-1.0/resource/image/scroll.png
new file mode 100644 (file)
index 0000000..daf4a94
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diff --git a/saisei-1.0/resource/inputLog.txt b/saisei-1.0/resource/inputLog.txt
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index 0000000..a3d0f1a
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diff --git a/saisei-1.0/resource/model/human.x b/saisei-1.0/resource/model/human.x
index af6e43e..eac75e9 100644 (file)
--- a/saisei-1.0/resource/model/human.x
+++ b/saisei-1.0/resource/model/human.x
@@ -132,22 +132,10 @@ Header{
 }
 
 Mesh {
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+ 5233;
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@@ -158,9 +146,6 @@ Mesh {
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@@ -194,9 +179,6 @@ Mesh {
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  0.13415;0.27125;0.10248;,
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@@ -499,8 +472,6 @@ Mesh {
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@@ -612,10 +583,6 @@ Mesh {
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@@ -907,12 +874,6 @@ Mesh {
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@@ -966,58 +927,44 @@ Mesh {
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@@ -1036,8 +983,6 @@ Mesh {
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@@ -1163,10 +1108,6 @@ Mesh {
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@@ -2905,43 +2846,14 @@ Mesh {
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@@ -3042,15 +2946,12 @@ Mesh {
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@@ -3065,14 +2966,21 @@ Mesh {
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@@ -3258,10 +3141,6 @@ Mesh {
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@@ -22374,43 +21094,14 @@ Mesh {
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@@ -22511,15 +21194,12 @@ Mesh {
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@@ -22534,14 +21214,21 @@ Mesh {
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@@ -22556,17 +21243,8 @@ Mesh {
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@@ -22628,9 +21306,6 @@ Mesh {
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@@ -22640,25 +21315,18 @@ Mesh {
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@@ -22707,15 +21375,9 @@ Mesh {
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@@ -22727,10 +21389,6 @@ Mesh {
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@@ -22739,10 +21397,6 @@ Mesh {
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-  0.071740;0.777500;
-  0.077670;0.768620;
-  0.081510;0.794410;
-  0.080230;0.787980;
-  0.084600;0.793130;
-  0.085160;0.799860;
-  0.090610;0.803510;
-  0.087520;0.797500;
-  0.097040;0.804790;
-  0.103470;0.803500;
-  0.105500;0.808400;
-  0.108930;0.799860;
-  0.117460;0.796430;
-  0.112570;0.794400;
-  0.113850;0.787970;
-  0.117460;0.779520;
-  0.112570;0.781540;
-  0.108920;0.776090;
-  0.112670;0.772350;
-  0.103470;0.772450;
-  0.105500;0.767550;
-  0.097040;0.771170;
-  0.097040;0.765870;
-  0.090610;0.772450;
-  0.088580;0.767560;
-  0.085160;0.776090;
-  0.081510;0.781550;
-  0.091700;0.787980;
-  0.090190;0.790830;
-  0.089620;0.787990;
-  0.093260;0.791770;
-  0.094200;0.794840;
-  0.091790;0.793240;
-  0.095000;0.792920;
-  0.097040;0.795410;
-  0.099880;0.794840;
-  0.100820;0.791770;
-  0.102300;0.793240;
-  0.101980;0.790030;
-  0.104460;0.787990;
-  0.103900;0.790830;
-  0.101980;0.785940;
-  0.102290;0.782730;
-  0.103900;0.785150;
-  0.100820;0.784200;
-  0.099090;0.783040;
-  0.099880;0.781130;
-  0.097040;0.780570;
-  0.095000;0.783040;
-  0.094200;0.781130;
-  0.091780;0.782730;
-  0.092100;0.785940;
-  0.090180;0.785150;
-  0.232080;0.251770;
-  0.227000;0.252140;
-  0.228250;0.245370;
-  0.233070;0.244690;
-  0.236640;0.251480;
-  0.237300;0.243970;
-  0.240400;0.251070;
-  0.240550;0.243470;
-  0.243400;0.243230;
-  0.243400;0.250800;
   0.216670;0.225100;
   0.218650;0.225170;
   0.220170;0.225760;
@@ -22912,8 +21475,11 @@ Mesh {
   0.230070;0.227220;
   0.231720;0.229980;
   0.233470;0.239910;
+  0.237300;0.243970;
+  0.233070;0.244690;
   0.222250;0.241930;
   0.228680;0.241180;
+  0.228250;0.245370;
   0.221690;0.245770;
   0.228180;0.237830;
   0.232930;0.235270;
@@ -22935,44 +21501,32 @@ Mesh {
   0.215320;0.230170;
   0.216200;0.237110;
   0.218230;0.229630;
-  0.200730;0.244120;
-  0.207710;0.245210;
-  0.204620;0.251250;
-  0.196440;0.250030;
-  0.212630;0.251900;
-  0.214490;0.245670;
-  0.220340;0.252220;
   0.206020;0.237340;
   0.201300;0.235110;
   0.210990;0.238750;
   0.209940;0.241370;
   0.204180;0.240020;
   0.198770;0.237910;
+  0.207710;0.245210;
+  0.200730;0.244120;
   0.215590;0.241930;
   0.216100;0.239100;
+  0.214490;0.245670;
   0.199780;0.229590;
   0.199450;0.228020;
   0.204270;0.228350;
   0.202980;0.229870;
   0.206830;0.228840;
-  0.207100;0.227930;
   0.210010;0.229040;
   0.209790;0.230020;
   0.206640;0.229860;
   0.209680;0.231080;
   0.209100;0.232490;
-  0.205110;0.227850;
-  0.194000;0.242140;
-  0.188400;0.247970;
-  0.193320;0.235030;
   0.196500;0.232470;
   0.198680;0.231470;
   0.193890;0.230210;
-  0.192180;0.228000;
   0.195910;0.227940;
   0.196990;0.229740;
-  0.189370;0.231970;
-  0.187520;0.239200;
   0.218360;0.167950;
   0.219400;0.164840;
   0.221900;0.166390;
@@ -23036,11 +21590,7 @@ Mesh {
   0.231980;0.187580;
   0.202860;0.183700;
   0.230150;0.190360;
-  0.206720;0.160660;
-  0.200990;0.160260;
-  0.205830;0.151900;
   0.211110;0.154390;
-  0.211400;0.145190;
   0.214530;0.156880;
   0.217900;0.159150;
   0.202380;0.195680;
@@ -23050,22 +21600,16 @@ Mesh {
   0.230510;0.218700;
   0.231290;0.222060;
   0.227810;0.218690;
-  0.188200;0.223010;
-  0.185820;0.218130;
-  0.190380;0.225880;
   0.228710;0.218000;
   0.225990;0.215860;
   0.191600;0.197410;
-  0.188420;0.190160;
   0.204240;0.203340;
   0.195000;0.204050;
   0.188850;0.207030;
-  0.184350;0.201330;
   0.213550;0.205410;
   0.219370;0.209030;
   0.218260;0.211170;
   0.217470;0.213910;
-  0.185850;0.211870;
   0.222840;0.213010;
   0.232260;0.224520;
   0.220870;0.161200;
@@ -23234,6 +21778,8 @@ Mesh {
   0.237590;0.238890;
   0.240590;0.234600;
   0.240640;0.238410;
+  0.240550;0.243470;
+  0.243400;0.243230;
   0.234320;0.231380;
   0.237500;0.234710;
   0.245420;0.185810;
@@ -23290,89 +21836,10 @@ Mesh {
   0.239900;0.194530;
   0.238930;0.193850;
   0.240710;0.199980;
-  0.189690;0.785150;
-  0.188170;0.787980;
-  0.187770;0.785940;
-  0.188090;0.782730;
-  0.182830;0.780570;
-  0.185670;0.781130;
-  0.184880;0.783040;
-  0.180790;0.783040;
-  0.179990;0.781130;
-  0.179050;0.784200;
-  0.177580;0.782730;
-  0.177890;0.785940;
-  0.175970;0.785150;
-  0.175410;0.787990;
-  0.177890;0.790030;
-  0.175970;0.790830;
-  0.179990;0.794840;
-  0.177580;0.793240;
-  0.179050;0.791770;
-  0.182830;0.795410;
-  0.184870;0.792920;
-  0.185670;0.794840;
-  0.186610;0.791770;
-  0.188080;0.793240;
-  0.189690;0.790830;
-  0.190250;0.787990;
-  0.199640;0.787980;
-  0.203250;0.779520;
-  0.204940;0.787980;
-  0.198360;0.781550;
-  0.194720;0.776090;
-  0.198460;0.772350;
-  0.191290;0.767560;
-  0.189260;0.772450;
-  0.182830;0.771170;
-  0.182830;0.765870;
-  0.176400;0.772450;
-  0.174370;0.767550;
-  0.167200;0.772350;
-  0.170950;0.776090;
-  0.167300;0.781540;
-  0.162410;0.779520;
-  0.166020;0.787970;
-  0.167300;0.794400;
-  0.162410;0.796430;
-  0.160730;0.787970;
-  0.167200;0.803600;
-  0.170950;0.799860;
-  0.176400;0.803500;
-  0.174370;0.808400;
-  0.182830;0.810080;
-  0.182830;0.804790;
-  0.189260;0.803510;
-  0.191290;0.808400;
-  0.192350;0.797500;
-  0.194710;0.799860;
-  0.196300;0.787980;
-  0.198360;0.794410;
-  0.195270;0.793130;
-  0.210220;0.787980;
-  0.208140;0.777500;
-  0.202200;0.768620;
-  0.193310;0.762680;
-  0.193310;0.813280;
-  0.198460;0.803610;
-  0.202200;0.807340;
-  0.203250;0.796440;
-  0.208130;0.798460;
-  0.212350;0.842040;
-  0.212350;0.823890;
-  0.230500;0.823890;
-  0.230500;0.842040;
-  0.250160;0.251480;
-  0.246400;0.251070;
-  0.253720;0.244690;
-  0.254720;0.251770;
-  0.258550;0.245370;
-  0.259800;0.252140;
   0.266500;0.225420;
   0.268140;0.225170;
   0.266630;0.225760;
   0.270130;0.225100;
-  0.267570;0.226020;
   0.273970;0.223250;
   0.275790;0.223310;
   0.275670;0.224590;
@@ -23427,8 +21894,6 @@ Mesh {
   0.288190;0.226540;
   0.283310;0.226810;
   0.292030;0.226140;
-  0.265110;0.245770;
-  0.266460;0.252220;
   0.256730;0.227220;
   0.257140;0.228610;
   0.259730;0.235250;
@@ -23448,7 +21913,10 @@ Mesh {
   0.265060;0.236700;
   0.264560;0.238990;
   0.258110;0.241180;
+  0.258550;0.245370;
+  0.253720;0.244690;
   0.264550;0.241930;
+  0.265110;0.245770;
   0.271600;0.230940;
   0.270910;0.234550;
   0.270700;0.235670;
@@ -23465,37 +21933,27 @@ Mesh {
   0.270700;0.239100;
   0.271210;0.241930;
   0.272310;0.245670;
-  0.274170;0.251900;
   0.275810;0.238750;
   0.276860;0.241370;
   0.279090;0.245210;
-  0.282180;0.251250;
-  0.286070;0.244120;
-  0.290360;0.250030;
   0.282620;0.240020;
+  0.286070;0.244120;
   0.280780;0.237340;
   0.285500;0.235110;
   0.288030;0.237910;
   0.281680;0.227850;
   0.279960;0.228840;
   0.279700;0.227930;
-  0.277010;0.230020;
   0.276790;0.229040;
   0.282530;0.228350;
   0.287350;0.228020;
   0.287010;0.229590;
   0.283810;0.229870;
-  0.293480;0.235030;
-  0.299280;0.239200;
-  0.292800;0.242140;
-  0.298400;0.247970;
   0.289810;0.229740;
   0.292910;0.230210;
   0.290300;0.232470;
   0.288110;0.231470;
-  0.297420;0.231970;
   0.290890;0.227940;
-  0.294620;0.228000;
   0.267400;0.164840;
   0.270950;0.163190;
   0.272370;0.167010;
@@ -23512,10 +21970,6 @@ Mesh {
   0.263760;0.169870;
   0.264900;0.166390;
   0.265880;0.168940;
-  0.292320;0.178560;
-  0.300400;0.181440;
-  0.298380;0.190160;
-  0.290020;0.187120;
   0.256710;0.226020;
   0.261530;0.216890;
   0.262670;0.222330;
@@ -23556,10 +22010,6 @@ Mesh {
   0.272260;0.156880;
   0.268900;0.159150;
   0.275690;0.154390;
-  0.280080;0.160660;
-  0.275390;0.145190;
-  0.280970;0.151900;
-  0.285810;0.160260;
   0.258250;0.222820;
   0.254540;0.224520;
   0.263960;0.213010;
@@ -23572,7 +22022,6 @@ Mesh {
   0.295200;0.197410;
   0.260810;0.215860;
   0.258080;0.218000;
-  0.296420;0.225880;
   0.258990;0.218690;
   0.259420;0.220420;
   0.260590;0.160400;
@@ -23637,155 +22086,6 @@ Mesh {
   0.357370;0.844190;
   0.357220;0.846070;
   0.355120;0.843060;
-  0.073960;0.875310;
-  0.075620;0.883740;
-  0.070830;0.885710;
-  0.068770;0.875300;
-  0.084720;0.875330;
-  0.085570;0.879640;
-  0.080570;0.881700;
-  0.079320;0.875320;
-  0.084170;0.887110;
-  0.080380;0.890890;
-  0.076710;0.894550;
-  0.065880;0.887750;
-  0.072910;0.898330;
-  0.068510;0.902710;
-  0.088000;0.883310;
-  0.091650;0.885760;
-  0.089570;0.890740;
-  0.095950;0.892020;
-  0.095960;0.886630;
-  0.102330;0.890760;
-  0.100270;0.885770;
-  0.103930;0.883340;
-  0.107740;0.887160;
-  0.111360;0.881750;
-  0.106380;0.879680;
-  0.112640;0.875380;
-  0.106380;0.871070;
-  0.103950;0.867420;
-  0.107780;0.863590;
-  0.111380;0.869000;
-  0.111570;0.859810;
-  0.116330;0.866960;
-  0.102380;0.859970;
-  0.104440;0.855030;
-  0.100300;0.864980;
-  0.096000;0.864110;
-  0.096010;0.858690;
-  0.096030;0.848150;
-  0.096020;0.853340;
-  0.087590;0.855000;
-  0.091700;0.864960;
-  0.089630;0.859950;
-  0.088040;0.867390;
-  0.084220;0.863550;
-  0.085620;0.850200;
-  0.080440;0.859750;
-  0.068620;0.847890;
-  0.073000;0.852290;
-  0.065920;0.862830;
-  0.070870;0.864890;
-  0.076780;0.856080;
-  0.085590;0.871030;
-  0.080600;0.868950;
-  0.075650;0.866890;
-  0.091950;0.875380;
-  0.090710;0.877560;
-  0.090270;0.875370;
-  0.093140;0.878240;
-  0.093800;0.880680;
-  0.091940;0.879430;
-  0.098200;0.880680;
-  0.098870;0.878240;
-  0.100070;0.879430;
-  0.098870;0.872510;
-  0.097530;0.871700;
-  0.098190;0.870100;
-  0.096000;0.871330;
-  0.096000;0.869660;
-  0.093140;0.872510;
-  0.090730;0.873180;
-  0.091960;0.871330;
-  0.186550;0.873190;
-  0.184140;0.872520;
-  0.185310;0.871340;
-  0.179100;0.870110;
-  0.181280;0.869670;
-  0.181280;0.871340;
-  0.179760;0.871710;
-  0.178410;0.872520;
-  0.179080;0.880680;
-  0.177210;0.879440;
-  0.178410;0.878250;
-  0.183480;0.880680;
-  0.184140;0.878250;
-  0.185340;0.879440;
-  0.186570;0.877570;
-  0.185330;0.875380;
-  0.187010;0.875370;
-  0.208470;0.875300;
-  0.203290;0.875310;
-  0.201590;0.866890;
-  0.206380;0.864890;
-  0.197930;0.875320;
-  0.191650;0.871030;
-  0.196650;0.868950;
-  0.189210;0.867390;
-  0.196810;0.859750;
-  0.200470;0.856080;
-  0.191630;0.850200;
-  0.189660;0.855000;
-  0.187620;0.859950;
-  0.193020;0.863550;
-  0.181240;0.858690;
-  0.185550;0.864960;
-  0.181220;0.848150;
-  0.172810;0.855030;
-  0.174870;0.859970;
-  0.181250;0.864110;
-  0.176950;0.864980;
-  0.173300;0.867420;
-  0.169470;0.863590;
-  0.165670;0.859810;
-  0.165870;0.869000;
-  0.160910;0.866960;
-  0.170870;0.871070;
-  0.164610;0.875380;
-  0.159250;0.875390;
-  0.170870;0.879680;
-  0.165890;0.881750;
-  0.169510;0.887160;
-  0.174920;0.890760;
-  0.173320;0.883340;
-  0.176970;0.885770;
-  0.181300;0.892020;
-  0.181320;0.902560;
-  0.181310;0.897370;
-  0.189730;0.895680;
-  0.191730;0.900470;
-  0.185600;0.885760;
-  0.187680;0.890740;
-  0.189250;0.883310;
-  0.193080;0.887110;
-  0.196870;0.890890;
-  0.200540;0.894550;
-  0.201630;0.883740;
-  0.206420;0.885710;
-  0.191680;0.879640;
-  0.196680;0.881700;
-  0.035120;0.486310;
-  0.025850;0.475790;
-  0.028530;0.472820;
-  0.035150;0.466610;
-  0.045340;0.477970;
-  0.042150;0.480920;
-  0.240880;0.466310;
-  0.230690;0.477670;
-  0.233880;0.480630;
-  0.000000;0.000000;
-  0.000000;0.000000;
   0.259940;0.974630;
   0.264180;0.978910;
   0.264740;0.974630;
@@ -24211,9 +22511,6 @@ Mesh {
   0.572560;0.556820;
   0.564180;0.549360;
   0.567860;0.542250;
-  0.570660;0.561560;
-  0.557860;0.560160;
-  0.560770;0.555140;
   0.553980;0.743400;
   0.564710;0.739890;
   0.562510;0.749930;
@@ -24223,16 +22520,11 @@ Mesh {
   0.577630;0.721890;
   0.581720;0.735110;
   0.575250;0.729660;
-  0.566260;0.731440;
-  0.566570;0.722960;
   0.581680;0.711790;
   0.589810;0.717130;
   0.585440;0.727050;
-  0.594520;0.704280;
-  0.603400;0.709960;
-  0.573720;0.704690;
-  0.566600;0.713250;
   0.599050;0.722190;
+  0.603400;0.709960;
   0.608200;0.725530;
   0.642910;0.522980;
   0.642910;0.527320;
@@ -24936,15 +23228,11 @@ Mesh {
   0.673840;0.712100;
   0.682420;0.709960;
   0.686770;0.722190;
-  0.708190;0.721890;
-  0.712100;0.704690;
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diff --git a/saisei-1.0/resource/model/male3.mqo b/saisei-1.0/resource/model/male3.mqo
index cce91d4..c158164 100644 (file)
--- a/saisei-1.0/resource/model/male3.mqo
+++ b/saisei-1.0/resource/model/male3.mqo
@@ -2,16 +2,17 @@ Metasequoia Document
 Format Text Ver 1.0
 
 Scene {
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-       pich 0.1108
-       ortho 0
-       zoom2 5.0000
+       head -0.0100
+       pich 0.1900
+       ortho 1
+       zoom2 32.7680
        amb 0.250 0.250 0.250
 }
-Material 1 {
+Material 2 {
        "basic" col(0.871 0.710 0.529 1.000) dif(0.800) amb(0.600) emi(0.000) spc(0.000) power(5.00)
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 }
 Object "up" {
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@@ -20,7 +21,7 @@ Object "up" {
        facet 59.5
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-               3 V(214 237 209) M(0) UV(0.18338 0.30161 0.19653 0.30498 0.18453 0.31833)
-               3 V(214 209 208) M(0) UV(0.18338 0.30161 0.18453 0.31833 0.17240 0.31324)
-               3 V(216 222 2) M(0) UV(0.21610 0.13905 0.21896 0.13091 0.22877 0.13080)
-               3 V(216 2 234) M(0) UV(0.21610 0.13905 0.22877 0.13080 0.22635 0.13868)
-               3 V(235 229 373) M(0) UV(0.18999 0.25893 0.18048 0.25647 0.18840 0.24797)
-               3 V(235 373 213) M(0) UV(0.19969 0.26066 0.19644 0.25003 0.20462 0.25125)
-               3 V(229 372 373) M(0) UV(0.18034 0.24458 0.18188 0.23542 0.18752 0.23920)
-               3 V(204 230 194) M(0) UV(0.17450 0.17673 0.16001 0.18791 0.16065 0.17503)
-               3 V(204 228 230) M(0) UV(0.17450 0.17673 0.17710 0.18632 0.16799 0.19550)
-               3 V(228 204 216) M(0) UV(0.18639 0.18144 0.18568 0.17147 0.19384 0.16919)
-               3 V(230 203 194) M(0) UV(0.15508 0.20219 0.14682 0.20008 0.14918 0.18922)
-               3 V(203 230 210) M(0) UV(0.13796 0.22941 0.15047 0.22350 0.14863 0.23575)
-               3 V(230 229 210) M(0) UV(0.16249 0.22524 0.16572 0.23309 0.14863 0.23575)
-               3 V(229 230 372) M(0) UV(0.16572 0.23309 0.16249 0.22524 0.17383 0.22578)
-               3 V(210 212 211) M(0) UV(0.14215 0.25940 0.15007 0.26870 0.14097 0.27517)
-               3 V(210 211 202) M(0) UV(0.13457 0.26549 0.13300 0.27965 0.12798 0.26967)
-               3 V(229 212 210) M(0) UV(0.15973 0.24593 0.15965 0.26100 0.15018 0.25276)
-               3 V(214 211 212) M(0) UV(0.16140 0.29239 0.15065 0.28501 0.16031 0.27727)
-               3 V(203 210 202) M(0) UV(0.12948 0.24302 0.12966 0.25623 0.12498 0.24766)
-               3 V(211 206 202) M(0) UV(0.13300 0.27965 0.13257 0.29488 0.12551 0.28195)
-               3 V(372 230 228) M(0) UV(0.18016 0.20781 0.17453 0.20246 0.18058 0.19487)
-               3 V(232 231 194) M(0) UV(0.16233 0.15777 0.17501 0.15809 0.16167 0.16604)
-               3 V(204 194 231) M(0) UV(0.17417 0.16675 0.16167 0.16604 0.17501 0.15809)
-               3 V(231 216 204) M(0) UV(0.18847 0.15207 0.19487 0.15981 0.18663 0.16108)
-               3 V(231 222 216) M(0) UV(0.19434 0.13786 0.20832 0.12980 0.20595 0.13730)
-               3 V(257 254 322) M(0) UV(0.41242 0.65405 0.41197 0.66119 0.38903 0.65773)
-               3 V(257 322 239) M(0) UV(0.41242 0.65405 0.38903 0.65773 0.38835 0.65248)
-               3 V(271 265 264) M(0) UV(0.46646 0.67337 0.44902 0.67286 0.45240 0.66624)
-               3 V(265 242 241) M(0) UV(0.44902 0.67286 0.43090 0.66727 0.43276 0.66030)
-               3 V(265 241 264) M(0) UV(0.44902 0.67286 0.43276 0.66030 0.45240 0.66624)
-               3 V(257 241 242) M(0) UV(0.41242 0.65405 0.43276 0.66030 0.43090 0.66727)
-               3 V(257 242 254) M(0) UV(0.41242 0.65405 0.43090 0.66727 0.41197 0.66119)
-               3 V(255 258 244) M(0) UV(0.41209 0.61462 0.41212 0.61127 0.43236 0.61629)
-               3 V(244 259 246) M(0) UV(0.43236 0.61629 0.45271 0.61377 0.45282 0.61790)
-               3 V(243 240 252) M(0) UV(0.43352 0.62754 0.43445 0.63203 0.41218 0.62722)
-               3 V(262 261 240) M(0) UV(0.45490 0.63153 0.45640 0.63612 0.43445 0.63203)
-               3 V(262 240 243) M(0) UV(0.45490 0.63153 0.43445 0.63203 0.43352 0.62754)
-               3 V(240 256 252) M(0) UV(0.43445 0.63203 0.41237 0.63234 0.41218 0.62722)
-               3 V(261 263 240) M(0) UV(0.45796 0.64149 0.45813 0.64704 0.43522 0.64233)
-               3 V(240 241 257) M(0) UV(0.43455 0.64742 0.43381 0.65388 0.41232 0.64811)
-               3 V(240 257 256) M(0) UV(0.43455 0.64742 0.41232 0.64811 0.41221 0.64150)
-               3 V(263 264 241) M(0) UV(0.45683 0.65298 0.45495 0.65960 0.43381 0.65388)
-               3 V(263 241 240) M(0) UV(0.45683 0.65298 0.43381 0.65388 0.43455 0.64742)
-               3 V(260 242 265) M(0) UV(0.44648 0.68011 0.43090 0.66727 0.44902 0.67286)
-               3 V(243 252 255) M(0) UV(0.43311 0.62359 0.41201 0.62268 0.41209 0.61852)
-               3 V(244 243 255) M(0) UV(0.43273 0.61991 0.43311 0.62359 0.41209 0.61852)
-               3 V(246 262 243) M(0) UV(0.45320 0.62259 0.45397 0.62708 0.43311 0.62359)
-               3 V(246 243 244) M(0) UV(0.45320 0.62259 0.43311 0.62359 0.43273 0.61991)
-               3 V(245 254 242) M(0) UV(0.43240 0.60286 0.41235 0.59531 0.43284 0.59764)
-               3 V(260 245 242) M(0) UV(0.45258 0.60388 0.43240 0.60286 0.43284 0.59764)
-               3 V(245 258 254) M(0) UV(0.43240 0.60286 0.41240 0.60393 0.41234 0.59959)
-               3 V(260 259 245) M(0) UV(0.45258 0.60388 0.45253 0.60937 0.43234 0.60831)
-               3 V(245 244 258) M(0) UV(0.43234 0.60831 0.43231 0.61260 0.41228 0.60780)
-               3 V(259 244 245) M(0) UV(0.45253 0.60937 0.43231 0.61260 0.43234 0.60831)
-               3 V(323 322 258) M(0) UV(0.39045 0.61512 0.39049 0.61168 0.41228 0.60780)
-               3 V(323 258 255) M(0) UV(0.39030 0.61852 0.41212 0.61127 0.41209 0.61462)
-               3 V(246 259 266) M(0) UV(0.45282 0.61790 0.45271 0.61377 0.47061 0.61541)
-               3 V(246 266 247) M(0) UV(0.45282 0.61790 0.47061 0.61541 0.47117 0.61993)
-               3 V(247 266 298) M(0) UV(0.47117 0.61993 0.47061 0.61541 0.48393 0.61754)
-               3 V(256 257 239) M(0) UV(0.41221 0.64150 0.41232 0.64811 0.38805 0.64813)
-               3 V(252 256 253) M(0) UV(0.41218 0.62722 0.41237 0.63234 0.38869 0.63486)
-               3 V(239 253 256) M(0) UV(0.38809 0.63840 0.38869 0.63486 0.41237 0.63234)
-               3 V(255 252 253) M(0) UV(0.41209 0.61852 0.41201 0.62268 0.38962 0.62648)
-               3 V(255 253 323) M(0) UV(0.41209 0.61852 0.38962 0.62648 0.39007 0.62217)
-               3 V(254 258 322) M(0) UV(0.41234 0.59959 0.41240 0.60393 0.39042 0.60800)
-               3 V(267 260 265) M(0) UV(0.46320 0.68102 0.44648 0.68011 0.44902 0.67286)
-               3 V(267 265 271) M(0) UV(0.46320 0.68102 0.44902 0.67286 0.46646 0.67337)
-               3 V(259 260 267) M(0) UV(0.45253 0.60937 0.45258 0.60388 0.47037 0.60535)
-               3 V(259 267 266) M(0) UV(0.45253 0.60937 0.47037 0.60535 0.47052 0.61080)
-               3 V(263 261 268) M(0) UV(0.45813 0.64704 0.45796 0.64149 0.47717 0.64309)
-               3 V(261 262 269) M(0) UV(0.45640 0.63612 0.45490 0.63153 0.47416 0.63346)
-               3 V(261 269 268) M(0) UV(0.45640 0.63612 0.47416 0.63346 0.47569 0.63782)
-               3 V(262 246 247) M(0) UV(0.45397 0.62708 0.45320 0.62259 0.47174 0.62410)
-               3 V(262 247 269) M(0) UV(0.45397 0.62708 0.47174 0.62410 0.47279 0.62889)
-               3 V(270 264 263) M(0) UV(0.47394 0.66051 0.45495 0.65960 0.45683 0.65298)
-               3 V(270 263 268) M(0) UV(0.47604 0.65430 0.45813 0.64704 0.47721 0.64878)
-               3 V(271 264 270) M(0) UV(0.47077 0.66698 0.45495 0.65960 0.47394 0.66051)
-               3 V(294 267 271) M(0) UV(0.47453 0.68376 0.46320 0.68102 0.46646 0.67337)
-               3 V(266 267 274) M(0) UV(0.47052 0.61080 0.47037 0.60535 0.48267 0.60748)
-               3 V(266 274 298) M(0) UV(0.47052 0.61080 0.48267 0.60748 0.48340 0.61294)
-               3 V(274 267 294) M(0) UV(0.48260 0.60087 0.47074 0.59266 0.48378 0.59409)
-               3 V(268 269 273) M(0) UV(0.47569 0.63782 0.47416 0.63346 0.48803 0.63423)
-               3 V(268 273 272) M(0) UV(0.47569 0.63782 0.48803 0.63423 0.48981 0.63876)
-               3 V(269 247 298) M(0) UV(0.47279 0.62889 0.47174 0.62410 0.48539 0.62518)
-               3 V(269 298 273) M(0) UV(0.47279 0.62889 0.48539 0.62518 0.48658 0.62994)
-               3 V(331 270 268) M(0) UV(0.48936 0.65670 0.47604 0.65430 0.47721 0.64878)
-               3 V(331 268 272) M(0) UV(0.48936 0.65670 0.47721 0.64878 0.49100 0.65027)
-               3 V(294 271 270) M(0) UV(0.48343 0.67002 0.47077 0.66698 0.47394 0.66051)
-               3 V(294 270 331) M(0) UV(0.48343 0.67002 0.47394 0.66051 0.48695 0.66323)
-               3 V(348 251 285) M(0) UV(0.58849 0.56430 0.58619 0.56950 0.58051 0.56092)
-               3 V(251 278 285) M(0) UV(0.58619 0.56950 0.57934 0.56469 0.58051 0.56092)
-               3 V(251 276 277) M(0) UV(0.58367 0.57655 0.58168 0.57974 0.57677 0.57219)
-               3 V(251 277 278) M(0) UV(0.58367 0.57655 0.57677 0.57219 0.57825 0.56836)
-               3 V(329 303 313) M(0) UV(0.56660 0.71325 0.55110 0.70956 0.56090 0.70467)
-               3 V(369 360 359) M(0) UV(0.61198 0.71210 0.60340 0.70996 0.60712 0.69746)
-               3 V(362 287 359) M(0) UV(0.59452 0.70428 0.59836 0.69142 0.60712 0.69746)
-               3 V(362 359 360) M(0) UV(0.59452 0.70428 0.60712 0.69746 0.60340 0.70996)
-               3 V(362 288 287) M(0) UV(0.58626 0.69848 0.58961 0.68700 0.59836 0.69142)
-               3 V(361 288 362) M(0) UV(0.57864 0.69340 0.58961 0.68700 0.58626 0.69848)
-               3 V(319 288 361) M(0) UV(0.56805 0.67718 0.57496 0.68062 0.57206 0.68810)
-               3 V(319 325 305) M(0) UV(0.56540 0.68276 0.55606 0.67746 0.55930 0.67257)
-               3 V(313 325 319) M(0) UV(0.55606 0.69773 0.55319 0.68395 0.56088 0.69072)
-               3 V(329 313 361) M(0) UV(0.56660 0.71325 0.56090 0.70467 0.56727 0.69697)
-               3 V(319 361 313) M(0) UV(0.56088 0.69072 0.56727 0.69697 0.56090 0.70467)
-               3 V(362 363 361) M(0) UV(0.58626 0.69848 0.58168 0.71179 0.57372 0.70469)
-               3 V(287 358 359) M(0) UV(0.59836 0.69142 0.60073 0.68215 0.60926 0.68854)
-               3 V(330 358 328) M(0) UV(0.60953 0.67346 0.60197 0.67575 0.60273 0.66897)
-               3 V(328 365 295) M(0) UV(0.60273 0.66897 0.59430 0.66116 0.59826 0.65833)
-               3 V(304 305 289) M(0) UV(0.56526 0.65720 0.56575 0.66250 0.56086 0.66083)
-               3 V(304 289 306) M(0) UV(0.56297 0.65224 0.55809 0.65680 0.55404 0.65164)
-               3 V(305 304 299) M(0) UV(0.56575 0.66250 0.56526 0.65720 0.57272 0.65989)
-               3 V(364 299 304) M(0) UV(0.57262 0.65465 0.57272 0.65989 0.56526 0.65720)
-               3 V(319 305 299) M(0) UV(0.57020 0.67150 0.56575 0.66250 0.57201 0.66554)
-               3 V(328 358 288) M(0) UV(0.60273 0.66897 0.60197 0.67575 0.59431 0.67285)
-               3 V(328 288 365) M(0) UV(0.60273 0.66897 0.59431 0.67285 0.59526 0.66733)
-               3 V(288 319 299) M(0) UV(0.57897 0.66817 0.57020 0.67150 0.57201 0.66554)
-               3 V(288 299 365) M(0) UV(0.58608 0.67027 0.58050 0.66185 0.58747 0.66387)
-               3 V(365 299 364) M(0) UV(0.58747 0.66387 0.58050 0.66185 0.58150 0.65595)
-               3 V(288 358 287) M(0) UV(0.58961 0.68700 0.60073 0.68215 0.59836 0.69142)
-               3 V(282 355 351) M(0) UV(0.60096 0.62815 0.59540 0.62764 0.59540 0.62060)
-               3 V(282 351 281) M(0) UV(0.60096 0.62815 0.59540 0.62060 0.60124 0.62143)
-               3 V(354 282 281) M(0) UV(0.17783 0.05335 0.17558 0.03427 0.18294 0.03240)
-               3 V(283 354 281) M(0) UV(0.18540 0.05347 0.17783 0.05335 0.18294 0.03240)
-               3 V(283 281 284) M(0) UV(0.20419 0.03649 0.19515 0.01962 0.20275 0.02582)
-               3 V(23 324 350) M(0) UV(0.23611 0.04306 0.23312 0.04941 0.22983 0.04697)
-               3 V(350 283 284) M(0) UV(0.21782 0.04571 0.21036 0.04585 0.21198 0.03660)
-               3 V(324 283 350) M(0) UV(0.21163 0.05666 0.21036 0.04585 0.21782 0.04571)
-               3 V(352 284 281) M(0) UV(0.59941 0.60573 0.60924 0.60678 0.60206 0.61045)
-               3 V(281 351 352) M(0) UV(0.60206 0.61045 0.59441 0.61038 0.59941 0.60573)
-               3 V(284 249 350) M(0) UV(0.61603 0.59573 0.62587 0.59607 0.62612 0.60016)
-               3 V(23 249 164) M(0) UV(0.64291 0.59725 0.63892 0.59284 0.64291 0.59262)
-               3 V(23 350 249) M(0) UV(0.64291 0.60037 0.63825 0.60085 0.63881 0.59759)
-               3 V(349 277 276) M(0) UV(0.57549 0.58756 0.57396 0.57650 0.57921 0.58308)
-               3 V(349 312 277) M(0) UV(0.57109 0.59256 0.56492 0.58771 0.56979 0.58192)
-               3 V(312 349 339) M(0) UV(0.56492 0.58771 0.56669 0.59788 0.55825 0.59465)
-               3 V(314 307 349) M(0) UV(0.57371 0.60350 0.56735 0.60511 0.57012 0.60013)
-               3 V(349 352 314) M(0) UV(0.57419 0.59708 0.58030 0.60097 0.57371 0.60350)
-               3 V(314 352 351) M(0) UV(0.58104 0.60867 0.58750 0.60394 0.58983 0.61039)
-               3 V(352 349 276) M(0) UV(0.58566 0.59734 0.57908 0.59345 0.58317 0.58999)
-               3 V(307 339 349) M(0) UV(0.56232 0.60465 0.55825 0.59465 0.56669 0.59788)
-               3 V(357 356 279) M(0) UV(0.63539 0.55485 0.63257 0.54208 0.63700 0.54482)
-               3 V(348 356 321) M(0) UV(0.59851 0.56341 0.60708 0.56503 0.60611 0.56965)
-               3 V(357 321 356) M(0) UV(0.62630 0.56043 0.61619 0.56881 0.61620 0.56400)
-               3 V(353 275 295) M(0) UV(0.13831 0.03302 0.13381 0.02016 0.14599 0.01581)
-               3 V(366 355 282) M(0) UV(0.59236 0.64613 0.59378 0.63730 0.60267 0.64155)
-               3 V(366 282 295) M(0) UV(0.59236 0.64613 0.60267 0.64155 0.60339 0.64959)
-               3 V(295 282 315) M(0) UV(0.15735 0.01010 0.16447 0.01905 0.15550 0.03365)
-               3 V(275 280 371) M(0) UV(0.62906 0.66127 0.63427 0.66794 0.62689 0.66824)
-               3 V(275 371 328) M(0) UV(0.62125 0.66098 0.61852 0.66802 0.61108 0.66661)
-               3 V(275 328 295) M(0) UV(0.62125 0.66098 0.61108 0.66661 0.61343 0.65968)
-               3 V(219 316 353) M(0) UV(0.12000 0.04483 0.11847 0.03241 0.12879 0.03351)
-               3 V(315 282 354) M(0) UV(0.15550 0.03365 0.16569 0.03568 0.16088 0.05330)
-               3 V(315 354 353) M(0) UV(0.15550 0.03365 0.16088 0.05330 0.15088 0.05111)
-               3 V(315 353 295) M(0) UV(0.14680 0.03197 0.13831 0.03302 0.14599 0.01581)
-               3 V(353 316 275) M(0) UV(0.12879 0.03351 0.11847 0.03241 0.12459 0.01940)
-               3 V(280 275 316) M(0) UV(0.63576 0.66164 0.62906 0.66127 0.63355 0.65386)
-               3 V(367 369 286) M(0) UV(0.62987 0.70882 0.62071 0.71153 0.62258 0.69931)
-               3 V(359 286 369) M(0) UV(0.61403 0.69983 0.62258 0.69931 0.62071 0.71153)
-               3 V(371 368 330) M(0) UV(0.62689 0.66824 0.62557 0.67576 0.61674 0.67539)
-               3 V(368 370 330) M(0) UV(0.62557 0.67576 0.61574 0.68289 0.61674 0.67539)
-               3 V(370 286 359) M(0) UV(0.61574 0.68289 0.62377 0.69086 0.61564 0.69111)
-               3 V(368 371 280) M(0) UV(0.63296 0.67546 0.62689 0.66824 0.63427 0.66794)
-               3 V(286 370 368) M(0) UV(0.63190 0.69018 0.62449 0.68322 0.63228 0.68285)
-               3 V(330 370 358) M(0) UV(0.61674 0.67539 0.61574 0.68289 0.60924 0.68044)
-               3 V(371 330 328) M(0) UV(0.61852 0.66802 0.60953 0.67346 0.61108 0.66661)
-               3 V(358 370 359) M(0) UV(0.60924 0.68044 0.61574 0.68289 0.61564 0.69111)
-               3 V(348 321 251) M(0) UV(0.59649 0.56843 0.60334 0.57575 0.59372 0.57396)
-               3 V(321 357 317) M(0) UV(0.61619 0.56881 0.62720 0.56569 0.62733 0.57111)
-               3 V(80 317 357) M(0) UV(0.64009 0.56034 0.63521 0.56819 0.63557 0.56209)
-               3 V(320 249 284) M(0) UV(0.61856 0.58998 0.62587 0.59607 0.61603 0.59573)
-               3 V(320 317 249) M(0) UV(0.62178 0.58450 0.62741 0.58286 0.62637 0.59014)
-               3 V(317 190 249) M(0) UV(0.63408 0.58054 0.63961 0.57921 0.63909 0.58647)
-               3 V(250 320 284) M(0) UV(0.60649 0.58452 0.61260 0.58778 0.60687 0.59540)
-               3 V(321 320 250) M(0) UV(0.61471 0.57605 0.61260 0.58778 0.60649 0.58452)
-               3 V(251 321 250) M(0) UV(0.59372 0.57396 0.60334 0.57575 0.59914 0.58152)
-               3 V(352 250 284) M(0) UV(0.59406 0.59690 0.60089 0.59044 0.60687 0.59540)
-               3 V(276 250 352) M(0) UV(0.59038 0.59163 0.60089 0.59044 0.59406 0.59690)
-               3 V(276 251 250) M(0) UV(0.58633 0.58607 0.58934 0.58192 0.59512 0.58615)
-               3 V(317 80 190) M(0) UV(0.63473 0.57389 0.63986 0.56668 0.63977 0.57252)
-               3 V(357 279 80) M(0) UV(0.63557 0.56209 0.64048 0.55417 0.64009 0.56034)
-               3 V(317 320 321) M(0) UV(0.62733 0.57111 0.61918 0.58095 0.61471 0.57605)
-               3 V(79 80 279) M(0) UV(0.64291 0.55405 0.64009 0.56034 0.64048 0.55417)
-               3 V(249 190 164) M(0) UV(0.63909 0.58647 0.64291 0.57876 0.64291 0.58610)
-               3 V(301 338 332) M(0) UV(0.55690 0.62678 0.54479 0.62836 0.54615 0.62496)
-               3 V(333 338 301) M(0) UV(0.55667 0.63097 0.54479 0.62836 0.55690 0.62678)
-               3 V(334 333 301) M(0) UV(0.57056 0.63245 0.55667 0.63097 0.55690 0.62678)
-               3 V(334 301 302) M(0) UV(0.57056 0.63245 0.55690 0.62678 0.57069 0.62774)
-               3 V(355 334 302) M(0) UV(0.58262 0.63166 0.57056 0.63245 0.57069 0.62774)
-               3 V(355 302 300) M(0) UV(0.58262 0.63166 0.57069 0.62774 0.58249 0.62661)
-               3 V(355 300 351) M(0) UV(0.59102 0.62928 0.58249 0.62661 0.59021 0.62299)
-               3 V(295 365 366) M(0) UV(0.60339 0.64959 0.59027 0.65197 0.59236 0.64613)
-               3 V(364 304 296) M(0) UV(0.57194 0.64996 0.56297 0.65224 0.56099 0.64721)
-               3 V(296 304 306) M(0) UV(0.56099 0.64721 0.56297 0.65224 0.55404 0.65164)
-               3 V(355 364 318) M(0) UV(0.58299 0.63814 0.58246 0.64503 0.57154 0.64359)
-               3 V(355 318 334) M(0) UV(0.58299 0.63814 0.57154 0.64359 0.57109 0.63782)
-               3 V(334 318 296) M(0) UV(0.57109 0.63782 0.57154 0.64359 0.55917 0.64113)
-               3 V(334 296 333) M(0) UV(0.57109 0.63782 0.55917 0.64113 0.55763 0.63564)
-               3 V(333 296 308) M(0) UV(0.55763 0.63564 0.55917 0.64113 0.54817 0.64142)
-               3 V(355 366 364) M(0) UV(0.59378 0.63730 0.59236 0.64613 0.58246 0.64503)
-               3 V(318 364 296) M(0) UV(0.57154 0.64359 0.57194 0.64996 0.56099 0.64721)
-               3 V(296 306 308) M(0) UV(0.55917 0.64113 0.55113 0.64687 0.54817 0.64142)
-               3 V(302 301 307) M(0) UV(0.57098 0.62368 0.55777 0.62325 0.56036 0.61765)
-               3 V(302 307 314) M(0) UV(0.57098 0.62368 0.56036 0.61765 0.57179 0.61744)
-               3 V(300 302 314) M(0) UV(0.58209 0.62271 0.57098 0.62368 0.57179 0.61744)
-               3 V(366 365 364) M(0) UV(0.59236 0.64613 0.59027 0.65197 0.58201 0.65109)
-               3 V(351 300 314) M(0) UV(0.58942 0.61842 0.58209 0.62271 0.58158 0.61608)
-               3 V(333 308 338) M(0) UV(0.55667 0.63097 0.54575 0.63610 0.54442 0.63168)
-               3 V(301 332 307) M(0) UV(0.55777 0.62325 0.55017 0.61912 0.56036 0.61765)
-               3 V(345 248 298) M(0) UV(0.50745 0.62148 0.50763 0.62567 0.49795 0.62401)
-               3 V(338 337 332) M(0) UV(0.53753 0.62869 0.53475 0.62481 0.53937 0.62500)
-               3 V(336 248 345) M(0) UV(0.51891 0.62331 0.50763 0.62567 0.50745 0.62148)
-               3 V(298 274 346) M(0) UV(0.49688 0.61591 0.49598 0.61063 0.50733 0.61183)
-               3 V(298 346 345) M(0) UV(0.49688 0.61591 0.50733 0.61183 0.50729 0.61721)
-               3 V(346 274 294) M(0) UV(0.50782 0.60414 0.49583 0.60269 0.49664 0.59445)
-               3 V(346 294 347) M(0) UV(0.50782 0.60414 0.49664 0.59445 0.50818 0.59527)
-               3 V(335 291 290) M(0) UV(0.53341 0.59702 0.54441 0.59906 0.54361 0.60651)
-               3 V(290 307 332) M(0) UV(0.54094 0.61315 0.55028 0.61258 0.54353 0.61962)
-               3 V(290 332 337) M(0) UV(0.54094 0.61315 0.54353 0.61962 0.53749 0.61957)
-               3 V(337 336 344) M(0) UV(0.53052 0.61910 0.51913 0.61841 0.51961 0.61242)
-               3 V(337 344 290) M(0) UV(0.53052 0.61910 0.51961 0.61242 0.53160 0.61283)
-               3 V(344 347 335) M(0) UV(0.52036 0.60497 0.52077 0.59574 0.53341 0.59702)
-               3 V(344 335 290) M(0) UV(0.52036 0.60497 0.53341 0.59702 0.53264 0.60582)
-               3 V(344 336 345) M(0) UV(0.51961 0.61242 0.51913 0.61841 0.50729 0.61721)
-               3 V(344 345 346) M(0) UV(0.51961 0.61242 0.50729 0.61721 0.50733 0.61183)
-               3 V(344 346 347) M(0) UV(0.52036 0.60497 0.50782 0.60414 0.50818 0.59527)
-               3 V(291 339 307) M(0) UV(0.54441 0.59906 0.55825 0.59465 0.55553 0.60458)
-               3 V(291 307 290) M(0) UV(0.54441 0.59906 0.55553 0.60458 0.54361 0.60651)
-               3 V(313 303 277) M(0) UV(0.54939 0.57511 0.55272 0.56993 0.56156 0.57604)
-               3 V(313 277 312) M(0) UV(0.54939 0.57511 0.56156 0.57604 0.55672 0.58137)
-               3 V(325 313 312) M(0) UV(0.54334 0.57900 0.54939 0.57511 0.55672 0.58137)
-               3 V(325 312 339) M(0) UV(0.54334 0.57900 0.55672 0.58137 0.55035 0.58594)
-               3 V(339 291 292) M(0) UV(0.55035 0.58594 0.53995 0.59164 0.53508 0.58382)
-               3 V(339 292 325) M(0) UV(0.55035 0.58594 0.53508 0.58382 0.54334 0.57900)
-               3 V(326 292 291) M(0) UV(0.52690 0.68697 0.53847 0.69158 0.53626 0.70251)
-               3 V(326 291 335) M(0) UV(0.52690 0.68697 0.53626 0.70251 0.52328 0.69732)
-               3 V(347 342 326) M(0) UV(0.51096 0.69050 0.51445 0.68056 0.52690 0.68697)
-               3 V(347 326 335) M(0) UV(0.51096 0.69050 0.52690 0.68697 0.52328 0.69732)
-               3 V(327 342 347) M(0) UV(0.50365 0.67625 0.51445 0.68056 0.51096 0.69050)
-               3 V(347 294 327) M(0) UV(0.49981 0.68531 0.49076 0.68093 0.49540 0.67362)
-               3 V(248 273 298) M(0) UV(0.50763 0.62567 0.49923 0.62795 0.49795 0.62401)
-               3 V(272 273 340) M(0) UV(0.49674 0.63943 0.50152 0.63531 0.50294 0.63994)
-               3 V(327 294 331) M(0) UV(0.49540 0.67362 0.48961 0.67179 0.49328 0.66448)
-               3 V(289 305 325) M(0) UV(0.55026 0.66634 0.55930 0.67257 0.55606 0.67746)
-               3 V(310 306 289) M(0) UV(0.53355 0.66063 0.53844 0.65239 0.54246 0.65931)
-               3 V(310 309 306) M(0) UV(0.53122 0.65202 0.53044 0.64652 0.53642 0.64692)
-               3 V(309 337 338) M(0) UV(0.52918 0.63687 0.52890 0.63273 0.53296 0.63266)
-               3 V(311 293 292) M(0) UV(0.53017 0.67804 0.54187 0.68351 0.53847 0.69158)
-               3 V(311 292 326) M(0) UV(0.53017 0.67804 0.53847 0.69158 0.52690 0.68697)
-               3 V(289 293 311) M(0) UV(0.54488 0.66960 0.54383 0.67685 0.53216 0.67031)
-               3 V(289 311 310) M(0) UV(0.54488 0.66960 0.53216 0.67031 0.53355 0.66063)
-               3 V(309 310 341) M(0) UV(0.53044 0.64652 0.53122 0.65202 0.52123 0.64881)
-               3 V(309 341 297) M(0) UV(0.53044 0.64652 0.52123 0.64881 0.52086 0.64376)
-               3 V(297 341 340) M(0) UV(0.52086 0.64376 0.51099 0.64657 0.51041 0.64125)
-               3 V(340 341 272) M(0) UV(0.51041 0.64125 0.51099 0.64657 0.50370 0.64559)
-               3 V(273 248 340) M(0) UV(0.50152 0.63531 0.50878 0.63317 0.50956 0.63692)
-               3 V(325 292 293) M(0) UV(0.55013 0.69043 0.53847 0.69158 0.54187 0.68351)
-               3 V(308 306 309) M(0) UV(0.54006 0.64233 0.53642 0.64692 0.53493 0.64205)
-               3 V(326 342 311) M(0) UV(0.52690 0.68697 0.51728 0.67232 0.53017 0.67804)
-               3 V(342 343 311) M(0) UV(0.51728 0.67232 0.51946 0.66483 0.53216 0.67031)
-               3 V(310 311 343) M(0) UV(0.53355 0.66063 0.53216 0.67031 0.51946 0.66483)
-               3 V(310 343 341) M(0) UV(0.53355 0.66063 0.51946 0.66483 0.52092 0.65618)
-               3 V(325 293 289) M(0) UV(0.55606 0.67746 0.54383 0.67685 0.54488 0.66960)
-               3 V(342 327 343) M(0) UV(0.51445 0.68056 0.50365 0.67625 0.50686 0.66827)
-               3 V(340 248 297) M(0) UV(0.50956 0.63692 0.50878 0.63317 0.51955 0.63528)
-               3 V(248 336 297) M(0) UV(0.50878 0.63317 0.51913 0.63134 0.51955 0.63528)
-               3 V(309 338 308) M(0) UV(0.53367 0.63710 0.53693 0.63234 0.53810 0.63729)
-               3 V(297 336 337) M(0) UV(0.51955 0.63528 0.51913 0.63134 0.52890 0.63273)
-               3 V(297 337 309) M(0) UV(0.51955 0.63528 0.52890 0.63273 0.52918 0.63687)
-               3 V(341 343 331) M(0) UV(0.51077 0.65338 0.50912 0.66109 0.50164 0.65913)
-               3 V(341 331 272) M(0) UV(0.51077 0.65338 0.50164 0.65913 0.50328 0.65204)
-               3 V(331 343 327) M(0) UV(0.49911 0.66604 0.50686 0.66827 0.50365 0.67625)
-               3 V(22 55 324) M(0) UV(0.27619 0.07259 0.27573 0.08607 0.26795 0.07225)
-               3 V(56 81 55) M(0) UV(0.30184 0.07508 0.31299 0.09386 0.30356 0.09176)
-               3 V(56 55 22) M(0) UV(0.30184 0.07508 0.30356 0.09176 0.29308 0.07445)
-               3 V(25 27 57) M(0) UV(0.35513 0.06408 0.36325 0.08074 0.35527 0.08442)
-               3 V(57 26 25) M(0) UV(0.34507 0.06678 0.34701 0.04962 0.35513 0.06408)
-               3 V(27 25 219) M(0) UV(0.38405 0.06854 0.38110 0.05410 0.38895 0.05184)
-               3 V(25 316 219) M(0) UV(0.38110 0.05410 0.38690 0.03900 0.38895 0.05184)
-               3 V(223 283 324) M(0) UV(0.21107 0.08607 0.21060 0.07259 0.21885 0.07225)
-               3 V(223 224 283) M(0) UV(0.19249 0.08949 0.18323 0.09176 0.19372 0.07445)
-               3 V(219 353 217) M(0) UV(0.13167 0.06408 0.14173 0.06678 0.13153 0.08442)
-               3 V(217 353 354) M(0) UV(0.15590 0.09313 0.15993 0.07230 0.16806 0.07391)
-               3 V(354 283 224) M(0) UV(0.17602 0.07487 0.18496 0.07508 0.17381 0.09386)
-               3 V(354 224 217) M(0) UV(0.17602 0.07487 0.17381 0.09386 0.16413 0.09454)
-               3 V(55 223 324) M(0) UV(0.24340 0.08950 0.23525 0.08877 0.23722 0.08063)
-               3 V(6 2 55) M(0) UV(0.27970 0.11866 0.26921 0.11819 0.27178 0.10568)
-               3 V(81 191 55) M(0) UV(0.31299 0.09386 0.31235 0.10651 0.30356 0.09176)
-               3 V(189 27 192) M(0) UV(0.37868 0.08838 0.37718 0.07301 0.38413 0.08410)
-               3 V(191 81 188) M(0) UV(0.32276 0.10983 0.32267 0.09454 0.33641 0.11377)
-               3 V(189 57 27) M(0) UV(0.36538 0.09680 0.35527 0.08442 0.36325 0.08074)
-               3 V(188 57 189) M(0) UV(0.35854 0.10079 0.35527 0.08442 0.36538 0.09680)
-               3 V(57 188 81) M(0) UV(0.33090 0.09313 0.33641 0.11377 0.32267 0.09454)
-               3 V(112 187 188) M(0) UV(0.36233 0.12615 0.35248 0.13201 0.35055 0.12153)
-               3 V(112 188 189) M(0) UV(0.36546 0.12127 0.35418 0.11526 0.36021 0.11100)
-               3 V(3 191 187) M(0) UV(0.32700 0.13149 0.31884 0.11781 0.32954 0.12122)
-               3 V(188 187 191) M(0) UV(0.33641 0.11377 0.32954 0.12122 0.32276 0.10983)
-               3 V(6 191 3) M(0) UV(0.29291 0.11934 0.30725 0.11310 0.30826 0.12306)
-               3 V(191 6 55) M(0) UV(0.30250 0.10313 0.29451 0.10936 0.29195 0.09985)
-               3 V(224 222 231) M(0) UV(0.17955 0.11310 0.19389 0.11934 0.17854 0.12306)
-               3 V(224 231 232) M(0) UV(0.16796 0.11781 0.17854 0.12306 0.15979 0.13149)
-               3 V(232 221 224) M(0) UV(0.15726 0.12122 0.15039 0.11377 0.16404 0.10983)
-               3 V(232 215 221) M(0) UV(0.14744 0.12535 0.13624 0.12153 0.15039 0.11377)
-               3 V(225 192 220) M(0) UV(0.09388 0.09662 0.09692 0.08821 0.10178 0.09311)
-               3 V(215 225 220) M(0) UV(0.11048 0.11250 0.10481 0.10740 0.11355 0.10282)
-               3 V(215 220 221) M(0) UV(0.12659 0.11100 0.12825 0.10079 0.13575 0.10444)
-               3 V(217 221 220) M(0) UV(0.13923 0.08789 0.13575 0.10444 0.12825 0.10079)
-               3 V(220 192 27) M(0) UV(0.10267 0.08410 0.09744 0.07855 0.10274 0.06854)
-               3 V(220 27 219) M(0) UV(0.10267 0.08410 0.10274 0.06854 0.10962 0.07301)
-               3 V(223 222 224) M(0) UV(0.19249 0.08949 0.19485 0.09985 0.18429 0.10313)
-               3 V(220 219 217) M(0) UV(0.12142 0.09680 0.12354 0.08074 0.13153 0.08442)
-               3 V(224 221 217) M(0) UV(0.16404 0.10983 0.15039 0.11377 0.16413 0.09454)
-               3 V(223 2 222) M(0) UV(0.23441 0.09750 0.23435 0.10537 0.22484 0.10482)
-               3 V(55 2 223) M(0) UV(0.24340 0.09841 0.23435 0.10537 0.23441 0.09750)
-               3 V(4 119 170) M(0) UV(0.30646 0.24458 0.30632 0.25647 0.29840 0.24797)
-               3 V(170 171 107) M(0) UV(0.29036 0.25003 0.28711 0.26066 0.28218 0.25125)
-               3 V(170 119 171) M(0) UV(0.29840 0.24797 0.30632 0.25647 0.29681 0.25893)
-               3 V(119 4 186) M(0) UV(0.31664 0.25237 0.31432 0.23951 0.32707 0.24593)
+       face 3495 {
+               3 V(79 182 185) M(0) UV(0.41472 0.09235 0.39292 0.09662 0.39818 0.09062)
+               3 V(185 220 79) M(0) UV(0.39818 0.09062 0.41709 0.08554 0.41472 0.09235)
+               3 V(161 112 104) M(0) UV(0.36129 0.28195 0.36439 0.29655 0.35423 0.29488)
+               3 V(79 110 8) M(0) UV(0.42333 0.10640 0.43367 0.12378 0.41710 0.11445)
+               3 V(79 111 110) M(0) UV(0.42333 0.10640 0.44601 0.10885 0.44050 0.11631)
+               3 V(8 110 109) M(0) UV(0.41710 0.11445 0.43367 0.12378 0.42644 0.13093)
+               3 V(161 116 112) M(0) UV(0.37700 0.28142 0.38526 0.28987 0.37491 0.29516)
+               3 V(124 123 112) M(0) UV(0.38404 0.32607 0.36577 0.33096 0.36961 0.31942)
+               3 V(124 112 117) M(0) UV(0.38404 0.32607 0.36961 0.31942 0.38486 0.31396)
+               3 V(124 117 125) M(0) UV(0.38404 0.32607 0.40227 0.31707 0.40421 0.33031)
+               3 V(109 125 117) M(0) UV(0.42644 0.13093 0.44533 0.14154 0.43548 0.14696)
+               3 V(110 125 109) M(0) UV(0.43367 0.12378 0.44533 0.14154 0.42644 0.13093)
+               3 V(124 125 126) M(0) UV(0.38300 0.33725 0.40536 0.34271 0.38162 0.34720)
+               3 V(111 125 110) M(0) UV(0.44601 0.10885 0.46226 0.12726 0.44050 0.11631)
+               3 V(111 186 125) M(0) UV(0.45013 0.10177 0.47465 0.11323 0.46941 0.11968)
+               3 V(186 188 126) M(0) UV(0.40282 0.37220 0.37405 0.37281 0.37702 0.36584)
+               3 V(186 126 125) M(0) UV(0.40282 0.37220 0.37702 0.36584 0.40444 0.36425)
+               3 V(109 116 108) M(0) UV(0.40478 0.14409 0.40868 0.15484 0.39764 0.14680)
+               3 V(109 117 116) M(0) UV(0.41140 0.14097 0.42619 0.15071 0.41785 0.15328)
+               3 V(117 112 116) M(0) UV(0.38513 0.30294 0.37491 0.29516 0.38526 0.28987)
+               3 V(199 194 198) M(0) UV(0.11189 0.29516 0.10166 0.30294 0.10153 0.28987)
+               3 V(198 211 231) M(0) UV(0.07812 0.15484 0.08202 0.14409 0.08915 0.14680)
+               3 V(219 208 231) M(0) UV(0.10763 0.12960 0.11212 0.13383 0.10057 0.14044)
+               3 V(219 231 211) M(0) UV(0.10216 0.12547 0.09477 0.13692 0.08885 0.13324)
+               3 V(190 188 186) M(0) UV(0.10713 0.35762 0.10977 0.36584 0.08236 0.36425)
+               3 V(190 186 189) M(0) UV(0.10713 0.35762 0.08236 0.36425 0.08113 0.35460)
+               3 V(186 111 200) M(0) UV(0.01739 0.11968 0.03666 0.10177 0.04079 0.10885)
+               3 V(189 186 200) M(0) UV(0.02454 0.12726 0.01739 0.11968 0.04079 0.10885)
+               3 V(200 211 189) M(0) UV(0.05313 0.12378 0.06036 0.13093 0.04147 0.14154)
+               3 V(211 194 189) M(0) UV(0.06036 0.13093 0.05132 0.14696 0.04147 0.14154)
+               3 V(190 189 194) M(0) UV(0.10276 0.32607 0.08258 0.33031 0.08453 0.31707)
+               3 V(199 192 190) M(0) UV(0.11719 0.31942 0.12103 0.33096 0.10276 0.32607)
+               3 V(199 190 194) M(0) UV(0.11719 0.31942 0.10276 0.32607 0.10194 0.31396)
+               3 V(195 199 198) M(0) UV(0.10980 0.28142 0.11189 0.29516 0.10153 0.28987)
+               3 V(220 200 111) M(0) UV(0.05907 0.09898 0.04079 0.10885 0.03666 0.10177)
+               3 V(200 220 211) M(0) UV(0.05313 0.12378 0.06347 0.10640 0.06970 0.11445)
+               3 V(220 185 218) M(0) UV(0.06971 0.08554 0.08420 0.08473 0.08861 0.09062)
+               3 V(219 218 208) M(0) UV(0.09621 0.12021 0.10481 0.10740 0.11048 0.11250)
+               3 V(218 219 211) M(0) UV(0.08379 0.10618 0.09005 0.11399 0.07619 0.12240)
+               3 V(211 220 218) M(0) UV(0.06970 0.11445 0.06347 0.10640 0.07608 0.09888)
+               3 V(103 1 114) M(0) UV(0.26149 0.26176 0.26474 0.27817 0.25745 0.27814)
+               3 V(103 165 1) M(0) UV(0.27818 0.26174 0.28564 0.27768 0.27454 0.27834)
+               3 V(103 114 226) M(0) UV(0.25079 0.26193 0.24714 0.27885 0.24669 0.26194)
+               3 V(114 1 0) M(0) UV(0.26126 0.29434 0.26474 0.27817 0.27015 0.29340)
+               3 V(0 1 165) M(0) UV(0.28131 0.29234 0.27454 0.27834 0.28564 0.27768)
+               3 V(102 114 0) M(0) UV(0.26042 0.31256 0.26126 0.29434 0.26855 0.31033)
+               3 V(0 165 166) M(0) UV(0.29416 0.29051 0.29618 0.27530 0.30636 0.28745)
+               3 V(115 166 165) M(0) UV(0.31694 0.26779 0.31580 0.28351 0.30650 0.27222)
+               3 V(207 205 228) M(0) UV(0.17100 0.28351 0.16986 0.26779 0.18030 0.27222)
+               3 V(228 205 222) M(0) UV(0.18030 0.27222 0.16986 0.26779 0.18048 0.25647)
+               3 V(230 207 228) M(0) UV(0.19264 0.29051 0.18043 0.28745 0.19062 0.27530)
+               3 V(102 230 114) M(0) UV(0.23395 0.31464 0.22638 0.31256 0.23242 0.29531)
+               3 V(230 229 114) M(0) UV(0.22553 0.29434 0.22934 0.27814 0.23504 0.27852)
+               3 V(230 228 229) M(0) UV(0.21665 0.29340 0.21226 0.27834 0.22205 0.27817)
+               3 V(114 229 226) M(0) UV(0.23504 0.27852 0.22934 0.27814 0.23122 0.26173)
+               3 V(229 228 206) M(0) UV(0.22205 0.27817 0.21226 0.27834 0.21756 0.26187)
+               3 V(229 206 226) M(0) UV(0.22205 0.27817 0.21756 0.26187 0.22531 0.26176)
+               3 V(166 105 0) M(0) UV(0.31629 0.29710 0.31439 0.31324 0.30342 0.30161)
+               3 V(0 105 106) M(0) UV(0.30342 0.30161 0.31439 0.31324 0.30227 0.31833)
+               3 V(0 106 118) M(0) UV(0.26855 0.31033 0.28215 0.32636 0.27520 0.32924)
+               3 V(0 118 102) M(0) UV(0.26855 0.31033 0.27520 0.32924 0.26042 0.31256)
+               3 V(106 105 119) M(0) UV(0.30227 0.31833 0.31895 0.33095 0.30966 0.33673)
+               3 V(106 119 118) M(0) UV(0.28215 0.32636 0.29651 0.34532 0.27520 0.32924)
+               3 V(118 119 120) M(0) UV(0.27520 0.32924 0.29651 0.34532 0.29148 0.34894)
+               3 V(105 121 119) M(0) UV(0.31895 0.33095 0.33286 0.34644 0.30966 0.33673)
+               3 V(119 121 122) M(0) UV(0.29651 0.34532 0.32123 0.35827 0.31728 0.36264)
+               3 V(119 122 120) M(0) UV(0.29651 0.34532 0.31728 0.36264 0.29148 0.34894)
+               3 V(105 107 121) M(0) UV(0.32921 0.32375 0.34703 0.33049 0.33956 0.33949)
+               3 V(107 112 123) M(0) UV(0.35412 0.31973 0.36961 0.31942 0.36577 0.33096)
+               3 V(121 123 191) M(0) UV(0.32654 0.35314 0.35287 0.35816 0.34915 0.36520)
+               3 V(121 191 122) M(0) UV(0.32123 0.35827 0.34601 0.37081 0.31728 0.36264)
+               3 V(107 123 121) M(0) UV(0.34703 0.33049 0.36147 0.34084 0.33956 0.33949)
+               3 V(123 124 126) M(0) UV(0.36147 0.34084 0.38300 0.33725 0.38162 0.34720)
+               3 V(123 126 191) M(0) UV(0.35287 0.35816 0.37702 0.36584 0.34915 0.36520)
+               3 V(191 126 188) M(0) UV(0.34915 0.36520 0.37702 0.36584 0.37405 0.37281)
+               3 V(166 104 105) M(0) UV(0.32540 0.29239 0.33492 0.30055 0.32643 0.30672)
+               3 V(107 105 104) M(0) UV(0.33919 0.31495 0.32643 0.30672 0.33492 0.30055)
+               3 V(112 107 104) M(0) UV(0.35887 0.31054 0.34606 0.30703 0.35423 0.29488)
+               3 V(204 201 199) M(0) UV(0.14165 0.29113 0.14074 0.30703 0.13257 0.29488)
+               3 V(201 204 207) M(0) UV(0.16037 0.30672 0.15188 0.30055 0.16140 0.29239)
+               3 V(191 188 190) M(0) UV(0.13393 0.35816 0.10977 0.36584 0.10713 0.35762)
+               3 V(192 191 190) M(0) UV(0.12952 0.34921 0.13393 0.35816 0.10713 0.35762)
+               3 V(193 191 192) M(0) UV(0.15394 0.34644 0.13393 0.35816 0.12952 0.34921)
+               3 V(191 193 122) M(0) UV(0.13765 0.36520 0.16025 0.35314 0.16557 0.35827)
+               3 V(192 199 193) M(0) UV(0.12103 0.33096 0.13267 0.31973 0.13977 0.33049)
+               3 V(122 193 120) M(0) UV(0.16557 0.35827 0.16025 0.35314 0.18451 0.34165)
+               3 V(193 201 120) M(0) UV(0.15394 0.34644 0.16785 0.33095 0.17714 0.33673)
+               3 V(202 118 120) M(0) UV(0.21160 0.32924 0.21779 0.33168 0.19532 0.34894)
+               3 V(202 120 201) M(0) UV(0.18453 0.31833 0.17714 0.33673 0.16785 0.33095)
+               3 V(118 202 230) M(0) UV(0.21779 0.33168 0.21160 0.32924 0.22638 0.31256)
+               3 V(118 230 102) M(0) UV(0.21779 0.33168 0.22638 0.31256 0.23395 0.31464)
+               3 V(201 193 199) M(0) UV(0.14761 0.31495 0.13977 0.33049 0.13267 0.31973)
+               3 V(207 230 202) M(0) UV(0.18338 0.30161 0.19653 0.30498 0.18453 0.31833)
+               3 V(207 202 201) M(0) UV(0.18338 0.30161 0.18453 0.31833 0.17240 0.31324)
+               3 V(228 222 360) M(0) UV(0.18999 0.25893 0.18048 0.25647 0.18840 0.24797)
+               3 V(228 360 206) M(0) UV(0.19969 0.26066 0.19644 0.25003 0.20462 0.25125)
+               3 V(222 359 360) M(0) UV(0.18034 0.24458 0.18188 0.23542 0.18752 0.23920)
+               3 V(197 223 187) M(0) UV(0.17450 0.17673 0.16001 0.18791 0.16065 0.17503)
+               3 V(197 221 223) M(0) UV(0.17450 0.17673 0.17710 0.18632 0.16799 0.19550)
+               3 V(221 197 209) M(0) UV(0.18639 0.18144 0.18568 0.17147 0.19384 0.16919)
+               3 V(223 196 187) M(0) UV(0.15508 0.20219 0.14682 0.20008 0.14918 0.18922)
+               3 V(196 223 203) M(0) UV(0.13796 0.22941 0.15047 0.22350 0.14863 0.23575)
+               3 V(223 222 203) M(0) UV(0.16249 0.22524 0.16572 0.23309 0.14863 0.23575)
+               3 V(222 223 359) M(0) UV(0.16572 0.23309 0.16249 0.22524 0.17383 0.22578)
+               3 V(203 205 204) M(0) UV(0.14215 0.25940 0.15007 0.26870 0.14097 0.27517)
+               3 V(203 204 195) M(0) UV(0.13457 0.26549 0.13300 0.27965 0.12798 0.26967)
+               3 V(222 205 203) M(0) UV(0.15973 0.24593 0.15965 0.26100 0.15018 0.25276)
+               3 V(207 204 205) M(0) UV(0.16140 0.29239 0.15065 0.28501 0.16031 0.27727)
+               3 V(196 203 195) M(0) UV(0.12948 0.24302 0.12966 0.25623 0.12498 0.24766)
+               3 V(204 199 195) M(0) UV(0.13300 0.27965 0.13257 0.29488 0.12551 0.28195)
+               3 V(359 223 221) M(0) UV(0.18016 0.20781 0.17453 0.20246 0.18058 0.19487)
+               3 V(225 224 187) M(0) UV(0.16233 0.15777 0.17501 0.15809 0.16167 0.16604)
+               3 V(197 187 224) M(0) UV(0.17417 0.16675 0.16167 0.16604 0.17501 0.15809)
+               3 V(224 209 197) M(0) UV(0.18847 0.15207 0.19487 0.15981 0.18663 0.16108)
+               3 V(224 215 209) M(0) UV(0.19434 0.13786 0.20832 0.12980 0.20595 0.13730)
+               3 V(250 247 313) M(0) UV(0.41242 0.65405 0.41197 0.66119 0.38903 0.65773)
+               3 V(250 313 232) M(0) UV(0.41242 0.65405 0.38903 0.65773 0.38835 0.65248)
+               3 V(264 258 257) M(0) UV(0.46646 0.67337 0.44902 0.67286 0.45240 0.66624)
+               3 V(258 235 234) M(0) UV(0.44902 0.67286 0.43090 0.66727 0.43276 0.66030)
+               3 V(258 234 257) M(0) UV(0.44902 0.67286 0.43276 0.66030 0.45240 0.66624)
+               3 V(250 234 235) M(0) UV(0.41242 0.65405 0.43276 0.66030 0.43090 0.66727)
+               3 V(250 235 247) M(0) UV(0.41242 0.65405 0.43090 0.66727 0.41197 0.66119)
+               3 V(248 251 237) M(0) UV(0.41209 0.61462 0.41212 0.61127 0.43236 0.61629)
+               3 V(237 252 239) M(0) UV(0.43236 0.61629 0.45271 0.61377 0.45282 0.61790)
+               3 V(236 233 245) M(0) UV(0.43352 0.62754 0.43445 0.63203 0.41218 0.62722)
+               3 V(255 254 233) M(0) UV(0.45490 0.63153 0.45640 0.63612 0.43445 0.63203)
+               3 V(255 233 236) M(0) UV(0.45490 0.63153 0.43445 0.63203 0.43352 0.62754)
+               3 V(233 249 245) M(0) UV(0.43445 0.63203 0.41237 0.63234 0.41218 0.62722)
+               3 V(254 256 233) M(0) UV(0.45796 0.64149 0.45813 0.64704 0.43522 0.64233)
+               3 V(233 234 250) M(0) UV(0.43455 0.64742 0.43381 0.65388 0.41232 0.64811)
+               3 V(233 250 249) M(0) UV(0.43455 0.64742 0.41232 0.64811 0.41221 0.64150)
+               3 V(256 257 234) M(0) UV(0.45683 0.65298 0.45495 0.65960 0.43381 0.65388)
+               3 V(256 234 233) M(0) UV(0.45683 0.65298 0.43381 0.65388 0.43455 0.64742)
+               3 V(253 235 258) M(0) UV(0.44648 0.68011 0.43090 0.66727 0.44902 0.67286)
+               3 V(236 245 248) M(0) UV(0.43311 0.62359 0.41201 0.62268 0.41209 0.61852)
+               3 V(237 236 248) M(0) UV(0.43273 0.61991 0.43311 0.62359 0.41209 0.61852)
+               3 V(239 255 236) M(0) UV(0.45320 0.62259 0.45397 0.62708 0.43311 0.62359)
+               3 V(239 236 237) M(0) UV(0.45320 0.62259 0.43311 0.62359 0.43273 0.61991)
+               3 V(238 247 235) M(0) UV(0.43240 0.60286 0.41235 0.59531 0.43284 0.59764)
+               3 V(253 238 235) M(0) UV(0.45258 0.60388 0.43240 0.60286 0.43284 0.59764)
+               3 V(238 251 247) M(0) UV(0.43240 0.60286 0.41240 0.60393 0.41234 0.59959)
+               3 V(253 252 238) M(0) UV(0.45258 0.60388 0.45253 0.60937 0.43234 0.60831)
+               3 V(238 237 251) M(0) UV(0.43234 0.60831 0.43231 0.61260 0.41228 0.60780)
+               3 V(252 237 238) M(0) UV(0.45253 0.60937 0.43231 0.61260 0.43234 0.60831)
+               3 V(314 313 251) M(0) UV(0.39045 0.61512 0.39049 0.61168 0.41228 0.60780)
+               3 V(314 251 248) M(0) UV(0.39030 0.61852 0.41212 0.61127 0.41209 0.61462)
+               3 V(239 252 259) M(0) UV(0.45282 0.61790 0.45271 0.61377 0.47061 0.61541)
+               3 V(239 259 240) M(0) UV(0.45282 0.61790 0.47061 0.61541 0.47117 0.61993)
+               3 V(240 259 289) M(0) UV(0.47117 0.61993 0.47061 0.61541 0.48393 0.61754)
+               3 V(249 250 232) M(0) UV(0.41221 0.64150 0.41232 0.64811 0.38805 0.64813)
+               3 V(245 249 246) M(0) UV(0.41218 0.62722 0.41237 0.63234 0.38869 0.63486)
+               3 V(232 246 249) M(0) UV(0.38809 0.63840 0.38869 0.63486 0.41237 0.63234)
+               3 V(248 245 246) M(0) UV(0.41209 0.61852 0.41201 0.62268 0.38962 0.62648)
+               3 V(248 246 314) M(0) UV(0.41209 0.61852 0.38962 0.62648 0.39007 0.62217)
+               3 V(247 251 313) M(0) UV(0.41234 0.59959 0.41240 0.60393 0.39042 0.60800)
+               3 V(260 253 258) M(0) UV(0.46320 0.68102 0.44648 0.68011 0.44902 0.67286)
+               3 V(260 258 264) M(0) UV(0.46320 0.68102 0.44902 0.67286 0.46646 0.67337)
+               3 V(252 253 260) M(0) UV(0.45253 0.60937 0.45258 0.60388 0.47037 0.60535)
+               3 V(252 260 259) M(0) UV(0.45253 0.60937 0.47037 0.60535 0.47052 0.61080)
+               3 V(256 254 261) M(0) UV(0.45813 0.64704 0.45796 0.64149 0.47717 0.64309)
+               3 V(254 255 262) M(0) UV(0.45640 0.63612 0.45490 0.63153 0.47416 0.63346)
+               3 V(254 262 261) M(0) UV(0.45640 0.63612 0.47416 0.63346 0.47569 0.63782)
+               3 V(255 239 240) M(0) UV(0.45397 0.62708 0.45320 0.62259 0.47174 0.62410)
+               3 V(255 240 262) M(0) UV(0.45397 0.62708 0.47174 0.62410 0.47279 0.62889)
+               3 V(263 257 256) M(0) UV(0.47394 0.66051 0.45495 0.65960 0.45683 0.65298)
+               3 V(263 256 261) M(0) UV(0.47604 0.65430 0.45813 0.64704 0.47721 0.64878)
+               3 V(264 257 263) M(0) UV(0.47077 0.66698 0.45495 0.65960 0.47394 0.66051)
+               3 V(285 260 264) M(0) UV(0.47453 0.68376 0.46320 0.68102 0.46646 0.67337)
+               3 V(259 260 267) M(0) UV(0.47052 0.61080 0.47037 0.60535 0.48267 0.60748)
+               3 V(259 267 289) M(0) UV(0.47052 0.61080 0.48267 0.60748 0.48340 0.61294)
+               3 V(267 260 285) M(0) UV(0.48260 0.60087 0.47074 0.59266 0.48378 0.59409)
+               3 V(261 262 266) M(0) UV(0.47569 0.63782 0.47416 0.63346 0.48803 0.63423)
+               3 V(261 266 265) M(0) UV(0.47569 0.63782 0.48803 0.63423 0.48981 0.63876)
+               3 V(262 240 289) M(0) UV(0.47279 0.62889 0.47174 0.62410 0.48539 0.62518)
+               3 V(262 289 266) M(0) UV(0.47279 0.62889 0.48539 0.62518 0.48658 0.62994)
+               3 V(322 263 261) M(0) UV(0.48936 0.65670 0.47604 0.65430 0.47721 0.64878)
+               3 V(322 261 265) M(0) UV(0.48936 0.65670 0.47721 0.64878 0.49100 0.65027)
+               3 V(285 264 263) M(0) UV(0.48343 0.67002 0.47077 0.66698 0.47394 0.66051)
+               3 V(285 263 322) M(0) UV(0.48343 0.67002 0.47394 0.66051 0.48695 0.66323)
+               3 V(244 269 270) M(0) UV(0.58367 0.57655 0.58168 0.57974 0.57677 0.57219)
+               3 V(320 294 304) M(0) UV(0.56660 0.71325 0.55110 0.70956 0.56090 0.70467)
+               3 V(352 279 278) M(0) UV(0.58626 0.69848 0.58961 0.68700 0.59836 0.69142)
+               3 V(351 279 352) M(0) UV(0.57864 0.69340 0.58961 0.68700 0.58626 0.69848)
+               3 V(310 279 351) M(0) UV(0.56805 0.67718 0.57496 0.68062 0.57206 0.68810)
+               3 V(310 316 296) M(0) UV(0.56540 0.68276 0.55606 0.67746 0.55930 0.67257)
+               3 V(304 316 310) M(0) UV(0.55606 0.69773 0.55319 0.68395 0.56088 0.69072)
+               3 V(320 304 351) M(0) UV(0.56660 0.71325 0.56090 0.70467 0.56727 0.69697)
+               3 V(310 351 304) M(0) UV(0.56088 0.69072 0.56727 0.69697 0.56090 0.70467)
+               3 V(278 349 350) M(0) UV(0.59836 0.69142 0.60073 0.68215 0.60926 0.68854)
+               3 V(321 349 319) M(0) UV(0.60953 0.67346 0.60197 0.67575 0.60273 0.66897)
+               3 V(319 354 286) M(0) UV(0.60273 0.66897 0.59430 0.66116 0.59826 0.65833)
+               3 V(295 296 280) M(0) UV(0.56526 0.65720 0.56575 0.66250 0.56086 0.66083)
+               3 V(295 280 297) M(0) UV(0.56297 0.65224 0.55809 0.65680 0.55404 0.65164)
+               3 V(296 295 290) M(0) UV(0.56575 0.66250 0.56526 0.65720 0.57272 0.65989)
+               3 V(353 290 295) M(0) UV(0.57262 0.65465 0.57272 0.65989 0.56526 0.65720)
+               3 V(310 296 290) M(0) UV(0.57020 0.67150 0.56575 0.66250 0.57201 0.66554)
+               3 V(319 349 279) M(0) UV(0.60273 0.66897 0.60197 0.67575 0.59431 0.67285)
+               3 V(319 279 354) M(0) UV(0.60273 0.66897 0.59431 0.67285 0.59526 0.66733)
+               3 V(279 310 290) M(0) UV(0.57897 0.66817 0.57020 0.67150 0.57201 0.66554)
+               3 V(279 290 354) M(0) UV(0.58608 0.67027 0.58050 0.66185 0.58747 0.66387)
+               3 V(354 290 353) M(0) UV(0.58747 0.66387 0.58050 0.66185 0.58150 0.65595)
+               3 V(279 349 278) M(0) UV(0.58961 0.68700 0.60073 0.68215 0.59836 0.69142)
+               3 V(274 346 342) M(0) UV(0.60096 0.62815 0.59540 0.62764 0.59540 0.62060)
+               3 V(274 342 273) M(0) UV(0.60096 0.62815 0.59540 0.62060 0.60124 0.62143)
+               3 V(345 274 273) M(0) UV(0.17783 0.05335 0.17558 0.03427 0.18294 0.03240)
+               3 V(275 345 273) M(0) UV(0.18540 0.05347 0.17783 0.05335 0.18294 0.03240)
+               3 V(275 273 276) M(0) UV(0.20419 0.03649 0.19515 0.01962 0.20275 0.02582)
+               3 V(21 315 341) M(0) UV(0.23611 0.04306 0.23312 0.04941 0.22983 0.04697)
+               3 V(341 275 276) M(0) UV(0.21782 0.04571 0.21036 0.04585 0.21198 0.03660)
+               3 V(315 275 341) M(0) UV(0.21163 0.05666 0.21036 0.04585 0.21782 0.04571)
+               3 V(343 276 273) M(0) UV(0.59941 0.60573 0.60924 0.60678 0.60206 0.61045)
+               3 V(273 342 343) M(0) UV(0.60206 0.61045 0.59441 0.61038 0.59941 0.60573)
+               3 V(276 242 341) M(0) UV(0.61603 0.59573 0.62587 0.59607 0.62612 0.60016)
+               3 V(21 242 159) M(0) UV(0.64291 0.59725 0.63892 0.59284 0.64291 0.59262)
+               3 V(21 341 242) M(0) UV(0.64291 0.60037 0.63825 0.60085 0.63881 0.59759)
+               3 V(340 270 269) M(0) UV(0.57549 0.58756 0.57396 0.57650 0.57921 0.58308)
+               3 V(340 303 270) M(0) UV(0.57109 0.59256 0.56492 0.58771 0.56979 0.58192)
+               3 V(303 340 330) M(0) UV(0.56492 0.58771 0.56669 0.59788 0.55825 0.59465)
+               3 V(305 298 340) M(0) UV(0.57371 0.60350 0.56735 0.60511 0.57012 0.60013)
+               3 V(340 343 305) M(0) UV(0.57419 0.59708 0.58030 0.60097 0.57371 0.60350)
+               3 V(305 343 342) M(0) UV(0.58104 0.60867 0.58750 0.60394 0.58983 0.61039)
+               3 V(343 340 269) M(0) UV(0.58566 0.59734 0.57908 0.59345 0.58317 0.58999)
+               3 V(298 330 340) M(0) UV(0.56232 0.60465 0.55825 0.59465 0.56669 0.59788)
+               3 V(348 347 271) M(0) UV(0.63539 0.55485 0.63257 0.54208 0.63700 0.54482)
+               3 V(339 347 312) M(0) UV(0.59851 0.56341 0.60708 0.56503 0.60611 0.56965)
+               3 V(348 312 347) M(0) UV(0.62630 0.56043 0.61619 0.56881 0.61620 0.56400)
+               3 V(344 268 286) M(0) UV(0.13831 0.03302 0.13381 0.02016 0.14599 0.01581)
+               3 V(355 346 274) M(0) UV(0.59236 0.64613 0.59378 0.63730 0.60267 0.64155)
+               3 V(355 274 286) M(0) UV(0.59236 0.64613 0.60267 0.64155 0.60339 0.64959)
+               3 V(286 274 306) M(0) UV(0.15735 0.01010 0.16447 0.01905 0.15550 0.03365)
+               3 V(268 272 358) M(0) UV(0.62906 0.66127 0.63427 0.66794 0.62689 0.66824)
+               3 V(268 358 319) M(0) UV(0.62125 0.66098 0.61852 0.66802 0.61108 0.66661)
+               3 V(268 319 286) M(0) UV(0.62125 0.66098 0.61108 0.66661 0.61343 0.65968)
+               3 V(212 307 344) M(0) UV(0.12000 0.04483 0.11847 0.03241 0.12879 0.03351)
+               3 V(306 274 345) M(0) UV(0.15550 0.03365 0.16569 0.03568 0.16088 0.05330)
+               3 V(306 345 344) M(0) UV(0.15550 0.03365 0.16088 0.05330 0.15088 0.05111)
+               3 V(306 344 286) M(0) UV(0.14680 0.03197 0.13831 0.03302 0.14599 0.01581)
+               3 V(344 307 268) M(0) UV(0.12879 0.03351 0.11847 0.03241 0.12459 0.01940)
+               3 V(272 268 307) M(0) UV(0.63576 0.66164 0.62906 0.66127 0.63355 0.65386)
+               3 V(358 356 321) M(0) UV(0.62689 0.66824 0.62557 0.67576 0.61674 0.67539)
+               3 V(356 357 321) M(0) UV(0.62557 0.67576 0.61574 0.68289 0.61674 0.67539)
+               3 V(357 277 350) M(0) UV(0.61574 0.68289 0.62377 0.69086 0.61564 0.69111)
+               3 V(356 358 272) M(0) UV(0.63296 0.67546 0.62689 0.66824 0.63427 0.66794)
+               3 V(277 357 356) M(0) UV(0.63190 0.69018 0.62449 0.68322 0.63228 0.68285)
+               3 V(321 357 349) M(0) UV(0.61674 0.67539 0.61574 0.68289 0.60924 0.68044)
+               3 V(358 321 319) M(0) UV(0.61852 0.66802 0.60953 0.67346 0.61108 0.66661)
+               3 V(349 357 350) M(0) UV(0.60924 0.68044 0.61574 0.68289 0.61564 0.69111)
+               3 V(339 312 244) M(0) UV(0.59649 0.56843 0.60334 0.57575 0.59372 0.57396)
+               3 V(312 348 308) M(0) UV(0.61619 0.56881 0.62720 0.56569 0.62733 0.57111)
+               3 V(76 308 348) M(0) UV(0.64009 0.56034 0.63521 0.56819 0.63557 0.56209)
+               3 V(311 242 276) M(0) UV(0.61856 0.58998 0.62587 0.59607 0.61603 0.59573)
+               3 V(311 308 242) M(0) UV(0.62178 0.58450 0.62741 0.58286 0.62637 0.59014)
+               3 V(308 183 242) M(0) UV(0.63408 0.58054 0.63961 0.57921 0.63909 0.58647)
+               3 V(243 311 276) M(0) UV(0.60649 0.58452 0.61260 0.58778 0.60687 0.59540)
+               3 V(312 311 243) M(0) UV(0.61471 0.57605 0.61260 0.58778 0.60649 0.58452)
+               3 V(244 312 243) M(0) UV(0.59372 0.57396 0.60334 0.57575 0.59914 0.58152)
+               3 V(343 243 276) M(0) UV(0.59406 0.59690 0.60089 0.59044 0.60687 0.59540)
+               3 V(269 243 343) M(0) UV(0.59038 0.59163 0.60089 0.59044 0.59406 0.59690)
+               3 V(269 244 243) M(0) UV(0.58633 0.58607 0.58934 0.58192 0.59512 0.58615)
+               3 V(308 76 183) M(0) UV(0.63473 0.57389 0.63986 0.56668 0.63977 0.57252)
+               3 V(348 271 76) M(0) UV(0.63557 0.56209 0.64048 0.55417 0.64009 0.56034)
+               3 V(308 311 312) M(0) UV(0.62733 0.57111 0.61918 0.58095 0.61471 0.57605)
+               3 V(75 76 271) M(0) UV(0.64291 0.55405 0.64009 0.56034 0.64048 0.55417)
+               3 V(242 183 159) M(0) UV(0.63909 0.58647 0.64291 0.57876 0.64291 0.58610)
+               3 V(292 329 323) M(0) UV(0.55690 0.62678 0.54479 0.62836 0.54615 0.62496)
+               3 V(324 329 292) M(0) UV(0.55667 0.63097 0.54479 0.62836 0.55690 0.62678)
+               3 V(325 324 292) M(0) UV(0.57056 0.63245 0.55667 0.63097 0.55690 0.62678)
+               3 V(325 292 293) M(0) UV(0.57056 0.63245 0.55690 0.62678 0.57069 0.62774)
+               3 V(346 325 293) M(0) UV(0.58262 0.63166 0.57056 0.63245 0.57069 0.62774)
+               3 V(346 293 291) M(0) UV(0.58262 0.63166 0.57069 0.62774 0.58249 0.62661)
+               3 V(346 291 342) M(0) UV(0.59102 0.62928 0.58249 0.62661 0.59021 0.62299)
+               3 V(286 354 355) M(0) UV(0.60339 0.64959 0.59027 0.65197 0.59236 0.64613)
+               3 V(353 295 287) M(0) UV(0.57194 0.64996 0.56297 0.65224 0.56099 0.64721)
+               3 V(287 295 297) M(0) UV(0.56099 0.64721 0.56297 0.65224 0.55404 0.65164)
+               3 V(346 353 309) M(0) UV(0.58299 0.63814 0.58246 0.64503 0.57154 0.64359)
+               3 V(346 309 325) M(0) UV(0.58299 0.63814 0.57154 0.64359 0.57109 0.63782)
+               3 V(325 309 287) M(0) UV(0.57109 0.63782 0.57154 0.64359 0.55917 0.64113)
+               3 V(325 287 324) M(0) UV(0.57109 0.63782 0.55917 0.64113 0.55763 0.63564)
+               3 V(324 287 299) M(0) UV(0.55763 0.63564 0.55917 0.64113 0.54817 0.64142)
+               3 V(346 355 353) M(0) UV(0.59378 0.63730 0.59236 0.64613 0.58246 0.64503)
+               3 V(309 353 287) M(0) UV(0.57154 0.64359 0.57194 0.64996 0.56099 0.64721)
+               3 V(287 297 299) M(0) UV(0.55917 0.64113 0.55113 0.64687 0.54817 0.64142)
+               3 V(293 292 298) M(0) UV(0.57098 0.62368 0.55777 0.62325 0.56036 0.61765)
+               3 V(293 298 305) M(0) UV(0.57098 0.62368 0.56036 0.61765 0.57179 0.61744)
+               3 V(291 293 305) M(0) UV(0.58209 0.62271 0.57098 0.62368 0.57179 0.61744)
+               3 V(355 354 353) M(0) UV(0.59236 0.64613 0.59027 0.65197 0.58201 0.65109)
+               3 V(342 291 305) M(0) UV(0.58942 0.61842 0.58209 0.62271 0.58158 0.61608)
+               3 V(324 299 329) M(0) UV(0.55667 0.63097 0.54575 0.63610 0.54442 0.63168)
+               3 V(292 323 298) M(0) UV(0.55777 0.62325 0.55017 0.61912 0.56036 0.61765)
+               3 V(336 241 289) M(0) UV(0.50745 0.62148 0.50763 0.62567 0.49795 0.62401)
+               3 V(329 328 323) M(0) UV(0.53753 0.62869 0.53475 0.62481 0.53937 0.62500)
+               3 V(327 241 336) M(0) UV(0.51891 0.62331 0.50763 0.62567 0.50745 0.62148)
+               3 V(289 267 337) M(0) UV(0.49688 0.61591 0.49598 0.61063 0.50733 0.61183)
+               3 V(289 337 336) M(0) UV(0.49688 0.61591 0.50733 0.61183 0.50729 0.61721)
+               3 V(337 267 285) M(0) UV(0.50782 0.60414 0.49583 0.60269 0.49664 0.59445)
+               3 V(337 285 338) M(0) UV(0.50782 0.60414 0.49664 0.59445 0.50818 0.59527)
+               3 V(326 282 281) M(0) UV(0.53341 0.59702 0.54441 0.59906 0.54361 0.60651)
+               3 V(281 298 323) M(0) UV(0.54094 0.61315 0.55028 0.61258 0.54353 0.61962)
+               3 V(281 323 328) M(0) UV(0.54094 0.61315 0.54353 0.61962 0.53749 0.61957)
+               3 V(328 327 335) M(0) UV(0.53052 0.61910 0.51913 0.61841 0.51961 0.61242)
+               3 V(328 335 281) M(0) UV(0.53052 0.61910 0.51961 0.61242 0.53160 0.61283)
+               3 V(335 338 326) M(0) UV(0.52036 0.60497 0.52077 0.59574 0.53341 0.59702)
+               3 V(335 326 281) M(0) UV(0.52036 0.60497 0.53341 0.59702 0.53264 0.60582)
+               3 V(335 327 336) M(0) UV(0.51961 0.61242 0.51913 0.61841 0.50729 0.61721)
+               3 V(335 336 337) M(0) UV(0.51961 0.61242 0.50729 0.61721 0.50733 0.61183)
+               3 V(335 337 338) M(0) UV(0.52036 0.60497 0.50782 0.60414 0.50818 0.59527)
+               3 V(282 330 298) M(0) UV(0.54441 0.59906 0.55825 0.59465 0.55553 0.60458)
+               3 V(282 298 281) M(0) UV(0.54441 0.59906 0.55553 0.60458 0.54361 0.60651)
+               3 V(304 294 270) M(0) UV(0.54939 0.57511 0.55272 0.56993 0.56156 0.57604)
+               3 V(304 270 303) M(0) UV(0.54939 0.57511 0.56156 0.57604 0.55672 0.58137)
+               3 V(316 304 303) M(0) UV(0.54334 0.57900 0.54939 0.57511 0.55672 0.58137)
+               3 V(316 303 330) M(0) UV(0.54334 0.57900 0.55672 0.58137 0.55035 0.58594)
+               3 V(330 282 283) M(0) UV(0.55035 0.58594 0.53995 0.59164 0.53508 0.58382)
+               3 V(330 283 316) M(0) UV(0.55035 0.58594 0.53508 0.58382 0.54334 0.57900)
+               3 V(317 283 282) M(0) UV(0.52690 0.68697 0.53847 0.69158 0.53626 0.70251)
+               3 V(317 282 326) M(0) UV(0.52690 0.68697 0.53626 0.70251 0.52328 0.69732)
+               3 V(338 333 317) M(0) UV(0.51096 0.69050 0.51445 0.68056 0.52690 0.68697)
+               3 V(338 317 326) M(0) UV(0.51096 0.69050 0.52690 0.68697 0.52328 0.69732)
+               3 V(318 333 338) M(0) UV(0.50365 0.67625 0.51445 0.68056 0.51096 0.69050)
+               3 V(338 285 318) M(0) UV(0.49981 0.68531 0.49076 0.68093 0.49540 0.67362)
+               3 V(241 266 289) M(0) UV(0.50763 0.62567 0.49923 0.62795 0.49795 0.62401)
+               3 V(265 266 331) M(0) UV(0.49674 0.63943 0.50152 0.63531 0.50294 0.63994)
+               3 V(318 285 322) M(0) UV(0.49540 0.67362 0.48961 0.67179 0.49328 0.66448)
+               3 V(280 296 316) M(0) UV(0.55026 0.66634 0.55930 0.67257 0.55606 0.67746)
+               3 V(301 297 280) M(0) UV(0.53355 0.66063 0.53844 0.65239 0.54246 0.65931)
+               3 V(301 300 297) M(0) UV(0.53122 0.65202 0.53044 0.64652 0.53642 0.64692)
+               3 V(300 328 329) M(0) UV(0.52918 0.63687 0.52890 0.63273 0.53296 0.63266)
+               3 V(302 284 283) M(0) UV(0.53017 0.67804 0.54187 0.68351 0.53847 0.69158)
+               3 V(302 283 317) M(0) UV(0.53017 0.67804 0.53847 0.69158 0.52690 0.68697)
+               3 V(280 284 302) M(0) UV(0.54488 0.66960 0.54383 0.67685 0.53216 0.67031)
+               3 V(280 302 301) M(0) UV(0.54488 0.66960 0.53216 0.67031 0.53355 0.66063)
+               3 V(300 301 332) M(0) UV(0.53044 0.64652 0.53122 0.65202 0.52123 0.64881)
+               3 V(300 332 288) M(0) UV(0.53044 0.64652 0.52123 0.64881 0.52086 0.64376)
+               3 V(288 332 331) M(0) UV(0.52086 0.64376 0.51099 0.64657 0.51041 0.64125)
+               3 V(331 332 265) M(0) UV(0.51041 0.64125 0.51099 0.64657 0.50370 0.64559)
+               3 V(266 241 331) M(0) UV(0.50152 0.63531 0.50878 0.63317 0.50956 0.63692)
+               3 V(316 283 284) M(0) UV(0.55013 0.69043 0.53847 0.69158 0.54187 0.68351)
+               3 V(299 297 300) M(0) UV(0.54006 0.64233 0.53642 0.64692 0.53493 0.64205)
+               3 V(317 333 302) M(0) UV(0.52690 0.68697 0.51728 0.67232 0.53017 0.67804)
+               3 V(333 334 302) M(0) UV(0.51728 0.67232 0.51946 0.66483 0.53216 0.67031)
+               3 V(301 302 334) M(0) UV(0.53355 0.66063 0.53216 0.67031 0.51946 0.66483)
+               3 V(301 334 332) M(0) UV(0.53355 0.66063 0.51946 0.66483 0.52092 0.65618)
+               3 V(316 284 280) M(0) UV(0.55606 0.67746 0.54383 0.67685 0.54488 0.66960)
+               3 V(333 318 334) M(0) UV(0.51445 0.68056 0.50365 0.67625 0.50686 0.66827)
+               3 V(331 241 288) M(0) UV(0.50956 0.63692 0.50878 0.63317 0.51955 0.63528)
+               3 V(241 327 288) M(0) UV(0.50878 0.63317 0.51913 0.63134 0.51955 0.63528)
+               3 V(300 329 299) M(0) UV(0.53367 0.63710 0.53693 0.63234 0.53810 0.63729)
+               3 V(288 327 328) M(0) UV(0.51955 0.63528 0.51913 0.63134 0.52890 0.63273)
+               3 V(288 328 300) M(0) UV(0.51955 0.63528 0.52890 0.63273 0.52918 0.63687)
+               3 V(332 334 322) M(0) UV(0.51077 0.65338 0.50912 0.66109 0.50164 0.65913)
+               3 V(332 322 265) M(0) UV(0.51077 0.65338 0.50164 0.65913 0.50328 0.65204)
+               3 V(322 334 318) M(0) UV(0.49911 0.66604 0.50686 0.66827 0.50365 0.67625)
+               3 V(20 53 315) M(0) UV(0.27619 0.07259 0.27573 0.08607 0.26795 0.07225)
+               3 V(54 77 53) M(0) UV(0.30184 0.07508 0.31299 0.09386 0.30356 0.09176)
+               3 V(54 53 20) M(0) UV(0.30184 0.07508 0.30356 0.09176 0.29308 0.07445)
+               3 V(23 25 55) M(0) UV(0.35513 0.06408 0.36325 0.08074 0.35527 0.08442)
+               3 V(55 24 23) M(0) UV(0.34507 0.06678 0.34701 0.04962 0.35513 0.06408)
+               3 V(25 23 212) M(0) UV(0.38405 0.06854 0.38110 0.05410 0.38895 0.05184)
+               3 V(23 307 212) M(0) UV(0.38110 0.05410 0.38690 0.03900 0.38895 0.05184)
+               3 V(216 275 315) M(0) UV(0.21107 0.08607 0.21060 0.07259 0.21885 0.07225)
+               3 V(216 217 275) M(0) UV(0.19249 0.08949 0.18323 0.09176 0.19372 0.07445)
+               3 V(212 344 210) M(0) UV(0.13167 0.06408 0.14173 0.06678 0.13153 0.08442)
+               3 V(210 344 345) M(0) UV(0.15590 0.09313 0.15993 0.07230 0.16806 0.07391)
+               3 V(345 275 217) M(0) UV(0.17602 0.07487 0.18496 0.07508 0.17381 0.09386)
+               3 V(345 217 210) M(0) UV(0.17602 0.07487 0.17381 0.09386 0.16413 0.09454)
+               3 V(53 216 315) M(0) UV(0.24340 0.08950 0.23525 0.08877 0.23722 0.08063)
+               3 V(6 2 53) M(0) UV(0.27970 0.11866 0.26921 0.11819 0.27178 0.10568)
+               3 V(77 184 53) M(0) UV(0.31299 0.09386 0.31235 0.10651 0.30356 0.09176)
+               3 V(182 25 185) M(0) UV(0.37868 0.08838 0.37718 0.07301 0.38413 0.08410)
+               3 V(184 77 181) M(0) UV(0.32276 0.10983 0.32267 0.09454 0.33641 0.11377)
+               3 V(182 55 25) M(0) UV(0.36538 0.09680 0.35527 0.08442 0.36325 0.08074)
+               3 V(181 55 182) M(0) UV(0.35854 0.10079 0.35527 0.08442 0.36538 0.09680)
+               3 V(55 181 77) M(0) UV(0.33090 0.09313 0.33641 0.11377 0.32267 0.09454)
+               3 V(108 180 181) M(0) UV(0.36233 0.12615 0.35248 0.13201 0.35055 0.12153)
+               3 V(108 181 182) M(0) UV(0.36546 0.12127 0.35418 0.11526 0.36021 0.11100)
+               3 V(3 184 180) M(0) UV(0.32700 0.13149 0.31884 0.11781 0.32954 0.12122)
+               3 V(181 180 184) M(0) UV(0.33641 0.11377 0.32954 0.12122 0.32276 0.10983)
+               3 V(6 184 3) M(0) UV(0.29291 0.11934 0.30725 0.11310 0.30826 0.12306)
+               3 V(184 6 53) M(0) UV(0.30250 0.10313 0.29451 0.10936 0.29195 0.09985)
+               3 V(217 215 224) M(0) UV(0.17955 0.11310 0.19389 0.11934 0.17854 0.12306)
+               3 V(217 224 225) M(0) UV(0.16796 0.11781 0.17854 0.12306 0.15979 0.13149)
+               3 V(225 214 217) M(0) UV(0.15726 0.12122 0.15039 0.11377 0.16404 0.10983)
+               3 V(225 208 214) M(0) UV(0.14744 0.12535 0.13624 0.12153 0.15039 0.11377)
+               3 V(218 185 213) M(0) UV(0.09388 0.09662 0.09692 0.08821 0.10178 0.09311)
+               3 V(208 218 213) M(0) UV(0.11048 0.11250 0.10481 0.10740 0.11355 0.10282)
+               3 V(208 213 214) M(0) UV(0.12659 0.11100 0.12825 0.10079 0.13575 0.10444)
+               3 V(210 214 213) M(0) UV(0.13923 0.08789 0.13575 0.10444 0.12825 0.10079)
+               3 V(213 185 25) M(0) UV(0.10267 0.08410 0.09744 0.07855 0.10274 0.06854)
+               3 V(213 25 212) M(0) UV(0.10267 0.08410 0.10274 0.06854 0.10962 0.07301)
+               3 V(216 215 217) M(0) UV(0.19249 0.08949 0.19485 0.09985 0.18429 0.10313)
+               3 V(213 212 210) M(0) UV(0.12142 0.09680 0.12354 0.08074 0.13153 0.08442)
+               3 V(217 214 210) M(0) UV(0.16404 0.10983 0.15039 0.11377 0.16413 0.09454)
+               3 V(216 2 215) M(0) UV(0.23441 0.09750 0.23435 0.10537 0.22484 0.10482)
+               3 V(53 2 216) M(0) UV(0.24340 0.09841 0.23435 0.10537 0.23441 0.09750)
+               3 V(4 115 164) M(0) UV(0.30646 0.24458 0.30632 0.25647 0.29840 0.24797)
+               3 V(164 165 103) M(0) UV(0.29036 0.25003 0.28711 0.26066 0.28218 0.25125)
+               3 V(164 115 165) M(0) UV(0.29840 0.24797 0.30632 0.25647 0.29681 0.25893)
+               3 V(115 4 179) M(0) UV(0.31664 0.25237 0.31432 0.23951 0.32707 0.24593)
                3 V(7 3 5) M(0) UV(0.30040 0.18144 0.31230 0.17673 0.30970 0.18632)
-               3 V(3 117 5) M(0) UV(0.31230 0.17673 0.31881 0.19550 0.30970 0.18632)
-               3 V(5 117 4) M(0) UV(0.30970 0.18632 0.31881 0.19550 0.31227 0.20246)
-               3 V(117 3 165) M(0) UV(0.32679 0.18791 0.32615 0.17503 0.33585 0.17991)
-               3 V(167 4 117) M(0) UV(0.32487 0.21654 0.31478 0.21176 0.32326 0.20677)
-               3 V(165 167 117) M(0) UV(0.33762 0.18922 0.33998 0.20008 0.33172 0.20219)
-               3 V(167 166 186) M(0) UV(0.35732 0.24302 0.36182 0.24766 0.35714 0.25623)
-               3 V(119 108 172) M(0) UV(0.32649 0.27727 0.33615 0.28501 0.32540 0.29239)
-               3 V(108 186 166) M(0) UV(0.35380 0.27965 0.35222 0.26549 0.35882 0.26967)
-               3 V(108 119 186) M(0) UV(0.34583 0.27517 0.33673 0.26870 0.34465 0.25940)
-               3 V(186 4 167) M(0) UV(0.33816 0.23575 0.32108 0.23309 0.32431 0.22524)
-               3 V(6 105 2) M(0) UV(0.28085 0.13730 0.27070 0.13905 0.26784 0.13091)
-               3 V(105 6 7) M(0) UV(0.27070 0.13905 0.28085 0.13730 0.28466 0.14344)
+               3 V(3 113 5) M(0) UV(0.31230 0.17673 0.31881 0.19550 0.30970 0.18632)
+               3 V(5 113 4) M(0) UV(0.30970 0.18632 0.31881 0.19550 0.31227 0.20246)
+               3 V(113 3 160) M(0) UV(0.32679 0.18791 0.32615 0.17503 0.33585 0.17991)
+               3 V(162 4 113) M(0) UV(0.32487 0.21654 0.31478 0.21176 0.32326 0.20677)
+               3 V(160 162 113) M(0) UV(0.33762 0.18922 0.33998 0.20008 0.33172 0.20219)
+               3 V(162 161 179) M(0) UV(0.35732 0.24302 0.36182 0.24766 0.35714 0.25623)
+               3 V(115 104 166) M(0) UV(0.32649 0.27727 0.33615 0.28501 0.32540 0.29239)
+               3 V(179 4 162) M(0) UV(0.33816 0.23575 0.32108 0.23309 0.32431 0.22524)
+               3 V(6 101 2) M(0) UV(0.28085 0.13730 0.27070 0.13905 0.26784 0.13091)
+               3 V(101 6 7) M(0) UV(0.27070 0.13905 0.28085 0.13730 0.28466 0.14344)
                3 V(3 7 6) M(0) UV(0.30996 0.15010 0.29531 0.14452 0.29246 0.13786)
-               3 V(3 187 165) M(0) UV(0.32443 0.14120 0.33656 0.15310 0.33458 0.15835)
-               3 V(89 138 143) M(0) UV(0.80238 0.67002 0.79886 0.66323 0.81188 0.66051)
-               3 V(138 42 144) M(0) UV(0.79646 0.65670 0.79482 0.65027 0.80860 0.64878)
-               3 V(138 144 143) M(0) UV(0.79886 0.66323 0.80978 0.65430 0.81188 0.66051)
-               3 V(174 175 145) M(0) UV(0.80042 0.62518 0.81408 0.62410 0.81303 0.62889)
-               3 V(174 145 84) M(0) UV(0.80042 0.62518 0.81303 0.62889 0.79924 0.62994)
-               3 V(84 145 146) M(0) UV(0.79778 0.63423 0.81166 0.63346 0.81013 0.63782)
-               3 V(84 146 139) M(0) UV(0.79778 0.63423 0.81013 0.63782 0.79601 0.63876)
-               3 V(42 139 146) M(0) UV(0.79482 0.65027 0.79436 0.64398 0.80865 0.64309)
-               3 V(42 146 144) M(0) UV(0.79482 0.65027 0.80865 0.64309 0.80860 0.64878)
-               3 V(140 147 148) M(0) UV(0.80322 0.60087 0.81555 0.59929 0.81545 0.60535)
-               3 V(140 148 141) M(0) UV(0.80322 0.60087 0.81545 0.60535 0.80314 0.60748)
-               3 V(141 148 149) M(0) UV(0.80314 0.60748 0.81545 0.60535 0.81530 0.61080)
-               3 V(141 149 174) M(0) UV(0.80314 0.60748 0.81530 0.61080 0.80242 0.61294)
-               3 V(140 89 142) M(0) UV(0.81128 0.68376 0.80676 0.67643 0.81936 0.67337)
-               3 V(140 142 147) M(0) UV(0.81128 0.68376 0.81936 0.67337 0.82261 0.68102)
-               3 V(143 144 152) M(0) UV(0.81188 0.66051 0.80978 0.65430 0.82898 0.65298)
-               3 V(143 152 151) M(0) UV(0.81188 0.66051 0.82898 0.65298 0.83086 0.65960)
-               3 V(175 176 153) M(0) UV(0.81408 0.62410 0.83261 0.62259 0.83184 0.62708)
-               3 V(175 153 145) M(0) UV(0.81408 0.62410 0.83184 0.62708 0.81303 0.62889)
-               3 V(145 153 154) M(0) UV(0.81166 0.63346 0.83091 0.63153 0.82942 0.63612)
-               3 V(145 154 146) M(0) UV(0.81166 0.63346 0.82942 0.63612 0.81013 0.63782)
-               3 V(146 154 152) M(0) UV(0.80865 0.64309 0.82785 0.64149 0.82768 0.64704)
-               3 V(146 152 144) M(0) UV(0.80865 0.64309 0.82768 0.64704 0.80860 0.64878)
-               3 V(148 147 155) M(0) UV(0.81545 0.60535 0.81555 0.59929 0.83294 0.59803)
-               3 V(148 155 156) M(0) UV(0.81545 0.60535 0.83294 0.59803 0.83324 0.60388)
-               3 V(148 156 157) M(0) UV(0.81545 0.60535 0.83324 0.60388 0.83328 0.60937)
-               3 V(148 157 149) M(0) UV(0.81545 0.60535 0.83328 0.60937 0.81530 0.61080)
-               3 V(147 142 150) M(0) UV(0.82261 0.68102 0.81936 0.67337 0.83680 0.67286)
-               3 V(147 150 155) M(0) UV(0.82261 0.68102 0.83680 0.67286 0.83933 0.68011)
-               3 V(184 177 158) M(0) UV(0.89540 0.60800 0.87342 0.60393 0.87348 0.59959)
-               3 V(60 162 161) M(0) UV(0.89619 0.62648 0.87380 0.62268 0.87372 0.61852)
-               3 V(60 161 169) M(0) UV(0.89619 0.62648 0.87372 0.61852 0.89574 0.62217)
-               3 V(59 160 60) M(0) UV(0.89773 0.63840 0.87344 0.63234 0.89713 0.63486)
-               3 V(60 160 162) M(0) UV(0.89713 0.63486 0.87344 0.63234 0.87363 0.62722)
-               3 V(59 159 160) M(0) UV(0.89777 0.64813 0.87349 0.64811 0.87361 0.64150)
-               3 V(174 149 175) M(0) UV(0.80189 0.61754 0.81521 0.61541 0.81464 0.61993)
-               3 V(149 157 176) M(0) UV(0.81521 0.61541 0.83311 0.61377 0.83299 0.61790)
-               3 V(149 176 175) M(0) UV(0.81521 0.61541 0.83299 0.61790 0.81464 0.61993)
-               3 V(177 169 161) M(0) UV(0.87370 0.61127 0.89552 0.61852 0.87373 0.61462)
-               3 V(177 184 169) M(0) UV(0.87354 0.60780 0.89533 0.61168 0.89536 0.61512)
-               3 V(157 178 183) M(0) UV(0.83328 0.60937 0.85348 0.60831 0.85351 0.61260)
-               3 V(178 177 183) M(0) UV(0.85348 0.60831 0.87354 0.60780 0.85351 0.61260)
-               3 V(156 178 157) M(0) UV(0.83324 0.60388 0.85348 0.60831 0.83328 0.60937)
-               3 V(178 158 177) M(0) UV(0.85341 0.60286 0.87348 0.59959 0.87342 0.60393)
-               3 V(180 178 156) M(0) UV(0.85297 0.59764 0.85341 0.60286 0.83324 0.60388)
-               3 V(180 156 155) M(0) UV(0.85297 0.59764 0.83324 0.60388 0.83294 0.59803)
-               3 V(158 178 180) M(0) UV(0.87347 0.59531 0.85341 0.60286 0.85297 0.59764)
-               3 V(176 183 179) M(0) UV(0.83261 0.62259 0.85308 0.61991 0.85271 0.62359)
-               3 V(176 179 153) M(0) UV(0.83261 0.62259 0.85271 0.62359 0.83184 0.62708)
-               3 V(183 161 179) M(0) UV(0.85308 0.61991 0.87372 0.61852 0.85271 0.62359)
-               3 V(179 161 162) M(0) UV(0.85271 0.62359 0.87372 0.61852 0.87380 0.62268)
-               3 V(180 155 150) M(0) UV(0.85492 0.66727 0.83933 0.68011 0.83680 0.67286)
-               3 V(152 182 181) M(0) UV(0.82898 0.65298 0.85127 0.64742 0.85201 0.65388)
-               3 V(152 181 151) M(0) UV(0.82898 0.65298 0.85201 0.65388 0.83086 0.65960)
-               3 V(182 160 159) M(0) UV(0.85127 0.64742 0.87361 0.64150 0.87349 0.64811)
-               3 V(182 159 181) M(0) UV(0.85127 0.64742 0.87349 0.64811 0.85201 0.65388)
-               3 V(154 182 152) M(0) UV(0.82785 0.64149 0.85059 0.64233 0.82768 0.64704)
-               3 V(182 162 160) M(0) UV(0.85137 0.63203 0.87363 0.62722 0.87344 0.63234)
-               3 V(153 179 182) M(0) UV(0.83091 0.63153 0.85230 0.62754 0.85137 0.63203)
-               3 V(153 182 154) M(0) UV(0.83091 0.63153 0.85137 0.63203 0.82942 0.63612)
-               3 V(179 162 182) M(0) UV(0.85230 0.62754 0.87363 0.62722 0.85137 0.63203)
-               3 V(183 176 157) M(0) UV(0.85345 0.61629 0.83299 0.61790 0.83311 0.61377)
-               3 V(161 183 177) M(0) UV(0.87373 0.61462 0.85345 0.61629 0.87370 0.61127)
-               3 V(159 158 180) M(0) UV(0.87339 0.65405 0.87384 0.66119 0.85492 0.66727)
-               3 V(159 180 181) M(0) UV(0.87339 0.65405 0.85492 0.66727 0.85305 0.66030)
-               3 V(151 181 180) M(0) UV(0.83342 0.66624 0.85305 0.66030 0.85492 0.66727)
-               3 V(151 180 150) M(0) UV(0.83342 0.66624 0.85492 0.66727 0.83680 0.67286)
-               3 V(142 143 151) M(0) UV(0.81936 0.67337 0.81504 0.66698 0.83342 0.66624)
-               3 V(142 151 150) M(0) UV(0.81936 0.67337 0.83342 0.66624 0.83680 0.67286)
-               3 V(89 143 142) M(0) UV(0.80676 0.67643 0.81504 0.66698 0.81936 0.67337)
-               3 V(159 59 184) M(0) UV(0.87339 0.65405 0.89746 0.65248 0.89679 0.65773)
-               3 V(159 184 158) M(0) UV(0.87339 0.65405 0.89679 0.65773 0.87384 0.66119)
-               3 V(185 29 30) M(0) UV(0.70905 0.57219 0.70414 0.57974 0.70215 0.57655)
-               3 V(185 30 163) M(0) UV(0.71710 0.56601 0.70757 0.56836 0.71516 0.56156)
-               3 V(99 19 98) M(0) UV(0.67656 0.68854 0.68509 0.68215 0.68745 0.69142)
-               3 V(67 68 63) M(0) UV(0.72491 0.70467 0.71855 0.69697 0.72493 0.69072)
-               3 V(63 68 17) M(0) UV(0.72493 0.69072 0.71855 0.69697 0.71376 0.68810)
-               3 V(67 63 72) M(0) UV(0.72975 0.69773 0.72493 0.69072 0.73262 0.68395)
-               3 V(74 72 63) M(0) UV(0.71776 0.67718 0.72975 0.67746 0.72041 0.68276)
-               3 V(63 17 97) M(0) UV(0.72041 0.68276 0.71376 0.68810 0.71086 0.68062)
-               3 V(63 97 74) M(0) UV(0.72041 0.68276 0.71086 0.68062 0.71776 0.67718)
-               3 V(17 16 97) M(0) UV(0.70718 0.69340 0.69956 0.69848 0.69620 0.68700)
-               3 V(98 97 16) M(0) UV(0.68745 0.69142 0.69620 0.68700 0.69956 0.69848)
-               3 V(99 98 16) M(0) UV(0.67870 0.69746 0.68745 0.69142 0.69129 0.70428)
-               3 V(99 16 18) M(0) UV(0.67870 0.69746 0.69129 0.70428 0.68242 0.70996)
-               3 V(99 18 10) M(0) UV(0.67870 0.69746 0.68242 0.70996 0.67384 0.71210)
-               3 V(19 97 98) M(0) UV(0.68509 0.68215 0.69620 0.68700 0.68745 0.69142)
-               3 V(51 86 15) M(0) UV(0.69835 0.66387 0.69731 0.65708 0.70432 0.65595)
-               3 V(51 15 53) M(0) UV(0.69835 0.66387 0.70432 0.65595 0.70532 0.66185)
-               3 V(74 97 53) M(0) UV(0.71561 0.67150 0.70865 0.67425 0.70685 0.66817)
-               3 V(53 97 51) M(0) UV(0.69973 0.67027 0.69151 0.67285 0.69056 0.66733)
-               3 V(12 51 97) M(0) UV(0.68308 0.66897 0.69056 0.66733 0.69151 0.67285)
-               3 V(12 97 19) M(0) UV(0.68308 0.66897 0.69151 0.67285 0.68384 0.67575)
-               3 V(101 74 53) M(0) UV(0.72006 0.66250 0.71561 0.67150 0.71380 0.66554)
-               3 V(15 75 101) M(0) UV(0.71320 0.65465 0.72285 0.65224 0.72055 0.65720)
-               3 V(15 101 53) M(0) UV(0.71320 0.65465 0.72055 0.65720 0.71309 0.65989)
-               3 V(101 75 96) M(0) UV(0.72772 0.65680 0.72285 0.65224 0.73177 0.65164)
-               3 V(96 90 101) M(0) UV(0.73177 0.65164 0.73586 0.65827 0.72772 0.65680)
-               3 V(86 51 12) M(0) UV(0.69152 0.66116 0.69056 0.66733 0.68308 0.66897)
-               3 V(86 12 87) M(0) UV(0.69152 0.66116 0.68308 0.66897 0.68756 0.65833)
-               3 V(19 52 12) M(0) UV(0.68384 0.67575 0.67628 0.67346 0.68308 0.66897)
-               3 V(81 173 65) M(0) UV(0.31650 0.05342 0.31122 0.03427 0.32111 0.03568)
-               3 V(104 58 23) M(0) UV(0.66978 0.59573 0.67014 0.60035 0.65970 0.60016)
-               3 V(104 23 164) M(0) UV(0.66978 0.59573 0.65970 0.60016 0.65994 0.59607)
-               3 V(102 136 21) M(0) UV(0.68376 0.61045 0.68640 0.60573 0.69140 0.61038)
-               3 V(102 173 56) M(0) UV(0.29073 0.03453 0.29824 0.03166 0.30140 0.05347)
-               3 V(58 136 102) M(0) UV(0.67657 0.60678 0.68640 0.60573 0.68376 0.61045)
-               3 V(102 22 58) M(0) UV(0.28261 0.03649 0.27644 0.04585 0.27482 0.03660)
-               3 V(102 56 22) M(0) UV(0.28282 0.04528 0.29137 0.05324 0.28307 0.05655)
-               3 V(23 22 324) M(0) UV(0.26897 0.04571 0.27517 0.05666 0.26812 0.05680)
-               3 V(23 58 22) M(0) UV(0.26897 0.04571 0.27482 0.03660 0.27644 0.04585)
-               3 V(131 65 173) M(0) UV(0.31675 0.02108 0.32111 0.03568 0.31122 0.03427)
-               3 V(173 102 21) M(0) UV(0.68304 0.61642 0.68376 0.61045 0.68961 0.61441)
-               3 V(58 104 136) M(0) UV(0.67866 0.60168 0.67894 0.59540 0.68879 0.60163)
-               3 V(173 81 56) M(0) UV(0.30386 0.03240 0.30897 0.05335 0.30140 0.05347)
-               3 V(131 21 49) M(0) UV(0.69041 0.62764 0.69560 0.62299 0.69479 0.62928)
-               3 V(131 173 21) M(0) UV(0.68485 0.62815 0.68457 0.62143 0.69042 0.62060)
-               3 V(73 28 41) M(0) UV(0.71570 0.60013 0.71913 0.59788 0.72350 0.60465)
-               3 V(29 28 73) M(0) UV(0.71472 0.59256 0.71913 0.59788 0.71570 0.60013)
-               3 V(21 136 66) M(0) UV(0.69599 0.61039 0.69832 0.60394 0.70478 0.60867)
-               3 V(136 29 73) M(0) UV(0.70552 0.60097 0.70674 0.59345 0.71162 0.59708)
-               3 V(73 66 136) M(0) UV(0.71211 0.60350 0.70478 0.60867 0.70552 0.60097)
-               3 V(41 66 73) M(0) UV(0.71847 0.60511 0.71298 0.61057 0.71211 0.60350)
-               3 V(66 41 77) M(0) UV(0.71402 0.61744 0.72186 0.61127 0.72545 0.61765)
-               3 V(77 41 44) M(0) UV(0.72545 0.61765 0.72888 0.61189 0.73564 0.61912)
-               3 V(69 28 29) M(0) UV(0.72090 0.58771 0.71913 0.59788 0.71472 0.59256)
-               3 V(29 185 69) M(0) UV(0.71472 0.59256 0.71602 0.58192 0.72090 0.58771)
-               3 V(61 62 88) M(0) UV(0.66962 0.56881 0.65951 0.56043 0.66961 0.56400)
-               3 V(20 103 61) M(0) UV(0.67873 0.56503 0.67970 0.56965 0.66962 0.56881)
-               3 V(20 61 88) M(0) UV(0.67873 0.56503 0.66962 0.56881 0.66961 0.56400)
-               3 V(30 103 20) M(0) UV(0.69733 0.56430 0.69210 0.57396 0.68932 0.56843)
-               3 V(87 26 65) M(0) UV(0.34081 0.01581 0.34000 0.03197 0.32945 0.01010)
-               3 V(26 57 65) M(0) UV(0.34000 0.03197 0.33591 0.05111 0.33130 0.03365)
-               3 V(65 57 81) M(0) UV(0.33130 0.03365 0.33591 0.05111 0.32592 0.05330)
-               3 V(137 25 26) M(0) UV(0.36832 0.03241 0.36680 0.04483 0.35801 0.03351)
-               3 V(25 137 316) M(0) UV(0.37583 0.04173 0.36832 0.03241 0.38236 0.02792)
-               3 V(137 87 12) M(0) UV(0.66457 0.66098 0.67239 0.65968 0.67474 0.66661)
-               3 V(137 12 82) M(0) UV(0.66457 0.66098 0.67474 0.66661 0.66730 0.66802)
-               3 V(280 137 82) M(0) UV(0.65155 0.66794 0.65675 0.66127 0.65892 0.66824)
-               3 V(86 87 65) M(0) UV(0.69555 0.65197 0.68756 0.65833 0.68243 0.64959)
-               3 V(86 65 13) M(0) UV(0.69555 0.65197 0.68243 0.64959 0.69345 0.64613)
-               3 V(65 131 49) M(0) UV(0.68314 0.64155 0.68906 0.63357 0.69203 0.63730)
-               3 V(13 65 49) M(0) UV(0.69345 0.64613 0.68314 0.64155 0.69203 0.63730)
-               3 V(26 87 137) M(0) UV(0.34849 0.03302 0.34081 0.01581 0.35299 0.02016)
-               3 V(137 280 316) M(0) UV(0.65226 0.65386 0.64291 0.65442 0.64291 0.65036)
-               3 V(19 99 9) M(0) UV(0.67657 0.68044 0.67017 0.69111 0.67007 0.68289)
-               3 V(82 12 52) M(0) UV(0.66730 0.66802 0.67474 0.66661 0.67628 0.67346)
-               3 V(52 19 9) M(0) UV(0.66908 0.67539 0.67657 0.68044 0.67007 0.68289)
-               3 V(82 9 280) M(0) UV(0.65892 0.66824 0.65285 0.67546 0.65155 0.66794)
-               3 V(100 9 99) M(0) UV(0.66205 0.69086 0.67007 0.68289 0.67017 0.69111)
-               3 V(82 52 9) M(0) UV(0.65892 0.66824 0.66908 0.67539 0.66024 0.67576)
-               3 V(10 100 99) M(0) UV(0.66511 0.71153 0.66324 0.69931 0.67179 0.69983)
-               3 V(100 10 11) M(0) UV(0.66324 0.69931 0.66511 0.71153 0.65594 0.70882)
-               3 V(79 62 80) M(0) UV(0.64533 0.55417 0.65025 0.56209 0.64572 0.56034)
-               3 V(80 24 190) M(0) UV(0.64596 0.56668 0.65108 0.57389 0.64604 0.57252)
-               3 V(29 133 30) M(0) UV(0.70414 0.57974 0.69648 0.58192 0.70215 0.57655)
-               3 V(134 29 136) M(0) UV(0.69543 0.59163 0.70264 0.58999 0.70016 0.59734)
-               3 V(134 133 29) M(0) UV(0.69070 0.58615 0.69648 0.58192 0.69949 0.58607)
-               3 V(104 134 136) M(0) UV(0.67894 0.59540 0.68493 0.59044 0.69175 0.59690)
-               3 V(30 133 103) M(0) UV(0.70095 0.57354 0.69432 0.57836 0.69210 0.57396)
-               3 V(133 134 103) M(0) UV(0.69432 0.57836 0.69070 0.58615 0.68668 0.58152)
-               3 V(61 103 104) M(0) UV(0.67110 0.57605 0.67932 0.58452 0.67322 0.58778)
-               3 V(61 104 24) M(0) UV(0.67110 0.57605 0.67322 0.58778 0.66664 0.58095)
-               3 V(134 104 103) M(0) UV(0.68493 0.59044 0.67322 0.58778 0.67932 0.58452)
-               3 V(24 164 190) M(0) UV(0.65840 0.58286 0.65235 0.58781 0.65174 0.58054)
-               3 V(24 104 164) M(0) UV(0.66403 0.58450 0.66726 0.58998 0.65944 0.59014)
-               3 V(24 80 62) M(0) UV(0.65060 0.56819 0.64572 0.56034 0.65025 0.56209)
-               3 V(61 24 62) M(0) UV(0.66962 0.56881 0.65848 0.57111 0.65862 0.56569)
-               3 V(21 66 78) M(0) UV(0.69640 0.61842 0.70423 0.61608 0.70373 0.62271)
-               3 V(13 14 15) M(0) UV(0.69345 0.64613 0.70335 0.64503 0.70381 0.65109)
-               3 V(13 15 86) M(0) UV(0.69345 0.64613 0.70381 0.65109 0.69555 0.65197)
-               3 V(15 14 64) M(0) UV(0.71388 0.64996 0.70335 0.64503 0.71428 0.64359)
-               3 V(66 76 78) M(0) UV(0.71402 0.61744 0.71484 0.62368 0.70373 0.62271)
-               3 V(77 76 66) M(0) UV(0.72545 0.61765 0.71484 0.62368 0.71402 0.61744)
-               3 V(96 75 50) M(0) UV(0.73468 0.64687 0.72483 0.64721 0.72665 0.64113)
-               3 V(96 50 168) M(0) UV(0.73468 0.64687 0.72665 0.64113 0.73765 0.64142)
-               3 V(64 50 75) M(0) UV(0.71428 0.64359 0.72665 0.64113 0.72483 0.64721)
-               3 V(64 75 15) M(0) UV(0.71428 0.64359 0.72483 0.64721 0.71388 0.64996)
-               3 V(49 14 13) M(0) UV(0.69203 0.63730 0.70335 0.64503 0.69345 0.64613)
-               3 V(48 168 50) M(0) UV(0.72818 0.63564 0.73765 0.64142 0.72665 0.64113)
-               3 V(47 48 50) M(0) UV(0.71472 0.63782 0.72818 0.63564 0.72665 0.64113)
-               3 V(47 50 64) M(0) UV(0.71472 0.63782 0.72665 0.64113 0.71428 0.64359)
-               3 V(49 47 64) M(0) UV(0.70283 0.63814 0.71472 0.63782 0.71428 0.64359)
-               3 V(49 64 14) M(0) UV(0.70283 0.63814 0.71428 0.64359 0.70335 0.64503)
-               3 V(49 21 78) M(0) UV(0.69479 0.62928 0.69560 0.62299 0.70333 0.62661)
-               3 V(49 78 76) M(0) UV(0.70319 0.63166 0.70333 0.62661 0.71513 0.62774)
-               3 V(49 76 47) M(0) UV(0.70319 0.63166 0.71513 0.62774 0.71525 0.63245)
-               3 V(47 76 77) M(0) UV(0.71525 0.63245 0.71513 0.62774 0.72891 0.62678)
-               3 V(47 77 48) M(0) UV(0.71525 0.63245 0.72891 0.62678 0.72915 0.63097)
-               3 V(48 77 168) M(0) UV(0.72915 0.63097 0.72891 0.62678 0.74103 0.62836)
-               3 V(77 44 168) M(0) UV(0.72891 0.62678 0.73966 0.62496 0.74103 0.62836)
-               3 V(93 28 46) M(0) UV(0.74586 0.59164 0.72757 0.59465 0.73546 0.58594)
-               3 V(41 28 93) M(0) UV(0.73029 0.60458 0.72757 0.59465 0.74140 0.59906)
-               3 V(41 93 94) M(0) UV(0.73029 0.60458 0.74140 0.59906 0.74220 0.60651)
-               3 V(35 32 34) M(0) UV(0.77763 0.59527 0.77799 0.60414 0.76546 0.60497)
-               3 V(34 32 33) M(0) UV(0.76620 0.61242 0.77849 0.61183 0.77853 0.61721)
-               3 V(34 33 39) M(0) UV(0.76620 0.61242 0.77853 0.61721 0.76668 0.61841)
-               3 V(45 35 34) M(0) UV(0.75241 0.59702 0.76505 0.59574 0.76546 0.60497)
-               3 V(45 34 94) M(0) UV(0.75241 0.59702 0.76546 0.60497 0.75318 0.60582)
-               3 V(95 94 34) M(0) UV(0.75529 0.61910 0.75421 0.61283 0.76620 0.61242)
-               3 V(95 34 39) M(0) UV(0.75529 0.61910 0.76620 0.61242 0.76668 0.61841)
-               3 V(44 41 94) M(0) UV(0.74228 0.61962 0.73553 0.61258 0.74487 0.61315)
-               3 V(44 94 95) M(0) UV(0.74228 0.61962 0.74487 0.61315 0.74833 0.61957)
-               3 V(69 46 28) M(0) UV(0.72909 0.58137 0.73546 0.58594 0.72757 0.59465)
-               3 V(94 93 45) M(0) UV(0.74220 0.60651 0.74140 0.59906 0.75241 0.59702)
-               3 V(32 35 140) M(0) UV(0.77799 0.60414 0.77763 0.59527 0.78917 0.59445)
-               3 V(32 140 141) M(0) UV(0.77799 0.60414 0.78999 0.60269 0.78983 0.61063)
-               3 V(32 141 174) M(0) UV(0.77849 0.61183 0.78983 0.61063 0.78894 0.61591)
-               3 V(32 174 33) M(0) UV(0.77849 0.61183 0.78894 0.61591 0.77853 0.61721)
-               3 V(35 89 140) M(0) UV(0.78600 0.68531 0.79506 0.68093 0.80083 0.68872)
-               3 V(31 39 33) M(0) UV(0.77819 0.62567 0.76690 0.62331 0.77837 0.62148)
-               3 V(168 44 95) M(0) UV(0.74829 0.62869 0.74644 0.62500 0.75107 0.62481)
-               3 V(174 31 33) M(0) UV(0.78787 0.62401 0.77819 0.62567 0.77837 0.62148)
-               3 V(138 89 36) M(0) UV(0.78670 0.66604 0.79041 0.67362 0.78217 0.67625)
-               3 V(138 36 38) M(0) UV(0.78670 0.66604 0.78217 0.67625 0.77896 0.66827)
-               3 V(138 38 40) M(0) UV(0.78418 0.65913 0.77670 0.66109 0.77505 0.65338)
-               3 V(138 40 42) M(0) UV(0.78418 0.65913 0.77505 0.65338 0.78253 0.65204)
-               3 V(95 39 85) M(0) UV(0.75692 0.63273 0.76669 0.63134 0.76627 0.63528)
-               3 V(39 31 85) M(0) UV(0.76669 0.63134 0.77704 0.63317 0.76627 0.63528)
-               3 V(43 85 31) M(0) UV(0.77626 0.63692 0.76627 0.63528 0.77704 0.63317)
-               3 V(38 36 37) M(0) UV(0.77896 0.66827 0.78217 0.67625 0.77136 0.68056)
-               3 V(91 72 90) M(0) UV(0.74198 0.67685 0.72975 0.67746 0.74093 0.66960)
-               3 V(40 38 70) M(0) UV(0.76490 0.65618 0.76635 0.66483 0.75365 0.67031)
-               3 V(40 70 71) M(0) UV(0.76490 0.65618 0.75365 0.67031 0.75226 0.66063)
-               3 V(70 38 37) M(0) UV(0.75365 0.67031 0.76635 0.66483 0.76853 0.67232)
-               3 V(70 37 54) M(0) UV(0.75365 0.67031 0.76853 0.67232 0.75565 0.67804)
-               3 V(92 72 91) M(0) UV(0.74734 0.69158 0.73568 0.69043 0.74394 0.68351)
-               3 V(31 84 43) M(0) UV(0.77704 0.63317 0.78429 0.63531 0.77626 0.63692)
-               3 V(43 42 40) M(0) UV(0.78288 0.63994 0.78212 0.64559 0.77482 0.64657)
-               3 V(43 40 85) M(0) UV(0.77540 0.64125 0.76458 0.64881 0.76496 0.64376)
-               3 V(85 40 71) M(0) UV(0.75538 0.64652 0.76458 0.64881 0.75460 0.65202)
-               3 V(70 91 90) M(0) UV(0.75365 0.67031 0.74198 0.67685 0.74093 0.66960)
-               3 V(70 90 71) M(0) UV(0.75365 0.67031 0.74093 0.66960 0.75226 0.66063)
-               3 V(54 91 70) M(0) UV(0.75565 0.67804 0.74198 0.67685 0.75365 0.67031)
-               3 V(54 92 91) M(0) UV(0.75565 0.67804 0.74734 0.69158 0.74394 0.68351)
-               3 V(95 85 168) M(0) UV(0.75285 0.63266 0.75664 0.63687 0.75214 0.63710)
-               3 V(85 96 168) M(0) UV(0.75538 0.64652 0.74940 0.64692 0.75089 0.64205)
-               3 V(96 85 71) M(0) UV(0.74940 0.64692 0.75538 0.64652 0.75460 0.65202)
-               3 V(71 90 96) M(0) UV(0.75226 0.66063 0.74335 0.65931 0.74738 0.65239)
-               3 V(90 72 74) M(0) UV(0.73555 0.66634 0.72975 0.67746 0.72651 0.67257)
-               3 V(101 90 74) M(0) UV(0.72913 0.66403 0.73555 0.66634 0.72651 0.67257)
-               3 V(43 139 42) M(0) UV(0.78288 0.63994 0.78907 0.63943 0.78760 0.64485)
-               3 V(84 139 43) M(0) UV(0.78429 0.63531 0.78907 0.63943 0.78288 0.63994)
-               3 V(84 31 174) M(0) UV(0.78659 0.62795 0.77819 0.62567 0.78787 0.62401)
-               3 V(35 36 89) M(0) UV(0.78600 0.68531 0.78217 0.67625 0.79041 0.67362)
-               3 V(35 37 36) M(0) UV(0.77485 0.69050 0.77136 0.68056 0.78217 0.67625)
-               3 V(35 45 54) M(0) UV(0.77485 0.69050 0.76253 0.69732 0.75892 0.68697)
-               3 V(35 54 37) M(0) UV(0.77485 0.69050 0.75892 0.68697 0.77136 0.68056)
-               3 V(93 92 54) M(0) UV(0.74955 0.70251 0.74734 0.69158 0.75892 0.68697)
-               3 V(93 54 45) M(0) UV(0.74955 0.70251 0.75892 0.68697 0.76253 0.69732)
-               3 V(46 72 92) M(0) UV(0.73546 0.58594 0.74247 0.57900 0.75074 0.58382)
-               3 V(46 92 93) M(0) UV(0.73546 0.58594 0.75074 0.58382 0.74586 0.59164)
-               3 V(69 67 72) M(0) UV(0.72909 0.58137 0.73643 0.57511 0.74247 0.57900)
-               3 V(69 72 46) M(0) UV(0.72909 0.58137 0.74247 0.57900 0.73546 0.58594)
-               3 V(185 135 67) M(0) UV(0.72426 0.57604 0.73309 0.56993 0.73643 0.57511)
-               3 V(185 67 69) M(0) UV(0.72426 0.57604 0.73643 0.57511 0.72909 0.58137)
-               3 V(368 280 9) M(0) UV(0.64704 0.67568 0.65155 0.66794 0.65285 0.67546)
-               3 V(132 368 9) M(0) UV(0.64737 0.68939 0.64725 0.68245 0.65354 0.68285)
-               3 V(132 9 100) M(0) UV(0.64737 0.68939 0.65354 0.68285 0.65391 0.69018)
-               3 V(100 11 132) M(0) UV(0.65452 0.69770 0.64813 0.70561 0.64758 0.69581)
-               3 V(11 367 286) M(0) UV(0.63769 0.70561 0.62987 0.70882 0.63129 0.69770)
-               3 V(11 286 132) M(0) UV(0.63769 0.70561 0.63129 0.69770 0.63823 0.69581)
-               3 V(368 132 286) M(0) UV(0.63228 0.68285 0.63844 0.68939 0.63190 0.69018)
-               3 V(668 672 671) M(0) UV(0.08814 0.97167 0.08669 0.97458 0.08782 0.97231)
-               3 V(667 671 672) M(0) UV(0.08555 0.97231 0.08782 0.97231 0.08669 0.97458)
-               3 V(668 672 669) M(0) UV(0.09222 0.97082 0.09114 0.97398 0.08814 0.97035)
-               3 V(667 672 669) M(0) UV(0.08555 0.97231 0.08669 0.97458 0.08435 0.97050)
-               3 V(668 671 670) M(0) UV(0.08814 0.97167 0.08782 0.97231 0.08669 0.97035)
-               3 V(668 670 669) M(0) UV(0.08814 0.97167 0.08669 0.97035 0.08435 0.97050)
-               3 V(667 670 671) M(0) UV(0.08555 0.97231 0.08669 0.97035 0.08782 0.97231)
-               3 V(667 669 670) M(0) UV(0.08555 0.97231 0.08435 0.97050 0.08669 0.97035)
-               3 V(662 666 665) M(0) UV(0.10478 0.97172 0.10238 0.97557 0.10327 0.97225)
-               3 V(661 665 666) M(0) UV(0.10113 0.97215 0.10327 0.97225 0.10238 0.97557)
-               3 V(662 666 663) M(0) UV(0.10949 0.97225 0.10717 0.97559 0.10478 0.97210)
-               3 V(661 666 663) M(0) UV(0.10113 0.97215 0.10238 0.97557 0.10007 0.97155)
-               3 V(662 665 664) M(0) UV(0.10478 0.97172 0.10327 0.97225 0.10293 0.97035)
-               3 V(662 663 664) M(0) UV(0.10949 0.97225 0.10478 0.97210 0.10772 0.97035)
-               3 V(661 664 665) M(0) UV(0.10113 0.97215 0.10293 0.97035 0.10327 0.97225)
-               3 V(661 663 664) M(0) UV(0.10113 0.97215 0.10007 0.97155 0.10293 0.97035)
-               3 V(656 660 659) M(0) UV(0.11283 0.97127 0.11084 0.97386 0.11151 0.97158)
-               3 V(655 659 660) M(0) UV(0.10972 0.97161 0.11151 0.97158 0.11084 0.97386)
-               3 V(656 660 657) M(0) UV(0.11617 0.97169 0.11419 0.97390 0.11283 0.97184)
-               3 V(655 660 657) M(0) UV(0.10972 0.97161 0.11084 0.97386 0.10949 0.97142)
-               3 V(656 659 658) M(0) UV(0.11283 0.97127 0.11151 0.97158 0.11120 0.97035)
-               3 V(656 657 658) M(0) UV(0.11617 0.97169 0.11283 0.97184 0.11454 0.97035)
-               3 V(655 658 659) M(0) UV(0.10972 0.97161 0.11120 0.97035 0.11151 0.97158)
-               3 V(655 657 658) M(0) UV(0.10972 0.97161 0.10949 0.97142 0.11120 0.97035)
-               3 V(650 654 653) M(0) UV(0.11778 0.97262 0.11778 0.97262 0.11617 0.97149)
-               3 V(649 653 654) M(0) UV(0.11778 0.97035 0.11617 0.97149 0.11778 0.97262)
-               3 V(650 651 654) M(0) UV(0.11778 0.97262 0.11938 0.97149 0.11778 0.97262)
-               3 V(649 654 651) M(0) UV(0.11778 0.97035 0.11778 0.97262 0.11938 0.97149)
-               3 V(650 653 652) M(0) UV(0.11778 0.97262 0.11617 0.97149 0.11778 0.97035)
-               3 V(650 652 651) M(0) UV(0.11778 0.97262 0.11778 0.97035 0.11938 0.97149)
-               3 V(649 652 653) M(0) UV(0.11778 0.97035 0.11778 0.97035 0.11617 0.97149)
-               3 V(649 651 652) M(0) UV(0.11778 0.97035 0.11938 0.97149 0.11778 0.97035)
-               3 V(633 636 634) M(0) UV(0.12003 0.97083 0.12162 0.97075 0.12089 0.97216)
-               3 V(634 636 635) M(0) UV(0.12267 0.97218 0.12162 0.97075 0.12132 0.97035)
-               3 V(633 635 636) M(0) UV(0.12003 0.97083 0.12132 0.97035 0.12162 0.97075)
-               3 V(633 634 635) M(0) UV(0.12003 0.97083 0.11938 0.97234 0.12132 0.97035)
-               3 V(644 648 647) M(0) UV(0.12651 0.97280 0.12728 0.97237 0.12587 0.97091)
-               3 V(643 647 648) M(0) UV(0.12805 0.97035 0.12587 0.97091 0.12728 0.97237)
-               3 V(644 645 648) M(0) UV(0.12651 0.97280 0.12868 0.97224 0.12728 0.97237)
-               3 V(643 648 645) M(0) UV(0.12805 0.97035 0.12728 0.97237 0.12868 0.97224)
-               3 V(644 647 646) M(0) UV(0.12651 0.97280 0.12587 0.97091 0.12728 0.97078)
-               3 V(644 646 645) M(0) UV(0.12651 0.97280 0.12728 0.97078 0.12868 0.97224)
-               3 V(643 646 647) M(0) UV(0.12805 0.97035 0.12728 0.97078 0.12587 0.97091)
-               3 V(643 645 646) M(0) UV(0.12805 0.97035 0.12868 0.97224 0.12728 0.97078)
-               3 V(628 632 631) M(0) UV(0.13694 0.97147 0.13806 0.97260 0.13806 0.97147)
-               3 V(627 631 632) M(0) UV(0.13919 0.97147 0.13806 0.97147 0.13806 0.97260)
-               3 V(628 629 632) M(0) UV(0.13694 0.97147 0.13806 0.97147 0.13806 0.97260)
-               3 V(627 632 629) M(0) UV(0.13919 0.97147 0.13806 0.97260 0.13806 0.97147)
-               3 V(628 631 630) M(0) UV(0.13694 0.97147 0.13806 0.97147 0.13806 0.97035)
-               3 V(628 630 629) M(0) UV(0.13694 0.97147 0.13806 0.97035 0.13806 0.97147)
-               3 V(627 630 631) M(0) UV(0.13919 0.97147 0.13806 0.97035 0.13806 0.97147)
-               3 V(627 629 630) M(0) UV(0.13919 0.97147 0.13806 0.97147 0.13806 0.97035)
-               3 V(616 620 619) M(0) UV(0.14466 0.97147 0.14545 0.97260 0.14465 0.97147)
-               3 V(615 619 620) M(0) UV(0.14624 0.97147 0.14465 0.97147 0.14545 0.97260)
-               3 V(616 617 620) M(0) UV(0.14466 0.97147 0.14624 0.97147 0.14545 0.97260)
-               3 V(615 620 617) M(0) UV(0.14624 0.97147 0.14545 0.97260 0.14624 0.97147)
-               3 V(616 619 618) M(0) UV(0.14466 0.97147 0.14465 0.97147 0.14545 0.97035)
-               3 V(616 618 617) M(0) UV(0.14466 0.97147 0.14545 0.97035 0.14624 0.97147)
-               3 V(615 618 619) M(0) UV(0.14624 0.97147 0.14545 0.97035 0.14465 0.97147)
-               3 V(615 617 618) M(0) UV(0.14624 0.97147 0.14624 0.97147 0.14545 0.97035)
-               3 V(638 642 641) M(0) UV(0.12868 0.97149 0.13029 0.97262 0.13029 0.97035)
-               3 V(637 641 642) M(0) UV(0.13189 0.97149 0.13029 0.97035 0.13029 0.97262)
-               3 V(638 639 642) M(0) UV(0.12868 0.97149 0.13029 0.97262 0.13029 0.97262)
-               3 V(637 642 639) M(0) UV(0.13189 0.97149 0.13029 0.97262 0.13029 0.97262)
-               3 V(638 641 640) M(0) UV(0.12868 0.97149 0.13029 0.97035 0.13029 0.97035)
-               3 V(638 640 639) M(0) UV(0.12868 0.97149 0.13029 0.97035 0.13029 0.97262)
-               3 V(637 640 641) M(0) UV(0.13189 0.97149 0.13029 0.97035 0.13029 0.97035)
-               3 V(637 639 640) M(0) UV(0.13189 0.97149 0.13029 0.97262 0.13029 0.97035)
-               3 V(622 626 625) M(0) UV(0.14465 0.97147 0.14359 0.97260 0.14394 0.97147)
-               3 V(621 625 626) M(0) UV(0.14252 0.97147 0.14394 0.97147 0.14359 0.97260)
-               3 V(622 623 626) M(0) UV(0.14465 0.97147 0.14323 0.97147 0.14359 0.97260)
-               3 V(621 626 623) M(0) UV(0.14252 0.97147 0.14359 0.97260 0.14323 0.97147)
-               3 V(622 625 624) M(0) UV(0.14465 0.97147 0.14394 0.97147 0.14359 0.97035)
-               3 V(622 624 623) M(0) UV(0.14465 0.97147 0.14359 0.97035 0.14323 0.97147)
-               3 V(621 624 625) M(0) UV(0.14252 0.97147 0.14359 0.97035 0.14394 0.97147)
-               3 V(621 623 624) M(0) UV(0.14252 0.97147 0.14323 0.97147 0.14359 0.97035)
-               3 V(674 678 677) M(0) UV(0.08435 0.97251 0.08026 0.97850 0.08207 0.97325)
-               3 V(673 677 678) M(0) UV(0.07829 0.97323 0.08207 0.97325 0.08026 0.97850)
-               3 V(674 678 675) M(0) UV(0.10007 0.97336 0.09615 0.97855 0.09222 0.97336)
-               3 V(673 678 675) M(0) UV(0.07829 0.97323 0.08026 0.97850 0.07650 0.97247)
-               3 V(674 677 676) M(0) UV(0.08435 0.97251 0.08207 0.97325 0.08128 0.97035)
-               3 V(674 675 676) M(0) UV(0.10007 0.97336 0.09222 0.97336 0.09717 0.97035)
-               3 V(673 676 677) M(0) UV(0.07829 0.97323 0.08128 0.97035 0.08207 0.97325)
-               3 V(673 675 676) M(0) UV(0.07829 0.97323 0.07650 0.97247 0.08128 0.97035)
-               3 V(475 387 390) M(0) UV(0.34633 0.67634 0.34806 0.68043 0.34463 0.68009)
-               3 V(613 387 477) M(0) UV(0.35545 0.68310 0.35145 0.68139 0.35321 0.67853)
-               3 V(579 390 387) M(0) UV(0.35410 0.68597 0.35031 0.68439 0.35145 0.68139)
-               3 V(579 387 613) M(0) UV(0.35410 0.68597 0.35145 0.68139 0.35545 0.68310)
-               3 V(613 578 579) M(0) UV(0.35545 0.68310 0.35686 0.68750 0.35410 0.68597)
-               3 V(613 614 578) M(0) UV(0.35718 0.67994 0.36123 0.68189 0.35888 0.68488)
-               3 V(614 582 578) M(0) UV(0.36123 0.68189 0.36183 0.68624 0.35888 0.68488)
-               3 V(540 582 585) M(0) UV(0.36411 0.68756 0.36398 0.68325 0.36588 0.68499)
-               3 V(540 578 582) M(0) UV(0.36180 0.68966 0.35948 0.68864 0.36183 0.68624)
-               3 V(392 559 606) M(0) UV(0.35342 0.60254 0.34889 0.60181 0.34995 0.59909)
-               3 V(392 606 560) M(0) UV(0.35342 0.60254 0.34995 0.59909 0.35294 0.59919)
-               3 V(581 559 392) M(0) UV(0.35446 0.60676 0.34889 0.60181 0.35342 0.60254)
-               3 V(530 606 559) M(0) UV(0.34648 0.59965 0.34995 0.59909 0.34889 0.60181)
-               3 V(393 606 530) M(0) UV(0.34604 0.68556 0.34367 0.68868 0.34321 0.68850)
-               3 V(585 560 540) M(0) UV(0.36325 0.59622 0.35930 0.59815 0.36068 0.59436)
-               3 V(584 581 392) M(0) UV(0.35941 0.60413 0.35446 0.60676 0.35342 0.60254)
-               3 V(584 392 560) M(0) UV(0.35941 0.60413 0.35342 0.60254 0.35717 0.60102)
-               3 V(534 393 390) M(0) UV(0.34622 0.68909 0.34725 0.68688 0.35031 0.68439)
-               3 V(534 390 531) M(0) UV(0.34622 0.68909 0.35031 0.68439 0.34913 0.68819)
-               3 V(390 579 531) M(0) UV(0.35031 0.68439 0.35215 0.68881 0.34913 0.68819)
-               3 V(586 584 560) M(0) UV(0.36642 0.59876 0.36469 0.60263 0.36154 0.60046)
-               3 V(586 560 585) M(0) UV(0.36642 0.59876 0.36154 0.60046 0.36325 0.59622)
-               3 V(584 580 581) M(0) UV(0.36307 0.60642 0.36143 0.60980 0.35446 0.60676)
-               3 V(540 607 577) M(0) UV(0.36007 0.58850 0.35600 0.58828 0.35711 0.58534)
-               3 V(608 528 577) M(0) UV(0.35339 0.58517 0.35386 0.58267 0.35711 0.58534)
-               3 V(608 577 607) M(0) UV(0.35339 0.58517 0.35711 0.58534 0.35600 0.58828)
-               3 V(536 528 608) M(0) UV(0.35043 0.58228 0.35386 0.58267 0.35339 0.58517)
-               3 V(532 538 536) M(0) UV(0.34541 0.58390 0.34657 0.58133 0.34974 0.58429)
-               3 V(532 536 537) M(0) UV(0.34541 0.58390 0.34974 0.58429 0.34852 0.58666)
-               3 V(540 560 607) M(0) UV(0.35736 0.59462 0.35576 0.59771 0.35386 0.59358)
-               3 V(528 579 577) M(0) UV(0.35512 0.69468 0.35480 0.69020 0.35721 0.69143)
-               3 V(608 605 537) M(0) UV(0.35282 0.58752 0.35146 0.58971 0.34852 0.58666)
-               3 V(608 537 536) M(0) UV(0.35282 0.58752 0.34852 0.58666 0.34974 0.58429)
-               3 V(531 579 535) M(0) UV(0.35046 0.69258 0.35296 0.69390 0.35175 0.69681)
-               3 V(531 535 539) M(0) UV(0.35046 0.69258 0.35175 0.69681 0.34949 0.69549)
-               3 V(528 536 535) M(0) UV(0.35512 0.69468 0.35585 0.69775 0.35395 0.69756)
-               3 V(579 528 535) M(0) UV(0.35296 0.69390 0.35512 0.69468 0.35395 0.69756)
-               3 V(534 537 605) M(0) UV(0.34788 0.59248 0.34711 0.58865 0.34979 0.59128)
-               3 V(531 539 533) M(0) UV(0.34815 0.69169 0.34949 0.69549 0.34751 0.69468)
-               3 V(531 533 534) M(0) UV(0.34815 0.69169 0.34606 0.69417 0.34624 0.69155)
-               3 V(534 533 532) M(0) UV(0.34560 0.59024 0.34293 0.58769 0.34407 0.58599)
-               3 V(534 532 537) M(0) UV(0.34560 0.59024 0.34407 0.58599 0.34711 0.58865)
-               3 V(535 536 538) M(0) UV(0.35395 0.69756 0.35585 0.69775 0.35489 0.70061)
-               3 V(605 608 607) M(0) UV(0.35146 0.58971 0.35282 0.58752 0.35523 0.59097)
-               3 V(606 393 534) M(0) UV(0.34415 0.68991 0.34725 0.68688 0.34622 0.68909)
-               3 V(578 540 577) M(0) UV(0.35948 0.68864 0.36180 0.68966 0.35947 0.69224)
-               3 V(560 606 607) M(0) UV(0.35576 0.59771 0.35188 0.59468 0.35386 0.59358)
-               3 V(606 534 605) M(0) UV(0.34955 0.59533 0.34788 0.59248 0.34979 0.59128)
-               3 V(605 607 606) M(0) UV(0.34979 0.59128 0.35386 0.59358 0.35188 0.59468)
-               3 V(578 577 579) M(0) UV(0.35686 0.68750 0.35721 0.69143 0.35480 0.69020)
-               3 V(533 516 527) M(0) UV(0.34670 0.69754 0.34595 0.70126 0.34451 0.70109)
-               3 V(568 548 535) M(0) UV(0.35359 0.70412 0.35232 0.70355 0.35327 0.70017)
-               3 V(568 535 538) M(0) UV(0.35359 0.70412 0.35327 0.70017 0.35489 0.70061)
-               3 V(516 533 539) M(0) UV(0.34595 0.70126 0.34670 0.69754 0.34881 0.69834)
-               3 V(548 516 539) M(0) UV(0.35069 0.70282 0.34823 0.70171 0.34881 0.69834)
-               3 V(548 539 535) M(0) UV(0.35069 0.70282 0.34881 0.69834 0.35127 0.69943)
-               3 V(538 532 567) M(0) UV(0.34657 0.58133 0.34541 0.58390 0.34300 0.58166)
-               3 V(538 567 568) M(0) UV(0.34657 0.58133 0.34300 0.58166 0.34395 0.57916)
-               3 V(533 527 567) M(0) UV(0.34293 0.58769 0.33971 0.58496 0.34148 0.58344)
-               3 V(533 567 532) M(0) UV(0.34293 0.58769 0.34148 0.58344 0.34407 0.58599)
-               3 V(566 548 568) M(0) UV(0.34117 0.57549 0.34124 0.57421 0.34354 0.57475)
-               3 V(516 547 527) M(0) UV(0.34772 0.70394 0.34725 0.70569 0.34505 0.70524)
-               3 V(548 547 516) M(0) UV(0.35014 0.70488 0.34725 0.70569 0.34772 0.70394)
-               3 V(547 548 566) M(0) UV(0.33869 0.57552 0.34124 0.57421 0.34117 0.57549)
-               3 V(424 575 529) M(0) UV(0.32891 0.69194 0.32987 0.68919 0.33052 0.69122)
-               3 V(575 424 426) M(0) UV(0.32987 0.68919 0.32796 0.69026 0.32724 0.68858)
-               3 V(575 426 414) M(0) UV(0.32931 0.68722 0.32625 0.68602 0.32840 0.68471)
-               3 V(588 414 418) M(0) UV(0.32634 0.68104 0.32449 0.68187 0.32363 0.68027)
-               3 V(418 422 449) M(0) UV(0.31993 0.60947 0.31825 0.60849 0.31942 0.60633)
-               3 V(414 422 418) M(0) UV(0.32449 0.68187 0.32163 0.68119 0.32363 0.68027)
-               3 V(415 414 426) M(0) UV(0.31924 0.68686 0.32267 0.68496 0.32377 0.68759)
-               3 V(415 426 427) M(0) UV(0.31924 0.68686 0.32377 0.68759 0.32063 0.68956)
-               3 V(529 449 424) M(0) UV(0.32380 0.60221 0.32096 0.60301 0.32145 0.60117)
-               3 V(424 449 412) M(0) UV(0.32145 0.60117 0.32096 0.60301 0.31837 0.60184)
-               3 V(414 415 422) M(0) UV(0.32225 0.68312 0.31965 0.68453 0.31921 0.68259)
-               3 V(529 576 449) M(0) UV(0.32861 0.60507 0.32815 0.60670 0.32523 0.60510)
-               3 V(418 449 576) M(0) UV(0.32372 0.60881 0.32466 0.60680 0.32780 0.60837)
-               3 V(449 422 412) M(0) UV(0.32026 0.60464 0.31690 0.60524 0.31764 0.60351)
-               3 V(417 428 419) M(0) UV(0.31725 0.69929 0.31882 0.69625 0.31955 0.69763)
-               3 V(413 419 412) M(0) UV(0.31216 0.60336 0.31265 0.60160 0.31512 0.60254)
-               3 V(421 432 413) M(0) UV(0.30648 0.60301 0.30721 0.60144 0.30968 0.60240)
-               3 V(420 429 421) M(0) UV(0.31525 0.68970 0.31132 0.69245 0.31148 0.69038)
-               3 V(420 421 413) M(0) UV(0.31422 0.68828 0.31082 0.68879 0.31308 0.68697)
-               3 V(422 415 413) M(0) UV(0.31921 0.68259 0.31814 0.68496 0.31725 0.68382)
-               3 V(415 420 413) M(0) UV(0.31711 0.68621 0.31422 0.68828 0.31308 0.68697)
-               3 V(413 412 422) M(0) UV(0.31451 0.60426 0.31764 0.60351 0.31690 0.60524)
-               3 V(412 419 423) M(0) UV(0.31703 0.59755 0.31463 0.59654 0.31535 0.59517)
-               3 V(432 419 413) M(0) UV(0.30721 0.60144 0.31032 0.60070 0.30968 0.60240)
-               3 V(427 426 423) M(0) UV(0.32063 0.68956 0.32502 0.69018 0.32217 0.69247)
-               3 V(420 428 429) M(0) UV(0.31525 0.68970 0.31665 0.69218 0.31283 0.69488)
-               3 V(429 428 417) M(0) UV(0.31283 0.69488 0.31811 0.69478 0.31427 0.69769)
-               3 V(432 417 419) M(0) UV(0.30856 0.59782 0.30919 0.59602 0.31155 0.59702)
-               3 V(426 424 423) M(0) UV(0.32502 0.69018 0.32597 0.69159 0.32401 0.69313)
-               3 V(412 423 424) M(0) UV(0.31930 0.59839 0.31955 0.59681 0.32204 0.59756)
-               3 V(419 428 423) M(0) UV(0.31955 0.69763 0.31882 0.69625 0.32166 0.69458)
-               3 V(427 428 420) M(0) UV(0.32063 0.68956 0.31665 0.69218 0.31525 0.68970)
-               3 V(427 420 415) M(0) UV(0.32063 0.68956 0.31525 0.68970 0.31924 0.68686)
-               3 V(428 427 423) M(0) UV(0.31811 0.69478 0.32063 0.68956 0.32217 0.69247)
-               3 V(432 421 431) M(0) UV(0.30511 0.60055 0.30299 0.60141 0.30304 0.59970)
-               3 V(430 421 429) M(0) UV(0.30832 0.69509 0.30940 0.69202 0.31132 0.69245)
-               3 V(416 421 430) M(0) UV(0.30609 0.69731 0.30731 0.69394 0.30832 0.69509)
-               3 V(421 416 425) M(0) UV(0.30070 0.60027 0.29764 0.59826 0.29830 0.59734)
-               3 V(421 425 431) M(0) UV(0.30070 0.60027 0.29830 0.59734 0.30081 0.59876)
-               3 V(431 425 417) M(0) UV(0.30289 0.59235 0.30074 0.59046 0.30374 0.59101)
-               3 V(429 417 430) M(0) UV(0.31283 0.69488 0.31092 0.69940 0.30959 0.69712)
-               3 V(430 417 425) M(0) UV(0.30959 0.69712 0.31092 0.69940 0.30841 0.70076)
-               3 V(425 416 430) M(0) UV(0.30490 0.69884 0.30609 0.69731 0.30726 0.69894)
-               3 V(431 417 432) M(0) UV(0.30419 0.59620 0.30711 0.59526 0.30647 0.59701)
-               3 V(604 490 603) M(0) UV(0.31526 0.61410 0.31747 0.61615 0.31494 0.61569)
-               3 V(599 573 448) M(0) UV(0.31542 0.67852 0.31975 0.67897 0.31677 0.68097)
-               3 V(489 573 599) M(0) UV(0.32133 0.67572 0.31975 0.67897 0.31873 0.67689)
-               3 V(492 490 418) M(0) UV(0.32425 0.61699 0.32037 0.61661 0.32091 0.61503)
-               3 V(603 595 542) M(0) UV(0.31652 0.61963 0.31995 0.62021 0.31792 0.62166)
-               3 V(599 591 542) M(0) UV(0.31776 0.67458 0.31742 0.67253 0.31951 0.67186)
-               3 V(599 542 489) M(0) UV(0.31776 0.67458 0.31951 0.67186 0.32025 0.67346)
-               3 V(492 514 595) M(0) UV(0.32410 0.61866 0.32453 0.62040 0.31995 0.62021)
-               3 V(492 595 490) M(0) UV(0.32410 0.61866 0.31995 0.62021 0.32002 0.61826)
-               3 V(588 604 573) M(0) UV(0.31782 0.61001 0.31552 0.61193 0.31549 0.60963)
-               3 V(603 490 595) M(0) UV(0.31652 0.61963 0.32002 0.61826 0.31995 0.62021)
-               3 V(418 490 604) M(0) UV(0.32091 0.61503 0.31786 0.61456 0.31813 0.61232)
-               3 V(604 588 418) M(0) UV(0.31813 0.61232 0.32022 0.61018 0.32198 0.61290)
-               3 V(573 489 588) M(0) UV(0.31975 0.67897 0.32223 0.67781 0.32275 0.67924)
-               3 V(604 448 573) M(0) UV(0.31314 0.61169 0.31324 0.60937 0.31549 0.60963)
-               3 V(574 599 448) M(0) UV(0.31230 0.68319 0.31542 0.67852 0.31677 0.68097)
-               3 V(599 574 594) M(0) UV(0.31542 0.67852 0.31103 0.68094 0.30982 0.67860)
-               3 V(594 591 599) M(0) UV(0.30982 0.67860 0.31228 0.67487 0.31424 0.67582)
-               3 V(448 600 574) M(0) UV(0.31648 0.68476 0.31383 0.68596 0.31304 0.68435)
-               3 V(542 591 602) M(0) UV(0.31341 0.62090 0.31093 0.62033 0.31155 0.61862)
-               3 V(542 602 603) M(0) UV(0.31341 0.62090 0.31155 0.61862 0.31407 0.61920)
-               3 V(603 602 604) M(0) UV(0.31249 0.61512 0.31065 0.61304 0.31283 0.61358)
-               3 V(602 596 483) M(0) UV(0.30989 0.61606 0.30776 0.61548 0.30817 0.61392)
-               3 V(483 484 600) M(0) UV(0.30568 0.61316 0.30262 0.61223 0.30301 0.61050)
-               3 V(596 589 484) M(0) UV(0.30518 0.61482 0.30210 0.61389 0.30262 0.61223)
-               3 V(596 484 483) M(0) UV(0.30518 0.61482 0.30262 0.61223 0.30568 0.61316)
-               3 V(590 594 574) M(0) UV(0.30501 0.68125 0.30982 0.67860 0.31103 0.68094)
-               3 V(590 574 485) M(0) UV(0.30501 0.68125 0.31103 0.68094 0.30632 0.68361)
-               3 V(485 600 484) M(0) UV(0.30812 0.68739 0.31093 0.68745 0.30865 0.68859)
-               3 V(591 596 602) M(0) UV(0.30883 0.61961 0.30724 0.61717 0.30931 0.61791)
-               3 V(448 604 602) M(0) UV(0.31102 0.61126 0.31283 0.61358 0.31065 0.61304)
-               3 V(596 591 594) M(0) UV(0.31109 0.67367 0.31228 0.67487 0.30919 0.67689)
-               3 V(596 594 590) M(0) UV(0.30861 0.67527 0.30919 0.67689 0.30571 0.67902)
-               3 V(596 590 589) M(0) UV(0.30861 0.67527 0.30571 0.67902 0.30563 0.67710)
-               3 V(483 600 448) M(0) UV(0.30851 0.61236 0.30617 0.60971 0.30891 0.61064)
-               3 V(602 483 448) M(0) UV(0.31065 0.61304 0.30851 0.61236 0.30891 0.61064)
-               3 V(600 485 574) M(0) UV(0.31093 0.68745 0.30963 0.68619 0.31304 0.68435)
-               3 V(589 601 593) M(0) UV(0.29932 0.61294 0.29658 0.61195 0.29712 0.61041)
-               3 V(589 593 484) M(0) UV(0.29932 0.61294 0.29712 0.61041 0.29987 0.61134)
-               3 V(597 592 598) M(0) UV(0.29982 0.68980 0.29879 0.68778 0.29999 0.68905)
-               3 V(485 598 592) M(0) UV(0.30632 0.68361 0.30404 0.68730 0.30292 0.68548)
-               3 V(592 590 485) M(0) UV(0.30176 0.68345 0.30501 0.68125 0.30632 0.68361)
-               3 V(598 484 593) M(0) UV(0.29506 0.60666 0.29750 0.60878 0.29480 0.60812)
-               3 V(598 593 597) M(0) UV(0.29314 0.60609 0.29290 0.60683 0.29090 0.60648)
-               3 V(601 592 597) M(0) UV(0.29926 0.68135 0.30070 0.68225 0.29859 0.68387)
-               3 V(601 590 592) M(0) UV(0.30142 0.67973 0.30288 0.68067 0.30070 0.68225)
-               3 V(590 601 589) M(0) UV(0.30395 0.67948 0.30142 0.67973 0.30344 0.67830)
-               3 V(598 485 484) M(0) UV(0.30436 0.68861 0.30657 0.68772 0.30627 0.68970)
-               3 V(541 401 445) M(0) UV(0.32336 0.66563 0.32323 0.66298 0.32645 0.66287)
-               3 V(520 445 401) M(0) UV(0.32599 0.65894 0.32645 0.66287 0.32323 0.66298)
-               3 V(402 401 541) M(0) UV(0.32084 0.66570 0.32323 0.66298 0.32336 0.66563)
-               3 V(394 542 447) M(0) UV(0.31760 0.62499 0.31879 0.62278 0.32121 0.62502)
-               3 V(541 542 402) M(0) UV(0.32336 0.66563 0.32109 0.66735 0.32084 0.66570)
-               3 V(401 400 587) M(0) UV(0.31983 0.66038 0.31925 0.65847 0.32158 0.65813)
-               3 V(587 400 395) M(0) UV(0.31939 0.63364 0.31701 0.63350 0.31747 0.63178)
-               3 V(587 395 543) M(0) UV(0.31939 0.63364 0.31747 0.63178 0.32115 0.63176)
-               3 V(543 395 447) M(0) UV(0.32115 0.63176 0.31773 0.63011 0.32120 0.62995)
-               3 V(447 395 394) M(0) UV(0.32120 0.62995 0.31773 0.63011 0.31790 0.62838)
-               3 V(542 394 402) M(0) UV(0.31699 0.62283 0.31522 0.62494 0.31504 0.62294)
-               3 V(400 401 407) M(0) UV(0.31365 0.66185 0.31781 0.66370 0.31436 0.66469)
-               3 V(401 402 407) M(0) UV(0.31781 0.66370 0.31519 0.66750 0.31436 0.66469)
-               3 V(405 402 394) M(0) UV(0.31277 0.62484 0.31504 0.62294 0.31522 0.62494)
-               3 V(395 405 394) M(0) UV(0.31521 0.63009 0.31268 0.62839 0.31527 0.62839)
-               3 V(395 400 405) M(0) UV(0.31507 0.63175 0.31253 0.63177 0.31264 0.63004)
-               3 V(447 595 514) M(0) UV(0.32556 0.62519 0.32250 0.62311 0.32569 0.62345)
-               3 V(542 595 447) M(0) UV(0.32019 0.62250 0.32250 0.62311 0.32121 0.62502)
-               3 V(401 587 520) M(0) UV(0.32250 0.66003 0.32410 0.65738 0.32599 0.65894)
-               3 V(411 405 400) M(0) UV(0.30799 0.63009 0.31029 0.63007 0.31023 0.63182)
-               3 V(397 411 400) M(0) UV(0.30544 0.63170 0.30799 0.63009 0.30801 0.63174)
-               3 V(398 399 406) M(0) UV(0.30575 0.62461 0.30272 0.62286 0.30572 0.62293)
-               3 V(398 406 402) M(0) UV(0.30824 0.62476 0.30572 0.62293 0.30841 0.62309)
-               3 V(405 398 402) M(0) UV(0.31048 0.62483 0.30824 0.62476 0.30841 0.62309)
-               3 V(396 411 397) M(0) UV(0.30264 0.63152 0.30547 0.63007 0.30544 0.63170)
-               3 V(396 397 408) M(0) UV(0.30439 0.66495 0.30898 0.66347 0.30967 0.66614)
-               3 V(396 408 409) M(0) UV(0.30439 0.66495 0.30967 0.66614 0.30512 0.66768)
-               3 V(408 406 399) M(0) UV(0.30967 0.66614 0.31050 0.66880 0.30602 0.67030)
-               3 V(408 399 409) M(0) UV(0.30967 0.66614 0.30602 0.67030 0.30512 0.66768)
-               3 V(396 399 411) M(0) UV(0.30276 0.62990 0.30285 0.62800 0.30553 0.62818)
-               3 V(411 399 398) M(0) UV(0.30553 0.62818 0.30289 0.62613 0.30560 0.62638)
-               3 V(411 398 405) M(0) UV(0.30799 0.62830 0.30804 0.62651 0.31038 0.62660)
-               3 V(407 408 397) M(0) UV(0.31436 0.66469 0.30967 0.66614 0.30898 0.66347)
-               3 V(407 397 400) M(0) UV(0.31436 0.66469 0.30898 0.66347 0.31365 0.66185)
-               3 V(406 408 407) M(0) UV(0.31050 0.66880 0.30967 0.66614 0.31436 0.66469)
-               3 V(406 407 402) M(0) UV(0.31050 0.66880 0.31436 0.66469 0.31519 0.66750)
-               3 V(410 399 404) M(0) UV(0.30177 0.67264 0.30455 0.67347 0.30164 0.67388)
-               3 V(396 409 410) M(0) UV(0.30439 0.66495 0.30512 0.66768 0.30114 0.66896)
-               3 V(396 410 403) M(0) UV(0.30439 0.66495 0.30114 0.66896 0.30041 0.66682)
-               3 V(409 399 410) M(0) UV(0.30512 0.66768 0.30602 0.67030 0.30178 0.67139)
-               3 V(404 403 410) M(0) UV(0.29605 0.67062 0.29666 0.66888 0.29687 0.67033)
-               3 V(396 404 399) M(0) UV(0.29592 0.62743 0.29525 0.62580 0.29814 0.62586)
-               3 V(569 556 587) M(0) UV(0.32699 0.63695 0.32487 0.63923 0.32443 0.63780)
-               3 V(385 380 587) M(0) UV(0.31956 0.63731 0.31985 0.63533 0.32136 0.63703)
-               3 V(587 556 385) M(0) UV(0.32224 0.63834 0.32277 0.63988 0.32086 0.64033)
-               3 V(389 380 381) M(0) UV(0.32170 0.65157 0.31997 0.65335 0.31988 0.65148)
-               3 V(389 381 383) M(0) UV(0.32181 0.64954 0.31988 0.65148 0.31998 0.64954)
-               3 V(389 383 556) M(0) UV(0.32184 0.64790 0.32032 0.64590 0.32178 0.64579)
-               3 V(380 389 520) M(0) UV(0.32504 0.65415 0.32790 0.65307 0.32675 0.65577)
-               3 V(569 587 543) M(0) UV(0.32678 0.63548 0.32343 0.63615 0.32344 0.63450)
-               3 V(556 569 526) M(0) UV(0.32516 0.64089 0.32743 0.63996 0.32765 0.64220)
-               3 V(520 587 380) M(0) UV(0.32675 0.65577 0.32471 0.65638 0.32432 0.65522)
-               3 V(552 389 556) M(0) UV(0.32819 0.64839 0.32566 0.64821 0.32555 0.64561)
-               3 V(552 556 526) M(0) UV(0.32819 0.64839 0.32555 0.64561 0.32796 0.64546)
-               3 V(383 381 382) M(0) UV(0.31712 0.64958 0.31293 0.65192 0.31292 0.65006)
-               3 V(556 383 385) M(0) UV(0.31986 0.64407 0.31778 0.64277 0.31948 0.64242)
-               3 V(383 379 385) M(0) UV(0.31603 0.64310 0.31383 0.64192 0.31565 0.64151)
-               3 V(382 381 384) M(0) UV(0.30876 0.65026 0.31293 0.65192 0.30903 0.65233)
-               3 V(379 384 381) M(0) UV(0.31129 0.64066 0.30861 0.63949 0.31087 0.63909)
-               3 V(380 385 381) M(0) UV(0.31583 0.63633 0.31483 0.63817 0.31449 0.63669)
-               3 V(382 379 383) M(0) UV(0.31260 0.64686 0.31023 0.64577 0.31226 0.64541)
-               3 V(385 379 381) M(0) UV(0.31346 0.64012 0.31129 0.64066 0.31087 0.63909)
-               3 V(527 566 567) M(0) UV(0.33937 0.58007 0.34002 0.57926 0.34106 0.57996)
-               3 V(566 527 547) M(0) UV(0.34002 0.57926 0.33937 0.58007 0.33853 0.57950)
-               3 V(568 567 566) M(0) UV(0.34145 0.57905 0.34106 0.57996 0.34002 0.57926)
-               3 V(597 593 601) M(0) UV(0.29243 0.60900 0.29413 0.60947 0.29336 0.61039)
-               3 V(404 396 403) M(0) UV(0.29278 0.62742 0.29484 0.62740 0.29443 0.62848)
-               3 V(384 379 382) M(0) UV(0.30239 0.64438 0.30402 0.64407 0.30398 0.64528)
-               3 V(570 526 569) M(0) UV(0.33219 0.64107 0.32996 0.64149 0.32971 0.63919)
-               3 V(457 386 437) M(0) UV(0.37195 0.66369 0.36822 0.66338 0.36439 0.65604)
-               3 V(457 437 438) M(0) UV(0.37195 0.66369 0.36439 0.65604 0.36812 0.65443)
-               3 V(440 438 437) M(0) UV(0.35803 0.65127 0.36812 0.65443 0.36439 0.65604)
-               3 V(440 437 439) M(0) UV(0.35803 0.65127 0.36439 0.65604 0.35701 0.65360)
-               3 V(440 439 463) M(0) UV(0.35803 0.65127 0.35701 0.65360 0.35015 0.65336)
-               3 V(440 463 465) M(0) UV(0.35803 0.65127 0.35015 0.65336 0.34955 0.65099)
-               3 V(386 457 476) M(0) UV(0.36822 0.66338 0.37195 0.66369 0.36617 0.67100)
-               3 V(388 471 464) M(0) UV(0.33815 0.65352 0.33732 0.65115 0.34267 0.65110)
-               3 V(465 463 464) M(0) UV(0.34955 0.65099 0.35015 0.65336 0.34362 0.65346)
-               3 V(471 388 552) M(0) UV(0.33732 0.65115 0.33354 0.65368 0.33335 0.65125)
-               3 V(476 612 469) M(0) UV(0.36617 0.67100 0.35873 0.67429 0.35662 0.67292)
-               3 V(387 475 469) M(0) UV(0.35023 0.67738 0.34633 0.67634 0.35460 0.67149)
-               3 V(477 387 469) M(0) UV(0.35321 0.67853 0.35023 0.67738 0.35662 0.67292)
-               3 V(477 469 612) M(0) UV(0.35321 0.67853 0.35662 0.67292 0.35873 0.67429)
-               3 V(389 552 388) M(0) UV(0.33026 0.65352 0.33335 0.65125 0.33354 0.65368)
-               3 V(524 520 389) M(0) UV(0.33328 0.65622 0.32967 0.65606 0.33026 0.65352)
-               3 V(524 389 388) M(0) UV(0.33328 0.65622 0.33026 0.65352 0.33354 0.65368)
-               3 V(474 391 522) M(0) UV(0.33913 0.68063 0.33473 0.68158 0.33385 0.67876)
-               3 V(390 474 475) M(0) UV(0.34463 0.68009 0.33874 0.67775 0.34633 0.67634)
-               3 V(414 391 575) M(0) UV(0.33048 0.68353 0.33342 0.68522 0.33152 0.68611)
-               3 V(414 522 391) M(0) UV(0.32970 0.68023 0.33145 0.67949 0.33228 0.68260)
-               3 V(457 438 436) M(0) UV(0.37195 0.66369 0.36812 0.65443 0.37498 0.65491)
-               3 V(457 436 435) M(0) UV(0.37195 0.66369 0.37498 0.65491 0.37719 0.66168)
-               3 V(386 441 437) M(0) UV(0.36257 0.66270 0.35825 0.66059 0.35957 0.65885)
-               3 V(433 434 435) M(0) UV(0.38835 0.65248 0.38903 0.65773 0.37984 0.66100)
-               3 V(433 435 436) M(0) UV(0.38835 0.65248 0.37984 0.66100 0.37843 0.65488)
-               3 V(458 436 438) M(0) UV(0.37412 0.64893 0.37498 0.65491 0.36812 0.65443)
-               3 V(458 438 551) M(0) UV(0.37412 0.64893 0.36812 0.65443 0.36694 0.64845)
-               3 V(519 460 457) M(0) UV(0.37956 0.66748 0.37460 0.66942 0.37195 0.66369)
-               3 V(519 457 435) M(0) UV(0.37956 0.66748 0.37195 0.66369 0.37719 0.66168)
-               3 V(551 438 440) M(0) UV(0.36694 0.64845 0.36812 0.65443 0.35803 0.65127)
-               3 V(551 440 545) M(0) UV(0.36694 0.64845 0.35803 0.65127 0.35772 0.64776)
-               3 V(437 441 439) M(0) UV(0.35957 0.65885 0.35555 0.66065 0.35559 0.65781)
-               3 V(443 441 468) M(0) UV(0.35102 0.66278 0.35431 0.66380 0.35098 0.66508)
-               3 V(439 441 443) M(0) UV(0.35559 0.65781 0.35555 0.66065 0.35132 0.66066)
-               3 V(545 440 465) M(0) UV(0.35772 0.64776 0.35803 0.65127 0.34955 0.65099)
-               3 V(545 465 549) M(0) UV(0.35772 0.64776 0.34955 0.65099 0.34931 0.64768)
-               3 V(549 465 464) M(0) UV(0.34931 0.64768 0.34955 0.65099 0.34267 0.65110)
-               3 V(549 464 550) M(0) UV(0.34931 0.64768 0.34267 0.65110 0.34231 0.64789)
-               3 V(471 550 464) M(0) UV(0.33669 0.64826 0.34231 0.64789 0.34267 0.65110)
-               3 V(442 441 386) M(0) UV(0.36001 0.66663 0.35969 0.66268 0.36257 0.66270)
-               3 V(469 468 441) M(0) UV(0.35254 0.66967 0.35132 0.66729 0.35692 0.66433)
-               3 V(469 441 442) M(0) UV(0.35254 0.66967 0.35692 0.66433 0.36001 0.66663)
-               3 V(442 386 476) M(0) UV(0.36001 0.66663 0.36556 0.66298 0.36248 0.66825)
-               3 V(469 442 476) M(0) UV(0.35460 0.67149 0.36001 0.66663 0.36248 0.66825)
-               3 V(443 444 439) M(0) UV(0.35132 0.66066 0.34544 0.65889 0.35126 0.65805)
-               3 V(443 466 444) M(0) UV(0.35102 0.66278 0.34547 0.66447 0.34581 0.66180)
-               3 V(446 472 444) M(0) UV(0.33954 0.66256 0.33935 0.65923 0.34544 0.65889)
-               3 V(466 470 446) M(0) UV(0.34547 0.66447 0.33941 0.66559 0.33954 0.66256)
-               3 V(466 446 444) M(0) UV(0.34547 0.66447 0.33954 0.66256 0.34581 0.66180)
-               3 V(446 470 521) M(0) UV(0.33954 0.66256 0.33941 0.66559 0.33234 0.66615)
-               3 V(472 446 524) M(0) UV(0.33935 0.65923 0.33237 0.66287 0.33281 0.65921)
-               3 V(521 541 445) M(0) UV(0.32861 0.66631 0.32653 0.66668 0.32645 0.66287)
-               3 V(445 520 524) M(0) UV(0.32855 0.66277 0.32891 0.65910 0.33281 0.65921)
-               3 V(445 524 446) M(0) UV(0.32855 0.66277 0.33281 0.65921 0.33237 0.66287)
-               3 V(521 445 446) M(0) UV(0.32861 0.66631 0.32855 0.66277 0.33237 0.66287)
-               3 V(447 482 571) M(0) UV(0.32485 0.62831 0.32838 0.62830 0.32855 0.62973)
-               3 V(523 515 576) M(0) UV(0.33136 0.60681 0.33090 0.60808 0.32815 0.60670)
-               3 V(523 576 529) M(0) UV(0.33136 0.60681 0.32815 0.60670 0.32861 0.60507)
-               3 V(455 450 456) M(0) UV(0.38030 0.60870 0.38020 0.61219 0.37393 0.61085)
-               3 V(455 456 452) M(0) UV(0.38030 0.60870 0.37393 0.61085 0.37406 0.60751)
-               3 V(452 456 453) M(0) UV(0.37406 0.60751 0.37393 0.61085 0.36837 0.60872)
-               3 V(452 453 454) M(0) UV(0.37406 0.60751 0.36837 0.60872 0.36878 0.60510)
-               3 V(452 459 455) M(0) UV(0.37406 0.60751 0.37448 0.60441 0.38020 0.60506)
-               3 V(459 452 454) M(0) UV(0.37448 0.60441 0.37406 0.60751 0.36878 0.60510)
-               3 V(459 454 544) M(0) UV(0.37448 0.60441 0.36878 0.60510 0.36974 0.60153)
-               3 V(544 510 459) M(0) UV(0.36974 0.60153 0.37137 0.59821 0.37502 0.60127)
-               3 V(519 455 459) M(0) UV(0.37990 0.60150 0.38020 0.60506 0.37448 0.60441)
-               3 V(454 453 584) M(0) UV(0.36878 0.60510 0.36837 0.60872 0.36307 0.60642)
-               3 V(580 584 453) M(0) UV(0.36143 0.60980 0.36307 0.60642 0.36837 0.60872)
-               3 V(580 453 456) M(0) UV(0.36143 0.60980 0.36837 0.60872 0.36852 0.61276)
-               3 V(450 498 456) M(0) UV(0.37999 0.61594 0.37395 0.61881 0.37393 0.61473)
-               3 V(544 454 584) M(0) UV(0.36974 0.60153 0.36878 0.60510 0.36469 0.60263)
-               3 V(544 584 586) M(0) UV(0.36974 0.60153 0.36469 0.60263 0.36642 0.59876)
-               3 V(496 495 462) M(0) UV(0.37866 0.63021 0.37815 0.63427 0.37273 0.63379)
-               3 V(557 462 495) M(0) UV(0.37215 0.63818 0.37273 0.63379 0.37815 0.63427)
-               3 V(473 456 498) M(0) UV(0.36864 0.61738 0.37393 0.61473 0.37395 0.61881)
-               3 V(558 499 462) M(0) UV(0.36519 0.63836 0.36637 0.63324 0.37273 0.63379)
-               3 V(558 462 557) M(0) UV(0.36519 0.63836 0.37273 0.63379 0.37215 0.63818)
-               3 V(476 457 460) M(0) UV(0.36617 0.67100 0.37195 0.66369 0.37460 0.66942)
-               3 V(551 558 557) M(0) UV(0.36586 0.64315 0.36519 0.63836 0.37215 0.63818)
-               3 V(551 557 458) M(0) UV(0.36586 0.64315 0.37215 0.63818 0.37269 0.64304)
-               3 V(461 459 510) M(0) UV(0.37800 0.67638 0.37965 0.67891 0.37324 0.68114)
-               3 V(519 459 461) M(0) UV(0.37990 0.60150 0.37502 0.60127 0.37596 0.59576)
-               3 V(510 611 461) M(0) UV(0.37192 0.67814 0.37078 0.67563 0.37662 0.67357)
-               3 V(460 519 461) M(0) UV(0.37460 0.66942 0.38187 0.67176 0.37662 0.67357)
-               3 V(611 476 460) M(0) UV(0.37078 0.67563 0.36821 0.67280 0.37460 0.66942)
-               3 V(611 460 461) M(0) UV(0.37078 0.67563 0.37460 0.66942 0.37662 0.67357)
-               3 V(498 497 502) M(0) UV(0.37395 0.61881 0.37372 0.62432 0.36849 0.62333)
-               3 V(498 502 473) M(0) UV(0.37395 0.61881 0.36849 0.62333 0.36864 0.61738)
-               3 V(497 496 500) M(0) UV(0.37372 0.62432 0.37330 0.62944 0.36777 0.62861)
-               3 V(497 500 502) M(0) UV(0.37372 0.62432 0.36777 0.62861 0.36849 0.62333)
-               3 V(496 462 499) M(0) UV(0.37330 0.62944 0.37273 0.63379 0.36637 0.63324)
-               3 V(496 499 500) M(0) UV(0.37330 0.62944 0.36637 0.63324 0.36777 0.62861)
-               3 V(558 501 499) M(0) UV(0.36519 0.63836 0.36169 0.63530 0.36637 0.63324)
-               3 V(472 388 464) M(0) UV(0.33935 0.65923 0.33880 0.65610 0.34457 0.65580)
-               3 V(472 464 444) M(0) UV(0.33935 0.65923 0.34457 0.65580 0.34544 0.65889)
-               3 V(463 439 444) M(0) UV(0.35073 0.65540 0.35126 0.65805 0.34544 0.65889)
-               3 V(463 444 464) M(0) UV(0.35073 0.65540 0.34544 0.65889 0.34457 0.65580)
-               3 V(468 466 443) M(0) UV(0.35098 0.66508 0.34547 0.66447 0.35102 0.66278)
-               3 V(470 466 467) M(0) UV(0.33888 0.66848 0.34497 0.66718 0.34443 0.67027)
-               3 V(470 467 609) M(0) UV(0.33888 0.66848 0.34443 0.67027 0.33800 0.67171)
-               3 V(475 474 609) M(0) UV(0.34633 0.67634 0.33874 0.67775 0.33807 0.67470)
-               3 V(475 609 467) M(0) UV(0.34633 0.67634 0.33807 0.67470 0.34489 0.67327)
-               3 V(468 467 466) M(0) UV(0.35132 0.66729 0.34443 0.67027 0.34497 0.66718)
-               3 V(467 468 469) M(0) UV(0.34489 0.67327 0.35132 0.66729 0.35254 0.66967)
-               3 V(475 467 469) M(0) UV(0.34633 0.67634 0.34489 0.67327 0.35254 0.66967)
-               3 V(609 474 522) M(0) UV(0.33310 0.67558 0.33874 0.67775 0.33385 0.67876)
-               3 V(524 388 472) M(0) UV(0.33328 0.65622 0.33880 0.65610 0.33935 0.65923)
-               3 V(470 609 521) M(0) UV(0.33888 0.66848 0.33237 0.67254 0.33226 0.66935)
-               3 V(511 506 478) M(0) UV(0.34111 0.63072 0.34929 0.63347 0.34161 0.63349)
-               3 V(571 511 478) M(0) UV(0.33428 0.63077 0.34111 0.63072 0.34161 0.63349)
-               3 V(571 478 479) M(0) UV(0.33428 0.63077 0.34161 0.63349 0.33475 0.63364)
-               3 V(479 569 571) M(0) UV(0.33475 0.63364 0.33160 0.63316 0.33119 0.63175)
-               3 V(500 499 503) M(0) UV(0.36362 0.63120 0.36637 0.63324 0.35665 0.63332)
-               3 V(473 502 486) M(0) UV(0.36527 0.62026 0.36849 0.62333 0.35776 0.62032)
-               3 V(473 486 505) M(0) UV(0.36527 0.62026 0.35776 0.62032 0.35789 0.61806)
-               3 V(502 500 480) M(0) UV(0.36468 0.62627 0.36777 0.62861 0.35714 0.62725)
-               3 V(480 481 508) M(0) UV(0.35700 0.62500 0.34888 0.62611 0.34911 0.62350)
-               3 V(508 481 512) M(0) UV(0.34911 0.62350 0.34888 0.62611 0.34093 0.62526)
-               3 V(572 482 514) M(0) UV(0.33401 0.62121 0.33084 0.62382 0.33063 0.62201)
-               3 V(477 612 613) M(0) UV(0.35321 0.67853 0.36144 0.67572 0.35718 0.67994)
-               3 V(572 512 482) M(0) UV(0.33401 0.62121 0.34093 0.62526 0.33395 0.62503)
-               3 V(505 486 509) M(0) UV(0.35789 0.61806 0.35776 0.62032 0.34970 0.61811)
-               3 V(509 487 513) M(0) UV(0.35029 0.61572 0.34207 0.61631 0.34285 0.61376)
-               3 V(515 513 487) M(0) UV(0.33602 0.61237 0.34285 0.61376 0.34207 0.61631)
-               3 V(515 487 491) M(0) UV(0.33602 0.61237 0.34207 0.61631 0.33515 0.61532)
-               3 V(543 571 569) M(0) UV(0.32639 0.63268 0.32900 0.63221 0.32926 0.63344)
-               3 V(489 541 521) M(0) UV(0.32705 0.67035 0.32653 0.66668 0.32861 0.66631)
-               3 V(541 489 542) M(0) UV(0.32653 0.66668 0.32705 0.67035 0.32470 0.66960)
-               3 V(588 522 414) M(0) UV(0.32899 0.67634 0.33145 0.67949 0.32970 0.68023)
-               3 V(491 493 515) M(0) UV(0.33515 0.61532 0.33182 0.61408 0.33233 0.61272)
-               3 V(576 515 493) M(0) UV(0.32751 0.61180 0.32994 0.61237 0.32937 0.61340)
-               3 V(576 493 418) M(0) UV(0.32751 0.61180 0.32937 0.61340 0.32713 0.61298)
-               3 V(505 509 554) M(0) UV(0.35988 0.61381 0.35107 0.61367 0.35216 0.61093)
-               3 V(554 509 513) M(0) UV(0.35216 0.61093 0.35107 0.61367 0.34372 0.61147)
-               3 V(503 499 501) M(0) UV(0.35665 0.63332 0.36637 0.63324 0.36169 0.63530)
-               3 V(503 501 504) M(0) UV(0.35665 0.63332 0.36169 0.63530 0.35598 0.63529)
-               3 V(506 503 504) M(0) UV(0.34929 0.63347 0.35665 0.63332 0.35598 0.63529)
-               3 V(506 504 507) M(0) UV(0.34929 0.63347 0.35598 0.63529 0.34931 0.63543)
-               3 V(478 507 555) M(0) UV(0.34181 0.63558 0.34926 0.63738 0.34192 0.63757)
-               3 V(478 506 507) M(0) UV(0.34161 0.63349 0.34929 0.63347 0.34931 0.63543)
-               3 V(479 478 555) M(0) UV(0.33543 0.63590 0.34181 0.63558 0.34192 0.63757)
-               3 V(480 500 503) M(0) UV(0.35662 0.62909 0.36362 0.63120 0.35650 0.63109)
-               3 V(481 480 503) M(0) UV(0.34866 0.62853 0.35662 0.62909 0.35650 0.63109)
-               3 V(481 503 506) M(0) UV(0.34866 0.62853 0.35650 0.63109 0.34885 0.63086)
-               3 V(511 481 506) M(0) UV(0.34084 0.62810 0.34866 0.62853 0.34885 0.63086)
-               3 V(512 481 511) M(0) UV(0.34093 0.62526 0.34866 0.62853 0.34084 0.62810)
-               3 V(482 512 511) M(0) UV(0.33450 0.62804 0.34093 0.62526 0.34084 0.62810)
-               3 V(511 571 482) M(0) UV(0.34111 0.63072 0.33428 0.63077 0.33450 0.62804)
-               3 V(502 480 486) M(0) UV(0.36483 0.62461 0.35700 0.62500 0.35711 0.62265)
-               3 V(486 480 508) M(0) UV(0.35711 0.62265 0.35700 0.62500 0.34911 0.62350)
-               3 V(486 508 509) M(0) UV(0.35776 0.62032 0.34937 0.62080 0.34970 0.61811)
-               3 V(508 512 487) M(0) UV(0.34937 0.62080 0.34122 0.62220 0.34160 0.61911)
-               3 V(509 508 487) M(0) UV(0.34970 0.61811 0.34937 0.62080 0.34160 0.61911)
-               3 V(491 487 512) M(0) UV(0.33501 0.61810 0.34160 0.61911 0.34122 0.62220)
-               3 V(491 512 572) M(0) UV(0.33501 0.61810 0.34122 0.62220 0.33401 0.62121)
-               3 V(488 609 522) M(0) UV(0.32966 0.67307 0.33310 0.67558 0.33069 0.67608)
-               3 V(521 609 488) M(0) UV(0.33226 0.66935 0.33237 0.67254 0.32966 0.67307)
-               3 V(488 489 521) M(0) UV(0.32796 0.67347 0.32705 0.67035 0.32908 0.66990)
-               3 V(522 588 488) M(0) UV(0.33069 0.67608 0.32899 0.67634 0.32796 0.67347)
-               3 V(488 588 489) M(0) UV(0.32796 0.67347 0.32530 0.67657 0.32471 0.67446)
-               3 V(514 493 491) M(0) UV(0.33039 0.61937 0.33072 0.61765 0.33501 0.61810)
-               3 V(514 491 572) M(0) UV(0.33039 0.61937 0.33501 0.61810 0.33401 0.62121)
-               3 V(492 418 493) M(0) UV(0.32425 0.61699 0.32465 0.61553 0.32784 0.61600)
-               3 V(501 558 546) M(0) UV(0.36145 0.63687 0.36519 0.63836 0.35603 0.63961)
-               3 V(501 546 504) M(0) UV(0.36145 0.63687 0.35603 0.63961 0.35588 0.63726)
-               3 V(507 504 546) M(0) UV(0.34926 0.63738 0.35588 0.63726 0.35603 0.63961)
-               3 V(554 513 559) M(0) UV(0.35216 0.61093 0.34479 0.60870 0.34634 0.60451)
-               3 V(554 559 581) M(0) UV(0.35216 0.61093 0.34634 0.60451 0.35446 0.60676)
-               3 V(586 585 510) M(0) UV(0.36642 0.59876 0.36898 0.59499 0.37137 0.59821)
-               3 V(586 510 544) M(0) UV(0.36642 0.59876 0.37137 0.59821 0.36974 0.60153)
-               3 V(585 583 510) M(0) UV(0.36880 0.68241 0.36714 0.68005 0.37192 0.67814)
-               3 V(549 550 555) M(0) UV(0.34894 0.64381 0.34245 0.64414 0.34206 0.64036)
-               3 V(549 555 507) M(0) UV(0.34894 0.64381 0.34206 0.64036 0.34898 0.64004)
-               3 V(479 555 570) M(0) UV(0.33547 0.63820 0.34206 0.64036 0.33571 0.64083)
-               3 V(515 553 559) M(0) UV(0.33742 0.60759 0.33937 0.60403 0.34634 0.60451)
-               3 V(515 559 513) M(0) UV(0.33742 0.60759 0.34634 0.60451 0.34479 0.60870)
-               3 V(523 553 515) M(0) UV(0.33489 0.60532 0.33937 0.60403 0.33742 0.60759)
-               3 V(482 447 514) M(0) UV(0.32838 0.62538 0.32556 0.62519 0.32569 0.62345)
-               3 V(553 530 559) M(0) UV(0.33937 0.60403 0.34451 0.60033 0.34634 0.60451)
-               3 V(523 529 553) M(0) UV(0.33251 0.60402 0.33296 0.60176 0.33561 0.60278)
-               3 V(526 570 552) M(0) UV(0.33042 0.64514 0.33279 0.64489 0.33319 0.64855)
-               3 V(529 391 553) M(0) UV(0.33450 0.68955 0.33653 0.68653 0.33644 0.68918)
-               3 V(553 391 610) M(0) UV(0.33644 0.68918 0.33653 0.68653 0.33956 0.68547)
-               3 V(529 575 391) M(0) UV(0.33273 0.69062 0.33218 0.68818 0.33421 0.68735)
-               3 V(610 393 530) M(0) UV(0.33956 0.68547 0.34348 0.68506 0.34226 0.68841)
-               3 V(610 530 553) M(0) UV(0.33956 0.68547 0.34226 0.68841 0.33909 0.68871)
-               3 V(391 474 610) M(0) UV(0.33577 0.68407 0.33948 0.68301 0.33956 0.68547)
-               3 V(582 614 583) M(0) UV(0.36398 0.68325 0.36511 0.67803 0.36714 0.68005)
-               3 V(583 614 611) M(0) UV(0.36714 0.68005 0.36511 0.67803 0.37078 0.67563)
-               3 V(583 611 510) M(0) UV(0.36714 0.68005 0.37078 0.67563 0.37192 0.67814)
-               3 V(551 546 558) M(0) UV(0.36586 0.64315 0.35603 0.63961 0.36519 0.63836)
-               3 V(545 546 551) M(0) UV(0.35772 0.64776 0.35654 0.64344 0.36586 0.64315)
-               3 V(549 546 545) M(0) UV(0.34931 0.64768 0.35654 0.64344 0.35772 0.64776)
-               3 V(507 546 549) M(0) UV(0.34898 0.64004 0.35654 0.64344 0.34894 0.64381)
-               3 V(570 550 471) M(0) UV(0.33635 0.64466 0.34231 0.64789 0.33669 0.64826)
-               3 V(570 555 550) M(0) UV(0.33571 0.64083 0.34206 0.64036 0.34245 0.64414)
-               3 V(471 552 570) M(0) UV(0.33669 0.64826 0.33319 0.64855 0.33279 0.64489)
-               3 V(456 473 505) M(0) UV(0.36852 0.61276 0.36864 0.61738 0.35988 0.61381)
-               3 V(456 505 580) M(0) UV(0.36852 0.61276 0.35988 0.61381 0.36143 0.60980)
-               3 V(613 612 614) M(0) UV(0.35718 0.67994 0.36144 0.67572 0.36511 0.67803)
-               3 V(611 614 612) M(0) UV(0.37078 0.67563 0.36511 0.67803 0.36144 0.67572)
-               3 V(611 612 476) M(0) UV(0.37078 0.67563 0.36144 0.67572 0.36821 0.67280)
-               3 V(474 390 393) M(0) UV(0.33948 0.68301 0.34424 0.68253 0.34348 0.68506)
-               3 V(474 393 610) M(0) UV(0.33948 0.68301 0.34348 0.68506 0.33956 0.68547)
-               3 V(585 582 583) M(0) UV(0.36588 0.68499 0.36398 0.68325 0.36714 0.68005)
-               3 V(514 492 493) M(0) UV(0.32453 0.62040 0.32410 0.61866 0.32745 0.61888)
-               3 V(447 571 543) M(0) UV(0.32499 0.62998 0.32877 0.63099 0.32561 0.63141)
-               3 V(569 479 570) M(0) UV(0.33207 0.63868 0.33547 0.63820 0.33571 0.64083)
-               3 V(580 505 554) M(0) UV(0.36143 0.60980 0.35988 0.61381 0.35216 0.61093)
-               3 V(580 554 581) M(0) UV(0.36143 0.60980 0.35216 0.61093 0.35446 0.60676)
-               3 V(458 494 433) M(0) UV(0.37835 0.64925 0.38805 0.64813 0.38835 0.65248)
-               3 V(458 433 436) M(0) UV(0.37835 0.64925 0.38835 0.65248 0.37843 0.65488)
-               3 V(519 435 434) M(0) UV(0.38237 0.66686 0.37984 0.66100 0.38903 0.65773)
-               3 V(519 434 518) M(0) UV(0.38237 0.66686 0.38903 0.65773 0.39054 0.66307)
-               3 V(450 455 525) M(0) UV(0.38020 0.61219 0.38030 0.60870 0.39049 0.61168)
-               3 V(450 525 451) M(0) UV(0.38020 0.61219 0.39049 0.61168 0.39045 0.61512)
-               3 V(561 525 455) M(0) UV(0.39011 0.60418 0.39042 0.60800 0.38020 0.60506)
-               3 V(561 455 519) M(0) UV(0.39011 0.60418 0.38020 0.60506 0.37990 0.60150)
-               3 V(494 458 565) M(0) UV(0.38805 0.64813 0.37782 0.64306 0.38780 0.64257)
-               3 V(565 557 495) M(0) UV(0.38809 0.63840 0.37775 0.63819 0.37815 0.63427)
-               3 V(565 495 517) M(0) UV(0.38809 0.63840 0.37815 0.63427 0.38869 0.63486)
-               3 V(517 495 496) M(0) UV(0.38869 0.63486 0.37815 0.63427 0.37866 0.63021)
-               3 V(517 496 562) M(0) UV(0.38869 0.63486 0.37866 0.63021 0.38921 0.63103)
-               3 V(563 562 496) M(0) UV(0.38962 0.62648 0.38921 0.63103 0.37866 0.63021)
-               3 V(563 496 497) M(0) UV(0.38962 0.62648 0.37866 0.63021 0.37926 0.62508)
-               3 V(564 563 497) M(0) UV(0.39007 0.62217 0.38962 0.62648 0.37926 0.62508)
-               3 V(564 497 498) M(0) UV(0.39007 0.62217 0.37926 0.62508 0.37973 0.61988)
-               3 V(451 564 498) M(0) UV(0.39030 0.61852 0.39007 0.62217 0.37973 0.61988)
-               3 V(451 498 450) M(0) UV(0.39030 0.61852 0.37973 0.61988 0.37999 0.61594)
-               3 V(519 518 561) M(0) UV(0.38467 0.66987 0.39054 0.66307 0.39311 0.66769)
-               3 V(565 458 557) M(0) UV(0.38780 0.64257 0.37782 0.64306 0.37775 0.63819)
-               3 V(926 923 924) M(0) UV(0.21299 0.97262 0.21299 0.97035 0.21139 0.97149)
-               3 V(926 922 923) M(0) UV(0.21299 0.97262 0.21460 0.97149 0.21299 0.97035)
-               3 V(925 924 923) M(0) UV(0.21299 0.97035 0.21139 0.97149 0.21299 0.97035)
-               3 V(925 923 922) M(0) UV(0.21299 0.97035 0.21299 0.97035 0.21460 0.97149)
-               3 V(926 924 921) M(0) UV(0.21299 0.97262 0.21139 0.97149 0.21299 0.97262)
-               3 V(925 921 924) M(0) UV(0.21299 0.97035 0.21299 0.97262 0.21139 0.97149)
-               3 V(926 921 922) M(0) UV(0.21299 0.97262 0.21299 0.97262 0.21460 0.97149)
-               3 V(925 922 921) M(0) UV(0.21299 0.97035 0.21460 0.97149 0.21299 0.97262)
-               3 V(932 929 930) M(0) UV(0.22089 0.97270 0.22071 0.97035 0.22228 0.97147)
-               3 V(932 928 929) M(0) UV(0.22089 0.97270 0.21915 0.97198 0.22071 0.97035)
-               3 V(931 930 929) M(0) UV(0.22050 0.97068 0.22228 0.97147 0.22071 0.97035)
-               3 V(931 929 928) M(0) UV(0.22050 0.97068 0.22071 0.97035 0.21915 0.97198)
-               3 V(932 930 927) M(0) UV(0.22089 0.97270 0.22228 0.97147 0.22070 0.97302)
-               3 V(931 927 930) M(0) UV(0.22050 0.97068 0.22070 0.97302 0.22228 0.97147)
-               3 V(932 927 928) M(0) UV(0.22089 0.97270 0.22070 0.97302 0.21915 0.97198)
-               3 V(931 928 927) M(0) UV(0.22050 0.97068 0.21915 0.97198 0.22070 0.97302)
-               3 V(938 936 935) M(0) UV(0.22466 0.97269 0.22228 0.97283 0.22442 0.97035)
-               3 V(938 935 934) M(0) UV(0.22466 0.97269 0.22442 0.97035 0.22712 0.97268)
-               3 V(937 936 935) M(0) UV(0.22929 0.97276 0.22712 0.97284 0.22927 0.97035)
-               3 V(937 935 934) M(0) UV(0.22929 0.97276 0.22927 0.97035 0.23197 0.97268)
-               3 V(938 933 936) M(0) UV(0.22466 0.97269 0.22438 0.97512 0.22228 0.97283)
-               3 V(937 933 936) M(0) UV(0.22929 0.97276 0.22924 0.97512 0.22712 0.97284)
-               3 V(938 934 933) M(0) UV(0.22466 0.97269 0.22712 0.97268 0.22438 0.97512)
-               3 V(937 934 933) M(0) UV(0.22929 0.97276 0.23197 0.97268 0.22924 0.97512)
-               3 V(944 941 942) M(0) UV(0.23357 0.97262 0.23357 0.97035 0.23518 0.97149)
-               3 V(944 940 941) M(0) UV(0.23357 0.97262 0.23197 0.97149 0.23357 0.97035)
-               3 V(943 942 941) M(0) UV(0.23357 0.97035 0.23518 0.97149 0.23357 0.97035)
-               3 V(943 941 940) M(0) UV(0.23357 0.97035 0.23357 0.97035 0.23197 0.97149)
-               3 V(944 942 939) M(0) UV(0.23357 0.97262 0.23518 0.97149 0.23357 0.97262)
-               3 V(943 939 942) M(0) UV(0.23357 0.97035 0.23357 0.97262 0.23518 0.97149)
-               3 V(944 939 940) M(0) UV(0.23357 0.97262 0.23357 0.97262 0.23197 0.97149)
-               3 V(943 940 939) M(0) UV(0.23357 0.97035 0.23197 0.97149 0.23357 0.97262)
-               3 V(960 958 959) M(0) UV(0.23518 0.97147 0.23630 0.97035 0.23630 0.97147)
-               3 V(960 957 958) M(0) UV(0.23518 0.97147 0.23630 0.97147 0.23630 0.97035)
-               3 V(959 958 957) M(0) UV(0.23742 0.97147 0.23630 0.97035 0.23630 0.97147)
-               3 V(960 959 957) M(0) UV(0.23518 0.97147 0.23630 0.97260 0.23630 0.97147)
-               3 V(950 947 948) M(0) UV(0.23965 0.97035 0.24042 0.97078 0.23901 0.97224)
-               3 V(950 946 947) M(0) UV(0.23965 0.97035 0.24182 0.97091 0.24042 0.97078)
-               3 V(949 948 947) M(0) UV(0.24118 0.97280 0.23901 0.97224 0.24042 0.97078)
-               3 V(949 947 946) M(0) UV(0.24118 0.97280 0.24042 0.97078 0.24182 0.97091)
-               3 V(950 948 945) M(0) UV(0.23965 0.97035 0.23901 0.97224 0.24042 0.97237)
-               3 V(949 945 948) M(0) UV(0.24118 0.97280 0.24042 0.97237 0.23901 0.97224)
-               3 V(950 945 946) M(0) UV(0.23965 0.97035 0.24042 0.97237 0.24182 0.97091)
-               3 V(949 946 945) M(0) UV(0.24118 0.97280 0.24182 0.97091 0.24042 0.97237)
-               3 V(966 963 964) M(0) UV(0.24182 0.97147 0.24295 0.97035 0.24295 0.97147)
-               3 V(966 962 963) M(0) UV(0.24182 0.97147 0.24295 0.97147 0.24295 0.97035)
-               3 V(965 964 963) M(0) UV(0.24407 0.97147 0.24295 0.97147 0.24295 0.97035)
-               3 V(965 963 962) M(0) UV(0.24407 0.97147 0.24295 0.97035 0.24295 0.97147)
-               3 V(966 964 961) M(0) UV(0.24182 0.97147 0.24295 0.97147 0.24295 0.97260)
-               3 V(965 961 964) M(0) UV(0.24407 0.97147 0.24295 0.97260 0.24295 0.97147)
-               3 V(966 961 962) M(0) UV(0.24182 0.97147 0.24295 0.97260 0.24295 0.97147)
-               3 V(965 962 961) M(0) UV(0.24407 0.97147 0.24295 0.97147 0.24295 0.97260)
-               3 V(978 975 976) M(0) UV(0.24407 0.97147 0.24486 0.97035 0.24407 0.97147)
-               3 V(978 974 975) M(0) UV(0.24407 0.97147 0.24566 0.97147 0.24486 0.97035)
-               3 V(977 976 975) M(0) UV(0.24566 0.97147 0.24407 0.97147 0.24486 0.97035)
-               3 V(977 975 974) M(0) UV(0.24566 0.97147 0.24486 0.97035 0.24566 0.97147)
-               3 V(978 976 973) M(0) UV(0.24407 0.97147 0.24407 0.97147 0.24486 0.97260)
-               3 V(977 973 976) M(0) UV(0.24566 0.97147 0.24486 0.97260 0.24407 0.97147)
-               3 V(978 973 974) M(0) UV(0.24407 0.97147 0.24486 0.97260 0.24566 0.97147)
-               3 V(977 974 973) M(0) UV(0.24566 0.97147 0.24566 0.97147 0.24486 0.97260)
-               3 V(956 953 954) M(0) UV(0.24566 0.97149 0.24726 0.97035 0.24726 0.97262)
-               3 V(956 952 953) M(0) UV(0.24566 0.97149 0.24726 0.97035 0.24726 0.97035)
-               3 V(955 954 953) M(0) UV(0.24886 0.97149 0.24726 0.97262 0.24726 0.97035)
-               3 V(955 953 952) M(0) UV(0.24886 0.97149 0.24726 0.97035 0.24726 0.97035)
-               3 V(956 954 951) M(0) UV(0.24566 0.97149 0.24726 0.97262 0.24726 0.97262)
-               3 V(955 951 954) M(0) UV(0.24886 0.97149 0.24726 0.97262 0.24726 0.97262)
-               3 V(956 951 952) M(0) UV(0.24566 0.97149 0.24726 0.97262 0.24726 0.97035)
-               3 V(955 952 951) M(0) UV(0.24886 0.97149 0.24726 0.97035 0.24726 0.97262)
-               3 V(972 969 970) M(0) UV(0.25274 0.97147 0.25168 0.97035 0.25203 0.97147)
-               3 V(972 968 969) M(0) UV(0.25274 0.97147 0.25132 0.97147 0.25168 0.97035)
-               3 V(971 970 969) M(0) UV(0.25061 0.97147 0.25203 0.97147 0.25168 0.97035)
-               3 V(971 969 968) M(0) UV(0.25061 0.97147 0.25168 0.97035 0.25132 0.97147)
-               3 V(972 970 967) M(0) UV(0.25274 0.97147 0.25203 0.97147 0.25168 0.97260)
-               3 V(971 967 970) M(0) UV(0.25061 0.97147 0.25168 0.97260 0.25203 0.97147)
-               3 V(972 967 968) M(0) UV(0.25274 0.97147 0.25168 0.97260 0.25132 0.97147)
-               3 V(971 968 967) M(0) UV(0.25061 0.97147 0.25132 0.97147 0.25168 0.97260)
-               3 V(920 917 918) M(0) UV(0.21827 0.97166 0.21687 0.97035 0.21460 0.97207)
-               3 V(920 916 917) M(0) UV(0.21827 0.97166 0.21915 0.97337 0.21687 0.97035)
-               3 V(919 918 917) M(0) UV(0.21547 0.97378 0.21460 0.97207 0.21687 0.97035)
-               3 V(919 917 916) M(0) UV(0.21547 0.97378 0.21687 0.97035 0.21915 0.97337)
-               3 V(920 918 915) M(0) UV(0.21827 0.97166 0.21460 0.97207 0.21687 0.97509)
-               3 V(919 915 918) M(0) UV(0.21547 0.97378 0.21687 0.97509 0.21460 0.97207)
-               3 V(920 915 916) M(0) UV(0.21827 0.97166 0.21687 0.97509 0.21915 0.97337)
-               3 V(919 916 915) M(0) UV(0.21547 0.97378 0.21915 0.97337 0.21687 0.97509)
-               3 V(712 713 711) M(0) UV(0.93135 0.60676 0.92439 0.60980 0.92275 0.60642)
-               3 V(752 711 707) M(0) UV(0.92428 0.60046 0.92112 0.60263 0.91939 0.59876)
-               3 V(752 707 708) M(0) UV(0.92428 0.60046 0.91939 0.59876 0.92257 0.59622)
-               3 V(769 902 715) M(0) UV(0.93366 0.68881 0.93550 0.68439 0.93669 0.68819)
-               3 V(902 685 766) M(0) UV(0.93550 0.68439 0.93857 0.68688 0.93959 0.68909)
-               3 V(902 766 715) M(0) UV(0.93550 0.68439 0.93959 0.68909 0.93669 0.68819)
-               3 V(711 752 901) M(0) UV(0.92641 0.60413 0.92864 0.60102 0.93239 0.60254)
-               3 V(711 901 712) M(0) UV(0.92641 0.60413 0.93239 0.60254 0.93135 0.60676)
-               3 V(708 757 752) M(0) UV(0.92257 0.59622 0.92513 0.59436 0.92651 0.59815)
-               3 V(687 685 768) M(0) UV(0.94214 0.68868 0.93978 0.68556 0.94260 0.68850)
-               3 V(687 768 737) M(0) UV(0.93586 0.59909 0.93933 0.59965 0.93693 0.60181)
-               3 V(712 901 737) M(0) UV(0.93135 0.60676 0.93239 0.60254 0.93693 0.60181)
-               3 V(901 752 687) M(0) UV(0.93239 0.60254 0.93287 0.59919 0.93586 0.59909)
-               3 V(901 687 737) M(0) UV(0.93239 0.60254 0.93586 0.59909 0.93693 0.60181)
-               3 V(757 710 714) M(0) UV(0.92401 0.68966 0.92399 0.68624 0.92634 0.68864)
-               3 V(757 708 710) M(0) UV(0.92171 0.68756 0.91993 0.68499 0.92183 0.68325)
-               3 V(679 714 710) M(0) UV(0.92458 0.68189 0.92693 0.68488 0.92399 0.68624)
-               3 V(680 714 679) M(0) UV(0.92863 0.67994 0.92693 0.68488 0.92458 0.68189)
-               3 V(680 769 714) M(0) UV(0.93037 0.68310 0.93171 0.68597 0.92895 0.68750)
-               3 V(769 680 906) M(0) UV(0.93171 0.68597 0.93037 0.68310 0.93436 0.68139)
-               3 V(769 906 902) M(0) UV(0.93171 0.68597 0.93436 0.68139 0.93550 0.68439)
-               3 V(680 823 906) M(0) UV(0.93037 0.68310 0.93261 0.67853 0.93436 0.68139)
-               3 V(716 714 769) M(0) UV(0.92861 0.69143 0.92895 0.68750 0.93101 0.69020)
-               3 V(688 689 687) M(0) UV(0.93195 0.59358 0.93603 0.59128 0.93393 0.59468)
-               3 V(687 689 766) M(0) UV(0.93626 0.59533 0.93603 0.59128 0.93794 0.59248)
-               3 V(687 752 688) M(0) UV(0.93393 0.59468 0.93006 0.59771 0.93195 0.59358)
-               3 V(716 757 714) M(0) UV(0.92635 0.69224 0.92401 0.68966 0.92634 0.68864)
-               3 V(687 766 685) M(0) UV(0.94167 0.68991 0.93959 0.68909 0.93857 0.68688)
-               3 V(688 686 689) M(0) UV(0.93059 0.59097 0.93299 0.58752 0.93436 0.58971)
-               3 V(762 761 758) M(0) UV(0.93092 0.70061 0.92997 0.69775 0.93186 0.69756)
-               3 V(783 765 766) M(0) UV(0.94175 0.58599 0.94289 0.58769 0.94022 0.59024)
-               3 V(783 766 760) M(0) UV(0.94175 0.58599 0.94022 0.59024 0.93870 0.58865)
-               3 V(765 715 766) M(0) UV(0.93976 0.69417 0.93766 0.69169 0.93957 0.69155)
-               3 V(715 765 759) M(0) UV(0.93766 0.69169 0.93831 0.69468 0.93632 0.69549)
-               3 V(760 766 689) M(0) UV(0.93870 0.58865 0.93794 0.59248 0.93603 0.59128)
-               3 V(769 758 770) M(0) UV(0.93285 0.69390 0.93186 0.69756 0.93069 0.69468)
-               3 V(770 758 761) M(0) UV(0.93069 0.69468 0.93186 0.69756 0.92997 0.69775)
-               3 V(715 759 758) M(0) UV(0.93536 0.69258 0.93632 0.69549 0.93406 0.69681)
-               3 V(715 758 769) M(0) UV(0.93536 0.69258 0.93406 0.69681 0.93285 0.69390)
-               3 V(686 761 760) M(0) UV(0.93299 0.58752 0.93608 0.58429 0.93730 0.58666)
-               3 V(686 760 689) M(0) UV(0.93299 0.58752 0.93730 0.58666 0.93436 0.58971)
-               3 V(769 770 716) M(0) UV(0.93101 0.69020 0.93069 0.69468 0.92861 0.69143)
-               3 V(688 752 757) M(0) UV(0.93195 0.59358 0.93006 0.59771 0.92846 0.59462)
-               3 V(761 762 783) M(0) UV(0.93608 0.58429 0.93925 0.58133 0.94041 0.58390)
-               3 V(761 783 760) M(0) UV(0.93608 0.58429 0.94041 0.58390 0.93730 0.58666)
-               3 V(770 761 686) M(0) UV(0.93195 0.58267 0.93538 0.58228 0.93243 0.58517)
-               3 V(686 688 716) M(0) UV(0.93243 0.58517 0.92981 0.58828 0.92871 0.58534)
-               3 V(686 716 770) M(0) UV(0.93243 0.58517 0.92871 0.58534 0.93195 0.58267)
-               3 V(688 757 716) M(0) UV(0.92981 0.58828 0.92574 0.58850 0.92871 0.58534)
-               3 V(782 747 727) M(0) UV(0.94457 0.57421 0.94713 0.57552 0.94465 0.57549)
-               3 V(747 782 772) M(0) UV(0.93857 0.70569 0.93567 0.70488 0.93809 0.70394)
-               3 V(773 747 772) M(0) UV(0.94076 0.70524 0.93857 0.70569 0.93809 0.70394)
-               3 V(727 726 782) M(0) UV(0.94465 0.57549 0.94227 0.57475 0.94457 0.57421)
-               3 V(765 783 771) M(0) UV(0.94289 0.58769 0.94175 0.58599 0.94434 0.58344)
-               3 V(765 771 773) M(0) UV(0.94289 0.58769 0.94434 0.58344 0.94610 0.58496)
-               3 V(771 783 762) M(0) UV(0.94281 0.58166 0.94041 0.58390 0.93925 0.58133)
-               3 V(771 762 726) M(0) UV(0.94281 0.58166 0.93925 0.58133 0.94186 0.57916)
-               3 V(782 758 759) M(0) UV(0.93512 0.70282 0.93454 0.69943 0.93700 0.69834)
-               3 V(782 759 772) M(0) UV(0.93512 0.70282 0.93700 0.69834 0.93758 0.70171)
-               3 V(759 765 772) M(0) UV(0.93700 0.69834 0.93912 0.69754 0.93986 0.70126)
-               3 V(758 782 726) M(0) UV(0.93255 0.70017 0.93349 0.70355 0.93223 0.70412)
-               3 V(758 726 762) M(0) UV(0.93255 0.70017 0.93223 0.70412 0.93092 0.70061)
-               3 V(773 772 765) M(0) UV(0.94130 0.70109 0.93986 0.70126 0.93912 0.69754)
-               3 V(784 882 775) M(0) UV(0.95801 0.60837 0.96115 0.60680 0.96210 0.60881)
-               3 V(717 882 784) M(0) UV(0.95721 0.60507 0.96058 0.60510 0.95766 0.60670)
-               3 V(881 870 871) M(0) UV(0.96660 0.68259 0.96616 0.68453 0.96356 0.68312)
-               3 V(882 717 868) M(0) UV(0.96485 0.60301 0.96202 0.60221 0.96436 0.60117)
-               3 V(870 864 878) M(0) UV(0.96657 0.68686 0.96519 0.68956 0.96204 0.68759)
-               3 V(870 878 871) M(0) UV(0.96657 0.68686 0.96204 0.68759 0.96315 0.68496)
-               3 V(881 871 775) M(0) UV(0.96418 0.68119 0.96133 0.68187 0.96219 0.68027)
-               3 V(775 882 881) M(0) UV(0.96588 0.60947 0.96640 0.60633 0.96756 0.60849)
-               3 V(775 871 705) M(0) UV(0.96219 0.68027 0.96133 0.68187 0.95948 0.68104)
-               3 V(764 871 878) M(0) UV(0.95651 0.68722 0.95741 0.68471 0.95957 0.68602)
-               3 V(878 868 764) M(0) UV(0.95858 0.68858 0.95785 0.69026 0.95594 0.68919)
-               3 V(764 868 717) M(0) UV(0.95594 0.68919 0.95690 0.69194 0.95529 0.69122)
-               3 V(882 862 881) M(0) UV(0.96555 0.60464 0.96818 0.60351 0.96892 0.60524)
-               3 V(864 863 877) M(0) UV(0.96519 0.68956 0.96771 0.69478 0.96364 0.69247)
-               3 V(872 863 864) M(0) UV(0.97056 0.68970 0.96916 0.69218 0.96519 0.68956)
-               3 V(872 864 870) M(0) UV(0.97056 0.68970 0.96519 0.68956 0.96657 0.68686)
-               3 V(877 863 867) M(0) UV(0.96416 0.69458 0.96700 0.69625 0.96627 0.69763)
-               3 V(868 862 882) M(0) UV(0.96436 0.60117 0.96744 0.60184 0.96485 0.60301)
-               3 V(868 877 862) M(0) UV(0.96377 0.59756 0.96627 0.59681 0.96651 0.59839)
-               3 V(878 877 868) M(0) UV(0.96080 0.69018 0.96180 0.69313 0.95984 0.69159)
-               3 V(867 874 880) M(0) UV(0.97427 0.59702 0.97662 0.59602 0.97726 0.59782)
-               3 V(875 874 863) M(0) UV(0.97298 0.69488 0.97155 0.69769 0.96771 0.69478)
-               3 V(875 863 872) M(0) UV(0.97298 0.69488 0.96916 0.69218 0.97056 0.68970)
-               3 V(864 877 878) M(0) UV(0.96519 0.68956 0.96364 0.69247 0.96080 0.69018)
-               3 V(867 880 879) M(0) UV(0.97549 0.60070 0.97860 0.60144 0.97614 0.60240)
-               3 V(862 877 867) M(0) UV(0.96878 0.59755 0.97046 0.59517 0.97118 0.59654)
-               3 V(879 881 862) M(0) UV(0.97131 0.60426 0.96892 0.60524 0.96818 0.60351)
-               3 V(879 872 870) M(0) UV(0.97274 0.68697 0.97159 0.68828 0.96871 0.68621)
-               3 V(881 879 870) M(0) UV(0.96660 0.68259 0.96856 0.68382 0.96767 0.68496)
-               3 V(869 872 879) M(0) UV(0.97499 0.68879 0.97159 0.68828 0.97274 0.68697)
-               3 V(872 869 875) M(0) UV(0.97056 0.68970 0.97433 0.69038 0.97450 0.69245)
-               3 V(879 880 869) M(0) UV(0.97614 0.60240 0.97860 0.60144 0.97933 0.60301)
-               3 V(879 862 867) M(0) UV(0.97366 0.60336 0.97069 0.60254 0.97316 0.60160)
-               3 V(874 867 863) M(0) UV(0.96857 0.69929 0.96627 0.69763 0.96700 0.69625)
-               3 V(874 865 880) M(0) UV(0.97871 0.59526 0.98162 0.59620 0.97934 0.59701)
-               3 V(866 876 873) M(0) UV(0.98092 0.69884 0.97855 0.69894 0.97973 0.69731)
-               3 V(866 874 876) M(0) UV(0.97740 0.70076 0.97490 0.69940 0.97622 0.69712)
-               3 V(874 875 876) M(0) UV(0.97490 0.69940 0.97298 0.69488 0.97622 0.69712)
-               3 V(865 874 866) M(0) UV(0.98292 0.59235 0.98207 0.59101 0.98508 0.59046)
-               3 V(866 873 869) M(0) UV(0.98751 0.59734 0.98817 0.59826 0.98512 0.60027)
-               3 V(866 869 865) M(0) UV(0.98751 0.59734 0.98512 0.60027 0.98500 0.59876)
-               3 V(869 873 876) M(0) UV(0.97851 0.69394 0.97973 0.69731 0.97750 0.69509)
-               3 V(876 875 869) M(0) UV(0.97750 0.69509 0.97450 0.69245 0.97642 0.69202)
-               3 V(880 865 869) M(0) UV(0.98071 0.60055 0.98277 0.59970 0.98283 0.60141)
-               3 V(696 705 706) M(0) UV(0.96606 0.67897 0.96307 0.67924 0.96359 0.67781)
-               3 V(705 690 775) M(0) UV(0.96559 0.61018 0.96769 0.61232 0.96384 0.61290)
-               3 V(690 691 775) M(0) UV(0.96769 0.61232 0.96796 0.61456 0.96490 0.61503)
-               3 V(691 818 756) M(0) UV(0.96580 0.61826 0.96930 0.61963 0.96587 0.62021)
-               3 V(705 696 690) M(0) UV(0.96800 0.61001 0.97033 0.60963 0.97030 0.61193)
-               3 V(756 785 704) M(0) UV(0.96587 0.62021 0.96129 0.62040 0.96171 0.61866)
-               3 V(756 704 691) M(0) UV(0.96587 0.62021 0.96171 0.61866 0.96580 0.61826)
-               3 V(701 699 695) M(0) UV(0.96631 0.67186 0.96840 0.67253 0.96806 0.67458)
-               3 V(701 695 706) M(0) UV(0.96631 0.67186 0.96806 0.67458 0.96557 0.67346)
-               3 V(818 701 756) M(0) UV(0.96930 0.61963 0.96790 0.62166 0.96587 0.62021)
-               3 V(704 775 691) M(0) UV(0.96156 0.61699 0.96490 0.61503 0.96545 0.61661)
-               3 V(696 706 695) M(0) UV(0.96606 0.67897 0.96448 0.67572 0.96709 0.67689)
-               3 V(695 698 696) M(0) UV(0.97040 0.67852 0.96904 0.68097 0.96606 0.67897)
-               3 V(690 818 691) M(0) UV(0.97056 0.61410 0.97087 0.61569 0.96834 0.61615)
-               3 V(696 698 690) M(0) UV(0.97033 0.60963 0.97258 0.60937 0.97268 0.61169)
-               3 V(817 699 701) M(0) UV(0.97426 0.61862 0.97488 0.62033 0.97241 0.62090)
-               3 V(817 701 818) M(0) UV(0.97426 0.61862 0.97241 0.62090 0.97175 0.61920)
-               3 V(718 720 719) M(0) UV(0.97488 0.68745 0.97278 0.68435 0.97619 0.68619)
-               3 V(698 816 817) M(0) UV(0.97691 0.61064 0.97730 0.61236 0.97516 0.61304)
-               3 V(718 816 698) M(0) UV(0.97964 0.60971 0.97730 0.61236 0.97691 0.61064)
-               3 V(692 703 702) M(0) UV(0.97721 0.67527 0.98018 0.67710 0.98010 0.67902)
-               3 V(692 702 700) M(0) UV(0.97721 0.67527 0.98010 0.67902 0.97662 0.67689)
-               3 V(692 700 699) M(0) UV(0.97473 0.67367 0.97662 0.67689 0.97353 0.67487)
-               3 V(698 817 690) M(0) UV(0.97480 0.61126 0.97516 0.61304 0.97299 0.61358)
-               3 V(692 699 817) M(0) UV(0.97857 0.61717 0.97699 0.61961 0.97650 0.61791)
-               3 V(718 719 693) M(0) UV(0.97488 0.68745 0.97770 0.68739 0.97716 0.68859)
-               3 V(702 719 720) M(0) UV(0.98081 0.68125 0.97950 0.68361 0.97478 0.68094)
-               3 V(702 720 700) M(0) UV(0.98081 0.68125 0.97478 0.68094 0.97599 0.67860)
-               3 V(692 816 693) M(0) UV(0.98063 0.61482 0.98014 0.61316 0.98319 0.61223)
-               3 V(692 693 703) M(0) UV(0.98063 0.61482 0.98319 0.61223 0.98372 0.61389)
-               3 V(816 718 693) M(0) UV(0.98014 0.61316 0.98281 0.61050 0.98319 0.61223)
-               3 V(817 816 692) M(0) UV(0.97593 0.61606 0.97764 0.61392 0.97805 0.61548)
-               3 V(818 690 817) M(0) UV(0.97332 0.61512 0.97299 0.61358 0.97516 0.61304)
-               3 V(698 720 718) M(0) UV(0.96933 0.68476 0.97278 0.68435 0.97199 0.68596)
-               3 V(699 700 695) M(0) UV(0.97353 0.67487 0.97599 0.67860 0.97158 0.67582)
-               3 V(700 720 695) M(0) UV(0.97599 0.67860 0.97478 0.68094 0.97040 0.67852)
-               3 V(695 720 698) M(0) UV(0.97040 0.67852 0.97351 0.68319 0.96904 0.68097)
-               3 V(693 719 697) M(0) UV(0.97954 0.68970 0.97925 0.68772 0.98146 0.68861)
-               3 V(694 702 703) M(0) UV(0.98439 0.67973 0.98186 0.67948 0.98237 0.67830)
-               3 V(694 814 702) M(0) UV(0.98439 0.67973 0.98511 0.68225 0.98294 0.68067)
-               3 V(694 810 814) M(0) UV(0.98656 0.68135 0.98722 0.68387 0.98511 0.68225)
-               3 V(810 815 697) M(0) UV(0.99492 0.60648 0.99292 0.60683 0.99267 0.60609)
-               3 V(697 815 693) M(0) UV(0.99076 0.60666 0.99101 0.60812 0.98831 0.60878)
-               3 V(814 719 702) M(0) UV(0.98405 0.68345 0.97950 0.68361 0.98081 0.68125)
-               3 V(697 719 814) M(0) UV(0.98177 0.68730 0.97950 0.68361 0.98289 0.68548)
-               3 V(814 810 697) M(0) UV(0.98703 0.68778 0.98599 0.68980 0.98583 0.68905)
-               3 V(703 693 815) M(0) UV(0.98650 0.61294 0.98595 0.61134 0.98869 0.61041)
-               3 V(703 815 694) M(0) UV(0.98650 0.61294 0.98869 0.61041 0.98924 0.61195)
-               3 V(753 894 755) M(0) UV(0.96172 0.65738 0.96331 0.66003 0.95983 0.65894)
-               3 V(701 850 756) M(0) UV(0.96563 0.62250 0.96460 0.62502 0.96332 0.62311)
-               3 V(850 785 756) M(0) UV(0.96025 0.62519 0.96013 0.62345 0.96332 0.62311)
-               3 V(898 892 899) M(0) UV(0.97318 0.63004 0.97329 0.63177 0.97075 0.63175)
-               3 V(899 900 898) M(0) UV(0.97060 0.63009 0.97054 0.62839 0.97313 0.62839)
-               3 V(890 894 887) M(0) UV(0.97062 0.66750 0.96800 0.66370 0.97145 0.66469)
-               3 V(892 887 894) M(0) UV(0.97216 0.66185 0.97145 0.66469 0.96800 0.66370)
-               3 V(701 890 900) M(0) UV(0.96882 0.62283 0.97078 0.62294 0.97059 0.62494)
-               3 V(850 900 899) M(0) UV(0.96461 0.62995 0.96792 0.62838 0.96808 0.63011)
-               3 V(786 850 899) M(0) UV(0.96466 0.63176 0.96461 0.62995 0.96808 0.63011)
-               3 V(753 786 899) M(0) UV(0.96643 0.63364 0.96466 0.63176 0.96834 0.63178)
-               3 V(753 899 892) M(0) UV(0.96643 0.63364 0.96834 0.63178 0.96881 0.63350)
-               3 V(753 892 894) M(0) UV(0.96424 0.65813 0.96656 0.65847 0.96598 0.66038)
-               3 V(754 890 701) M(0) UV(0.96246 0.66563 0.96498 0.66570 0.96473 0.66735)
-               3 V(701 900 850) M(0) UV(0.96702 0.62278 0.96821 0.62499 0.96460 0.62502)
-               3 V(894 890 754) M(0) UV(0.96259 0.66298 0.96498 0.66570 0.96246 0.66563)
-               3 V(894 852 755) M(0) UV(0.96259 0.66298 0.95936 0.66287 0.95983 0.65894)
-               3 V(754 852 894) M(0) UV(0.96246 0.66563 0.95936 0.66287 0.96259 0.66298)
-               3 V(887 886 891) M(0) UV(0.97145 0.66469 0.97615 0.66614 0.97532 0.66880)
-               3 V(887 891 890) M(0) UV(0.97145 0.66469 0.97532 0.66880 0.97062 0.66750)
-               3 V(896 886 887) M(0) UV(0.97683 0.66347 0.97615 0.66614 0.97145 0.66469)
-               3 V(896 887 892) M(0) UV(0.97683 0.66347 0.97145 0.66469 0.97216 0.66185)
-               3 V(890 898 900) M(0) UV(0.97078 0.62294 0.97304 0.62484 0.97059 0.62494)
-               3 V(898 889 883) M(0) UV(0.97544 0.62660 0.97778 0.62651 0.97782 0.62830)
-               3 V(883 889 895) M(0) UV(0.98028 0.62818 0.98021 0.62638 0.98292 0.62613)
-               3 V(883 895 897) M(0) UV(0.98028 0.62818 0.98297 0.62800 0.98306 0.62990)
-               3 V(895 891 886) M(0) UV(0.97980 0.67030 0.97532 0.66880 0.97615 0.66614)
-               3 V(895 886 885) M(0) UV(0.97980 0.67030 0.97615 0.66614 0.98069 0.66768)
-               3 V(897 885 886) M(0) UV(0.98143 0.66495 0.98069 0.66768 0.97615 0.66614)
-               3 V(897 886 896) M(0) UV(0.98143 0.66495 0.97615 0.66614 0.97683 0.66347)
-               3 V(883 897 896) M(0) UV(0.98034 0.63007 0.98317 0.63152 0.98037 0.63170)
-               3 V(898 890 889) M(0) UV(0.97533 0.62483 0.97740 0.62309 0.97758 0.62476)
-               3 V(889 890 891) M(0) UV(0.97758 0.62476 0.97740 0.62309 0.98010 0.62293)
-               3 V(895 889 891) M(0) UV(0.98309 0.62286 0.98007 0.62461 0.98010 0.62293)
-               3 V(883 896 892) M(0) UV(0.97783 0.63009 0.98037 0.63170 0.97781 0.63174)
-               3 V(892 898 883) M(0) UV(0.97559 0.63182 0.97552 0.63007 0.97783 0.63009)
-               3 V(895 888 897) M(0) UV(0.98767 0.62586 0.99057 0.62580 0.98990 0.62743)
-               3 V(888 884 893) M(0) UV(0.98742 0.66972 0.98468 0.66896 0.98541 0.66682)
-               3 V(888 895 885) M(0) UV(0.98403 0.67139 0.97980 0.67030 0.98069 0.66768)
-               3 V(888 885 884) M(0) UV(0.98403 0.67139 0.98069 0.66768 0.98468 0.66896)
-               3 V(884 885 897) M(0) UV(0.98468 0.66896 0.98069 0.66768 0.98143 0.66495)
-               3 V(884 897 893) M(0) UV(0.98468 0.66896 0.98143 0.66495 0.98541 0.66682)
-               3 V(790 723 748) M(0) UV(0.95763 0.64839 0.95785 0.64546 0.96026 0.64561)
-               3 V(908 753 755) M(0) UV(0.96150 0.65522 0.96111 0.65638 0.95906 0.65577)
-               3 V(723 914 774) M(0) UV(0.95816 0.64220 0.95839 0.63996 0.96065 0.64089)
-               3 V(723 774 748) M(0) UV(0.95816 0.64220 0.96065 0.64089 0.96043 0.64307)
-               3 V(914 786 753) M(0) UV(0.95904 0.63548 0.96238 0.63450 0.96238 0.63615)
-               3 V(790 748 908) M(0) UV(0.96019 0.65024 0.96245 0.64973 0.96246 0.65178)
-               3 V(909 908 748) M(0) UV(0.96594 0.65148 0.96411 0.65157 0.96401 0.64954)
-               3 V(909 748 910) M(0) UV(0.96594 0.65148 0.96401 0.64954 0.96584 0.64954)
-               3 V(753 913 774) M(0) UV(0.96357 0.63834 0.96496 0.64033 0.96305 0.63988)
-               3 V(748 774 913) M(0) UV(0.96249 0.64363 0.96272 0.64157 0.96459 0.64204)
-               3 V(908 913 753) M(0) UV(0.96596 0.63533 0.96626 0.63731 0.96446 0.63703)
-               3 V(774 914 753) M(0) UV(0.96095 0.63923 0.95883 0.63695 0.96139 0.63780)
-               3 V(909 912 913) M(0) UV(0.97495 0.63909 0.97452 0.64066 0.97235 0.64012)
-               3 V(907 910 912) M(0) UV(0.97321 0.64686 0.97356 0.64541 0.97559 0.64577)
-               3 V(913 908 909) M(0) UV(0.97098 0.63817 0.96998 0.63633 0.97133 0.63669)
-               3 V(911 912 909) M(0) UV(0.97720 0.63949 0.97452 0.64066 0.97495 0.63909)
-               3 V(907 911 909) M(0) UV(0.97705 0.65026 0.97678 0.65233 0.97288 0.65192)
-               3 V(910 913 912) M(0) UV(0.96979 0.64310 0.97017 0.64151 0.97199 0.64192)
-               3 V(910 748 913) M(0) UV(0.96804 0.64277 0.96595 0.64407 0.96633 0.64242)
-               3 V(910 907 909) M(0) UV(0.96869 0.64958 0.97289 0.65006 0.97288 0.65192)
-               3 V(726 727 771) M(0) UV(0.94436 0.57905 0.94579 0.57926 0.94475 0.57996)
-               3 V(747 773 727) M(0) UV(0.94729 0.57950 0.94644 0.58007 0.94579 0.57926)
-               3 V(771 727 773) M(0) UV(0.94475 0.57996 0.94579 0.57926 0.94644 0.58007)
-               3 V(810 694 815) M(0) UV(0.99338 0.60900 0.99245 0.61039 0.99169 0.60947)
-               3 V(888 893 897) M(0) UV(0.99303 0.62742 0.99139 0.62848 0.99098 0.62740)
-               3 V(911 907 912) M(0) UV(0.98343 0.64438 0.98183 0.64528 0.98180 0.64407)
-               3 V(742 795 713) M(0) UV(0.93366 0.61093 0.92594 0.61381 0.92439 0.60980)
-               3 V(742 713 712) M(0) UV(0.93366 0.61093 0.92439 0.60980 0.93135 0.60676)
-               3 V(743 821 914) M(0) UV(0.95011 0.64083 0.95034 0.63820 0.95375 0.63868)
-               3 V(722 850 786) M(0) UV(0.95704 0.63099 0.96083 0.62998 0.96020 0.63141)
-               3 V(785 808 704) M(0) UV(0.96129 0.62040 0.95836 0.61888 0.96171 0.61866)
-               3 V(709 710 708) M(0) UV(0.91867 0.68005 0.92183 0.68325 0.91993 0.68499)
-               3 V(825 684 685) M(0) UV(0.94634 0.68301 0.94625 0.68547 0.94233 0.68506)
-               3 V(825 685 902) M(0) UV(0.94634 0.68301 0.94233 0.68506 0.94157 0.68253)
-               3 V(682 683 681) M(0) UV(0.91503 0.67563 0.91760 0.67280 0.92437 0.67572)
-               3 V(682 681 679) M(0) UV(0.91503 0.67563 0.92437 0.67572 0.92070 0.67803)
-               3 V(679 681 680) M(0) UV(0.92070 0.67803 0.92437 0.67572 0.92863 0.67994)
-               3 V(849 713 795) M(0) UV(0.91729 0.61276 0.92439 0.60980 0.92594 0.61381)
-               3 V(849 795 736) M(0) UV(0.91729 0.61276 0.92594 0.61381 0.91718 0.61738)
-               3 V(828 743 790) M(0) UV(0.94913 0.64826 0.95302 0.64489 0.95262 0.64855)
-               3 V(743 745 741) M(0) UV(0.95011 0.64083 0.94336 0.64414 0.94376 0.64036)
-               3 V(745 743 828) M(0) UV(0.94351 0.64789 0.94946 0.64466 0.94913 0.64826)
-               3 V(739 746 749) M(0) UV(0.93683 0.64004 0.93688 0.64381 0.92928 0.64344)
-               3 V(746 750 749) M(0) UV(0.93651 0.64768 0.92809 0.64776 0.92928 0.64344)
-               3 V(744 749 750) M(0) UV(0.91995 0.64315 0.92928 0.64344 0.92809 0.64776)
-               3 V(749 744 738) M(0) UV(0.92979 0.63961 0.91995 0.64315 0.92062 0.63836)
-               3 V(709 791 682) M(0) UV(0.91867 0.68005 0.91390 0.67814 0.91503 0.67563)
-               3 V(709 682 679) M(0) UV(0.91867 0.68005 0.91503 0.67563 0.92070 0.67803)
-               3 V(679 710 709) M(0) UV(0.92070 0.67803 0.92183 0.68325 0.91867 0.68005)
-               3 V(763 684 825) M(0) UV(0.95004 0.68407 0.94625 0.68547 0.94634 0.68301)
-               3 V(768 685 684) M(0) UV(0.94355 0.68841 0.94233 0.68506 0.94625 0.68547)
-               3 V(768 684 767) M(0) UV(0.94355 0.68841 0.94625 0.68547 0.94673 0.68871)
-               3 V(717 763 764) M(0) UV(0.95309 0.69062 0.95161 0.68735 0.95364 0.68818)
-               3 V(767 684 763) M(0) UV(0.94938 0.68918 0.94625 0.68547 0.94929 0.68653)
-               3 V(717 767 763) M(0) UV(0.95131 0.68955 0.94938 0.68918 0.94929 0.68653)
-               3 V(723 790 743) M(0) UV(0.95539 0.64514 0.95262 0.64855 0.95302 0.64489)
-               3 V(725 767 717) M(0) UV(0.95330 0.60402 0.95020 0.60278 0.95285 0.60176)
-               3 V(768 767 737) M(0) UV(0.94131 0.60033 0.94644 0.60403 0.93947 0.60451)
-               3 V(819 785 850) M(0) UV(0.95743 0.62538 0.96013 0.62345 0.96025 0.62519)
-               3 V(767 725 724) M(0) UV(0.94644 0.60403 0.95092 0.60532 0.94840 0.60759)
-               3 V(724 787 737) M(0) UV(0.94840 0.60759 0.94103 0.60870 0.93947 0.60451)
-               3 V(724 737 767) M(0) UV(0.94840 0.60759 0.93947 0.60451 0.94644 0.60403)
-               3 V(821 743 741) M(0) UV(0.95034 0.63820 0.95011 0.64083 0.94376 0.64036)
-               3 V(741 745 746) M(0) UV(0.94376 0.64036 0.94336 0.64414 0.93688 0.64381)
-               3 V(741 746 739) M(0) UV(0.94376 0.64036 0.93688 0.64381 0.93683 0.64004)
-               3 V(708 791 709) M(0) UV(0.91701 0.68241 0.91390 0.67814 0.91867 0.68005)
-               3 V(707 751 791) M(0) UV(0.91939 0.59876 0.91607 0.60153 0.91444 0.59821)
-               3 V(707 791 708) M(0) UV(0.91939 0.59876 0.91444 0.59821 0.91684 0.59499)
-               3 V(737 787 742) M(0) UV(0.93947 0.60451 0.94103 0.60870 0.93366 0.61093)
-               3 V(737 742 712) M(0) UV(0.93947 0.60451 0.93366 0.61093 0.93135 0.60676)
-               3 V(739 749 797) M(0) UV(0.93656 0.63738 0.92979 0.63961 0.92994 0.63726)
-               3 V(749 738 801) M(0) UV(0.92979 0.63961 0.92062 0.63836 0.92437 0.63687)
-               3 V(749 801 797) M(0) UV(0.92979 0.63961 0.92437 0.63687 0.92994 0.63726)
-               3 V(808 775 704) M(0) UV(0.95798 0.61600 0.96116 0.61553 0.96156 0.61699)
-               3 V(809 808 785) M(0) UV(0.95080 0.61810 0.95510 0.61765 0.95542 0.61937)
-               3 V(809 785 721) M(0) UV(0.95080 0.61810 0.95542 0.61937 0.95180 0.62121)
-               3 V(705 811 706) M(0) UV(0.96052 0.67657 0.95785 0.67347 0.96110 0.67446)
-               3 V(777 811 705) M(0) UV(0.95513 0.67608 0.95785 0.67347 0.95683 0.67634)
-               3 V(778 706 811) M(0) UV(0.95674 0.66990 0.95877 0.67035 0.95785 0.67347)
-               3 V(811 830 778) M(0) UV(0.95616 0.67307 0.95344 0.67254 0.95356 0.66935)
-               3 V(811 777 830) M(0) UV(0.95616 0.67307 0.95513 0.67608 0.95272 0.67558)
-               3 V(809 721 788) M(0) UV(0.95080 0.61810 0.95180 0.62121 0.94460 0.62220)
-               3 V(809 788 812) M(0) UV(0.95080 0.61810 0.94460 0.62220 0.94421 0.61911)
-               3 V(812 793 792) M(0) UV(0.94421 0.61911 0.93644 0.62080 0.93611 0.61811)
-               3 V(788 793 812) M(0) UV(0.94460 0.62220 0.93644 0.62080 0.94421 0.61911)
-               3 V(793 813 792) M(0) UV(0.93644 0.62080 0.92806 0.62032 0.93611 0.61811)
-               3 V(793 796 813) M(0) UV(0.93670 0.62350 0.92882 0.62500 0.92870 0.62265)
-               3 V(796 799 813) M(0) UV(0.92882 0.62500 0.92098 0.62461 0.92870 0.62265)
-               3 V(789 819 722) M(0) UV(0.94470 0.63072 0.95132 0.62804 0.95153 0.63077)
-               3 V(788 819 789) M(0) UV(0.94488 0.62526 0.95132 0.62804 0.94498 0.62810)
-               3 V(788 789 820) M(0) UV(0.94488 0.62526 0.94498 0.62810 0.93716 0.62853)
-               3 V(789 794 820) M(0) UV(0.94498 0.62810 0.93696 0.63086 0.93716 0.62853)
-               3 V(820 794 798) M(0) UV(0.93716 0.62853 0.93696 0.63086 0.92931 0.63109)
-               3 V(820 798 796) M(0) UV(0.93716 0.62853 0.92931 0.63109 0.92919 0.62909)
-               3 V(796 798 800) M(0) UV(0.92919 0.62909 0.92931 0.63109 0.92220 0.63120)
-               3 V(821 741 822) M(0) UV(0.95038 0.63590 0.94390 0.63757 0.94401 0.63558)
-               3 V(822 739 794) M(0) UV(0.94420 0.63349 0.93650 0.63543 0.93653 0.63347)
-               3 V(822 741 739) M(0) UV(0.94401 0.63558 0.94390 0.63757 0.93656 0.63738)
-               3 V(794 739 797) M(0) UV(0.93653 0.63347 0.93650 0.63543 0.92983 0.63529)
-               3 V(794 797 798) M(0) UV(0.93653 0.63347 0.92983 0.63529 0.92916 0.63332)
-               3 V(798 797 801) M(0) UV(0.92916 0.63332 0.92983 0.63529 0.92413 0.63530)
-               3 V(798 801 802) M(0) UV(0.92916 0.63332 0.92413 0.63530 0.91945 0.63324)
-               3 V(787 792 742) M(0) UV(0.94209 0.61147 0.93474 0.61367 0.93366 0.61093)
-               3 V(792 795 742) M(0) UV(0.93474 0.61367 0.92594 0.61381 0.93366 0.61093)
-               3 V(784 775 808) M(0) UV(0.95830 0.61180 0.95869 0.61298 0.95645 0.61340)
-               3 V(784 808 724) M(0) UV(0.95830 0.61180 0.95645 0.61340 0.95587 0.61237)
-               3 V(724 808 809) M(0) UV(0.95348 0.61272 0.95400 0.61408 0.95067 0.61532)
-               3 V(705 871 777) M(0) UV(0.95683 0.67634 0.95612 0.68023 0.95437 0.67949)
-               3 V(701 706 754) M(0) UV(0.96112 0.66960 0.95877 0.67035 0.95929 0.66668)
-               3 V(706 778 754) M(0) UV(0.95877 0.67035 0.95721 0.66631 0.95929 0.66668)
-               3 V(786 914 722) M(0) UV(0.95943 0.63268 0.95655 0.63344 0.95682 0.63221)
-               3 V(724 809 812) M(0) UV(0.94979 0.61237 0.95067 0.61532 0.94375 0.61631)
-               3 V(724 812 787) M(0) UV(0.94979 0.61237 0.94375 0.61631 0.94296 0.61376)
-               3 V(812 792 787) M(0) UV(0.94375 0.61631 0.93552 0.61572 0.94296 0.61376)
-               3 V(792 813 795) M(0) UV(0.93611 0.61811 0.92806 0.62032 0.92792 0.61806)
-               3 V(721 819 788) M(0) UV(0.95180 0.62121 0.95187 0.62503 0.94488 0.62526)
-               3 V(681 823 680) M(0) UV(0.92437 0.67572 0.93261 0.67853 0.92863 0.67994)
-               3 V(721 785 819) M(0) UV(0.95180 0.62121 0.95518 0.62201 0.95497 0.62382)
-               3 V(788 820 793) M(0) UV(0.94488 0.62526 0.93694 0.62611 0.93670 0.62350)
-               3 V(820 796 793) M(0) UV(0.93694 0.62611 0.92882 0.62500 0.93670 0.62350)
-               3 V(796 800 799) M(0) UV(0.92867 0.62725 0.91805 0.62861 0.92114 0.62627)
-               3 V(813 799 736) M(0) UV(0.92806 0.62032 0.91733 0.62333 0.92054 0.62026)
-               3 V(813 736 795) M(0) UV(0.92806 0.62032 0.92054 0.62026 0.92792 0.61806)
-               3 V(798 802 800) M(0) UV(0.92916 0.63332 0.91945 0.63324 0.92220 0.63120)
-               3 V(722 914 821) M(0) UV(0.95463 0.63175 0.95422 0.63316 0.95107 0.63364)
-               3 V(722 821 822) M(0) UV(0.95153 0.63077 0.95107 0.63364 0.94420 0.63349)
-               3 V(722 822 789) M(0) UV(0.95153 0.63077 0.94420 0.63349 0.94470 0.63072)
-               3 V(789 822 794) M(0) UV(0.94470 0.63072 0.94420 0.63349 0.93653 0.63347)
-               3 V(830 829 778) M(0) UV(0.95344 0.67254 0.94693 0.66848 0.95356 0.66935)
-               3 V(776 826 827) M(0) UV(0.95254 0.65622 0.94647 0.65923 0.94702 0.65610)
-               3 V(825 830 777) M(0) UV(0.94708 0.67775 0.95272 0.67558 0.95197 0.67876)
-               3 V(824 903 832) M(0) UV(0.93949 0.67634 0.93328 0.66967 0.94092 0.67327)
-               3 V(831 832 903) M(0) UV(0.93449 0.66729 0.94092 0.67327 0.93328 0.66967)
-               3 V(831 834 832) M(0) UV(0.93449 0.66729 0.94085 0.66718 0.94138 0.67027)
-               3 V(824 832 830) M(0) UV(0.93949 0.67634 0.94092 0.67327 0.94775 0.67470)
-               3 V(824 830 825) M(0) UV(0.93949 0.67634 0.94775 0.67470 0.94708 0.67775)
-               3 V(829 830 832) M(0) UV(0.94693 0.66848 0.94782 0.67171 0.94138 0.67027)
-               3 V(829 832 834) M(0) UV(0.94693 0.66848 0.94138 0.67027 0.94085 0.66718)
-               3 V(831 833 834) M(0) UV(0.93483 0.66508 0.93480 0.66278 0.94034 0.66447)
-               3 V(837 836 853) M(0) UV(0.93509 0.65540 0.94125 0.65580 0.94037 0.65889)
-               3 V(837 853 838) M(0) UV(0.93509 0.65540 0.94037 0.65889 0.93456 0.65805)
-               3 V(826 853 836) M(0) UV(0.94647 0.65923 0.94037 0.65889 0.94125 0.65580)
-               3 V(826 836 827) M(0) UV(0.94647 0.65923 0.94125 0.65580 0.94702 0.65610)
-               3 V(738 802 801) M(0) UV(0.92062 0.63836 0.91945 0.63324 0.92413 0.63530)
-               3 V(802 839 805) M(0) UV(0.91945 0.63324 0.91309 0.63379 0.91251 0.62944)
-               3 V(802 805 800) M(0) UV(0.91945 0.63324 0.91251 0.62944 0.91805 0.62861)
-               3 V(800 805 804) M(0) UV(0.91805 0.62861 0.91251 0.62944 0.91210 0.62432)
-               3 V(800 804 799) M(0) UV(0.91805 0.62861 0.91210 0.62432 0.91733 0.62333)
-               3 V(799 804 803) M(0) UV(0.91733 0.62333 0.91210 0.62432 0.91187 0.61881)
-               3 V(799 803 736) M(0) UV(0.91733 0.62333 0.91187 0.61881 0.91718 0.61738)
-               3 V(682 840 841) M(0) UV(0.91503 0.67563 0.90920 0.67357 0.91122 0.66942)
-               3 V(682 841 683) M(0) UV(0.91503 0.67563 0.91122 0.66942 0.91760 0.67280)
-               3 V(779 841 840) M(0) UV(0.90394 0.67176 0.91122 0.66942 0.90920 0.67357)
-               3 V(791 840 682) M(0) UV(0.91390 0.67814 0.90920 0.67357 0.91503 0.67563)
-               3 V(840 842 779) M(0) UV(0.90985 0.59576 0.91080 0.60127 0.90592 0.60150)
-               3 V(840 791 842) M(0) UV(0.90781 0.67638 0.91257 0.68114 0.90616 0.67891)
-               3 V(744 843 740) M(0) UV(0.91995 0.64315 0.91313 0.64304 0.91367 0.63818)
-               3 V(744 740 738) M(0) UV(0.91995 0.64315 0.91367 0.63818 0.92062 0.63836)
-               3 V(841 844 683) M(0) UV(0.91122 0.66942 0.91386 0.66369 0.91965 0.67100)
-               3 V(738 740 839) M(0) UV(0.92062 0.63836 0.91367 0.63818 0.91309 0.63379)
-               3 V(738 839 802) M(0) UV(0.92062 0.63836 0.91309 0.63379 0.91945 0.63324)
-               3 V(736 803 849) M(0) UV(0.91718 0.61738 0.91187 0.61881 0.91189 0.61473)
-               3 V(806 839 740) M(0) UV(0.90767 0.63427 0.91309 0.63379 0.91367 0.63818)
-               3 V(805 839 806) M(0) UV(0.90715 0.63021 0.91309 0.63379 0.90767 0.63427)
-               3 V(734 779 845) M(0) UV(0.89570 0.60418 0.90592 0.60150 0.90562 0.60506)
-               3 V(734 845 731) M(0) UV(0.89570 0.60418 0.90562 0.60506 0.89540 0.60800)
-               3 V(711 846 751) M(0) UV(0.92112 0.60263 0.91703 0.60510 0.91607 0.60153)
-               3 V(711 751 707) M(0) UV(0.92112 0.60263 0.91607 0.60153 0.91939 0.59876)
-               3 V(735 849 803) M(0) UV(0.90583 0.61594 0.91189 0.61473 0.91187 0.61881)
-               3 V(713 849 847) M(0) UV(0.92439 0.60980 0.91729 0.61276 0.91744 0.60872)
-               3 V(713 847 711) M(0) UV(0.92439 0.60980 0.91744 0.60872 0.92275 0.60642)
-               3 V(711 847 846) M(0) UV(0.92275 0.60642 0.91744 0.60872 0.91703 0.60510)
-               3 V(779 842 845) M(0) UV(0.90592 0.60150 0.91133 0.60441 0.90562 0.60506)
-               3 V(751 842 791) M(0) UV(0.91607 0.60153 0.91080 0.60127 0.91444 0.59821)
-               3 V(846 848 842) M(0) UV(0.91703 0.60510 0.91175 0.60751 0.91133 0.60441)
-               3 V(846 842 751) M(0) UV(0.91703 0.60510 0.91133 0.60441 0.91607 0.60153)
-               3 V(845 842 848) M(0) UV(0.90562 0.60506 0.91133 0.60441 0.91175 0.60751)
-               3 V(847 849 848) M(0) UV(0.91744 0.60872 0.91189 0.61085 0.91175 0.60751)
-               3 V(847 848 846) M(0) UV(0.91744 0.60872 0.91175 0.60751 0.91703 0.60510)
-               3 V(845 848 849) M(0) UV(0.90551 0.60870 0.91175 0.60751 0.91189 0.61085)
-               3 V(845 849 735) M(0) UV(0.90551 0.60870 0.91189 0.61085 0.90561 0.61219)
-               3 V(784 724 725) M(0) UV(0.95766 0.60670 0.95491 0.60808 0.95445 0.60681)
-               3 V(784 725 717) M(0) UV(0.95766 0.60670 0.95445 0.60681 0.95721 0.60507)
-               3 V(722 819 850) M(0) UV(0.95726 0.62973 0.95743 0.62830 0.96096 0.62831)
-               3 V(851 852 778) M(0) UV(0.95344 0.66287 0.95727 0.66277 0.95721 0.66631)
-               3 V(776 755 852) M(0) UV(0.95301 0.65921 0.95690 0.65910 0.95727 0.66277)
-               3 V(776 852 851) M(0) UV(0.95301 0.65921 0.95727 0.66277 0.95344 0.66287)
-               3 V(778 852 754) M(0) UV(0.95721 0.66631 0.95936 0.66287 0.95929 0.66668)
-               3 V(851 826 776) M(0) UV(0.95344 0.66287 0.94647 0.65923 0.95301 0.65921)
-               3 V(778 829 851) M(0) UV(0.95348 0.66615 0.94641 0.66559 0.94627 0.66256)
-               3 V(834 853 851) M(0) UV(0.94034 0.66447 0.94000 0.66180 0.94627 0.66256)
-               3 V(834 851 829) M(0) UV(0.94034 0.66447 0.94627 0.66256 0.94641 0.66559)
-               3 V(853 826 851) M(0) UV(0.94037 0.65889 0.94647 0.65923 0.94627 0.66256)
-               3 V(833 853 834) M(0) UV(0.93480 0.66278 0.94000 0.66180 0.94034 0.66447)
-               3 V(833 838 853) M(0) UV(0.93450 0.66066 0.93456 0.65805 0.94037 0.65889)
-               3 V(903 683 854) M(0) UV(0.93122 0.67149 0.92333 0.66825 0.92580 0.66663)
-               3 V(904 854 683) M(0) UV(0.92025 0.66298 0.92580 0.66663 0.92333 0.66825)
-               3 V(903 854 856) M(0) UV(0.93328 0.66967 0.92580 0.66663 0.92889 0.66433)
-               3 V(903 856 831) M(0) UV(0.93328 0.66967 0.92889 0.66433 0.93449 0.66729)
-               3 V(856 854 904) M(0) UV(0.92612 0.66268 0.92580 0.66663 0.92324 0.66270)
-               3 V(828 836 745) M(0) UV(0.94913 0.64826 0.94315 0.65110 0.94351 0.64789)
-               3 V(836 835 746) M(0) UV(0.94315 0.65110 0.93626 0.65099 0.93651 0.64768)
-               3 V(836 746 745) M(0) UV(0.94315 0.65110 0.93651 0.64768 0.94351 0.64789)
-               3 V(835 855 750) M(0) UV(0.93626 0.65099 0.92778 0.65127 0.92809 0.64776)
-               3 V(835 750 746) M(0) UV(0.93626 0.65099 0.92809 0.64776 0.93651 0.64768)
-               3 V(833 856 838) M(0) UV(0.93450 0.66066 0.93027 0.66065 0.93022 0.65781)
-               3 V(856 833 831) M(0) UV(0.93151 0.66380 0.93480 0.66278 0.93483 0.66508)
-               3 V(856 905 838) M(0) UV(0.93027 0.66065 0.92624 0.65885 0.93022 0.65781)
-               3 V(744 750 855) M(0) UV(0.91888 0.64845 0.92809 0.64776 0.92778 0.65127)
-               3 V(744 855 857) M(0) UV(0.91888 0.64845 0.92778 0.65127 0.91769 0.65443)
-               3 V(779 859 844) M(0) UV(0.90626 0.66748 0.90862 0.66168 0.91386 0.66369)
-               3 V(779 844 841) M(0) UV(0.90626 0.66748 0.91386 0.66369 0.91122 0.66942)
-               3 V(857 858 843) M(0) UV(0.91769 0.65443 0.91084 0.65491 0.91170 0.64893)
-               3 V(857 843 744) M(0) UV(0.91769 0.65443 0.91170 0.64893 0.91888 0.64845)
-               3 V(859 860 861) M(0) UV(0.90597 0.66100 0.89679 0.65773 0.89746 0.65248)
-               3 V(859 861 858) M(0) UV(0.90597 0.66100 0.89746 0.65248 0.90738 0.65488)
-               3 V(779 780 860) M(0) UV(0.90344 0.66686 0.89528 0.66307 0.89679 0.65773)
-               3 V(779 860 859) M(0) UV(0.90344 0.66686 0.89679 0.65773 0.90597 0.66100)
-               3 V(843 858 861) M(0) UV(0.90747 0.64925 0.90738 0.65488 0.89746 0.65248)
-               3 V(843 861 807) M(0) UV(0.90747 0.64925 0.89746 0.65248 0.89777 0.64813)
-               3 V(904 905 856) M(0) UV(0.92324 0.66270 0.92624 0.65885 0.92756 0.66059)
-               3 V(844 859 858) M(0) UV(0.91386 0.66369 0.90862 0.66168 0.91084 0.65491)
-               3 V(844 858 857) M(0) UV(0.91386 0.66369 0.91084 0.65491 0.91769 0.65443)
-               3 V(871 763 777) M(0) UV(0.95612 0.68023 0.95353 0.68260 0.95437 0.67949)
-               3 V(871 764 763) M(0) UV(0.95533 0.68353 0.95430 0.68611 0.95239 0.68522)
-               3 V(902 824 825) M(0) UV(0.94118 0.68009 0.93949 0.67634 0.94708 0.67775)
-               3 V(825 777 763) M(0) UV(0.94669 0.68063 0.95197 0.67876 0.95109 0.68158)
-               3 V(776 827 908) M(0) UV(0.95254 0.65622 0.95228 0.65368 0.95555 0.65352)
-               3 V(776 908 755) M(0) UV(0.95254 0.65622 0.95555 0.65352 0.95615 0.65606)
-               3 V(790 908 827) M(0) UV(0.95246 0.65125 0.95555 0.65352 0.95228 0.65368)
-               3 V(903 906 823) M(0) UV(0.92920 0.67292 0.93559 0.67738 0.93261 0.67853)
-               3 V(903 823 681) M(0) UV(0.92920 0.67292 0.93261 0.67853 0.92709 0.67429)
-               3 V(903 824 906) M(0) UV(0.93122 0.67149 0.93949 0.67634 0.93559 0.67738)
-               3 V(683 903 681) M(0) UV(0.91965 0.67100 0.92920 0.67292 0.92709 0.67429)
-               3 V(827 828 790) M(0) UV(0.95228 0.65368 0.94849 0.65115 0.95246 0.65125)
-               3 V(836 837 835) M(0) UV(0.94219 0.65346 0.93567 0.65336 0.93626 0.65099)
-               3 V(836 828 827) M(0) UV(0.94315 0.65110 0.94849 0.65115 0.94767 0.65352)
-               3 V(683 844 904) M(0) UV(0.91965 0.67100 0.91386 0.66369 0.91760 0.66338)
-               3 V(837 838 855) M(0) UV(0.93567 0.65336 0.92880 0.65360 0.92778 0.65127)
-               3 V(837 855 835) M(0) UV(0.93567 0.65336 0.92778 0.65127 0.93626 0.65099)
-               3 V(855 838 905) M(0) UV(0.92778 0.65127 0.92880 0.65360 0.92143 0.65604)
-               3 V(855 905 857) M(0) UV(0.92778 0.65127 0.92143 0.65604 0.91769 0.65443)
-               3 V(905 904 844) M(0) UV(0.92143 0.65604 0.91760 0.66338 0.91386 0.66369)
-               3 V(905 844 857) M(0) UV(0.92143 0.65604 0.91386 0.66369 0.91769 0.65443)
-               3 V(906 824 902) M(0) UV(0.93776 0.68043 0.93949 0.67634 0.94118 0.68009)
-               3 V(743 914 723) M(0) UV(0.95362 0.64107 0.95610 0.63919 0.95585 0.64149)
-               3 V(780 779 734) M(0) UV(0.89528 0.66307 0.90114 0.66987 0.89270 0.66769)
-               3 V(740 843 728) M(0) UV(0.90807 0.63819 0.90800 0.64306 0.89802 0.64257)
-               3 V(729 735 803) M(0) UV(0.89552 0.61852 0.90583 0.61594 0.90609 0.61988)
-               3 V(729 803 730) M(0) UV(0.89552 0.61852 0.90609 0.61988 0.89574 0.62217)
-               3 V(730 803 804) M(0) UV(0.89574 0.62217 0.90609 0.61988 0.90656 0.62508)
-               3 V(730 804 732) M(0) UV(0.89574 0.62217 0.90656 0.62508 0.89619 0.62648)
-               3 V(732 804 805) M(0) UV(0.89619 0.62648 0.90656 0.62508 0.90715 0.63021)
-               3 V(732 805 733) M(0) UV(0.89619 0.62648 0.90715 0.63021 0.89660 0.63103)
-               3 V(805 806 781) M(0) UV(0.90715 0.63021 0.90767 0.63427 0.89713 0.63486)
-               3 V(805 781 733) M(0) UV(0.90715 0.63021 0.89713 0.63486 0.89660 0.63103)
-               3 V(728 781 806) M(0) UV(0.89773 0.63840 0.89713 0.63486 0.90767 0.63427)
-               3 V(728 806 740) M(0) UV(0.89773 0.63840 0.90767 0.63427 0.90807 0.63819)
-               3 V(843 807 728) M(0) UV(0.90800 0.64306 0.89777 0.64813 0.89802 0.64257)
-               3 V(731 845 735) M(0) UV(0.89533 0.61168 0.90551 0.60870 0.90561 0.61219)
-               3 V(731 735 729) M(0) UV(0.89533 0.61168 0.90561 0.61219 0.89536 0.61512)
-               3 V(984 983 1025) M(0) UV(0.36754 0.15649 0.36065 0.14759 0.37111 0.15158)
-               3 V(989 984 1025) M(0) UV(0.37425 0.15757 0.36754 0.15649 0.37111 0.15158)
-               3 V(1000 1007 990) M(0) UV(0.37557 0.25241 0.37968 0.25123 0.37898 0.26085)
-               3 V(1007 1023 990) M(0) UV(0.37968 0.25123 0.38389 0.25766 0.37898 0.26085)
-               3 V(1007 989 988) M(0) UV(0.38355 0.24887 0.38727 0.24527 0.38837 0.25278)
-               3 V(1007 988 1023) M(0) UV(0.38355 0.24887 0.38837 0.25278 0.38389 0.25766)
-               3 V(1007 1000 1018) M(0) UV(0.37968 0.25123 0.37557 0.25241 0.37745 0.24434)
-               3 V(1007 1018 1009) M(0) UV(0.37968 0.25123 0.37745 0.24434 0.38102 0.24338)
-               3 V(989 1007 1009) M(0) UV(0.38727 0.24527 0.38355 0.24887 0.38454 0.24172)
-               3 V(989 1009 1021) M(0) UV(0.38727 0.24527 0.38454 0.24172 0.38806 0.23938)
-               3 V(1025 983 1024) M(0) UV(0.37111 0.15158 0.36065 0.14759 0.36448 0.14161)
-               3 V(989 1025 988) M(0) UV(0.37949 0.15436 0.37551 0.14760 0.38474 0.15186)
-               3 V(1028 1053 1030) M(0) UV(0.11129 0.14760 0.10731 0.15436 0.10205 0.15186)
-               3 V(1041 1064 1030) M(0) UV(0.10325 0.24887 0.10291 0.25766 0.09843 0.25278)
-               3 V(1041 1030 1053) M(0) UV(0.10325 0.24887 0.09843 0.25278 0.09953 0.24527)
-               3 V(1041 1066 1064) M(0) UV(0.10712 0.25123 0.10782 0.26085 0.10291 0.25766)
-               3 V(1029 1067 1070) M(0) UV(0.12615 0.14759 0.13467 0.15220 0.12684 0.15482)
-               3 V(1040 1066 1041) M(0) UV(0.11123 0.25241 0.10782 0.26085 0.10712 0.25123)
-               3 V(1053 1028 1069) M(0) UV(0.11254 0.15757 0.11569 0.15158 0.11926 0.15649)
-               3 V(1069 1028 1029) M(0) UV(0.11926 0.15649 0.11569 0.15158 0.12615 0.14759)
-               3 V(1069 1029 1070) M(0) UV(0.11926 0.15649 0.12615 0.14759 0.12684 0.15482)
-               3 V(1029 1027 1067) M(0) UV(0.12615 0.14759 0.13432 0.13201 0.13589 0.14204)
-               3 V(1043 1059 1039) M(0) UV(0.11969 0.23371 0.12154 0.23564 0.11792 0.23711)
-               3 V(1039 1032 1060) M(0) UV(0.11435 0.23777 0.11127 0.23752 0.11220 0.23433)
-               3 V(1032 1062 1060) M(0) UV(0.10853 0.23676 0.10746 0.23222 0.11010 0.23354)
-               3 V(1039 1060 1043) M(0) UV(0.11435 0.23777 0.11427 0.23456 0.11674 0.23451)
-               3 V(1063 1036 1043) M(0) UV(0.11886 0.21673 0.12188 0.22165 0.11893 0.22203)
-               3 V(1065 1059 1074) M(0) UV(0.12948 0.24302 0.12676 0.23257 0.13370 0.23698)
-               3 V(1042 1059 1065) M(0) UV(0.12498 0.24766 0.12434 0.23792 0.12948 0.24302)
-               3 V(1040 1039 1042) M(0) UV(0.11561 0.25226 0.11700 0.24346 0.12023 0.25070)
-               3 V(1063 1061 1044) M(0) UV(0.11131 0.21673 0.10981 0.21762 0.10915 0.21408)
-               3 V(1061 1060 1044) M(0) UV(0.10981 0.21762 0.10709 0.21457 0.10915 0.21408)
-               3 V(1041 1032 1039) M(0) UV(0.10712 0.25123 0.10577 0.24338 0.10934 0.24434)
-               3 V(1041 1039 1040) M(0) UV(0.10712 0.25123 0.10934 0.24434 0.11123 0.25241)
-               3 V(1042 1039 1059) M(0) UV(0.12023 0.25070 0.11700 0.24346 0.12097 0.24135)
-               3 V(1044 1060 1062) M(0) UV(0.10923 0.21010 0.10709 0.21457 0.10712 0.20981)
-               3 V(1043 1060 1061) M(0) UV(0.11359 0.22281 0.11019 0.22193 0.11122 0.22047)
-               3 V(1043 1061 1063) M(0) UV(0.11359 0.22281 0.11122 0.22047 0.11259 0.21925)
-               3 V(1044 1062 1063) M(0) UV(0.10915 0.21408 0.11094 0.21037 0.11077 0.21372)
-               3 V(1036 1059 1043) M(0) UV(0.12451 0.22363 0.12156 0.22729 0.12000 0.22504)
-               3 V(1057 1037 1038) M(0) UV(0.14022 0.19951 0.13565 0.20628 0.13689 0.20378)
-               3 V(1063 1051 1036) M(0) UV(0.11886 0.21673 0.12193 0.21951 0.12188 0.22165)
-               3 V(1050 1051 1063) M(0) UV(0.12420 0.21336 0.12399 0.21624 0.12095 0.21437)
-               3 V(1050 1052 1056) M(0) UV(0.12340 0.20273 0.12111 0.20269 0.12328 0.19833)
-               3 V(1052 1050 1063) M(0) UV(0.12046 0.20593 0.12275 0.20742 0.12037 0.20808)
-               3 V(1056 1058 1049) M(0) UV(0.12608 0.19432 0.13019 0.19193 0.12825 0.19502)
-               3 V(1063 1062 1052) M(0) UV(0.11702 0.20729 0.11615 0.20490 0.11796 0.20484)
-               3 V(1057 1033 1058) M(0) UV(0.13442 0.19388 0.13292 0.19724 0.13227 0.19353)
-               3 V(1058 1033 1049) M(0) UV(0.13006 0.19522 0.13273 0.19772 0.12882 0.19794)
-               3 V(1033 1057 1038) M(0) UV(0.13342 0.19775 0.13509 0.19483 0.13536 0.19880)
-               3 V(1033 1038 1049) M(0) UV(0.13282 0.19799 0.13045 0.20212 0.12928 0.20055)
-               3 V(1055 1056 1052) M(0) UV(0.11730 0.19999 0.12103 0.19728 0.11831 0.20137)
-               3 V(1050 1056 1049) M(0) UV(0.12611 0.20235 0.12452 0.19981 0.12675 0.19780)
-               3 V(1036 1051 1037) M(0) UV(0.13419 0.21841 0.13295 0.21310 0.13578 0.20975)
-               3 V(1037 1051 1038) M(0) UV(0.13578 0.20975 0.13295 0.21310 0.13250 0.20914)
-               3 V(1050 1049 1038) M(0) UV(0.12774 0.20465 0.12754 0.20119 0.12897 0.20346)
-               3 V(1038 1051 1050) M(0) UV(0.12994 0.20894 0.12913 0.21038 0.12754 0.20892)
-               3 V(1058 1035 1057) M(0) UV(0.13540 0.18795 0.13977 0.18629 0.13810 0.18941)
-               3 V(1034 1054 1046) M(0) UV(0.13803 0.17389 0.13602 0.17007 0.13963 0.17023)
-               3 V(1035 1034 1047) M(0) UV(0.14470 0.17503 0.14269 0.17202 0.14589 0.16714)
-               3 V(1034 1046 1047) M(0) UV(0.14269 0.17202 0.14273 0.16423 0.14589 0.16714)
-               3 V(1073 1035 1047) M(0) UV(0.15243 0.17189 0.14729 0.17607 0.14751 0.17108)
-               3 V(1046 1071 1072) M(0) UV(0.14273 0.16423 0.14518 0.14878 0.15024 0.15310)
-               3 V(1058 1054 1034) M(0) UV(0.13493 0.18038 0.13452 0.17745 0.13712 0.17611)
-               3 V(1058 1034 1035) M(0) UV(0.13528 0.18351 0.13899 0.18045 0.13956 0.18386)
-               3 V(1067 1068 1071) M(0) UV(0.13589 0.14204 0.14591 0.13603 0.14518 0.14878)
-               3 V(1046 1054 1045) M(0) UV(0.13718 0.16298 0.13229 0.17153 0.13081 0.16720)
-               3 V(1062 1032 1048) M(0) UV(0.10093 0.23021 0.10264 0.23447 0.09927 0.23361)
-               3 V(1055 1048 1031) M(0) UV(0.11278 0.17160 0.11502 0.16881 0.12049 0.17092)
-               3 V(1055 1031 1056) M(0) UV(0.11278 0.17160 0.12049 0.17092 0.12051 0.17751)
-               3 V(1056 1031 1045) M(0) UV(0.12051 0.17751 0.12049 0.17092 0.12570 0.16981)
-               3 V(1056 1045 1054) M(0) UV(0.12051 0.17751 0.12570 0.16981 0.12753 0.17442)
-               3 V(1055 1062 1048) M(0) UV(0.11278 0.17160 0.10754 0.16913 0.11081 0.16697)
-               3 V(1053 1048 1032) M(0) UV(0.09953 0.24527 0.09874 0.23938 0.10226 0.24172)
-               3 V(1053 1032 1041) M(0) UV(0.09953 0.24527 0.10226 0.24172 0.10325 0.24887)
-               3 V(1055 1052 1062) M(0) UV(0.11730 0.19999 0.11831 0.20137 0.11615 0.20490)
-               3 V(1054 1058 1056) M(0) UV(0.13102 0.17909 0.13124 0.18262 0.12697 0.18501)
-               3 V(1070 1067 1045) M(0) UV(0.12684 0.15482 0.13467 0.15220 0.13318 0.15958)
-               3 V(1069 1031 1048) M(0) UV(0.11926 0.15649 0.12171 0.16197 0.11657 0.16160)
-               3 V(1069 1048 1053) M(0) UV(0.11926 0.15649 0.11657 0.16160 0.11254 0.15757)
-               3 V(1046 1045 1067) M(0) UV(0.13718 0.16298 0.13318 0.15958 0.13467 0.15220)
-               3 V(1046 1067 1071) M(0) UV(0.13718 0.16298 0.13467 0.15220 0.14518 0.14878)
-               3 V(1031 1069 1070) M(0) UV(0.12171 0.16197 0.11926 0.15649 0.12684 0.15482)
-               3 V(1031 1070 1045) M(0) UV(0.12171 0.16197 0.12684 0.15482 0.12780 0.16268)
-               3 V(1022 993 1016) M(0) UV(0.36524 0.22729 0.36229 0.22363 0.36680 0.22504)
-               3 V(1012 1006 1001) M(0) UV(0.37586 0.21037 0.37764 0.21408 0.37603 0.21372)
-               3 V(1001 992 1016) M(0) UV(0.37421 0.21925 0.37558 0.22047 0.37320 0.22281)
-               3 V(1016 992 1014) M(0) UV(0.37320 0.22281 0.37558 0.22047 0.37661 0.22193)
-               3 V(1014 1006 1012) M(0) UV(0.37970 0.21457 0.37757 0.21010 0.37968 0.20981)
-               3 V(979 1022 1018) M(0) UV(0.36657 0.25070 0.36582 0.24135 0.36979 0.24346)
-               3 V(992 1006 1014) M(0) UV(0.37699 0.21762 0.37764 0.21408 0.37970 0.21457)
-               3 V(1001 1006 992) M(0) UV(0.37548 0.21673 0.37764 0.21408 0.37699 0.21762)
-               3 V(1000 979 1018) M(0) UV(0.37119 0.25226 0.36657 0.25070 0.36979 0.24346)
-               3 V(979 991 1022) M(0) UV(0.36182 0.24766 0.35732 0.24302 0.36246 0.23792)
-               3 V(991 980 1022) M(0) UV(0.35732 0.24302 0.35310 0.23698 0.36004 0.23257)
-               3 V(1001 1016 993) M(0) UV(0.36793 0.21673 0.36787 0.22203 0.36491 0.22165)
-               3 V(1016 1014 1018) M(0) UV(0.37006 0.23451 0.37253 0.23456 0.37244 0.23777)
-               3 V(1009 1014 1012) M(0) UV(0.37827 0.23676 0.37670 0.23354 0.37934 0.23222)
-               3 V(1018 1014 1009) M(0) UV(0.37244 0.23777 0.37459 0.23433 0.37553 0.23752)
-               3 V(1018 1022 1016) M(0) UV(0.36888 0.23711 0.36526 0.23564 0.36711 0.23371)
-               3 V(996 1017 1008) M(0) UV(0.35686 0.20894 0.35926 0.20892 0.35767 0.21038)
-               3 V(1017 996 1002) M(0) UV(0.35906 0.20465 0.35783 0.20346 0.35926 0.20119)
-               3 V(996 1008 1010) M(0) UV(0.35430 0.20914 0.35385 0.21310 0.35101 0.20975)
-               3 V(1008 993 1010) M(0) UV(0.35385 0.21310 0.35261 0.21841 0.35101 0.20975)
-               3 V(1017 1002 1013) M(0) UV(0.36069 0.20235 0.36005 0.19780 0.36228 0.19981)
-               3 V(998 1011 1013) M(0) UV(0.36950 0.19999 0.36848 0.20137 0.36577 0.19728)
-               3 V(996 1015 1002) M(0) UV(0.35635 0.20212 0.35398 0.19799 0.35752 0.20055)
-               3 V(995 1015 996) M(0) UV(0.35171 0.19483 0.35337 0.19775 0.35144 0.19880)
-               3 V(1003 1002 1015) M(0) UV(0.35674 0.19522 0.35798 0.19794 0.35407 0.19772)
-               3 V(995 1003 1015) M(0) UV(0.35238 0.19388 0.35453 0.19353 0.35387 0.19724)
-               3 V(1001 1011 1012) M(0) UV(0.36978 0.20729 0.36884 0.20484 0.37064 0.20490)
-               3 V(1002 1003 1013) M(0) UV(0.35855 0.19502 0.35661 0.19193 0.36072 0.19432)
-               3 V(1011 1001 1017) M(0) UV(0.36634 0.20593 0.36643 0.20808 0.36405 0.20742)
-               3 V(1017 1013 1011) M(0) UV(0.36340 0.20273 0.36351 0.19833 0.36569 0.20269)
-               3 V(1017 1001 1008) M(0) UV(0.36260 0.21336 0.36584 0.21437 0.36281 0.21624)
-               3 V(1008 1001 993) M(0) UV(0.36487 0.21951 0.36793 0.21673 0.36491 0.22165)
-               3 V(995 996 1010) M(0) UV(0.34658 0.19951 0.34991 0.20378 0.35115 0.20628)
-               3 V(1012 1011 998) M(0) UV(0.37064 0.20490 0.36848 0.20137 0.36950 0.19999)
-               3 V(982 986 987) M(0) UV(0.34162 0.14878 0.34089 0.13603 0.35091 0.14204)
-               3 V(994 1003 995) M(0) UV(0.34702 0.18629 0.35140 0.18795 0.34870 0.18941)
-               3 V(994 997 1003) M(0) UV(0.34724 0.18386 0.34781 0.18045 0.35152 0.18351)
-               3 V(1003 997 999) M(0) UV(0.35187 0.18038 0.34968 0.17611 0.35228 0.17745)
-               3 V(1005 981 982) M(0) UV(0.34407 0.16423 0.33656 0.15310 0.34162 0.14878)
-               3 V(1004 994 985) M(0) UV(0.33928 0.17108 0.33950 0.17607 0.33437 0.17189)
-               3 V(997 1004 1005) M(0) UV(0.34411 0.17202 0.34091 0.16714 0.34407 0.16423)
-               3 V(994 1004 997) M(0) UV(0.34209 0.17503 0.34091 0.16714 0.34411 0.17202)
-               3 V(997 1005 999) M(0) UV(0.34876 0.17389 0.34717 0.17023 0.35078 0.17007)
-               3 V(1026 1024 983) M(0) UV(0.35248 0.13201 0.36448 0.14161 0.36065 0.14759)
-               3 V(1026 983 987) M(0) UV(0.35248 0.13201 0.36065 0.14759 0.35091 0.14204)
-               3 V(983 984 1019) M(0) UV(0.35996 0.15482 0.36754 0.15649 0.36509 0.16197)
-               3 V(983 1019 1020) M(0) UV(0.35996 0.15482 0.36509 0.16197 0.35900 0.16268)
-               3 V(1005 982 987) M(0) UV(0.34962 0.16298 0.34162 0.14878 0.35212 0.15220)
-               3 V(1005 987 1020) M(0) UV(0.34962 0.16298 0.35212 0.15220 0.35362 0.15958)
-               3 V(1021 1019 984) M(0) UV(0.37023 0.16160 0.36509 0.16197 0.36754 0.15649)
-               3 V(1021 984 989) M(0) UV(0.37023 0.16160 0.36754 0.15649 0.37425 0.15757)
-               3 V(983 1020 987) M(0) UV(0.35996 0.15482 0.35362 0.15958 0.35212 0.15220)
-               3 V(1013 1003 999) M(0) UV(0.35983 0.18501 0.35556 0.18262 0.35578 0.17909)
-               3 V(998 1021 1012) M(0) UV(0.37402 0.17160 0.37599 0.16697 0.37926 0.16913)
-               3 V(1020 1019 1013) M(0) UV(0.36110 0.16981 0.36631 0.17092 0.36629 0.17751)
-               3 V(1020 1013 999) M(0) UV(0.36110 0.16981 0.36629 0.17751 0.35927 0.17442)
-               3 V(1019 1021 998) M(0) UV(0.36631 0.17092 0.37178 0.16881 0.37402 0.17160)
-               3 V(1019 998 1013) M(0) UV(0.36631 0.17092 0.37402 0.17160 0.36629 0.17751)
-               3 V(1012 1021 1009) M(0) UV(0.38587 0.23021 0.38752 0.23361 0.38416 0.23447)
-               3 V(1005 1020 999) M(0) UV(0.34962 0.16298 0.35599 0.16720 0.35451 0.17153)
-               3 V(1352 1142 1349) M(0) UV(0.28175 0.93520 0.28360 0.93743 0.28175 0.93863)
-               3 V(1145 1144 1143) M(0) UV(0.28844 0.93360 0.28801 0.93163 0.28959 0.93239)
-               3 V(1349 1142 1141) M(0) UV(0.28175 0.93863 0.28535 0.93738 0.28786 0.93797)
-               3 V(1147 1148 1146) M(0) UV(0.29199 0.79078 0.29414 0.78977 0.29237 0.79344)
-               3 V(1149 1337 1345) M(0) UV(0.28460 0.79514 0.28327 0.79621 0.28320 0.79513)
-               3 V(1283 1164 1281) M(0) UV(0.25193 0.16733 0.24724 0.16744 0.24773 0.16674)
-               3 V(1341 1337 1338) M(0) UV(0.28065 0.79513 0.28192 0.79604 0.28057 0.79621)
-               3 V(1342 1343 1339) M(0) UV(0.27142 0.79733 0.27212 0.79660 0.27263 0.79768)
-               3 V(1345 1337 1341) M(0) UV(0.28192 0.79239 0.28192 0.79376 0.28062 0.79327)
-               3 V(1344 1340 1343) M(0) UV(0.27648 0.79154 0.27686 0.79322 0.27563 0.79341)
-               3 V(1341 1340 1344) M(0) UV(0.28058 0.79243 0.27905 0.79261 0.27882 0.79072)
-               3 V(1347 1346 1360) M(0) UV(0.26224 0.92901 0.25691 0.92585 0.25931 0.92411)
-               3 V(1359 1348 1358) M(0) UV(0.26947 0.93389 0.27074 0.93623 0.26594 0.93316)
-               3 V(1361 1355 1351) M(0) UV(0.26814 0.92663 0.26832 0.92361 0.26929 0.92405)
-               3 V(1361 1357 1353) M(0) UV(0.26976 0.93010 0.27143 0.92940 0.27116 0.93085)
-               3 V(1354 1353 1356) M(0) UV(0.27507 0.93360 0.27391 0.93239 0.27549 0.93163)
-               3 V(1362 1350 1354) M(0) UV(0.27815 0.93738 0.27565 0.93797 0.27644 0.93500)
-               3 V(1359 1358 1361) M(0) UV(0.26815 0.93306 0.26594 0.93316 0.26717 0.93096)
-               3 V(1361 1358 1347) M(0) UV(0.26591 0.92955 0.26493 0.93070 0.26410 0.92930)
-               3 V(1361 1347 1355) M(0) UV(0.26591 0.92955 0.26410 0.92930 0.26544 0.92744)
-               3 V(1406 1405 1467) M(0) UV(0.23487 0.16733 0.23907 0.16674 0.23956 0.16744)
-               3 V(1363 1154 1155) M(0) UV(0.24340 0.15281 0.25287 0.15340 0.25266 0.15551)
-               3 V(1363 1155 1364) M(0) UV(0.24340 0.15281 0.25266 0.15551 0.24340 0.15508)
-               3 V(1154 1156 1155) M(0) UV(0.25287 0.15340 0.26288 0.15579 0.25266 0.15551)
-               3 V(1366 1158 1157) M(0) UV(0.24340 0.13798 0.25168 0.13838 0.25306 0.14295)
-               3 V(1366 1157 1365) M(0) UV(0.24340 0.13798 0.25306 0.14295 0.24340 0.14246)
-               3 V(1368 1160 1161) M(0) UV(0.24340 0.14710 0.25454 0.14762 0.25338 0.15105)
-               3 V(1368 1161 1367) M(0) UV(0.24340 0.14710 0.25338 0.15105 0.24340 0.15046)
-               3 V(1162 1161 1160) M(0) UV(0.26567 0.15164 0.25338 0.15105 0.25454 0.14762)
-               3 V(1162 1160 1163) M(0) UV(0.26567 0.15164 0.25454 0.14762 0.26621 0.14862)
-               3 V(1367 1161 1154) M(0) UV(0.24340 0.15046 0.25338 0.15105 0.25287 0.15340)
-               3 V(1367 1154 1363) M(0) UV(0.24340 0.15046 0.25287 0.15340 0.24340 0.15281)
-               3 V(1161 1162 1156) M(0) UV(0.25338 0.15105 0.26567 0.15164 0.26434 0.15379)
-               3 V(1161 1156 1154) M(0) UV(0.25338 0.15105 0.26434 0.15379 0.25287 0.15340)
-               3 V(1158 1159 1287) M(0) UV(0.25168 0.13838 0.26045 0.13868 0.26360 0.14366)
-               3 V(1158 1287 1157) M(0) UV(0.25168 0.13838 0.26360 0.14366 0.25306 0.14295)
-               3 V(1157 1287 1163) M(0) UV(0.25306 0.14295 0.26360 0.14366 0.26621 0.14862)
-               3 V(1157 1163 1160) M(0) UV(0.25306 0.14295 0.26621 0.14862 0.25454 0.14762)
-               3 V(1365 1157 1160) M(0) UV(0.24340 0.14246 0.25306 0.14295 0.25454 0.14762)
-               3 V(1365 1160 1368) M(0) UV(0.24340 0.14246 0.25454 0.14762 0.24340 0.14710)
-               3 V(1365 1368 1471) M(0) UV(0.24340 0.14246 0.24340 0.14710 0.23226 0.14762)
-               3 V(1365 1471 1474) M(0) UV(0.24340 0.14246 0.23226 0.14762 0.23374 0.14295)
-               3 V(1474 1471 1468) M(0) UV(0.23374 0.14295 0.23226 0.14762 0.22059 0.14862)
-               3 V(1474 1468 1402) M(0) UV(0.23374 0.14295 0.22059 0.14862 0.22320 0.14366)
-               3 V(1402 1472 1473) M(0) UV(0.22320 0.14366 0.22635 0.13868 0.23512 0.13838)
-               3 V(1402 1473 1474) M(0) UV(0.22320 0.14366 0.23512 0.13838 0.23374 0.14295)
-               3 V(1475 1469 1470) M(0) UV(0.22246 0.15379 0.22113 0.15164 0.23342 0.15105)
-               3 V(1475 1470 1477) M(0) UV(0.22246 0.15379 0.23342 0.15105 0.23393 0.15340)
-               3 V(1477 1470 1367) M(0) UV(0.23393 0.15340 0.23342 0.15105 0.24340 0.15046)
-               3 V(1477 1367 1363) M(0) UV(0.23393 0.15340 0.24340 0.15046 0.24340 0.15281)
-               3 V(1469 1468 1471) M(0) UV(0.22113 0.15164 0.22059 0.14862 0.23226 0.14762)
-               3 V(1469 1471 1470) M(0) UV(0.22113 0.15164 0.23226 0.14762 0.23342 0.15105)
-               3 V(1470 1471 1368) M(0) UV(0.23342 0.15105 0.23226 0.14762 0.24340 0.14710)
-               3 V(1470 1368 1367) M(0) UV(0.23342 0.15105 0.24340 0.14710 0.24340 0.15046)
-               3 V(1366 1365 1474) M(0) UV(0.24340 0.13798 0.24340 0.14246 0.23374 0.14295)
-               3 V(1366 1474 1473) M(0) UV(0.24340 0.13798 0.23374 0.14295 0.23512 0.13838)
-               3 V(1477 1476 1475) M(0) UV(0.23393 0.15340 0.23414 0.15551 0.22392 0.15579)
-               3 V(1363 1364 1476) M(0) UV(0.24340 0.15281 0.24340 0.15508 0.23414 0.15551)
-               3 V(1363 1476 1477) M(0) UV(0.24340 0.15281 0.23414 0.15551 0.23393 0.15340)
-               3 V(1495 1494 1493) M(0) UV(0.05229 0.82259 0.07044 0.82259 0.07044 0.84074)
-               3 V(1495 1493 1496) M(0) UV(0.05229 0.82259 0.07044 0.84074 0.05229 0.84074)
-               3 V(1597 1596 1571) M(0) UV(0.05804 0.78798 0.06428 0.78798 0.06677 0.80052)
-               3 V(1596 1595 1598) M(0) UV(0.06965 0.78798 0.07493 0.78798 0.07662 0.79644)
-               3 V(1596 1598 1571) M(0) UV(0.06965 0.78798 0.07662 0.79644 0.07174 0.79846)
-               3 V(1598 1573 1571) M(0) UV(0.07662 0.79644 0.07768 0.80734 0.07174 0.79846)
-               3 V(1571 1573 1574) M(0) UV(0.06677 0.80052 0.07388 0.81115 0.06947 0.81556)
-               3 V(1571 1574 1570) M(0) UV(0.06677 0.80052 0.06947 0.81556 0.06101 0.80291)
-               3 V(1598 1576 1575) M(0) UV(0.08141 0.80361 0.08858 0.80840 0.08656 0.81328)
-               3 V(1576 1577 1578) M(0) UV(0.08858 0.80840 0.09704 0.81008 0.09704 0.81537)
-               3 V(1587 1591 1586) M(0) UV(0.08450 0.75771 0.06946 0.76040 0.08211 0.75195)
-               3 V(1589 1593 1592) M(0) UV(0.08141 0.77235 0.07662 0.77952 0.07174 0.77750)
-               3 V(1589 1592 1590) M(0) UV(0.08141 0.77235 0.07174 0.77750 0.07767 0.76862)
-               3 V(1593 1595 1596) M(0) UV(0.07662 0.77952 0.07493 0.78798 0.06965 0.78798)
-               3 V(1598 1595 1594) M(0) UV(0.08151 0.79441 0.07493 0.78798 0.08023 0.78798)
-               3 V(1572 1598 1594) M(0) UV(0.08460 0.79313 0.08151 0.79441 0.08023 0.78798)
-               3 V(1576 1598 1599) M(0) UV(0.08858 0.80840 0.08516 0.79986 0.09061 0.80351)
-               3 V(1599 1598 1572) M(0) UV(0.09061 0.80351 0.08516 0.79986 0.08752 0.79750)
-               3 V(1576 1599 1600) M(0) UV(0.08858 0.80840 0.09061 0.80351 0.09704 0.80479)
-               3 V(1576 1600 1577) M(0) UV(0.08858 0.80840 0.09704 0.80479 0.09704 0.81008)
-               3 V(1577 1600 1579) M(0) UV(0.09704 0.81008 0.10347 0.80350 0.10550 0.80840)
-               3 V(1579 1600 1601) M(0) UV(0.10550 0.80840 0.10347 0.80350 0.10893 0.79986)
-               3 V(1580 1601 1602) M(0) UV(0.11746 0.79643 0.11257 0.79440 0.11385 0.78797)
-               3 V(1581 1602 1584) M(0) UV(0.11746 0.77952 0.11257 0.78154 0.10892 0.77609)
-               3 V(1582 1584 1583) M(0) UV(0.11267 0.77235 0.10347 0.77245 0.10550 0.76755)
-               3 V(1583 1584 1603) M(0) UV(0.10550 0.76755 0.10347 0.77245 0.09704 0.77117)
-               3 V(1585 1603 1604) M(0) UV(0.09704 0.76587 0.09704 0.77117 0.09061 0.77245)
-               3 V(1585 1604 1588) M(0) UV(0.09704 0.76587 0.09061 0.77245 0.08858 0.76756)
-               3 V(1588 1604 1589) M(0) UV(0.08858 0.76756 0.08516 0.77609 0.08141 0.77235)
-               3 V(1593 1589 1604) M(0) UV(0.07662 0.77952 0.08141 0.77235 0.08516 0.77609)
-               3 V(1593 1604 1594) M(0) UV(0.07662 0.77952 0.08516 0.77609 0.08151 0.78155)
-               3 V(1593 1594 1595) M(0) UV(0.07662 0.77952 0.08023 0.78798 0.07493 0.78798)
-               3 V(1639 1572 1594) M(0) UV(0.09170 0.78798 0.09019 0.79083 0.08962 0.78799)
-               3 V(1639 1599 1572) M(0) UV(0.09326 0.79177 0.09420 0.79484 0.09179 0.79324)
-               3 V(1639 1600 1599) M(0) UV(0.09500 0.79292 0.09704 0.79541 0.09420 0.79484)
-               3 V(1600 1639 1601) M(0) UV(0.09988 0.79484 0.10082 0.79177 0.10230 0.79324)
-               3 V(1639 1602 1601) M(0) UV(0.10198 0.79003 0.10446 0.78799 0.10390 0.79083)
-               3 V(1639 1584 1602) M(0) UV(0.10198 0.78594 0.10229 0.78273 0.10390 0.78515)
-               3 V(1639 1638 1584) M(0) UV(0.10082 0.78420 0.09909 0.78304 0.09988 0.78113)
-               3 V(1638 1603 1584) M(0) UV(0.09909 0.78304 0.09704 0.78057 0.09988 0.78113)
-               3 V(1603 1638 1604) M(0) UV(0.09704 0.78057 0.09500 0.78304 0.09420 0.78113)
-               3 V(1604 1638 1594) M(0) UV(0.09178 0.78273 0.09210 0.78594 0.09018 0.78515)
-               3 V(1594 1638 1639) M(0) UV(0.09018 0.78515 0.09210 0.78594 0.09170 0.78798)
-               3 V(1462 1446 1415) M(0) UV(0.23208 0.25177 0.22700 0.25214 0.22825 0.24537)
-               3 V(1462 1415 1414) M(0) UV(0.23208 0.25177 0.22825 0.24537 0.23307 0.24469)
-               3 V(1387 1462 1414) M(0) UV(0.23664 0.25148 0.23208 0.25177 0.23307 0.24469)
-               3 V(1387 1414 1386) M(0) UV(0.23664 0.25148 0.23307 0.24469 0.23730 0.24397)
-               3 V(1463 1387 1386) M(0) UV(0.24040 0.25107 0.23664 0.25148 0.23730 0.24397)
-               3 V(1463 1386 1307) M(0) UV(0.24040 0.25107 0.24055 0.24347 0.24340 0.24323)
-               3 V(1463 1307 1171) M(0) UV(0.24040 0.25107 0.24340 0.24323 0.24340 0.25080)
-               3 V(1563 1562 1521) M(0) UV(0.21667 0.22510 0.21865 0.22517 0.22017 0.22576)
-               3 V(1520 1521 1562) M(0) UV(0.22030 0.22542 0.22017 0.22576 0.21865 0.22517)
-               3 V(1563 1524 1562) M(0) UV(0.21454 0.22461 0.21461 0.22339 0.21664 0.22386)
-               3 V(1525 1555 1524) M(0) UV(0.21113 0.22459 0.21101 0.22331 0.21283 0.22325)
-               3 V(1560 1558 1559) M(0) UV(0.20626 0.21754 0.20307 0.21383 0.20798 0.21299)
-               3 V(1560 1559 1523) M(0) UV(0.20626 0.21754 0.20798 0.21299 0.20978 0.21699)
-               3 V(1558 1557 1519) M(0) UV(0.20307 0.21383 0.19887 0.20940 0.20609 0.20867)
-               3 V(1558 1519 1559) M(0) UV(0.20307 0.21383 0.20609 0.20867 0.20798 0.21299)
-               3 V(1559 1519 1522) M(0) UV(0.20798 0.21299 0.20609 0.20867 0.21294 0.20931)
-               3 V(1559 1522 1523) M(0) UV(0.20798 0.21299 0.21294 0.20931 0.21301 0.21299)
-               3 V(1524 1523 1556) M(0) UV(0.21336 0.22003 0.21331 0.21695 0.21640 0.21743)
-               3 V(1524 1556 1561) M(0) UV(0.21556 0.22032 0.21640 0.21743 0.21956 0.21882)
-               3 V(1524 1561 1562) M(0) UV(0.21556 0.22032 0.21956 0.21882 0.21812 0.22123)
-               3 V(1555 1523 1524) M(0) UV(0.21081 0.22003 0.21331 0.21695 0.21336 0.22003)
-               3 V(1555 1560 1523) M(0) UV(0.20809 0.22045 0.20626 0.21754 0.20978 0.21699)
-               3 V(1552 1554 1548) M(0) UV(0.20390 0.22238 0.20443 0.22520 0.20251 0.22361)
-               3 V(1554 1552 1555) M(0) UV(0.20557 0.22431 0.20583 0.22128 0.20716 0.22348)
-               3 V(1498 1501 1502) M(0) UV(0.19477 0.22614 0.19320 0.22366 0.19718 0.22430)
-               3 V(1498 1502 1503) M(0) UV(0.19477 0.22614 0.19718 0.22430 0.19861 0.22654)
-               3 V(1503 1502 1548) M(0) UV(0.19861 0.22654 0.19718 0.22430 0.20051 0.22452)
-               3 V(1503 1548 1554) M(0) UV(0.19861 0.22654 0.20051 0.22452 0.20348 0.22681)
-               3 V(1549 1552 1548) M(0) UV(0.19715 0.21805 0.20109 0.22018 0.20006 0.22214)
-               3 V(1549 1548 1502) M(0) UV(0.19715 0.21805 0.20006 0.22214 0.19640 0.22102)
-               3 V(1552 1549 1558) M(0) UV(0.20325 0.21863 0.19940 0.21559 0.20307 0.21383)
-               3 V(1552 1558 1560) M(0) UV(0.20325 0.21863 0.20307 0.21383 0.20626 0.21754)
-               3 V(1501 1550 1549) M(0) UV(0.19135 0.21964 0.19171 0.21522 0.19715 0.21805)
-               3 V(1501 1549 1502) M(0) UV(0.19135 0.21964 0.19715 0.21805 0.19640 0.22102)
-               3 V(1549 1550 1551) M(0) UV(0.19715 0.21805 0.19171 0.21522 0.19413 0.21169)
-               3 V(1549 1551 1557) M(0) UV(0.19940 0.21559 0.19413 0.21169 0.19887 0.20940)
-               3 V(1549 1557 1558) M(0) UV(0.19940 0.21559 0.19887 0.20940 0.20307 0.21383)
-               3 V(1552 1560 1555) M(0) UV(0.20583 0.22128 0.20626 0.21754 0.20809 0.22045)
-               3 V(1546 1521 1527) M(0) UV(0.22965 0.22861 0.22690 0.22727 0.22702 0.22623)
-               3 V(1546 1545 1547) M(0) UV(0.22587 0.23340 0.22106 0.23510 0.22045 0.23370)
-               3 V(1546 1547 1521) M(0) UV(0.22587 0.23340 0.22045 0.23370 0.22432 0.23165)
-               3 V(1521 1520 1527) M(0) UV(0.22504 0.22698 0.22511 0.22626 0.22702 0.22623)
-               3 V(1545 1546 1544) M(0) UV(0.22106 0.23510 0.22587 0.23340 0.22707 0.23525)
-               3 V(1527 1565 1546) M(0) UV(0.23007 0.22722 0.23172 0.22998 0.22965 0.22861)
-               3 V(1567 1386 1414) M(0) UV(0.23347 0.23991 0.23730 0.24397 0.23307 0.24469)
-               3 V(1543 1542 1415) M(0) UV(0.22225 0.24193 0.22868 0.24118 0.22825 0.24537)
-               3 V(1543 1415 1416) M(0) UV(0.22225 0.24193 0.22825 0.24537 0.22169 0.24577)
-               3 V(1544 1568 1567) M(0) UV(0.22818 0.23783 0.23293 0.23527 0.23347 0.23991)
-               3 V(1544 1567 1542) M(0) UV(0.22818 0.23783 0.23347 0.23991 0.22868 0.24118)
-               3 V(1543 1544 1542) M(0) UV(0.22224 0.23899 0.22818 0.23783 0.22868 0.24118)
-               3 V(1544 1546 1568) M(0) UV(0.22707 0.23525 0.23024 0.23247 0.23293 0.23527)
-               3 V(1545 1544 1543) M(0) UV(0.22173 0.23670 0.22818 0.23783 0.22224 0.23899)
-               3 V(1414 1415 1542) M(0) UV(0.23307 0.24469 0.22825 0.24537 0.22868 0.24118)
-               3 V(1414 1542 1567) M(0) UV(0.23307 0.24469 0.22868 0.24118 0.23347 0.23991)
-               3 V(1509 1508 1513) M(0) UV(0.20792 0.23423 0.21190 0.23551 0.21155 0.23686)
-               3 V(1509 1513 1510) M(0) UV(0.20792 0.23423 0.21155 0.23686 0.20710 0.23551)
-               3 V(1538 1509 1510) M(0) UV(0.20417 0.23259 0.20792 0.23423 0.20710 0.23551)
-               3 V(1538 1510 1537) M(0) UV(0.20417 0.23259 0.20710 0.23551 0.20271 0.23364)
-               3 V(1541 1508 1540) M(0) UV(0.21610 0.23567 0.21208 0.23454 0.21589 0.23455)
-               3 V(1540 1508 1507) M(0) UV(0.21520 0.23094 0.21234 0.23069 0.21241 0.22981)
-               3 V(1540 1507 1539) M(0) UV(0.21520 0.23094 0.21241 0.22981 0.21532 0.23017)
-               3 V(1541 1513 1508) M(0) UV(0.21620 0.23711 0.21155 0.23686 0.21190 0.23551)
-               3 V(1545 1541 1540) M(0) UV(0.22106 0.23510 0.21610 0.23567 0.21589 0.23455)
-               3 V(1545 1540 1547) M(0) UV(0.22106 0.23510 0.21589 0.23455 0.22045 0.23370)
-               3 V(1540 1539 1547) M(0) UV(0.21520 0.23094 0.21532 0.23017 0.21823 0.22963)
-               3 V(1380 1383 1384) M(0) UV(0.20073 0.24412 0.20771 0.24521 0.20462 0.25125)
-               3 V(1380 1384 1381) M(0) UV(0.20073 0.24412 0.20462 0.25125 0.19644 0.25003)
-               3 V(1428 1384 1383) M(0) UV(0.21263 0.25190 0.20462 0.25125 0.20771 0.24521)
-               3 V(1428 1383 1417) M(0) UV(0.21263 0.25190 0.20771 0.24521 0.21449 0.24567)
-               3 V(1446 1445 1416) M(0) UV(0.22700 0.25214 0.22034 0.25222 0.22169 0.24577)
-               3 V(1446 1416 1415) M(0) UV(0.22700 0.25214 0.22169 0.24577 0.22825 0.24537)
-               3 V(1445 1428 1417) M(0) UV(0.22034 0.25222 0.21263 0.25190 0.21449 0.24567)
-               3 V(1445 1417 1416) M(0) UV(0.22034 0.25222 0.21449 0.24567 0.22169 0.24577)
-               3 V(1537 1510 1534) M(0) UV(0.20271 0.23364 0.20602 0.23734 0.20130 0.23511)
-               3 V(1510 1513 1512) M(0) UV(0.20602 0.23734 0.21099 0.23875 0.20994 0.24137)
-               3 V(1510 1512 1511) M(0) UV(0.20602 0.23734 0.20994 0.24137 0.20418 0.24002)
-               3 V(1534 1510 1511) M(0) UV(0.20130 0.23511 0.20602 0.23734 0.20418 0.24002)
-               3 V(1534 1511 1535) M(0) UV(0.20130 0.23511 0.20418 0.24002 0.19877 0.23791)
-               3 V(1511 1512 1383) M(0) UV(0.20418 0.24002 0.20994 0.24137 0.20771 0.24521)
-               3 V(1511 1383 1380) M(0) UV(0.20418 0.24002 0.20771 0.24521 0.20073 0.24412)
-               3 V(1536 1512 1513) M(0) UV(0.21559 0.24193 0.20994 0.24137 0.21099 0.23875)
-               3 V(1536 1513 1541) M(0) UV(0.21559 0.24193 0.21099 0.23875 0.21610 0.23910)
-               3 V(1541 1543 1536) M(0) UV(0.21610 0.23910 0.22225 0.24193 0.21559 0.24193)
-               3 V(1541 1545 1543) M(0) UV(0.21620 0.23711 0.22173 0.23670 0.22224 0.23899)
-               3 V(1416 1417 1536) M(0) UV(0.22169 0.24577 0.21449 0.24567 0.21559 0.24193)
-               3 V(1416 1536 1543) M(0) UV(0.22169 0.24577 0.21559 0.24193 0.22225 0.24193)
-               3 V(1512 1536 1417) M(0) UV(0.20994 0.24137 0.21559 0.24193 0.21449 0.24567)
-               3 V(1512 1417 1383) M(0) UV(0.20994 0.24137 0.21449 0.24567 0.20771 0.24521)
-               3 V(1537 1503 1554) M(0) UV(0.19978 0.22959 0.19945 0.22802 0.20427 0.22835)
-               3 V(1537 1554 1538) M(0) UV(0.19978 0.22959 0.20427 0.22835 0.20298 0.22987)
-               3 V(1538 1553 1507) M(0) UV(0.20683 0.22884 0.20710 0.22793 0.21001 0.22904)
-               3 V(1538 1507 1508) M(0) UV(0.20683 0.22884 0.21001 0.22904 0.20979 0.23002)
-               3 V(1538 1508 1509) M(0) UV(0.20664 0.22986 0.20968 0.23108 0.20910 0.23249)
-               3 V(1554 1553 1538) M(0) UV(0.20511 0.22785 0.20710 0.22793 0.20683 0.22884)
-               3 V(1418 1380 1381) M(0) UV(0.19400 0.24214 0.20073 0.24412 0.19644 0.25003)
-               3 V(1418 1381 1382) M(0) UV(0.19400 0.24214 0.19644 0.25003 0.18840 0.24797)
-               3 V(1535 1533 1506) M(0) UV(0.19877 0.23791 0.19332 0.23503 0.19650 0.23247)
-               3 V(1535 1506 1534) M(0) UV(0.19877 0.23791 0.19650 0.23247 0.20130 0.23511)
-               3 V(1534 1506 1537) M(0) UV(0.20130 0.23511 0.19650 0.23247 0.19868 0.23147)
-               3 V(1505 1497 1498) M(0) UV(0.19389 0.23021 0.19218 0.22800 0.19591 0.22794)
-               3 V(1505 1498 1503) M(0) UV(0.19389 0.23021 0.19591 0.22794 0.19699 0.22974)
-               3 V(1533 1504 1505) M(0) UV(0.19332 0.23503 0.18937 0.23197 0.19389 0.23021)
-               3 V(1533 1505 1506) M(0) UV(0.19332 0.23503 0.19389 0.23021 0.19650 0.23247)
-               3 V(1506 1505 1503) M(0) UV(0.19650 0.23247 0.19389 0.23021 0.19699 0.22974)
-               3 V(1506 1503 1537) M(0) UV(0.19650 0.23247 0.19699 0.22974 0.19868 0.23147)
-               3 V(1535 1511 1380) M(0) UV(0.19877 0.23791 0.20418 0.24002 0.20073 0.24412)
-               3 V(1535 1380 1418) M(0) UV(0.19877 0.23791 0.20073 0.24412 0.19400 0.24214)
-               3 V(1418 1419 1533) M(0) UV(0.19400 0.24214 0.18752 0.23920 0.19332 0.23503)
-               3 V(1418 1533 1535) M(0) UV(0.19400 0.24214 0.19332 0.23503 0.19877 0.23791)
-               3 V(1458 1457 1409) M(0) UV(0.21836 0.16795 0.21940 0.16484 0.22190 0.16639)
-               3 V(1420 1451 1455) M(0) UV(0.20985 0.17218 0.21014 0.16644 0.21443 0.16701)
-               3 V(1420 1455 1421) M(0) UV(0.20985 0.17218 0.21443 0.16701 0.21384 0.17148)
-               3 V(1421 1455 1458) M(0) UV(0.21384 0.17148 0.21443 0.16701 0.21836 0.16795)
-               3 V(1447 1458 1448) M(0) UV(0.22064 0.17382 0.22050 0.17140 0.22260 0.17152)
-               3 V(1454 1420 1421) M(0) UV(0.21099 0.17811 0.20985 0.17218 0.21384 0.17148)
-               3 V(1448 1458 1409) M(0) UV(0.22304 0.16987 0.22092 0.16894 0.22190 0.16639)
-               3 V(1451 1450 1456) M(0) UV(0.21014 0.16644 0.21170 0.16165 0.21585 0.16319)
-               3 V(1451 1456 1455) M(0) UV(0.21014 0.16644 0.21585 0.16319 0.21443 0.16701)
-               3 V(1452 1420 1454) M(0) UV(0.20723 0.18063 0.20985 0.17218 0.21099 0.17811)
-               3 V(1454 1421 1458) M(0) UV(0.21436 0.17622 0.21384 0.17148 0.21798 0.17122)
-               3 V(1454 1458 1447) M(0) UV(0.21436 0.17622 0.21798 0.17122 0.21818 0.17469)
-               3 V(1455 1456 1457) M(0) UV(0.21443 0.16701 0.21585 0.16319 0.21940 0.16484)
-               3 V(1455 1457 1458) M(0) UV(0.21443 0.16701 0.21940 0.16484 0.21836 0.16795)
-               3 V(1561 1516 1562) M(0) UV(0.21956 0.21882 0.22416 0.21845 0.22224 0.22047)
-               3 V(1516 1515 1562) M(0) UV(0.22416 0.21845 0.22412 0.22233 0.22224 0.22047)
-               3 V(1520 1562 1515) M(0) UV(0.22234 0.22378 0.22224 0.22047 0.22412 0.22233)
-               3 V(1520 1515 1527) M(0) UV(0.22380 0.22460 0.22412 0.22233 0.22555 0.22372)
-               3 V(1561 1526 1516) M(0) UV(0.22098 0.21618 0.22207 0.21436 0.22527 0.21689)
-               3 V(1527 1566 1565) M(0) UV(0.23009 0.22602 0.23263 0.22641 0.23240 0.22805)
-               3 V(1433 1651 1396) M(0) UV(0.22466 0.19853 0.22668 0.20492 0.22556 0.20692)
-               3 V(1433 1396 1438) M(0) UV(0.22466 0.19853 0.22556 0.20692 0.22338 0.20139)
-               3 V(1391 1396 1651) M(0) UV(0.22922 0.20785 0.22556 0.20692 0.22668 0.20492)
-               3 V(1396 1391 1395) M(0) UV(0.22493 0.20937 0.22912 0.20990 0.22926 0.21344)
-               3 V(1396 1434 1438) M(0) UV(0.22556 0.20692 0.22211 0.20395 0.22338 0.20139)
-               3 V(1396 1395 1526) M(0) UV(0.22493 0.20937 0.22704 0.21484 0.22371 0.21153)
-               3 V(1434 1396 1526) M(0) UV(0.22211 0.20395 0.22493 0.20937 0.22371 0.21153)
-               3 V(1436 1433 1440) M(0) UV(0.22520 0.19245 0.22466 0.19853 0.22040 0.19175)
-               3 V(1440 1433 1438) M(0) UV(0.22040 0.19175 0.22466 0.19853 0.22338 0.20139)
-               3 V(1440 1438 1439) M(0) UV(0.22040 0.19175 0.22338 0.20139 0.21846 0.19468)
-               3 V(1439 1438 1434) M(0) UV(0.21846 0.19468 0.22338 0.20139 0.22211 0.20395)
-               3 V(1439 1434 1412) M(0) UV(0.21846 0.19468 0.22211 0.20395 0.21646 0.19791)
-               3 V(1412 1432 1431) M(0) UV(0.21646 0.19791 0.20810 0.19055 0.21175 0.18709)
-               3 V(1412 1431 1439) M(0) UV(0.21646 0.19791 0.21175 0.18709 0.21846 0.19468)
-               3 V(1437 1429 1408) M(0) UV(0.22542 0.18595 0.22113 0.17961 0.22329 0.17815)
-               3 V(1429 1447 1408) M(0) UV(0.22113 0.17961 0.22064 0.17382 0.22329 0.17815)
-               3 V(1412 1434 1413) M(0) UV(0.21646 0.19791 0.22069 0.20687 0.21448 0.20150)
-               3 V(1447 1429 1435) M(0) UV(0.21818 0.17469 0.22113 0.17961 0.21768 0.18172)
-               3 V(1447 1435 1454) M(0) UV(0.21818 0.17469 0.21768 0.18172 0.21436 0.17622)
-               3 V(1440 1435 1429) M(0) UV(0.22254 0.18858 0.21768 0.18172 0.22113 0.17961)
-               3 V(1440 1429 1437) M(0) UV(0.22254 0.18858 0.22113 0.17961 0.22542 0.18595)
-               3 V(1435 1440 1439) M(0) UV(0.21479 0.18426 0.22040 0.19175 0.21846 0.19468)
-               3 V(1435 1439 1431) M(0) UV(0.21479 0.18426 0.21846 0.19468 0.21175 0.18709)
-               3 V(1452 1454 1435) M(0) UV(0.20723 0.18063 0.21099 0.17811 0.21479 0.18426)
-               3 V(1452 1435 1431) M(0) UV(0.20723 0.18063 0.21479 0.18426 0.21175 0.18709)
-               3 V(1437 1408 1430) M(0) UV(0.22739 0.18371 0.22512 0.17681 0.22905 0.18140)
-               3 V(1437 1430 1459) M(0) UV(0.22739 0.18371 0.22905 0.18140 0.23335 0.18490)
-               3 V(1437 1459 1407) M(0) UV(0.22739 0.18371 0.23335 0.18490 0.23198 0.18758)
-               3 V(1452 1431 1432) M(0) UV(0.20723 0.18063 0.21175 0.18709 0.20810 0.19055)
-               3 V(1452 1432 1453) M(0) UV(0.20723 0.18063 0.20810 0.19055 0.20286 0.18370)
-               3 V(1436 1440 1437) M(0) UV(0.22520 0.19245 0.22254 0.18858 0.22542 0.18595)
-               3 V(1436 1437 1407) M(0) UV(0.22520 0.19245 0.22542 0.18595 0.23015 0.19036)
-               3 V(1449 1403 1399) M(0) UV(0.20672 0.16066 0.20099 0.16026 0.20583 0.15190)
-               3 V(1449 1399 1401) M(0) UV(0.20672 0.16066 0.20583 0.15190 0.21111 0.15439)
-               3 V(1401 1399 1468) M(0) UV(0.21111 0.15439 0.20583 0.15190 0.22059 0.14862)
-               3 V(1401 1468 1469) M(0) UV(0.21111 0.15439 0.22059 0.14862 0.22113 0.15164)
-               3 V(1399 1400 1402) M(0) UV(0.20583 0.15190 0.21140 0.14519 0.22320 0.14366)
-               3 V(1399 1402 1468) M(0) UV(0.20583 0.15190 0.22320 0.14366 0.22059 0.14862)
-               3 V(1427 1401 1469) M(0) UV(0.21453 0.15688 0.21111 0.15439 0.22113 0.15164)
-               3 V(1427 1469 1475) M(0) UV(0.21453 0.15688 0.22113 0.15164 0.22246 0.15379)
-               3 V(1450 1449 1401) M(0) UV(0.21170 0.16165 0.20672 0.16066 0.21111 0.15439)
-               3 V(1450 1401 1427) M(0) UV(0.21170 0.16165 0.21111 0.15439 0.21453 0.15688)
-               3 V(1427 1442 1456) M(0) UV(0.21453 0.15688 0.21790 0.15915 0.21585 0.16319)
-               3 V(1427 1456 1450) M(0) UV(0.21453 0.15688 0.21585 0.16319 0.21170 0.16165)
-               3 V(1475 1442 1427) M(0) UV(0.22246 0.15379 0.21790 0.15915 0.21453 0.15688)
-               3 V(1453 1432 1424) M(0) UV(0.20286 0.18370 0.20810 0.19055 0.20238 0.19568)
-               3 V(1453 1424 1398) M(0) UV(0.20286 0.18370 0.20238 0.19568 0.19678 0.18712)
-               3 V(1432 1412 1413) M(0) UV(0.20810 0.19055 0.21646 0.19791 0.21448 0.20150)
-               3 V(1432 1413 1424) M(0) UV(0.20810 0.19055 0.21448 0.20150 0.20238 0.19568)
-               3 V(1527 1515 1514) M(0) UV(0.22855 0.22282 0.22738 0.22042 0.23051 0.21870)
-               3 V(1527 1514 1569) M(0) UV(0.22855 0.22282 0.23051 0.21870 0.23129 0.22206)
-               3 V(1516 1514 1515) M(0) UV(0.22781 0.21869 0.23051 0.21870 0.22738 0.22042)
-               3 V(1501 1500 1528) M(0) UV(0.19135 0.21964 0.18820 0.22301 0.18582 0.21813)
-               3 V(1498 1497 1499) M(0) UV(0.19477 0.22614 0.19218 0.22800 0.19038 0.22588)
-               3 V(1499 1500 1501) M(0) UV(0.19038 0.22588 0.18820 0.22301 0.19320 0.22366)
-               3 V(1499 1501 1498) M(0) UV(0.19038 0.22588 0.19320 0.22366 0.19477 0.22614)
-               3 V(1395 1514 1516) M(0) UV(0.22704 0.21484 0.23051 0.21870 0.22871 0.21800)
-               3 V(1526 1395 1516) M(0) UV(0.22371 0.21153 0.22704 0.21484 0.22599 0.21586)
-               3 V(1517 1397 1398) M(0) UV(0.19160 0.19741 0.18842 0.19016 0.19678 0.18712)
-               3 V(1517 1398 1424) M(0) UV(0.19160 0.19741 0.19678 0.18712 0.20238 0.19568)
-               3 V(1424 1518 1532) M(0) UV(0.20238 0.19568 0.20424 0.20334 0.19500 0.20405)
-               3 V(1424 1532 1517) M(0) UV(0.20238 0.19568 0.19500 0.20405 0.19160 0.19741)
-               3 V(1517 1532 1530) M(0) UV(0.19160 0.19741 0.19500 0.20405 0.18885 0.20703)
-               3 V(1517 1530 1564) M(0) UV(0.19160 0.19741 0.18885 0.20703 0.18435 0.20133)
-               3 V(1413 1522 1518) M(0) UV(0.21448 0.20150 0.21355 0.20541 0.20424 0.20334)
-               3 V(1413 1518 1424) M(0) UV(0.21448 0.20150 0.20424 0.20334 0.20238 0.19568)
-               3 V(1557 1532 1518) M(0) UV(0.19887 0.20940 0.19500 0.20405 0.20424 0.20334)
-               3 V(1557 1518 1519) M(0) UV(0.19887 0.20940 0.20424 0.20334 0.20609 0.20867)
-               3 V(1519 1518 1522) M(0) UV(0.20609 0.20867 0.20424 0.20334 0.21355 0.20541)
-               3 V(1434 1531 1522) M(0) UV(0.22069 0.20687 0.21937 0.20903 0.21355 0.20541)
-               3 V(1434 1522 1413) M(0) UV(0.22069 0.20687 0.21355 0.20541 0.21448 0.20150)
-               3 V(1531 1556 1523) M(0) UV(0.21826 0.21117 0.21747 0.21391 0.21301 0.21299)
-               3 V(1531 1523 1522) M(0) UV(0.21826 0.21117 0.21301 0.21299 0.21294 0.20931)
-               3 V(1556 1531 1526) M(0) UV(0.21747 0.21391 0.21826 0.21117 0.22207 0.21436)
-               3 V(1556 1526 1561) M(0) UV(0.21747 0.21391 0.22207 0.21436 0.22098 0.21618)
-               3 V(1550 1529 1530) M(0) UV(0.19171 0.21522 0.18585 0.21187 0.18885 0.20703)
-               3 V(1550 1530 1551) M(0) UV(0.19171 0.21522 0.18885 0.20703 0.19413 0.21169)
-               3 V(1551 1530 1532) M(0) UV(0.19413 0.21169 0.18885 0.20703 0.19500 0.20405)
-               3 V(1551 1532 1557) M(0) UV(0.19413 0.21169 0.19500 0.20405 0.19887 0.20940)
-               3 V(1526 1531 1434) M(0) UV(0.22284 0.21301 0.21937 0.20903 0.22069 0.20687)
-               3 V(1566 1527 1569) M(0) UV(0.23226 0.22452 0.22855 0.22282 0.23129 0.22206)
-               3 V(1457 1443 1409) M(0) UV(0.21940 0.16484 0.22087 0.16120 0.22325 0.16355)
-               3 V(1409 1443 1444) M(0) UV(0.22325 0.16355 0.22087 0.16120 0.22494 0.15795)
-               3 V(1409 1444 1410) M(0) UV(0.22325 0.16355 0.22494 0.15795 0.22621 0.16040)
-               3 V(1441 1411 1410) M(0) UV(0.23420 0.15757 0.23455 0.15928 0.22621 0.16040)
-               3 V(1373 1411 1441) M(0) UV(0.24340 0.15725 0.23455 0.15928 0.23420 0.15757)
-               3 V(1441 1476 1364) M(0) UV(0.23420 0.15757 0.23414 0.15551 0.24340 0.15508)
-               3 V(1441 1364 1373) M(0) UV(0.23420 0.15757 0.24340 0.15508 0.24340 0.15725)
-               3 V(1444 1475 1476) M(0) UV(0.22494 0.15795 0.22392 0.15579 0.23414 0.15551)
-               3 V(1444 1476 1441) M(0) UV(0.22494 0.15795 0.23414 0.15551 0.23420 0.15757)
-               3 V(1411 1373 1370) M(0) UV(0.23455 0.15928 0.24340 0.15890 0.24340 0.16043)
-               3 V(1411 1370 1465) M(0) UV(0.23455 0.15928 0.24340 0.16043 0.23551 0.16075)
-               3 V(1411 1465 1464) M(0) UV(0.23455 0.15928 0.23551 0.16075 0.22812 0.16235)
-               3 V(1411 1464 1410) M(0) UV(0.23455 0.15928 0.22812 0.16235 0.22621 0.16040)
-               3 V(1456 1442 1443) M(0) UV(0.21585 0.16319 0.21790 0.15915 0.22087 0.16120)
-               3 V(1456 1443 1457) M(0) UV(0.21585 0.16319 0.22087 0.16120 0.21940 0.16484)
-               3 V(1448 1409 1464) M(0) UV(0.22435 0.16757 0.22325 0.16355 0.22556 0.16539)
-               3 V(1443 1442 1475) M(0) UV(0.22087 0.16120 0.21790 0.15915 0.22392 0.15579)
-               3 V(1443 1475 1444) M(0) UV(0.22087 0.16120 0.22392 0.15579 0.22494 0.15795)
-               3 V(1464 1409 1410) M(0) UV(0.22556 0.16539 0.22325 0.16355 0.22621 0.16040)
-               3 V(1430 1426 1425) M(0) UV(0.23293 0.17634 0.23417 0.17526 0.23653 0.17616)
-               3 V(1430 1425 1459) M(0) UV(0.23162 0.17740 0.23568 0.17788 0.23493 0.17961)
-               3 V(1408 1426 1430) M(0) UV(0.22512 0.17681 0.22679 0.17545 0.23028 0.17896)
-               3 V(1448 1426 1408) M(0) UV(0.22490 0.17226 0.22679 0.17545 0.22512 0.17681)
-               3 V(1448 1408 1447) M(0) UV(0.22490 0.17226 0.22512 0.17681 0.22278 0.17307)
-               3 V(1426 1466 1425) M(0) UV(0.23417 0.17526 0.23709 0.17459 0.23653 0.17616)
-               3 V(1652 1651 1650) M(0) UV(0.23402 0.20003 0.23123 0.20032 0.23127 0.19682)
-               3 V(1652 1650 1646) M(0) UV(0.23577 0.19973 0.23470 0.19693 0.23736 0.19613)
-               3 V(1646 1650 1647) M(0) UV(0.23651 0.19360 0.23537 0.19407 0.23526 0.19256)
-               3 V(1653 1651 1652) M(0) UV(0.23259 0.20399 0.23123 0.20032 0.23402 0.20003)
-               3 V(1652 1648 1653) M(0) UV(0.23524 0.20264 0.23628 0.20333 0.23551 0.20505)
-               3 V(1649 1645 1646) M(0) UV(0.23923 0.19035 0.23962 0.19206 0.23858 0.19208)
-               3 V(1646 1647 1649) M(0) UV(0.23747 0.19227 0.23532 0.19229 0.23766 0.19159)
-               3 V(1647 1650 1649) M(0) UV(0.23503 0.19240 0.23287 0.19283 0.23362 0.19158)
-               3 V(1646 1654 1648) M(0) UV(0.23736 0.19613 0.23848 0.19670 0.23708 0.20005)
-               3 V(1646 1648 1652) M(0) UV(0.23736 0.19613 0.23708 0.20005 0.23577 0.19973)
-               3 V(1651 1433 1650) M(0) UV(0.23123 0.20032 0.22806 0.19560 0.23127 0.19682)
-               3 V(1391 1651 1653) M(0) UV(0.23118 0.20608 0.22956 0.20380 0.23259 0.20399)
-               3 V(1407 1650 1433) M(0) UV(0.23015 0.19036 0.23050 0.19151 0.22613 0.19360)
-               3 V(1407 1433 1436) M(0) UV(0.23015 0.19036 0.22613 0.19360 0.22520 0.19245)
-               3 V(1407 1461 1649) M(0) UV(0.23015 0.19036 0.23631 0.18800 0.23560 0.18931)
-               3 V(1407 1649 1650) M(0) UV(0.23015 0.19036 0.23560 0.18931 0.23050 0.19151)
-               3 V(1461 1372 1649) M(0) UV(0.23631 0.18800 0.23917 0.18634 0.23817 0.18869)
-               3 V(1490 1491 1489) M(0) UV(0.39522 0.85666 0.39644 0.85403 0.39710 0.85521)
-               3 V(1487 1484 1485) M(0) UV(0.34205 0.84011 0.34379 0.84100 0.34310 0.84224)
-               3 V(1485 1486 1487) M(0) UV(0.34253 0.84361 0.34189 0.84552 0.33999 0.84232)
-               3 V(1483 1482 1481) M(0) UV(0.34513 0.86817 0.34191 0.86811 0.34470 0.86578)
-               3 V(1478 1480 1479) M(0) UV(0.34672 0.85279 0.34674 0.85084 0.34958 0.85316)
-               3 V(1166 1281 1375) M(0) UV(0.24897 0.16166 0.24862 0.16320 0.24340 0.16330)
-               3 V(1166 1375 1370) M(0) UV(0.24897 0.16166 0.24340 0.16330 0.24340 0.16187)
-               3 V(1283 1281 1166) M(0) UV(0.25477 0.16395 0.24862 0.16320 0.24897 0.16166)
-               3 V(1283 1166 1195) M(0) UV(0.25477 0.16395 0.24897 0.16166 0.25657 0.16283)
-               3 V(1465 1405 1406) M(0) UV(0.23782 0.16166 0.23818 0.16320 0.23203 0.16395)
-               3 V(1465 1370 1375) M(0) UV(0.23782 0.16166 0.24340 0.16187 0.24340 0.16330)
-               3 V(1465 1375 1405) M(0) UV(0.23782 0.16166 0.24340 0.16330 0.23818 0.16320)
-               3 V(1372 1423 1174) M(0) UV(0.24727 0.18252 0.24732 0.18103 0.24945 0.18251)
-               3 V(1257 1256 1374) M(0) UV(0.24830 0.17633 0.24623 0.17632 0.24617 0.17463)
-               3 V(1257 1374 1240) M(0) UV(0.24830 0.17633 0.24617 0.17463 0.24789 0.17470)
-               3 V(1281 1164 1369) M(0) UV(0.24773 0.16674 0.24724 0.16744 0.24340 0.16727)
-               3 V(1281 1369 1375) M(0) UV(0.24773 0.16674 0.24340 0.16727 0.24340 0.16645)
-               3 V(1257 1423 1256) M(0) UV(0.24830 0.17633 0.24653 0.17798 0.24623 0.17632)
-               3 V(1174 1423 1257) M(0) UV(0.24898 0.18019 0.24653 0.17798 0.24872 0.17824)
-               3 V(1282 1257 1240) M(0) UV(0.25112 0.17788 0.24830 0.17633 0.25027 0.17616)
-               3 V(1282 1174 1257) M(0) UV(0.25186 0.17961 0.24898 0.18019 0.24872 0.17824)
-               3 V(1423 1422 1256) M(0) UV(0.24197 0.17779 0.24057 0.17632 0.24217 0.17628)
-               3 V(1404 1459 1425) M(0) UV(0.23808 0.17824 0.23493 0.17961 0.23568 0.17788)
-               3 V(1422 1404 1425) M(0) UV(0.23850 0.17633 0.23808 0.17824 0.23568 0.17788)
-               3 V(1422 1423 1404) M(0) UV(0.23850 0.17633 0.24027 0.17798 0.23808 0.17824)
-               3 V(1459 1404 1460) M(0) UV(0.23335 0.18490 0.23735 0.18251 0.23707 0.18471)
-               3 V(1425 1466 1422) M(0) UV(0.23653 0.17616 0.23891 0.17470 0.23850 0.17633)
-               3 V(1404 1423 1372) M(0) UV(0.23735 0.18251 0.23948 0.18103 0.23952 0.18252)
-               3 V(1404 1372 1460) M(0) UV(0.23735 0.18251 0.23952 0.18252 0.23707 0.18471)
-               3 V(1422 1374 1256) M(0) UV(0.24057 0.17632 0.24208 0.17451 0.24217 0.17628)
-               3 V(1168 1643 1641) M(0) UV(0.25404 0.20817 0.25054 0.20741 0.25263 0.20608)
-               3 V(1297 1302 1298) M(0) UV(0.25975 0.21484 0.25629 0.21870 0.25428 0.21772)
-               3 V(1643 1299 1371) M(0) UV(0.24725 0.20850 0.24731 0.21272 0.24340 0.21178)
-               3 V(1643 1371 1377) M(0) UV(0.24725 0.20850 0.24340 0.21178 0.24340 0.20774)
-               3 V(1303 1643 1168) M(0) UV(0.25278 0.21031 0.25054 0.20741 0.25404 0.20817)
-               3 V(1303 1299 1643) M(0) UV(0.25278 0.21031 0.24731 0.21272 0.24725 0.20850)
-               3 V(1299 1304 1378) M(0) UV(0.24731 0.21272 0.24689 0.21717 0.24340 0.21650)
-               3 V(1299 1378 1371) M(0) UV(0.24731 0.21272 0.24340 0.21650 0.24340 0.21178)
-               3 V(1298 1302 1167) M(0) UV(0.25428 0.21772 0.25629 0.21870 0.25550 0.22206)
-               3 V(1304 1178 1378) M(0) UV(0.24689 0.21717 0.24633 0.22096 0.24340 0.22066)
-               3 V(1297 1299 1303) M(0) UV(0.25754 0.21344 0.25205 0.21371 0.25278 0.21031)
-               3 V(1297 1303 1168) M(0) UV(0.25754 0.21344 0.25278 0.21031 0.25767 0.20990)
-               3 V(1298 1304 1299) M(0) UV(0.25428 0.21772 0.25078 0.21778 0.25205 0.21371)
-               3 V(1298 1299 1297) M(0) UV(0.25428 0.21772 0.25205 0.21371 0.25754 0.21344)
-               3 V(1178 1304 1298) M(0) UV(0.24973 0.22132 0.25078 0.21778 0.25428 0.21772)
-               3 V(1178 1298 1167) M(0) UV(0.24973 0.22132 0.25428 0.21772 0.25307 0.22156)
-               3 V(1393 1389 1394) M(0) UV(0.23475 0.21371 0.23601 0.21778 0.23252 0.21772)
-               3 V(1393 1394 1395) M(0) UV(0.23475 0.21371 0.23252 0.21772 0.22926 0.21344)
-               3 V(1395 1391 1390) M(0) UV(0.22926 0.21344 0.22912 0.20990 0.23402 0.21031)
-               3 V(1395 1390 1393) M(0) UV(0.22926 0.21344 0.23402 0.21031 0.23475 0.21371)
-               3 V(1393 1371 1378) M(0) UV(0.23949 0.21272 0.24340 0.21178 0.24340 0.21650)
-               3 V(1393 1378 1389) M(0) UV(0.23949 0.21272 0.24340 0.21650 0.23991 0.21717)
-               3 V(1390 1392 1393) M(0) UV(0.23402 0.21031 0.23955 0.20850 0.23949 0.21272)
-               3 V(1392 1390 1391) M(0) UV(0.23626 0.20741 0.23402 0.21031 0.23276 0.20817)
-               3 V(1392 1377 1371) M(0) UV(0.23955 0.20850 0.24340 0.20774 0.24340 0.21178)
-               3 V(1392 1371 1393) M(0) UV(0.23955 0.20850 0.24340 0.21178 0.23949 0.21272)
-               3 V(1391 1653 1392) M(0) UV(0.23276 0.20817 0.23417 0.20608 0.23626 0.20741)
-               3 V(1394 1389 1569) M(0) UV(0.23252 0.21772 0.23707 0.22132 0.23373 0.22156)
-               3 V(1569 1514 1394) M(0) UV(0.23129 0.22206 0.23051 0.21870 0.23252 0.21772)
-               3 V(1395 1394 1514) M(0) UV(0.22704 0.21484 0.23252 0.21772 0.23051 0.21870)
-               3 V(1643 1269 1641) M(0) UV(0.24933 0.20568 0.25052 0.20333 0.25129 0.20505)
-               3 V(1269 1643 1644) M(0) UV(0.24643 0.20331 0.24655 0.20561 0.24340 0.20513)
-               3 V(1643 1377 1644) M(0) UV(0.24655 0.20561 0.24340 0.20774 0.24340 0.20513)
-               3 V(1392 1653 1648) M(0) UV(0.23747 0.20568 0.23551 0.20505 0.23628 0.20333)
-               3 V(1644 1392 1648) M(0) UV(0.24340 0.20513 0.24025 0.20561 0.24037 0.20331)
-               3 V(1377 1392 1644) M(0) UV(0.24340 0.20774 0.24025 0.20561 0.24340 0.20513)
-               3 V(1169 1176 1233) M(0) UV(0.25387 0.23527 0.25508 0.22998 0.25656 0.23247)
-               3 V(1310 1306 1388) M(0) UV(0.24621 0.23460 0.24616 0.23841 0.24340 0.23835)
-               3 V(1307 1388 1306) M(0) UV(0.24625 0.24347 0.24340 0.23835 0.24616 0.23841)
-               3 V(1307 1306 1309) M(0) UV(0.24625 0.24347 0.24921 0.23889 0.24950 0.24397)
-               3 V(1170 1306 1310) M(0) UV(0.25332 0.23991 0.24921 0.23889 0.24930 0.23471)
-               3 V(1170 1310 1169) M(0) UV(0.25332 0.23991 0.24930 0.23471 0.25387 0.23527)
-               3 V(1310 1176 1169) M(0) UV(0.24930 0.23471 0.25247 0.23138 0.25387 0.23527)
-               3 V(1567 1385 1388) M(0) UV(0.23759 0.23889 0.24059 0.23460 0.24064 0.23841)
-               3 V(1567 1388 1386) M(0) UV(0.23759 0.23889 0.24064 0.23841 0.24055 0.24347)
-               3 V(1388 1307 1386) M(0) UV(0.24340 0.23835 0.24340 0.24323 0.24055 0.24347)
-               3 V(1565 1385 1568) M(0) UV(0.23432 0.23138 0.23750 0.23471 0.23293 0.23527)
-               3 V(1567 1568 1385) M(0) UV(0.23347 0.23991 0.23293 0.23527 0.23750 0.23471)
-               3 V(1565 1568 1546) M(0) UV(0.23172 0.22998 0.23293 0.23527 0.23024 0.23247)
-               3 V(1372 1173 1655) M(0) UV(0.24542 0.18581 0.24762 0.18634 0.24683 0.18799)
-               3 V(1174 1280 1173) M(0) UV(0.24973 0.18471 0.25482 0.18758 0.24998 0.18650)
-               3 V(1372 1174 1173) M(0) UV(0.24735 0.18426 0.24973 0.18471 0.24998 0.18650)
-               3 V(1460 1372 1461) M(0) UV(0.23707 0.18471 0.23944 0.18426 0.23682 0.18650)
-               3 V(1407 1459 1460) M(0) UV(0.23198 0.18758 0.23335 0.18490 0.23707 0.18471)
-               3 V(1407 1460 1461) M(0) UV(0.23198 0.18758 0.23707 0.18471 0.23682 0.18650)
-               3 V(1655 1640 1645) M(0) UV(0.24340 0.18978 0.24556 0.19275 0.24340 0.19260)
-               3 V(1655 1645 1649) M(0) UV(0.24169 0.18772 0.24018 0.18976 0.23997 0.18799)
-               3 V(1372 1655 1649) M(0) UV(0.24137 0.18581 0.24169 0.18772 0.23997 0.18799)
-               3 V(1175 1176 1177) M(0) UV(0.25417 0.22641 0.25440 0.22805 0.25206 0.22887)
-               3 V(1177 1376 1178) M(0) UV(0.24601 0.22735 0.24340 0.22425 0.24603 0.22444)
-               3 V(1177 1379 1376) M(0) UV(0.24601 0.22735 0.24340 0.23026 0.24340 0.22728)
-               3 V(1376 1378 1178) M(0) UV(0.24340 0.22425 0.24340 0.22066 0.24633 0.22096)
-               3 V(1167 1175 1178) M(0) UV(0.25307 0.22156 0.25211 0.22457 0.24914 0.22457)
-               3 V(1177 1178 1175) M(0) UV(0.24897 0.22716 0.24914 0.22457 0.25211 0.22457)
-               3 V(1388 1379 1310) M(0) UV(0.24340 0.23472 0.24340 0.23255 0.24619 0.23233)
-               3 V(1177 1310 1379) M(0) UV(0.24605 0.23017 0.24619 0.23233 0.24340 0.23255)
-               3 V(1310 1177 1176) M(0) UV(0.24909 0.23196 0.25206 0.22887 0.25247 0.23138)
-               3 V(1385 1565 1379) M(0) UV(0.24059 0.23460 0.23771 0.23196 0.24060 0.23233)
-               3 V(1379 1388 1385) M(0) UV(0.24060 0.23233 0.24340 0.23472 0.24059 0.23460)
-               3 V(1379 1565 1376) M(0) UV(0.24074 0.23017 0.23783 0.22966 0.23783 0.22716)
-               3 V(1389 1378 1376) M(0) UV(0.24046 0.22096 0.24340 0.22066 0.24340 0.22425)
-               3 V(1566 1376 1565) M(0) UV(0.23495 0.22680 0.23783 0.22716 0.23783 0.22966)
-               3 V(1569 1389 1376) M(0) UV(0.23373 0.22156 0.23707 0.22132 0.23766 0.22457)
-               3 V(1569 1376 1566) M(0) UV(0.23373 0.22156 0.23766 0.22457 0.23469 0.22457)
-               3 V(1269 1644 1654) M(0) UV(0.24609 0.19998 0.24340 0.20302 0.24340 0.19985)
-               3 V(1269 1654 1179) M(0) UV(0.24609 0.19998 0.24340 0.19744 0.24559 0.19739)
-               3 V(1640 1305 1179) M(0) UV(0.24717 0.19206 0.24787 0.19385 0.24690 0.19453)
-               3 V(1179 1654 1645) M(0) UV(0.24533 0.19536 0.24340 0.19532 0.24340 0.19260)
-               3 V(1179 1645 1640) M(0) UV(0.24533 0.19536 0.24340 0.19260 0.24556 0.19275)
-               3 V(1645 1654 1646) M(0) UV(0.23962 0.19206 0.23990 0.19453 0.23893 0.19385)
-               3 V(1644 1648 1654) M(0) UV(0.24340 0.20302 0.24037 0.20331 0.24071 0.19998)
-               3 V(1110 1076 1075) M(0) UV(0.18969 0.78515 0.18817 0.78798 0.18777 0.78594)
-               3 V(1111 1110 1075) M(0) UV(0.18809 0.78273 0.18969 0.78515 0.18777 0.78594)
-               3 V(1126 1111 1075) M(0) UV(0.18283 0.78057 0.18567 0.78113 0.18488 0.78304)
-               3 V(1126 1075 1112) M(0) UV(0.18283 0.78057 0.18079 0.78304 0.17999 0.78113)
-               3 V(1112 1075 1076) M(0) UV(0.17999 0.78113 0.18079 0.78304 0.17905 0.78420)
-               3 V(1112 1076 1113) M(0) UV(0.17758 0.78273 0.17789 0.78594 0.17597 0.78515)
-               3 V(1113 1076 1114) M(0) UV(0.17541 0.78799 0.17789 0.79003 0.17597 0.79083)
-               3 V(1115 1114 1076) M(0) UV(0.17999 0.79484 0.17758 0.79324 0.17905 0.79177)
-               3 V(1115 1076 1135) M(0) UV(0.18283 0.79541 0.18487 0.79292 0.18567 0.79484)
-               3 V(1135 1076 1139) M(0) UV(0.18567 0.79484 0.18661 0.79177 0.18808 0.79324)
-               3 V(1139 1076 1110) M(0) UV(0.18969 0.79083 0.18817 0.78798 0.19025 0.78799)
-               3 V(1110 1119 1118) M(0) UV(0.19964 0.78798 0.20325 0.77952 0.20494 0.78798)
-               3 V(1119 1110 1111) M(0) UV(0.20325 0.77952 0.19836 0.78155 0.19472 0.77609)
-               3 V(1119 1111 1122) M(0) UV(0.20325 0.77952 0.19472 0.77609 0.19846 0.77235)
-               3 V(1111 1123 1122) M(0) UV(0.19472 0.77609 0.19129 0.76756 0.19846 0.77235)
-               3 V(1111 1126 1125) M(0) UV(0.18926 0.77245 0.18283 0.77117 0.18283 0.76587)
-               3 V(1126 1112 1127) M(0) UV(0.18283 0.77117 0.17640 0.77245 0.17437 0.76755)
-               3 V(1126 1127 1125) M(0) UV(0.18283 0.77117 0.17437 0.76755 0.18283 0.76587)
-               3 V(1112 1128 1127) M(0) UV(0.17640 0.77245 0.16720 0.77235 0.17437 0.76755)
-               3 V(1112 1113 1129) M(0) UV(0.17095 0.77609 0.16730 0.78154 0.16241 0.77952)
-               3 V(1112 1129 1128) M(0) UV(0.17095 0.77609 0.16241 0.77952 0.16720 0.77235)
-               3 V(1113 1114 1131) M(0) UV(0.16602 0.78797 0.16730 0.79440 0.16241 0.79643)
-               3 V(1113 1131 1130) M(0) UV(0.16602 0.78797 0.16241 0.79643 0.16073 0.78797)
-               3 V(1114 1132 1131) M(0) UV(0.16730 0.79440 0.16720 0.80360 0.16241 0.79643)
-               3 V(1114 1115 1133) M(0) UV(0.17095 0.79986 0.17640 0.80350 0.17437 0.80840)
-               3 V(1114 1133 1132) M(0) UV(0.17095 0.79986 0.17437 0.80840 0.16720 0.80360)
-               3 V(1115 1134 1133) M(0) UV(0.17640 0.80350 0.18283 0.81008 0.17437 0.80840)
-               3 V(1115 1135 1136) M(0) UV(0.18283 0.80479 0.18926 0.80351 0.19129 0.80840)
-               3 V(1115 1136 1134) M(0) UV(0.18283 0.80479 0.19129 0.80840 0.18283 0.81008)
-               3 V(1135 1139 1116) M(0) UV(0.18926 0.80351 0.19235 0.79750 0.19471 0.79986)
-               3 V(1136 1135 1116) M(0) UV(0.19129 0.80840 0.18926 0.80351 0.19471 0.79986)
-               3 V(1110 1116 1139) M(0) UV(0.19630 0.78798 0.19836 0.79441 0.19527 0.79313)
-               3 V(1118 1116 1110) M(0) UV(0.20494 0.78798 0.19836 0.79441 0.19964 0.78798)
-               3 V(1117 1118 1119) M(0) UV(0.21022 0.78798 0.20494 0.78798 0.20325 0.77952)
-               3 V(1117 1119 1120) M(0) UV(0.21022 0.78798 0.20325 0.77952 0.20814 0.77750)
-               3 V(1120 1119 1122) M(0) UV(0.20814 0.77750 0.20325 0.77952 0.19846 0.77235)
-               3 V(1120 1122 1121) M(0) UV(0.20814 0.77750 0.19846 0.77235 0.20220 0.76862)
-               3 V(1124 1121 1122) M(0) UV(0.19331 0.76268 0.20220 0.76862 0.19846 0.77235)
-               3 V(1137 1136 1116) M(0) UV(0.19331 0.81328 0.19129 0.80840 0.19846 0.80361)
-               3 V(1137 1116 1138) M(0) UV(0.19331 0.81328 0.19846 0.80361 0.20220 0.80734)
-               3 V(1138 1116 1140) M(0) UV(0.20220 0.80734 0.20325 0.79644 0.20813 0.79846)
-               3 V(1140 1116 1118) M(0) UV(0.20813 0.79846 0.20325 0.79644 0.20494 0.78798)
-               3 V(1140 1118 1117) M(0) UV(0.20813 0.79846 0.20494 0.78798 0.21022 0.78798)
-               3 V(1336 1335 1334) M(0) UV(0.21235 0.84204 0.21235 0.82389 0.23050 0.82389)
-               3 V(1336 1334 1333) M(0) UV(0.21235 0.84204 0.23050 0.82389 0.23050 0.84204)
-               3 V(1309 1308 1171) M(0) UV(0.24950 0.24397 0.25016 0.25148 0.24640 0.25107)
-               3 V(1309 1171 1307) M(0) UV(0.24950 0.24397 0.24640 0.25107 0.24625 0.24347)
-               3 V(1268 1172 1308) M(0) UV(0.25372 0.24469 0.25472 0.25177 0.25016 0.25148)
-               3 V(1268 1308 1309) M(0) UV(0.25372 0.24469 0.25016 0.25148 0.24950 0.24397)
-               3 V(1172 1268 1267) M(0) UV(0.25472 0.25177 0.25372 0.24469 0.25855 0.24537)
-               3 V(1172 1267 1189) M(0) UV(0.25472 0.25177 0.25855 0.24537 0.25980 0.25214)
-               3 V(1192 1191 1232) M(0) UV(0.26650 0.22542 0.26814 0.22517 0.26663 0.22576)
-               3 V(1198 1324 1232) M(0) UV(0.27013 0.22510 0.26757 0.22602 0.26663 0.22576)
-               3 V(1198 1232 1191) M(0) UV(0.27013 0.22510 0.26663 0.22576 0.26814 0.22517)
-               3 V(1199 1196 1197) M(0) UV(0.27397 0.22325 0.27579 0.22331 0.27567 0.22459)
-               3 V(1191 1199 1198) M(0) UV(0.27016 0.22386 0.27219 0.22339 0.27226 0.22461)
-               3 V(1199 1197 1198) M(0) UV(0.27219 0.22339 0.27399 0.22447 0.27226 0.22461)
-               3 V(1200 1201 1196) M(0) UV(0.27702 0.21699 0.28054 0.21754 0.27870 0.22045)
-               3 V(1271 1200 1196) M(0) UV(0.27349 0.21695 0.27702 0.21699 0.27599 0.22003)
-               3 V(1271 1196 1199) M(0) UV(0.27349 0.21695 0.27599 0.22003 0.27344 0.22003)
-               3 V(1193 1203 1199) M(0) UV(0.26724 0.21882 0.27040 0.21743 0.27124 0.22032)
-               3 V(1193 1199 1191) M(0) UV(0.26724 0.21882 0.27124 0.22032 0.26868 0.22123)
-               3 V(1270 1254 1203) M(0) UV(0.26472 0.21436 0.26853 0.21117 0.26932 0.21391)
-               3 V(1270 1203 1193) M(0) UV(0.26472 0.21436 0.26932 0.21391 0.26581 0.21618)
-               3 V(1203 1271 1199) M(0) UV(0.27040 0.21743 0.27349 0.21695 0.27344 0.22003)
-               3 V(1271 1203 1254) M(0) UV(0.27379 0.21299 0.26932 0.21391 0.26853 0.21117)
-               3 V(1271 1254 1272) M(0) UV(0.27379 0.21299 0.26853 0.21117 0.27385 0.20931)
-               3 V(1200 1271 1272) M(0) UV(0.27882 0.21299 0.27379 0.21299 0.27385 0.20931)
-               3 V(1200 1272 1291) M(0) UV(0.27882 0.21299 0.27385 0.20931 0.28070 0.20867)
-               3 V(1291 1202 1201) M(0) UV(0.28070 0.20867 0.28793 0.20940 0.28373 0.21383)
-               3 V(1291 1201 1200) M(0) UV(0.28070 0.20867 0.28373 0.21383 0.27882 0.21299)
-               3 V(1197 1196 1209) M(0) UV(0.27753 0.22487 0.27945 0.22413 0.27931 0.22546)
-               3 V(1209 1196 1210) M(0) UV(0.27931 0.22546 0.27945 0.22413 0.28106 0.22495)
-               3 V(1208 1210 1196) M(0) UV(0.28097 0.22128 0.28123 0.22431 0.27964 0.22348)
-               3 V(1210 1208 1214) M(0) UV(0.28237 0.22520 0.28290 0.22238 0.28429 0.22361)
-               3 V(1210 1245 1209) M(0) UV(0.28195 0.22574 0.28095 0.22622 0.28059 0.22592)
-               3 V(1201 1208 1196) M(0) UV(0.28054 0.21754 0.28097 0.22128 0.27870 0.22045)
-               3 V(1202 1211 1213) M(0) UV(0.28793 0.20940 0.29266 0.21169 0.28739 0.21559)
-               3 V(1202 1213 1201) M(0) UV(0.28793 0.20940 0.28739 0.21559 0.28373 0.21383)
-               3 V(1211 1212 1213) M(0) UV(0.29266 0.21169 0.29509 0.21522 0.28965 0.21805)
-               3 V(1201 1214 1208) M(0) UV(0.28354 0.21863 0.28571 0.22018 0.28290 0.22238)
-               3 V(1213 1212 1215) M(0) UV(0.28965 0.21805 0.29509 0.21522 0.29545 0.21964)
-               3 V(1213 1215 1329) M(0) UV(0.28965 0.21805 0.29545 0.21964 0.29039 0.22102)
-               3 V(1213 1214 1201) M(0) UV(0.28739 0.21559 0.28571 0.22018 0.28354 0.21863)
-               3 V(1213 1329 1214) M(0) UV(0.28965 0.21805 0.29039 0.22102 0.28674 0.22214)
-               3 V(1214 1329 1325) M(0) UV(0.28629 0.22452 0.28962 0.22430 0.28819 0.22654)
-               3 V(1214 1325 1210) M(0) UV(0.28629 0.22452 0.28819 0.22654 0.28331 0.22681)
-               3 V(1329 1330 1325) M(0) UV(0.28962 0.22430 0.29203 0.22614 0.28819 0.22654)
-               3 V(1189 1267 1266) M(0) UV(0.25980 0.25214 0.25855 0.24537 0.26511 0.24577)
-               3 V(1189 1266 1190) M(0) UV(0.25980 0.25214 0.26511 0.24577 0.26646 0.25222)
-               3 V(1176 1194 1233) M(0) UV(0.25508 0.22998 0.25673 0.22722 0.25714 0.22861)
-               3 V(1237 1233 1235) M(0) UV(0.25973 0.23525 0.26093 0.23340 0.26574 0.23510)
-               3 V(1232 1194 1192) M(0) UV(0.26176 0.22698 0.25977 0.22623 0.26168 0.22626)
-               3 V(1234 1235 1233) M(0) UV(0.26634 0.23370 0.26574 0.23510 0.26093 0.23340)
-               3 V(1234 1233 1232) M(0) UV(0.26634 0.23370 0.26093 0.23340 0.26248 0.23165)
-               3 V(1194 1232 1233) M(0) UV(0.25977 0.22623 0.25990 0.22727 0.25714 0.22861)
-               3 V(1324 1244 1234) M(0) UV(0.26760 0.22824 0.27147 0.23017 0.26857 0.22963)
-               3 V(1324 1234 1232) M(0) UV(0.26760 0.22824 0.26857 0.22963 0.26628 0.22825)
-               3 V(1237 1235 1236) M(0) UV(0.25862 0.23783 0.26506 0.23670 0.26456 0.23899)
-               3 V(1237 1169 1233) M(0) UV(0.25973 0.23525 0.25387 0.23527 0.25656 0.23247)
-               3 V(1238 1237 1236) M(0) UV(0.25811 0.24118 0.25862 0.23783 0.26456 0.23899)
-               3 V(1237 1238 1170) M(0) UV(0.25862 0.23783 0.25811 0.24118 0.25332 0.23991)
-               3 V(1237 1170 1169) M(0) UV(0.25862 0.23783 0.25332 0.23991 0.25387 0.23527)
-               3 V(1238 1267 1268) M(0) UV(0.25811 0.24118 0.25855 0.24537 0.25372 0.24469)
-               3 V(1238 1268 1170) M(0) UV(0.25811 0.24118 0.25372 0.24469 0.25332 0.23991)
-               3 V(1236 1266 1267) M(0) UV(0.26455 0.24193 0.26511 0.24577 0.25855 0.24537)
-               3 V(1236 1267 1238) M(0) UV(0.26455 0.24193 0.25855 0.24537 0.25811 0.24118)
-               3 V(1309 1306 1170) M(0) UV(0.24950 0.24397 0.24921 0.23889 0.25332 0.23991)
-               3 V(1309 1170 1268) M(0) UV(0.24950 0.24397 0.25332 0.23991 0.25372 0.24469)
-               3 V(1243 1234 1244) M(0) UV(0.27160 0.23094 0.26857 0.22963 0.27147 0.23017)
-               3 V(1243 1242 1235) M(0) UV(0.27091 0.23455 0.27070 0.23567 0.26574 0.23510)
-               3 V(1243 1235 1234) M(0) UV(0.27091 0.23455 0.26574 0.23510 0.26634 0.23370)
-               3 V(1242 1313 1312) M(0) UV(0.27060 0.23711 0.27490 0.23551 0.27525 0.23686)
-               3 V(1243 1244 1314) M(0) UV(0.27160 0.23094 0.27147 0.23017 0.27439 0.22981)
-               3 V(1243 1314 1313) M(0) UV(0.27160 0.23094 0.27439 0.22981 0.27446 0.23069)
-               3 V(1242 1243 1313) M(0) UV(0.27070 0.23567 0.27091 0.23455 0.27472 0.23454)
-               3 V(1322 1250 1246) M(0) UV(0.27970 0.23551 0.28263 0.23259 0.28409 0.23364)
-               3 V(1312 1313 1323) M(0) UV(0.27525 0.23686 0.27490 0.23551 0.27888 0.23423)
-               3 V(1312 1323 1322) M(0) UV(0.27525 0.23686 0.27888 0.23423 0.27970 0.23551)
-               3 V(1236 1235 1242) M(0) UV(0.26456 0.23899 0.26506 0.23670 0.27060 0.23711)
-               3 V(1236 1242 1247) M(0) UV(0.26455 0.24193 0.27070 0.23910 0.27121 0.24193)
-               3 V(1247 1265 1266) M(0) UV(0.27121 0.24193 0.27231 0.24567 0.26511 0.24577)
-               3 V(1247 1266 1236) M(0) UV(0.27121 0.24193 0.26511 0.24577 0.26455 0.24193)
-               3 V(1190 1266 1265) M(0) UV(0.26646 0.25222 0.26511 0.24577 0.27231 0.24567)
-               3 V(1190 1265 1226) M(0) UV(0.26646 0.25222 0.27231 0.24567 0.27417 0.25190)
-               3 V(1247 1242 1312) M(0) UV(0.27121 0.24193 0.27070 0.23910 0.27581 0.23875)
-               3 V(1247 1312 1315) M(0) UV(0.27121 0.24193 0.27581 0.23875 0.27686 0.24137)
-               3 V(1265 1247 1315) M(0) UV(0.27231 0.24567 0.27121 0.24193 0.27686 0.24137)
-               3 V(1265 1315 1316) M(0) UV(0.27231 0.24567 0.27686 0.24137 0.27909 0.24521)
-               3 V(1226 1265 1316) M(0) UV(0.27417 0.25190 0.27231 0.24567 0.27909 0.24521)
-               3 V(1226 1316 1311) M(0) UV(0.27417 0.25190 0.27909 0.24521 0.28218 0.25125)
-               3 V(1311 1316 1320) M(0) UV(0.28218 0.25125 0.27909 0.24521 0.28607 0.24412)
-               3 V(1311 1320 1319) M(0) UV(0.28218 0.25125 0.28607 0.24412 0.29036 0.25003)
-               3 V(1316 1315 1321) M(0) UV(0.27909 0.24521 0.27686 0.24137 0.28262 0.24002)
-               3 V(1316 1321 1320) M(0) UV(0.27909 0.24521 0.28262 0.24002 0.28607 0.24412)
-               3 V(1321 1322 1249) M(0) UV(0.28262 0.24002 0.28078 0.23734 0.28550 0.23511)
-               3 V(1321 1249 1248) M(0) UV(0.28262 0.24002 0.28550 0.23511 0.28803 0.23791)
-               3 V(1315 1312 1322) M(0) UV(0.27686 0.24137 0.27581 0.23875 0.28078 0.23734)
-               3 V(1315 1322 1321) M(0) UV(0.27686 0.24137 0.28078 0.23734 0.28262 0.24002)
-               3 V(1322 1246 1249) M(0) UV(0.28078 0.23734 0.28409 0.23364 0.28550 0.23511)
-               3 V(1210 1250 1245) M(0) UV(0.28168 0.22785 0.27996 0.22884 0.27970 0.22793)
-               3 V(1250 1313 1314) M(0) UV(0.27996 0.22884 0.27701 0.23002 0.27679 0.22904)
-               3 V(1250 1314 1245) M(0) UV(0.27996 0.22884 0.27679 0.22904 0.27970 0.22793)
-               3 V(1210 1325 1246) M(0) UV(0.28253 0.22835 0.28735 0.22802 0.28701 0.22959)
-               3 V(1210 1246 1250) M(0) UV(0.28253 0.22835 0.28701 0.22959 0.28381 0.22987)
-               3 V(1251 1263 1264) M(0) UV(0.29348 0.23503 0.29928 0.23920 0.29280 0.24214)
-               3 V(1251 1264 1248) M(0) UV(0.29348 0.23503 0.29280 0.24214 0.28803 0.23791)
-               3 V(1319 1320 1264) M(0) UV(0.29036 0.25003 0.28607 0.24412 0.29280 0.24214)
-               3 V(1319 1264 1317) M(0) UV(0.29036 0.25003 0.29280 0.24214 0.29840 0.24797)
-               3 V(1320 1321 1248) M(0) UV(0.28607 0.24412 0.28262 0.24002 0.28803 0.23791)
-               3 V(1320 1248 1264) M(0) UV(0.28607 0.24412 0.28803 0.23791 0.29280 0.24214)
-               3 V(1325 1327 1326) M(0) UV(0.28981 0.22974 0.29291 0.23021 0.29030 0.23247)
-               3 V(1325 1326 1246) M(0) UV(0.28981 0.22974 0.29030 0.23247 0.28811 0.23147)
-               3 V(1327 1328 1251) M(0) UV(0.29291 0.23021 0.29742 0.23197 0.29348 0.23503)
-               3 V(1327 1251 1326) M(0) UV(0.29291 0.23021 0.29348 0.23503 0.29030 0.23247)
-               3 V(1330 1332 1327) M(0) UV(0.29089 0.22794 0.29462 0.22800 0.29291 0.23021)
-               3 V(1330 1327 1325) M(0) UV(0.29089 0.22794 0.29291 0.23021 0.28981 0.22974)
-               3 V(1246 1326 1249) M(0) UV(0.28811 0.23147 0.29030 0.23247 0.28550 0.23511)
-               3 V(1248 1249 1326) M(0) UV(0.28803 0.23791 0.28550 0.23511 0.29030 0.23247)
-               3 V(1248 1326 1251) M(0) UV(0.28803 0.23791 0.29030 0.23247 0.29348 0.23503)
-               3 V(1180 1181 1182) M(0) UV(0.26740 0.16484 0.27095 0.16319 0.27237 0.16701)
-               3 V(1180 1182 1258) M(0) UV(0.26740 0.16484 0.27237 0.16701 0.26844 0.16795)
-               3 V(1258 1259 1185) M(0) UV(0.26882 0.17122 0.27296 0.17148 0.27244 0.17622)
-               3 V(1258 1185 1278) M(0) UV(0.26882 0.17122 0.27244 0.17622 0.26861 0.17469)
-               3 V(1184 1185 1260) M(0) UV(0.27957 0.18063 0.27581 0.17811 0.27695 0.17218)
-               3 V(1186 1182 1181) M(0) UV(0.27666 0.16644 0.27237 0.16701 0.27095 0.16319)
-               3 V(1186 1181 1187) M(0) UV(0.27666 0.16644 0.27095 0.16319 0.27510 0.16165)
-               3 V(1284 1277 1258) M(0) UV(0.26376 0.16987 0.26490 0.16639 0.26588 0.16894)
-               3 V(1185 1259 1260) M(0) UV(0.27581 0.17811 0.27296 0.17148 0.27695 0.17218)
-               3 V(1259 1258 1182) M(0) UV(0.27296 0.17148 0.26844 0.16795 0.27237 0.16701)
-               3 V(1260 1259 1182) M(0) UV(0.27695 0.17218 0.27296 0.17148 0.27237 0.16701)
-               3 V(1260 1182 1186) M(0) UV(0.27695 0.17218 0.27237 0.16701 0.27666 0.16644)
-               3 V(1277 1180 1258) M(0) UV(0.26490 0.16639 0.26740 0.16484 0.26844 0.16795)
-               3 V(1261 1262 1295) M(0) UV(0.29232 0.17856 0.30040 0.18144 0.29838 0.19016)
-               3 V(1261 1295 1294) M(0) UV(0.29232 0.17856 0.29838 0.19016 0.29002 0.18712)
-               3 V(1194 1176 1175) M(0) UV(0.25671 0.22602 0.25440 0.22805 0.25417 0.22641)
-               3 V(1193 1301 1270) M(0) UV(0.26581 0.21618 0.26153 0.21689 0.26472 0.21436)
-               3 V(1300 1192 1194) M(0) UV(0.26267 0.22233 0.26300 0.22460 0.26125 0.22372)
-               3 V(1191 1192 1300) M(0) UV(0.26456 0.22047 0.26446 0.22378 0.26267 0.22233)
-               3 V(1300 1301 1191) M(0) UV(0.26267 0.22233 0.26264 0.21845 0.26456 0.22047)
-               3 V(1193 1191 1301) M(0) UV(0.26724 0.21882 0.26456 0.22047 0.26264 0.21845)
-               3 V(1218 1219 1220) M(0) UV(0.26138 0.18595 0.26426 0.18858 0.26160 0.19245)
-               3 V(1218 1220 1280) M(0) UV(0.26138 0.18595 0.26160 0.19245 0.25665 0.19036)
-               3 V(1184 1183 1223) M(0) UV(0.27957 0.18063 0.28394 0.18370 0.27870 0.19055)
-               3 V(1184 1223 1224) M(0) UV(0.27957 0.18063 0.27870 0.19055 0.27505 0.18709)
-               3 V(1174 1241 1218) M(0) UV(0.25345 0.18490 0.25774 0.18140 0.25941 0.18371)
-               3 V(1174 1218 1280) M(0) UV(0.25345 0.18490 0.25941 0.18371 0.25482 0.18758)
-               3 V(1218 1241 1279) M(0) UV(0.25941 0.18371 0.25774 0.18140 0.26168 0.17681)
-               3 V(1184 1224 1221) M(0) UV(0.27957 0.18063 0.27505 0.18709 0.27200 0.18426)
-               3 V(1184 1221 1185) M(0) UV(0.27957 0.18063 0.27200 0.18426 0.27581 0.17811)
-               3 V(1216 1219 1221) M(0) UV(0.26833 0.19468 0.26640 0.19175 0.27200 0.18426)
-               3 V(1216 1221 1224) M(0) UV(0.26833 0.19468 0.27200 0.18426 0.27505 0.18709)
-               3 V(1225 1221 1219) M(0) UV(0.26566 0.17961 0.26911 0.18172 0.26426 0.18858)
-               3 V(1225 1219 1218) M(0) UV(0.26566 0.17961 0.26426 0.18858 0.26138 0.18595)
-               3 V(1278 1185 1221) M(0) UV(0.26861 0.17469 0.27244 0.17622 0.26911 0.18172)
-               3 V(1278 1221 1225) M(0) UV(0.26861 0.17469 0.26911 0.18172 0.26566 0.17961)
-               3 V(1274 1273 1222) M(0) UV(0.27034 0.19791 0.27231 0.20150 0.26611 0.20687)
-               3 V(1225 1279 1278) M(0) UV(0.26566 0.17961 0.26351 0.17815 0.26616 0.17382)
-               3 V(1218 1279 1225) M(0) UV(0.26138 0.18595 0.26351 0.17815 0.26566 0.17961)
-               3 V(1224 1223 1274) M(0) UV(0.27505 0.18709 0.27870 0.19055 0.27034 0.19791)
-               3 V(1224 1274 1216) M(0) UV(0.27505 0.18709 0.27034 0.19791 0.26833 0.19468)
-               3 V(1216 1274 1222) M(0) UV(0.26833 0.19468 0.27034 0.19791 0.26468 0.20395)
-               3 V(1216 1222 1217) M(0) UV(0.26833 0.19468 0.26468 0.20395 0.26342 0.20139)
-               3 V(1219 1216 1217) M(0) UV(0.26640 0.19175 0.26833 0.19468 0.26342 0.20139)
-               3 V(1219 1217 1227) M(0) UV(0.26640 0.19175 0.26342 0.20139 0.26214 0.19853)
-               3 V(1219 1227 1220) M(0) UV(0.26640 0.19175 0.26214 0.19853 0.26160 0.19245)
-               3 V(1222 1270 1296) M(0) UV(0.26468 0.20395 0.26309 0.21153 0.26187 0.20937)
-               3 V(1297 1296 1270) M(0) UV(0.25975 0.21484 0.26187 0.20937 0.26309 0.21153)
-               3 V(1222 1296 1217) M(0) UV(0.26468 0.20395 0.26123 0.20692 0.26342 0.20139)
-               3 V(1296 1297 1168) M(0) UV(0.26187 0.20937 0.25754 0.21344 0.25767 0.20990)
-               3 V(1296 1168 1228) M(0) UV(0.26123 0.20692 0.25758 0.20785 0.26011 0.20492)
-               3 V(1296 1228 1227) M(0) UV(0.26123 0.20692 0.26011 0.20492 0.26214 0.19853)
-               3 V(1296 1227 1217) M(0) UV(0.26123 0.20692 0.26214 0.19853 0.26342 0.20139)
-               3 V(1156 1231 1206) M(0) UV(0.26434 0.15379 0.27226 0.15688 0.26890 0.15915)
-               3 V(1231 1187 1181) M(0) UV(0.27226 0.15688 0.27510 0.16165 0.27095 0.16319)
-               3 V(1231 1181 1206) M(0) UV(0.27226 0.15688 0.27095 0.16319 0.26890 0.15915)
-               3 V(1187 1231 1288) M(0) UV(0.27510 0.16165 0.27226 0.15688 0.27569 0.15439)
-               3 V(1187 1288 1188) M(0) UV(0.27510 0.16165 0.27569 0.15439 0.28008 0.16066)
-               3 V(1162 1288 1231) M(0) UV(0.26567 0.15164 0.27569 0.15439 0.27226 0.15688)
-               3 V(1162 1231 1156) M(0) UV(0.26567 0.15164 0.27226 0.15688 0.26434 0.15379)
-               3 V(1287 1289 1290) M(0) UV(0.26360 0.14366 0.27539 0.14519 0.28097 0.15190)
-               3 V(1287 1290 1163) M(0) UV(0.26360 0.14366 0.28097 0.15190 0.26621 0.14862)
-               3 V(1288 1162 1163) M(0) UV(0.27569 0.15439 0.26567 0.15164 0.26621 0.14862)
-               3 V(1288 1163 1290) M(0) UV(0.27569 0.15439 0.26621 0.14862 0.28097 0.15190)
-               3 V(1188 1288 1290) M(0) UV(0.28008 0.16066 0.27569 0.15439 0.28097 0.15190)
-               3 V(1188 1290 1286) M(0) UV(0.28008 0.16066 0.28097 0.15190 0.28581 0.16026)
-               3 V(1194 1175 1167) M(0) UV(0.25825 0.22282 0.25454 0.22452 0.25550 0.22206)
-               3 V(1270 1222 1254) M(0) UV(0.26396 0.21301 0.26611 0.20687 0.26743 0.20903)
-               3 V(1253 1255 1211) M(0) UV(0.29180 0.20405 0.29795 0.20703 0.29266 0.21169)
-               3 V(1253 1211 1202) M(0) UV(0.29180 0.20405 0.29266 0.21169 0.28793 0.20940)
-               3 V(1255 1212 1211) M(0) UV(0.29795 0.20703 0.29509 0.21522 0.29266 0.21169)
-               3 V(1272 1254 1222) M(0) UV(0.27325 0.20541 0.26743 0.20903 0.26611 0.20687)
-               3 V(1272 1222 1273) M(0) UV(0.27325 0.20541 0.26611 0.20687 0.27231 0.20150)
-               3 V(1272 1292 1291) M(0) UV(0.27325 0.20541 0.28256 0.20334 0.28070 0.20867)
-               3 V(1202 1291 1292) M(0) UV(0.28793 0.20940 0.28070 0.20867 0.28256 0.20334)
-               3 V(1202 1292 1253) M(0) UV(0.28793 0.20940 0.28256 0.20334 0.29180 0.20405)
-               3 V(1292 1272 1273) M(0) UV(0.28256 0.20334 0.27325 0.20541 0.27231 0.20150)
-               3 V(1292 1273 1252) M(0) UV(0.28256 0.20334 0.27231 0.20150 0.28442 0.19568)
-               3 V(1255 1253 1293) M(0) UV(0.29795 0.20703 0.29180 0.20405 0.29520 0.19741)
-               3 V(1252 1293 1253) M(0) UV(0.28442 0.19568 0.29520 0.19741 0.29180 0.20405)
-               3 V(1252 1253 1292) M(0) UV(0.28442 0.19568 0.29180 0.20405 0.28256 0.20334)
-               3 V(1223 1252 1273) M(0) UV(0.27870 0.19055 0.28442 0.19568 0.27231 0.20150)
-               3 V(1223 1273 1274) M(0) UV(0.27870 0.19055 0.27231 0.20150 0.27034 0.19791)
-               3 V(1183 1294 1252) M(0) UV(0.28394 0.18370 0.29002 0.18712 0.28442 0.19568)
-               3 V(1183 1252 1223) M(0) UV(0.28394 0.18370 0.28442 0.19568 0.27870 0.19055)
-               3 V(1294 1295 1293) M(0) UV(0.29002 0.18712 0.29838 0.19016 0.29520 0.19741)
-               3 V(1294 1293 1252) M(0) UV(0.29002 0.18712 0.29520 0.19741 0.28442 0.19568)
-               3 V(1270 1301 1297) M(0) UV(0.26309 0.21153 0.26081 0.21586 0.25975 0.21484)
-               3 V(1301 1302 1297) M(0) UV(0.25808 0.21800 0.25629 0.21870 0.25975 0.21484)
-               3 V(1330 1331 1332) M(0) UV(0.29203 0.22614 0.29642 0.22588 0.29462 0.22800)
-               3 V(1302 1301 1300) M(0) UV(0.25629 0.21870 0.25899 0.21869 0.25942 0.22042)
-               3 V(1302 1300 1194) M(0) UV(0.25629 0.21870 0.25942 0.22042 0.25825 0.22282)
-               3 V(1302 1194 1167) M(0) UV(0.25629 0.21870 0.25825 0.22282 0.25550 0.22206)
-               3 V(1276 1277 1195) M(0) UV(0.26059 0.16040 0.26355 0.16355 0.26124 0.16539)
-               3 V(1156 1206 1205) M(0) UV(0.26288 0.15579 0.26890 0.15915 0.26593 0.16120)
-               3 V(1156 1205 1204) M(0) UV(0.26288 0.15579 0.26593 0.16120 0.26186 0.15795)
-               3 V(1205 1206 1181) M(0) UV(0.26593 0.16120 0.26890 0.15915 0.27095 0.16319)
-               3 V(1205 1181 1180) M(0) UV(0.26593 0.16120 0.27095 0.16319 0.26740 0.16484)
-               3 V(1195 1166 1275) M(0) UV(0.25868 0.16235 0.25129 0.16075 0.25225 0.15928)
-               3 V(1195 1275 1276) M(0) UV(0.25868 0.16235 0.25225 0.15928 0.26059 0.16040)
-               3 V(1275 1166 1370) M(0) UV(0.25225 0.15928 0.25129 0.16075 0.24340 0.16043)
-               3 V(1275 1370 1373) M(0) UV(0.25225 0.15928 0.24340 0.16043 0.24340 0.15890)
-               3 V(1204 1207 1155) M(0) UV(0.26186 0.15795 0.25260 0.15757 0.25266 0.15551)
-               3 V(1204 1155 1156) M(0) UV(0.26186 0.15795 0.25266 0.15551 0.26288 0.15579)
-               3 V(1364 1155 1207) M(0) UV(0.24340 0.15508 0.25266 0.15551 0.25260 0.15757)
-               3 V(1364 1207 1373) M(0) UV(0.24340 0.15508 0.25260 0.15757 0.24340 0.15725)
-               3 V(1275 1373 1207) M(0) UV(0.25225 0.15928 0.24340 0.15725 0.25260 0.15757)
-               3 V(1276 1207 1204) M(0) UV(0.26059 0.16040 0.25260 0.15757 0.26186 0.15795)
-               3 V(1277 1276 1204) M(0) UV(0.26355 0.16355 0.26059 0.16040 0.26186 0.15795)
-               3 V(1277 1204 1205) M(0) UV(0.26355 0.16355 0.26186 0.15795 0.26593 0.16120)
-               3 V(1277 1205 1180) M(0) UV(0.26355 0.16355 0.26593 0.16120 0.26740 0.16484)
-               3 V(1284 1283 1195) M(0) UV(0.25934 0.16878 0.25814 0.16672 0.25973 0.16604)
-               3 V(1239 1240 1165) M(0) UV(0.25263 0.17526 0.24971 0.17459 0.25198 0.17400)
-               3 V(1241 1174 1282) M(0) UV(0.25774 0.18140 0.25345 0.18490 0.25274 0.18169)
-               3 V(1279 1285 1284) M(0) UV(0.26168 0.17681 0.26000 0.17545 0.26190 0.17226)
-               3 V(1279 1284 1278) M(0) UV(0.26168 0.17681 0.26190 0.17226 0.26402 0.17307)
-               3 V(1279 1241 1285) M(0) UV(0.26168 0.17681 0.25652 0.17896 0.26000 0.17545)
-               3 V(1282 1239 1241) M(0) UV(0.25112 0.17788 0.25386 0.17634 0.25518 0.17740)
-               3 V(1240 1239 1282) M(0) UV(0.25027 0.17616 0.25386 0.17634 0.25112 0.17788)
-               3 V(1165 1284 1285) M(0) UV(0.25528 0.17363 0.25777 0.17198 0.25651 0.17401)
-               3 V(1239 1285 1241) M(0) UV(0.25386 0.17634 0.25789 0.17449 0.25518 0.17740)
-               3 V(1239 1165 1285) M(0) UV(0.25263 0.17526 0.25528 0.17363 0.25651 0.17401)
-               3 V(1641 1228 1168) M(0) UV(0.25421 0.20399 0.25723 0.20380 0.25562 0.20608)
-               3 V(1229 1655 1173) M(0) UV(0.24863 0.18869 0.24683 0.18799 0.24762 0.18634)
-               3 V(1227 1228 1230) M(0) UV(0.25874 0.19560 0.25557 0.20032 0.25553 0.19682)
-               3 V(1280 1230 1229) M(0) UV(0.25665 0.19036 0.25629 0.19151 0.25120 0.18931)
-               3 V(1280 1229 1173) M(0) UV(0.25665 0.19036 0.25120 0.18931 0.25049 0.18800)
-               3 V(1280 1220 1227) M(0) UV(0.25665 0.19036 0.26160 0.19245 0.26067 0.19360)
-               3 V(1280 1227 1230) M(0) UV(0.25665 0.19036 0.26067 0.19360 0.25629 0.19151)
-               3 V(1305 1642 1269) M(0) UV(0.24943 0.19613 0.25103 0.19973 0.24972 0.20005)
-               3 V(1305 1269 1179) M(0) UV(0.24943 0.19613 0.24972 0.20005 0.24832 0.19670)
-               3 V(1230 1318 1229) M(0) UV(0.25393 0.19283 0.25177 0.19240 0.25318 0.19158)
-               3 V(1305 1229 1318) M(0) UV(0.24933 0.19227 0.24914 0.19159 0.25148 0.19229)
-               3 V(1229 1305 1640) M(0) UV(0.24757 0.19035 0.24822 0.19208 0.24717 0.19206)
-               3 V(1229 1640 1655) M(0) UV(0.24757 0.19035 0.24717 0.19206 0.24662 0.18976)
-               3 V(1642 1641 1269) M(0) UV(0.25156 0.20264 0.25129 0.20505 0.25052 0.20333)
-               3 V(1641 1642 1228) M(0) UV(0.25421 0.20399 0.25278 0.20003 0.25557 0.20032)
-               3 V(1318 1230 1305) M(0) UV(0.25154 0.19256 0.25143 0.19407 0.25029 0.19360)
-               3 V(1230 1642 1305) M(0) UV(0.25210 0.19693 0.25103 0.19973 0.24943 0.19613)
-               3 V(1230 1228 1642) M(0) UV(0.25553 0.19682 0.25557 0.20032 0.25278 0.20003)
-               3 V(1151 1150 1492) M(0) UV(0.40812 0.84108 0.40863 0.84262 0.40764 0.84271)
-               3 V(1153 1152 1488) M(0) UV(0.35737 0.84419 0.35722 0.84607 0.35512 0.84306)
-               3 V(1631 1606 1605) M(0) UV(0.07396 0.87531 0.07562 0.88374 0.07083 0.88571)
-               3 V(1631 1605 1632) M(0) UV(0.07396 0.87531 0.07083 0.88571 0.06877 0.87530)
-               3 V(1635 1633 1606) M(0) UV(0.08472 0.87533 0.08557 0.87964 0.08057 0.88170)
-               3 V(1635 1606 1631) M(0) UV(0.08472 0.87533 0.08057 0.88170 0.07932 0.87532)
-               3 V(1633 1607 1606) M(0) UV(0.08557 0.87964 0.08417 0.88711 0.08057 0.88170)
-               3 V(1606 1607 1608) M(0) UV(0.07562 0.88374 0.08038 0.89089 0.07671 0.89455)
-               3 V(1606 1608 1605) M(0) UV(0.07562 0.88374 0.07671 0.89455 0.07083 0.88571)
-               3 V(1605 1608 1609) M(0) UV(0.06588 0.88775 0.07291 0.89833 0.06851 0.90271)
-               3 V(1633 1611 1610) M(0) UV(0.08800 0.88331 0.09165 0.88576 0.08957 0.89074)
-               3 V(1633 1610 1607) M(0) UV(0.08800 0.88331 0.08957 0.89074 0.08417 0.88711)
-               3 V(1611 1612 1610) M(0) UV(0.09165 0.88576 0.09595 0.89202 0.08957 0.89074)
-               3 V(1611 1613 1612) M(0) UV(0.09596 0.88663 0.10233 0.89076 0.09595 0.89202)
-               3 V(1611 1634 1614) M(0) UV(0.10027 0.88577 0.10393 0.88334 0.10774 0.88716)
-               3 V(1611 1614 1613) M(0) UV(0.10027 0.88577 0.10774 0.88716 0.10233 0.89076)
-               3 V(1634 1615 1614) M(0) UV(0.10393 0.88334 0.11136 0.88175 0.10774 0.88716)
-               3 V(1634 1616 1615) M(0) UV(0.10638 0.87968 0.11264 0.87538 0.11136 0.88175)
-               3 V(1634 1636 1618) M(0) UV(0.10638 0.87107 0.10395 0.86742 0.10778 0.86359)
-               3 V(1618 1619 1617) M(0) UV(0.11138 0.86900 0.11157 0.85981 0.11633 0.86696)
-               3 V(1618 1621 1620) M(0) UV(0.10778 0.86359 0.10238 0.85997 0.10444 0.85503)
-               3 V(1618 1620 1619) M(0) UV(0.10778 0.86359 0.10444 0.85503 0.11157 0.85981)
-               3 V(1636 1621 1618) M(0) UV(0.10395 0.86742 0.10238 0.85997 0.10778 0.86359)
-               3 V(1636 1622 1623) M(0) UV(0.10030 0.86498 0.09600 0.86411 0.09601 0.85869)
-               3 V(1636 1623 1621) M(0) UV(0.10030 0.86498 0.09601 0.85869 0.10238 0.85997)
-               3 V(1620 1621 1623) M(0) UV(0.10444 0.85503 0.10238 0.85997 0.09601 0.85869)
-               3 V(1624 1623 1626) M(0) UV(0.09603 0.84815 0.09602 0.85334 0.08759 0.85500)
-               3 V(1623 1622 1626) M(0) UV(0.09601 0.85869 0.09170 0.86496 0.08963 0.85995)
-               3 V(1626 1622 1630) M(0) UV(0.08963 0.85995 0.08804 0.86739 0.08422 0.86355)
-               3 V(1625 1626 1630) M(0) UV(0.08562 0.85020 0.08759 0.85500 0.08044 0.85975)
-               3 V(1628 1627 1629) M(0) UV(0.06862 0.84789 0.07300 0.85229 0.06592 0.86283)
-               3 V(1630 1629 1627) M(0) UV(0.08044 0.85975 0.07087 0.86489 0.07678 0.85608)
-               3 V(1622 1635 1630) M(0) UV(0.08804 0.86739 0.08559 0.87103 0.08060 0.86895)
-               3 V(1635 1631 1630) M(0) UV(0.08559 0.87103 0.07932 0.87532 0.08060 0.86895)
-               3 V(1630 1631 1632) M(0) UV(0.07565 0.86689 0.07396 0.87531 0.06877 0.87530)
-               3 V(1630 1632 1629) M(0) UV(0.07565 0.86689 0.06877 0.87530 0.07087 0.86489)
-               3 V(1637 1633 1635) M(0) UV(0.09195 0.87538 0.09071 0.87756 0.09027 0.87537)
-               3 V(1637 1611 1633) M(0) UV(0.09314 0.87824 0.09380 0.88068 0.09194 0.87943)
-               3 V(1611 1637 1634) M(0) UV(0.09820 0.88068 0.09887 0.87824 0.10007 0.87943)
-               3 V(1634 1637 1636) M(0) UV(0.09887 0.87251 0.09753 0.87170 0.09819 0.87010)
-               3 V(1636 1637 1622) M(0) UV(0.09819 0.87010 0.09600 0.87133 0.09600 0.86966)
-               3 V(1637 1635 1622) M(0) UV(0.09314 0.87251 0.09073 0.87318 0.09196 0.87133)
-               3 V(1080 1077 1084) M(0) UV(0.18655 0.87319 0.18414 0.87252 0.18531 0.87134)
-               3 V(1089 1084 1077) M(0) UV(0.17910 0.87011 0.18128 0.86967 0.18128 0.87134)
-               3 V(1089 1077 1096) M(0) UV(0.17910 0.87011 0.17976 0.87171 0.17841 0.87252)
-               3 V(1099 1096 1077) M(0) UV(0.17908 0.88068 0.17721 0.87944 0.17841 0.87825)
-               3 V(1099 1077 1107) M(0) UV(0.18348 0.88068 0.18414 0.87825 0.18534 0.87944)
-               3 V(1107 1077 1080) M(0) UV(0.18657 0.87757 0.18533 0.87538 0.18701 0.87537)
-               3 V(1078 1079 1083) M(0) UV(0.20847 0.87530 0.20329 0.87531 0.20159 0.86689)
-               3 V(1078 1083 1081) M(0) UV(0.20847 0.87530 0.20159 0.86689 0.20638 0.86489)
-               3 V(1079 1080 1083) M(0) UV(0.19793 0.87532 0.19165 0.87103 0.19665 0.86895)
-               3 V(1083 1080 1084) M(0) UV(0.19665 0.86895 0.19165 0.87103 0.18921 0.86739)
-               3 V(1081 1083 1082) M(0) UV(0.20638 0.86489 0.19681 0.85975 0.20047 0.85608)
-               3 V(1086 1082 1083) M(0) UV(0.19163 0.85020 0.20047 0.85608 0.19681 0.85975)
-               3 V(1086 1083 1085) M(0) UV(0.19163 0.85020 0.19681 0.85975 0.18966 0.85500)
-               3 V(1085 1083 1084) M(0) UV(0.18762 0.85995 0.19302 0.86355 0.18921 0.86739)
-               3 V(1088 1085 1084) M(0) UV(0.18124 0.85869 0.18762 0.85995 0.18555 0.86496)
-               3 V(1087 1086 1085) M(0) UV(0.18122 0.84815 0.19163 0.85020 0.18966 0.85500)
-               3 V(1091 1088 1090) M(0) UV(0.17281 0.85503 0.18124 0.85869 0.17487 0.85997)
-               3 V(1088 1084 1089) M(0) UV(0.18124 0.85869 0.18125 0.86411 0.17695 0.86498)
-               3 V(1088 1089 1090) M(0) UV(0.18124 0.85869 0.17695 0.86498 0.17487 0.85997)
-               3 V(1090 1089 1093) M(0) UV(0.17487 0.85997 0.17330 0.86742 0.16947 0.86359)
-               3 V(1091 1090 1093) M(0) UV(0.17281 0.85503 0.17487 0.85997 0.16947 0.86359)
-               3 V(1091 1093 1092) M(0) UV(0.17281 0.85503 0.16947 0.86359 0.16567 0.85981)
-               3 V(1092 1093 1094) M(0) UV(0.16567 0.85981 0.16587 0.86900 0.16091 0.86696)
-               3 V(1093 1089 1096) M(0) UV(0.16587 0.86900 0.17330 0.86742 0.17087 0.87107)
-               3 V(1095 1093 1096) M(0) UV(0.16461 0.87538 0.16587 0.86900 0.17087 0.87107)
-               3 V(1095 1094 1093) M(0) UV(0.15925 0.87539 0.16091 0.86696 0.16587 0.86900)
-               3 V(1095 1096 1097) M(0) UV(0.16461 0.87538 0.17087 0.87968 0.16589 0.88175)
-               3 V(1098 1097 1096) M(0) UV(0.16951 0.88716 0.16589 0.88175 0.17087 0.87968)
-               3 V(1100 1098 1096) M(0) UV(0.17492 0.89076 0.16951 0.88716 0.17332 0.88334)
-               3 V(1100 1096 1099) M(0) UV(0.17492 0.89076 0.17332 0.88334 0.17697 0.88577)
-               3 V(1102 1100 1099) M(0) UV(0.18130 0.89202 0.17492 0.89076 0.17697 0.88577)
-               3 V(1101 1102 1103) M(0) UV(0.18132 0.90256 0.18131 0.89737 0.18973 0.89568)
-               3 V(1101 1103 1104) M(0) UV(0.18132 0.90256 0.18973 0.89568 0.19173 0.90047)
-               3 V(1102 1099 1103) M(0) UV(0.18130 0.89202 0.18560 0.88576 0.18768 0.89074)
-               3 V(1103 1099 1107) M(0) UV(0.18768 0.89074 0.18560 0.88576 0.18925 0.88331)
-               3 V(1103 1107 1106) M(0) UV(0.18768 0.89074 0.18925 0.88331 0.19308 0.88711)
-               3 V(1104 1103 1106) M(0) UV(0.19173 0.90047 0.18973 0.89568 0.19687 0.89089)
-               3 V(1104 1106 1105) M(0) UV(0.19173 0.90047 0.19687 0.89089 0.20054 0.89455)
-               3 V(1105 1106 1108) M(0) UV(0.20054 0.89455 0.19687 0.89089 0.20163 0.88374)
-               3 V(1105 1108 1109) M(0) UV(0.20054 0.89455 0.20163 0.88374 0.20642 0.88571)
-               3 V(1106 1107 1108) M(0) UV(0.19308 0.88711 0.19168 0.87964 0.19668 0.88170)
-               3 V(1109 1108 1079) M(0) UV(0.20642 0.88571 0.20163 0.88374 0.20329 0.87531)
-               3 V(1109 1079 1078) M(0) UV(0.20642 0.88571 0.20329 0.87531 0.20847 0.87530)
-               3 V(1660 1662 1659) M(0) UV(0.03512 0.48631 0.02585 0.47579 0.02853 0.47282)
-               3 V(1659 1661 1660) M(0) UV(0.03515 0.46661 0.04534 0.47797 0.04215 0.48092)
-               3 V(1658 1656 1657) M(0) UV(0.24088 0.46631 0.23069 0.47767 0.23388 0.48063)
-               4 V(1602 1663 1521 1664) M(0) UV(0.10390 0.78515 0.00000 0.00000 0.22690 0.22727 0.00000 0.00000)
-               3 V(2154 2158 2157) M(0) UV(0.25994 0.97463 0.26418 0.97891 0.26474 0.97463)
-               3 V(2153 2157 2158) M(0) UV(0.26842 0.97463 0.26474 0.97463 0.26418 0.97891)
-               3 V(2154 2155 2158) M(0) UV(0.25994 0.97463 0.26362 0.97463 0.26418 0.97891)
-               3 V(2153 2158 2155) M(0) UV(0.26842 0.97463 0.26418 0.97891 0.26362 0.97463)
-               3 V(2154 2157 2156) M(0) UV(0.25994 0.97463 0.26474 0.97463 0.26418 0.97035)
-               3 V(2154 2156 2155) M(0) UV(0.25994 0.97463 0.26418 0.97035 0.26362 0.97463)
-               3 V(2153 2156 2157) M(0) UV(0.26842 0.97463 0.26418 0.97035 0.26474 0.97463)
-               3 V(2153 2155 2156) M(0) UV(0.26842 0.97463 0.26362 0.97463 0.26418 0.97035)
-               3 V(2160 2164 2163) M(0) UV(0.26842 0.97570 0.27377 0.98104 0.27377 0.97567)
-               3 V(2159 2163 2164) M(0) UV(0.27911 0.97570 0.27377 0.97567 0.27377 0.98104)
-               3 V(2160 2161 2164) M(0) UV(0.26842 0.97570 0.27376 0.97572 0.27377 0.98104)
-               3 V(2159 2164 2161) M(0) UV(0.27911 0.97570 0.27377 0.98104 0.27376 0.97572)
-               3 V(2160 2163 2162) M(0) UV(0.26842 0.97570 0.27377 0.97567 0.27377 0.97035)
-               3 V(2160 2162 2161) M(0) UV(0.26842 0.97570 0.27377 0.97035 0.27376 0.97572)
-               3 V(2159 2162 2163) M(0) UV(0.27911 0.97570 0.27377 0.97035 0.27377 0.97567)
-               3 V(2159 2161 2162) M(0) UV(0.27911 0.97570 0.27376 0.97572 0.27377 0.97035)
-               3 V(2136 2137 2139) M(0) UV(0.16347 0.97784 0.17081 0.97784 0.16347 0.98532)
-               3 V(2135 2139 2137) M(0) UV(0.16347 0.97784 0.16347 0.98532 0.17081 0.97784)
-               3 V(2136 2138 2137) M(0) UV(0.16347 0.97784 0.16347 0.97035 0.17081 0.97784)
-               3 V(2135 2137 2138) M(0) UV(0.16347 0.97784 0.17081 0.97784 0.16347 0.97035)
-               3 V(2136 2152 2138) M(0) UV(0.16347 0.97784 0.15612 0.97784 0.16347 0.97035)
-               3 V(2136 2139 2152) M(0) UV(0.16347 0.97784 0.16347 0.98532 0.15612 0.97784)
-               3 V(2135 2152 2139) M(0) UV(0.16347 0.97784 0.15612 0.97784 0.16347 0.98532)
-               3 V(2135 2138 2152) M(0) UV(0.16347 0.97784 0.16347 0.97035 0.15612 0.97784)
-               3 V(2151 2148 2149) M(0) UV(0.31065 0.97463 0.30641 0.97035 0.30697 0.97463)
-               3 V(2151 2147 2148) M(0) UV(0.31065 0.97463 0.30585 0.97463 0.30641 0.97035)
-               3 V(2150 2149 2148) M(0) UV(0.30217 0.97463 0.30697 0.97463 0.30641 0.97035)
-               3 V(2150 2148 2147) M(0) UV(0.30217 0.97463 0.30641 0.97035 0.30585 0.97463)
-               3 V(2151 2149 2146) M(0) UV(0.31065 0.97463 0.30697 0.97463 0.30641 0.97891)
-               3 V(2150 2146 2149) M(0) UV(0.30217 0.97463 0.30641 0.97891 0.30697 0.97463)
-               3 V(2151 2146 2147) M(0) UV(0.31065 0.97463 0.30641 0.97891 0.30585 0.97463)
-               3 V(2150 2147 2146) M(0) UV(0.30217 0.97463 0.30585 0.97463 0.30641 0.97891)
-               3 V(2145 2142 2143) M(0) UV(0.31065 0.97570 0.31599 0.97035 0.31600 0.97572)
-               3 V(2145 2141 2142) M(0) UV(0.31065 0.97570 0.31599 0.97567 0.31599 0.97035)
-               3 V(2144 2143 2142) M(0) UV(0.32134 0.97570 0.31600 0.97572 0.31599 0.97035)
-               3 V(2144 2142 2141) M(0) UV(0.32134 0.97570 0.31599 0.97035 0.31599 0.97567)
-               3 V(2145 2143 2140) M(0) UV(0.31065 0.97570 0.31600 0.97572 0.31599 0.98104)
-               3 V(2144 2140 2143) M(0) UV(0.32134 0.97570 0.31599 0.98104 0.31600 0.97572)
-               3 V(2145 2140 2141) M(0) UV(0.31065 0.97570 0.31599 0.98104 0.31599 0.97567)
-               3 V(2144 2141 2140) M(0) UV(0.32134 0.97570 0.31599 0.97567 0.31599 0.98104)
-               3 V(1906 1931 1903) M(0) UV(0.50373 0.10916 0.50372 0.09446 0.50901 0.09486)
-               3 V(1931 1932 2129) M(0) UV(0.58911 0.10246 0.57821 0.10864 0.57987 0.09669)
-               3 V(2129 1932 1930) M(0) UV(0.57987 0.09669 0.57821 0.10864 0.56945 0.10811)
-               3 V(1931 1906 1932) M(0) UV(0.49731 0.09419 0.49714 0.10836 0.49000 0.10694)
-               3 V(2124 2130 2112) M(0) UV(0.51758 0.06772 0.52368 0.07649 0.51835 0.07729)
-               3 V(2132 2112 1931) M(0) UV(0.49339 0.07659 0.50017 0.07620 0.50224 0.08490)
-               3 V(2129 2132 1931) M(0) UV(0.48724 0.08627 0.49339 0.07659 0.49566 0.08538)
-               3 V(2132 2129 2128) M(0) UV(0.59298 0.08820 0.58224 0.08838 0.58530 0.07973)
-               3 V(2130 2124 2134) M(0) UV(0.53156 0.07447 0.52253 0.06818 0.53090 0.06642)
-               3 V(2134 2127 2126) M(0) UV(0.53090 0.06642 0.54198 0.06647 0.54128 0.07336)
-               3 V(2134 2126 2130) M(0) UV(0.53090 0.06642 0.54128 0.07336 0.53156 0.07447)
-               3 V(2129 1930 2126) M(0) UV(0.56322 0.09210 0.55524 0.09229 0.55736 0.08057)
-               3 V(2129 2126 2128) M(0) UV(0.56322 0.09210 0.55736 0.08057 0.56553 0.08075)
-               3 V(2130 2126 1930) M(0) UV(0.54074 0.08285 0.54922 0.08139 0.54756 0.09293)
-               3 V(2130 1930 1933) M(0) UV(0.54074 0.08285 0.54756 0.09293 0.54002 0.09365)
-               3 V(1903 2130 1933) M(0) UV(0.52627 0.09514 0.53227 0.08432 0.53291 0.09454)
-               3 V(1903 2112 2130) M(0) UV(0.51540 0.09517 0.51356 0.08504 0.51652 0.08567)
-               3 V(1931 2112 1903) M(0) UV(0.50224 0.08490 0.50708 0.08478 0.50901 0.09486)
-               3 V(2116 2111 2113) M(0) UV(0.52800 0.48799 0.52849 0.48145 0.53428 0.48409)
-               3 V(2118 2115 2127) M(0) UV(0.52733 0.50998 0.53133 0.51182 0.52543 0.51981)
-               3 V(2118 2127 2114) M(0) UV(0.52733 0.50998 0.52543 0.51981 0.52153 0.51793)
-               3 V(2116 2115 2118) M(0) UV(0.52141 0.49347 0.52654 0.50000 0.51962 0.49917)
-               3 V(2120 2116 2118) M(0) UV(0.51502 0.49243 0.52141 0.49347 0.51962 0.49917)
-               3 V(2120 2118 2131) M(0) UV(0.51502 0.49243 0.51962 0.49917 0.51155 0.49780)
-               3 V(2116 2120 2111) M(0) UV(0.52279 0.48680 0.51919 0.48173 0.52359 0.48090)
-               3 V(2116 2113 2115) M(0) UV(0.52774 0.49408 0.53421 0.48976 0.53319 0.49556)
-               3 V(2118 2114 2119) M(0) UV(0.51596 0.50657 0.51619 0.51648 0.50950 0.51569)
-               3 V(2131 2118 2119) M(0) UV(0.50788 0.50434 0.51596 0.50657 0.50950 0.51569)
-               3 V(2121 2125 2115) M(0) UV(0.55895 0.05782 0.55603 0.05888 0.55612 0.05027)
-               3 V(2121 2115 2113) M(0) UV(0.55898 0.04943 0.55612 0.05027 0.55585 0.04146)
-               3 V(2110 2121 2122) M(0) UV(0.56968 0.05917 0.56858 0.04983 0.57189 0.05108)
-               3 V(2121 2110 2125) M(0) UV(0.56124 0.05774 0.56325 0.06498 0.55986 0.06864)
-               3 V(2121 2113 2122) M(0) UV(0.56858 0.04983 0.56605 0.04078 0.57049 0.04210)
-               3 V(2120 2110 2122) M(0) UV(0.57695 0.05451 0.57236 0.05992 0.57485 0.05249)
-               3 V(2110 2120 2131) M(0) UV(0.58338 0.06267 0.59264 0.06042 0.58847 0.06524)
-               3 V(2128 2126 2125) M(0) UV(0.56553 0.08075 0.55736 0.08057 0.55986 0.06864)
-               3 V(2128 2125 2110) M(0) UV(0.56553 0.08075 0.55986 0.06864 0.56756 0.07046)
-               3 V(2110 2131 2128) M(0) UV(0.58040 0.06840 0.58847 0.06524 0.58861 0.07171)
-               3 V(2115 2125 2127) M(0) UV(0.54719 0.05472 0.55194 0.06191 0.54198 0.06647)
-               3 V(2127 2125 2126) M(0) UV(0.54198 0.06647 0.55194 0.06191 0.55156 0.06989)
-               3 V(2117 2134 2124) M(0) UV(0.50957 0.52952 0.51412 0.53105 0.51095 0.53674)
-               3 V(2114 2127 2134) M(0) UV(0.52153 0.51793 0.52543 0.51981 0.51867 0.52582)
-               3 V(2114 2134 2117) M(0) UV(0.52153 0.51793 0.51867 0.52582 0.51413 0.52408)
-               3 V(2124 2133 2117) M(0) UV(0.50476 0.53391 0.50525 0.52963 0.50957 0.52952)
-               3 V(2119 2114 2117) M(0) UV(0.50950 0.51569 0.51619 0.51648 0.50868 0.52362)
-               3 V(2119 2117 2133) M(0) UV(0.50950 0.51569 0.50868 0.52362 0.50353 0.52452)
-               3 V(2133 2124 2112) M(0) UV(0.49105 0.06578 0.49851 0.06472 0.50017 0.07620)
-               3 V(2133 2112 2132) M(0) UV(0.49105 0.06578 0.50017 0.07620 0.49339 0.07659)
-               3 V(2132 2119 2133) M(0) UV(0.49393 0.51288 0.50293 0.51535 0.49834 0.52557)
-               3 V(2128 2131 2119) M(0) UV(0.49994 0.50010 0.50788 0.50434 0.50293 0.51535)
-               3 V(2128 2119 2132) M(0) UV(0.49994 0.50010 0.50293 0.51535 0.49393 0.51288)
-               3 V(2123 2120 2122) M(0) UV(0.58400 0.03315 0.58411 0.03807 0.57990 0.03320)
-               3 V(2123 2111 2120) M(0) UV(0.51529 0.47309 0.51921 0.47693 0.51548 0.47836)
-               3 V(2111 2123 2113) M(0) UV(0.53328 0.47895 0.53536 0.47660 0.53547 0.48030)
-               3 V(2123 2122 2113) M(0) UV(0.57080 0.02782 0.57342 0.03027 0.56692 0.03025)
-               3 V(1898 1896 1900) M(0) UV(0.59818 0.43963 0.61112 0.44712 0.59969 0.44875)
-               3 V(2055 2046 2089) M(0) UV(0.57293 0.46981 0.58281 0.47366 0.57407 0.47540)
-               3 V(2054 1899 1898) M(0) UV(0.57550 0.43664 0.58819 0.42823 0.58838 0.44232)
-               3 V(2054 1898 2056) M(0) UV(0.57550 0.43664 0.58838 0.44232 0.57698 0.44592)
-               3 V(2040 2046 1900) M(0) UV(0.59098 0.46081 0.58180 0.46757 0.58074 0.46244)
-               3 V(1898 1900 2056) M(0) UV(0.58838 0.44232 0.57902 0.45220 0.57698 0.44592)
-               3 V(2048 2043 2064) M(0) UV(0.58376 0.81797 0.57733 0.81064 0.58958 0.80897)
-               3 V(2048 2064 1910) M(0) UV(0.58376 0.81797 0.58958 0.80897 0.59300 0.81699)
-               3 V(1910 2064 2084) M(0) UV(0.60314 0.81697 0.59922 0.80826 0.60784 0.80718)
-               3 V(1910 2084 2061) M(0) UV(0.60314 0.81697 0.60784 0.80718 0.61314 0.81663)
-               3 V(2051 2055 2043) M(0) UV(0.56670 0.83086 0.55883 0.81965 0.56900 0.82279)
-               3 V(2055 2051 2056) M(0) UV(0.56101 0.45923 0.55805 0.45395 0.56758 0.44922)
-               3 V(2046 2055 1900) M(0) UV(0.58180 0.46757 0.57180 0.46514 0.58074 0.46244)
-               3 V(2056 1900 2055) M(0) UV(0.57698 0.44592 0.57902 0.45220 0.56959 0.45510)
-               3 V(2092 2064 2082) M(0) UV(0.58107 0.77088 0.58282 0.78088 0.57767 0.78007)
-               3 V(2084 2064 2083) M(0) UV(0.60100 0.78925 0.59050 0.78357 0.59655 0.77908)
-               3 V(2046 2073 2074) M(0) UV(0.58397 0.48558 0.58463 0.49167 0.57646 0.49584)
-               3 V(2082 2074 2092) M(0) UV(0.57767 0.78007 0.56816 0.78061 0.57319 0.77392)
-               3 V(2064 2089 2074) M(0) UV(0.57901 0.78989 0.57117 0.79327 0.57039 0.78623)
-               3 V(2064 2074 2082) M(0) UV(0.57901 0.78989 0.57039 0.78623 0.57767 0.78007)
-               3 V(2074 2089 2046) M(0) UV(0.57563 0.48921 0.57481 0.48200 0.58344 0.47947)
-               3 V(2089 2064 2043) M(0) UV(0.57000 0.79952 0.57888 0.79799 0.57812 0.80482)
-               3 V(2089 2043 2055) M(0) UV(0.57000 0.79952 0.57812 0.80482 0.56801 0.80465)
-               3 V(1900 1897 2040) M(0) UV(0.60082 0.45499 0.61291 0.45969 0.60133 0.46029)
-               3 V(1900 1896 1897) M(0) UV(0.59969 0.44875 0.61112 0.44712 0.61224 0.45402)
-               3 V(2042 1683 1892) M(0) UV(0.63319 0.40758 0.64291 0.40797 0.64291 0.42441)
-               3 V(2042 1892 1891) M(0) UV(0.63319 0.40758 0.64291 0.42441 0.63235 0.42422)
-               3 V(1891 1895 2042) M(0) UV(0.63235 0.42422 0.62251 0.42451 0.62499 0.40784)
-               3 V(2052 2042 1895) M(0) UV(0.61569 0.40747 0.62499 0.40784 0.62251 0.42451)
-               3 V(1898 1899 1895) M(0) UV(0.59818 0.43963 0.59804 0.42046 0.61107 0.42456)
-               3 V(1898 1895 1896) M(0) UV(0.59818 0.43963 0.61107 0.42456 0.61019 0.43806)
-               3 V(1895 1891 1894) M(0) UV(0.62251 0.42451 0.63235 0.42422 0.63354 0.43590)
-               3 V(1895 1894 1896) M(0) UV(0.62251 0.42451 0.63354 0.43590 0.62219 0.43615)
-               3 V(1891 1892 1893) M(0) UV(0.63235 0.42422 0.64291 0.42441 0.64291 0.43569)
-               3 V(1891 1893 1894) M(0) UV(0.63235 0.42422 0.64291 0.43569 0.63354 0.43590)
-               3 V(1894 1893 2057) M(0) UV(0.63417 0.44999 0.64291 0.44928 0.64291 0.45391)
-               3 V(2057 1897 1896) M(0) UV(0.63531 0.45524 0.62405 0.45771 0.62353 0.45210)
-               3 V(2057 1896 1894) M(0) UV(0.63531 0.45524 0.62353 0.45210 0.63417 0.44999)
-               3 V(2040 1897 2086) M(0) UV(0.61321 0.46577 0.62444 0.46389 0.62511 0.47059)
-               3 V(1853 2086 2057) M(0) UV(0.63632 0.47579 0.62511 0.47059 0.63622 0.46960)
-               3 V(2057 2086 1897) M(0) UV(0.63622 0.46960 0.62511 0.47059 0.62444 0.46389)
-               3 V(2073 2040 2095) M(0) UV(0.60457 0.48723 0.61505 0.48199 0.61590 0.48796)
-               3 V(2073 2046 2040) M(0) UV(0.59334 0.48823 0.59290 0.48261 0.60350 0.48184)
-               3 V(2040 2086 2095) M(0) UV(0.61505 0.48199 0.62612 0.48186 0.62660 0.48831)
-               3 V(1837 2095 2086) M(0) UV(0.63649 0.48892 0.62660 0.48831 0.62612 0.48186)
-               3 V(1837 2086 1853) M(0) UV(0.63649 0.48892 0.62612 0.48186 0.63649 0.48209)
-               3 V(2090 2088 2079) M(0) UV(0.60667 0.50937 0.60776 0.49990 0.61863 0.50703)
-               3 V(2090 2079 2085) M(0) UV(0.60667 0.50937 0.61863 0.50703 0.61698 0.51357)
-               3 V(2073 2095 2079) M(0) UV(0.60568 0.49295 0.61700 0.49319 0.61844 0.49784)
-               3 V(2073 2079 2088) M(0) UV(0.60568 0.49295 0.61844 0.49784 0.60776 0.49990)
-               3 V(1837 2066 2079) M(0) UV(0.63638 0.49490 0.63651 0.49980 0.62772 0.49870)
-               3 V(1837 2079 2095) M(0) UV(0.63638 0.49490 0.62772 0.49870 0.62708 0.49395)
-               3 V(2066 2041 2085) M(0) UV(0.63684 0.51112 0.63669 0.51707 0.62766 0.51604)
-               3 V(2066 2085 2079) M(0) UV(0.63684 0.51112 0.62766 0.51604 0.62838 0.50990)
-               3 V(1954 1906 1903) M(0) UV(0.49699 0.13011 0.50373 0.10916 0.50933 0.10981)
-               3 V(1954 1903 1904) M(0) UV(0.49699 0.13011 0.50933 0.10981 0.50346 0.12997)
-               3 V(1940 1904 1953) M(0) UV(0.51421 0.14742 0.51574 0.13011 0.51986 0.13063)
-               3 V(1953 1903 1933) M(0) UV(0.51986 0.13063 0.52303 0.11004 0.52751 0.10998)
-               3 V(1903 1953 1904) M(0) UV(0.51982 0.11012 0.51986 0.13063 0.51574 0.13011)
-               3 V(1938 1953 1997) M(0) UV(0.53533 0.15936 0.53411 0.13344 0.54202 0.13396)
-               3 V(1938 1997 2005) M(0) UV(0.53533 0.15936 0.54202 0.13396 0.54471 0.15960)
-               3 V(1940 1953 1938) M(0) UV(0.52528 0.15165 0.53411 0.13344 0.53533 0.15936)
-               3 V(1954 1904 1940) M(0) UV(0.49699 0.13011 0.50346 0.12997 0.50023 0.14603)
-               3 V(1954 1940 1950) M(0) UV(0.49699 0.13011 0.50023 0.14603 0.49313 0.14667)
-               3 V(1955 1954 1950) M(0) UV(0.47974 0.12770 0.48880 0.12959 0.48327 0.14766)
-               3 V(1955 1950 1941) M(0) UV(0.47974 0.12770 0.48327 0.14766 0.46934 0.15213)
-               3 V(1933 1997 1953) M(0) UV(0.53389 0.10925 0.54202 0.13396 0.53411 0.13344)
-               3 V(1930 1998 1997) M(0) UV(0.55459 0.10817 0.55630 0.13390 0.54920 0.13406)
-               3 V(1930 1997 1933) M(0) UV(0.54744 0.10841 0.54202 0.13396 0.54053 0.10867)
-               3 V(1906 1954 1955) M(0) UV(0.49714 0.10836 0.48880 0.12959 0.47974 0.12770)
-               3 V(1906 1955 1932) M(0) UV(0.49714 0.10836 0.47974 0.12770 0.49000 0.10694)
-               3 V(1930 1932 1955) M(0) UV(0.56945 0.10811 0.57821 0.10864 0.57975 0.13018)
-               3 V(1930 1955 1998) M(0) UV(0.56185 0.10790 0.57110 0.13173 0.56345 0.13306)
-               3 V(1996 1981 2000) M(0) UV(0.56211 0.21149 0.55273 0.21895 0.55266 0.19870)
-               3 V(1996 2000 2001) M(0) UV(0.56211 0.21149 0.56071 0.19742 0.57025 0.19620)
-               3 V(2032 1996 2001) M(0) UV(0.58059 0.20679 0.57131 0.20850 0.57025 0.19620)
-               3 V(2002 1999 1946) M(0) UV(0.57749 0.17737 0.58496 0.17456 0.58650 0.19163)
-               3 V(2002 1946 2001) M(0) UV(0.57749 0.17737 0.58650 0.19163 0.57927 0.19400)
-               3 V(2000 1949 2002) M(0) UV(0.56071 0.19742 0.55998 0.18077 0.56888 0.17970)
-               3 V(2000 2002 2001) M(0) UV(0.56071 0.19742 0.56888 0.17970 0.57025 0.19620)
-               3 V(1999 2003 1941) M(0) UV(0.59254 0.17206 0.58230 0.15373 0.59159 0.14952)
-               3 V(2003 1999 2002) M(0) UV(0.57500 0.15754 0.58496 0.17456 0.57749 0.17737)
-               3 V(2002 2004 2003) M(0) UV(0.57749 0.17737 0.56698 0.16008 0.57500 0.15754)
-               3 V(2004 2002 1949) M(0) UV(0.56698 0.16008 0.56888 0.17970 0.55998 0.18077)
-               3 V(2003 2004 1998) M(0) UV(0.57500 0.15754 0.56698 0.16008 0.56345 0.13306)
-               3 V(2003 1998 1955) M(0) UV(0.57500 0.15754 0.56345 0.13306 0.57110 0.13173)
-               3 V(1941 2003 1955) M(0) UV(0.59159 0.14952 0.58230 0.15373 0.57975 0.13018)
-               3 V(2005 1997 1998) M(0) UV(0.55174 0.16078 0.54920 0.13406 0.55630 0.13390)
-               3 V(2005 1998 2004) M(0) UV(0.55174 0.16078 0.55630 0.13390 0.55903 0.16137)
-               3 V(2004 1949 2005) M(0) UV(0.55903 0.16137 0.55254 0.18071 0.55174 0.16078)
-               3 V(2032 2001 1946) M(0) UV(0.58807 0.20505 0.57927 0.19400 0.58650 0.19163)
-               3 V(1946 1942 2032) M(0) UV(0.58650 0.19163 0.59721 0.20550 0.58807 0.20505)
-               3 V(1948 1952 1940) M(0) UV(0.50140 0.17429 0.50380 0.15856 0.50894 0.15944)
-               3 V(1948 1912 1947) M(0) UV(0.49562 0.17431 0.49864 0.19418 0.49266 0.19414)
-               3 V(1947 1912 1951) M(0) UV(0.49266 0.19414 0.49864 0.19418 0.49646 0.21806)
-               3 V(1947 1951 1934) M(0) UV(0.49266 0.19414 0.49646 0.21806 0.49116 0.21778)
-               3 V(1951 1905 1934) M(0) UV(0.49646 0.21806 0.49280 0.23197 0.49116 0.21778)
-               3 V(1936 1905 1951) M(0) UV(0.50811 0.23615 0.50214 0.23573 0.50208 0.21828)
-               3 V(1912 1911 1937) M(0) UV(0.51688 0.19613 0.52471 0.17992 0.52417 0.19748)
-               3 V(1912 1948 1911) M(0) UV(0.51006 0.19526 0.51193 0.17594 0.51830 0.17784)
-               3 V(1936 1951 1935) M(0) UV(0.51917 0.23158 0.51436 0.21852 0.52123 0.21849)
-               3 V(1940 1911 1948) M(0) UV(0.51859 0.16241 0.51830 0.17784 0.51193 0.17594)
-               3 V(1938 1911 1940) M(0) UV(0.52431 0.16504 0.51830 0.17784 0.51859 0.16241)
-               3 V(1937 1935 1951) M(0) UV(0.52417 0.19748 0.52123 0.21849 0.51436 0.21852)
-               3 V(1937 1951 1912) M(0) UV(0.52417 0.19748 0.51436 0.21852 0.51688 0.19613)
-               3 V(1943 1934 1942) M(0) UV(0.46531 0.19688 0.47852 0.21814 0.46763 0.21755)
-               3 V(1945 1944 1943) M(0) UV(0.46700 0.17812 0.47832 0.17687 0.47684 0.19590)
-               3 V(1941 1945 1999) M(0) UV(0.60020 0.15705 0.60185 0.16992 0.59254 0.17206)
-               3 V(1946 1943 1942) M(0) UV(0.59372 0.18904 0.60438 0.18558 0.60939 0.20325)
-               3 V(1944 1947 1943) M(0) UV(0.47832 0.17687 0.48599 0.19470 0.47684 0.19590)
-               3 V(1944 1948 1947) M(0) UV(0.48851 0.17543 0.49562 0.17431 0.49266 0.19414)
-               3 V(1937 1911 1939) M(0) UV(0.52417 0.19748 0.52471 0.17992 0.53160 0.18201)
-               3 V(1939 1949 2000) M(0) UV(0.53896 0.18178 0.54643 0.18111 0.54531 0.19974)
-               3 V(1939 2000 1937) M(0) UV(0.53896 0.18178 0.54531 0.19974 0.53730 0.20015)
-               3 V(1999 1945 1943) M(0) UV(0.59254 0.17206 0.60185 0.16992 0.60438 0.18558)
-               3 V(1999 1943 1946) M(0) UV(0.59254 0.17206 0.60438 0.18558 0.59372 0.18904)
-               3 V(1944 1945 1941) M(0) UV(0.47832 0.17687 0.46700 0.17812 0.47154 0.16441)
-               3 V(1952 1941 1950) M(0) UV(0.49126 0.15963 0.48113 0.16155 0.48327 0.14766)
-               3 V(1934 1943 1947) M(0) UV(0.48597 0.21767 0.47684 0.19590 0.48599 0.19470)
-               3 V(1944 1941 1952) M(0) UV(0.48851 0.17543 0.48113 0.16155 0.49126 0.15963)
-               3 V(1952 1948 1944) M(0) UV(0.49126 0.15963 0.49562 0.17431 0.48851 0.17543)
-               3 V(1950 1940 1952) M(0) UV(0.49313 0.14667 0.50023 0.14603 0.49818 0.15860)
-               3 V(1938 1939 1911) M(0) UV(0.53028 0.16890 0.53160 0.18201 0.52471 0.17992)
-               3 V(2005 1949 1939) M(0) UV(0.54471 0.15960 0.54643 0.18111 0.53896 0.18178)
-               3 V(2005 1939 1938) M(0) UV(0.54471 0.15960 0.53896 0.18178 0.53533 0.15936)
-               3 V(1935 1937 2000) M(0) UV(0.53319 0.21945 0.53730 0.20015 0.54531 0.19974)
-               3 V(1935 2000 1981) M(0) UV(0.53319 0.21945 0.54531 0.19974 0.54244 0.21885)
-               3 V(1925 1907 1989) M(0) UV(0.59951 0.85973 0.59933 0.87163 0.58838 0.87193)
-               3 V(1921 1986 1907) M(0) UV(0.61208 0.86012 0.61270 0.87158 0.59933 0.87163)
-               3 V(1921 1907 1925) M(0) UV(0.61208 0.86012 0.59933 0.87163 0.59951 0.85973)
-               3 V(1909 1920 1919) M(0) UV(0.59745 0.90643 0.60851 0.90944 0.60396 0.91849)
-               3 V(1909 1919 1913) M(0) UV(0.59745 0.90643 0.60396 0.91849 0.59130 0.91386)
-               3 V(1991 1909 1913) M(0) UV(0.59019 0.90362 0.59745 0.90643 0.59130 0.91386)
-               3 V(1925 2047 1922) M(0) UV(0.59951 0.85973 0.59861 0.84767 0.61062 0.84829)
-               3 V(1925 1922 1921) M(0) UV(0.59951 0.85973 0.61062 0.84829 0.61208 0.86012)
-               3 V(1907 1986 1987) M(0) UV(0.59979 0.88324 0.61322 0.88246 0.61240 0.89576)
-               3 V(1907 1987 1909) M(0) UV(0.59979 0.88324 0.61240 0.89576 0.59994 0.89524)
-               3 V(1991 1989 1907) M(0) UV(0.58986 0.89565 0.58872 0.88473 0.59979 0.88324)
-               3 V(1991 1907 1909) M(0) UV(0.58986 0.89565 0.59979 0.88324 0.59994 0.89524)
-               3 V(1909 1987 1920) M(0) UV(0.59994 0.89524 0.61240 0.89576 0.60851 0.90944)
-               3 V(2047 1910 1922) M(0) UV(0.59861 0.84767 0.60834 0.83671 0.61062 0.84829)
-               3 V(2048 1910 2047) M(0) UV(0.58630 0.82627 0.59506 0.82620 0.59692 0.83623)
-               3 V(1926 1925 1989) M(0) UV(0.57629 0.85713 0.58883 0.85852 0.58838 0.87193)
-               3 V(1926 1989 1990) M(0) UV(0.57629 0.85713 0.58838 0.87193 0.57441 0.87295)
-               3 V(1986 1921 1924) M(0) UV(0.61270 0.87158 0.61208 0.86012 0.62277 0.85978)
-               3 V(1986 1924 2045) M(0) UV(0.62373 0.87138 0.63265 0.85939 0.63413 0.87120)
-               3 V(2045 1924 2060) M(0) UV(0.63413 0.87120 0.63265 0.85939 0.64291 0.85739)
-               3 V(1988 1919 1920) M(0) UV(0.63025 0.92739 0.61471 0.92173 0.61962 0.91188)
-               3 V(1988 1920 2023) M(0) UV(0.63025 0.92739 0.61962 0.91188 0.63231 0.91194)
-               3 V(1990 1989 1991) M(0) UV(0.57521 0.88908 0.58872 0.88473 0.58986 0.89565)
-               3 V(1917 1927 1990) M(0) UV(0.54662 0.43341 0.53337 0.43857 0.52600 0.41992)
-               3 V(1927 1926 1990) M(0) UV(0.56249 0.85542 0.57629 0.85713 0.57441 0.87295)
-               3 V(1927 1917 2050) M(0) UV(0.53337 0.43857 0.54662 0.43341 0.55366 0.44706)
-               3 V(1922 1924 1921) M(0) UV(0.62072 0.84802 0.62277 0.85978 0.61208 0.86012)
-               3 V(2062 1922 1910) M(0) UV(0.61782 0.83655 0.61062 0.84829 0.60834 0.83671)
-               3 V(1910 2061 2062) M(0) UV(0.60834 0.83671 0.61515 0.82690 0.61782 0.83655)
-               3 V(2063 1924 1922) M(0) UV(0.62906 0.84731 0.62277 0.85978 0.62072 0.84802)
-               3 V(2063 2060 1924) M(0) UV(0.63478 0.84664 0.64291 0.85739 0.63265 0.85939)
-               3 V(2050 2049 1926) M(0) UV(0.56473 0.84083 0.57746 0.84403 0.57629 0.85713)
-               3 V(2050 1926 1927) M(0) UV(0.56473 0.84083 0.57629 0.85713 0.56249 0.85542)
-               3 V(2049 2047 1925) M(0) UV(0.57746 0.84403 0.58875 0.84642 0.58883 0.85852)
-               3 V(2049 1925 1926) M(0) UV(0.57746 0.84403 0.58883 0.85852 0.57629 0.85713)
-               3 V(2048 2049 2050) M(0) UV(0.57802 0.83347 0.57746 0.84403 0.56473 0.84083)
-               3 V(2048 2050 2051) M(0) UV(0.57802 0.83347 0.56473 0.84083 0.56670 0.83086)
-               3 V(2049 2048 2047) M(0) UV(0.57746 0.84403 0.57802 0.83347 0.58754 0.83540)
-               3 V(2051 2043 2048) M(0) UV(0.56670 0.83086 0.56900 0.82279 0.57831 0.82510)
-               3 V(2023 1920 1987) M(0) UV(0.63231 0.91194 0.61962 0.91188 0.62322 0.89678)
-               3 V(1991 1913 1992) M(0) UV(0.58298 0.90859 0.57830 0.91656 0.56968 0.90958)
-               3 V(1991 1992 1990) M(0) UV(0.57872 0.90052 0.56028 0.89842 0.57521 0.88908)
-               3 V(2023 1987 1986) M(0) UV(0.63372 0.89564 0.62322 0.89678 0.62429 0.88269)
-               3 V(2023 1986 2045) M(0) UV(0.63372 0.89564 0.62429 0.88269 0.63425 0.88224)
-               3 V(1928 2060 2063) M(0) UV(0.63409 0.83509 0.63830 0.84517 0.63478 0.84664)
-               3 V(1928 2063 2062) M(0) UV(0.63409 0.83509 0.63478 0.84664 0.62954 0.83566)
-               3 V(1922 2062 2063) M(0) UV(0.62072 0.84802 0.62479 0.83609 0.62906 0.84731)
-               3 V(2061 1928 2062) M(0) UV(0.63171 0.82658 0.63409 0.83509 0.62954 0.83566)
-               3 V(2087 2098 2097) M(0) UV(0.58528 0.52976 0.58069 0.53998 0.57587 0.52974)
-               3 V(2097 2098 2094) M(0) UV(0.57144 0.53605 0.58069 0.53998 0.57742 0.54703)
-               3 V(2094 2065 2075) M(0) UV(0.57469 0.55212 0.57256 0.55682 0.56418 0.54936)
-               3 V(2094 2075 2097) M(0) UV(0.57469 0.55212 0.56418 0.54936 0.56786 0.54225)
-               3 V(2065 2068 2075) M(0) UV(0.57066 0.56156 0.55786 0.56016 0.56077 0.55514)
-               3 V(2097 2075 2096) M(0) UV(0.55398 0.74340 0.56471 0.73989 0.56251 0.74993)
-               3 V(2104 2081 2077) M(0) UV(0.59364 0.73181 0.60305 0.73663 0.59694 0.74597)
-               3 V(2102 2104 2076) M(0) UV(0.57763 0.72189 0.58172 0.73511 0.57525 0.72966)
-               3 V(2076 2075 2068) M(0) UV(0.57525 0.72966 0.56626 0.73144 0.56657 0.72296)
-               3 V(2102 2076 2068) M(0) UV(0.57763 0.72189 0.57525 0.72966 0.56657 0.72296)
-               3 V(2102 2100 2103) M(0) UV(0.57763 0.72189 0.58168 0.71179 0.58981 0.71713)
-               3 V(2102 2103 2104) M(0) UV(0.57763 0.72189 0.58981 0.71713 0.58544 0.72705)
-               3 V(2100 2101 2103) M(0) UV(0.58168 0.71179 0.59452 0.70428 0.58981 0.71713)
-               3 V(2099 2103 2101) M(0) UV(0.60340 0.70996 0.58981 0.71713 0.59452 0.70428)
-               3 V(2100 2102 2068) M(0) UV(0.57372 0.70469 0.57763 0.72189 0.56660 0.71325)
-               3 V(2081 2104 2103) M(0) UV(0.60305 0.73663 0.59364 0.73181 0.59905 0.72219)
-               3 V(2099 2081 2103) M(0) UV(0.60340 0.70996 0.60820 0.72553 0.59905 0.72219)
-               3 V(2041 1831 2070) M(0) UV(0.64291 0.52298 0.64291 0.52732 0.63351 0.52678)
-               3 V(1923 2061 2069) M(0) UV(0.62963 0.80841 0.62298 0.81018 0.62197 0.80205)
-               3 V(2084 2069 2061) M(0) UV(0.61501 0.80411 0.62197 0.80205 0.62298 0.81018)
-               3 V(1923 1928 2061) M(0) UV(0.62963 0.80841 0.63683 0.81300 0.62968 0.81516)
-               3 V(2105 2067 2077) M(0) UV(0.61799 0.76127 0.61038 0.76820 0.60419 0.75398)
-               3 V(2105 2077 2081) M(0) UV(0.61799 0.76127 0.60419 0.75398 0.61323 0.74233)
-               3 V(2083 2077 2067) M(0) UV(0.59017 0.76934 0.59697 0.76225 0.60353 0.77429)
-               3 V(2069 2084 2067) M(0) UV(0.61488 0.78193 0.60804 0.78576 0.60353 0.77429)
-               3 V(2069 2067 2105) M(0) UV(0.62284 0.77731 0.61038 0.76820 0.61799 0.76127)
-               3 V(2105 1825 2069) M(0) UV(0.61799 0.76127 0.63312 0.77274 0.62284 0.77731)
-               3 V(2083 2067 2084) M(0) UV(0.59655 0.77908 0.60353 0.77429 0.60804 0.78576)
-               3 V(2069 1825 1923) M(0) UV(0.62624 0.78942 0.63312 0.77274 0.63470 0.78723)
-               3 V(2070 2085 2041) M(0) UV(0.62295 0.52407 0.62565 0.52082 0.63537 0.52241)
-               3 V(2078 2085 2070) M(0) UV(0.61399 0.52234 0.62565 0.52082 0.62295 0.52407)
-               3 V(2078 2090 2085) M(0) UV(0.60611 0.52117 0.60629 0.51666 0.61497 0.51880)
-               3 V(2078 2070 2072) M(0) UV(0.61283 0.52995 0.61694 0.53180 0.61231 0.53237)
-               3 V(2078 2087 2090) M(0) UV(0.59396 0.52601 0.59199 0.52382 0.59948 0.52157)
-               3 V(2087 2078 2098) M(0) UV(0.58528 0.52976 0.59396 0.52601 0.58866 0.53298)
-               3 V(2078 2072 2098) M(0) UV(0.60357 0.53202 0.60187 0.53385 0.59918 0.53406)
-               3 V(2072 2094 2098) M(0) UV(0.59103 0.55879 0.58274 0.55614 0.58595 0.54856)
-               3 V(2088 2090 2087) M(0) UV(0.59692 0.50929 0.59832 0.51671 0.59012 0.51888)
-               3 V(2088 2087 2091) M(0) UV(0.58851 0.51174 0.58202 0.52360 0.58043 0.51556)
-               3 V(2091 2087 2097) M(0) UV(0.57368 0.51986 0.58202 0.52360 0.57587 0.52974)
-               3 V(2096 2091 2097) M(0) UV(0.56251 0.74993 0.55975 0.75814 0.55225 0.75078)
-               3 V(2092 2091 2096) M(0) UV(0.57244 0.76087 0.56548 0.76469 0.56827 0.75580)
-               3 V(2092 2093 2083) M(0) UV(0.58107 0.77088 0.58540 0.76308 0.59017 0.76934)
-               3 V(2092 2083 2064) M(0) UV(0.58107 0.77088 0.59017 0.76934 0.58540 0.77584)
-               3 V(2096 2093 2092) M(0) UV(0.56827 0.75580 0.57564 0.75084 0.57244 0.76087)
-               3 V(2074 2073 2088) M(0) UV(0.57745 0.50110 0.58593 0.49725 0.58717 0.50340)
-               3 V(2074 2088 2091) M(0) UV(0.57745 0.50110 0.58717 0.50340 0.57881 0.50727)
-               3 V(2093 2077 2083) M(0) UV(0.58540 0.76308 0.59697 0.76225 0.59017 0.76934)
-               3 V(2092 2074 2091) M(0) UV(0.56964 0.76941 0.56557 0.77665 0.56177 0.77192)
-               3 V(2104 2077 2093) M(0) UV(0.58500 0.74804 0.59098 0.75474 0.58540 0.76308)
-               3 V(2093 2076 2104) M(0) UV(0.58052 0.75677 0.57906 0.74234 0.58500 0.74804)
-               3 V(2096 2076 2093) M(0) UV(0.57077 0.74493 0.57906 0.74234 0.57564 0.75084)
-               3 V(2075 2076 2096) M(0) UV(0.56471 0.73989 0.57336 0.73672 0.57077 0.74493)
-               3 V(2106 2071 2080) M(0) UV(0.62761 0.72232 0.63668 0.71753 0.63532 0.73253)
-               3 V(2106 2080 2081) M(0) UV(0.62761 0.72232 0.63532 0.73253 0.62501 0.73749)
-               3 V(2081 2080 2105) M(0) UV(0.62501 0.73749 0.63532 0.73253 0.63514 0.74853)
-               3 V(2106 2081 2099) M(0) UV(0.62761 0.72232 0.61796 0.72580 0.62071 0.71153)
-               3 V(2026 1899 1916) M(0) UV(0.58640 0.40115 0.58819 0.42823 0.58338 0.42083)
-               3 V(1916 1899 2054) M(0) UV(0.57831 0.42376 0.58819 0.42823 0.57550 0.43664)
-               3 V(1916 2024 2026) M(0) UV(0.58338 0.42083 0.57429 0.40592 0.58033 0.40314)
-               3 V(2026 2024 1982) M(0) UV(0.58033 0.40314 0.57429 0.40592 0.56768 0.38393)
-               3 V(2026 1982 2034) M(0) UV(0.58033 0.40314 0.56768 0.38393 0.57499 0.38138)
-               3 V(2052 1899 2026) M(0) UV(0.60706 0.40362 0.59804 0.42046 0.59292 0.39682)
-               3 V(2052 2026 2036) M(0) UV(0.60706 0.40362 0.59292 0.39682 0.60208 0.38821)
-               3 V(2038 1957 1901) M(0) UV(0.58746 0.29179 0.58140 0.29163 0.58113 0.27036)
-               3 V(1957 1956 1901) M(0) UV(0.57568 0.29188 0.56971 0.29279 0.57228 0.26984)
-               3 V(1972 1971 1902) M(0) UV(0.55266 0.24431 0.55997 0.25402 0.54979 0.25712)
-               3 V(1959 1902 1971) M(0) UV(0.55149 0.27242 0.54979 0.25712 0.55997 0.25402)
-               3 V(1959 1971 2037) M(0) UV(0.55149 0.27242 0.55997 0.25402 0.55838 0.27136)
-               3 V(2036 2025 2058) M(0) UV(0.61134 0.37749 0.62036 0.36693 0.62292 0.37607)
-               3 V(2025 2044 2058) M(0) UV(0.62036 0.36693 0.63319 0.36083 0.62292 0.37607)
-               3 V(1902 1959 1985) M(0) UV(0.53656 0.26070 0.54379 0.27538 0.53331 0.27782)
-               3 V(1973 1972 1902) M(0) UV(0.52680 0.25189 0.54133 0.24822 0.53656 0.26070)
-               3 V(1973 1902 1908) M(0) UV(0.52680 0.25189 0.53656 0.26070 0.52505 0.26313)
-               3 V(2014 2018 1978) M(0) UV(0.61997 0.23342 0.62155 0.24687 0.60775 0.24510)
-               3 V(2014 1978 2031) M(0) UV(0.61997 0.23342 0.60775 0.24510 0.61001 0.23430)
-               3 V(2031 1978 1967) M(0) UV(0.60229 0.23539 0.60775 0.24510 0.59460 0.25053)
-               3 V(2028 1967 1978) M(0) UV(0.59917 0.25916 0.59460 0.25053 0.60775 0.24510)
-               3 V(2024 1916 1917) M(0) UV(0.55091 0.41240 0.56799 0.42546 0.55849 0.42906)
-               3 V(2054 1917 1916) M(0) UV(0.56474 0.44177 0.55849 0.42906 0.56799 0.42546)
-               3 V(2037 1901 1956) M(0) UV(0.56582 0.27055 0.57228 0.26984 0.56971 0.29279)
-               3 V(1971 1958 1901) M(0) UV(0.56902 0.25582 0.57602 0.25562 0.57228 0.26984)
-               3 V(1971 1901 2037) M(0) UV(0.56902 0.25582 0.57228 0.26984 0.56582 0.27055)
-               3 V(1917 2054 2050) M(0) UV(0.54662 0.43341 0.56474 0.44177 0.55366 0.44706)
-               3 V(1958 1967 1966) M(0) UV(0.58541 0.25437 0.59460 0.25053 0.59160 0.27171)
-               3 V(1958 1966 1901) M(0) UV(0.58541 0.25437 0.59160 0.27171 0.58590 0.27055)
-               3 V(2056 2051 2050) M(0) UV(0.56758 0.44922 0.55805 0.45395 0.55366 0.44706)
-               3 V(2056 2050 2054) M(0) UV(0.56758 0.44922 0.55366 0.44706 0.56474 0.44177)
-               3 V(1959 2037 1956) M(0) UV(0.55149 0.27242 0.55838 0.27136 0.55425 0.29644)
-               3 V(1959 1956 1960) M(0) UV(0.55149 0.27242 0.55425 0.29644 0.54610 0.29774)
-               3 V(1961 1992 1993) M(0) UV(0.53345 0.39071 0.51799 0.39491 0.52455 0.36469)
-               3 V(1961 1993 1965) M(0) UV(0.53345 0.39071 0.52455 0.36469 0.53522 0.36372)
-               3 V(1983 1963 1964) M(0) UV(0.53218 0.32272 0.54100 0.32181 0.53751 0.34370)
-               3 V(1983 1964 1962) M(0) UV(0.53218 0.32272 0.53751 0.34370 0.52823 0.34442)
-               3 V(1960 1956 1963) M(0) UV(0.54610 0.29774 0.55425 0.29644 0.55000 0.32091)
-               3 V(2039 1970 1957) M(0) UV(0.58026 0.31596 0.57352 0.31696 0.57568 0.29188)
-               3 V(1975 1976 1974) M(0) UV(0.56830 0.33927 0.57261 0.35840 0.56620 0.35983)
-               3 V(1970 2039 1976) M(0) UV(0.57352 0.31696 0.58026 0.31596 0.57482 0.33795)
-               3 V(1970 1976 1975) M(0) UV(0.57352 0.31696 0.57482 0.33795 0.56830 0.33927)
-               3 V(1960 1963 1983) M(0) UV(0.53730 0.29931 0.54100 0.32181 0.53218 0.32272)
-               3 V(1962 1964 1965) M(0) UV(0.52823 0.34442 0.53751 0.34370 0.53522 0.36372)
-               3 V(1962 1965 1993) M(0) UV(0.52823 0.34442 0.53522 0.36372 0.52455 0.36469)
-               3 V(1981 1972 1973) M(0) UV(0.54244 0.21885 0.53999 0.23600 0.52637 0.23977)
-               3 V(1981 1973 1935) M(0) UV(0.54244 0.21885 0.52637 0.23977 0.53319 0.21945)
-               3 V(1983 1984 1960) M(0) UV(0.53218 0.32272 0.52680 0.30061 0.53730 0.29931)
-               3 V(1960 1984 1985) M(0) UV(0.53730 0.29931 0.52680 0.30061 0.53331 0.27782)
-               3 V(1960 1985 1959) M(0) UV(0.53730 0.29931 0.53331 0.27782 0.54379 0.27538)
-               3 V(2013 2014 2031) M(0) UV(0.61751 0.22007 0.61997 0.23342 0.61001 0.23430)
-               3 V(1965 1982 1961) M(0) UV(0.54469 0.36231 0.54476 0.38832 0.53345 0.39071)
-               3 V(2019 1979 1980) M(0) UV(0.63128 0.32081 0.62103 0.30771 0.63216 0.30342)
-               3 V(2034 1982 1974) M(0) UV(0.57499 0.38138 0.56768 0.38393 0.56620 0.35983)
-               3 V(2034 1974 1976) M(0) UV(0.57499 0.38138 0.56620 0.35983 0.57261 0.35840)
-               3 V(2038 1969 1979) M(0) UV(0.60130 0.29186 0.61094 0.29045 0.61176 0.30988)
-               3 V(2038 1979 2027) M(0) UV(0.60130 0.29186 0.61176 0.30988 0.60358 0.31157)
-               3 V(1966 1968 1969) M(0) UV(0.59861 0.27328 0.60905 0.27200 0.61094 0.29045)
-               3 V(1966 1969 2038) M(0) UV(0.59861 0.27328 0.61094 0.29045 0.60130 0.29186)
-               3 V(2028 1966 1967) M(0) UV(0.59917 0.25916 0.59160 0.27171 0.59460 0.25053)
-               3 V(2028 1978 1968) M(0) UV(0.59917 0.25916 0.60748 0.25603 0.60905 0.27200)
-               3 V(2028 1968 1966) M(0) UV(0.59917 0.25916 0.60905 0.27200 0.59861 0.27328)
-               3 V(2019 2029 1979) M(0) UV(0.61867 0.32611 0.60971 0.32920 0.61176 0.30988)
-               3 V(2029 2027 1979) M(0) UV(0.60971 0.32920 0.60358 0.31157 0.61176 0.30988)
-               3 V(2029 1977 2027) M(0) UV(0.60138 0.33165 0.59202 0.33423 0.59539 0.31318)
-               3 V(2025 2030 2029) M(0) UV(0.61671 0.34396 0.60776 0.34797 0.60971 0.32920)
-               3 V(2025 2029 2019) M(0) UV(0.61671 0.34396 0.60971 0.32920 0.61867 0.32611)
-               3 V(2030 1976 1977) M(0) UV(0.59901 0.35152 0.58917 0.35457 0.59202 0.33423)
-               3 V(2030 1977 2029) M(0) UV(0.59901 0.35152 0.59202 0.33423 0.60138 0.33165)
-               3 V(2032 2031 1994) M(0) UV(0.59575 0.21671 0.60092 0.22513 0.59386 0.22644)
-               3 V(2031 2032 1942) M(0) UV(0.60788 0.22183 0.59575 0.21671 0.59721 0.20550)
-               3 V(2030 2025 2033) M(0) UV(0.60776 0.34797 0.61769 0.35656 0.60853 0.36309)
-               3 V(1976 2030 2033) M(0) UV(0.58917 0.35457 0.59901 0.35152 0.59955 0.36946)
-               3 V(1976 2033 2034) M(0) UV(0.58917 0.35457 0.59955 0.36946 0.58983 0.37500)
-               3 V(2024 1917 1961) M(0) UV(0.55091 0.41240 0.53923 0.41525 0.53345 0.39071)
-               3 V(2024 1961 1982) M(0) UV(0.55091 0.41240 0.53345 0.39071 0.54476 0.38832)
-               3 V(1992 1961 1917) M(0) UV(0.51799 0.39491 0.53345 0.39071 0.53923 0.41525)
-               3 V(1992 1917 1990) M(0) UV(0.51799 0.39491 0.53923 0.41525 0.52600 0.41992)
-               3 V(1970 1956 1957) M(0) UV(0.57352 0.31696 0.56971 0.29279 0.57568 0.29188)
-               3 V(2033 2025 2036) M(0) UV(0.60853 0.36309 0.62036 0.36693 0.61134 0.37749)
-               3 V(2034 2033 2036) M(0) UV(0.58983 0.37500 0.59955 0.36946 0.60208 0.38821)
-               3 V(2034 2036 2026) M(0) UV(0.58983 0.37500 0.60208 0.38821 0.59292 0.39682)
-               3 V(1975 1964 1963) M(0) UV(0.55378 0.34168 0.54625 0.34301 0.55000 0.32091)
-               3 V(1975 1963 1970) M(0) UV(0.55378 0.34168 0.55000 0.32091 0.55866 0.31925)
-               3 V(1970 1963 1956) M(0) UV(0.55866 0.31925 0.55000 0.32091 0.55425 0.29644)
-               3 V(2038 1901 1966) M(0) UV(0.58746 0.29179 0.58590 0.27055 0.59160 0.27171)
-               3 V(1957 2038 2039) M(0) UV(0.58140 0.29163 0.58746 0.29179 0.58724 0.31481)
-               3 V(2038 2027 2039) M(0) UV(0.58746 0.29179 0.59539 0.31318 0.58724 0.31481)
-               3 V(1977 1976 2039) M(0) UV(0.59202 0.33423 0.58244 0.33635 0.58724 0.31481)
-               3 V(1977 2039 2027) M(0) UV(0.59202 0.33423 0.58724 0.31481 0.59539 0.31318)
-               3 V(1965 1964 1975) M(0) UV(0.54469 0.36231 0.54625 0.34301 0.55378 0.34168)
-               3 V(1965 1975 1974) M(0) UV(0.54469 0.36231 0.55378 0.34168 0.55223 0.36157)
-               3 V(1982 1965 1974) M(0) UV(0.54476 0.38832 0.54469 0.36231 0.55223 0.36157)
-               3 V(1995 1971 1972) M(0) UV(0.55915 0.24166 0.55997 0.25402 0.55266 0.24431)
-               3 V(2031 1967 1994) M(0) UV(0.59529 0.23438 0.58790 0.23988 0.58908 0.23415)
-               3 V(1995 1996 1994) M(0) UV(0.57542 0.23154 0.57897 0.22442 0.58176 0.22970)
-               3 V(2032 1994 1996) M(0) UV(0.58963 0.21680 0.58754 0.22724 0.58159 0.21851)
-               3 V(1996 1995 1972) M(0) UV(0.55841 0.22610 0.56390 0.23346 0.55788 0.23411)
-               3 V(1996 1972 1981) M(0) UV(0.55841 0.22610 0.55040 0.23430 0.55273 0.21895)
-               3 V(1971 1995 1958) M(0) UV(0.57101 0.24323 0.57656 0.23767 0.57716 0.24311)
-               3 V(1995 1994 1958) M(0) UV(0.57656 0.23767 0.58336 0.23574 0.58313 0.24168)
-               3 V(1994 1967 1958) M(0) UV(0.58336 0.23574 0.58790 0.23988 0.58313 0.24168)
-               3 V(2007 2006 1908) M(0) UV(0.51237 0.27906 0.50598 0.26725 0.51460 0.26583)
-               3 V(1936 1973 1908) M(0) UV(0.51565 0.24188 0.52637 0.23977 0.51625 0.24772)
-               3 V(1914 2016 1918) M(0) UV(0.50171 0.32243 0.49690 0.34336 0.48491 0.33992)
-               3 V(1914 1918 2015) M(0) UV(0.50171 0.32243 0.48491 0.33992 0.49039 0.32044)
-               3 V(2016 1913 1919) M(0) UV(0.49690 0.34336 0.49337 0.35994 0.48017 0.35622)
-               3 V(2016 1919 1918) M(0) UV(0.49690 0.34336 0.48017 0.35622 0.48491 0.33992)
-               3 V(2012 2035 2006) M(0) UV(0.50708 0.29919 0.49695 0.29853 0.50320 0.27901)
-               3 V(2012 2006 2007) M(0) UV(0.50708 0.29919 0.50320 0.27901 0.51237 0.27906)
-               3 V(2012 1914 2015) M(0) UV(0.50708 0.29919 0.50171 0.32243 0.49039 0.32044)
-               3 V(2012 2015 2035) M(0) UV(0.50708 0.29919 0.49039 0.32044 0.49695 0.29853)
-               3 V(2020 2006 2009) M(0) UV(0.48638 0.26502 0.49333 0.27882 0.48222 0.27777)
-               3 V(2020 1915 2006) M(0) UV(0.48638 0.26502 0.49867 0.25795 0.49646 0.26729)
-               3 V(2006 1915 1908) M(0) UV(0.50598 0.26725 0.49867 0.25795 0.50771 0.25821)
-               3 V(1908 1915 1905) M(0) UV(0.50851 0.25025 0.50029 0.25034 0.50129 0.24414)
-               3 V(1908 1905 1936) M(0) UV(0.50851 0.25025 0.50129 0.24414 0.50855 0.24426)
-               3 V(1908 1902 1985) M(0) UV(0.52505 0.26313 0.53656 0.26070 0.53331 0.27782)
-               3 V(1908 1985 2007) M(0) UV(0.52505 0.26313 0.53331 0.27782 0.52174 0.27891)
-               3 V(2009 2006 2035) M(0) UV(0.48222 0.27777 0.49333 0.27882 0.48673 0.29731)
-               3 V(2009 2035 2011) M(0) UV(0.48222 0.27777 0.48673 0.29731 0.47560 0.29550)
-               3 V(2011 2035 2015) M(0) UV(0.47560 0.29550 0.48673 0.29731 0.47960 0.31762)
-               3 V(2011 2015 2022) M(0) UV(0.47560 0.29550 0.47960 0.31762 0.46779 0.31337)
-               3 V(1918 1919 1988) M(0) UV(0.47348 0.33561 0.46722 0.35181 0.45272 0.34589)
-               3 V(1918 1988 2022) M(0) UV(0.47348 0.33561 0.45272 0.34589 0.46030 0.33000)
-               3 V(2022 2015 1918) M(0) UV(0.46779 0.31337 0.47960 0.31762 0.47348 0.33561)
-               3 V(1969 2008 1980) M(0) UV(0.62162 0.28799 0.63200 0.28395 0.63216 0.30342)
-               3 V(1969 1980 1979) M(0) UV(0.62162 0.28799 0.63216 0.30342 0.62103 0.30771)
-               3 V(2010 2009 2008) M(0) UV(0.46020 0.27455 0.47106 0.27602 0.46245 0.29288)
-               3 V(2018 2009 2010) M(0) UV(0.46388 0.25713 0.47106 0.27602 0.46020 0.27455)
-               3 V(2009 2011 2008) M(0) UV(0.47106 0.27602 0.47560 0.29550 0.46245 0.29288)
-               3 V(2007 1985 1984) M(0) UV(0.52174 0.27891 0.53331 0.27782 0.52680 0.30061)
-               3 V(2007 1984 2012) M(0) UV(0.52174 0.27891 0.52680 0.30061 0.51552 0.30016)
-               3 V(1968 2010 2008) M(0) UV(0.61960 0.26943 0.62899 0.26432 0.63200 0.28395)
-               3 V(1968 2008 1969) M(0) UV(0.61960 0.26943 0.63200 0.28395 0.62162 0.28799)
-               3 V(1935 1973 1936) M(0) UV(0.53319 0.21945 0.52637 0.23977 0.52206 0.23520)
-               3 V(1934 1905 2013) M(0) UV(0.47852 0.21814 0.48281 0.23867 0.47025 0.23522)
-               3 V(1934 2013 1942) M(0) UV(0.47852 0.21814 0.47025 0.23522 0.46763 0.21755)
-               3 V(1942 2013 2031) M(0) UV(0.60939 0.20325 0.61751 0.22007 0.60788 0.22183)
-               3 V(1905 2014 2013) M(0) UV(0.48281 0.23867 0.46797 0.24568 0.47025 0.23522)
-               3 V(1905 1915 2014) M(0) UV(0.49203 0.24686 0.48957 0.25466 0.47922 0.25011)
-               3 V(2017 1980 2008) M(0) UV(0.45248 0.30831 0.43731 0.30428 0.44964 0.28999)
-               3 V(1978 2018 2010) M(0) UV(0.61632 0.25675 0.62155 0.24687 0.62899 0.26432)
-               3 V(1978 2010 1968) M(0) UV(0.61632 0.25675 0.62899 0.26432 0.61960 0.26943)
-               3 V(2021 2025 2019) M(0) UV(0.43485 0.33795 0.41658 0.33053 0.42645 0.31712)
-               3 V(2021 2019 2017) M(0) UV(0.43485 0.33795 0.42645 0.31712 0.44351 0.32281)
-               3 V(2017 2019 1980) M(0) UV(0.44351 0.32281 0.42645 0.31712 0.43731 0.30428)
-               3 V(2008 2011 2022) M(0) UV(0.46245 0.29288 0.47560 0.29550 0.46779 0.31337)
-               3 V(2008 2022 2017) M(0) UV(0.46245 0.29288 0.46779 0.31337 0.45248 0.30831)
-               3 V(2018 2020 2009) M(0) UV(0.47582 0.26135 0.48638 0.26502 0.48222 0.27777)
-               3 V(2012 1984 1983) M(0) UV(0.51552 0.30016 0.52680 0.30061 0.52171 0.32322)
-               3 V(2012 1983 1914) M(0) UV(0.51552 0.30016 0.52171 0.32322 0.51057 0.32331)
-               3 V(1962 1993 1913) M(0) UV(0.51774 0.34475 0.51429 0.36408 0.50354 0.36245)
-               3 V(1962 1913 2016) M(0) UV(0.51774 0.34475 0.50354 0.36245 0.50637 0.34458)
-               3 V(1914 1983 1962) M(0) UV(0.51057 0.32331 0.52171 0.32322 0.51774 0.34475)
-               3 V(1914 1962 2016) M(0) UV(0.51057 0.32331 0.51774 0.34475 0.50637 0.34458)
-               3 V(2017 2022 1988) M(0) UV(0.44351 0.32281 0.46030 0.33000 0.45272 0.34589)
-               3 V(2017 1988 2021) M(0) UV(0.44351 0.32281 0.45272 0.34589 0.43485 0.33795)
-               3 V(1913 1993 1992) M(0) UV(0.49985 0.37764 0.51429 0.36408 0.50820 0.38468)
-               3 V(2018 2014 1915) M(0) UV(0.47582 0.26135 0.47922 0.25011 0.48957 0.25466)
-               3 V(2018 1915 2020) M(0) UV(0.47582 0.26135 0.48957 0.25466 0.48638 0.26502)
-               3 V(2021 2044 2025) M(0) UV(0.62714 0.94633 0.63177 0.96327 0.62350 0.96206)
-               3 V(1684 1685 1683) M(0) UV(0.65741 0.38906 0.66082 0.40784 0.65263 0.40758)
-               3 V(2058 1678 1684) M(0) UV(0.64291 0.37808 0.64686 0.37664 0.65078 0.38798)
-               3 V(1678 1717 1684) M(0) UV(0.65277 0.37740 0.66429 0.39002 0.65741 0.38906)
-               3 V(1685 1684 1717) M(0) UV(0.67012 0.40747 0.65741 0.38906 0.66429 0.39002)
-               3 V(2058 2044 1678) M(0) UV(0.65181 0.36585 0.65263 0.36083 0.66290 0.37607)
-               3 V(1727 2044 2021) M(0) UV(0.65404 0.96327 0.64730 0.96435 0.64670 0.94937)
-               3 V(2021 1929 1767) M(0) UV(0.65200 0.94618 0.64731 0.93637 0.65556 0.92739)
-               3 V(2023 1767 1929) M(0) UV(0.65351 0.91194 0.65556 0.92739 0.64291 0.92268)
-               3 V(1685 1885 1888) M(0) UV(0.67012 0.40747 0.68778 0.42046 0.67474 0.42456)
-               3 V(2052 1895 1899) M(0) UV(0.61569 0.40747 0.61107 0.42456 0.59804 0.42046)
-               3 V(1929 1988 2023) M(0) UV(0.64291 0.92268 0.63025 0.92739 0.63231 0.91194)
-               3 V(2021 1988 1929) M(0) UV(0.63381 0.94618 0.63025 0.92739 0.63851 0.93637)
-               3 V(2053 2042 2052) M(0) UV(0.62841 0.38906 0.62499 0.40784 0.61569 0.40747)
-               3 V(2053 2052 2036) M(0) UV(0.62841 0.38906 0.61569 0.40747 0.62153 0.39002)
-               3 V(2036 2058 2053) M(0) UV(0.62153 0.39002 0.63305 0.37740 0.62841 0.38906)
-               3 V(2058 1684 2053) M(0) UV(0.64291 0.37808 0.64291 0.38824 0.63504 0.38798)
-               3 V(1683 2042 2053) M(0) UV(0.64291 0.40797 0.63319 0.40758 0.63504 0.38798)
-               3 V(1683 2053 1684) M(0) UV(0.64291 0.40797 0.63504 0.38798 0.64291 0.38824)
-               3 V(1854 1819 1823) M(0) UV(0.72845 0.08057 0.73058 0.09229 0.72259 0.09210)
-               3 V(1854 1823 1815) M(0) UV(0.72845 0.08057 0.72259 0.09210 0.72028 0.08075)
-               3 V(1816 1818 1817) M(0) UV(0.75354 0.08432 0.75955 0.09514 0.75290 0.09454)
-               3 V(1854 1794 1791) M(0) UV(0.74454 0.07336 0.74384 0.06647 0.75491 0.06642)
-               3 V(1854 1791 1816) M(0) UV(0.74454 0.07336 0.75491 0.06642 0.75426 0.07447)
-               3 V(1816 1791 1879) M(0) UV(0.75426 0.07447 0.75491 0.06642 0.76328 0.06818)
-               3 V(1819 1854 1816) M(0) UV(0.73826 0.09293 0.73659 0.08139 0.74508 0.08285)
-               3 V(1819 1816 1817) M(0) UV(0.73826 0.09293 0.74508 0.08285 0.74579 0.09365)
-               3 V(1822 1821 1820) M(0) UV(0.79582 0.10694 0.78868 0.10836 0.78851 0.09419)
-               3 V(1819 1822 1823) M(0) UV(0.71637 0.10811 0.70760 0.10864 0.70594 0.09669)
-               3 V(1820 1823 1822) M(0) UV(0.69671 0.10246 0.70594 0.09669 0.70760 0.10864)
-               3 V(1823 1856 1815) M(0) UV(0.70358 0.08838 0.69283 0.08820 0.70051 0.07973)
-               3 V(1823 1820 1856) M(0) UV(0.79857 0.08627 0.79016 0.08538 0.79242 0.07659)
-               3 V(1820 1875 1856) M(0) UV(0.78357 0.08490 0.78564 0.07620 0.79242 0.07659)
-               3 V(1818 1875 1820) M(0) UV(0.77681 0.09486 0.77874 0.08478 0.78357 0.08490)
-               3 V(1816 1879 1875) M(0) UV(0.76214 0.07649 0.76824 0.06772 0.76747 0.07729)
-               3 V(1818 1820 1821) M(0) UV(0.77681 0.09486 0.78209 0.09446 0.78208 0.10916)
-               3 V(1816 1875 1818) M(0) UV(0.76929 0.08567 0.77225 0.08504 0.77042 0.09517)
-               3 V(1794 1854 1862) M(0) UV(0.74384 0.06647 0.73425 0.06989 0.73388 0.06191)
-               3 V(2107 1794 1862) M(0) UV(0.73863 0.05472 0.74384 0.06647 0.73388 0.06191)
-               3 V(2107 1862 1861) M(0) UV(0.73863 0.05472 0.73388 0.06191 0.73292 0.05215)
-               3 V(1793 1855 1815) M(0) UV(0.69734 0.06524 0.70542 0.06840 0.69720 0.07171)
-               3 V(1815 1855 1862) M(0) UV(0.72028 0.08075 0.71825 0.07046 0.72595 0.06864)
-               3 V(1815 1862 1854) M(0) UV(0.72028 0.08075 0.72595 0.06864 0.72845 0.08057)
-               3 V(1859 1864 1855) M(0) UV(0.69318 0.06042 0.69784 0.05813 0.70244 0.06267)
-               3 V(1859 1855 1793) M(0) UV(0.69318 0.06042 0.70244 0.06267 0.69734 0.06524)
-               3 V(1855 1861 1862) M(0) UV(0.72257 0.06498 0.72458 0.05774 0.72595 0.06864)
-               3 V(1855 1864 1861) M(0) UV(0.71614 0.05917 0.71392 0.05108 0.71723 0.04983)
-               3 V(1860 1861 1864) M(0) UV(0.71532 0.04210 0.71723 0.04983 0.71392 0.05108)
-               3 V(1793 1792 1878) M(0) UV(0.78601 0.50492 0.78439 0.51626 0.77793 0.50714)
-               3 V(1878 1792 1880) M(0) UV(0.77793 0.50714 0.78439 0.51626 0.77770 0.51705)
-               3 V(2108 2107 1861) M(0) UV(0.74195 0.03648 0.74385 0.04335 0.73978 0.04287)
-               3 V(1881 2107 2108) M(0) UV(0.76615 0.49465 0.76070 0.49613 0.75968 0.49033)
-               3 V(1878 1881 1859) M(0) UV(0.77427 0.49974 0.77249 0.49405 0.77887 0.49300)
-               3 V(1878 1859 1793) M(0) UV(0.77427 0.49974 0.77887 0.49300 0.78234 0.49837)
-               3 V(2107 1881 1878) M(0) UV(0.76735 0.50057 0.77249 0.49405 0.77427 0.49974)
-               3 V(1859 1857 1864) M(0) UV(0.69318 0.06042 0.68727 0.05508 0.69216 0.05332)
-               3 V(1881 1857 1859) M(0) UV(0.77249 0.49405 0.77608 0.48684 0.77887 0.49300)
-               3 V(1878 1880 1794) M(0) UV(0.76656 0.51055 0.77237 0.51850 0.76846 0.52038)
-               3 V(1878 1794 2107) M(0) UV(0.76656 0.51055 0.76846 0.52038 0.76256 0.51240)
-               3 V(1881 2108 2109) M(0) UV(0.76589 0.48857 0.75968 0.49033 0.75961 0.48467)
-               3 V(2109 1857 1881) M(0) UV(0.76540 0.48203 0.77030 0.48147 0.77110 0.48737)
-               3 V(1792 1793 1815) M(0) UV(0.79096 0.51592 0.78601 0.50492 0.79395 0.50068)
-               3 V(1792 1815 1856) M(0) UV(0.79096 0.51592 0.79395 0.50068 0.79996 0.51345)
-               3 V(1856 1872 1792) M(0) UV(0.79996 0.51345 0.79555 0.52614 0.79096 0.51592)
-               3 V(1875 1879 1872) M(0) UV(0.78564 0.07620 0.78731 0.06472 0.79476 0.06578)
-               3 V(1875 1872 1856) M(0) UV(0.78564 0.07620 0.79476 0.06578 0.79242 0.07659)
-               3 V(1792 1872 1882) M(0) UV(0.78439 0.51626 0.79036 0.52509 0.78521 0.52419)
-               3 V(1792 1882 1880) M(0) UV(0.78439 0.51626 0.78521 0.52419 0.77770 0.51705)
-               3 V(1882 1872 1879) M(0) UV(0.78432 0.53009 0.78864 0.53021 0.78913 0.53448)
-               3 V(1880 1882 1791) M(0) UV(0.77237 0.51850 0.77976 0.52466 0.77522 0.52640)
-               3 V(1880 1791 1794) M(0) UV(0.77237 0.51850 0.77522 0.52640 0.76846 0.52038)
-               3 V(1879 1791 1882) M(0) UV(0.78294 0.53731 0.77977 0.53163 0.78432 0.53009)
-               3 V(2109 1858 1857) M(0) UV(0.76991 0.47416 0.77043 0.47140 0.77208 0.47447)
-               3 V(1858 1864 1857) M(0) UV(0.70035 0.03513 0.70171 0.03807 0.69703 0.03639)
-               3 V(1858 1860 1864) M(0) UV(0.70182 0.03315 0.70591 0.03320 0.70171 0.03807)
-               3 V(1860 1858 2109) M(0) UV(0.70603 0.02570 0.70460 0.02160 0.70498 0.02209)
-               3 V(2109 2108 1863) M(0) UV(0.75842 0.48088 0.75620 0.48271 0.75594 0.48055)
-               3 V(1863 1860 2109) M(0) UV(0.70567 0.02134 0.70740 0.02471 0.70565 0.02209)
-               3 V(2108 1861 1860) M(0) UV(0.72732 0.03424 0.72701 0.04070 0.72360 0.04055)
-               3 V(2108 1860 1863) M(0) UV(0.72732 0.03424 0.72360 0.04055 0.72353 0.03428)
-               3 V(1679 1883 1680) M(0) UV(0.71623 0.45510 0.70679 0.45220 0.70883 0.44592)
-               3 V(1699 1838 1692) M(0) UV(0.70849 0.81064 0.70769 0.80482 0.71780 0.80465)
-               3 V(1699 1692 1679) M(0) UV(0.70849 0.81064 0.71780 0.80465 0.72017 0.80871)
-               3 V(1679 1706 1883) M(0) UV(0.71402 0.46514 0.70402 0.46757 0.70508 0.46244)
-               3 V(1680 1682 1679) M(0) UV(0.71824 0.44922 0.72777 0.45395 0.72481 0.45923)
-               3 V(1699 1679 1682) M(0) UV(0.71681 0.82279 0.72698 0.81965 0.73009 0.82740)
-               3 V(1704 1706 1692) M(0) UV(0.71018 0.48921 0.70238 0.47947 0.71100 0.48200)
-               3 V(1704 1692 1838) M(0) UV(0.71542 0.78623 0.71464 0.79327 0.70681 0.78989)
-               3 V(1704 1838 1707) M(0) UV(0.71542 0.78623 0.70681 0.78989 0.70815 0.78007)
-               3 V(1824 1666 1668) M(0) UV(0.67798 0.80718 0.67268 0.81663 0.66861 0.81031)
-               3 V(1824 1838 1666) M(0) UV(0.67798 0.80718 0.68659 0.80826 0.68267 0.81697)
-               3 V(1706 1704 1705) M(0) UV(0.70185 0.48558 0.70936 0.49584 0.70119 0.49167)
-               3 V(1824 1708 1838) M(0) UV(0.68481 0.78925 0.68926 0.77908 0.69532 0.78357)
-               3 V(1690 1666 1838) M(0) UV(0.70205 0.81797 0.69282 0.81699 0.69623 0.80897)
-               3 V(1690 1838 1699) M(0) UV(0.70205 0.81797 0.69623 0.80897 0.70849 0.81064)
-               3 V(1883 1884 1680) M(0) UV(0.70679 0.45220 0.69744 0.44232 0.70883 0.44592)
-               3 V(1706 1687 1883) M(0) UV(0.70402 0.46757 0.69484 0.46081 0.70508 0.46244)
-               3 V(1681 1680 1884) M(0) UV(0.71031 0.43664 0.70883 0.44592 0.69744 0.44232)
-               3 V(1681 1884 1885) M(0) UV(0.71031 0.43664 0.69744 0.44232 0.69762 0.42823)
-               3 V(1679 1692 1706) M(0) UV(0.71289 0.46981 0.71175 0.47540 0.70301 0.47366)
-               3 V(1884 1886 1888) M(0) UV(0.68763 0.43963 0.67563 0.43806 0.67474 0.42456)
-               3 V(1884 1888 1885) M(0) UV(0.68763 0.43963 0.67474 0.42456 0.68778 0.42046)
-               3 V(1698 1707 1838) M(0) UV(0.70474 0.77088 0.70815 0.78007 0.70300 0.78088)
-               3 V(1893 1892 1888) M(0) UV(0.65228 0.43590 0.65346 0.42422 0.66331 0.42451)
-               3 V(1893 1888 1886) M(0) UV(0.65228 0.43590 0.66331 0.42451 0.66363 0.43615)
-               3 V(1685 1888 1892) M(0) UV(0.66082 0.40784 0.66331 0.42451 0.65346 0.42422)
-               3 V(1685 1892 1683) M(0) UV(0.66082 0.40784 0.65346 0.42422 0.65263 0.40758)
-               3 V(1883 1886 1884) M(0) UV(0.68612 0.44875 0.67563 0.43806 0.68763 0.43963)
-               3 V(1883 1887 1886) M(0) UV(0.68612 0.44875 0.67358 0.45402 0.67469 0.44712)
-               3 V(1883 1687 1887) M(0) UV(0.68500 0.45499 0.68449 0.46029 0.67291 0.45969)
-               3 V(1887 1700 2057) M(0) UV(0.66137 0.46389 0.66071 0.47059 0.64959 0.46960)
-               3 V(1836 1700 1687) M(0) UV(0.65921 0.48831 0.65970 0.48186 0.67077 0.48199)
-               3 V(1700 1853 2057) M(0) UV(0.66071 0.47059 0.64950 0.47579 0.64959 0.46960)
-               3 V(1853 1700 1836) M(0) UV(0.64933 0.48209 0.65970 0.48186 0.65921 0.48831)
-               3 V(1853 1836 1837) M(0) UV(0.64933 0.48209 0.65921 0.48831 0.64932 0.48892)
-               3 V(1705 1687 1706) M(0) UV(0.69247 0.48823 0.68231 0.48184 0.69292 0.48261)
-               3 V(1700 1887 1687) M(0) UV(0.66071 0.47059 0.66137 0.46389 0.67260 0.46577)
-               3 V(2057 1893 1886) M(0) UV(0.65051 0.45524 0.65164 0.44999 0.66228 0.45210)
-               3 V(2057 1886 1887) M(0) UV(0.65051 0.45524 0.66228 0.45210 0.66176 0.45771)
-               3 V(1687 1705 1836) M(0) UV(0.67077 0.48199 0.68124 0.48723 0.66992 0.48796)
-               3 V(2066 1701 1889) M(0) UV(0.64898 0.51112 0.65743 0.50990 0.65815 0.51604)
-               3 V(2066 1889 2041) M(0) UV(0.64898 0.51112 0.65815 0.51604 0.64913 0.51707)
-               3 V(1828 1705 1693) M(0) UV(0.67806 0.49990 0.69133 0.49446 0.69029 0.50089)
-               3 V(1701 1837 1836) M(0) UV(0.65810 0.49870 0.64943 0.49490 0.65873 0.49395)
-               3 V(1701 2066 1837) M(0) UV(0.65725 0.50368 0.64909 0.50508 0.64930 0.49980)
-               3 V(1701 1828 1710) M(0) UV(0.66442 0.50230 0.67806 0.49990 0.66718 0.50703)
-               3 V(1701 1836 1705) M(0) UV(0.66737 0.49784 0.66881 0.49319 0.68013 0.49295)
-               3 V(1701 1705 1828) M(0) UV(0.66737 0.49784 0.68013 0.49295 0.67806 0.49990)
-               3 V(1889 1701 1710) M(0) UV(0.65815 0.51604 0.65743 0.50990 0.66718 0.50703)
-               3 V(1802 1758 1803) M(0) UV(0.69931 0.19163 0.69774 0.20505 0.68860 0.20550)
-               3 V(1752 1758 1802) M(0) UV(0.70655 0.19400 0.69774 0.20505 0.69931 0.19163)
-               3 V(1749 1748 1799) M(0) UV(0.72679 0.16137 0.73408 0.16078 0.73327 0.18071)
-               3 V(1756 1757 1748) M(0) UV(0.72951 0.13390 0.73661 0.13406 0.73408 0.16078)
-               3 V(1756 1748 1749) M(0) UV(0.72951 0.13390 0.73408 0.16078 0.72679 0.16137)
-               3 V(1808 1795 1750) M(0) UV(0.69423 0.14952 0.70606 0.13018 0.70351 0.15373)
-               3 V(1750 1795 1756) M(0) UV(0.71082 0.15754 0.71472 0.13173 0.72237 0.13306)
-               3 V(1750 1756 1749) M(0) UV(0.71082 0.15754 0.72237 0.13306 0.71884 0.16008)
-               3 V(1799 1751 1749) M(0) UV(0.72583 0.18077 0.71693 0.17970 0.71884 0.16008)
-               3 V(1749 1751 1750) M(0) UV(0.71884 0.16008 0.70833 0.17737 0.71082 0.15754)
-               3 V(1750 1751 1755) M(0) UV(0.71082 0.15754 0.70833 0.17737 0.70086 0.17456)
-               3 V(1750 1755 1808) M(0) UV(0.70351 0.15373 0.69327 0.17206 0.69423 0.14952)
-               3 V(1753 1754 1799) M(0) UV(0.73315 0.19870 0.72511 0.19742 0.72583 0.18077)
-               3 V(1754 1752 1751) M(0) UV(0.72511 0.19742 0.71557 0.19620 0.71693 0.17970)
-               3 V(1754 1751 1799) M(0) UV(0.72511 0.19742 0.71693 0.17970 0.72583 0.18077)
-               3 V(1802 1755 1751) M(0) UV(0.69931 0.19163 0.70086 0.17456 0.70833 0.17737)
-               3 V(1802 1751 1752) M(0) UV(0.69931 0.19163 0.70833 0.17737 0.70655 0.19400)
-               3 V(1758 1752 1762) M(0) UV(0.70522 0.20679 0.71557 0.19620 0.71451 0.20850)
-               3 V(1752 1754 1762) M(0) UV(0.71557 0.19620 0.72511 0.19742 0.72371 0.21149)
-               3 V(1753 1797 1762) M(0) UV(0.73315 0.19870 0.73309 0.21895 0.72371 0.21149)
-               3 V(1753 1762 1754) M(0) UV(0.73315 0.19870 0.72371 0.21149 0.72511 0.19742)
-               3 V(1819 1756 1795) M(0) UV(0.72396 0.10790 0.72237 0.13306 0.71472 0.13173)
-               3 V(1819 1795 1822) M(0) UV(0.71637 0.10811 0.70606 0.13018 0.70760 0.10864)
-               3 V(1795 1796 1821) M(0) UV(0.80607 0.12770 0.79701 0.12959 0.78868 0.10836)
-               3 V(1795 1821 1822) M(0) UV(0.80607 0.12770 0.78868 0.10836 0.79582 0.10694)
-               3 V(1757 1819 1817) M(0) UV(0.74380 0.13396 0.73837 0.10841 0.74528 0.10867)
-               3 V(1757 1756 1819) M(0) UV(0.73661 0.13406 0.72951 0.13390 0.73123 0.10817)
-               3 V(1817 1866 1757) M(0) UV(0.75193 0.10925 0.75171 0.13344 0.74380 0.13396)
-               3 V(1807 1796 1795) M(0) UV(0.80255 0.14766 0.79701 0.12959 0.80607 0.12770)
-               3 V(1807 1795 1808) M(0) UV(0.80255 0.14766 0.80607 0.12770 0.81647 0.15213)
-               3 V(1877 1874 1796) M(0) UV(0.78559 0.14603 0.78235 0.12997 0.78883 0.13011)
-               3 V(1877 1796 1807) M(0) UV(0.78559 0.14603 0.78883 0.13011 0.79268 0.14667)
-               3 V(1877 1810 1866) M(0) UV(0.76054 0.15165 0.75049 0.15936 0.75171 0.13344)
-               3 V(1810 1748 1757) M(0) UV(0.75049 0.15936 0.74111 0.15960 0.74380 0.13396)
-               3 V(1810 1757 1866) M(0) UV(0.75049 0.15936 0.74380 0.13396 0.75171 0.13344)
-               3 V(1866 1818 1874) M(0) UV(0.76596 0.13063 0.76600 0.11012 0.77008 0.13011)
-               3 V(1866 1817 1818) M(0) UV(0.76596 0.13063 0.75830 0.10998 0.76278 0.11004)
-               3 V(1877 1866 1874) M(0) UV(0.77161 0.14742 0.76596 0.13063 0.77008 0.13011)
-               3 V(1796 1874 1818) M(0) UV(0.78883 0.13011 0.78235 0.12997 0.77648 0.10981)
-               3 V(1796 1818 1821) M(0) UV(0.78883 0.13011 0.77648 0.10981 0.78208 0.10916)
-               3 V(1753 1812 1811) M(0) UV(0.74050 0.19974 0.74851 0.20015 0.75262 0.21945)
-               3 V(1753 1811 1797) M(0) UV(0.74050 0.19974 0.75262 0.21945 0.74338 0.21885)
-               3 V(1748 1810 1809) M(0) UV(0.74111 0.15960 0.75049 0.15936 0.74686 0.18178)
-               3 V(1748 1809 1799) M(0) UV(0.74111 0.15960 0.74686 0.18178 0.73938 0.18111)
-               3 V(1868 1809 1810) M(0) UV(0.76110 0.17992 0.75422 0.18201 0.75554 0.16890)
-               3 V(1798 1877 1807) M(0) UV(0.78764 0.15860 0.78559 0.14603 0.79268 0.14667)
-               3 V(1798 1805 1800) M(0) UV(0.79455 0.15963 0.79730 0.17543 0.79020 0.17431)
-               3 V(1808 1805 1798) M(0) UV(0.80469 0.16155 0.79730 0.17543 0.79455 0.15963)
-               3 V(1814 1801 1806) M(0) UV(0.79984 0.21767 0.79982 0.19470 0.80898 0.19590)
-               3 V(1798 1807 1808) M(0) UV(0.79455 0.15963 0.80255 0.14766 0.80469 0.16155)
-               3 V(1808 1804 1805) M(0) UV(0.81427 0.16441 0.81882 0.17812 0.80750 0.17687)
-               3 V(1806 1804 1755) M(0) UV(0.68143 0.18558 0.68397 0.16992 0.69327 0.17206)
-               3 V(1806 1755 1802) M(0) UV(0.68143 0.18558 0.69327 0.17206 0.69209 0.18904)
-               3 V(1753 1799 1809) M(0) UV(0.74050 0.19974 0.73938 0.18111 0.74686 0.18178)
-               3 V(1753 1809 1812) M(0) UV(0.74050 0.19974 0.74686 0.18178 0.74851 0.20015)
-               3 V(1812 1809 1868) M(0) UV(0.76164 0.19748 0.75422 0.18201 0.76110 0.17992)
-               3 V(1801 1800 1805) M(0) UV(0.79316 0.19414 0.79020 0.17431 0.79730 0.17543)
-               3 V(1801 1805 1806) M(0) UV(0.79982 0.19470 0.80750 0.17687 0.80898 0.19590)
-               3 V(1803 1806 1802) M(0) UV(0.67643 0.20325 0.68143 0.18558 0.69209 0.18904)
-               3 V(1755 1804 1808) M(0) UV(0.69327 0.17206 0.68397 0.16992 0.68561 0.15705)
-               3 V(1806 1805 1804) M(0) UV(0.80898 0.19590 0.80750 0.17687 0.81882 0.17812)
-               3 V(1814 1806 1803) M(0) UV(0.80730 0.21814 0.82050 0.19688 0.81819 0.21755)
-               3 V(1812 1867 1873) M(0) UV(0.76164 0.19748 0.76893 0.19613 0.77146 0.21852)
-               3 V(1812 1873 1811) M(0) UV(0.76164 0.19748 0.77146 0.21852 0.76458 0.21849)
-               3 V(1810 1877 1868) M(0) UV(0.76150 0.16504 0.76723 0.16241 0.76751 0.17784)
-               3 V(1877 1800 1868) M(0) UV(0.76723 0.16241 0.77389 0.17594 0.76751 0.17784)
-               3 V(1873 1813 1811) M(0) UV(0.77146 0.21852 0.76665 0.23158 0.76458 0.21849)
-               3 V(1867 1868 1800) M(0) UV(0.77575 0.19526 0.76751 0.17784 0.77389 0.17594)
-               3 V(1867 1812 1868) M(0) UV(0.76893 0.19613 0.76164 0.19748 0.76110 0.17992)
-               3 V(1873 1849 1813) M(0) UV(0.78374 0.21828 0.78367 0.23573 0.77770 0.23615)
-               3 V(1849 1873 1814) M(0) UV(0.79301 0.23197 0.78935 0.21806 0.79465 0.21778)
-               3 V(1873 1867 1801) M(0) UV(0.78935 0.21806 0.78717 0.19418 0.79316 0.19414)
-               3 V(1873 1801 1814) M(0) UV(0.78935 0.21806 0.79316 0.19414 0.79465 0.21778)
-               3 V(1800 1801 1867) M(0) UV(0.79020 0.17431 0.79316 0.19414 0.78717 0.19418)
-               3 V(1877 1798 1800) M(0) UV(0.77687 0.15944 0.78202 0.15856 0.78442 0.17429)
-               3 V(1667 1840 1841) M(0) UV(0.66103 0.83609 0.66800 0.83655 0.66510 0.84802)
-               3 V(1667 1841 1665) M(0) UV(0.66103 0.83609 0.66510 0.84802 0.65675 0.84731)
-               3 V(2060 1928 1667) M(0) UV(0.64568 0.84287 0.64715 0.83428 0.65173 0.83509)
-               3 V(1667 1665 2060) M(0) UV(0.65173 0.83509 0.65104 0.84664 0.64752 0.84517)
-               3 V(1768 2023 2045) M(0) UV(0.66153 0.88269 0.65209 0.89564 0.65157 0.88224)
-               3 V(1729 1786 1785) M(0) UV(0.74659 0.41525 0.75236 0.39071 0.76783 0.39491)
-               3 V(1729 1785 1764) M(0) UV(0.74659 0.41525 0.76783 0.39491 0.75982 0.41992)
-               3 V(1870 1785 1766) M(0) UV(0.70283 0.90859 0.71613 0.90958 0.70751 0.91656)
-               3 V(2023 1768 1843) M(0) UV(0.65351 0.91194 0.66260 0.89678 0.66619 0.91188)
-               3 V(1682 1690 1699) M(0) UV(0.71912 0.83086 0.70750 0.82510 0.71681 0.82279)
-               3 V(1668 1840 1667) M(0) UV(0.66372 0.82708 0.66800 0.83655 0.66103 0.83609)
-               3 V(1691 1690 1689) M(0) UV(0.69707 0.84642 0.70780 0.83347 0.70835 0.84403)
-               3 V(1688 1689 1690) M(0) UV(0.72108 0.84083 0.70835 0.84403 0.70780 0.83347)
-               3 V(1688 1690 1682) M(0) UV(0.72108 0.84083 0.70780 0.83347 0.71912 0.83086)
-               3 V(1689 1829 1830) M(0) UV(0.70835 0.84403 0.70953 0.85713 0.69698 0.85852)
-               3 V(1689 1830 1691) M(0) UV(0.70835 0.84403 0.69698 0.85852 0.69707 0.84642)
-               3 V(1688 1846 1829) M(0) UV(0.72108 0.84083 0.72332 0.85542 0.70953 0.85713)
-               3 V(1688 1829 1689) M(0) UV(0.72108 0.84083 0.70953 0.85713 0.70835 0.84403)
-               3 V(1851 2060 1665) M(0) UV(0.65317 0.85939 0.64291 0.85739 0.65104 0.84664)
-               3 V(1665 1841 1851) M(0) UV(0.65675 0.84731 0.66510 0.84802 0.66304 0.85978)
-               3 V(1668 1666 1840) M(0) UV(0.67067 0.82690 0.67985 0.82650 0.67748 0.83671)
-               3 V(1841 1842 1851) M(0) UV(0.66510 0.84802 0.67373 0.86012 0.66304 0.85978)
-               3 V(1764 1829 1846) M(0) UV(0.71141 0.87295 0.70953 0.85713 0.72332 0.85542)
-               3 V(1764 1846 1729) M(0) UV(0.75982 0.41992 0.73920 0.43341 0.74659 0.41525)
-               3 V(1870 1765 1785) M(0) UV(0.70283 0.90859 0.69596 0.89565 0.70710 0.90052)
-               3 V(1764 1785 1765) M(0) UV(0.71060 0.88908 0.70710 0.90052 0.69596 0.89565)
-               3 V(1767 2023 1843) M(0) UV(0.65556 0.92739 0.65351 0.91194 0.66619 0.91188)
-               3 V(1767 1843 1844) M(0) UV(0.65556 0.92739 0.66619 0.91188 0.67111 0.92173)
-               3 V(2060 1851 2045) M(0) UV(0.64291 0.85739 0.65169 0.87120 0.64291 0.87095)
-               3 V(2045 1851 1768) M(0) UV(0.65157 0.88224 0.66208 0.87138 0.66153 0.88269)
-               3 V(1851 1871 1768) M(0) UV(0.66208 0.87138 0.67312 0.87158 0.67260 0.88246)
-               3 V(1851 1842 1871) M(0) UV(0.66304 0.85978 0.67373 0.86012 0.67312 0.87158)
-               3 V(1852 1830 1829) M(0) UV(0.69743 0.87193 0.69698 0.85852 0.70953 0.85713)
-               3 V(1852 1829 1764) M(0) UV(0.69743 0.87193 0.70953 0.85713 0.71141 0.87295)
-               3 V(1765 1852 1764) M(0) UV(0.69710 0.88473 0.69743 0.87193 0.71141 0.87295)
-               3 V(1691 1666 1690) M(0) UV(0.68889 0.83623 0.69075 0.82620 0.69951 0.82627)
-               3 V(1840 1666 1691) M(0) UV(0.67748 0.83671 0.69075 0.82620 0.68889 0.83623)
-               3 V(1691 1841 1840) M(0) UV(0.68720 0.84767 0.67520 0.84829 0.67748 0.83671)
-               3 V(1870 1869 1765) M(0) UV(0.69563 0.90362 0.68588 0.89524 0.69596 0.89565)
-               3 V(1843 1768 1869) M(0) UV(0.67730 0.90944 0.67341 0.89576 0.68588 0.89524)
-               3 V(1843 1869 1870) M(0) UV(0.67730 0.90944 0.68588 0.89524 0.68836 0.90643)
-               3 V(1765 1869 1871) M(0) UV(0.69596 0.89565 0.68588 0.89524 0.68603 0.88324)
-               3 V(1768 1871 1869) M(0) UV(0.67341 0.89576 0.68603 0.88324 0.68588 0.89524)
-               3 V(1830 1842 1841) M(0) UV(0.68631 0.85973 0.67373 0.86012 0.67520 0.84829)
-               3 V(1830 1841 1691) M(0) UV(0.68631 0.85973 0.67520 0.84829 0.68720 0.84767)
-               3 V(1844 1843 1870) M(0) UV(0.68185 0.91849 0.67730 0.90944 0.68836 0.90643)
-               3 V(1871 1852 1765) M(0) UV(0.68649 0.87163 0.69743 0.87193 0.69710 0.88473)
-               3 V(1842 1830 1871) M(0) UV(0.67373 0.86012 0.68631 0.85973 0.68649 0.87163)
-               3 V(1830 1852 1871) M(0) UV(0.68631 0.85973 0.69743 0.87193 0.68649 0.87163)
-               3 V(1677 1703 1697) M(0) UV(0.69716 0.53298 0.70053 0.52976 0.70513 0.53998)
-               3 V(1686 1677 1697) M(0) UV(0.70840 0.54703 0.69987 0.54856 0.70513 0.53998)
-               3 V(1697 1696 1695) M(0) UV(0.73184 0.74340 0.72330 0.74993 0.72111 0.73989)
-               3 V(1834 1835 1695) M(0) UV(0.72796 0.56016 0.71516 0.56156 0.72505 0.55514)
-               3 V(1695 1835 1686) M(0) UV(0.72163 0.54936 0.71325 0.55682 0.71113 0.55212)
-               3 V(1695 1686 1697) M(0) UV(0.72163 0.54936 0.71113 0.55212 0.71796 0.54225)
-               3 V(1670 1669 1676) M(0) UV(0.67761 0.72553 0.67384 0.71210 0.68242 0.70996)
-               3 V(1670 1676 1673) M(0) UV(0.67761 0.72553 0.68242 0.70996 0.68677 0.72219)
-               3 V(1672 1675 1834) M(0) UV(0.70819 0.72189 0.71210 0.70469 0.71921 0.71325)
-               3 V(1676 1672 1673) M(0) UV(0.69129 0.70428 0.69600 0.71713 0.68677 0.72219)
-               3 V(1675 1672 1674) M(0) UV(0.71210 0.70469 0.70414 0.71179 0.69956 0.69848)
-               3 V(1672 1676 1674) M(0) UV(0.69600 0.71713 0.69129 0.70428 0.69956 0.69848)
-               3 V(1834 1826 1672) M(0) UV(0.71924 0.72296 0.71056 0.72966 0.70819 0.72189)
-               3 V(1695 1826 1834) M(0) UV(0.71955 0.73144 0.71056 0.72966 0.71924 0.72296)
-               3 V(1672 1826 1673) M(0) UV(0.70819 0.72189 0.70409 0.73511 0.70038 0.72705)
-               3 V(1673 1826 1833) M(0) UV(0.70038 0.72705 0.70409 0.73511 0.69671 0.74017)
-               3 V(1673 1833 1670) M(0) UV(0.69218 0.73181 0.68887 0.74597 0.68276 0.73663)
-               3 V(1702 1831 2041) M(0) UV(0.65231 0.52678 0.64291 0.52732 0.64291 0.52298)
-               3 V(1667 1928 1668) M(0) UV(0.65173 0.83509 0.64816 0.82556 0.65411 0.82658)
-               3 V(1839 1668 1928) M(0) UV(0.65618 0.80841 0.65614 0.81516 0.64898 0.81300)
-               3 V(1839 1928 1923) M(0) UV(0.65618 0.80841 0.64898 0.81300 0.64917 0.80603)
-               3 V(1824 1832 1708) M(0) UV(0.67778 0.78576 0.68228 0.77429 0.68926 0.77908)
-               3 V(1671 1832 1825) M(0) UV(0.66783 0.76127 0.66297 0.77731 0.65270 0.77274)
-               3 V(1671 1825 2059) M(0) UV(0.65908 0.75472 0.64820 0.76297 0.65068 0.74853)
-               3 V(1708 1832 1833) M(0) UV(0.69565 0.76934 0.68228 0.77429 0.68884 0.76225)
-               3 V(1824 1668 1839) M(0) UV(0.67080 0.80411 0.66283 0.81018 0.66385 0.80205)
-               3 V(1839 1923 1825) M(0) UV(0.65704 0.79992 0.64989 0.79760 0.65111 0.78723)
-               3 V(1671 1670 1833) M(0) UV(0.66783 0.76127 0.67258 0.74233 0.68162 0.75398)
-               3 V(1671 1833 1832) M(0) UV(0.66783 0.76127 0.68162 0.75398 0.67543 0.76820)
-               3 V(1839 1832 1824) M(0) UV(0.66726 0.79261 0.67094 0.78193 0.67778 0.78576)
-               3 V(1839 1825 1832) M(0) UV(0.65957 0.78942 0.65270 0.77274 0.66297 0.77731)
-               3 V(1710 1677 1702) M(0) UV(0.67454 0.52599 0.67547 0.52763 0.67062 0.52864)
-               3 V(1677 1710 1703) M(0) UV(0.69186 0.52601 0.68634 0.52157 0.69383 0.52382)
-               3 V(1710 1702 1889) M(0) UV(0.67183 0.52234 0.66286 0.52407 0.66017 0.52082)
-               3 V(1702 2041 1889) M(0) UV(0.66286 0.52407 0.65045 0.52241 0.66017 0.52082)
-               3 V(1826 1695 1696) M(0) UV(0.71245 0.73672 0.72111 0.73989 0.71505 0.74493)
-               3 V(1696 1698 1826) M(0) UV(0.71505 0.74493 0.71018 0.75084 0.70676 0.74234)
-               3 V(1698 1833 1826) M(0) UV(0.70042 0.76308 0.69484 0.75474 0.70081 0.74804)
-               3 V(1698 1708 1833) M(0) UV(0.70042 0.76308 0.69565 0.76934 0.68884 0.76225)
-               3 V(1693 1705 1704) M(0) UV(0.69864 0.50340 0.69988 0.49725 0.70836 0.50110)
-               3 V(1693 1704 1827) M(0) UV(0.70701 0.50727 0.71525 0.50525 0.71386 0.51160)
-               3 V(1707 1827 1704) M(0) UV(0.71263 0.77392 0.71617 0.76941 0.72025 0.77665)
-               3 V(1698 1838 1708) M(0) UV(0.70474 0.77088 0.70041 0.77584 0.69565 0.76934)
-               3 V(1693 1710 1828) M(0) UV(0.68890 0.50929 0.67915 0.50937 0.67806 0.49990)
-               3 V(1698 1827 1707) M(0) UV(0.70917 0.76573 0.71617 0.76941 0.71263 0.77392)
-               3 V(1827 1698 1696) M(0) UV(0.72034 0.76469 0.71338 0.76087 0.71754 0.75580)
-               3 V(1697 1827 1696) M(0) UV(0.73357 0.75078 0.72606 0.75814 0.72330 0.74993)
-               3 V(1827 1697 1703) M(0) UV(0.71214 0.51986 0.70995 0.52974 0.70379 0.52360)
-               3 V(1827 1703 1693) M(0) UV(0.71214 0.51986 0.70379 0.52360 0.70538 0.51556)
-               3 V(1693 1703 1710) M(0) UV(0.68890 0.50929 0.69570 0.51888 0.68750 0.51671)
-               3 V(2059 2080 1709) M(0) UV(0.65068 0.74853 0.65049 0.73253 0.66080 0.73749)
-               3 V(2059 1709 1671) M(0) UV(0.65068 0.74853 0.66080 0.73749 0.65908 0.75472)
-               3 V(1671 1709 1670) M(0) UV(0.65908 0.75472 0.66080 0.73749 0.67258 0.74233)
-               3 V(1670 1709 1669) M(0) UV(0.66786 0.72580 0.66080 0.73749 0.65820 0.72232)
-               3 V(1669 1709 2080) M(0) UV(0.65820 0.72232 0.66080 0.73749 0.65049 0.73253)
-               3 V(1669 2080 2071) M(0) UV(0.65820 0.72232 0.65049 0.73253 0.64913 0.71753)
-               3 V(1774 1782 1773) M(0) UV(0.73358 0.36157 0.74112 0.36231 0.74106 0.38832)
-               3 V(1781 1783 1782) M(0) UV(0.73204 0.34168 0.73957 0.34301 0.74112 0.36231)
-               3 V(1781 1782 1774) M(0) UV(0.73204 0.34168 0.74112 0.36231 0.73358 0.36157)
-               3 V(1776 1725 1712) M(0) UV(0.69380 0.33423 0.69043 0.31318 0.69857 0.31481)
-               3 V(1776 1712 1713) M(0) UV(0.69380 0.33423 0.69857 0.31481 0.70337 0.33635)
-               3 V(1779 1712 1725) M(0) UV(0.69835 0.29179 0.69857 0.31481 0.69043 0.31318)
-               3 V(1790 1712 1779) M(0) UV(0.70441 0.29163 0.69857 0.31481 0.69835 0.29179)
-               3 V(1780 1890 1779) M(0) UV(0.69421 0.27171 0.69992 0.27055 0.69835 0.29179)
-               3 V(1714 1715 1784) M(0) UV(0.72715 0.31925 0.73157 0.29644 0.73582 0.32091)
-               3 V(1781 1714 1784) M(0) UV(0.73204 0.34168 0.72715 0.31925 0.73582 0.32091)
-               3 V(1781 1784 1783) M(0) UV(0.73204 0.34168 0.73582 0.32091 0.73957 0.34301)
-               3 V(1711 1726 1717) M(0) UV(0.69598 0.37500 0.69290 0.39682 0.68374 0.38821)
-               3 V(1711 1717 1719) M(0) UV(0.69598 0.37500 0.68374 0.38821 0.68627 0.36946)
-               3 V(1727 1719 1717) M(0) UV(0.66545 0.36693 0.67729 0.36309 0.67447 0.37749)
-               3 V(1711 1774 1773) M(0) UV(0.71814 0.38393 0.72650 0.36073 0.72554 0.38564)
-               3 V(1714 1790 1715) M(0) UV(0.71229 0.31696 0.71014 0.29188 0.71610 0.29279)
-               3 V(1786 1729 1728) M(0) UV(0.75236 0.39071 0.74659 0.41525 0.73491 0.41240)
-               3 V(1786 1728 1773) M(0) UV(0.75236 0.39071 0.73491 0.41240 0.74106 0.38832)
-               3 V(1719 1722 1713) M(0) UV(0.68627 0.36946 0.68680 0.35152 0.69665 0.35457)
-               3 V(1719 1713 1711) M(0) UV(0.68627 0.36946 0.69665 0.35457 0.69598 0.37500)
-               3 V(1727 1722 1719) M(0) UV(0.66812 0.35656 0.67806 0.34797 0.67729 0.36309)
-               3 V(1758 1721 1803) M(0) UV(0.69007 0.21671 0.67794 0.22183 0.68860 0.20550)
-               3 V(1758 1761 1721) M(0) UV(0.69007 0.21671 0.69195 0.22644 0.68490 0.22513)
-               3 V(1722 1723 1776) M(0) UV(0.68680 0.35152 0.68444 0.33165 0.69380 0.33423)
-               3 V(1722 1776 1713) M(0) UV(0.68680 0.35152 0.69380 0.33423 0.69665 0.35457)
-               3 V(1727 1732 1723) M(0) UV(0.66911 0.34396 0.66714 0.32611 0.67610 0.32920)
-               3 V(1727 1723 1722) M(0) UV(0.66911 0.34396 0.67610 0.32920 0.67806 0.34797)
-               3 V(1723 1725 1776) M(0) UV(0.68444 0.33165 0.69043 0.31318 0.69380 0.33423)
-               3 V(1723 1732 1725) M(0) UV(0.67610 0.32920 0.67405 0.30988 0.68224 0.31157)
-               3 V(1724 1780 1744) M(0) UV(0.68664 0.25916 0.68721 0.27328 0.67677 0.27200)
-               3 V(1724 1744 1775) M(0) UV(0.68664 0.25916 0.67677 0.27200 0.67833 0.25603)
-               3 V(1780 1724 1760) M(0) UV(0.69421 0.27171 0.68664 0.25916 0.69121 0.25053)
-               3 V(1780 1779 1778) M(0) UV(0.68721 0.27328 0.68452 0.29186 0.67487 0.29045)
-               3 V(1780 1778 1744) M(0) UV(0.68721 0.27328 0.67487 0.29045 0.67677 0.27200)
-               3 V(1779 1725 1732) M(0) UV(0.68452 0.29186 0.68224 0.31157 0.67405 0.30988)
-               3 V(1779 1732 1778) M(0) UV(0.68452 0.29186 0.67405 0.30988 0.67487 0.29045)
-               3 V(1774 1711 1713) M(0) UV(0.71962 0.35983 0.71083 0.38138 0.71320 0.35840)
-               3 V(1782 1786 1773) M(0) UV(0.75060 0.36372 0.75236 0.39071 0.74106 0.38832)
-               3 V(1721 1740 1741) M(0) UV(0.67581 0.23430 0.66584 0.23342 0.66830 0.22007)
-               3 V(1769 1770 1787) M(0) UV(0.75251 0.27782 0.75902 0.30061 0.74851 0.29931)
-               3 V(1769 1787 1788) M(0) UV(0.75251 0.27782 0.74851 0.29931 0.74203 0.27538)
-               3 V(1772 1787 1770) M(0) UV(0.75363 0.32272 0.74851 0.29931 0.75902 0.30061)
-               3 V(1811 1777 1797) M(0) UV(0.75262 0.21945 0.74583 0.23600 0.74338 0.21885)
-               3 V(1782 1783 1771) M(0) UV(0.75060 0.36372 0.74830 0.34370 0.75759 0.34442)
-               3 V(1782 1771 1763) M(0) UV(0.75060 0.36372 0.75759 0.34442 0.76126 0.36469)
-               3 V(1784 1787 1772) M(0) UV(0.74482 0.32181 0.74851 0.29931 0.75363 0.32272)
-               3 V(1714 1781 1713) M(0) UV(0.71229 0.31696 0.71751 0.33927 0.71100 0.33795)
-               3 V(1714 1713 1712) M(0) UV(0.71229 0.31696 0.71100 0.33795 0.70556 0.31596)
-               3 V(1713 1781 1774) M(0) UV(0.71320 0.35840 0.71751 0.33927 0.71962 0.35983)
-               3 V(1790 1714 1712) M(0) UV(0.71014 0.29188 0.71229 0.31696 0.70556 0.31596)
-               3 V(1784 1715 1787) M(0) UV(0.73582 0.32091 0.73157 0.29644 0.73971 0.29774)
-               3 V(1783 1784 1772) M(0) UV(0.74830 0.34370 0.74482 0.32181 0.75363 0.32272)
-               3 V(1783 1772 1771) M(0) UV(0.74830 0.34370 0.75363 0.32272 0.75759 0.34442)
-               3 V(1786 1782 1763) M(0) UV(0.75236 0.39071 0.75060 0.36372 0.76126 0.36469)
-               3 V(1786 1763 1785) M(0) UV(0.75236 0.39071 0.76126 0.36469 0.76783 0.39491)
-               3 V(1788 1787 1715) M(0) UV(0.73432 0.27242 0.73971 0.29774 0.73157 0.29644)
-               3 V(1788 1715 1716) M(0) UV(0.73432 0.27242 0.73157 0.29644 0.72744 0.27136)
-               3 V(1680 1681 1694) M(0) UV(0.71824 0.44922 0.71031 0.43664 0.72107 0.44177)
-               3 V(1680 1694 1688) M(0) UV(0.71824 0.44922 0.72107 0.44177 0.73215 0.44706)
-               3 V(1680 1688 1682) M(0) UV(0.71824 0.44922 0.73215 0.44706 0.72777 0.45395)
-               3 V(1780 1760 1789) M(0) UV(0.69421 0.27171 0.69121 0.25053 0.70041 0.25437)
-               3 V(1780 1789 1890) M(0) UV(0.69421 0.27171 0.70041 0.25437 0.69992 0.27055)
-               3 V(1694 1846 1688) M(0) UV(0.72107 0.44177 0.73920 0.43341 0.73215 0.44706)
-               3 V(1715 1890 1716) M(0) UV(0.71610 0.29279 0.71354 0.26984 0.72000 0.27055)
-               3 V(1847 1694 1681) M(0) UV(0.71783 0.42546 0.72107 0.44177 0.71031 0.43664)
-               3 V(1729 1846 1694) M(0) UV(0.74659 0.41525 0.73920 0.43341 0.72732 0.42906)
-               3 V(1729 1694 1728) M(0) UV(0.74659 0.41525 0.72732 0.42906 0.73491 0.41240)
-               3 V(1847 1728 1694) M(0) UV(0.71783 0.42546 0.73491 0.41240 0.72732 0.42906)
-               3 V(1724 1775 1760) M(0) UV(0.68664 0.25916 0.67806 0.24510 0.69121 0.25053)
-               3 V(1721 1760 1775) M(0) UV(0.68352 0.23539 0.69121 0.25053 0.67806 0.24510)
-               3 V(1740 1721 1775) M(0) UV(0.66584 0.23342 0.67581 0.23430 0.67806 0.24510)
-               3 V(1740 1775 1734) M(0) UV(0.66584 0.23342 0.67806 0.24510 0.66427 0.24687)
-               3 V(1777 1848 1876) M(0) UV(0.75902 0.25189 0.76077 0.26313 0.74926 0.26070)
-               3 V(1788 1876 1769) M(0) UV(0.74203 0.27538 0.74926 0.26070 0.75251 0.27782)
-               3 V(2044 1727 1678) M(0) UV(0.65263 0.36083 0.66545 0.36693 0.66290 0.37607)
-               3 V(1678 1727 1717) M(0) UV(0.66290 0.37607 0.66545 0.36693 0.67447 0.37749)
-               3 V(1788 1716 1720) M(0) UV(0.73432 0.27242 0.72744 0.27136 0.72585 0.25402)
-               3 V(1788 1720 1876) M(0) UV(0.73432 0.27242 0.72585 0.25402 0.73602 0.25712)
-               3 V(1777 1876 1720) M(0) UV(0.73316 0.24431 0.73602 0.25712 0.72585 0.25402)
-               3 V(1790 1890 1715) M(0) UV(0.71014 0.29188 0.71354 0.26984 0.71610 0.29279)
-               3 V(1779 1890 1790) M(0) UV(0.69835 0.29179 0.70468 0.27036 0.70441 0.29163)
-               3 V(1685 1717 1726) M(0) UV(0.67876 0.40362 0.68374 0.38821 0.69290 0.39682)
-               3 V(1685 1726 1885) M(0) UV(0.67876 0.40362 0.69290 0.39682 0.68778 0.42046)
-               3 V(1711 1773 1728) M(0) UV(0.71814 0.38393 0.72554 0.38564 0.71769 0.40770)
-               3 V(1711 1728 1726) M(0) UV(0.71814 0.38393 0.71153 0.40592 0.70548 0.40314)
-               3 V(1726 1728 1847) M(0) UV(0.70548 0.40314 0.71153 0.40592 0.70751 0.42376)
-               3 V(1885 1847 1681) M(0) UV(0.69762 0.42823 0.70751 0.42376 0.71031 0.43664)
-               3 V(1726 1847 1885) M(0) UV(0.69941 0.40115 0.70243 0.42083 0.69762 0.42823)
-               3 V(1760 1761 1789) M(0) UV(0.69791 0.23988 0.70245 0.23574 0.70269 0.24168)
-               3 V(1759 1789 1761) M(0) UV(0.70926 0.23767 0.70269 0.24168 0.70245 0.23574)
-               3 V(1720 1789 1759) M(0) UV(0.71480 0.24323 0.70866 0.24311 0.70926 0.23767)
-               3 V(1762 1797 1777) M(0) UV(0.72741 0.22610 0.73309 0.21895 0.73541 0.23430)
-               3 V(1762 1777 1759) M(0) UV(0.72741 0.22610 0.73541 0.23430 0.72794 0.23411)
-               3 V(1758 1762 1761) M(0) UV(0.69619 0.21680 0.70423 0.21851 0.69828 0.22724)
-               3 V(1759 1761 1762) M(0) UV(0.71039 0.23154 0.70405 0.22970 0.70685 0.22442)
-               3 V(1721 1761 1760) M(0) UV(0.69053 0.23438 0.69674 0.23415 0.69791 0.23988)
-               3 V(1890 1789 1720) M(0) UV(0.71354 0.26984 0.70980 0.25562 0.71679 0.25582)
-               3 V(1890 1720 1716) M(0) UV(0.71354 0.26984 0.71679 0.25582 0.72000 0.27055)
-               3 V(1777 1720 1759) M(0) UV(0.73316 0.24431 0.72203 0.24685 0.72667 0.24166)
-               3 V(1727 2021 1733) M(0) UV(0.66232 0.96206 0.65200 0.94618 0.65867 0.94633)
-               3 V(1734 1731 1738) M(0) UV(0.80999 0.26135 0.79944 0.26502 0.79624 0.25466)
-               3 V(1734 1738 1740) M(0) UV(0.80999 0.26135 0.79624 0.25466 0.80659 0.25011)
-               3 V(1763 1766 1785) M(0) UV(0.77152 0.36408 0.78597 0.37764 0.77761 0.38468)
-               3 V(1767 1730 1735) M(0) UV(0.83309 0.34589 0.82552 0.33000 0.84231 0.32281)
-               3 V(1767 1735 1733) M(0) UV(0.83309 0.34589 0.84231 0.32281 0.85097 0.33795)
-               3 V(1767 1733 2021) M(0) UV(0.66413 0.93363 0.65867 0.94633 0.65200 0.94618)
-               3 V(1736 1771 1772) M(0) UV(0.77944 0.34458 0.76807 0.34475 0.76411 0.32322)
-               3 V(1736 1772 1865) M(0) UV(0.77944 0.34458 0.76411 0.32322 0.77524 0.32331)
-               3 V(1766 1763 1771) M(0) UV(0.78228 0.36245 0.77152 0.36408 0.76807 0.34475)
-               3 V(1766 1771 1736) M(0) UV(0.78228 0.36245 0.76807 0.34475 0.77944 0.34458)
-               3 V(1742 1865 1772) M(0) UV(0.77029 0.30016 0.77524 0.32331 0.76411 0.32322)
-               3 V(1742 1772 1770) M(0) UV(0.77029 0.30016 0.76411 0.32322 0.75902 0.30061)
-               3 V(1734 1745 1731) M(0) UV(0.80999 0.26135 0.80359 0.27777 0.79944 0.26502)
-               3 V(1730 1743 1746) M(0) UV(0.81802 0.31337 0.81022 0.29550 0.82337 0.29288)
-               3 V(1730 1746 1735) M(0) UV(0.81802 0.31337 0.82337 0.29288 0.83333 0.30831)
-               3 V(1733 1735 1732) M(0) UV(0.85097 0.33795 0.84231 0.32281 0.85936 0.31712)
-               3 V(1733 1732 1727) M(0) UV(0.85097 0.33795 0.85936 0.31712 0.86923 0.33053)
-               3 V(1775 1744 1734) M(0) UV(0.66950 0.25675 0.65682 0.26432 0.66427 0.24687)
-               3 V(1735 1746 1732) M(0) UV(0.83333 0.30831 0.83617 0.28999 0.84851 0.30428)
-               3 V(1740 1738 1849) M(0) UV(0.80659 0.25011 0.79624 0.25466 0.79378 0.24686)
-               3 V(1740 1849 1741) M(0) UV(0.81784 0.24568 0.80300 0.23867 0.81557 0.23522)
-               3 V(1721 1741 1803) M(0) UV(0.67794 0.22183 0.66830 0.22007 0.67643 0.20325)
-               3 V(1814 1803 1741) M(0) UV(0.80730 0.21814 0.81819 0.21755 0.81557 0.23522)
-               3 V(1814 1741 1849) M(0) UV(0.80730 0.21814 0.81557 0.23522 0.80300 0.23867)
-               3 V(1811 1813 1777) M(0) UV(0.75262 0.21945 0.76375 0.23520 0.75944 0.23977)
-               3 V(1744 1778 1746) M(0) UV(0.66622 0.26943 0.66419 0.28799 0.65382 0.28395)
-               3 V(1747 1742 1770) M(0) UV(0.76407 0.27891 0.77029 0.30016 0.75902 0.30061)
-               3 V(1747 1770 1769) M(0) UV(0.76407 0.27891 0.75902 0.30061 0.75251 0.27782)
-               3 V(1745 1746 1743) M(0) UV(0.81476 0.27602 0.82337 0.29288 0.81022 0.29550)
-               3 V(1734 1744 1745) M(0) UV(0.82193 0.25713 0.82561 0.27455 0.81476 0.27602)
-               3 V(1746 1745 1744) M(0) UV(0.82337 0.29288 0.81476 0.27602 0.82561 0.27455)
-               3 V(1732 1746 1778) M(0) UV(0.65365 0.30342 0.65382 0.28395 0.66419 0.28799)
-               3 V(1845 1737 1730) M(0) UV(0.81234 0.33561 0.80621 0.31762 0.81802 0.31337)
-               3 V(1767 1844 1845) M(0) UV(0.83309 0.34589 0.81859 0.35181 0.81234 0.33561)
-               3 V(1767 1845 1730) M(0) UV(0.83309 0.34589 0.81234 0.33561 0.82552 0.33000)
-               3 V(1737 1718 1743) M(0) UV(0.80621 0.31762 0.79909 0.29731 0.81022 0.29550)
-               3 V(1737 1743 1730) M(0) UV(0.80621 0.31762 0.81022 0.29550 0.81802 0.31337)
-               3 V(1718 1850 1745) M(0) UV(0.79909 0.29731 0.79248 0.27882 0.80359 0.27777)
-               3 V(1718 1745 1743) M(0) UV(0.79909 0.29731 0.80359 0.27777 0.81022 0.29550)
-               3 V(1769 1876 1848) M(0) UV(0.75251 0.27782 0.74926 0.26070 0.76077 0.26313)
-               3 V(1769 1848 1747) M(0) UV(0.75251 0.27782 0.76077 0.26313 0.76407 0.27891)
-               3 V(1739 1849 1738) M(0) UV(0.77731 0.25025 0.78453 0.24414 0.78553 0.25034)
-               3 V(1850 1848 1738) M(0) UV(0.77983 0.26725 0.77811 0.25821 0.78715 0.25795)
-               3 V(1738 1848 1739) M(0) UV(0.78553 0.25034 0.77811 0.25821 0.77731 0.25025)
-               3 V(1731 1850 1738) M(0) UV(0.79944 0.26502 0.78935 0.26729 0.78715 0.25795)
-               3 V(1731 1745 1850) M(0) UV(0.79944 0.26502 0.80359 0.27777 0.79248 0.27882)
-               3 V(1742 1718 1737) M(0) UV(0.77873 0.29919 0.78886 0.29853 0.79542 0.32044)
-               3 V(1742 1737 1865) M(0) UV(0.77873 0.29919 0.79542 0.32044 0.78410 0.32243)
-               3 V(1747 1850 1718) M(0) UV(0.77345 0.27906 0.78262 0.27901 0.78886 0.29853)
-               3 V(1747 1718 1742) M(0) UV(0.77345 0.27906 0.78886 0.29853 0.77873 0.29919)
-               3 V(1736 1845 1844) M(0) UV(0.78891 0.34336 0.80090 0.33992 0.80565 0.35622)
-               3 V(1736 1844 1766) M(0) UV(0.78891 0.34336 0.80565 0.35622 0.79245 0.35994)
-               3 V(1865 1737 1845) M(0) UV(0.78410 0.32243 0.79542 0.32044 0.80090 0.33992)
-               3 V(1865 1845 1736) M(0) UV(0.78410 0.32243 0.80090 0.33992 0.78891 0.34336)
-               3 V(1870 1766 1844) M(0) UV(0.69451 0.91386 0.69805 0.92144 0.68546 0.92566)
-               3 V(1777 1813 1739) M(0) UV(0.75944 0.23977 0.77017 0.24188 0.76956 0.24772)
-               3 V(1777 1739 1848) M(0) UV(0.75902 0.25189 0.76956 0.24772 0.76968 0.25617)
-               3 V(1850 1747 1848) M(0) UV(0.77983 0.26725 0.77345 0.27906 0.77122 0.26583)
-               3 V(1849 1739 1813) M(0) UV(0.78367 0.23573 0.77726 0.24426 0.77770 0.23615)
-               3 V(1825 2105 2059) M(0) UV(0.63762 0.76297 0.63514 0.74853 0.64291 0.74630)
-               3 V(2080 2059 2105) M(0) UV(0.64291 0.73055 0.64291 0.74630 0.63514 0.74853)
-               3 V(2167 2166 2165) M(0)
-               3 V(2170 2169 2168) M(0)
-               4 V(2171 2172 2173 2174) M(0)
-               3 V(2169 2175 2176) M(0)
-               3 V(2179 2178 2177) M(0)
-               3 V(2182 2181 2180) M(0)
-               3 V(2183 2184 2185) M(0)
-               3 V(2183 2186 2184) M(0)
-               3 V(2186 2187 2184) M(0)
-               3 V(2188 2189 2190) M(0)
-               3 V(2191 2192 2193) M(0)
+               3 V(3 180 160) M(0) UV(0.32443 0.14120 0.33656 0.15310 0.33458 0.15835)
+               3 V(85 134 139) M(0) UV(0.80238 0.67002 0.79886 0.66323 0.81188 0.66051)
+               3 V(134 40 140) M(0) UV(0.79646 0.65670 0.79482 0.65027 0.80860 0.64878)
+               3 V(134 140 139) M(0) UV(0.79886 0.66323 0.80978 0.65430 0.81188 0.66051)
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+               3 V(40 142 140) M(0) UV(0.79482 0.65027 0.80865 0.64309 0.80860 0.64878)
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+               3 V(136 144 137) M(0) UV(0.80322 0.60087 0.81545 0.60535 0.80314 0.60748)
+               3 V(137 144 145) M(0) UV(0.80314 0.60748 0.81545 0.60535 0.81530 0.61080)
+               3 V(137 145 168) M(0) UV(0.80314 0.60748 0.81530 0.61080 0.80242 0.61294)
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+               3 V(136 138 143) M(0) UV(0.81128 0.68376 0.81936 0.67337 0.82261 0.68102)
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+               3 V(174 152 151) M(0) UV(0.85297 0.59764 0.83324 0.60388 0.83294 0.59803)
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+               3 V(173 157 158) M(0) UV(0.85271 0.62359 0.87372 0.61852 0.87380 0.62268)
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+               3 V(148 175 147) M(0) UV(0.82898 0.65298 0.85201 0.65388 0.83086 0.65960)
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+               3 V(176 155 175) M(0) UV(0.85127 0.64742 0.87349 0.64811 0.85201 0.65388)
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+               3 V(155 174 175) M(0) UV(0.87339 0.65405 0.85492 0.66727 0.85305 0.66030)
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+               3 V(147 174 146) M(0) UV(0.83342 0.66624 0.85492 0.66727 0.83680 0.67286)
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+               3 V(178 27 28) M(0) UV(0.70905 0.57219 0.70414 0.57974 0.70215 0.57655)
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+               3 V(63 59 68) M(0) UV(0.72975 0.69773 0.72493 0.69072 0.73262 0.68395)
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+               3 V(17 93 94) M(0) UV(0.68509 0.68215 0.69620 0.68700 0.68745 0.69142)
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+               3 V(167 98 19) M(0) UV(0.68304 0.61642 0.68376 0.61045 0.68961 0.61441)
+               3 V(56 100 132) M(0) UV(0.67866 0.60168 0.67894 0.59540 0.68879 0.60163)
+               3 V(167 77 54) M(0) UV(0.30386 0.03240 0.30897 0.05335 0.30140 0.05347)
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+               3 V(130 100 99) M(0) UV(0.68493 0.59044 0.67322 0.58778 0.67932 0.58452)
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+               3 V(46 73 163) M(0) UV(0.72915 0.63097 0.72891 0.62678 0.74103 0.62836)
+               3 V(73 42 163) M(0) UV(0.72891 0.62678 0.73966 0.62496 0.74103 0.62836)
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+               3 V(39 89 90) M(0) UV(0.73029 0.60458 0.74140 0.59906 0.74220 0.60651)
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+               3 V(43 33 32) M(0) UV(0.75241 0.59702 0.76505 0.59574 0.76546 0.60497)
+               3 V(43 32 90) M(0) UV(0.75241 0.59702 0.76546 0.60497 0.75318 0.60582)
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+               3 V(42 90 91) M(0) UV(0.74228 0.61962 0.74487 0.61315 0.74833 0.61957)
+               3 V(65 44 26) M(0) UV(0.72909 0.58137 0.73546 0.58594 0.72757 0.59465)
+               3 V(90 89 43) M(0) UV(0.74220 0.60651 0.74140 0.59906 0.75241 0.59702)
+               3 V(30 33 136) M(0) UV(0.77799 0.60414 0.77763 0.59527 0.78917 0.59445)
+               3 V(30 136 137) M(0) UV(0.77799 0.60414 0.78999 0.60269 0.78983 0.61063)
+               3 V(30 137 168) M(0) UV(0.77849 0.61183 0.78983 0.61063 0.78894 0.61591)
+               3 V(30 168 31) M(0) UV(0.77849 0.61183 0.78894 0.61591 0.77853 0.61721)
+               3 V(33 85 136) M(0) UV(0.78600 0.68531 0.79506 0.68093 0.80083 0.68872)
+               3 V(29 37 31) M(0) UV(0.77819 0.62567 0.76690 0.62331 0.77837 0.62148)
+               3 V(163 42 91) M(0) UV(0.74829 0.62869 0.74644 0.62500 0.75107 0.62481)
+               3 V(168 29 31) M(0) UV(0.78787 0.62401 0.77819 0.62567 0.77837 0.62148)
+               3 V(134 85 34) M(0) UV(0.78670 0.66604 0.79041 0.67362 0.78217 0.67625)
+               3 V(134 34 36) M(0) UV(0.78670 0.66604 0.78217 0.67625 0.77896 0.66827)
+               3 V(134 36 38) M(0) UV(0.78418 0.65913 0.77670 0.66109 0.77505 0.65338)
+               3 V(134 38 40) M(0) UV(0.78418 0.65913 0.77505 0.65338 0.78253 0.65204)
+               3 V(91 37 81) M(0) UV(0.75692 0.63273 0.76669 0.63134 0.76627 0.63528)
+               3 V(37 29 81) M(0) UV(0.76669 0.63134 0.77704 0.63317 0.76627 0.63528)
+               3 V(41 81 29) M(0) UV(0.77626 0.63692 0.76627 0.63528 0.77704 0.63317)
+               3 V(36 34 35) M(0) UV(0.77896 0.66827 0.78217 0.67625 0.77136 0.68056)
+               3 V(87 68 86) M(0) UV(0.74198 0.67685 0.72975 0.67746 0.74093 0.66960)
+               3 V(38 36 66) M(0) UV(0.76490 0.65618 0.76635 0.66483 0.75365 0.67031)
+               3 V(38 66 67) M(0) UV(0.76490 0.65618 0.75365 0.67031 0.75226 0.66063)
+               3 V(66 36 35) M(0) UV(0.75365 0.67031 0.76635 0.66483 0.76853 0.67232)
+               3 V(66 35 52) M(0) UV(0.75365 0.67031 0.76853 0.67232 0.75565 0.67804)
+               3 V(88 68 87) M(0) UV(0.74734 0.69158 0.73568 0.69043 0.74394 0.68351)
+               3 V(29 80 41) M(0) UV(0.77704 0.63317 0.78429 0.63531 0.77626 0.63692)
+               3 V(41 40 38) M(0) UV(0.78288 0.63994 0.78212 0.64559 0.77482 0.64657)
+               3 V(41 38 81) M(0) UV(0.77540 0.64125 0.76458 0.64881 0.76496 0.64376)
+               3 V(81 38 67) M(0) UV(0.75538 0.64652 0.76458 0.64881 0.75460 0.65202)
+               3 V(66 87 86) M(0) UV(0.75365 0.67031 0.74198 0.67685 0.74093 0.66960)
+               3 V(66 86 67) M(0) UV(0.75365 0.67031 0.74093 0.66960 0.75226 0.66063)
+               3 V(52 87 66) M(0) UV(0.75565 0.67804 0.74198 0.67685 0.75365 0.67031)
+               3 V(52 88 87) M(0) UV(0.75565 0.67804 0.74734 0.69158 0.74394 0.68351)
+               3 V(91 81 163) M(0) UV(0.75285 0.63266 0.75664 0.63687 0.75214 0.63710)
+               3 V(81 92 163) M(0) UV(0.75538 0.64652 0.74940 0.64692 0.75089 0.64205)
+               3 V(92 81 67) M(0) UV(0.74940 0.64692 0.75538 0.64652 0.75460 0.65202)
+               3 V(67 86 92) M(0) UV(0.75226 0.66063 0.74335 0.65931 0.74738 0.65239)
+               3 V(86 68 70) M(0) UV(0.73555 0.66634 0.72975 0.67746 0.72651 0.67257)
+               3 V(97 86 70) M(0) UV(0.72913 0.66403 0.73555 0.66634 0.72651 0.67257)
+               3 V(41 135 40) M(0) UV(0.78288 0.63994 0.78907 0.63943 0.78760 0.64485)
+               3 V(80 135 41) M(0) UV(0.78429 0.63531 0.78907 0.63943 0.78288 0.63994)
+               3 V(80 29 168) M(0) UV(0.78659 0.62795 0.77819 0.62567 0.78787 0.62401)
+               3 V(33 34 85) M(0) UV(0.78600 0.68531 0.78217 0.67625 0.79041 0.67362)
+               3 V(33 35 34) M(0) UV(0.77485 0.69050 0.77136 0.68056 0.78217 0.67625)
+               3 V(33 43 52) M(0) UV(0.77485 0.69050 0.76253 0.69732 0.75892 0.68697)
+               3 V(33 52 35) M(0) UV(0.77485 0.69050 0.75892 0.68697 0.77136 0.68056)
+               3 V(89 88 52) M(0) UV(0.74955 0.70251 0.74734 0.69158 0.75892 0.68697)
+               3 V(89 52 43) M(0) UV(0.74955 0.70251 0.75892 0.68697 0.76253 0.69732)
+               3 V(44 68 88) M(0) UV(0.73546 0.58594 0.74247 0.57900 0.75074 0.58382)
+               3 V(44 88 89) M(0) UV(0.73546 0.58594 0.75074 0.58382 0.74586 0.59164)
+               3 V(65 63 68) M(0) UV(0.72909 0.58137 0.73643 0.57511 0.74247 0.57900)
+               3 V(65 68 44) M(0) UV(0.72909 0.58137 0.74247 0.57900 0.73546 0.58594)
+               3 V(178 131 63) M(0) UV(0.72426 0.57604 0.73309 0.56993 0.73643 0.57511)
+               3 V(178 63 65) M(0) UV(0.72426 0.57604 0.73643 0.57511 0.72909 0.58137)
+               3 V(356 272 9) M(0) UV(0.64704 0.67568 0.65155 0.66794 0.65285 0.67546)
+               3 V(128 356 9) M(0) UV(0.64737 0.68939 0.64725 0.68245 0.65354 0.68285)
+               3 V(128 9 96) M(0) UV(0.64737 0.68939 0.65354 0.68285 0.65391 0.69018)
+               3 V(96 10 128) M(0) UV(0.65452 0.69770 0.64813 0.70561 0.64758 0.69581)
+               3 V(10 277 128) M(0) UV(0.63769 0.70561 0.63129 0.69770 0.63823 0.69581)
+               3 V(356 128 277) M(0) UV(0.63228 0.68285 0.63844 0.68939 0.63190 0.69018)
+               3 V(650 654 653) M(0) UV(0.08814 0.97167 0.08669 0.97458 0.08782 0.97231)
+               3 V(649 653 654) M(0) UV(0.08555 0.97231 0.08782 0.97231 0.08669 0.97458)
+               3 V(650 654 651) M(0) UV(0.09222 0.97082 0.09114 0.97398 0.08814 0.97035)
+               3 V(649 654 651) M(0) UV(0.08555 0.97231 0.08669 0.97458 0.08435 0.97050)
+               3 V(650 653 652) M(0) UV(0.08814 0.97167 0.08782 0.97231 0.08669 0.97035)
+               3 V(650 652 651) M(0) UV(0.08814 0.97167 0.08669 0.97035 0.08435 0.97050)
+               3 V(649 652 653) M(0) UV(0.08555 0.97231 0.08669 0.97035 0.08782 0.97231)
+               3 V(649 651 652) M(0) UV(0.08555 0.97231 0.08435 0.97050 0.08669 0.97035)
+               3 V(644 648 647) M(0) UV(0.10478 0.97172 0.10238 0.97557 0.10327 0.97225)
+               3 V(643 647 648) M(0) UV(0.10113 0.97215 0.10327 0.97225 0.10238 0.97557)
+               3 V(644 648 645) M(0) UV(0.10949 0.97225 0.10717 0.97559 0.10478 0.97210)
+               3 V(643 648 645) M(0) UV(0.10113 0.97215 0.10238 0.97557 0.10007 0.97155)
+               3 V(644 647 646) M(0) UV(0.10478 0.97172 0.10327 0.97225 0.10293 0.97035)
+               3 V(644 645 646) M(0) UV(0.10949 0.97225 0.10478 0.97210 0.10772 0.97035)
+               3 V(643 646 647) M(0) UV(0.10113 0.97215 0.10293 0.97035 0.10327 0.97225)
+               3 V(643 645 646) M(0) UV(0.10113 0.97215 0.10007 0.97155 0.10293 0.97035)
+               3 V(638 642 641) M(0) UV(0.11283 0.97127 0.11084 0.97386 0.11151 0.97158)
+               3 V(637 641 642) M(0) UV(0.10972 0.97161 0.11151 0.97158 0.11084 0.97386)
+               3 V(638 642 639) M(0) UV(0.11617 0.97169 0.11419 0.97390 0.11283 0.97184)
+               3 V(637 642 639) M(0) UV(0.10972 0.97161 0.11084 0.97386 0.10949 0.97142)
+               3 V(638 641 640) M(0) UV(0.11283 0.97127 0.11151 0.97158 0.11120 0.97035)
+               3 V(638 639 640) M(0) UV(0.11617 0.97169 0.11283 0.97184 0.11454 0.97035)
+               3 V(637 640 641) M(0) UV(0.10972 0.97161 0.11120 0.97035 0.11151 0.97158)
+               3 V(637 639 640) M(0) UV(0.10972 0.97161 0.10949 0.97142 0.11120 0.97035)
+               3 V(632 636 635) M(0) UV(0.11778 0.97262 0.11778 0.97262 0.11617 0.97149)
+               3 V(631 635 636) M(0) UV(0.11778 0.97035 0.11617 0.97149 0.11778 0.97262)
+               3 V(632 633 636) M(0) UV(0.11778 0.97262 0.11938 0.97149 0.11778 0.97262)
+               3 V(631 636 633) M(0) UV(0.11778 0.97035 0.11778 0.97262 0.11938 0.97149)
+               3 V(632 635 634) M(0) UV(0.11778 0.97262 0.11617 0.97149 0.11778 0.97035)
+               3 V(632 634 633) M(0) UV(0.11778 0.97262 0.11778 0.97035 0.11938 0.97149)
+               3 V(631 634 635) M(0) UV(0.11778 0.97035 0.11778 0.97035 0.11617 0.97149)
+               3 V(631 633 634) M(0) UV(0.11778 0.97035 0.11938 0.97149 0.11778 0.97035)
+               3 V(615 618 616) M(0) UV(0.12003 0.97083 0.12162 0.97075 0.12089 0.97216)
+               3 V(616 618 617) M(0) UV(0.12267 0.97218 0.12162 0.97075 0.12132 0.97035)
+               3 V(615 617 618) M(0) UV(0.12003 0.97083 0.12132 0.97035 0.12162 0.97075)
+               3 V(615 616 617) M(0) UV(0.12003 0.97083 0.11938 0.97234 0.12132 0.97035)
+               3 V(626 630 629) M(0) UV(0.12651 0.97280 0.12728 0.97237 0.12587 0.97091)
+               3 V(625 629 630) M(0) UV(0.12805 0.97035 0.12587 0.97091 0.12728 0.97237)
+               3 V(626 627 630) M(0) UV(0.12651 0.97280 0.12868 0.97224 0.12728 0.97237)
+               3 V(625 630 627) M(0) UV(0.12805 0.97035 0.12728 0.97237 0.12868 0.97224)
+               3 V(626 629 628) M(0) UV(0.12651 0.97280 0.12587 0.97091 0.12728 0.97078)
+               3 V(626 628 627) M(0) UV(0.12651 0.97280 0.12728 0.97078 0.12868 0.97224)
+               3 V(625 628 629) M(0) UV(0.12805 0.97035 0.12728 0.97078 0.12587 0.97091)
+               3 V(625 627 628) M(0) UV(0.12805 0.97035 0.12868 0.97224 0.12728 0.97078)
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+               3 V(609 613 614) M(0) UV(0.13919 0.97147 0.13806 0.97147 0.13806 0.97260)
+               3 V(610 611 614) M(0) UV(0.13694 0.97147 0.13806 0.97147 0.13806 0.97260)
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+               3 V(620 621 624) M(0) UV(0.12868 0.97149 0.13029 0.97262 0.13029 0.97262)
+               3 V(619 624 621) M(0) UV(0.13189 0.97149 0.13029 0.97262 0.13029 0.97262)
+               3 V(620 623 622) M(0) UV(0.12868 0.97149 0.13029 0.97035 0.13029 0.97035)
+               3 V(620 622 621) M(0) UV(0.12868 0.97149 0.13029 0.97035 0.13029 0.97262)
+               3 V(619 622 623) M(0) UV(0.13189 0.97149 0.13029 0.97035 0.13029 0.97035)
+               3 V(619 621 622) M(0) UV(0.13189 0.97149 0.13029 0.97262 0.13029 0.97035)
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+               3 V(603 608 605) M(0) UV(0.14252 0.97147 0.14359 0.97260 0.14323 0.97147)
+               3 V(604 607 606) M(0) UV(0.14465 0.97147 0.14394 0.97147 0.14359 0.97035)
+               3 V(604 606 605) M(0) UV(0.14465 0.97147 0.14359 0.97035 0.14323 0.97147)
+               3 V(603 606 607) M(0) UV(0.14252 0.97147 0.14359 0.97035 0.14394 0.97147)
+               3 V(603 605 606) M(0) UV(0.14252 0.97147 0.14323 0.97147 0.14359 0.97035)
+               3 V(656 660 659) M(0) UV(0.08435 0.97251 0.08026 0.97850 0.08207 0.97325)
+               3 V(655 659 660) M(0) UV(0.07829 0.97323 0.08207 0.97325 0.08026 0.97850)
+               3 V(656 660 657) M(0) UV(0.10007 0.97336 0.09615 0.97855 0.09222 0.97336)
+               3 V(655 660 657) M(0) UV(0.07829 0.97323 0.08026 0.97850 0.07650 0.97247)
+               3 V(656 659 658) M(0) UV(0.08435 0.97251 0.08207 0.97325 0.08128 0.97035)
+               3 V(656 657 658) M(0) UV(0.10007 0.97336 0.09222 0.97336 0.09717 0.97035)
+               3 V(655 658 659) M(0) UV(0.07829 0.97323 0.08128 0.97035 0.08207 0.97325)
+               3 V(655 657 658) M(0) UV(0.07829 0.97323 0.07650 0.97247 0.08128 0.97035)
+               3 V(457 369 372) M(0) UV(0.34633 0.67634 0.34806 0.68043 0.34463 0.68009)
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+               3 V(561 372 369) M(0) UV(0.35410 0.68597 0.35031 0.68439 0.35145 0.68139)
+               3 V(561 369 595) M(0) UV(0.35410 0.68597 0.35145 0.68139 0.35545 0.68310)
+               3 V(595 560 561) M(0) UV(0.35545 0.68310 0.35686 0.68750 0.35410 0.68597)
+               3 V(595 596 560) M(0) UV(0.35718 0.67994 0.36123 0.68189 0.35888 0.68488)
+               3 V(596 564 560) M(0) UV(0.36123 0.68189 0.36183 0.68624 0.35888 0.68488)
+               3 V(522 564 567) M(0) UV(0.36411 0.68756 0.36398 0.68325 0.36588 0.68499)
+               3 V(522 560 564) M(0) UV(0.36180 0.68966 0.35948 0.68864 0.36183 0.68624)
+               3 V(374 541 588) M(0) UV(0.35342 0.60254 0.34889 0.60181 0.34995 0.59909)
+               3 V(374 588 542) M(0) UV(0.35342 0.60254 0.34995 0.59909 0.35294 0.59919)
+               3 V(563 541 374) M(0) UV(0.35446 0.60676 0.34889 0.60181 0.35342 0.60254)
+               3 V(512 588 541) M(0) UV(0.34648 0.59965 0.34995 0.59909 0.34889 0.60181)
+               3 V(375 588 512) M(0) UV(0.34604 0.68556 0.34367 0.68868 0.34321 0.68850)
+               3 V(567 542 522) M(0) UV(0.36325 0.59622 0.35930 0.59815 0.36068 0.59436)
+               3 V(566 563 374) M(0) UV(0.35941 0.60413 0.35446 0.60676 0.35342 0.60254)
+               3 V(566 374 542) M(0) UV(0.35941 0.60413 0.35342 0.60254 0.35717 0.60102)
+               3 V(516 375 372) M(0) UV(0.34622 0.68909 0.34725 0.68688 0.35031 0.68439)
+               3 V(516 372 513) M(0) UV(0.34622 0.68909 0.35031 0.68439 0.34913 0.68819)
+               3 V(372 561 513) M(0) UV(0.35031 0.68439 0.35215 0.68881 0.34913 0.68819)
+               3 V(568 566 542) M(0) UV(0.36642 0.59876 0.36469 0.60263 0.36154 0.60046)
+               3 V(568 542 567) M(0) UV(0.36642 0.59876 0.36154 0.60046 0.36325 0.59622)
+               3 V(566 562 563) M(0) UV(0.36307 0.60642 0.36143 0.60980 0.35446 0.60676)
+               3 V(522 589 559) M(0) UV(0.36007 0.58850 0.35600 0.58828 0.35711 0.58534)
+               3 V(590 510 559) M(0) UV(0.35339 0.58517 0.35386 0.58267 0.35711 0.58534)
+               3 V(590 559 589) M(0) UV(0.35339 0.58517 0.35711 0.58534 0.35600 0.58828)
+               3 V(518 510 590) M(0) UV(0.35043 0.58228 0.35386 0.58267 0.35339 0.58517)
+               3 V(514 520 518) M(0) UV(0.34541 0.58390 0.34657 0.58133 0.34974 0.58429)
+               3 V(514 518 519) M(0) UV(0.34541 0.58390 0.34974 0.58429 0.34852 0.58666)
+               3 V(522 542 589) M(0) UV(0.35736 0.59462 0.35576 0.59771 0.35386 0.59358)
+               3 V(510 561 559) M(0) UV(0.35512 0.69468 0.35480 0.69020 0.35721 0.69143)
+               3 V(590 587 519) M(0) UV(0.35282 0.58752 0.35146 0.58971 0.34852 0.58666)
+               3 V(590 519 518) M(0) UV(0.35282 0.58752 0.34852 0.58666 0.34974 0.58429)
+               3 V(513 561 517) M(0) UV(0.35046 0.69258 0.35296 0.69390 0.35175 0.69681)
+               3 V(513 517 521) M(0) UV(0.35046 0.69258 0.35175 0.69681 0.34949 0.69549)
+               3 V(510 518 517) M(0) UV(0.35512 0.69468 0.35585 0.69775 0.35395 0.69756)
+               3 V(561 510 517) M(0) UV(0.35296 0.69390 0.35512 0.69468 0.35395 0.69756)
+               3 V(516 519 587) M(0) UV(0.34788 0.59248 0.34711 0.58865 0.34979 0.59128)
+               3 V(513 521 515) M(0) UV(0.34815 0.69169 0.34949 0.69549 0.34751 0.69468)
+               3 V(513 515 516) M(0) UV(0.34815 0.69169 0.34606 0.69417 0.34624 0.69155)
+               3 V(516 515 514) M(0) UV(0.34560 0.59024 0.34293 0.58769 0.34407 0.58599)
+               3 V(516 514 519) M(0) UV(0.34560 0.59024 0.34407 0.58599 0.34711 0.58865)
+               3 V(517 518 520) M(0) UV(0.35395 0.69756 0.35585 0.69775 0.35489 0.70061)
+               3 V(587 590 589) M(0) UV(0.35146 0.58971 0.35282 0.58752 0.35523 0.59097)
+               3 V(588 375 516) M(0) UV(0.34415 0.68991 0.34725 0.68688 0.34622 0.68909)
+               3 V(560 522 559) M(0) UV(0.35948 0.68864 0.36180 0.68966 0.35947 0.69224)
+               3 V(542 588 589) M(0) UV(0.35576 0.59771 0.35188 0.59468 0.35386 0.59358)
+               3 V(588 516 587) M(0) UV(0.34955 0.59533 0.34788 0.59248 0.34979 0.59128)
+               3 V(587 589 588) M(0) UV(0.34979 0.59128 0.35386 0.59358 0.35188 0.59468)
+               3 V(560 559 561) M(0) UV(0.35686 0.68750 0.35721 0.69143 0.35480 0.69020)
+               3 V(515 498 509) M(0) UV(0.34670 0.69754 0.34595 0.70126 0.34451 0.70109)
+               3 V(550 530 517) M(0) UV(0.35359 0.70412 0.35232 0.70355 0.35327 0.70017)
+               3 V(550 517 520) M(0) UV(0.35359 0.70412 0.35327 0.70017 0.35489 0.70061)
+               3 V(498 515 521) M(0) UV(0.34595 0.70126 0.34670 0.69754 0.34881 0.69834)
+               3 V(530 498 521) M(0) UV(0.35069 0.70282 0.34823 0.70171 0.34881 0.69834)
+               3 V(530 521 517) M(0) UV(0.35069 0.70282 0.34881 0.69834 0.35127 0.69943)
+               3 V(520 514 549) M(0) UV(0.34657 0.58133 0.34541 0.58390 0.34300 0.58166)
+               3 V(520 549 550) M(0) UV(0.34657 0.58133 0.34300 0.58166 0.34395 0.57916)
+               3 V(515 509 549) M(0) UV(0.34293 0.58769 0.33971 0.58496 0.34148 0.58344)
+               3 V(515 549 514) M(0) UV(0.34293 0.58769 0.34148 0.58344 0.34407 0.58599)
+               3 V(548 530 550) M(0) UV(0.34117 0.57549 0.34124 0.57421 0.34354 0.57475)
+               3 V(498 529 509) M(0) UV(0.34772 0.70394 0.34725 0.70569 0.34505 0.70524)
+               3 V(530 529 498) M(0) UV(0.35014 0.70488 0.34725 0.70569 0.34772 0.70394)
+               3 V(529 530 548) M(0) UV(0.33869 0.57552 0.34124 0.57421 0.34117 0.57549)
+               3 V(406 557 511) M(0) UV(0.32891 0.69194 0.32987 0.68919 0.33052 0.69122)
+               3 V(557 406 408) M(0) UV(0.32987 0.68919 0.32796 0.69026 0.32724 0.68858)
+               3 V(557 408 396) M(0) UV(0.32931 0.68722 0.32625 0.68602 0.32840 0.68471)
+               3 V(570 396 400) M(0) UV(0.32634 0.68104 0.32449 0.68187 0.32363 0.68027)
+               3 V(400 404 431) M(0) UV(0.31993 0.60947 0.31825 0.60849 0.31942 0.60633)
+               3 V(396 404 400) M(0) UV(0.32449 0.68187 0.32163 0.68119 0.32363 0.68027)
+               3 V(397 396 408) M(0) UV(0.31924 0.68686 0.32267 0.68496 0.32377 0.68759)
+               3 V(397 408 409) M(0) UV(0.31924 0.68686 0.32377 0.68759 0.32063 0.68956)
+               3 V(511 431 406) M(0) UV(0.32380 0.60221 0.32096 0.60301 0.32145 0.60117)
+               3 V(406 431 394) M(0) UV(0.32145 0.60117 0.32096 0.60301 0.31837 0.60184)
+               3 V(396 397 404) M(0) UV(0.32225 0.68312 0.31965 0.68453 0.31921 0.68259)
+               3 V(511 558 431) M(0) UV(0.32861 0.60507 0.32815 0.60670 0.32523 0.60510)
+               3 V(400 431 558) M(0) UV(0.32372 0.60881 0.32466 0.60680 0.32780 0.60837)
+               3 V(431 404 394) M(0) UV(0.32026 0.60464 0.31690 0.60524 0.31764 0.60351)
+               3 V(399 410 401) M(0) UV(0.31725 0.69929 0.31882 0.69625 0.31955 0.69763)
+               3 V(395 401 394) M(0) UV(0.31216 0.60336 0.31265 0.60160 0.31512 0.60254)
+               3 V(403 414 395) M(0) UV(0.30648 0.60301 0.30721 0.60144 0.30968 0.60240)
+               3 V(402 411 403) M(0) UV(0.31525 0.68970 0.31132 0.69245 0.31148 0.69038)
+               3 V(402 403 395) M(0) UV(0.31422 0.68828 0.31082 0.68879 0.31308 0.68697)
+               3 V(404 397 395) M(0) UV(0.31921 0.68259 0.31814 0.68496 0.31725 0.68382)
+               3 V(397 402 395) M(0) UV(0.31711 0.68621 0.31422 0.68828 0.31308 0.68697)
+               3 V(395 394 404) M(0) UV(0.31451 0.60426 0.31764 0.60351 0.31690 0.60524)
+               3 V(394 401 405) M(0) UV(0.31703 0.59755 0.31463 0.59654 0.31535 0.59517)
+               3 V(414 401 395) M(0) UV(0.30721 0.60144 0.31032 0.60070 0.30968 0.60240)
+               3 V(409 408 405) M(0) UV(0.32063 0.68956 0.32502 0.69018 0.32217 0.69247)
+               3 V(402 410 411) M(0) UV(0.31525 0.68970 0.31665 0.69218 0.31283 0.69488)
+               3 V(411 410 399) M(0) UV(0.31283 0.69488 0.31811 0.69478 0.31427 0.69769)
+               3 V(414 399 401) M(0) UV(0.30856 0.59782 0.30919 0.59602 0.31155 0.59702)
+               3 V(408 406 405) M(0) UV(0.32502 0.69018 0.32597 0.69159 0.32401 0.69313)
+               3 V(394 405 406) M(0) UV(0.31930 0.59839 0.31955 0.59681 0.32204 0.59756)
+               3 V(401 410 405) M(0) UV(0.31955 0.69763 0.31882 0.69625 0.32166 0.69458)
+               3 V(409 410 402) M(0) UV(0.32063 0.68956 0.31665 0.69218 0.31525 0.68970)
+               3 V(409 402 397) M(0) UV(0.32063 0.68956 0.31525 0.68970 0.31924 0.68686)
+               3 V(410 409 405) M(0) UV(0.31811 0.69478 0.32063 0.68956 0.32217 0.69247)
+               3 V(414 403 413) M(0) UV(0.30511 0.60055 0.30299 0.60141 0.30304 0.59970)
+               3 V(412 403 411) M(0) UV(0.30832 0.69509 0.30940 0.69202 0.31132 0.69245)
+               3 V(398 403 412) M(0) UV(0.30609 0.69731 0.30731 0.69394 0.30832 0.69509)
+               3 V(403 398 407) M(0) UV(0.30070 0.60027 0.29764 0.59826 0.29830 0.59734)
+               3 V(403 407 413) M(0) UV(0.30070 0.60027 0.29830 0.59734 0.30081 0.59876)
+               3 V(413 407 399) M(0) UV(0.30289 0.59235 0.30074 0.59046 0.30374 0.59101)
+               3 V(411 399 412) M(0) UV(0.31283 0.69488 0.31092 0.69940 0.30959 0.69712)
+               3 V(412 399 407) M(0) UV(0.30959 0.69712 0.31092 0.69940 0.30841 0.70076)
+               3 V(407 398 412) M(0) UV(0.30490 0.69884 0.30609 0.69731 0.30726 0.69894)
+               3 V(413 399 414) M(0) UV(0.30419 0.59620 0.30711 0.59526 0.30647 0.59701)
+               3 V(586 472 585) M(0) UV(0.31526 0.61410 0.31747 0.61615 0.31494 0.61569)
+               3 V(581 555 430) M(0) UV(0.31542 0.67852 0.31975 0.67897 0.31677 0.68097)
+               3 V(471 555 581) M(0) UV(0.32133 0.67572 0.31975 0.67897 0.31873 0.67689)
+               3 V(474 472 400) M(0) UV(0.32425 0.61699 0.32037 0.61661 0.32091 0.61503)
+               3 V(585 577 524) M(0) UV(0.31652 0.61963 0.31995 0.62021 0.31792 0.62166)
+               3 V(581 573 524) M(0) UV(0.31776 0.67458 0.31742 0.67253 0.31951 0.67186)
+               3 V(581 524 471) M(0) UV(0.31776 0.67458 0.31951 0.67186 0.32025 0.67346)
+               3 V(474 496 577) M(0) UV(0.32410 0.61866 0.32453 0.62040 0.31995 0.62021)
+               3 V(474 577 472) M(0) UV(0.32410 0.61866 0.31995 0.62021 0.32002 0.61826)
+               3 V(570 586 555) M(0) UV(0.31782 0.61001 0.31552 0.61193 0.31549 0.60963)
+               3 V(585 472 577) M(0) UV(0.31652 0.61963 0.32002 0.61826 0.31995 0.62021)
+               3 V(400 472 586) M(0) UV(0.32091 0.61503 0.31786 0.61456 0.31813 0.61232)
+               3 V(586 570 400) M(0) UV(0.31813 0.61232 0.32022 0.61018 0.32198 0.61290)
+               3 V(555 471 570) M(0) UV(0.31975 0.67897 0.32223 0.67781 0.32275 0.67924)
+               3 V(586 430 555) M(0) UV(0.31314 0.61169 0.31324 0.60937 0.31549 0.60963)
+               3 V(556 581 430) M(0) UV(0.31230 0.68319 0.31542 0.67852 0.31677 0.68097)
+               3 V(581 556 576) M(0) UV(0.31542 0.67852 0.31103 0.68094 0.30982 0.67860)
+               3 V(576 573 581) M(0) UV(0.30982 0.67860 0.31228 0.67487 0.31424 0.67582)
+               3 V(430 582 556) M(0) UV(0.31648 0.68476 0.31383 0.68596 0.31304 0.68435)
+               3 V(524 573 584) M(0) UV(0.31341 0.62090 0.31093 0.62033 0.31155 0.61862)
+               3 V(524 584 585) M(0) UV(0.31341 0.62090 0.31155 0.61862 0.31407 0.61920)
+               3 V(585 584 586) M(0) UV(0.31249 0.61512 0.31065 0.61304 0.31283 0.61358)
+               3 V(584 578 465) M(0) UV(0.30989 0.61606 0.30776 0.61548 0.30817 0.61392)
+               3 V(465 466 582) M(0) UV(0.30568 0.61316 0.30262 0.61223 0.30301 0.61050)
+               3 V(578 571 466) M(0) UV(0.30518 0.61482 0.30210 0.61389 0.30262 0.61223)
+               3 V(578 466 465) M(0) UV(0.30518 0.61482 0.30262 0.61223 0.30568 0.61316)
+               3 V(572 576 556) M(0) UV(0.30501 0.68125 0.30982 0.67860 0.31103 0.68094)
+               3 V(572 556 467) M(0) UV(0.30501 0.68125 0.31103 0.68094 0.30632 0.68361)
+               3 V(467 582 466) M(0) UV(0.30812 0.68739 0.31093 0.68745 0.30865 0.68859)
+               3 V(573 578 584) M(0) UV(0.30883 0.61961 0.30724 0.61717 0.30931 0.61791)
+               3 V(430 586 584) M(0) UV(0.31102 0.61126 0.31283 0.61358 0.31065 0.61304)
+               3 V(578 573 576) M(0) UV(0.31109 0.67367 0.31228 0.67487 0.30919 0.67689)
+               3 V(578 576 572) M(0) UV(0.30861 0.67527 0.30919 0.67689 0.30571 0.67902)
+               3 V(578 572 571) M(0) UV(0.30861 0.67527 0.30571 0.67902 0.30563 0.67710)
+               3 V(465 582 430) M(0) UV(0.30851 0.61236 0.30617 0.60971 0.30891 0.61064)
+               3 V(584 465 430) M(0) UV(0.31065 0.61304 0.30851 0.61236 0.30891 0.61064)
+               3 V(582 467 556) M(0) UV(0.31093 0.68745 0.30963 0.68619 0.31304 0.68435)
+               3 V(571 583 575) M(0) UV(0.29932 0.61294 0.29658 0.61195 0.29712 0.61041)
+               3 V(571 575 466) M(0) UV(0.29932 0.61294 0.29712 0.61041 0.29987 0.61134)
+               3 V(579 574 580) M(0) UV(0.29982 0.68980 0.29879 0.68778 0.29999 0.68905)
+               3 V(467 580 574) M(0) UV(0.30632 0.68361 0.30404 0.68730 0.30292 0.68548)
+               3 V(574 572 467) M(0) UV(0.30176 0.68345 0.30501 0.68125 0.30632 0.68361)
+               3 V(580 466 575) M(0) UV(0.29506 0.60666 0.29750 0.60878 0.29480 0.60812)
+               3 V(580 575 579) M(0) UV(0.29314 0.60609 0.29290 0.60683 0.29090 0.60648)
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+               3 V(583 572 574) M(0) UV(0.30142 0.67973 0.30288 0.68067 0.30070 0.68225)
+               3 V(572 583 571) M(0) UV(0.30395 0.67948 0.30142 0.67973 0.30344 0.67830)
+               3 V(580 467 466) M(0) UV(0.30436 0.68861 0.30657 0.68772 0.30627 0.68970)
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+               3 V(384 383 523) M(0) UV(0.32084 0.66570 0.32323 0.66298 0.32336 0.66563)
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+               3 V(387 384 376) M(0) UV(0.31277 0.62484 0.31504 0.62294 0.31522 0.62494)
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+               3 V(378 390 391) M(0) UV(0.30439 0.66495 0.30967 0.66614 0.30512 0.66768)
+               3 V(390 388 381) M(0) UV(0.30967 0.66614 0.31050 0.66880 0.30602 0.67030)
+               3 V(390 381 391) M(0) UV(0.30967 0.66614 0.30602 0.67030 0.30512 0.66768)
+               3 V(378 381 393) M(0) UV(0.30276 0.62990 0.30285 0.62800 0.30553 0.62818)
+               3 V(393 381 380) M(0) UV(0.30553 0.62818 0.30289 0.62613 0.30560 0.62638)
+               3 V(393 380 387) M(0) UV(0.30799 0.62830 0.30804 0.62651 0.31038 0.62660)
+               3 V(389 390 379) M(0) UV(0.31436 0.66469 0.30967 0.66614 0.30898 0.66347)
+               3 V(389 379 382) M(0) UV(0.31436 0.66469 0.30898 0.66347 0.31365 0.66185)
+               3 V(388 390 389) M(0) UV(0.31050 0.66880 0.30967 0.66614 0.31436 0.66469)
+               3 V(388 389 384) M(0) UV(0.31050 0.66880 0.31436 0.66469 0.31519 0.66750)
+               3 V(392 381 386) M(0) UV(0.30177 0.67264 0.30455 0.67347 0.30164 0.67388)
+               3 V(378 391 392) M(0) UV(0.30439 0.66495 0.30512 0.66768 0.30114 0.66896)
+               3 V(378 392 385) M(0) UV(0.30439 0.66495 0.30114 0.66896 0.30041 0.66682)
+               3 V(391 381 392) M(0) UV(0.30512 0.66768 0.30602 0.67030 0.30178 0.67139)
+               3 V(386 385 392) M(0) UV(0.29605 0.67062 0.29666 0.66888 0.29687 0.67033)
+               3 V(378 386 381) M(0) UV(0.29592 0.62743 0.29525 0.62580 0.29814 0.62586)
+               3 V(551 538 569) M(0) UV(0.32699 0.63695 0.32487 0.63923 0.32443 0.63780)
+               3 V(367 362 569) M(0) UV(0.31956 0.63731 0.31985 0.63533 0.32136 0.63703)
+               3 V(569 538 367) M(0) UV(0.32224 0.63834 0.32277 0.63988 0.32086 0.64033)
+               3 V(371 362 363) M(0) UV(0.32170 0.65157 0.31997 0.65335 0.31988 0.65148)
+               3 V(371 363 365) M(0) UV(0.32181 0.64954 0.31988 0.65148 0.31998 0.64954)
+               3 V(371 365 538) M(0) UV(0.32184 0.64790 0.32032 0.64590 0.32178 0.64579)
+               3 V(362 371 502) M(0) UV(0.32504 0.65415 0.32790 0.65307 0.32675 0.65577)
+               3 V(551 569 525) M(0) UV(0.32678 0.63548 0.32343 0.63615 0.32344 0.63450)
+               3 V(538 551 508) M(0) UV(0.32516 0.64089 0.32743 0.63996 0.32765 0.64220)
+               3 V(502 569 362) M(0) UV(0.32675 0.65577 0.32471 0.65638 0.32432 0.65522)
+               3 V(534 371 538) M(0) UV(0.32819 0.64839 0.32566 0.64821 0.32555 0.64561)
+               3 V(534 538 508) M(0) UV(0.32819 0.64839 0.32555 0.64561 0.32796 0.64546)
+               3 V(365 363 364) M(0) UV(0.31712 0.64958 0.31293 0.65192 0.31292 0.65006)
+               3 V(538 365 367) M(0) UV(0.31986 0.64407 0.31778 0.64277 0.31948 0.64242)
+               3 V(365 361 367) M(0) UV(0.31603 0.64310 0.31383 0.64192 0.31565 0.64151)
+               3 V(364 363 366) M(0) UV(0.30876 0.65026 0.31293 0.65192 0.30903 0.65233)
+               3 V(361 366 363) M(0) UV(0.31129 0.64066 0.30861 0.63949 0.31087 0.63909)
+               3 V(362 367 363) M(0) UV(0.31583 0.63633 0.31483 0.63817 0.31449 0.63669)
+               3 V(364 361 365) M(0) UV(0.31260 0.64686 0.31023 0.64577 0.31226 0.64541)
+               3 V(367 361 363) M(0) UV(0.31346 0.64012 0.31129 0.64066 0.31087 0.63909)
+               3 V(509 548 549) M(0) UV(0.33937 0.58007 0.34002 0.57926 0.34106 0.57996)
+               3 V(548 509 529) M(0) UV(0.34002 0.57926 0.33937 0.58007 0.33853 0.57950)
+               3 V(550 549 548) M(0) UV(0.34145 0.57905 0.34106 0.57996 0.34002 0.57926)
+               3 V(579 575 583) M(0) UV(0.29243 0.60900 0.29413 0.60947 0.29336 0.61039)
+               3 V(386 378 385) M(0) UV(0.29278 0.62742 0.29484 0.62740 0.29443 0.62848)
+               3 V(366 361 364) M(0) UV(0.30239 0.64438 0.30402 0.64407 0.30398 0.64528)
+               3 V(552 508 551) M(0) UV(0.33219 0.64107 0.32996 0.64149 0.32971 0.63919)
+               3 V(439 368 419) M(0) UV(0.37195 0.66369 0.36822 0.66338 0.36439 0.65604)
+               3 V(439 419 420) M(0) UV(0.37195 0.66369 0.36439 0.65604 0.36812 0.65443)
+               3 V(422 420 419) M(0) UV(0.35803 0.65127 0.36812 0.65443 0.36439 0.65604)
+               3 V(422 419 421) M(0) UV(0.35803 0.65127 0.36439 0.65604 0.35701 0.65360)
+               3 V(422 421 445) M(0) UV(0.35803 0.65127 0.35701 0.65360 0.35015 0.65336)
+               3 V(422 445 447) M(0) UV(0.35803 0.65127 0.35015 0.65336 0.34955 0.65099)
+               3 V(368 439 458) M(0) UV(0.36822 0.66338 0.37195 0.66369 0.36617 0.67100)
+               3 V(370 453 446) M(0) UV(0.33815 0.65352 0.33732 0.65115 0.34267 0.65110)
+               3 V(447 445 446) M(0) UV(0.34955 0.65099 0.35015 0.65336 0.34362 0.65346)
+               3 V(453 370 534) M(0) UV(0.33732 0.65115 0.33354 0.65368 0.33335 0.65125)
+               3 V(458 594 451) M(0) UV(0.36617 0.67100 0.35873 0.67429 0.35662 0.67292)
+               3 V(369 457 451) M(0) UV(0.35023 0.67738 0.34633 0.67634 0.35460 0.67149)
+               3 V(459 369 451) M(0) UV(0.35321 0.67853 0.35023 0.67738 0.35662 0.67292)
+               3 V(459 451 594) M(0) UV(0.35321 0.67853 0.35662 0.67292 0.35873 0.67429)
+               3 V(371 534 370) M(0) UV(0.33026 0.65352 0.33335 0.65125 0.33354 0.65368)
+               3 V(506 502 371) M(0) UV(0.33328 0.65622 0.32967 0.65606 0.33026 0.65352)
+               3 V(506 371 370) M(0) UV(0.33328 0.65622 0.33026 0.65352 0.33354 0.65368)
+               3 V(456 373 504) M(0) UV(0.33913 0.68063 0.33473 0.68158 0.33385 0.67876)
+               3 V(372 456 457) M(0) UV(0.34463 0.68009 0.33874 0.67775 0.34633 0.67634)
+               3 V(396 373 557) M(0) UV(0.33048 0.68353 0.33342 0.68522 0.33152 0.68611)
+               3 V(396 504 373) M(0) UV(0.32970 0.68023 0.33145 0.67949 0.33228 0.68260)
+               3 V(439 420 418) M(0) UV(0.37195 0.66369 0.36812 0.65443 0.37498 0.65491)
+               3 V(439 418 417) M(0) UV(0.37195 0.66369 0.37498 0.65491 0.37719 0.66168)
+               3 V(368 423 419) M(0) UV(0.36257 0.66270 0.35825 0.66059 0.35957 0.65885)
+               3 V(415 416 417) M(0) UV(0.38835 0.65248 0.38903 0.65773 0.37984 0.66100)
+               3 V(415 417 418) M(0) UV(0.38835 0.65248 0.37984 0.66100 0.37843 0.65488)
+               3 V(440 418 420) M(0) UV(0.37412 0.64893 0.37498 0.65491 0.36812 0.65443)
+               3 V(440 420 533) M(0) UV(0.37412 0.64893 0.36812 0.65443 0.36694 0.64845)
+               3 V(501 442 439) M(0) UV(0.37956 0.66748 0.37460 0.66942 0.37195 0.66369)
+               3 V(501 439 417) M(0) UV(0.37956 0.66748 0.37195 0.66369 0.37719 0.66168)
+               3 V(533 420 422) M(0) UV(0.36694 0.64845 0.36812 0.65443 0.35803 0.65127)
+               3 V(533 422 527) M(0) UV(0.36694 0.64845 0.35803 0.65127 0.35772 0.64776)
+               3 V(419 423 421) M(0) UV(0.35957 0.65885 0.35555 0.66065 0.35559 0.65781)
+               3 V(425 423 450) M(0) UV(0.35102 0.66278 0.35431 0.66380 0.35098 0.66508)
+               3 V(421 423 425) M(0) UV(0.35559 0.65781 0.35555 0.66065 0.35132 0.66066)
+               3 V(527 422 447) M(0) UV(0.35772 0.64776 0.35803 0.65127 0.34955 0.65099)
+               3 V(527 447 531) M(0) UV(0.35772 0.64776 0.34955 0.65099 0.34931 0.64768)
+               3 V(531 447 446) M(0) UV(0.34931 0.64768 0.34955 0.65099 0.34267 0.65110)
+               3 V(531 446 532) M(0) UV(0.34931 0.64768 0.34267 0.65110 0.34231 0.64789)
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+               3 V(424 423 368) M(0) UV(0.36001 0.66663 0.35969 0.66268 0.36257 0.66270)
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+               3 V(451 423 424) M(0) UV(0.35254 0.66967 0.35692 0.66433 0.36001 0.66663)
+               3 V(424 368 458) M(0) UV(0.36001 0.66663 0.36556 0.66298 0.36248 0.66825)
+               3 V(451 424 458) M(0) UV(0.35460 0.67149 0.36001 0.66663 0.36248 0.66825)
+               3 V(425 426 421) M(0) UV(0.35132 0.66066 0.34544 0.65889 0.35126 0.65805)
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+               3 V(448 452 428) M(0) UV(0.34547 0.66447 0.33941 0.66559 0.33954 0.66256)
+               3 V(448 428 426) M(0) UV(0.34547 0.66447 0.33954 0.66256 0.34581 0.66180)
+               3 V(428 452 503) M(0) UV(0.33954 0.66256 0.33941 0.66559 0.33234 0.66615)
+               3 V(454 428 506) M(0) UV(0.33935 0.65923 0.33237 0.66287 0.33281 0.65921)
+               3 V(503 523 427) M(0) UV(0.32861 0.66631 0.32653 0.66668 0.32645 0.66287)
+               3 V(427 502 506) M(0) UV(0.32855 0.66277 0.32891 0.65910 0.33281 0.65921)
+               3 V(427 506 428) M(0) UV(0.32855 0.66277 0.33281 0.65921 0.33237 0.66287)
+               3 V(503 427 428) M(0) UV(0.32861 0.66631 0.32855 0.66277 0.33237 0.66287)
+               3 V(429 464 553) M(0) UV(0.32485 0.62831 0.32838 0.62830 0.32855 0.62973)
+               3 V(505 497 558) M(0) UV(0.33136 0.60681 0.33090 0.60808 0.32815 0.60670)
+               3 V(505 558 511) M(0) UV(0.33136 0.60681 0.32815 0.60670 0.32861 0.60507)
+               3 V(437 432 438) M(0) UV(0.38030 0.60870 0.38020 0.61219 0.37393 0.61085)
+               3 V(437 438 434) M(0) UV(0.38030 0.60870 0.37393 0.61085 0.37406 0.60751)
+               3 V(434 438 435) M(0) UV(0.37406 0.60751 0.37393 0.61085 0.36837 0.60872)
+               3 V(434 435 436) M(0) UV(0.37406 0.60751 0.36837 0.60872 0.36878 0.60510)
+               3 V(434 441 437) M(0) UV(0.37406 0.60751 0.37448 0.60441 0.38020 0.60506)
+               3 V(441 434 436) M(0) UV(0.37448 0.60441 0.37406 0.60751 0.36878 0.60510)
+               3 V(441 436 526) M(0) UV(0.37448 0.60441 0.36878 0.60510 0.36974 0.60153)
+               3 V(526 492 441) M(0) UV(0.36974 0.60153 0.37137 0.59821 0.37502 0.60127)
+               3 V(501 437 441) M(0) UV(0.37990 0.60150 0.38020 0.60506 0.37448 0.60441)
+               3 V(436 435 566) M(0) UV(0.36878 0.60510 0.36837 0.60872 0.36307 0.60642)
+               3 V(562 566 435) M(0) UV(0.36143 0.60980 0.36307 0.60642 0.36837 0.60872)
+               3 V(562 435 438) M(0) UV(0.36143 0.60980 0.36837 0.60872 0.36852 0.61276)
+               3 V(432 480 438) M(0) UV(0.37999 0.61594 0.37395 0.61881 0.37393 0.61473)
+               3 V(526 436 566) M(0) UV(0.36974 0.60153 0.36878 0.60510 0.36469 0.60263)
+               3 V(526 566 568) M(0) UV(0.36974 0.60153 0.36469 0.60263 0.36642 0.59876)
+               3 V(478 477 444) M(0) UV(0.37866 0.63021 0.37815 0.63427 0.37273 0.63379)
+               3 V(539 444 477) M(0) UV(0.37215 0.63818 0.37273 0.63379 0.37815 0.63427)
+               3 V(455 438 480) M(0) UV(0.36864 0.61738 0.37393 0.61473 0.37395 0.61881)
+               3 V(540 481 444) M(0) UV(0.36519 0.63836 0.36637 0.63324 0.37273 0.63379)
+               3 V(540 444 539) M(0) UV(0.36519 0.63836 0.37273 0.63379 0.37215 0.63818)
+               3 V(458 439 442) M(0) UV(0.36617 0.67100 0.37195 0.66369 0.37460 0.66942)
+               3 V(533 540 539) M(0) UV(0.36586 0.64315 0.36519 0.63836 0.37215 0.63818)
+               3 V(533 539 440) M(0) UV(0.36586 0.64315 0.37215 0.63818 0.37269 0.64304)
+               3 V(443 441 492) M(0) UV(0.37800 0.67638 0.37965 0.67891 0.37324 0.68114)
+               3 V(501 441 443) M(0) UV(0.37990 0.60150 0.37502 0.60127 0.37596 0.59576)
+               3 V(492 593 443) M(0) UV(0.37192 0.67814 0.37078 0.67563 0.37662 0.67357)
+               3 V(442 501 443) M(0) UV(0.37460 0.66942 0.38187 0.67176 0.37662 0.67357)
+               3 V(593 458 442) M(0) UV(0.37078 0.67563 0.36821 0.67280 0.37460 0.66942)
+               3 V(593 442 443) M(0) UV(0.37078 0.67563 0.37460 0.66942 0.37662 0.67357)
+               3 V(480 479 484) M(0) UV(0.37395 0.61881 0.37372 0.62432 0.36849 0.62333)
+               3 V(480 484 455) M(0) UV(0.37395 0.61881 0.36849 0.62333 0.36864 0.61738)
+               3 V(479 478 482) M(0) UV(0.37372 0.62432 0.37330 0.62944 0.36777 0.62861)
+               3 V(479 482 484) M(0) UV(0.37372 0.62432 0.36777 0.62861 0.36849 0.62333)
+               3 V(478 444 481) M(0) UV(0.37330 0.62944 0.37273 0.63379 0.36637 0.63324)
+               3 V(478 481 482) M(0) UV(0.37330 0.62944 0.36637 0.63324 0.36777 0.62861)
+               3 V(540 483 481) M(0) UV(0.36519 0.63836 0.36169 0.63530 0.36637 0.63324)
+               3 V(454 370 446) M(0) UV(0.33935 0.65923 0.33880 0.65610 0.34457 0.65580)
+               3 V(454 446 426) M(0) UV(0.33935 0.65923 0.34457 0.65580 0.34544 0.65889)
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+               3 V(445 426 446) M(0) UV(0.35073 0.65540 0.34544 0.65889 0.34457 0.65580)
+               3 V(450 448 425) M(0) UV(0.35098 0.66508 0.34547 0.66447 0.35102 0.66278)
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+               3 V(470 570 471) M(0) UV(0.32796 0.67347 0.32530 0.67657 0.32471 0.67446)
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+               3 V(496 473 554) M(0) UV(0.33039 0.61937 0.33501 0.61810 0.33401 0.62121)
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+               3 V(489 486 528) M(0) UV(0.34926 0.63738 0.35588 0.63726 0.35603 0.63961)
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+               3 V(568 492 526) M(0) UV(0.36642 0.59876 0.37137 0.59821 0.36974 0.60153)
+               3 V(567 565 492) M(0) UV(0.36880 0.68241 0.36714 0.68005 0.37192 0.67814)
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+               3 V(531 537 489) M(0) UV(0.34894 0.64381 0.34206 0.64036 0.34898 0.64004)
+               3 V(461 537 552) M(0) UV(0.33547 0.63820 0.34206 0.64036 0.33571 0.64083)
+               3 V(497 535 541) M(0) UV(0.33742 0.60759 0.33937 0.60403 0.34634 0.60451)
+               3 V(497 541 495) M(0) UV(0.33742 0.60759 0.34634 0.60451 0.34479 0.60870)
+               3 V(505 535 497) M(0) UV(0.33489 0.60532 0.33937 0.60403 0.33742 0.60759)
+               3 V(464 429 496) M(0) UV(0.32838 0.62538 0.32556 0.62519 0.32569 0.62345)
+               3 V(535 512 541) M(0) UV(0.33937 0.60403 0.34451 0.60033 0.34634 0.60451)
+               3 V(505 511 535) M(0) UV(0.33251 0.60402 0.33296 0.60176 0.33561 0.60278)
+               3 V(508 552 534) M(0) UV(0.33042 0.64514 0.33279 0.64489 0.33319 0.64855)
+               3 V(511 373 535) M(0) UV(0.33450 0.68955 0.33653 0.68653 0.33644 0.68918)
+               3 V(535 373 592) M(0) UV(0.33644 0.68918 0.33653 0.68653 0.33956 0.68547)
+               3 V(511 557 373) M(0) UV(0.33273 0.69062 0.33218 0.68818 0.33421 0.68735)
+               3 V(592 375 512) M(0) UV(0.33956 0.68547 0.34348 0.68506 0.34226 0.68841)
+               3 V(592 512 535) M(0) UV(0.33956 0.68547 0.34226 0.68841 0.33909 0.68871)
+               3 V(373 456 592) M(0) UV(0.33577 0.68407 0.33948 0.68301 0.33956 0.68547)
+               3 V(564 596 565) M(0) UV(0.36398 0.68325 0.36511 0.67803 0.36714 0.68005)
+               3 V(565 596 593) M(0) UV(0.36714 0.68005 0.36511 0.67803 0.37078 0.67563)
+               3 V(565 593 492) M(0) UV(0.36714 0.68005 0.37078 0.67563 0.37192 0.67814)
+               3 V(533 528 540) M(0) UV(0.36586 0.64315 0.35603 0.63961 0.36519 0.63836)
+               3 V(527 528 533) M(0) UV(0.35772 0.64776 0.35654 0.64344 0.36586 0.64315)
+               3 V(531 528 527) M(0) UV(0.34931 0.64768 0.35654 0.64344 0.35772 0.64776)
+               3 V(489 528 531) M(0) UV(0.34898 0.64004 0.35654 0.64344 0.34894 0.64381)
+               3 V(552 532 453) M(0) UV(0.33635 0.64466 0.34231 0.64789 0.33669 0.64826)
+               3 V(552 537 532) M(0) UV(0.33571 0.64083 0.34206 0.64036 0.34245 0.64414)
+               3 V(453 534 552) M(0) UV(0.33669 0.64826 0.33319 0.64855 0.33279 0.64489)
+               3 V(438 455 487) M(0) UV(0.36852 0.61276 0.36864 0.61738 0.35988 0.61381)
+               3 V(438 487 562) M(0) UV(0.36852 0.61276 0.35988 0.61381 0.36143 0.60980)
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+               3 V(884 806 807) M(0) UV(0.94118 0.68009 0.93949 0.67634 0.94708 0.67775)
+               3 V(807 759 745) M(0) UV(0.94669 0.68063 0.95197 0.67876 0.95109 0.68158)
+               3 V(758 809 890) M(0) UV(0.95254 0.65622 0.95228 0.65368 0.95555 0.65352)
+               3 V(758 890 737) M(0) UV(0.95254 0.65622 0.95555 0.65352 0.95615 0.65606)
+               3 V(772 890 809) M(0) UV(0.95246 0.65125 0.95555 0.65352 0.95228 0.65368)
+               3 V(885 888 805) M(0) UV(0.92920 0.67292 0.93559 0.67738 0.93261 0.67853)
+               3 V(885 805 663) M(0) UV(0.92920 0.67292 0.93261 0.67853 0.92709 0.67429)
+               3 V(885 806 888) M(0) UV(0.93122 0.67149 0.93949 0.67634 0.93559 0.67738)
+               3 V(665 885 663) M(0) UV(0.91965 0.67100 0.92920 0.67292 0.92709 0.67429)
+               3 V(809 810 772) M(0) UV(0.95228 0.65368 0.94849 0.65115 0.95246 0.65125)
+               3 V(818 819 817) M(0) UV(0.94219 0.65346 0.93567 0.65336 0.93626 0.65099)
+               3 V(818 810 809) M(0) UV(0.94315 0.65110 0.94849 0.65115 0.94767 0.65352)
+               3 V(665 826 886) M(0) UV(0.91965 0.67100 0.91386 0.66369 0.91760 0.66338)
+               3 V(819 820 837) M(0) UV(0.93567 0.65336 0.92880 0.65360 0.92778 0.65127)
+               3 V(819 837 817) M(0) UV(0.93567 0.65336 0.92778 0.65127 0.93626 0.65099)
+               3 V(837 820 887) M(0) UV(0.92778 0.65127 0.92880 0.65360 0.92143 0.65604)
+               3 V(837 887 839) M(0) UV(0.92778 0.65127 0.92143 0.65604 0.91769 0.65443)
+               3 V(887 886 826) M(0) UV(0.92143 0.65604 0.91760 0.66338 0.91386 0.66369)
+               3 V(887 826 839) M(0) UV(0.92143 0.65604 0.91386 0.66369 0.91769 0.65443)
+               3 V(888 806 884) M(0) UV(0.93776 0.68043 0.93949 0.67634 0.94118 0.68009)
+               3 V(725 896 705) M(0) UV(0.95362 0.64107 0.95610 0.63919 0.95585 0.64149)
+               3 V(762 761 716) M(0) UV(0.89528 0.66307 0.90114 0.66987 0.89270 0.66769)
+               3 V(722 825 710) M(0) UV(0.90807 0.63819 0.90800 0.64306 0.89802 0.64257)
+               3 V(711 717 785) M(0) UV(0.89552 0.61852 0.90583 0.61594 0.90609 0.61988)
+               3 V(711 785 712) M(0) UV(0.89552 0.61852 0.90609 0.61988 0.89574 0.62217)
+               3 V(712 785 786) M(0) UV(0.89574 0.62217 0.90609 0.61988 0.90656 0.62508)
+               3 V(712 786 714) M(0) UV(0.89574 0.62217 0.90656 0.62508 0.89619 0.62648)
+               3 V(714 786 787) M(0) UV(0.89619 0.62648 0.90656 0.62508 0.90715 0.63021)
+               3 V(714 787 715) M(0) UV(0.89619 0.62648 0.90715 0.63021 0.89660 0.63103)
+               3 V(787 788 763) M(0) UV(0.90715 0.63021 0.90767 0.63427 0.89713 0.63486)
+               3 V(787 763 715) M(0) UV(0.90715 0.63021 0.89713 0.63486 0.89660 0.63103)
+               3 V(710 763 788) M(0) UV(0.89773 0.63840 0.89713 0.63486 0.90767 0.63427)
+               3 V(710 788 722) M(0) UV(0.89773 0.63840 0.90767 0.63427 0.90807 0.63819)
+               3 V(825 789 710) M(0) UV(0.90800 0.64306 0.89777 0.64813 0.89802 0.64257)
+               3 V(713 827 717) M(0) UV(0.89533 0.61168 0.90551 0.60870 0.90561 0.61219)
+               3 V(713 717 711) M(0) UV(0.89533 0.61168 0.90561 0.61219 0.89536 0.61512)
+               3 V(979 973 990) M(0) UV(0.37968 0.25123 0.37557 0.25241 0.37745 0.24434)
+               3 V(979 990 981) M(0) UV(0.37968 0.25123 0.37745 0.24434 0.38102 0.24338)
+               3 V(964 979 981) M(0) UV(0.38727 0.24527 0.38355 0.24887 0.38454 0.24172)
+               3 V(964 981 993) M(0) UV(0.38727 0.24527 0.38454 0.24172 0.38806 0.23938)
+               3 V(1005 1021 1003) M(0) UV(0.11969 0.23371 0.12154 0.23564 0.11792 0.23711)
+               3 V(1003 996 1022) M(0) UV(0.11435 0.23777 0.11127 0.23752 0.11220 0.23433)
+               3 V(996 1024 1022) M(0) UV(0.10853 0.23676 0.10746 0.23222 0.11010 0.23354)
+               3 V(1003 1022 1005) M(0) UV(0.11435 0.23777 0.11427 0.23456 0.11674 0.23451)
+               3 V(1025 1000 1005) M(0) UV(0.11886 0.21673 0.12188 0.22165 0.11893 0.22203)
+               3 V(1025 1023 1006) M(0) UV(0.11131 0.21673 0.10981 0.21762 0.10915 0.21408)
+               3 V(1023 1022 1006) M(0) UV(0.10981 0.21762 0.10709 0.21457 0.10915 0.21408)
+               3 V(1004 996 1003) M(0) UV(0.10712 0.25123 0.10577 0.24338 0.10934 0.24434)
+               3 V(1006 1022 1024) M(0) UV(0.10923 0.21010 0.10709 0.21457 0.10712 0.20981)
+               3 V(1005 1022 1023) M(0) UV(0.11359 0.22281 0.11019 0.22193 0.11122 0.22047)
+               3 V(1005 1023 1025) M(0) UV(0.11359 0.22281 0.11122 0.22047 0.11259 0.21925)
+               3 V(1006 1024 1025) M(0) UV(0.10915 0.21408 0.11094 0.21037 0.11077 0.21372)
+               3 V(1000 1021 1005) M(0) UV(0.12451 0.22363 0.12156 0.22729 0.12000 0.22504)
+               3 V(1019 1001 1002) M(0) UV(0.14022 0.19951 0.13565 0.20628 0.13689 0.20378)
+               3 V(1025 1013 1000) M(0) UV(0.11886 0.21673 0.12193 0.21951 0.12188 0.22165)
+               3 V(1012 1013 1025) M(0) UV(0.12420 0.21336 0.12399 0.21624 0.12095 0.21437)
+               3 V(1012 1014 1018) M(0) UV(0.12340 0.20273 0.12111 0.20269 0.12328 0.19833)
+               3 V(1014 1012 1025) M(0) UV(0.12046 0.20593 0.12275 0.20742 0.12037 0.20808)
+               3 V(1018 1020 1011) M(0) UV(0.12608 0.19432 0.13019 0.19193 0.12825 0.19502)
+               3 V(1025 1024 1014) M(0) UV(0.11702 0.20729 0.11615 0.20490 0.11796 0.20484)
+               3 V(1019 997 1020) M(0) UV(0.13442 0.19388 0.13292 0.19724 0.13227 0.19353)
+               3 V(1020 997 1011) M(0) UV(0.13006 0.19522 0.13273 0.19772 0.12882 0.19794)
+               3 V(997 1019 1002) M(0) UV(0.13342 0.19775 0.13509 0.19483 0.13536 0.19880)
+               3 V(997 1002 1011) M(0) UV(0.13282 0.19799 0.13045 0.20212 0.12928 0.20055)
+               3 V(1017 1018 1014) M(0) UV(0.11730 0.19999 0.12103 0.19728 0.11831 0.20137)
+               3 V(1012 1018 1011) M(0) UV(0.12611 0.20235 0.12452 0.19981 0.12675 0.19780)
+               3 V(1000 1013 1001) M(0) UV(0.13419 0.21841 0.13295 0.21310 0.13578 0.20975)
+               3 V(1001 1013 1002) M(0) UV(0.13578 0.20975 0.13295 0.21310 0.13250 0.20914)
+               3 V(1012 1011 1002) M(0) UV(0.12774 0.20465 0.12754 0.20119 0.12897 0.20346)
+               3 V(1002 1013 1012) M(0) UV(0.12994 0.20894 0.12913 0.21038 0.12754 0.20892)
+               3 V(1020 999 1019) M(0) UV(0.13540 0.18795 0.13977 0.18629 0.13810 0.18941)
+               3 V(998 1016 1008) M(0) UV(0.13803 0.17389 0.13602 0.17007 0.13963 0.17023)
+               3 V(999 998 1009) M(0) UV(0.14470 0.17503 0.14269 0.17202 0.14589 0.16714)
+               3 V(998 1008 1009) M(0) UV(0.14269 0.17202 0.14273 0.16423 0.14589 0.16714)
+               3 V(1030 999 1009) M(0) UV(0.15243 0.17189 0.14729 0.17607 0.14751 0.17108)
+               3 V(1020 1016 998) M(0) UV(0.13493 0.18038 0.13452 0.17745 0.13712 0.17611)
+               3 V(1020 998 999) M(0) UV(0.13528 0.18351 0.13899 0.18045 0.13956 0.18386)
+               3 V(1008 1016 1007) M(0) UV(0.13718 0.16298 0.13229 0.17153 0.13081 0.16720)
+               3 V(1024 996 1010) M(0) UV(0.10093 0.23021 0.10264 0.23447 0.09927 0.23361)
+               3 V(1017 1010 995) M(0) UV(0.11278 0.17160 0.11502 0.16881 0.12049 0.17092)
+               3 V(1017 995 1018) M(0) UV(0.11278 0.17160 0.12049 0.17092 0.12051 0.17751)
+               3 V(1018 995 1007) M(0) UV(0.12051 0.17751 0.12049 0.17092 0.12570 0.16981)
+               3 V(1018 1007 1016) M(0) UV(0.12051 0.17751 0.12570 0.16981 0.12753 0.17442)
+               3 V(1017 1024 1010) M(0) UV(0.11278 0.17160 0.10754 0.16913 0.11081 0.16697)
+               3 V(1015 1010 996) M(0) UV(0.09953 0.24527 0.09874 0.23938 0.10226 0.24172)
+               3 V(1015 996 1004) M(0) UV(0.09953 0.24527 0.10226 0.24172 0.10325 0.24887)
+               3 V(1017 1014 1024) M(0) UV(0.11730 0.19999 0.11831 0.20137 0.11615 0.20490)
+               3 V(1016 1020 1018) M(0) UV(0.13102 0.17909 0.13124 0.18262 0.12697 0.18501)
+               3 V(1028 1026 1007) M(0) UV(0.12684 0.15482 0.13467 0.15220 0.13318 0.15958)
+               3 V(1027 995 1010) M(0) UV(0.11926 0.15649 0.12171 0.16197 0.11657 0.16160)
+               3 V(1027 1010 1015) M(0) UV(0.11926 0.15649 0.11657 0.16160 0.11254 0.15757)
+               3 V(1008 1007 1026) M(0) UV(0.13718 0.16298 0.13318 0.15958 0.13467 0.15220)
+               3 V(1008 1026 1029) M(0) UV(0.13718 0.16298 0.13467 0.15220 0.14518 0.14878)
+               3 V(995 1027 1028) M(0) UV(0.12171 0.16197 0.11926 0.15649 0.12684 0.15482)
+               3 V(995 1028 1007) M(0) UV(0.12171 0.16197 0.12684 0.15482 0.12780 0.16268)
+               3 V(994 966 988) M(0) UV(0.36524 0.22729 0.36229 0.22363 0.36680 0.22504)
+               3 V(984 978 974) M(0) UV(0.37586 0.21037 0.37764 0.21408 0.37603 0.21372)
+               3 V(974 965 988) M(0) UV(0.37421 0.21925 0.37558 0.22047 0.37320 0.22281)
+               3 V(988 965 986) M(0) UV(0.37320 0.22281 0.37558 0.22047 0.37661 0.22193)
+               3 V(986 978 984) M(0) UV(0.37970 0.21457 0.37757 0.21010 0.37968 0.20981)
+               3 V(965 978 986) M(0) UV(0.37699 0.21762 0.37764 0.21408 0.37970 0.21457)
+               3 V(974 978 965) M(0) UV(0.37548 0.21673 0.37764 0.21408 0.37699 0.21762)
+               3 V(974 988 966) M(0) UV(0.36793 0.21673 0.36787 0.22203 0.36491 0.22165)
+               3 V(988 986 990) M(0) UV(0.37006 0.23451 0.37253 0.23456 0.37244 0.23777)
+               3 V(981 986 984) M(0) UV(0.37827 0.23676 0.37670 0.23354 0.37934 0.23222)
+               3 V(990 986 981) M(0) UV(0.37244 0.23777 0.37459 0.23433 0.37553 0.23752)
+               3 V(990 994 988) M(0) UV(0.36888 0.23711 0.36526 0.23564 0.36711 0.23371)
+               3 V(969 989 980) M(0) UV(0.35686 0.20894 0.35926 0.20892 0.35767 0.21038)
+               3 V(989 969 975) M(0) UV(0.35906 0.20465 0.35783 0.20346 0.35926 0.20119)
+               3 V(969 980 982) M(0) UV(0.35430 0.20914 0.35385 0.21310 0.35101 0.20975)
+               3 V(980 966 982) M(0) UV(0.35385 0.21310 0.35261 0.21841 0.35101 0.20975)
+               3 V(989 975 985) M(0) UV(0.36069 0.20235 0.36005 0.19780 0.36228 0.19981)
+               3 V(971 983 985) M(0) UV(0.36950 0.19999 0.36848 0.20137 0.36577 0.19728)
+               3 V(969 987 975) M(0) UV(0.35635 0.20212 0.35398 0.19799 0.35752 0.20055)
+               3 V(968 987 969) M(0) UV(0.35171 0.19483 0.35337 0.19775 0.35144 0.19880)
+               3 V(976 975 987) M(0) UV(0.35674 0.19522 0.35798 0.19794 0.35407 0.19772)
+               3 V(968 976 987) M(0) UV(0.35238 0.19388 0.35453 0.19353 0.35387 0.19724)
+               3 V(974 983 984) M(0) UV(0.36978 0.20729 0.36884 0.20484 0.37064 0.20490)
+               3 V(975 976 985) M(0) UV(0.35855 0.19502 0.35661 0.19193 0.36072 0.19432)
+               3 V(983 974 989) M(0) UV(0.36634 0.20593 0.36643 0.20808 0.36405 0.20742)
+               3 V(989 985 983) M(0) UV(0.36340 0.20273 0.36351 0.19833 0.36569 0.20269)
+               3 V(989 974 980) M(0) UV(0.36260 0.21336 0.36584 0.21437 0.36281 0.21624)
+               3 V(980 974 966) M(0) UV(0.36487 0.21951 0.36793 0.21673 0.36491 0.22165)
+               3 V(968 969 982) M(0) UV(0.34658 0.19951 0.34991 0.20378 0.35115 0.20628)
+               3 V(984 983 971) M(0) UV(0.37064 0.20490 0.36848 0.20137 0.36950 0.19999)
+               3 V(967 976 968) M(0) UV(0.34702 0.18629 0.35140 0.18795 0.34870 0.18941)
+               3 V(967 970 976) M(0) UV(0.34724 0.18386 0.34781 0.18045 0.35152 0.18351)
+               3 V(976 970 972) M(0) UV(0.35187 0.18038 0.34968 0.17611 0.35228 0.17745)
+               3 V(970 977 972) M(0) UV(0.34876 0.17389 0.34717 0.17023 0.35078 0.17007)
+               3 V(961 962 991) M(0) UV(0.35996 0.15482 0.36754 0.15649 0.36509 0.16197)
+               3 V(961 991 992) M(0) UV(0.35996 0.15482 0.36509 0.16197 0.35900 0.16268)
+               3 V(977 963 992) M(0) UV(0.34962 0.16298 0.35212 0.15220 0.35362 0.15958)
+               3 V(993 991 962) M(0) UV(0.37023 0.16160 0.36509 0.16197 0.36754 0.15649)
+               3 V(993 962 964) M(0) UV(0.37023 0.16160 0.36754 0.15649 0.37425 0.15757)
+               3 V(961 992 963) M(0) UV(0.35996 0.15482 0.35362 0.15958 0.35212 0.15220)
+               3 V(985 976 972) M(0) UV(0.35983 0.18501 0.35556 0.18262 0.35578 0.17909)
+               3 V(971 993 984) M(0) UV(0.37402 0.17160 0.37599 0.16697 0.37926 0.16913)
+               3 V(992 991 985) M(0) UV(0.36110 0.16981 0.36631 0.17092 0.36629 0.17751)
+               3 V(992 985 972) M(0) UV(0.36110 0.16981 0.36629 0.17751 0.35927 0.17442)
+               3 V(991 993 971) M(0) UV(0.36631 0.17092 0.37178 0.16881 0.37402 0.17160)
+               3 V(991 971 985) M(0) UV(0.36631 0.17092 0.37402 0.17160 0.36629 0.17751)
+               3 V(984 993 981) M(0) UV(0.38587 0.23021 0.38752 0.23361 0.38416 0.23447)
+               3 V(977 992 972) M(0) UV(0.34962 0.16298 0.35599 0.16720 0.35451 0.17153)
+               3 V(1209 1032 1207) M(0) UV(0.28175 0.93520 0.28360 0.93743 0.28175 0.93863)
+               3 V(1035 1034 1033) M(0) UV(0.28844 0.93360 0.28801 0.93163 0.28959 0.93239)
+               3 V(1207 1032 1031) M(0) UV(0.28175 0.93863 0.28535 0.93738 0.28786 0.93797)
+               3 V(1037 1038 1036) M(0) UV(0.29199 0.79078 0.29414 0.78977 0.29237 0.79344)
+               3 V(1039 1197 1205) M(0) UV(0.28460 0.79514 0.28327 0.79621 0.28320 0.79513)
+               3 V(1160 1052 1158) M(0) UV(0.25193 0.16733 0.24724 0.16744 0.24773 0.16674)
+               3 V(1201 1197 1198) M(0) UV(0.28065 0.79513 0.28192 0.79604 0.28057 0.79621)
+               3 V(1202 1203 1199) M(0) UV(0.27142 0.79733 0.27212 0.79660 0.27263 0.79768)
+               3 V(1205 1197 1201) M(0) UV(0.28192 0.79239 0.28192 0.79376 0.28062 0.79327)
+               3 V(1204 1200 1203) M(0) UV(0.27648 0.79154 0.27686 0.79322 0.27563 0.79341)
+               3 V(1201 1200 1204) M(0) UV(0.28058 0.79243 0.27905 0.79261 0.27882 0.79072)
+               3 V(1215 1206 1214) M(0) UV(0.26947 0.93389 0.27074 0.93623 0.26594 0.93316)
+               3 V(1216 1213 1210) M(0) UV(0.26976 0.93010 0.27143 0.92940 0.27116 0.93085)
+               3 V(1211 1210 1212) M(0) UV(0.27507 0.93360 0.27391 0.93239 0.27549 0.93163)
+               3 V(1217 1208 1211) M(0) UV(0.27815 0.93738 0.27565 0.93797 0.27644 0.93500)
+               3 V(1215 1214 1216) M(0) UV(0.26815 0.93306 0.26594 0.93316 0.26717 0.93096)
+               3 V(1251 1250 1304) M(0) UV(0.23487 0.16733 0.23907 0.16674 0.23956 0.16744)
+               3 V(1218 1044 1045) M(0) UV(0.24340 0.15281 0.25287 0.15340 0.25266 0.15551)
+               3 V(1218 1045 1219) M(0) UV(0.24340 0.15281 0.25266 0.15551 0.24340 0.15508)
+               3 V(1044 1046 1045) M(0) UV(0.25287 0.15340 0.26288 0.15579 0.25266 0.15551)
+               3 V(1222 1048 1049) M(0) UV(0.24340 0.14710 0.25454 0.14762 0.25338 0.15105)
+               3 V(1222 1049 1221) M(0) UV(0.24340 0.14710 0.25338 0.15105 0.24340 0.15046)
+               3 V(1050 1049 1048) M(0) UV(0.26567 0.15164 0.25338 0.15105 0.25454 0.14762)
+               3 V(1050 1048 1051) M(0) UV(0.26567 0.15164 0.25454 0.14762 0.26621 0.14862)
+               3 V(1221 1049 1044) M(0) UV(0.24340 0.15046 0.25338 0.15105 0.25287 0.15340)
+               3 V(1221 1044 1218) M(0) UV(0.24340 0.15046 0.25287 0.15340 0.24340 0.15281)
+               3 V(1049 1050 1046) M(0) UV(0.25338 0.15105 0.26567 0.15164 0.26434 0.15379)
+               3 V(1049 1046 1044) M(0) UV(0.25338 0.15105 0.26434 0.15379 0.25287 0.15340)
+               3 V(1047 1051 1048) M(0) UV(0.25306 0.14295 0.26621 0.14862 0.25454 0.14762)
+               3 V(1220 1047 1048) M(0) UV(0.24340 0.14246 0.25306 0.14295 0.25454 0.14762)
+               3 V(1220 1048 1222) M(0) UV(0.24340 0.14246 0.25454 0.14762 0.24340 0.14710)
+               3 V(1220 1222 1308) M(0) UV(0.24340 0.14246 0.24340 0.14710 0.23226 0.14762)
+               3 V(1220 1308 1309) M(0) UV(0.24340 0.14246 0.23226 0.14762 0.23374 0.14295)
+               3 V(1309 1308 1305) M(0) UV(0.23374 0.14295 0.23226 0.14762 0.22059 0.14862)
+               3 V(1310 1306 1307) M(0) UV(0.22246 0.15379 0.22113 0.15164 0.23342 0.15105)
+               3 V(1310 1307 1312) M(0) UV(0.22246 0.15379 0.23342 0.15105 0.23393 0.15340)
+               3 V(1312 1307 1221) M(0) UV(0.23393 0.15340 0.23342 0.15105 0.24340 0.15046)
+               3 V(1312 1221 1218) M(0) UV(0.23393 0.15340 0.24340 0.15046 0.24340 0.15281)
+               3 V(1306 1305 1308) M(0) UV(0.22113 0.15164 0.22059 0.14862 0.23226 0.14762)
+               3 V(1306 1308 1307) M(0) UV(0.22113 0.15164 0.23226 0.14762 0.23342 0.15105)
+               3 V(1307 1308 1222) M(0) UV(0.23342 0.15105 0.23226 0.14762 0.24340 0.14710)
+               3 V(1307 1222 1221) M(0) UV(0.23342 0.15105 0.24340 0.14710 0.24340 0.15046)
+               3 V(1312 1311 1310) M(0) UV(0.23393 0.15340 0.23414 0.15551 0.22392 0.15579)
+               3 V(1218 1219 1311) M(0) UV(0.24340 0.15281 0.24340 0.15508 0.23414 0.15551)
+               3 V(1218 1311 1312) M(0) UV(0.24340 0.15281 0.23414 0.15551 0.23393 0.15340)
+               3 V(1386 1385 1348) M(0) UV(0.21667 0.22510 0.21865 0.22517 0.22017 0.22576)
+               3 V(1347 1348 1385) M(0) UV(0.22030 0.22542 0.22017 0.22576 0.21865 0.22517)
+               3 V(1386 1351 1385) M(0) UV(0.21454 0.22461 0.21461 0.22339 0.21664 0.22386)
+               3 V(1352 1378 1351) M(0) UV(0.21113 0.22459 0.21101 0.22331 0.21283 0.22325)
+               3 V(1383 1381 1382) M(0) UV(0.20626 0.21754 0.20307 0.21383 0.20798 0.21299)
+               3 V(1383 1382 1350) M(0) UV(0.20626 0.21754 0.20798 0.21299 0.20978 0.21699)
+               3 V(1381 1380 1346) M(0) UV(0.20307 0.21383 0.19887 0.20940 0.20609 0.20867)
+               3 V(1381 1346 1382) M(0) UV(0.20307 0.21383 0.20609 0.20867 0.20798 0.21299)
+               3 V(1382 1346 1349) M(0) UV(0.20798 0.21299 0.20609 0.20867 0.21294 0.20931)
+               3 V(1382 1349 1350) M(0) UV(0.20798 0.21299 0.21294 0.20931 0.21301 0.21299)
+               3 V(1351 1350 1379) M(0) UV(0.21336 0.22003 0.21331 0.21695 0.21640 0.21743)
+               3 V(1351 1379 1384) M(0) UV(0.21556 0.22032 0.21640 0.21743 0.21956 0.21882)
+               3 V(1351 1384 1385) M(0) UV(0.21556 0.22032 0.21956 0.21882 0.21812 0.22123)
+               3 V(1378 1350 1351) M(0) UV(0.21081 0.22003 0.21331 0.21695 0.21336 0.22003)
+               3 V(1378 1383 1350) M(0) UV(0.20809 0.22045 0.20626 0.21754 0.20978 0.21699)
+               3 V(1376 1377 1372) M(0) UV(0.20390 0.22238 0.20443 0.22520 0.20251 0.22361)
+               3 V(1377 1376 1378) M(0) UV(0.20557 0.22431 0.20583 0.22128 0.20716 0.22348)
+               3 V(1328 1329 1330) M(0) UV(0.19477 0.22614 0.19320 0.22366 0.19718 0.22430)
+               3 V(1328 1330 1331) M(0) UV(0.19477 0.22614 0.19718 0.22430 0.19861 0.22654)
+               3 V(1331 1330 1372) M(0) UV(0.19861 0.22654 0.19718 0.22430 0.20051 0.22452)
+               3 V(1331 1372 1377) M(0) UV(0.19861 0.22654 0.20051 0.22452 0.20348 0.22681)
+               3 V(1373 1376 1372) M(0) UV(0.19715 0.21805 0.20109 0.22018 0.20006 0.22214)
+               3 V(1373 1372 1330) M(0) UV(0.19715 0.21805 0.20006 0.22214 0.19640 0.22102)
+               3 V(1376 1373 1381) M(0) UV(0.20325 0.21863 0.19940 0.21559 0.20307 0.21383)
+               3 V(1376 1381 1383) M(0) UV(0.20325 0.21863 0.20307 0.21383 0.20626 0.21754)
+               3 V(1329 1374 1373) M(0) UV(0.19135 0.21964 0.19171 0.21522 0.19715 0.21805)
+               3 V(1329 1373 1330) M(0) UV(0.19135 0.21964 0.19715 0.21805 0.19640 0.22102)
+               3 V(1373 1374 1375) M(0) UV(0.19715 0.21805 0.19171 0.21522 0.19413 0.21169)
+               3 V(1373 1375 1380) M(0) UV(0.19940 0.21559 0.19413 0.21169 0.19887 0.20940)
+               3 V(1373 1380 1381) M(0) UV(0.19940 0.21559 0.19887 0.20940 0.20307 0.21383)
+               3 V(1376 1383 1378) M(0) UV(0.20583 0.22128 0.20626 0.21754 0.20809 0.22045)
+               3 V(1370 1348 1354) M(0) UV(0.22965 0.22861 0.22690 0.22727 0.22702 0.22623)
+               3 V(1370 1369 1371) M(0) UV(0.22587 0.23340 0.22106 0.23510 0.22045 0.23370)
+               3 V(1370 1371 1348) M(0) UV(0.22587 0.23340 0.22045 0.23370 0.22432 0.23165)
+               3 V(1348 1347 1354) M(0) UV(0.22504 0.22698 0.22511 0.22626 0.22702 0.22623)
+               3 V(1369 1370 1368) M(0) UV(0.22106 0.23510 0.22587 0.23340 0.22707 0.23525)
+               3 V(1354 1387 1370) M(0) UV(0.23007 0.22722 0.23172 0.22998 0.22965 0.22861)
+               3 V(1389 1237 1259) M(0) UV(0.23347 0.23991 0.23730 0.24397 0.23307 0.24469)
+               3 V(1367 1366 1260) M(0) UV(0.22225 0.24193 0.22868 0.24118 0.22825 0.24537)
+               3 V(1367 1260 1261) M(0) UV(0.22225 0.24193 0.22825 0.24537 0.22169 0.24577)
+               3 V(1368 1390 1389) M(0) UV(0.22818 0.23783 0.23293 0.23527 0.23347 0.23991)
+               3 V(1368 1389 1366) M(0) UV(0.22818 0.23783 0.23347 0.23991 0.22868 0.24118)
+               3 V(1367 1368 1366) M(0) UV(0.22224 0.23899 0.22818 0.23783 0.22868 0.24118)
+               3 V(1368 1370 1390) M(0) UV(0.22707 0.23525 0.23024 0.23247 0.23293 0.23527)
+               3 V(1369 1368 1367) M(0) UV(0.22173 0.23670 0.22818 0.23783 0.22224 0.23899)
+               3 V(1259 1260 1366) M(0) UV(0.23307 0.24469 0.22825 0.24537 0.22868 0.24118)
+               3 V(1259 1366 1389) M(0) UV(0.23307 0.24469 0.22868 0.24118 0.23347 0.23991)
+               3 V(1336 1335 1340) M(0) UV(0.20792 0.23423 0.21190 0.23551 0.21155 0.23686)
+               3 V(1336 1340 1337) M(0) UV(0.20792 0.23423 0.21155 0.23686 0.20710 0.23551)
+               3 V(1362 1336 1337) M(0) UV(0.20417 0.23259 0.20792 0.23423 0.20710 0.23551)
+               3 V(1362 1337 1361) M(0) UV(0.20417 0.23259 0.20710 0.23551 0.20271 0.23364)
+               3 V(1365 1335 1364) M(0) UV(0.21610 0.23567 0.21208 0.23454 0.21589 0.23455)
+               3 V(1364 1335 1334) M(0) UV(0.21520 0.23094 0.21234 0.23069 0.21241 0.22981)
+               3 V(1364 1334 1363) M(0) UV(0.21520 0.23094 0.21241 0.22981 0.21532 0.23017)
+               3 V(1365 1340 1335) M(0) UV(0.21620 0.23711 0.21155 0.23686 0.21190 0.23551)
+               3 V(1369 1365 1364) M(0) UV(0.22106 0.23510 0.21610 0.23567 0.21589 0.23455)
+               3 V(1369 1364 1371) M(0) UV(0.22106 0.23510 0.21589 0.23455 0.22045 0.23370)
+               3 V(1364 1363 1371) M(0) UV(0.21520 0.23094 0.21532 0.23017 0.21823 0.22963)
+               3 V(1361 1337 1358) M(0) UV(0.20271 0.23364 0.20602 0.23734 0.20130 0.23511)
+               3 V(1337 1340 1339) M(0) UV(0.20602 0.23734 0.21099 0.23875 0.20994 0.24137)
+               3 V(1337 1339 1338) M(0) UV(0.20602 0.23734 0.20994 0.24137 0.20418 0.24002)
+               3 V(1358 1337 1338) M(0) UV(0.20130 0.23511 0.20602 0.23734 0.20418 0.24002)
+               3 V(1358 1338 1359) M(0) UV(0.20130 0.23511 0.20418 0.24002 0.19877 0.23791)
+               3 V(1338 1339 1235) M(0) UV(0.20418 0.24002 0.20994 0.24137 0.20771 0.24521)
+               3 V(1338 1235 1234) M(0) UV(0.20418 0.24002 0.20771 0.24521 0.20073 0.24412)
+               3 V(1360 1339 1340) M(0) UV(0.21559 0.24193 0.20994 0.24137 0.21099 0.23875)
+               3 V(1360 1340 1365) M(0) UV(0.21559 0.24193 0.21099 0.23875 0.21610 0.23910)
+               3 V(1365 1367 1360) M(0) UV(0.21610 0.23910 0.22225 0.24193 0.21559 0.24193)
+               3 V(1365 1369 1367) M(0) UV(0.21620 0.23711 0.22173 0.23670 0.22224 0.23899)
+               3 V(1261 1262 1360) M(0) UV(0.22169 0.24577 0.21449 0.24567 0.21559 0.24193)
+               3 V(1261 1360 1367) M(0) UV(0.22169 0.24577 0.21559 0.24193 0.22225 0.24193)
+               3 V(1339 1360 1262) M(0) UV(0.20994 0.24137 0.21559 0.24193 0.21449 0.24567)
+               3 V(1339 1262 1235) M(0) UV(0.20994 0.24137 0.21449 0.24567 0.20771 0.24521)
+               3 V(1361 1331 1377) M(0) UV(0.19978 0.22959 0.19945 0.22802 0.20427 0.22835)
+               3 V(1361 1377 1362) M(0) UV(0.19978 0.22959 0.20427 0.22835 0.20298 0.22987)
+               3 V(1362 1334 1335) M(0) UV(0.20683 0.22884 0.21001 0.22904 0.20979 0.23002)
+               3 V(1362 1335 1336) M(0) UV(0.20664 0.22986 0.20968 0.23108 0.20910 0.23249)
+               3 V(1359 1333 1358) M(0) UV(0.19877 0.23791 0.19650 0.23247 0.20130 0.23511)
+               3 V(1358 1333 1361) M(0) UV(0.20130 0.23511 0.19650 0.23247 0.19868 0.23147)
+               3 V(1332 1328 1331) M(0) UV(0.19389 0.23021 0.19591 0.22794 0.19699 0.22974)
+               3 V(1333 1332 1331) M(0) UV(0.19650 0.23247 0.19389 0.23021 0.19699 0.22974)
+               3 V(1333 1331 1361) M(0) UV(0.19650 0.23247 0.19699 0.22974 0.19868 0.23147)
+               3 V(1359 1338 1234) M(0) UV(0.19877 0.23791 0.20418 0.24002 0.20073 0.24412)
+               3 V(1297 1296 1254) M(0) UV(0.21836 0.16795 0.21940 0.16484 0.22190 0.16639)
+               3 V(1263 1290 1294) M(0) UV(0.20985 0.17218 0.21014 0.16644 0.21443 0.16701)
+               3 V(1263 1294 1264) M(0) UV(0.20985 0.17218 0.21443 0.16701 0.21384 0.17148)
+               3 V(1264 1294 1297) M(0) UV(0.21384 0.17148 0.21443 0.16701 0.21836 0.16795)
+               3 V(1287 1297 1288) M(0) UV(0.22064 0.17382 0.22050 0.17140 0.22260 0.17152)
+               3 V(1293 1263 1264) M(0) UV(0.21099 0.17811 0.20985 0.17218 0.21384 0.17148)
+               3 V(1288 1297 1254) M(0) UV(0.22304 0.16987 0.22092 0.16894 0.22190 0.16639)
+               3 V(1290 1289 1295) M(0) UV(0.21014 0.16644 0.21170 0.16165 0.21585 0.16319)
+               3 V(1290 1295 1294) M(0) UV(0.21014 0.16644 0.21585 0.16319 0.21443 0.16701)
+               3 V(1291 1263 1293) M(0) UV(0.20723 0.18063 0.20985 0.17218 0.21099 0.17811)
+               3 V(1293 1264 1297) M(0) UV(0.21436 0.17622 0.21384 0.17148 0.21798 0.17122)
+               3 V(1293 1297 1287) M(0) UV(0.21436 0.17622 0.21798 0.17122 0.21818 0.17469)
+               3 V(1294 1295 1296) M(0) UV(0.21443 0.16701 0.21585 0.16319 0.21940 0.16484)
+               3 V(1294 1296 1297) M(0) UV(0.21443 0.16701 0.21940 0.16484 0.21836 0.16795)
+               3 V(1384 1343 1385) M(0) UV(0.21956 0.21882 0.22416 0.21845 0.22224 0.22047)
+               3 V(1343 1342 1385) M(0) UV(0.22416 0.21845 0.22412 0.22233 0.22224 0.22047)
+               3 V(1347 1385 1342) M(0) UV(0.22234 0.22378 0.22224 0.22047 0.22412 0.22233)
+               3 V(1347 1342 1354) M(0) UV(0.22380 0.22460 0.22412 0.22233 0.22555 0.22372)
+               3 V(1384 1353 1343) M(0) UV(0.22098 0.21618 0.22207 0.21436 0.22527 0.21689)
+               3 V(1354 1388 1387) M(0) UV(0.23009 0.22602 0.23263 0.22641 0.23240 0.22805)
+               3 V(1275 1403 1246) M(0) UV(0.22466 0.19853 0.22668 0.20492 0.22556 0.20692)
+               3 V(1275 1246 1280) M(0) UV(0.22466 0.19853 0.22556 0.20692 0.22338 0.20139)
+               3 V(1241 1246 1403) M(0) UV(0.22922 0.20785 0.22556 0.20692 0.22668 0.20492)
+               3 V(1246 1241 1245) M(0) UV(0.22493 0.20937 0.22912 0.20990 0.22926 0.21344)
+               3 V(1246 1276 1280) M(0) UV(0.22556 0.20692 0.22211 0.20395 0.22338 0.20139)
+               3 V(1246 1245 1353) M(0) UV(0.22493 0.20937 0.22704 0.21484 0.22371 0.21153)
+               3 V(1276 1246 1353) M(0) UV(0.22211 0.20395 0.22493 0.20937 0.22371 0.21153)
+               3 V(1278 1275 1282) M(0) UV(0.22520 0.19245 0.22466 0.19853 0.22040 0.19175)
+               3 V(1282 1275 1280) M(0) UV(0.22040 0.19175 0.22466 0.19853 0.22338 0.20139)
+               3 V(1282 1280 1281) M(0) UV(0.22040 0.19175 0.22338 0.20139 0.21846 0.19468)
+               3 V(1281 1280 1276) M(0) UV(0.21846 0.19468 0.22338 0.20139 0.22211 0.20395)
+               3 V(1281 1276 1257) M(0) UV(0.21846 0.19468 0.22211 0.20395 0.21646 0.19791)
+               3 V(1257 1274 1273) M(0) UV(0.21646 0.19791 0.20810 0.19055 0.21175 0.18709)
+               3 V(1257 1273 1281) M(0) UV(0.21646 0.19791 0.21175 0.18709 0.21846 0.19468)
+               3 V(1279 1271 1253) M(0) UV(0.22542 0.18595 0.22113 0.17961 0.22329 0.17815)
+               3 V(1271 1287 1253) M(0) UV(0.22113 0.17961 0.22064 0.17382 0.22329 0.17815)
+               3 V(1257 1276 1258) M(0) UV(0.21646 0.19791 0.22069 0.20687 0.21448 0.20150)
+               3 V(1287 1271 1277) M(0) UV(0.21818 0.17469 0.22113 0.17961 0.21768 0.18172)
+               3 V(1287 1277 1293) M(0) UV(0.21818 0.17469 0.21768 0.18172 0.21436 0.17622)
+               3 V(1282 1277 1271) M(0) UV(0.22254 0.18858 0.21768 0.18172 0.22113 0.17961)
+               3 V(1282 1271 1279) M(0) UV(0.22254 0.18858 0.22113 0.17961 0.22542 0.18595)
+               3 V(1277 1282 1281) M(0) UV(0.21479 0.18426 0.22040 0.19175 0.21846 0.19468)
+               3 V(1277 1281 1273) M(0) UV(0.21479 0.18426 0.21846 0.19468 0.21175 0.18709)
+               3 V(1291 1293 1277) M(0) UV(0.20723 0.18063 0.21099 0.17811 0.21479 0.18426)
+               3 V(1291 1277 1273) M(0) UV(0.20723 0.18063 0.21479 0.18426 0.21175 0.18709)
+               3 V(1279 1253 1272) M(0) UV(0.22739 0.18371 0.22512 0.17681 0.22905 0.18140)
+               3 V(1279 1272 1298) M(0) UV(0.22739 0.18371 0.22905 0.18140 0.23335 0.18490)
+               3 V(1279 1298 1252) M(0) UV(0.22739 0.18371 0.23335 0.18490 0.23198 0.18758)
+               3 V(1291 1273 1274) M(0) UV(0.20723 0.18063 0.21175 0.18709 0.20810 0.19055)
+               3 V(1291 1274 1292) M(0) UV(0.20723 0.18063 0.20810 0.19055 0.20286 0.18370)
+               3 V(1278 1282 1279) M(0) UV(0.22520 0.19245 0.22254 0.18858 0.22542 0.18595)
+               3 V(1278 1279 1252) M(0) UV(0.22520 0.19245 0.22542 0.18595 0.23015 0.19036)
+               3 V(1248 1305 1306) M(0) UV(0.21111 0.15439 0.22059 0.14862 0.22113 0.15164)
+               3 V(1270 1248 1306) M(0) UV(0.21453 0.15688 0.21111 0.15439 0.22113 0.15164)
+               3 V(1270 1306 1310) M(0) UV(0.21453 0.15688 0.22113 0.15164 0.22246 0.15379)
+               3 V(1289 1248 1270) M(0) UV(0.21170 0.16165 0.21111 0.15439 0.21453 0.15688)
+               3 V(1270 1284 1295) M(0) UV(0.21453 0.15688 0.21790 0.15915 0.21585 0.16319)
+               3 V(1270 1295 1289) M(0) UV(0.21453 0.15688 0.21585 0.16319 0.21170 0.16165)
+               3 V(1310 1284 1270) M(0) UV(0.22246 0.15379 0.21790 0.15915 0.21453 0.15688)
+               3 V(1292 1274 1267) M(0) UV(0.20286 0.18370 0.20810 0.19055 0.20238 0.19568)
+               3 V(1292 1267 1247) M(0) UV(0.20286 0.18370 0.20238 0.19568 0.19678 0.18712)
+               3 V(1274 1257 1258) M(0) UV(0.20810 0.19055 0.21646 0.19791 0.21448 0.20150)
+               3 V(1274 1258 1267) M(0) UV(0.20810 0.19055 0.21448 0.20150 0.20238 0.19568)
+               3 V(1354 1342 1341) M(0) UV(0.22855 0.22282 0.22738 0.22042 0.23051 0.21870)
+               3 V(1354 1341 1391) M(0) UV(0.22855 0.22282 0.23051 0.21870 0.23129 0.22206)
+               3 V(1343 1341 1342) M(0) UV(0.22781 0.21869 0.23051 0.21870 0.22738 0.22042)
+               3 V(1245 1341 1343) M(0) UV(0.22704 0.21484 0.23051 0.21870 0.22871 0.21800)
+               3 V(1353 1245 1343) M(0) UV(0.22371 0.21153 0.22704 0.21484 0.22599 0.21586)
+               3 V(1344 1247 1267) M(0) UV(0.19160 0.19741 0.19678 0.18712 0.20238 0.19568)
+               3 V(1267 1345 1357) M(0) UV(0.20238 0.19568 0.20424 0.20334 0.19500 0.20405)
+               3 V(1267 1357 1344) M(0) UV(0.20238 0.19568 0.19500 0.20405 0.19160 0.19741)
+               3 V(1344 1357 1355) M(0) UV(0.19160 0.19741 0.19500 0.20405 0.18885 0.20703)
+               3 V(1258 1349 1345) M(0) UV(0.21448 0.20150 0.21355 0.20541 0.20424 0.20334)
+               3 V(1258 1345 1267) M(0) UV(0.21448 0.20150 0.20424 0.20334 0.20238 0.19568)
+               3 V(1380 1357 1345) M(0) UV(0.19887 0.20940 0.19500 0.20405 0.20424 0.20334)
+               3 V(1380 1345 1346) M(0) UV(0.19887 0.20940 0.20424 0.20334 0.20609 0.20867)
+               3 V(1346 1345 1349) M(0) UV(0.20609 0.20867 0.20424 0.20334 0.21355 0.20541)
+               3 V(1276 1356 1349) M(0) UV(0.22069 0.20687 0.21937 0.20903 0.21355 0.20541)
+               3 V(1276 1349 1258) M(0) UV(0.22069 0.20687 0.21355 0.20541 0.21448 0.20150)
+               3 V(1356 1379 1350) M(0) UV(0.21826 0.21117 0.21747 0.21391 0.21301 0.21299)
+               3 V(1356 1350 1349) M(0) UV(0.21826 0.21117 0.21301 0.21299 0.21294 0.20931)
+               3 V(1379 1356 1353) M(0) UV(0.21747 0.21391 0.21826 0.21117 0.22207 0.21436)
+               3 V(1379 1353 1384) M(0) UV(0.21747 0.21391 0.22207 0.21436 0.22098 0.21618)
+               3 V(1374 1355 1375) M(0) UV(0.19171 0.21522 0.18885 0.20703 0.19413 0.21169)
+               3 V(1375 1355 1357) M(0) UV(0.19413 0.21169 0.18885 0.20703 0.19500 0.20405)
+               3 V(1375 1357 1380) M(0) UV(0.19413 0.21169 0.19500 0.20405 0.19887 0.20940)
+               3 V(1353 1356 1276) M(0) UV(0.22284 0.21301 0.21937 0.20903 0.22069 0.20687)
+               3 V(1388 1354 1391) M(0) UV(0.23226 0.22452 0.22855 0.22282 0.23129 0.22206)
+               3 V(1296 1285 1254) M(0) UV(0.21940 0.16484 0.22087 0.16120 0.22325 0.16355)
+               3 V(1254 1285 1286) M(0) UV(0.22325 0.16355 0.22087 0.16120 0.22494 0.15795)
+               3 V(1254 1286 1255) M(0) UV(0.22325 0.16355 0.22494 0.15795 0.22621 0.16040)
+               3 V(1283 1256 1255) M(0) UV(0.23420 0.15757 0.23455 0.15928 0.22621 0.16040)
+               3 V(1227 1256 1283) M(0) UV(0.24340 0.15725 0.23455 0.15928 0.23420 0.15757)
+               3 V(1283 1311 1219) M(0) UV(0.23420 0.15757 0.23414 0.15551 0.24340 0.15508)
+               3 V(1283 1219 1227) M(0) UV(0.23420 0.15757 0.24340 0.15508 0.24340 0.15725)
+               3 V(1286 1310 1311) M(0) UV(0.22494 0.15795 0.22392 0.15579 0.23414 0.15551)
+               3 V(1286 1311 1283) M(0) UV(0.22494 0.15795 0.23414 0.15551 0.23420 0.15757)
+               3 V(1256 1227 1224) M(0) UV(0.23455 0.15928 0.24340 0.15890 0.24340 0.16043)
+               3 V(1256 1224 1302) M(0) UV(0.23455 0.15928 0.24340 0.16043 0.23551 0.16075)
+               3 V(1256 1302 1301) M(0) UV(0.23455 0.15928 0.23551 0.16075 0.22812 0.16235)
+               3 V(1256 1301 1255) M(0) UV(0.23455 0.15928 0.22812 0.16235 0.22621 0.16040)
+               3 V(1295 1284 1285) M(0) UV(0.21585 0.16319 0.21790 0.15915 0.22087 0.16120)
+               3 V(1295 1285 1296) M(0) UV(0.21585 0.16319 0.22087 0.16120 0.21940 0.16484)
+               3 V(1288 1254 1301) M(0) UV(0.22435 0.16757 0.22325 0.16355 0.22556 0.16539)
+               3 V(1285 1284 1310) M(0) UV(0.22087 0.16120 0.21790 0.15915 0.22392 0.15579)
+               3 V(1285 1310 1286) M(0) UV(0.22087 0.16120 0.22392 0.15579 0.22494 0.15795)
+               3 V(1301 1254 1255) M(0) UV(0.22556 0.16539 0.22325 0.16355 0.22621 0.16040)
+               3 V(1272 1269 1268) M(0) UV(0.23293 0.17634 0.23417 0.17526 0.23653 0.17616)
+               3 V(1272 1268 1298) M(0) UV(0.23162 0.17740 0.23568 0.17788 0.23493 0.17961)
+               3 V(1253 1269 1272) M(0) UV(0.22512 0.17681 0.22679 0.17545 0.23028 0.17896)
+               3 V(1288 1269 1253) M(0) UV(0.22490 0.17226 0.22679 0.17545 0.22512 0.17681)
+               3 V(1288 1253 1287) M(0) UV(0.22490 0.17226 0.22512 0.17681 0.22278 0.17307)
+               3 V(1269 1303 1268) M(0) UV(0.23417 0.17526 0.23709 0.17459 0.23653 0.17616)
+               3 V(1404 1403 1402) M(0) UV(0.23402 0.20003 0.23123 0.20032 0.23127 0.19682)
+               3 V(1404 1402 1398) M(0) UV(0.23577 0.19973 0.23470 0.19693 0.23736 0.19613)
+               3 V(1398 1402 1399) M(0) UV(0.23651 0.19360 0.23537 0.19407 0.23526 0.19256)
+               3 V(1405 1403 1404) M(0) UV(0.23259 0.20399 0.23123 0.20032 0.23402 0.20003)
+               3 V(1404 1400 1405) M(0) UV(0.23524 0.20264 0.23628 0.20333 0.23551 0.20505)
+               3 V(1401 1397 1398) M(0) UV(0.23923 0.19035 0.23962 0.19206 0.23858 0.19208)
+               3 V(1398 1399 1401) M(0) UV(0.23747 0.19227 0.23532 0.19229 0.23766 0.19159)
+               3 V(1399 1402 1401) M(0) UV(0.23503 0.19240 0.23287 0.19283 0.23362 0.19158)
+               3 V(1398 1406 1400) M(0) UV(0.23736 0.19613 0.23848 0.19670 0.23708 0.20005)
+               3 V(1398 1400 1404) M(0) UV(0.23736 0.19613 0.23708 0.20005 0.23577 0.19973)
+               3 V(1403 1275 1402) M(0) UV(0.23123 0.20032 0.22806 0.19560 0.23127 0.19682)
+               3 V(1241 1403 1405) M(0) UV(0.23118 0.20608 0.22956 0.20380 0.23259 0.20399)
+               3 V(1252 1402 1275) M(0) UV(0.23015 0.19036 0.23050 0.19151 0.22613 0.19360)
+               3 V(1252 1275 1278) M(0) UV(0.23015 0.19036 0.22613 0.19360 0.22520 0.19245)
+               3 V(1252 1300 1401) M(0) UV(0.23015 0.19036 0.23631 0.18800 0.23560 0.18931)
+               3 V(1252 1401 1402) M(0) UV(0.23015 0.19036 0.23560 0.18931 0.23050 0.19151)
+               3 V(1300 1226 1401) M(0) UV(0.23631 0.18800 0.23917 0.18634 0.23817 0.18869)
+               3 V(1325 1326 1324) M(0) UV(0.39522 0.85666 0.39644 0.85403 0.39710 0.85521)
+               3 V(1322 1319 1320) M(0) UV(0.34205 0.84011 0.34379 0.84100 0.34310 0.84224)
+               3 V(1320 1321 1322) M(0) UV(0.34253 0.84361 0.34189 0.84552 0.33999 0.84232)
+               3 V(1318 1317 1316) M(0) UV(0.34513 0.86817 0.34191 0.86811 0.34470 0.86578)
+               3 V(1313 1315 1314) M(0) UV(0.34672 0.85279 0.34674 0.85084 0.34958 0.85316)
+               3 V(1054 1158 1229) M(0) UV(0.24897 0.16166 0.24862 0.16320 0.24340 0.16330)
+               3 V(1054 1229 1224) M(0) UV(0.24897 0.16166 0.24340 0.16330 0.24340 0.16187)
+               3 V(1160 1158 1054) M(0) UV(0.25477 0.16395 0.24862 0.16320 0.24897 0.16166)
+               3 V(1160 1054 1078) M(0) UV(0.25477 0.16395 0.24897 0.16166 0.25657 0.16283)
+               3 V(1302 1250 1251) M(0) UV(0.23782 0.16166 0.23818 0.16320 0.23203 0.16395)
+               3 V(1302 1224 1229) M(0) UV(0.23782 0.16166 0.24340 0.16187 0.24340 0.16330)
+               3 V(1302 1229 1250) M(0) UV(0.23782 0.16166 0.24340 0.16330 0.23818 0.16320)
+               3 V(1226 1266 1060) M(0) UV(0.24727 0.18252 0.24732 0.18103 0.24945 0.18251)
+               3 V(1138 1137 1228) M(0) UV(0.24830 0.17633 0.24623 0.17632 0.24617 0.17463)
+               3 V(1138 1228 1122) M(0) UV(0.24830 0.17633 0.24617 0.17463 0.24789 0.17470)
+               3 V(1158 1052 1223) M(0) UV(0.24773 0.16674 0.24724 0.16744 0.24340 0.16727)
+               3 V(1158 1223 1229) M(0) UV(0.24773 0.16674 0.24340 0.16727 0.24340 0.16645)
+               3 V(1138 1266 1137) M(0) UV(0.24830 0.17633 0.24653 0.17798 0.24623 0.17632)
+               3 V(1060 1266 1138) M(0) UV(0.24898 0.18019 0.24653 0.17798 0.24872 0.17824)
+               3 V(1159 1138 1122) M(0) UV(0.25112 0.17788 0.24830 0.17633 0.25027 0.17616)
+               3 V(1159 1060 1138) M(0) UV(0.25186 0.17961 0.24898 0.18019 0.24872 0.17824)
+               3 V(1266 1265 1137) M(0) UV(0.24197 0.17779 0.24057 0.17632 0.24217 0.17628)
+               3 V(1249 1298 1268) M(0) UV(0.23808 0.17824 0.23493 0.17961 0.23568 0.17788)
+               3 V(1265 1249 1268) M(0) UV(0.23850 0.17633 0.23808 0.17824 0.23568 0.17788)
+               3 V(1265 1266 1249) M(0) UV(0.23850 0.17633 0.24027 0.17798 0.23808 0.17824)
+               3 V(1298 1249 1299) M(0) UV(0.23335 0.18490 0.23735 0.18251 0.23707 0.18471)
+               3 V(1268 1303 1265) M(0) UV(0.23653 0.17616 0.23891 0.17470 0.23850 0.17633)
+               3 V(1249 1266 1226) M(0) UV(0.23735 0.18251 0.23948 0.18103 0.23952 0.18252)
+               3 V(1249 1226 1299) M(0) UV(0.23735 0.18251 0.23952 0.18252 0.23707 0.18471)
+               3 V(1265 1228 1137) M(0) UV(0.24057 0.17632 0.24208 0.17451 0.24217 0.17628)
+               3 V(1056 1395 1393) M(0) UV(0.25404 0.20817 0.25054 0.20741 0.25263 0.20608)
+               3 V(1168 1173 1169) M(0) UV(0.25975 0.21484 0.25629 0.21870 0.25428 0.21772)
+               3 V(1395 1170 1225) M(0) UV(0.24725 0.20850 0.24731 0.21272 0.24340 0.21178)
+               3 V(1395 1225 1231) M(0) UV(0.24725 0.20850 0.24340 0.21178 0.24340 0.20774)
+               3 V(1174 1395 1056) M(0) UV(0.25278 0.21031 0.25054 0.20741 0.25404 0.20817)
+               3 V(1174 1170 1395) M(0) UV(0.25278 0.21031 0.24731 0.21272 0.24725 0.20850)
+               3 V(1170 1175 1232) M(0) UV(0.24731 0.21272 0.24689 0.21717 0.24340 0.21650)
+               3 V(1170 1232 1225) M(0) UV(0.24731 0.21272 0.24340 0.21650 0.24340 0.21178)
+               3 V(1169 1173 1055) M(0) UV(0.25428 0.21772 0.25629 0.21870 0.25550 0.22206)
+               3 V(1175 1064 1232) M(0) UV(0.24689 0.21717 0.24633 0.22096 0.24340 0.22066)
+               3 V(1168 1170 1174) M(0) UV(0.25754 0.21344 0.25205 0.21371 0.25278 0.21031)
+               3 V(1168 1174 1056) M(0) UV(0.25754 0.21344 0.25278 0.21031 0.25767 0.20990)
+               3 V(1169 1175 1170) M(0) UV(0.25428 0.21772 0.25078 0.21778 0.25205 0.21371)
+               3 V(1169 1170 1168) M(0) UV(0.25428 0.21772 0.25205 0.21371 0.25754 0.21344)
+               3 V(1064 1175 1169) M(0) UV(0.24973 0.22132 0.25078 0.21778 0.25428 0.21772)
+               3 V(1064 1169 1055) M(0) UV(0.24973 0.22132 0.25428 0.21772 0.25307 0.22156)
+               3 V(1243 1239 1244) M(0) UV(0.23475 0.21371 0.23601 0.21778 0.23252 0.21772)
+               3 V(1243 1244 1245) M(0) UV(0.23475 0.21371 0.23252 0.21772 0.22926 0.21344)
+               3 V(1245 1241 1240) M(0) UV(0.22926 0.21344 0.22912 0.20990 0.23402 0.21031)
+               3 V(1245 1240 1243) M(0) UV(0.22926 0.21344 0.23402 0.21031 0.23475 0.21371)
+               3 V(1243 1225 1232) M(0) UV(0.23949 0.21272 0.24340 0.21178 0.24340 0.21650)
+               3 V(1243 1232 1239) M(0) UV(0.23949 0.21272 0.24340 0.21650 0.23991 0.21717)
+               3 V(1240 1242 1243) M(0) UV(0.23402 0.21031 0.23955 0.20850 0.23949 0.21272)
+               3 V(1242 1240 1241) M(0) UV(0.23626 0.20741 0.23402 0.21031 0.23276 0.20817)
+               3 V(1242 1231 1225) M(0) UV(0.23955 0.20850 0.24340 0.20774 0.24340 0.21178)
+               3 V(1242 1225 1243) M(0) UV(0.23955 0.20850 0.24340 0.21178 0.23949 0.21272)
+               3 V(1241 1405 1242) M(0) UV(0.23276 0.20817 0.23417 0.20608 0.23626 0.20741)
+               3 V(1244 1239 1391) M(0) UV(0.23252 0.21772 0.23707 0.22132 0.23373 0.22156)
+               3 V(1391 1341 1244) M(0) UV(0.23129 0.22206 0.23051 0.21870 0.23252 0.21772)
+               3 V(1245 1244 1341) M(0) UV(0.22704 0.21484 0.23252 0.21772 0.23051 0.21870)
+               3 V(1395 1146 1393) M(0) UV(0.24933 0.20568 0.25052 0.20333 0.25129 0.20505)
+               3 V(1146 1395 1396) M(0) UV(0.24643 0.20331 0.24655 0.20561 0.24340 0.20513)
+               3 V(1395 1231 1396) M(0) UV(0.24655 0.20561 0.24340 0.20774 0.24340 0.20513)
+               3 V(1242 1405 1400) M(0) UV(0.23747 0.20568 0.23551 0.20505 0.23628 0.20333)
+               3 V(1396 1242 1400) M(0) UV(0.24340 0.20513 0.24025 0.20561 0.24037 0.20331)
+               3 V(1231 1242 1396) M(0) UV(0.24340 0.20774 0.24025 0.20561 0.24340 0.20513)
+               3 V(1057 1062 1115) M(0) UV(0.25387 0.23527 0.25508 0.22998 0.25656 0.23247)
+               3 V(1180 1177 1238) M(0) UV(0.24621 0.23460 0.24616 0.23841 0.24340 0.23835)
+               3 V(1178 1238 1177) M(0) UV(0.24625 0.24347 0.24340 0.23835 0.24616 0.23841)
+               3 V(1178 1177 1179) M(0) UV(0.24625 0.24347 0.24921 0.23889 0.24950 0.24397)
+               3 V(1058 1177 1180) M(0) UV(0.25332 0.23991 0.24921 0.23889 0.24930 0.23471)
+               3 V(1058 1180 1057) M(0) UV(0.25332 0.23991 0.24930 0.23471 0.25387 0.23527)
+               3 V(1180 1062 1057) M(0) UV(0.24930 0.23471 0.25247 0.23138 0.25387 0.23527)
+               3 V(1389 1236 1238) M(0) UV(0.23759 0.23889 0.24059 0.23460 0.24064 0.23841)
+               3 V(1389 1238 1237) M(0) UV(0.23759 0.23889 0.24064 0.23841 0.24055 0.24347)
+               3 V(1238 1178 1237) M(0) UV(0.24340 0.23835 0.24340 0.24323 0.24055 0.24347)
+               3 V(1387 1236 1390) M(0) UV(0.23432 0.23138 0.23750 0.23471 0.23293 0.23527)
+               3 V(1389 1390 1236) M(0) UV(0.23347 0.23991 0.23293 0.23527 0.23750 0.23471)
+               3 V(1387 1390 1370) M(0) UV(0.23172 0.22998 0.23293 0.23527 0.23024 0.23247)
+               3 V(1226 1059 1407) M(0) UV(0.24542 0.18581 0.24762 0.18634 0.24683 0.18799)
+               3 V(1060 1157 1059) M(0) UV(0.24973 0.18471 0.25482 0.18758 0.24998 0.18650)
+               3 V(1226 1060 1059) M(0) UV(0.24735 0.18426 0.24973 0.18471 0.24998 0.18650)
+               3 V(1299 1226 1300) M(0) UV(0.23707 0.18471 0.23944 0.18426 0.23682 0.18650)
+               3 V(1252 1298 1299) M(0) UV(0.23198 0.18758 0.23335 0.18490 0.23707 0.18471)
+               3 V(1252 1299 1300) M(0) UV(0.23198 0.18758 0.23707 0.18471 0.23682 0.18650)
+               3 V(1407 1392 1397) M(0) UV(0.24340 0.18978 0.24556 0.19275 0.24340 0.19260)
+               3 V(1407 1397 1401) M(0) UV(0.24169 0.18772 0.24018 0.18976 0.23997 0.18799)
+               3 V(1226 1407 1401) M(0) UV(0.24137 0.18581 0.24169 0.18772 0.23997 0.18799)
+               3 V(1061 1062 1063) M(0) UV(0.25417 0.22641 0.25440 0.22805 0.25206 0.22887)
+               3 V(1063 1230 1064) M(0) UV(0.24601 0.22735 0.24340 0.22425 0.24603 0.22444)
+               3 V(1063 1233 1230) M(0) UV(0.24601 0.22735 0.24340 0.23026 0.24340 0.22728)
+               3 V(1230 1232 1064) M(0) UV(0.24340 0.22425 0.24340 0.22066 0.24633 0.22096)
+               3 V(1055 1061 1064) M(0) UV(0.25307 0.22156 0.25211 0.22457 0.24914 0.22457)
+               3 V(1063 1064 1061) M(0) UV(0.24897 0.22716 0.24914 0.22457 0.25211 0.22457)
+               3 V(1238 1233 1180) M(0) UV(0.24340 0.23472 0.24340 0.23255 0.24619 0.23233)
+               3 V(1063 1180 1233) M(0) UV(0.24605 0.23017 0.24619 0.23233 0.24340 0.23255)
+               3 V(1180 1063 1062) M(0) UV(0.24909 0.23196 0.25206 0.22887 0.25247 0.23138)
+               3 V(1236 1387 1233) M(0) UV(0.24059 0.23460 0.23771 0.23196 0.24060 0.23233)
+               3 V(1233 1238 1236) M(0) UV(0.24060 0.23233 0.24340 0.23472 0.24059 0.23460)
+               3 V(1233 1387 1230) M(0) UV(0.24074 0.23017 0.23783 0.22966 0.23783 0.22716)
+               3 V(1239 1232 1230) M(0) UV(0.24046 0.22096 0.24340 0.22066 0.24340 0.22425)
+               3 V(1388 1230 1387) M(0) UV(0.23495 0.22680 0.23783 0.22716 0.23783 0.22966)
+               3 V(1391 1239 1230) M(0) UV(0.23373 0.22156 0.23707 0.22132 0.23766 0.22457)
+               3 V(1391 1230 1388) M(0) UV(0.23373 0.22156 0.23766 0.22457 0.23469 0.22457)
+               3 V(1146 1396 1406) M(0) UV(0.24609 0.19998 0.24340 0.20302 0.24340 0.19985)
+               3 V(1146 1406 1065) M(0) UV(0.24609 0.19998 0.24340 0.19744 0.24559 0.19739)
+               3 V(1392 1176 1065) M(0) UV(0.24717 0.19206 0.24787 0.19385 0.24690 0.19453)
+               3 V(1065 1406 1397) M(0) UV(0.24533 0.19536 0.24340 0.19532 0.24340 0.19260)
+               3 V(1065 1397 1392) M(0) UV(0.24533 0.19536 0.24340 0.19260 0.24556 0.19275)
+               3 V(1397 1406 1398) M(0) UV(0.23962 0.19206 0.23990 0.19453 0.23893 0.19385)
+               3 V(1396 1400 1406) M(0) UV(0.24340 0.20302 0.24037 0.20331 0.24071 0.19998)
+               3 V(1075 1074 1114) M(0) UV(0.26650 0.22542 0.26814 0.22517 0.26663 0.22576)
+               3 V(1081 1114 1074) M(0) UV(0.27013 0.22510 0.26663 0.22576 0.26814 0.22517)
+               3 V(1082 1079 1080) M(0) UV(0.27397 0.22325 0.27579 0.22331 0.27567 0.22459)
+               3 V(1074 1082 1081) M(0) UV(0.27016 0.22386 0.27219 0.22339 0.27226 0.22461)
+               3 V(1082 1080 1081) M(0) UV(0.27219 0.22339 0.27399 0.22447 0.27226 0.22461)
+               3 V(1083 1084 1079) M(0) UV(0.27702 0.21699 0.28054 0.21754 0.27870 0.22045)
+               3 V(1148 1083 1079) M(0) UV(0.27349 0.21695 0.27702 0.21699 0.27599 0.22003)
+               3 V(1148 1079 1082) M(0) UV(0.27349 0.21695 0.27599 0.22003 0.27344 0.22003)
+               3 V(1076 1086 1082) M(0) UV(0.26724 0.21882 0.27040 0.21743 0.27124 0.22032)
+               3 V(1076 1082 1074) M(0) UV(0.26724 0.21882 0.27124 0.22032 0.26868 0.22123)
+               3 V(1147 1135 1086) M(0) UV(0.26472 0.21436 0.26853 0.21117 0.26932 0.21391)
+               3 V(1147 1086 1076) M(0) UV(0.26472 0.21436 0.26932 0.21391 0.26581 0.21618)
+               3 V(1086 1148 1082) M(0) UV(0.27040 0.21743 0.27349 0.21695 0.27344 0.22003)
+               3 V(1148 1086 1135) M(0) UV(0.27379 0.21299 0.26932 0.21391 0.26853 0.21117)
+               3 V(1148 1135 1149) M(0) UV(0.27379 0.21299 0.26853 0.21117 0.27385 0.20931)
+               3 V(1083 1148 1149) M(0) UV(0.27882 0.21299 0.27379 0.21299 0.27385 0.20931)
+               3 V(1083 1149 1164) M(0) UV(0.27882 0.21299 0.27385 0.20931 0.28070 0.20867)
+               3 V(1164 1085 1084) M(0) UV(0.28070 0.20867 0.28793 0.20940 0.28373 0.21383)
+               3 V(1164 1084 1083) M(0) UV(0.28070 0.20867 0.28373 0.21383 0.27882 0.21299)
+               3 V(1080 1079 1092) M(0) UV(0.27753 0.22487 0.27945 0.22413 0.27931 0.22546)
+               3 V(1092 1079 1093) M(0) UV(0.27931 0.22546 0.27945 0.22413 0.28106 0.22495)
+               3 V(1091 1093 1079) M(0) UV(0.28097 0.22128 0.28123 0.22431 0.27964 0.22348)
+               3 V(1093 1091 1097) M(0) UV(0.28237 0.22520 0.28290 0.22238 0.28429 0.22361)
+               3 V(1093 1127 1092) M(0) UV(0.28195 0.22574 0.28095 0.22622 0.28059 0.22592)
+               3 V(1084 1091 1079) M(0) UV(0.28054 0.21754 0.28097 0.22128 0.27870 0.22045)
+               3 V(1085 1094 1096) M(0) UV(0.28793 0.20940 0.29266 0.21169 0.28739 0.21559)
+               3 V(1085 1096 1084) M(0) UV(0.28793 0.20940 0.28739 0.21559 0.28373 0.21383)
+               3 V(1094 1095 1096) M(0) UV(0.29266 0.21169 0.29509 0.21522 0.28965 0.21805)
+               3 V(1084 1097 1091) M(0) UV(0.28354 0.21863 0.28571 0.22018 0.28290 0.22238)
+               3 V(1096 1095 1098) M(0) UV(0.28965 0.21805 0.29509 0.21522 0.29545 0.21964)
+               3 V(1096 1098 1195) M(0) UV(0.28965 0.21805 0.29545 0.21964 0.29039 0.22102)
+               3 V(1096 1097 1084) M(0) UV(0.28739 0.21559 0.28571 0.22018 0.28354 0.21863)
+               3 V(1096 1195 1097) M(0) UV(0.28965 0.21805 0.29039 0.22102 0.28674 0.22214)
+               3 V(1097 1195 1192) M(0) UV(0.28629 0.22452 0.28962 0.22430 0.28819 0.22654)
+               3 V(1097 1192 1093) M(0) UV(0.28629 0.22452 0.28819 0.22654 0.28331 0.22681)
+               3 V(1195 1196 1192) M(0) UV(0.28962 0.22430 0.29203 0.22614 0.28819 0.22654)
+               3 V(1062 1077 1115) M(0) UV(0.25508 0.22998 0.25673 0.22722 0.25714 0.22861)
+               3 V(1119 1115 1117) M(0) UV(0.25973 0.23525 0.26093 0.23340 0.26574 0.23510)
+               3 V(1114 1077 1075) M(0) UV(0.26176 0.22698 0.25977 0.22623 0.26168 0.22626)
+               3 V(1116 1117 1115) M(0) UV(0.26634 0.23370 0.26574 0.23510 0.26093 0.23340)
+               3 V(1116 1115 1114) M(0) UV(0.26634 0.23370 0.26093 0.23340 0.26248 0.23165)
+               3 V(1077 1114 1115) M(0) UV(0.25977 0.22623 0.25990 0.22727 0.25714 0.22861)
+               3 V(1191 1126 1116) M(0) UV(0.26760 0.22824 0.27147 0.23017 0.26857 0.22963)
+               3 V(1191 1116 1114) M(0) UV(0.26760 0.22824 0.26857 0.22963 0.26628 0.22825)
+               3 V(1119 1117 1118) M(0) UV(0.25862 0.23783 0.26506 0.23670 0.26456 0.23899)
+               3 V(1119 1057 1115) M(0) UV(0.25973 0.23525 0.25387 0.23527 0.25656 0.23247)
+               3 V(1120 1119 1118) M(0) UV(0.25811 0.24118 0.25862 0.23783 0.26456 0.23899)
+               3 V(1119 1120 1058) M(0) UV(0.25862 0.23783 0.25811 0.24118 0.25332 0.23991)
+               3 V(1119 1058 1057) M(0) UV(0.25862 0.23783 0.25332 0.23991 0.25387 0.23527)
+               3 V(1120 1144 1145) M(0) UV(0.25811 0.24118 0.25855 0.24537 0.25372 0.24469)
+               3 V(1120 1145 1058) M(0) UV(0.25811 0.24118 0.25372 0.24469 0.25332 0.23991)
+               3 V(1118 1143 1144) M(0) UV(0.26455 0.24193 0.26511 0.24577 0.25855 0.24537)
+               3 V(1118 1144 1120) M(0) UV(0.26455 0.24193 0.25855 0.24537 0.25811 0.24118)
+               3 V(1179 1177 1058) M(0) UV(0.24950 0.24397 0.24921 0.23889 0.25332 0.23991)
+               3 V(1179 1058 1145) M(0) UV(0.24950 0.24397 0.25332 0.23991 0.25372 0.24469)
+               3 V(1125 1116 1126) M(0) UV(0.27160 0.23094 0.26857 0.22963 0.27147 0.23017)
+               3 V(1125 1124 1117) M(0) UV(0.27091 0.23455 0.27070 0.23567 0.26574 0.23510)
+               3 V(1125 1117 1116) M(0) UV(0.27091 0.23455 0.26574 0.23510 0.26634 0.23370)
+               3 V(1124 1182 1181) M(0) UV(0.27060 0.23711 0.27490 0.23551 0.27525 0.23686)
+               3 V(1125 1126 1183) M(0) UV(0.27160 0.23094 0.27147 0.23017 0.27439 0.22981)
+               3 V(1125 1183 1182) M(0) UV(0.27160 0.23094 0.27439 0.22981 0.27446 0.23069)
+               3 V(1124 1125 1182) M(0) UV(0.27070 0.23567 0.27091 0.23455 0.27472 0.23454)
+               3 V(1189 1132 1128) M(0) UV(0.27970 0.23551 0.28263 0.23259 0.28409 0.23364)
+               3 V(1181 1182 1190) M(0) UV(0.27525 0.23686 0.27490 0.23551 0.27888 0.23423)
+               3 V(1181 1190 1189) M(0) UV(0.27525 0.23686 0.27888 0.23423 0.27970 0.23551)
+               3 V(1118 1117 1124) M(0) UV(0.26456 0.23899 0.26506 0.23670 0.27060 0.23711)
+               3 V(1118 1124 1129) M(0) UV(0.26455 0.24193 0.27070 0.23910 0.27121 0.24193)
+               3 V(1129 1142 1143) M(0) UV(0.27121 0.24193 0.27231 0.24567 0.26511 0.24577)
+               3 V(1129 1143 1118) M(0) UV(0.27121 0.24193 0.26511 0.24577 0.26455 0.24193)
+               3 V(1129 1124 1181) M(0) UV(0.27121 0.24193 0.27070 0.23910 0.27581 0.23875)
+               3 V(1129 1181 1184) M(0) UV(0.27121 0.24193 0.27581 0.23875 0.27686 0.24137)
+               3 V(1142 1129 1184) M(0) UV(0.27231 0.24567 0.27121 0.24193 0.27686 0.24137)
+               3 V(1142 1184 1185) M(0) UV(0.27231 0.24567 0.27686 0.24137 0.27909 0.24521)
+               3 V(1185 1184 1188) M(0) UV(0.27909 0.24521 0.27686 0.24137 0.28262 0.24002)
+               3 V(1185 1188 1187) M(0) UV(0.27909 0.24521 0.28262 0.24002 0.28607 0.24412)
+               3 V(1188 1189 1131) M(0) UV(0.28262 0.24002 0.28078 0.23734 0.28550 0.23511)
+               3 V(1188 1131 1130) M(0) UV(0.28262 0.24002 0.28550 0.23511 0.28803 0.23791)
+               3 V(1184 1181 1189) M(0) UV(0.27686 0.24137 0.27581 0.23875 0.28078 0.23734)
+               3 V(1184 1189 1188) M(0) UV(0.27686 0.24137 0.28078 0.23734 0.28262 0.24002)
+               3 V(1189 1128 1131) M(0) UV(0.28078 0.23734 0.28409 0.23364 0.28550 0.23511)
+               3 V(1093 1132 1127) M(0) UV(0.28168 0.22785 0.27996 0.22884 0.27970 0.22793)
+               3 V(1132 1183 1127) M(0) UV(0.27996 0.22884 0.27679 0.22904 0.27970 0.22793)
+               3 V(1093 1192 1128) M(0) UV(0.28253 0.22835 0.28735 0.22802 0.28701 0.22959)
+               3 V(1093 1128 1132) M(0) UV(0.28253 0.22835 0.28701 0.22959 0.28381 0.22987)
+               3 V(1187 1188 1130) M(0) UV(0.28607 0.24412 0.28262 0.24002 0.28803 0.23791)
+               3 V(1192 1194 1193) M(0) UV(0.28981 0.22974 0.29291 0.23021 0.29030 0.23247)
+               3 V(1192 1193 1128) M(0) UV(0.28981 0.22974 0.29030 0.23247 0.28811 0.23147)
+               3 V(1196 1194 1192) M(0) UV(0.29089 0.22794 0.29291 0.23021 0.28981 0.22974)
+               3 V(1128 1193 1131) M(0) UV(0.28811 0.23147 0.29030 0.23247 0.28550 0.23511)
+               3 V(1130 1131 1193) M(0) UV(0.28803 0.23791 0.28550 0.23511 0.29030 0.23247)
+               3 V(1066 1067 1068) M(0) UV(0.26740 0.16484 0.27095 0.16319 0.27237 0.16701)
+               3 V(1066 1068 1139) M(0) UV(0.26740 0.16484 0.27237 0.16701 0.26844 0.16795)
+               3 V(1139 1140 1071) M(0) UV(0.26882 0.17122 0.27296 0.17148 0.27244 0.17622)
+               3 V(1139 1071 1155) M(0) UV(0.26882 0.17122 0.27244 0.17622 0.26861 0.17469)
+               3 V(1070 1071 1141) M(0) UV(0.27957 0.18063 0.27581 0.17811 0.27695 0.17218)
+               3 V(1072 1068 1067) M(0) UV(0.27666 0.16644 0.27237 0.16701 0.27095 0.16319)
+               3 V(1072 1067 1073) M(0) UV(0.27666 0.16644 0.27095 0.16319 0.27510 0.16165)
+               3 V(1161 1154 1139) M(0) UV(0.26376 0.16987 0.26490 0.16639 0.26588 0.16894)
+               3 V(1071 1140 1141) M(0) UV(0.27581 0.17811 0.27296 0.17148 0.27695 0.17218)
+               3 V(1140 1139 1068) M(0) UV(0.27296 0.17148 0.26844 0.16795 0.27237 0.16701)
+               3 V(1141 1140 1068) M(0) UV(0.27695 0.17218 0.27296 0.17148 0.27237 0.16701)
+               3 V(1141 1068 1072) M(0) UV(0.27695 0.17218 0.27237 0.16701 0.27666 0.16644)
+               3 V(1154 1066 1139) M(0) UV(0.26490 0.16639 0.26740 0.16484 0.26844 0.16795)
+               3 V(1077 1062 1061) M(0) UV(0.25671 0.22602 0.25440 0.22805 0.25417 0.22641)
+               3 V(1076 1172 1147) M(0) UV(0.26581 0.21618 0.26153 0.21689 0.26472 0.21436)
+               3 V(1171 1075 1077) M(0) UV(0.26267 0.22233 0.26300 0.22460 0.26125 0.22372)
+               3 V(1074 1075 1171) M(0) UV(0.26456 0.22047 0.26446 0.22378 0.26267 0.22233)
+               3 V(1171 1172 1074) M(0) UV(0.26267 0.22233 0.26264 0.21845 0.26456 0.22047)
+               3 V(1076 1074 1172) M(0) UV(0.26724 0.21882 0.26456 0.22047 0.26264 0.21845)
+               3 V(1101 1102 1103) M(0) UV(0.26138 0.18595 0.26426 0.18858 0.26160 0.19245)
+               3 V(1101 1103 1157) M(0) UV(0.26138 0.18595 0.26160 0.19245 0.25665 0.19036)
+               3 V(1070 1069 1106) M(0) UV(0.27957 0.18063 0.28394 0.18370 0.27870 0.19055)
+               3 V(1070 1106 1107) M(0) UV(0.27957 0.18063 0.27870 0.19055 0.27505 0.18709)
+               3 V(1060 1123 1101) M(0) UV(0.25345 0.18490 0.25774 0.18140 0.25941 0.18371)
+               3 V(1060 1101 1157) M(0) UV(0.25345 0.18490 0.25941 0.18371 0.25482 0.18758)
+               3 V(1101 1123 1156) M(0) UV(0.25941 0.18371 0.25774 0.18140 0.26168 0.17681)
+               3 V(1070 1107 1104) M(0) UV(0.27957 0.18063 0.27505 0.18709 0.27200 0.18426)
+               3 V(1070 1104 1071) M(0) UV(0.27957 0.18063 0.27200 0.18426 0.27581 0.17811)
+               3 V(1099 1102 1104) M(0) UV(0.26833 0.19468 0.26640 0.19175 0.27200 0.18426)
+               3 V(1099 1104 1107) M(0) UV(0.26833 0.19468 0.27200 0.18426 0.27505 0.18709)
+               3 V(1108 1104 1102) M(0) UV(0.26566 0.17961 0.26911 0.18172 0.26426 0.18858)
+               3 V(1108 1102 1101) M(0) UV(0.26566 0.17961 0.26426 0.18858 0.26138 0.18595)
+               3 V(1155 1071 1104) M(0) UV(0.26861 0.17469 0.27244 0.17622 0.26911 0.18172)
+               3 V(1155 1104 1108) M(0) UV(0.26861 0.17469 0.26911 0.18172 0.26566 0.17961)
+               3 V(1151 1150 1105) M(0) UV(0.27034 0.19791 0.27231 0.20150 0.26611 0.20687)
+               3 V(1108 1156 1155) M(0) UV(0.26566 0.17961 0.26351 0.17815 0.26616 0.17382)
+               3 V(1101 1156 1108) M(0) UV(0.26138 0.18595 0.26351 0.17815 0.26566 0.17961)
+               3 V(1107 1106 1151) M(0) UV(0.27505 0.18709 0.27870 0.19055 0.27034 0.19791)
+               3 V(1107 1151 1099) M(0) UV(0.27505 0.18709 0.27034 0.19791 0.26833 0.19468)
+               3 V(1099 1151 1105) M(0) UV(0.26833 0.19468 0.27034 0.19791 0.26468 0.20395)
+               3 V(1099 1105 1100) M(0) UV(0.26833 0.19468 0.26468 0.20395 0.26342 0.20139)
+               3 V(1102 1099 1100) M(0) UV(0.26640 0.19175 0.26833 0.19468 0.26342 0.20139)
+               3 V(1102 1100 1109) M(0) UV(0.26640 0.19175 0.26342 0.20139 0.26214 0.19853)
+               3 V(1102 1109 1103) M(0) UV(0.26640 0.19175 0.26214 0.19853 0.26160 0.19245)
+               3 V(1105 1147 1167) M(0) UV(0.26468 0.20395 0.26309 0.21153 0.26187 0.20937)
+               3 V(1168 1167 1147) M(0) UV(0.25975 0.21484 0.26187 0.20937 0.26309 0.21153)
+               3 V(1105 1167 1100) M(0) UV(0.26468 0.20395 0.26123 0.20692 0.26342 0.20139)
+               3 V(1167 1168 1056) M(0) UV(0.26187 0.20937 0.25754 0.21344 0.25767 0.20990)
+               3 V(1167 1056 1110) M(0) UV(0.26123 0.20692 0.25758 0.20785 0.26011 0.20492)
+               3 V(1167 1110 1109) M(0) UV(0.26123 0.20692 0.26011 0.20492 0.26214 0.19853)
+               3 V(1167 1109 1100) M(0) UV(0.26123 0.20692 0.26214 0.19853 0.26342 0.20139)
+               3 V(1046 1113 1089) M(0) UV(0.26434 0.15379 0.27226 0.15688 0.26890 0.15915)
+               3 V(1113 1073 1067) M(0) UV(0.27226 0.15688 0.27510 0.16165 0.27095 0.16319)
+               3 V(1113 1067 1089) M(0) UV(0.27226 0.15688 0.27095 0.16319 0.26890 0.15915)
+               3 V(1073 1113 1163) M(0) UV(0.27510 0.16165 0.27226 0.15688 0.27569 0.15439)
+               3 V(1050 1163 1113) M(0) UV(0.26567 0.15164 0.27569 0.15439 0.27226 0.15688)
+               3 V(1050 1113 1046) M(0) UV(0.26567 0.15164 0.27226 0.15688 0.26434 0.15379)
+               3 V(1163 1050 1051) M(0) UV(0.27569 0.15439 0.26567 0.15164 0.26621 0.14862)
+               3 V(1077 1061 1055) M(0) UV(0.25825 0.22282 0.25454 0.22452 0.25550 0.22206)
+               3 V(1147 1105 1135) M(0) UV(0.26396 0.21301 0.26611 0.20687 0.26743 0.20903)
+               3 V(1134 1136 1094) M(0) UV(0.29180 0.20405 0.29795 0.20703 0.29266 0.21169)
+               3 V(1134 1094 1085) M(0) UV(0.29180 0.20405 0.29266 0.21169 0.28793 0.20940)
+               3 V(1136 1095 1094) M(0) UV(0.29795 0.20703 0.29509 0.21522 0.29266 0.21169)
+               3 V(1149 1135 1105) M(0) UV(0.27325 0.20541 0.26743 0.20903 0.26611 0.20687)
+               3 V(1149 1105 1150) M(0) UV(0.27325 0.20541 0.26611 0.20687 0.27231 0.20150)
+               3 V(1149 1165 1164) M(0) UV(0.27325 0.20541 0.28256 0.20334 0.28070 0.20867)
+               3 V(1085 1164 1165) M(0) UV(0.28793 0.20940 0.28070 0.20867 0.28256 0.20334)
+               3 V(1085 1165 1134) M(0) UV(0.28793 0.20940 0.28256 0.20334 0.29180 0.20405)
+               3 V(1165 1149 1150) M(0) UV(0.28256 0.20334 0.27325 0.20541 0.27231 0.20150)
+               3 V(1165 1150 1133) M(0) UV(0.28256 0.20334 0.27231 0.20150 0.28442 0.19568)
+               3 V(1136 1134 1166) M(0) UV(0.29795 0.20703 0.29180 0.20405 0.29520 0.19741)
+               3 V(1133 1166 1134) M(0) UV(0.28442 0.19568 0.29520 0.19741 0.29180 0.20405)
+               3 V(1133 1134 1165) M(0) UV(0.28442 0.19568 0.29180 0.20405 0.28256 0.20334)
+               3 V(1106 1133 1150) M(0) UV(0.27870 0.19055 0.28442 0.19568 0.27231 0.20150)
+               3 V(1106 1150 1151) M(0) UV(0.27870 0.19055 0.27231 0.20150 0.27034 0.19791)
+               3 V(1069 1133 1106) M(0) UV(0.28394 0.18370 0.28442 0.19568 0.27870 0.19055)
+               3 V(1147 1172 1168) M(0) UV(0.26309 0.21153 0.26081 0.21586 0.25975 0.21484)
+               3 V(1172 1173 1168) M(0) UV(0.25808 0.21800 0.25629 0.21870 0.25975 0.21484)
+               3 V(1173 1172 1171) M(0) UV(0.25629 0.21870 0.25899 0.21869 0.25942 0.22042)
+               3 V(1173 1171 1077) M(0) UV(0.25629 0.21870 0.25942 0.22042 0.25825 0.22282)
+               3 V(1173 1077 1055) M(0) UV(0.25629 0.21870 0.25825 0.22282 0.25550 0.22206)
+               3 V(1153 1154 1078) M(0) UV(0.26059 0.16040 0.26355 0.16355 0.26124 0.16539)
+               3 V(1046 1089 1088) M(0) UV(0.26288 0.15579 0.26890 0.15915 0.26593 0.16120)
+               3 V(1046 1088 1087) M(0) UV(0.26288 0.15579 0.26593 0.16120 0.26186 0.15795)
+               3 V(1088 1089 1067) M(0) UV(0.26593 0.16120 0.26890 0.15915 0.27095 0.16319)
+               3 V(1088 1067 1066) M(0) UV(0.26593 0.16120 0.27095 0.16319 0.26740 0.16484)
+               3 V(1078 1054 1152) M(0) UV(0.25868 0.16235 0.25129 0.16075 0.25225 0.15928)
+               3 V(1078 1152 1153) M(0) UV(0.25868 0.16235 0.25225 0.15928 0.26059 0.16040)
+               3 V(1152 1054 1224) M(0) UV(0.25225 0.15928 0.25129 0.16075 0.24340 0.16043)
+               3 V(1152 1224 1227) M(0) UV(0.25225 0.15928 0.24340 0.16043 0.24340 0.15890)
+               3 V(1087 1090 1045) M(0) UV(0.26186 0.15795 0.25260 0.15757 0.25266 0.15551)
+               3 V(1087 1045 1046) M(0) UV(0.26186 0.15795 0.25266 0.15551 0.26288 0.15579)
+               3 V(1219 1045 1090) M(0) UV(0.24340 0.15508 0.25266 0.15551 0.25260 0.15757)
+               3 V(1219 1090 1227) M(0) UV(0.24340 0.15508 0.25260 0.15757 0.24340 0.15725)
+               3 V(1152 1227 1090) M(0) UV(0.25225 0.15928 0.24340 0.15725 0.25260 0.15757)
+               3 V(1153 1090 1087) M(0) UV(0.26059 0.16040 0.25260 0.15757 0.26186 0.15795)
+               3 V(1154 1153 1087) M(0) UV(0.26355 0.16355 0.26059 0.16040 0.26186 0.15795)
+               3 V(1154 1087 1088) M(0) UV(0.26355 0.16355 0.26186 0.15795 0.26593 0.16120)
+               3 V(1154 1088 1066) M(0) UV(0.26355 0.16355 0.26593 0.16120 0.26740 0.16484)
+               3 V(1161 1160 1078) M(0) UV(0.25934 0.16878 0.25814 0.16672 0.25973 0.16604)
+               3 V(1121 1122 1053) M(0) UV(0.25263 0.17526 0.24971 0.17459 0.25198 0.17400)
+               3 V(1123 1060 1159) M(0) UV(0.25774 0.18140 0.25345 0.18490 0.25274 0.18169)
+               3 V(1156 1162 1161) M(0) UV(0.26168 0.17681 0.26000 0.17545 0.26190 0.17226)
+               3 V(1156 1161 1155) M(0) UV(0.26168 0.17681 0.26190 0.17226 0.26402 0.17307)
+               3 V(1156 1123 1162) M(0) UV(0.26168 0.17681 0.25652 0.17896 0.26000 0.17545)
+               3 V(1159 1121 1123) M(0) UV(0.25112 0.17788 0.25386 0.17634 0.25518 0.17740)
+               3 V(1122 1121 1159) M(0) UV(0.25027 0.17616 0.25386 0.17634 0.25112 0.17788)
+               3 V(1053 1161 1162) M(0) UV(0.25528 0.17363 0.25777 0.17198 0.25651 0.17401)
+               3 V(1121 1162 1123) M(0) UV(0.25386 0.17634 0.25789 0.17449 0.25518 0.17740)
+               3 V(1121 1053 1162) M(0) UV(0.25263 0.17526 0.25528 0.17363 0.25651 0.17401)
+               3 V(1393 1110 1056) M(0) UV(0.25421 0.20399 0.25723 0.20380 0.25562 0.20608)
+               3 V(1111 1407 1059) M(0) UV(0.24863 0.18869 0.24683 0.18799 0.24762 0.18634)
+               3 V(1109 1110 1112) M(0) UV(0.25874 0.19560 0.25557 0.20032 0.25553 0.19682)
+               3 V(1157 1112 1111) M(0) UV(0.25665 0.19036 0.25629 0.19151 0.25120 0.18931)
+               3 V(1157 1111 1059) M(0) UV(0.25665 0.19036 0.25120 0.18931 0.25049 0.18800)
+               3 V(1157 1103 1109) M(0) UV(0.25665 0.19036 0.26160 0.19245 0.26067 0.19360)
+               3 V(1157 1109 1112) M(0) UV(0.25665 0.19036 0.26067 0.19360 0.25629 0.19151)
+               3 V(1176 1394 1146) M(0) UV(0.24943 0.19613 0.25103 0.19973 0.24972 0.20005)
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+               3 V(1408 1582 1592) M(0) UV(0.65675 0.84731 0.66510 0.84802 0.66304 0.85978)
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+               3 V(1505 1570 1587) M(0) UV(0.71141 0.87295 0.70953 0.85713 0.72332 0.85542)
+               3 V(1505 1587 1470) M(0) UV(0.75982 0.41992 0.73920 0.43341 0.74659 0.41525)
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+               3 V(1505 1526 1506) M(0) UV(0.71060 0.88908 0.70710 0.90052 0.69596 0.89565)
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+               3 V(1508 1584 1585) M(0) UV(0.65556 0.92739 0.66619 0.91188 0.67111 0.92173)
+               3 V(1801 1592 1786) M(0) UV(0.64291 0.85739 0.65169 0.87120 0.64291 0.87095)
+               3 V(1786 1592 1509) M(0) UV(0.65157 0.88224 0.66208 0.87138 0.66153 0.88269)
+               3 V(1592 1612 1509) M(0) UV(0.66208 0.87138 0.67312 0.87158 0.67260 0.88246)
+               3 V(1592 1583 1612) M(0) UV(0.66304 0.85978 0.67373 0.86012 0.67312 0.87158)
+               3 V(1593 1571 1570) M(0) UV(0.69743 0.87193 0.69698 0.85852 0.70953 0.85713)
+               3 V(1593 1570 1505) M(0) UV(0.69743 0.87193 0.70953 0.85713 0.71141 0.87295)
+               3 V(1506 1593 1505) M(0) UV(0.69710 0.88473 0.69743 0.87193 0.71141 0.87295)
+               3 V(1432 1409 1431) M(0) UV(0.68889 0.83623 0.69075 0.82620 0.69951 0.82627)
+               3 V(1581 1409 1432) M(0) UV(0.67748 0.83671 0.69075 0.82620 0.68889 0.83623)
+               3 V(1432 1582 1581) M(0) UV(0.68720 0.84767 0.67520 0.84829 0.67748 0.83671)
+               3 V(1611 1610 1506) M(0) UV(0.69563 0.90362 0.68588 0.89524 0.69596 0.89565)
+               3 V(1584 1509 1610) M(0) UV(0.67730 0.90944 0.67341 0.89576 0.68588 0.89524)
+               3 V(1584 1610 1611) M(0) UV(0.67730 0.90944 0.68588 0.89524 0.68836 0.90643)
+               3 V(1506 1610 1612) M(0) UV(0.69596 0.89565 0.68588 0.89524 0.68603 0.88324)
+               3 V(1509 1612 1610) M(0) UV(0.67341 0.89576 0.68603 0.88324 0.68588 0.89524)
+               3 V(1571 1583 1582) M(0) UV(0.68631 0.85973 0.67373 0.86012 0.67520 0.84829)
+               3 V(1571 1582 1432) M(0) UV(0.68631 0.85973 0.67520 0.84829 0.68720 0.84767)
+               3 V(1585 1584 1611) M(0) UV(0.68185 0.91849 0.67730 0.90944 0.68836 0.90643)
+               3 V(1612 1593 1506) M(0) UV(0.68649 0.87163 0.69743 0.87193 0.69710 0.88473)
+               3 V(1583 1571 1612) M(0) UV(0.67373 0.86012 0.68631 0.85973 0.68649 0.87163)
+               3 V(1571 1593 1612) M(0) UV(0.68631 0.85973 0.69743 0.87193 0.68649 0.87163)
+               3 V(1418 1444 1438) M(0) UV(0.69716 0.53298 0.70053 0.52976 0.70513 0.53998)
+               3 V(1427 1418 1438) M(0) UV(0.70840 0.54703 0.69987 0.54856 0.70513 0.53998)
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+               3 V(1436 1576 1427) M(0) UV(0.72163 0.54936 0.71325 0.55682 0.71113 0.55212)
+               3 V(1436 1427 1438) M(0) UV(0.72163 0.54936 0.71113 0.55212 0.71796 0.54225)
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+               3 V(1413 1417 1416) M(0) UV(0.67761 0.72553 0.68242 0.70996 0.68677 0.72219)
+               3 V(1417 1415 1416) M(0) UV(0.69129 0.70428 0.69600 0.71713 0.68677 0.72219)
+               3 V(1575 1567 1415) M(0) UV(0.71924 0.72296 0.71056 0.72966 0.70819 0.72189)
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+               3 V(1415 1567 1416) M(0) UV(0.70819 0.72189 0.70409 0.73511 0.70038 0.72705)
+               3 V(1416 1567 1574) M(0) UV(0.70038 0.72705 0.70409 0.73511 0.69671 0.74017)
+               3 V(1416 1574 1413) M(0) UV(0.69218 0.73181 0.68887 0.74597 0.68276 0.73663)
+               3 V(1443 1572 1782) M(0) UV(0.65231 0.52678 0.64291 0.52732 0.64291 0.52298)
+               3 V(1410 1669 1411) M(0) UV(0.65173 0.83509 0.64816 0.82556 0.65411 0.82658)
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+               3 V(1580 1669 1664) M(0) UV(0.65618 0.80841 0.64898 0.81300 0.64917 0.80603)
+               3 V(1565 1573 1449) M(0) UV(0.67778 0.78576 0.68228 0.77429 0.68926 0.77908)
+               3 V(1414 1573 1566) M(0) UV(0.66783 0.76127 0.66297 0.77731 0.65270 0.77274)
+               3 V(1414 1566 1800) M(0) UV(0.65908 0.75472 0.64820 0.76297 0.65068 0.74853)
+               3 V(1449 1573 1574) M(0) UV(0.69565 0.76934 0.68228 0.77429 0.68884 0.76225)
+               3 V(1565 1411 1580) M(0) UV(0.67080 0.80411 0.66283 0.81018 0.66385 0.80205)
+               3 V(1580 1664 1566) M(0) UV(0.65704 0.79992 0.64989 0.79760 0.65111 0.78723)
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+               3 V(1414 1574 1573) M(0) UV(0.66783 0.76127 0.68162 0.75398 0.67543 0.76820)
+               3 V(1580 1573 1565) M(0) UV(0.66726 0.79261 0.67094 0.78193 0.67778 0.78576)
+               3 V(1580 1566 1573) M(0) UV(0.65957 0.78942 0.65270 0.77274 0.66297 0.77731)
+               3 V(1451 1418 1443) M(0) UV(0.67454 0.52599 0.67547 0.52763 0.67062 0.52864)
+               3 V(1418 1451 1444) M(0) UV(0.69186 0.52601 0.68634 0.52157 0.69383 0.52382)
+               3 V(1451 1443 1630) M(0) UV(0.67183 0.52234 0.66286 0.52407 0.66017 0.52082)
+               3 V(1443 1782 1630) M(0) UV(0.66286 0.52407 0.65045 0.52241 0.66017 0.52082)
+               3 V(1567 1436 1437) M(0) UV(0.71245 0.73672 0.72111 0.73989 0.71505 0.74493)
+               3 V(1437 1439 1567) M(0) UV(0.71505 0.74493 0.71018 0.75084 0.70676 0.74234)
+               3 V(1439 1574 1567) M(0) UV(0.70042 0.76308 0.69484 0.75474 0.70081 0.74804)
+               3 V(1439 1449 1574) M(0) UV(0.70042 0.76308 0.69565 0.76934 0.68884 0.76225)
+               3 V(1434 1446 1445) M(0) UV(0.69864 0.50340 0.69988 0.49725 0.70836 0.50110)
+               3 V(1434 1445 1568) M(0) UV(0.70701 0.50727 0.71525 0.50525 0.71386 0.51160)
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+               3 V(1439 1579 1449) M(0) UV(0.70474 0.77088 0.70041 0.77584 0.69565 0.76934)
+               3 V(1434 1451 1569) M(0) UV(0.68890 0.50929 0.67915 0.50937 0.67806 0.49990)
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+               3 V(1438 1568 1437) M(0) UV(0.73357 0.75078 0.72606 0.75814 0.72330 0.74993)
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+               3 V(1434 1444 1451) M(0) UV(0.68890 0.50929 0.69570 0.51888 0.68750 0.51671)
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+               3 V(1522 1523 1515) M(0) UV(0.73204 0.34168 0.74112 0.36231 0.73358 0.36157)
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+               3 V(1524 1513 1512) M(0) UV(0.74830 0.34370 0.75363 0.32272 0.75759 0.34442)
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+               3 V(1527 1504 1526) M(0) UV(0.75236 0.39071 0.76126 0.36469 0.76783 0.39491)
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+               3 V(1529 1456 1457) M(0) UV(0.73432 0.27242 0.73157 0.29644 0.72744 0.27136)
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+               3 V(1421 1435 1429) M(0) UV(0.71824 0.44922 0.72107 0.44177 0.73215 0.44706)
+               3 V(1421 1429 1423) M(0) UV(0.71824 0.44922 0.73215 0.44706 0.72777 0.45395)
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+               3 V(1521 1530 1631) M(0) UV(0.69421 0.27171 0.70041 0.25437 0.69992 0.27055)
+               3 V(1435 1587 1429) M(0) UV(0.72107 0.44177 0.73920 0.43341 0.73215 0.44706)
+               3 V(1456 1631 1457) M(0) UV(0.71610 0.29279 0.71354 0.26984 0.72000 0.27055)
+               3 V(1588 1435 1422) M(0) UV(0.71783 0.42546 0.72107 0.44177 0.71031 0.43664)
+               3 V(1470 1587 1435) M(0) UV(0.74659 0.41525 0.73920 0.43341 0.72732 0.42906)
+               3 V(1470 1435 1469) M(0) UV(0.74659 0.41525 0.72732 0.42906 0.73491 0.41240)
+               3 V(1588 1469 1435) M(0) UV(0.71783 0.42546 0.73491 0.41240 0.72732 0.42906)
+               3 V(1465 1516 1501) M(0) UV(0.68664 0.25916 0.67806 0.24510 0.69121 0.25053)
+               3 V(1462 1501 1516) M(0) UV(0.68352 0.23539 0.69121 0.25053 0.67806 0.24510)
+               3 V(1481 1462 1516) M(0) UV(0.66584 0.23342 0.67581 0.23430 0.67806 0.24510)
+               3 V(1481 1516 1475) M(0) UV(0.66584 0.23342 0.67806 0.24510 0.66427 0.24687)
+               3 V(1518 1589 1617) M(0) UV(0.75902 0.25189 0.76077 0.26313 0.74926 0.26070)
+               3 V(1529 1617 1510) M(0) UV(0.74203 0.27538 0.74926 0.26070 0.75251 0.27782)
+               3 V(1785 1468 1419) M(0) UV(0.65263 0.36083 0.66545 0.36693 0.66290 0.37607)
+               3 V(1419 1468 1458) M(0) UV(0.66290 0.37607 0.66545 0.36693 0.67447 0.37749)
+               3 V(1529 1457 1461) M(0) UV(0.73432 0.27242 0.72744 0.27136 0.72585 0.25402)
+               3 V(1529 1461 1617) M(0) UV(0.73432 0.27242 0.72585 0.25402 0.73602 0.25712)
+               3 V(1518 1617 1461) M(0) UV(0.73316 0.24431 0.73602 0.25712 0.72585 0.25402)
+               3 V(1531 1631 1456) M(0) UV(0.71014 0.29188 0.71354 0.26984 0.71610 0.29279)
+               3 V(1520 1631 1531) M(0) UV(0.69835 0.29179 0.70468 0.27036 0.70441 0.29163)
+               3 V(1426 1458 1467) M(0) UV(0.67876 0.40362 0.68374 0.38821 0.69290 0.39682)
+               3 V(1426 1467 1626) M(0) UV(0.67876 0.40362 0.69290 0.39682 0.68778 0.42046)
+               3 V(1452 1514 1469) M(0) UV(0.71814 0.38393 0.72554 0.38564 0.71769 0.40770)
+               3 V(1452 1469 1467) M(0) UV(0.71814 0.38393 0.71153 0.40592 0.70548 0.40314)
+               3 V(1467 1469 1588) M(0) UV(0.70548 0.40314 0.71153 0.40592 0.70751 0.42376)
+               3 V(1626 1588 1422) M(0) UV(0.69762 0.42823 0.70751 0.42376 0.71031 0.43664)
+               3 V(1467 1588 1626) M(0) UV(0.69941 0.40115 0.70243 0.42083 0.69762 0.42823)
+               3 V(1501 1502 1530) M(0) UV(0.69791 0.23988 0.70245 0.23574 0.70269 0.24168)
+               3 V(1500 1530 1502) M(0) UV(0.70926 0.23767 0.70269 0.24168 0.70245 0.23574)
+               3 V(1461 1530 1500) M(0) UV(0.71480 0.24323 0.70866 0.24311 0.70926 0.23767)
+               3 V(1503 1538 1518) M(0) UV(0.72741 0.22610 0.73309 0.21895 0.73541 0.23430)
+               3 V(1503 1518 1500) M(0) UV(0.72741 0.22610 0.73541 0.23430 0.72794 0.23411)
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+               3 V(0 6 5) M(1) UV(0.56250 0.00000 0.62500 0.12500 0.50000 0.12500)
+               3 V(0 7 6) M(1) UV(0.68750 0.00000 0.75000 0.12500 0.62500 0.12500)
+               3 V(0 8 7) M(1) UV(0.81250 0.00000 0.87500 0.12500 0.75000 0.12500)
+               3 V(0 1 8) M(1) UV(0.93750 0.00000 1.00000 0.12500 0.87500 0.12500)
+               4 V(1 2 10 9) M(1) UV(0.00000 0.12500 0.12500 0.12500 0.12500 0.25000 0.00000 0.25000)
+               4 V(2 3 11 10) M(1) UV(0.12500 0.12500 0.25000 0.12500 0.25000 0.25000 0.12500 0.25000)
+               4 V(3 4 12 11) M(1) UV(0.25000 0.12500 0.37500 0.12500 0.37500 0.25000 0.25000 0.25000)
+               4 V(4 5 13 12) M(1) UV(0.37500 0.12500 0.50000 0.12500 0.50000 0.25000 0.37500 0.25000)
+               4 V(5 6 14 13) M(1) UV(0.50000 0.12500 0.62500 0.12500 0.62500 0.25000 0.50000 0.25000)
+               4 V(6 7 15 14) M(1) UV(0.62500 0.12500 0.75000 0.12500 0.75000 0.25000 0.62500 0.25000)
+               4 V(7 8 16 15) M(1) UV(0.75000 0.12500 0.87500 0.12500 0.87500 0.25000 0.75000 0.25000)
+               4 V(8 1 9 16) M(1) UV(0.87500 0.12500 1.00000 0.12500 1.00000 0.25000 0.87500 0.25000)
+               4 V(9 10 18 17) M(1) UV(0.00000 0.25000 0.12500 0.25000 0.12500 0.37500 0.00000 0.37500)
+               4 V(10 11 19 18) M(1) UV(0.12500 0.25000 0.25000 0.25000 0.25000 0.37500 0.12500 0.37500)
+               4 V(11 12 20 19) M(1) UV(0.25000 0.25000 0.37500 0.25000 0.37500 0.37500 0.25000 0.37500)
+               4 V(12 13 21 20) M(1) UV(0.37500 0.25000 0.50000 0.25000 0.50000 0.37500 0.37500 0.37500)
+               4 V(13 14 22 21) M(1) UV(0.50000 0.25000 0.62500 0.25000 0.62500 0.37500 0.50000 0.37500)
+               4 V(14 15 23 22) M(1) UV(0.62500 0.25000 0.75000 0.25000 0.75000 0.37500 0.62500 0.37500)
+               4 V(15 16 24 23) M(1) UV(0.75000 0.25000 0.87500 0.25000 0.87500 0.37500 0.75000 0.37500)
+               4 V(16 9 17 24) M(1) UV(0.87500 0.25000 1.00000 0.25000 1.00000 0.37500 0.87500 0.37500)
+       }
+}
+Object "obj2" {
+       visible 15
+       locking 0
+       shading 1
+       facet 59.5
+       color 0.898 0.498 0.698
+       color_type 0
+       vertex 25 {
+               4.2586 63.9835 14.1654
+               4.9497 63.9823 14.0404
+               4.7481 64.4694 14.0327
+               4.2611 64.6711 14.0224
+               3.7741 64.4694 14.0157
+               3.5723 63.9823 14.0164
+               3.7739 63.4953 14.0242
+               4.2609 63.2935 14.0345
+               4.7479 63.4953 14.0412
+               5.5404 63.9789 13.6605
+               5.1678 64.8789 13.6462
+               4.2680 65.2516 13.6272
+               3.3681 64.8789 13.6147
+               2.9952 63.9789 13.6161
+               3.3678 63.0789 13.6305
+               4.2676 62.7062 13.6494
+               5.1675 63.0789 13.6619
+               5.9407 63.9738 13.0835
+               5.4539 65.1497 13.0647
+               4.2782 65.6367 13.0399
+               3.1024 65.1497 13.0237
+               2.6153 63.9738 13.0254
+               3.1021 62.7980 13.0442
+               4.2777 62.3109 13.0690
+               5.4535 62.7980 13.0852
+       }
+       face 24 {
+               3 V(0 2 1) M(1) UV(0.06250 0.00000 0.12500 0.12500 0.00000 0.12500)
+               3 V(0 3 2) M(1) UV(0.18750 0.00000 0.25000 0.12500 0.12500 0.12500)
+               3 V(0 4 3) M(1) UV(0.31250 0.00000 0.37500 0.12500 0.25000 0.12500)
+               3 V(0 5 4) M(1) UV(0.43750 0.00000 0.50000 0.12500 0.37500 0.12500)
+               3 V(0 6 5) M(1) UV(0.56250 0.00000 0.62500 0.12500 0.50000 0.12500)
+               3 V(0 7 6) M(1) UV(0.68750 0.00000 0.75000 0.12500 0.62500 0.12500)
+               3 V(0 8 7) M(1) UV(0.81250 0.00000 0.87500 0.12500 0.75000 0.12500)
+               3 V(0 1 8) M(1) UV(0.93750 0.00000 1.00000 0.12500 0.87500 0.12500)
+               4 V(1 2 10 9) M(1) UV(0.00000 0.12500 0.12500 0.12500 0.12500 0.25000 0.00000 0.25000)
+               4 V(2 3 11 10) M(1) UV(0.12500 0.12500 0.25000 0.12500 0.25000 0.25000 0.12500 0.25000)
+               4 V(3 4 12 11) M(1) UV(0.25000 0.12500 0.37500 0.12500 0.37500 0.25000 0.25000 0.25000)
+               4 V(4 5 13 12) M(1) UV(0.37500 0.12500 0.50000 0.12500 0.50000 0.25000 0.37500 0.25000)
+               4 V(5 6 14 13) M(1) UV(0.50000 0.12500 0.62500 0.12500 0.62500 0.25000 0.50000 0.25000)
+               4 V(6 7 15 14) M(1) UV(0.62500 0.12500 0.75000 0.12500 0.75000 0.25000 0.62500 0.25000)
+               4 V(7 8 16 15) M(1) UV(0.75000 0.12500 0.87500 0.12500 0.87500 0.25000 0.75000 0.25000)
+               4 V(8 1 9 16) M(1) UV(0.87500 0.12500 1.00000 0.12500 1.00000 0.25000 0.87500 0.25000)
+               4 V(9 10 18 17) M(1) UV(0.00000 0.25000 0.12500 0.25000 0.12500 0.37500 0.00000 0.37500)
+               4 V(10 11 19 18) M(1) UV(0.12500 0.25000 0.25000 0.25000 0.25000 0.37500 0.12500 0.37500)
+               4 V(11 12 20 19) M(1) UV(0.25000 0.25000 0.37500 0.25000 0.37500 0.37500 0.25000 0.37500)
+               4 V(12 13 21 20) M(1) UV(0.37500 0.25000 0.50000 0.25000 0.50000 0.37500 0.37500 0.37500)
+               4 V(13 14 22 21) M(1) UV(0.50000 0.25000 0.62500 0.25000 0.62500 0.37500 0.50000 0.37500)
+               4 V(14 15 23 22) M(1) UV(0.62500 0.25000 0.75000 0.25000 0.75000 0.37500 0.62500 0.37500)
+               4 V(15 16 24 23) M(1) UV(0.75000 0.25000 0.87500 0.25000 0.87500 0.37500 0.75000 0.37500)
+               4 V(16 9 17 24) M(1) UV(0.87500 0.25000 1.00000 0.25000 1.00000 0.37500 0.87500 0.37500)
        }
 }
 Eof

diff --git a/saisei-1.0/resource/script/douga.lua b/saisei-1.0/resource/script/douga.lua
new file mode 100644 (file)
index 0000000..3811e6d
--- /dev/null
+++ b/saisei-1.0/resource/script/douga.lua
@@ -0,0 +1,161 @@
+require('script/moflib')
+require('script/common')
+require('script/world_menu')
+
+--{{{ make_text
+function make_text(snd_no, frame, mes)
+       --if snd_no < 17 then return end
+       local t = text('', '<layout w="800" xalign="center">' .. mes .. '</layout>',
+               'view=no-content-bg', FeedTween:new(0, 0.93, 1, 0.1))
+       wait_frame(30)
+       sound('voice/sn' .. snd_no .. '.wav')
+       wait_frame(frame)
+       wait_frame(t:hide())
+       t:dispose()
+end
+--}}}
+--{{{ next_message
+function next_message(mes, snd_no, text)
+       mes:next(text)
+       wait_frame(30)
+       sound('voice/sn' .. snd_no .. '.wav')
+       wait_for_key(KEY_Z)
+end
+--}}}
+--{{{ section1
+function section1()
+       invoke(world_menu)
+
+       wait_frame(10)
+       
+       make_text(1, 200, '\82Ü\82¸\81A\82±\82ê\82ª\83\8f\81[\83\8b\83h\89æ\96Ê\82Å\82·\81B')
+       make_text(2, 400, '\83\8f\81[\83\8b\83h\82Í6X6\82Ì<col code="aaff00">\83G\83\8a\83A</col>\82Å\8d\\90¬\82³\82ê\82Ä\82¨\82è\81A\8ae\83G\83\8a\83A\82É\83G\83\8c\83\81\83\93\83g\82ð\94z\92u\82Å\82«\82Ü\82·\81B')
+       
+       wait_frame(0)
+       
+       make_text(3, 400, '\83G\83\8c\83\81\83\93\83g\82Í\90X\82Ì\83G\83\8c\83\81\83\93\83g\81A\91å\92n\82Ì\83G\83\8c\83\81\83\93\83g\81A\90\85\82Ì\83G\83\8c\83\81\83\93\83g\82Ì3\8eí\97Þ\82ª\82 \82è\82Ü\82·\81B')
+       make_text(4, 200, '\90\85\82Ì\83G\83\8c\83\81\83\93\83g\82Í\88ê\93x\82È\82­\82»\82¤\82Æ\8dl\82¦\82½\82Ì\82Å\82·\82ª\81A')
+       make_text(5, 300, '\90X\82Æ\8eR\81A\97¼\95û\82ð\94­\90¶\82³\82¹\82é\82½\82ß\82Ì\83G\83\8c\83\81\83\93\83g\82Æ\82µ\82Ä\8ec\82µ\82Ü\82µ\82½\81B')
+       
+       wait_frame(0)
+       
+       make_text(6, 1000, '\82»\82ê\82Å\82Í\81A\82¢\82­\82Â\82©\92u\82¢\82Ä\82Ý\82Ü\82·\81B')
+       
+       wait_frame(0)
+       
+       make_text(7, 300, '\83G\83\8c\83\81\83\93\83g\82Í\92u\82¢\82½\82¾\82¯\82Å\82Í\81A\82»\82Ì\8cø\89Ê\82ð\94­\8aö\82µ\82Ü\82¹\82ñ\81B')
+       make_text(8, 400, '\83\8f\81[\83\8b\83h\82É\89e\8b¿\82ð\97^\82¦\82é\82É\82Í<col code="aaff00">\83X\83\8a\81[\83v</col>\82ð\8ds\82Á\82Ä\81A\94N\8c\8e\82ð\8co\89ß\82³\82¹\82é\95K\97v\82ª\82 \82è\82Ü\82·\81B')
+       make_text(9, 400, '\8eå\90l\8cö\82Å\82 \82é\83\8a\81[\83X\82Í\90l\8aÔ\82Å\82Í\82È\82¢\82Ì\82Å\81A\83X\83\8a\81[\83v\82ð\8ds\82Á\82Ä\81A\93÷\91Ì\82ð\8dÄ\8d\\92z\82·\82é\82±\82Æ\82Å\81A')
+       make_text(10, 200, '\94¼\89i\8bv\93I\82É\90¶\82«\82ç\82ê\82Ü\82·\81B')
+       make_text(11, 300, '\82±\82Ì\83X\83\8a\81[\83v\82Å\96°\82Á\82Ä\82¢\82é\8aÔ\82É\83G\83\8c\83\81\83\93\83g\82Ì\8cø\89Ê\82ª\95ú\8fo\82³\82ê\81A')
+       make_text(12, 300, '\82ä\82Á\82­\82è\82Æ\90X\82â\8eR\82ª\82Å\82«\82é\82Æ\82¢\82¤\90Ý\92è\82Å\82·\81B')
+       make_text(13, 300, '\83X\83\8a\81[\83v\82É\82Í\91¼\82É\82à\82¢\82­\82Â\82©\88Ó\96¡\8d\87\82¢\82ª\82 \82è\82Ü\82·\82ª\81A')
+       make_text(14, 300, '\96¢\8eÀ\91\95\82È\82Ì\82Å\81A\82Ü\82½\8d¡\93x\90à\96¾\82µ\82Ü\82·\81B')
+       
+       wait_frame(0)
+       invoke(world_menu)
+       wait_frame(20)
+       
+       make_text(15, 300, '\83X\83\8a\81[\83v\82ð\8ds\82¤\82Æ\81A\82±\82ñ\82È\95\97\82É\83G\83\8a\83A\82É\95Ï\89»\82ª\8c»\82ê\82Ü\82·\81B')
+       make_text(16, 400, '\90X\82â\8eR\82ª\82Å\82«\82½\83G\83\8a\83A\82É\82Í\81A\93à\95\94\82Å<col code="aaff00">\8eí\91°\92l</col>\82ª\8a\84\82è\90U\82ç\82ê\82Ü\82·\81B')
+       make_text(17, 300, '\8eí\91°\92l\82ª\88ê\92è\88È\8fã\82É\82È\82é\82Æ\81A\82»\82Ì\83G\83\8a\83A\82É\92¬\82ª\82Å\82«\82Ü\82·\81B')
+       make_text(18, 300, '\96{\8dì\82Å\82Í\82±\82ê\82ð<col code="aaff00">\83\89\83\93\83h</col>\82Æ\8cÄ\82ñ\82Å\82¢\82Ü\82·\81B')
+       
+       wait_frame(0)
+
+       make_text(19, 400, '\83\89\83\93\83h\82Å\82Í\81A\8dÅ\91å\82R\82Â\82Ì<col code="aaff00">\83T\81[\83r\83X</col>\82Æ\81A<col code="aaff00">\83}\81[\83P\83b\83g</col>\82Æ\82¢\82¤\83R\83}\83\93\83h\82ª\91I\91ð\82Å\82«\82Ü\82·\81B')
+       make_text(20, 400, '\82Ç\82Ì\83T\81[\83r\83X\82ª\8c»\82ê\82é\82©\82Í\81A\83\89\83\93\83h\82Ì\8eí\91°\92l\82É\82æ\82Á\82Ä\95Ï\82í\82è\82Ü\82·\81B')
+
+       wait_frame(0)
+
+       make_text(21, 300, '\8d¡\89ñ\82Í\8dz\8eR\82Ì\91\95\94õ\93X\82Æ\82¢\82¤\83T\81[\83r\83X\82ª\8fo\8c»\82µ\82Ü\82µ\82½\81B')
+       make_text(22, 300, '\82±\82±\82Å\82Í\83\8a\81[\83X\82Ì\95\90\8aí\82â\81A\96h\8bï\82ð\94\83\82¤\82±\82Æ\82ª\82Å\82«\82Ü\82·\81B')
+       make_text(23, 300, '\8c»\8dÝ\82Í\8f¤\95i\83\8a\83X\83g\82ð\95\\8e¦\82·\82é\82Æ\82±\82ë\82Ü\82Å\82ª\8eÀ\91\95\82Å\82«\82Ä\82¢\82Ü\82·\81B')
+end
+--}}}
+--{{{ section2
+function section2()
+       invoke(world_menu)
+
+       wait_frame(10)
+       
+       make_text(24, 200, '\8e\9f\82É\81A\83\89\83\93\83h\82Ì\8c\8b\8d\87\82É\82Â\82¢\82Ä\90à\96¾\82µ\82Ü\82·\81B')
+       make_text(25, 400, '\8eí\91°\92l\82ª\88ê\92è\88È\8fã\82É\82È\82é\82Æ\83\89\83\93\83h\82ª\94­\90¶\82·\82é\82±\82Æ\82Í\81A\90æ\82Ù\82Ç\90à\96¾\82µ\82½\82Æ\82¨\82è\82Å\82·\81B')
+       make_text(26, 300, '\82Q\82Â\88È\8fã\82Ì\83\89\83\93\83h\82ª\82Å\82«\82é\8fð\8c\8f\82ð\96\9e\82½\82µ\82½\83G\83\8a\83A\82ª\97×\90Ú\82µ\82Ä\82¢\82½\8fê\8d\87\81A')
+       make_text(27, 300, '\82»\82ê\82ç\82Ì\83\89\83\93\83h\82ª\8c\8b\8d\87\82µ\82Ä\81A\82Ð\82Æ\82Â\82Ì\83\89\83\93\83h\82Æ\82È\82è\82Ü\82·\81B')
+       make_text(28, 400, '\8c\8b\8d\87\8cã\82Ì\83\89\83\93\83h\82Í\81A\8c³\82Ì\83\89\83\93\83h\82Ì\8eí\91°\92l\82ð\91«\82µ\8d\87\82í\82¹\82Ä\82Å\82«\82é\83T\81[\83r\83X\82ð\82à\82¿\82Ü\82·\81B')
+       make_text(29, 200, '\82±\82ê\82ª<col code="aaff00">\83\89\83\93\83h\82Ì\8c\8b\8d\87</col>\82Å\82·\81B')
+
+       invoke(world_menu)
+       wait_frame(20)
+
+       make_text(30, 400, '\83\89\83\93\83h\82ð\82Ç\82ñ\82Ç\82ñ\8c\8b\8d\87\82µ\82Ä\82¢\82­\82Æ\81A\82æ\82è<col code="aaff00">\83O\83\8c\81[\83h</col>\82Ì\8d\82\82¢\83T\81[\83r\83X\82ª\8fo\8c»\82µ\81A')
+       make_text(31, 200, '\82»\82ê\82¾\82¯\8b­\97Í\82È\83A\83C\83e\83\80\82È\82Ç\82ª\94\83\82¦\82Ü\82·\81B')
+       make_text(32, 200, '\82½\82¾\82µ\81A\8c\8b\8d\87\8cã\82à\83\89\83\93\83h\82Ì\83T\81[\83r\83X\82Í\82R\82Â\82Ü\82Å\82Å\82·\81B')
+       make_text(33, 400, '\83T\81[\83r\83X\82Ì\8eí\97Þ\82Í\91S\95\94\82Å6\8eí\97Þ\82Å\82·\82Ì\82Å\81A\88Å\89_\82É\82·\82×\82Ä\82Ì\83\89\83\93\83h\82ð\8c\8b\8d\87\82³\82¹\82Ä\82µ\82Ü\82¤\82Æ\81A')
+       make_text(34, 200, '\8fê\8d\87\82É\82æ\82Á\82Ä\82Í\95s\97\98\82É\82È\82Á\82Ä\82µ\82Ü\82¢\82Ü\82·\81B')
+       make_text(35, 400, '\96Ü\98_\81A\82Ç\82¤\82·\82é\82©\82Í\83v\83\8c\83C\83\84\81[\82Ì\97V\82Ñ\95û\8e\9f\91æ\82Å\82·\81B\83\86\81[\83U\81[\82ª\82Ç\82ñ\82È\83\8f\81[\83\8b\83h\82ð\8dì\82Á\82Ä\82à')
+       make_text(36, 400, '\82»\82ê\82È\82è\82É\81A\83\81\83\8a\83b\83g\81A\83f\83\81\83\8a\83b\83g\82Ì\82 \82é\83Q\81[\83\80\90«\82ð\8eÀ\8c»\82µ\82½\82¢\82Å\82·\82Ë\81B\93ï\82µ\82¢\82Å\82·\82ª\81B')
+       
+end
+--}}}
+--{{{ section3
+function section3()
+       local yukkuri = Picture:new('file.image/yukkuri.png')
+       local height_table = {100, 95, 70, 30, 5, 0, 5, 30, 70, 95+26, 100+52, 95+26, 70, 30, 5, 0, 5, 30, 70, 95+26, 100+52, 100}
+       local pos_tween = {}
+       local size_tween = {[80] = {256, 256}, [100] = {256, 204}, [120] = {256, 256}, [180] = {256, 256}, [200] = {256, 204}, [210] = {256, 256}}
+       for idx, val in ipairs(height_table) do
+               pos_tween[(idx - 1) * 10] = {700 - idx * 10, 40 + val}
+       end
+       yukkuri:set_tween('position2', pos_tween)
+       yukkuri:set_tween('size2', size_tween)
+
+       wait_frame(200)
+
+       local mes = Message:new('\82¨\82Á\82¬\81[', nil)
+       local tw_init = ExtensionTween:new()
+       tw_init(mes)
+       wait_frame(mes:show())
+
+       next_message(mes, 37, '\82±\82ñ\82É\82¿\82Í\81A\82¨\82Á\82¬\81[\82Å\82·\81B')
+       next_message(mes, 38, '\82Ü\82¸\8dÅ\8f\89\82É\82¨\92m\82ç\82¹\82Å\82·\81B<nl/>\82±\82Ì\83Q\81[\83\80\82Ì\83^\83C\83g\83\8b\82ð\8c\88\92è\82µ\82Ü\82µ\82½\81B<nl/><col code="aaff00">\81u\8dÄ\90¢\82Ì\83T\83N\83V\81[\83h\81v</col>\82Æ\96½\96¼\82µ\82æ\82¤\82Æ\8ev\82¢\82Ü\82·\81B')
+       next_message(mes, 39, '\8dÄ\90¢\82Ì\83T\83N\83V\81[\83h\82Æ\82Í\81A<nl/>\82±\82ê\82Ü\82Å\81u\8dÄ\90¶\82Ì\8eg\8eÒ\81v\82Æ\8cÄ\82ñ\82Å\82«\82½\82Ì\82ð\92u\82«\8a·\82¦\82½\82à\82Ì\82Å\81A<nl/>\82Â\82Ü\82è\8eå\90l\8cö\83\8a\81[\83X\82Ì\82±\82Æ\82Å\82·\81B')
+       next_message(mes, 40, '\8dÄ\90¢\82Í\81u\90¢\8aE\82ð\8dÄ\90¶\81v\82·\82é\82Æ\82¢\82¤\88Ó\96¡\82Ì\91¢\8cê\82Å\81A<nl/>\83T\83N\83V\81[\83h\82Í\8dç\82­\81{SEED\82©\82ç\82Â\82­\82Á\82½\81A\82±\82ê\82Ü\82½\91¢\8cê\82Å\82·\81B')
+       next_message(mes, 41, '\91Ê\9f­\97\8e\82©\82æ\81I\82Æ\8ev\82í\82ê\82é\82©\82à\82µ\82ê\82Ü\82¹\82ñ\82Ë\81B<nl/>\8eÀ\8dÛ\82»\82Ì\82Æ\82¨\82è\82Å\82·\81B\82Å\82à\81A\89p\92P\8cê\82Ìsucceed\82É\82Í<nl/>\81u\8eó\82¯\8cp\82®\81v\82Æ\82¢\82¤\88Ó\96¡\82ª\82 \82Á\82Ä\81A<nl/>\88ê\89\9e\81A\82±\82ê\82Í\83V\83i\83\8a\83I\93I\82É\82à\8d\87\92v\82µ\82Ü\82·\81B')
+       next_message(mes, 42, '\82Ü\82\9f\81A\82»\82Ì\83V\83i\83\8a\83I\82Ípart9\82Å\8fq\82×\82½\82Æ\82¨\82è\81A<nl/>\82¨\91 \93ü\82è\82É\82È\82è\82Ü\82µ\82½\82¯\82Ç\82Ë\81I')
+       wait_frame(mes:hide())
+       
+       wait_frame(20)
+       
+       wait_frame(mes:next("\82³\82Ä\81A\82»\82ê\82Å\82Í\90i\92»\93à\97e\82É\82Â\82¢\82Ä\82Å\82·\81B"))
+       wait_frame(mes:show())
+       sound('voice/sn43.wav')
+       wait_for_key(KEY_Z)
+       next_message(mes, 44, "\8d¡\89ñ\82Í\81Apart1\82âpart6\82Å\90à\96¾\82µ\82½<nl/>\81u\8dÄ\90¢\83V\83X\83e\83\80\81v\82ð\8eÀ\91\95\82µ\82Ü\82µ\82½\81B<nl/>\82Í\82¶\82ß\82Ä\82Ì\95û\82Í\81A\90æ\82É\82±\82ê\82ç\82Ì\93®\89æ\82ð\8c©\82Ä\82¨\82¢\82½\95û\82ª<nl/>\97\9d\89ð\82µ\82â\82·\82¢\82©\82à\82µ\82ê\82Ü\82¹\82ñ\81B<nl/>\82½\82¾\81A\82±\82Ì\93®\89æ\82Å\82à\82 \82é\92ö\93x\82Í\90à\96¾\82µ\82Ä\82¢\82­\82Â\82à\82è\82Å\82·\81B")
+       next_message(mes, 45, "\82»\82ê\82Å\82Í\83Q\81[\83\80\89æ\96Ê\82ð\82Ç\82¤\82¼")
+end
+--}}}
+--{{{ section4
+function section4()
+       local yukkuri = Picture:new('file.image/yukkuri.png')
+       yukkuri:set_tween('position2', {[0] = {500, 140}})
+
+       local mes = Message:new('\82¨\82Á\82¬\81[', nil)
+       local tw_init = ExtensionTween:new()
+       tw_init(mes)
+       wait_frame(mes:show())
+
+       next_message(mes, 46, '\81E\81E\81E\82Æ\82¢\82¤\8a´\82¶\82Å\82·\81B\8c\8b\8d\\82·\82·\82ñ\82¾\82Å\82µ\82å\81H')
+       next_message(mes, 47, '\8d¡\89ñ\82Í\83\8f\81[\83\8b\83h\83}\83b\83v\8aÖ\98A\82ð\8eÀ\91\95\82µ\82Ü\82µ\82½\82ª\81A<nl/>\82±\82ê\82Æ\81A\82±\82ê\82Ü\82Å\82É\8fÐ\89î\82µ\82½\83_\83\93\83W\83\87\83\93\83}\83b\83v\82Æ\83o\83g\83\8b\81A\82»\82ê\82Æ<nl/>\83\81\83C\83\93\83\81\83j\83\85\81[\82Æ\82ð\8cq\82¬\8d\87\82í\82¹\82Ä\81A\8cã\81A\8d×\82©\82¢\82Æ\82±\82ë\82ð<nl/>\8eÀ\91\95\82·\82ê\82Î\81A\82â\82Á\82Æ\97V\82×\82é\82æ\82¤\82É\82È\82è\82»\82¤\82Å\82·\81B')
+       next_message(mes, 48, '\93®\89æ\82Ì\93à\97e\82Í\88È\8fã\82Å\82·\81B<nl/>\82±\82Ì\8cã\81A\83A\83\93\83P\81[\83g\82ð\90Ý\82¯\82Ä\82¢\82Ü\82·\82Ì\82Å\81A<nl/>\90¥\94ñ\82²\8b¦\97Í\82­\82¾\82³\82¢\81B<nl/>')
+       next_message(mes, 49, '\82»\82ê\82Å\82Í\8aF\82³\82ñ\81A\82æ\82¢\82¨\94N\82ð\81I')
+       wait_frame(mes:hide())
+       
+end
+--}}}
+--{{{ part10
+function part10()
+       section4()
+end
+--}}}

diff --git a/saisei-1.0/resource/script/effect_test.lua b/saisei-1.0/resource/script/effect_test.lua
index 9432960..3dd136b 100644 (file)
--- a/saisei-1.0/resource/script/effect_test.lua
+++ b/saisei-1.0/resource/script/effect_test.lua
@@ -24,7 +24,7 @@ function effect_test()
        world_light:set_tween('ambient.color', {[0] = {0.5, 0.5, 0.7}})
        world_light:set_tween('diffuse.color', {[0] = {0.8, 0.8, 0.8}})
        human:set_light(world_light)
-       human:set_tween('size3', {[0] = {0.3, 0.3, 0.3}})
+       human:set_tween('size3', {[0] = {0.6, 0.6, 0.6}})
        human:set_tween('position3', {[0] = {0, 0.3, 0}})
 
        --invoke(forest_element, 0, 0, 0)

diff --git a/saisei-1.0/resource/script/main_menu.lua b/saisei-1.0/resource/script/main_menu.lua
index 5aa9eea..105d699 100644 (file)
--- a/saisei-1.0/resource/script/main_menu.lua
+++ b/saisei-1.0/resource/script/main_menu.lua
@@ -41,7 +41,7 @@ function question_attached(item_tween, explanation_text)
                end
        end
        explanation_text:next(make_shop_item_explanation(attached_items[1]))
-       return question('\8f\8a\8e\9d\83A\83C\83e\83\80(\8ec\82è0\83X\83\8d\83b\83g)', list, nil, item_tween, false,
+       return question('\8f\8a\8e\9d\83A\83C\83e\83\80(\8ec\82è0\83X\83\8d\83b\83g)', list, 'view=scroll', item_tween, false,
                function (index)        
                        explanation_text:next(make_shop_item_explanation(attached_items[index + 1]))
                end
@@ -60,7 +60,7 @@ function question_stored(item_tween, explanation_text)
                end
        end
        explanation_text:next(make_shop_item_explanation(stored_items[1]))
-       return question('\91q\8cÉ\83A\83C\83e\83\80', list, nil, item_tween, false, 
+       return question('\91q\8cÉ\83A\83C\83e\83\80', list, 'view=scroll', item_tween, false, 
                function (index)        
                        explanation_text:next(make_shop_item_explanation(stored_items[index + 1]))
                end
@@ -81,7 +81,7 @@ function question_relic(item_tween, explanation_text)
        end
        explanation_text:next(make_relic_explanation(relics[1]))
 
-       return question('\83\8c\83\8a\83b\83N', list, nil, item_tween, false,
+       return question('\83\8c\83\8a\83b\83N', list, 'view=scroll', item_tween, false,
                function (index)        
                        explanation_text:next(make_relic_explanation(relics[index + 1]))
                end
@@ -125,7 +125,7 @@ function question_setup_weapon(item_tween, explanation_text)
                end
        end
        explanation_text:next(make_shop_item_explanation(weapon_items[1]))
-       local style = 'disable=' .. join(disables, ',')
+       local style = 'view=scroll;disable=' .. join(disables, ',')
        return question('\91\95\94õ\82·\82é\95\90\8aí\82ð\91I\91ð', list, style, item_tween, false,
                function (index)
                        explanation_text:next(make_shop_item_explanation(weapon_items[index + 1]))
@@ -169,7 +169,7 @@ function question_setup_armer(item_tween, explanation_text)
                end
        end
        explanation_text:next(make_shop_item_explanation(armer_items[1]))
-       local style = 'disable=' .. join(disables, ',')
+       local style = 'view=scroll;disable=' .. join(disables, ',')
        return question('\91\95\94õ\82·\82é\96h\8bï\82ð\91I\91ð', list, style, item_tween, false, 
                function (index)
                        explanation_text:next(make_shop_item_explanation(armer_items[index + 1]))
@@ -208,7 +208,7 @@ function question_setup_item(item_tween, explanation_text)
                table.insert(list, table.concat(texts))
                num_items = num_items + 1
        end
-       local style = 'disable=' .. join(disables, ',')
+       local style = 'view=scroll;disable=' .. join(disables, ',')
        explanation_text:next(make_shop_item_explanation(items[1]))
        return question('\8f\8a\8e\9d\82·\82é\83A\83C\83e\83\80\82ð\91I\91ð(\8ec\82è0\83X\83\8d\83b\83g)', list, style, item_tween, false,
                function (index)
@@ -224,7 +224,7 @@ function question_setup_ideal(item_tween, explanation_text)
                table.insert(list, make_ideal_text(items[i]))
        end
        explanation_text:next(items[1].explanation)
-       return question('\8fo\8c\82\90_\97ì\82ð\91I\91ð(\8ec\82è0\83X\83\8d\83b\83g)', list, nil, item_tween, false,
+       return question('\8fo\8c\82\90_\97ì\82ð\91I\91ð(\8ec\82è0\83X\83\8d\83b\83g)', list, 'scroll', item_tween, false,
                function (index)
                        explanation_text:next(items[index + 1].explanation)
                end
@@ -413,7 +413,7 @@ function main_menu()
                elseif answer == 2 then
                        setup_menu(explanation_text)
                elseif answer == 3 then
-                       answer = question('\83V\83X\83e\83\80\83\81\83j\83\85\81[', {'\83Z\81[\83u', '\83\8d\81[\83h', '\8aÂ\8b«\90Ý\92è', '\82à\82Ç\82é'})
+                       --answer = question('\83V\83X\83e\83\80\83\81\83j\83\85\81[', {'\83Z\81[\83u', '\83\8d\81[\83h', '\8aÂ\8b«\90Ý\92è'})
                elseif answer == 4 then
                end 
                explanation_text:next(explanations[answer])

diff --git a/saisei-1.0/resource/script/marcket_menu.lua b/saisei-1.0/resource/script/marcket_menu.lua
index 9c823af..8c979b0 100644 (file)
--- a/saisei-1.0/resource/script/marcket_menu.lua
+++ b/saisei-1.0/resource/script/marcket_menu.lua
@@ -64,7 +64,7 @@ function marcket_menu(jem_text, explanation_text, ehves_power, bolony_power, str
        while true do
                answer = question('\83}\81[\83P\83b\83g', items, nil, FeedTween:new(0.3, 0.25, 0.65, 0.4), false,
                        function (index)
-                               explanation_text:next(make_relic_explanation(relic_list[index + 1], ehves_power, bolony_power, stra_power))
+                               explanation_text:next(make_marcket_relic_explanation(relic_list[index + 1], ehves_power, bolony_power, stra_power))
                        end)
                break
        end

diff --git a/saisei-1.0/resource/script/service_menu.lua b/saisei-1.0/resource/script/service_menu.lua
index 5c9122a..608d0f1 100644 (file)
--- a/saisei-1.0/resource/script/service_menu.lua
+++ b/saisei-1.0/resource/script/service_menu.lua
@@ -2,6 +2,32 @@ require('script/moflib')
 require('script/common')
 require('script/item')
 
+--{{{ make_item_text
+function make_item_text(item)
+       local texts = {}
+       table.insert(texts, get_icon_image_tag(item.icon_type))
+       table.insert(texts, '<layout w="200" h="32" xalign="left" yalign="center">' .. item.name .. '</layout>')
+       table.insert(texts, '<layout w="80" h="32" xalign="left" yalign="center"><col name="blue">\8ec\91Ï\90«</col></layout>')
+       table.insert(texts, '<layout w="80" h="32" xalign="right" yalign="center">' .. item.durability .. 'term</layout>')
+       if tonumber(item.equipped) == 1 then
+               table.insert(texts, '<layout w="100" h="32" xalign="right" yalign="center"><col name="blue">(\91\95\94õ\92\86)</col></layout>')
+       end
+       return table.concat(texts)
+end
+--}}}
+--{{{ make_ideal_church_explanation
+function make_ideal_church_explanation(item_id)
+       local recipe = load_game_data('gamedata.ideal_church_recipe.' .. item_id)
+       print_debug(recipe)
+       if #recipe == 0 then
+               return '\82±\82Ì\83A\83C\83e\83\80\82©\82ç\82Í\90_\97ì\82Ì\97Í\82Í\8a´\82¶\82ç\82ê\82Ü\82¹\82ñ\81B'
+       end
+       local texts = {}
+       table.insert(texts, get_icon_image_tag(recipe[1].icon_type))
+       table.insert(texts, '<layout w="200" h="32" xalign="left" yalign="center">' .. recipe[1].name .. 'Grade' .. recipe[1].grade .. '\82ª\94­\8c»\82µ\82»\82¤\82Å\82·</layout>')
+       return table.concat(texts)
+end
+--}}}
 --{{{ make_shop_item_text
 function make_shop_item_text(item)
        local icon = get_icon_image_tag(item.icon_type)
@@ -15,6 +41,17 @@ end
 --{{{ service_menu
 function service_menu(jem_text, explanation_text, service_id, grade)
 
+       local service_info = load_game_data('gamedata.service_info.' .. service_id .. '.' .. grade)
+       if service_info[1].type == 'shop' then
+               shop_menu(jem_text, explanation_text, service_id, grade, service_info[1].name)
+       elseif service_info[1].type == 'ideal_church' then
+               ideal_church_menu(jem_text, explanation_text, service_id, grade, service_info[1].name)
+       end
+end
+--}}}
+--{{{ shop_menu
+function shop_menu(jem_text, explanation_text, service_id, grade, service_name)
+
        local answer = 0
 
        local chara_pic = Picture:new('file.image/shop/bukiya.png')
@@ -22,7 +59,6 @@ function service_menu(jem_text, explanation_text, service_id, grade)
        chara_pic:set_tween('position2', {[0] = {x, y}}, 0)
        chara_pic:set_tween('size2', {[0] = {256 * 0.9, 512 * 0.9}}, 0) -- TODO
 
-       local service_info = load_game_data('gamedata.service_info.' .. service_id .. '.' .. grade)
        local shop_list = load_game_data('gamedata.shop_list.' .. service_id .. '.' .. grade)
        local items = {}
        for idx, val in ipairs(shop_list) do
@@ -32,7 +68,7 @@ function service_menu(jem_text, explanation_text, service_id, grade)
        explanation_text:next(make_shop_item_explanation(shop_list[1]))
 
        while true do
-               answer = question(service_info[1].name, items, nil, FeedTween:new(0.3, 0.25, 0.65, 0.4), false,
+               answer = question(service_name, items, 'view=scroll', FeedTween:new(0.3, 0.25, 0.65, 0.4), false,
                        function (index)
                                explanation_text:next(make_shop_item_explanation(shop_list[index + 1]))
                        end)
@@ -44,3 +80,45 @@ function service_menu(jem_text, explanation_text, service_id, grade)
 
 end
 --}}}
+--{{{ ideal_church_menu
+function ideal_church_menu(jem_text, explanation_text, service_id, grade, service_name)
+
+       local answer = 0
+
+       local chara_pic = Picture:new('file.image/shop/bukiya.png')
+       local x, y = to_client_coord(0.01, 0.1)
+       chara_pic:set_tween('position2', {[0] = {x, y}}, 0)
+       chara_pic:set_tween('size2', {[0] = {256 * 0.9, 512 * 0.9}}, 0) -- TODO
+
+       local items = load_game_data('gamedata.item_profile')
+       local menu_items = {}
+       local disables = {}
+       for idx, val in ipairs(items) do
+               if #load_game_data('gamedata.ideal_church_recipe.' .. val.id) == 0 then
+                       -- \96³\8cø\82È\91I\91ð\8d\80\96Ú
+                       table.insert(menu_items, '<col name="gray">' .. make_item_text(val) .. '</col>')
+                       table.insert(disables, idx - 1)
+               else
+                       table.insert(menu_items, make_item_text(val))
+               end
+       end
+       
+       explanation_text:next(make_ideal_church_explanation(items[1].id))
+
+       while true do
+               local style = 'view=scroll'
+               if #disables ~= 0 then
+                       style = style .. ';disable=' .. join(disables, ',')
+               end
+               answer = question(service_name, menu_items, style, FeedTween:new(0.3, 0.25, 0.65, 0.4), false,
+                       function (index)
+                               explanation_text:next(make_ideal_church_explanation(items[index + 1].id))
+                       end)
+               break
+       end
+
+       chara_pic:dispose()
+
+
+end
+--}}}

diff --git a/saisei-1.0/resource/script/shop_menu_test.lua b/saisei-1.0/resource/script/shop_menu_test.lua
index 29c9b6f..e93a54f 100644 (file)
--- a/saisei-1.0/resource/script/shop_menu_test.lua
+++ b/saisei-1.0/resource/script/shop_menu_test.lua
@@ -6,10 +6,11 @@ require('script/marcket_menu')
 function shop_menu_test()
        local jem_text = text('', '<layout w="200" h="32" xalign="right" yalign="center">400JEM</layout>', '', FeedTween:new(0.05, 0.9, 0.3, 0.07))
        local explanation_text = text('', ' ', 'view=no-title-bg', FeedTween:new(0.3, 0.7, 0.65, 0.1))
-       local service_id = 4
-       local grade = 1
-       --service_menu(jem_text, explanation_text, service_id, grade)
-       marcket_menu(jem_text, explanation_text)
+       local service_id = 5
+       service_menu(jem_text, explanation_text, service_id, 1)-- grade 1
+       service_menu(jem_text, explanation_text, service_id, 2)
+       service_menu(jem_text, explanation_text, service_id, 3)
+       --marcket_menu(jem_text, explanation_text)
        jem_text:dispose()
        explanation_text:dispose()
 end

diff --git a/saisei-1.0/resource/settings.db b/saisei-1.0/resource/settings.db
index c008d62..f39d87e 100644 (file)
Binary files a/saisei-1.0/resource/settings.db and b/saisei-1.0/resource/settings.db differ

diff --git a/saisei-1.0/src/CharacterBoard.cpp b/saisei-1.0/src/CharacterBoard.cpp
deleted file mode 100644 (file)
index d700148..0000000
--- a/saisei-1.0/src/CharacterBoard.cpp
+++ /dev/null
@@ -1,199 +0,0 @@
-#include "CharacterBoard.hpp"
-#include "mof/Matrix3D.hpp"
-#include "mof/ConsoleIO.hpp"
-#include "mof/streams.hpp"
-#include "mof/Interpolation.hpp"
-#include "mof/Font.hpp"
-#include "mof/Vector2D.hpp"
-#include "mof/utilities.hpp"
-#include <vector>
-
-
-struct ::CharacterBoard::Impl{
-    std::vector<mof::Board*> list;
-    mof::Manipulator<mof::Matrix3D>::Handler worldMatrix;
-    mof::FrameNumber frame;
-
-    Impl()
-        :  frame(0) ,
-        worldMatrix(mof::makeConstantHandler(mof::Matrix3D::createIdentity())) 
-    {
-    }
-
-    ~Impl(){
-        for(std::vector<mof::Board*>::iterator itr = list.begin() ;
-            itr != list.end() ;
-            ++itr ){
-            delete *itr;
-        }
-        
-    }
-};
-
-::CharacterBoard::CharacterBoard( const mof::tstring& text)
-: m_pImpl(new Impl())
-{
-    
-
-    mof::Board* pBoard;
-    pBoard = new mof::Board();
-    pBoard->setColor(mof::makeConstantHandler(mof::Color4f(0.3f , 0.3f , 1)));
-    m_pImpl->list.push_back(pBoard);
-
-    pBoard = new mof::Board();
-    pBoard->setColor(mof::makeConstantHandler(mof::Color4f(0.6f , 0.6f , 1)));
-    m_pImpl->list.push_back(pBoard);
-
-    mof::Font font(mof::Font::MS_GOTHIC , 70);
-    std::shared_ptr<mof::PixelMap> pPixelMap( font.createText(text) );
-    mof::Vector2D sizeVec((int)pPixelMap->shape()[0] , (int)pPixelMap->shape()[1]);
-    std::shared_ptr<mof::Texture> pTexture(new mof::Texture( pPixelMap));
-    float endX = static_cast<float>(pPixelMap->shape()[0]) / pTexture->getWidth();
-    float endY = static_cast<float>(pPixelMap->shape()[1]) / pTexture->getHeight();
-
-    pBoard = new mof::Board();
-    pBoard->setColor(mof::makeConstantHandler(mof::Color4f(1 , 1 , 1)));
-    pBoard->setTexture(pTexture);
-    pBoard->setTextureCoordinates(mof::Rectangle<float>(0 , 0 , endX , endY));
-    m_pImpl->list.push_back(pBoard);
-}
-
-::CharacterBoard::~CharacterBoard(){
-
-}
-
-void ::CharacterBoard::setFrameNumber(mof::FrameNumber frame){
-    m_pImpl->frame = frame;
-    for(std::vector<mof::Board*>::iterator itr = m_pImpl->list.begin() ;
-        itr != m_pImpl->list.end() ;
-        ++itr ){
-            (*itr)->setFrameNumber(frame);
-    }
-}
-
-/*
-void ::CharacterBoard::nextFrame(){
-    //setFrameNumber(m_pImpl->frame + 1);
-}
-
-
-void ::CharacterBoard::prevFrame(){
-    //if(m_pImpl->frame > 0)setFrameNumber(m_pImpl->frame - 1);
-}
-*/
-
-
-void ::CharacterBoard::update(){
-    m_pImpl->frame++;
-    for(std::vector<mof::Board*>::iterator itr = m_pImpl->list.begin() ;
-        itr != m_pImpl->list.end() ;
-        ++itr ){
-            (*itr)->update();
-    }
-}
-
-
-void ::CharacterBoard::setWorldMatrix(const mof::Manipulator<mof::Matrix3D>::Handler& handler){
-    m_pImpl->worldMatrix = handler;
-    std::vector<mof::Manipulator<mof::Matrix3D>::Handler> handlers;
-    handlers.push_back( mof::makeConstantHandler(
-        mof::Matrix3D::createTranslation(mof::Vector3D(0 , 0.5f , 0))
-        ));
-    handlers.push_back( handler);
-    
-    
-    m_pImpl->list.at(0)->setWorldMatrix(
-        mof::makeCascadeHandler<mof::Matrix3D, mof::Multiply<mof::Matrix3D>>(handlers.front() , handlers.back()));
-
-    handlers.clear();
-    handlers.push_back( mof::makeConstantHandler(
-        mof::Matrix3D::createTranslation(mof::Vector3D(0 , 0.5f , 0.01f))
-        ));
-    handlers.push_back(mof::makeConstantHandler(
-        mof::Matrix3D::createRotation(mof::Vector3D(0 , mof::deg2rad(180) , 0))
-        ));
-    handlers.push_back(handler);
-
-    m_pImpl->list.at(1)->setWorldMatrix(
-        mof::makeCascadeHandler<mof::Matrix3D , mof::Multiply<mof::Matrix3D>>(handlers.front() , handlers.back())
-        );
-
-    handlers.clear();
-    handlers.push_back( mof::makeConstantHandler(
-        mof::Matrix3D::createTranslation(mof::Vector3D(0 , 0.5f , -0.01f))
-        ));
-    handlers.push_back( handler);
-    
-    
-    m_pImpl->list.at(2)->setWorldMatrix(
-        mof::makeCascadeHandler<mof::Matrix3D , mof::Multiply<mof::Matrix3D>>(handlers.front() , handlers.back())
-        );
-    
-}
-
-
-mof::Matrix3D CharacterBoard::getWorldMatrix() const{
-    return m_pImpl->worldMatrix->value(m_pImpl->frame);
-}
-
-mof::Vector3D CharacterBoard::getPosition() const{
-    mof::Matrix3D m = getWorldMatrix();
-    return mof::Vector3D(m.at(3 , 0) , m.at(3 , 1) , m.at(3 , 2));
-}
-
-void ::CharacterBoard::append(std::list<mof::Board*>& list_){
-    list_.insert(list_.begin() , m_pImpl->list.begin(), m_pImpl->list.end());
-    
-}
-
-void ::CharacterBoard::setFinishColor(mof::FrameNumber delay , mof::FrameNumber interval){
-    {
-        std::pair<mof::FrameNumber , mof::Color4f> keyFrames[] = {
-            std::pair<mof::FrameNumber , mof::Color4f>( delay , mof::Color4f(0.3f , 0.3f , 1) ) ,
-            std::pair<mof::FrameNumber , mof::Color4f>( delay + interval , mof::Color4f(1 , 1 , 1) )
-        };
-        m_pImpl->list.at(0)->setColor(
-            mof::Manipulator<mof::Color4f>::Handler(mof::makeKeyFrameAnimationHandler<mof::Color4f>(keyFrames[0] , keyFrames[1])));
-    }
-
-    {
-        std::pair<mof::FrameNumber , mof::Color4f> keyFrames[] = {
-            std::pair<mof::FrameNumber , mof::Color4f>( delay , mof::Color4f(1 , 1 , 1) ) ,
-            std::pair<mof::FrameNumber , mof::Color4f>( delay + interval , mof::Color4f(0.3f , 0.3f , 1) )
-        };
-        m_pImpl->list.at(2)->setColor(
-            mof::Manipulator<mof::Color4f>::Handler(mof::makeKeyFrameAnimationHandler<mof::Color4f>(keyFrames[0] , keyFrames[1])));
-    }    
-
-}
-
-
-void ::CharacterBoard::setPartColor(mof::FrameNumber delay , mof::FrameNumber interval){
-    {
-        std::pair<mof::FrameNumber , mof::Color4f> keyFrames[] = {
-            std::pair<mof::FrameNumber , mof::Color4f>( delay , mof::Color4f(0 , 1 , 1 , 1) ) ,
-            std::pair<mof::FrameNumber , mof::Color4f>( delay + interval , mof::Color4f(0 , 1 , 1 , 1) )
-        };
-        m_pImpl->list.at(0)->setColor(
-            mof::Manipulator<mof::Color4f>::Handler( mof::makeKeyFrameAnimationHandler<mof::Color4f>(keyFrames[0] , keyFrames[1])));
-    }
-
-    {
-        std::pair<mof::FrameNumber , mof::Color4f> keyFrames[] = {
-            std::pair<mof::FrameNumber , mof::Color4f>( delay , mof::Color4f(0 , 1 , 1 , 1) ) ,
-            std::pair<mof::FrameNumber , mof::Color4f>( delay + interval , mof::Color4f(0 , 1 , 1 , 1) )
-        };
-        m_pImpl->list.at(1)->setColor(
-            mof::Manipulator<mof::Color4f>::Handler(mof::makeKeyFrameAnimationHandler<mof::Color4f>(keyFrames[0] , keyFrames[1])));
-    }
-
-    {
-        std::pair<mof::FrameNumber , mof::Color4f> keyFrames[] = {
-            std::pair<mof::FrameNumber , mof::Color4f>( delay , mof::Color4f(0.8f , 0.5f , 0.2f) ) ,
-            std::pair<mof::FrameNumber , mof::Color4f>( delay + interval , mof::Color4f(0.8f , 0.5f , 0.2f) )
-        };
-        m_pImpl->list.at(2)->setColor(
-            mof::Manipulator<mof::Color4f>::Handler(mof::makeKeyFrameAnimationHandler<mof::Color4f>(keyFrames[0] , keyFrames[1])));
-    }    
-
-}

diff --git a/saisei-1.0/src/CharacterBoard.hpp b/saisei-1.0/src/CharacterBoard.hpp
deleted file mode 100644 (file)
index 2b32998..0000000
--- a/saisei-1.0/src/CharacterBoard.hpp
+++ /dev/null
@@ -1,33 +0,0 @@
-#ifndef CHARACTER_BOARD_HPP
-#define CHARACTER_BOARD_HPP
-#include <boost/scoped_ptr.hpp>
-#include "mof/Component3D.hpp"
-#include <list>
-#include "mof/Board.hpp"
-
-class CharacterBoard 
-{
-       struct Impl;
-       boost::scoped_ptr<Impl> m_pImpl;
-public:
-       CharacterBoard( const mof::tstring& text);
-       virtual ~CharacterBoard();
-
-       virtual void setFrameNumber(mof::FrameNumber frame);
-       //virtual void nextFrame();
-       //virtual void prevFrame();
-
-       virtual void update();
-       
-
-       void setWorldMatrix(const mof::Manipulator<mof::Matrix3D>::Handler& handler);
-       mof::Matrix3D getWorldMatrix() const;
-       mof::Vector3D getPosition() const;
-       void append(std::list<mof::Board*>& list);
-
-       void setFinishColor(mof::FrameNumber delay , mof::FrameNumber interval);
-       void setPartColor(mof::FrameNumber delay , mof::FrameNumber interval);
-};
-
-
-#endif

diff --git a/saisei-1.0/src/Demo1.cpp b/saisei-1.0/src/Demo1.cpp
deleted file mode 100644 (file)
index 7b75f01..0000000
--- a/saisei-1.0/src/Demo1.cpp
+++ /dev/null
@@ -1,171 +0,0 @@
-#include "Demo1.hpp"
-#include "configure.hpp"
-#include "mof/EventScheduler.hpp"
-#include "mof/mofInput.hpp"
-#include "mof/mofGraphics.hpp"
-#include "mof/Application.hpp"
-#include "mof/utilities.hpp"
-#include "mof/widgets.hpp"
-#include <mof/Texture.hpp>
-#include "mof/Font.hpp"
-#include "mof/Sprite.hpp"
-#include "resource.hpp"
-#include <mof/streams.hpp>
-#include <mof/FactoryMethod.hpp>
-#include <boost/bind.hpp> 
-#include <memory> 
-#include <mof/streams.hpp> 
-#include "widget/createMenuView.hpp"
-#include "widget/createFrame.hpp"
-#include <mof/ConsoleIO.hpp>
-#include <mof/FactoryMethod.hpp>
-#include <mof/script/LuaInterpreter.hpp>
-#include "script/MyEnvironment.hpp"
-
-using namespace mof::widget;
-using namespace boost;
-
-namespace
-{
-       
-       std::shared_ptr<mof::script::LuaInterpreter> interpreter_;
-       std::shared_ptr<mof::script::Environment> environment_;
-       std::shared_ptr<mof::InputReceiver> m_pInputReceiver;
-       mof::EventScheduler m_scheduler;
-       std::shared_ptr<mof::Sprite> m_pYukkuri;
-    Frame* m_pView;
-}
-       
-namespace Demo1
-{
-//{{{ initialize
-    void initialize()
-    {
-               mof::Application::InputMode mode = mof::Application::input_mode();
-               if (mode == mof::Application::INPUT_MODE_DEVICE) {
-               m_pInputReceiver = std::shared_ptr<mof::InputReceiver>(mof::InputDevice::getInputReceiver());
-               }
-               else if (mode == mof::Application::INPUT_MODE_LOGGING) {
-               m_pInputReceiver = std::make_shared<mof::LoggingInputReceiver>((TCHAR*)_T("inputLog.txt"));
-               }
-               else if (mode == mof::Application::INPUT_MODE_LOGGED) {
-               m_pInputReceiver = std::make_shared<mof::LoggedInputReceiver>((TCHAR*)_T("inputLog.txt"));
-               }
-
-               environment_ = std::make_shared<script::MyEnvironment>(m_pInputReceiver);
-               //interpreter_ = std::make_shared<mof::script::LuaInterpreter>(_T("script/douga.lua"));
-               //interpreter_->bind(environment_);
-               interpreter_->start("main");
-           mof::GraphicsDevice::lightEnable(false);
-           mof::GraphicsDevice::setAlphaBlendingMode(mof::GraphicsDevice::BLENDING_MODE_ALPHA);
-
-               m_pYukkuri = 
-                       std::make_shared<mof::Sprite>
-                       (
-                               std::make_shared<mof::Texture>(_T("image/yukkuri.png")), mof::Rectangle<mof::real>(0, 0, 1, 1)
-                       );
-               {
-                       mof::Vector2DStream stream;
-                       stream << mof::Vector2D(420, 120);
-                       m_pYukkuri->setPositionStream(stream);
-               }
-
-               /*
-               {
-                       using namespace mof;
-                       mof::Vector2D size = m_pYukkuri->getPreferredSize();
-                       KeyFrameAnimation<Vector2D>::KeyFrame keyframes1[] = {
-                               makeKeyFrame(0, mof::Vector2D(420, 120)),
-                               makeKeyFrame(10, mof::Vector2D(420, 100)),
-                               makeKeyFrame(20, mof::Vector2D(420, 70)),
-                               makeKeyFrame(30, mof::Vector2D(420, 60)),
-                               makeKeyFrame(40, mof::Vector2D(420, 70)),
-                               makeKeyFrame(50, mof::Vector2D(420, 120)),
-                               makeKeyFrame(60, mof::Vector2D(420, 130)),
-                               makeKeyFrame(90, mof::Vector2D(420, 130)),
-                               makeKeyFrame(100, mof::Vector2D(420, 120)),
-                               makeKeyFrame(110, mof::Vector2D(420, 70)),
-                               makeKeyFrame(120, mof::Vector2D(420, 60)),
-                               makeKeyFrame(130, mof::Vector2D(420, 70)),
-                               makeKeyFrame(140, mof::Vector2D(420, 100)),
-                               makeKeyFrame(150, mof::Vector2D(420, 120)),
-                       };
-                       KeyFrameAnimation<Vector2D>::KeyFrame keyframes2[] = {
-                               makeKeyFrame(0, mof::Vector2D(200, 0)),
-                               makeKeyFrame(60, mof::Vector2D(100, 0)),
-                               makeKeyFrame(90, mof::Vector2D(100, 0)),
-                               makeKeyFrame(150, mof::Vector2D(0, 0)),
-                       };
-                       KeyFrameAnimation<Vector2D>::KeyFrame keyframes3[] = {
-                               makeKeyFrame(50, mof::Vector2D(0, 0)),
-                               makeKeyFrame(75, mof::Vector2D(0, -60)),
-                               makeKeyFrame(100, mof::Vector2D(0, 0)),
-                               makeKeyFrame(150, mof::Vector2D(0, 0)),
-                               makeKeyFrame(165, mof::Vector2D(0, -60)),
-                               makeKeyFrame(180, mof::Vector2D(0, 0)),
-                       };
-                       KeyFrameAnimation<Vector2D>::KeyFrame keyframes4[] = {
-                               makeKeyFrame(50, mof::Vector2D(0, 0)),
-                               makeKeyFrame(75, mof::Vector2D(0, 60)),
-                               makeKeyFrame(100, mof::Vector2D(0, 0)),
-                               makeKeyFrame(150, mof::Vector2D(0, 0)),
-                               makeKeyFrame(165, mof::Vector2D(0, 60)),
-                               makeKeyFrame(180, mof::Vector2D(0, 0)),
-                       };
-
-                       Vector2DStream stream;
-                       stream << makeKeyFrameAnimationHandler<Vector2D>(keyframes1[0], lastOf(keyframes1));
-                       stream << makeKeyFrameAnimationHandler<Vector2D>(keyframes2[0], lastOf(keyframes2));
-                       stream << makeKeyFrameAnimationHandler<Vector2D>(keyframes4[0], lastOf(keyframes4));
-                       m_pYukkuri->setPositionStream(stream);
-                       
-                       Vector2DStream stream2;
-                       stream2 << makeConstantHandler(size);
-                       stream2 << makeKeyFrameAnimationHandler<Vector2D>(keyframes3[0], lastOf(keyframes3));
-                       m_pYukkuri->setSizeStream(stream2);
-               }
-               */
-
-
-    }
-//}}}
-//{{{ finalize
-    void finalize( )
-    {
-        mof::safe_delete( m_pView );
-    }
-//}}} 
-    
-
-    void update()
-    {
-       m_scheduler.update();
-       m_pInputReceiver->update();
-               m_pYukkuri->update();
-        //m_pView->update( );
-               environment_->update();
-               //if(!environment_->isWaiting())interpreter_->update();
-        
-    }
-
-    void draw()
-    {
-               mof::Rectangle<int> cr = mof::GraphicsDevice::getClientRegion();
-           mof::VertexXYZRHWC vertices[] = 
-           {
-               mof::VertexXYZRHWC(mof::Vector2D(0 , 0) , mof::createColor(0 , 0 , 0)) ,
-               mof::VertexXYZRHWC(mof::Vector2D(cr.getWidth() , 0) , mof::createColor(0 , 0 , 0)) ,
-               mof::VertexXYZRHWC(mof::Vector2D(0 , cr.getHeight()) , mof::createColor(127 , 127 , 127)) ,
-               mof::VertexXYZRHWC(mof::Vector2D(cr.getWidth() , cr.getHeight()) , mof::createColor(127 , 127 , 127))
-
-           };
-           mof::GraphicsDevice::setTexture(NULL);
-           mof::GraphicsDevice::drawVertexArray(vertices[0] , vertices[3] , mof::PRIMITIVE_TYPE_TRIANGLESTRIP );
-       
-               environment_->draw();
-               m_pYukkuri->draw();
-    }
-
-} // namespace Demo1
-
-

diff --git a/saisei-1.0/src/Demo1.hpp b/saisei-1.0/src/Demo1.hpp
deleted file mode 100644 (file)
index eb228f0..0000000
--- a/saisei-1.0/src/Demo1.hpp
+++ /dev/null
@@ -1,9 +0,0 @@
-#pragma once
-
-namespace Demo1
-{
-       void initialize( );
-    void finalize( );
-       void update( );
-       void draw( );
-}

diff --git a/saisei-1.0/src/Demo2.cpp b/saisei-1.0/src/Demo2.cpp
deleted file mode 100644 (file)
index 202652c..0000000
--- a/saisei-1.0/src/Demo2.cpp
+++ /dev/null
@@ -1,105 +0,0 @@
-#include "Demo2.hpp"
-#include "configure.hpp"
-#include "mof/EventScheduler.hpp"
-#include "mof/mofInput.hpp"
-#include "mof/mofGraphics.hpp"
-#include "mof/Graphics3D.hpp"
-#include "mof/Application.hpp"
-#include "mof/utilities.hpp"
-#include "mof/widgets.hpp"
-#include "resource.hpp"
-#include <mof/streams.hpp>
-#include <mof/FactoryMethod.hpp>
-#include <boost/bind.hpp> 
-#include <memory> 
-#include <mof/ConsoleIO.hpp>
-#include <mof/script/LuaInterpreter.hpp>
-#include "script/MyEnvironment.hpp"
-
-#include "CharacterBoard.hpp"
-
-using namespace mof::widget;
-using namespace boost;
-
-namespace
-{
-       
-       std::shared_ptr<mof::script::LuaInterpreter> interpreter_;
-       std::shared_ptr<mof::script::Environment> environment_;
-       std::shared_ptr<mof::InputReceiver> m_pInputReceiver;
-       mof::Graphics3D::ptr field_;
-       mof::EventScheduler m_scheduler;
-       mof::Camera::ptr camera_;
-       mof::Light::ptr light_;
-}
-       
-namespace Demo2
-{
-//{{{ initialize
-    void initialize()
-    {
-               mof::Application::InputMode mode = mof::Application::input_mode();
-               if (mode == mof::Application::INPUT_MODE_DEVICE) {
-               m_pInputReceiver = std::shared_ptr<mof::InputReceiver>(mof::InputDevice::getInputReceiver());
-               }
-               else if (mode == mof::Application::INPUT_MODE_LOGGING) {
-               m_pInputReceiver = std::make_shared<mof::LoggingInputReceiver>((TCHAR*)_T("inputLog.txt"));
-               }
-               else if (mode == mof::Application::INPUT_MODE_LOGGED) {
-               m_pInputReceiver = std::make_shared<mof::LoggedInputReceiver>((TCHAR*)_T("inputLog.txt"));
-               }
-
-               environment_ = std::make_shared<script::MyEnvironment>(m_pInputReceiver);
-               //interpreter_ = std::make_shared<mof::script::LuaInterpreter>(_T("script/effect_test.lua"));
-               //interpreter_->start("main");
-               //interpreter_->bind(environment_);
-           mof::GraphicsDevice::setAlphaBlendingMode(mof::GraphicsDevice::BLENDING_MODE_ALPHA);
-   
-               field_ = std::shared_ptr<mof::Graphics3D>(mof::MeshBuilder("model/floor.x").construct());
-
-               // 3D\83V\81[\83\93\82Ì\90Ý\92è
-       mof::GraphicsDevice::lightEnable(false);
-               camera_ = std::make_shared<mof::Camera>(mof::Vector3D(0, 1, -2), mof::Vector3D(0, 0, 0), mof::Vector3D(0, 1, 0));
-       //light_ = std::make_shared<mof::AmbientLight>(mof::Color4f(mof::createColor(255 , 255 , 255)));
-
-       }
-//}}}
-//{{{ finalize
-    void finalize( )
-    {
-    }
-//}}} 
-    
-
-    void update()
-    {
-       m_scheduler.update();
-       m_pInputReceiver->update();
-
-               //if(!environment_->isWaiting()) interpreter_->update();
-               environment_->update();
-               field_->update();
-               camera_->update();
-    }
-
-    void draw()
-    {
-               mof::Rectangle<int> cr = mof::GraphicsDevice::getClientRegion();
-           mof::VertexXYZRHWC vertices[] = 
-           {
-               mof::VertexXYZRHWC(mof::Vector2D(0 , 0) , mof::createColor(127 , 127 , 127)) ,
-               mof::VertexXYZRHWC(mof::Vector2D(cr.getWidth() , 0) , mof::createColor(127 , 127 , 127)) ,
-               mof::VertexXYZRHWC(mof::Vector2D(0 , cr.getHeight()) , mof::createColor(255 , 255 , 255)) ,
-               mof::VertexXYZRHWC(mof::Vector2D(cr.getWidth() , cr.getHeight()) , mof::createColor(255 , 255 , 255))
-           };
-               mof::GraphicsDevice::setViewTransform(camera_->getViewMatrix());
-           mof::GraphicsDevice::setTexture(NULL);
-           mof::GraphicsDevice::drawVertexArray(vertices[0] , vertices[3] , mof::PRIMITIVE_TYPE_TRIANGLESTRIP );
-       mof::GraphicsDevice::clearZBuffer();
-               field_->draw();
-               environment_->draw();
-    }
-
-} // namespace Demo2
-
-

diff --git a/saisei-1.0/src/Demo2.hpp b/saisei-1.0/src/Demo2.hpp
deleted file mode 100644 (file)
index cc73ac7..0000000
--- a/saisei-1.0/src/Demo2.hpp
+++ /dev/null
@@ -1,9 +0,0 @@
-#pragma once
-
-namespace Demo2
-{
-       void initialize( );
-    void finalize( );
-       void update( );
-       void draw( );
-}

diff --git a/saisei-1.0/src/Demo3.cpp b/saisei-1.0/src/Demo3.cpp
index 9de7428..7e5c4cc 100644 (file)
--- a/saisei-1.0/src/Demo3.cpp
+++ b/saisei-1.0/src/Demo3.cpp
@@ -30,7 +30,7 @@ struct my_scene::impl
 {
        
        std::shared_ptr<mof::script::LuaInterpreter> interpreter_;
-       std::shared_ptr<mof::script::Environment> environment_;
+       std::shared_ptr<script::MyEnvironment> environment_;
        std::shared_ptr<mof::InputReceiver> m_pInputReceiver;
        mof::EventScheduler m_scheduler;
 
@@ -60,6 +60,20 @@ my_scene::my_scene(const std::vector<mof::tstring>& args)
                pimpl_->m_pInputReceiver = std::make_shared<mof::LoggedInputReceiver>((TCHAR*)_T("inputLog.txt"));
        }
 
+       pimpl_->m_scheduler.addEvent
+       (
+               new mof::InputEventCondition(mof::InputReceiver::P, pimpl_->m_pInputReceiver),
+               [this] {pimpl_->environment_->save_profile();}
+       );
+       
+       pimpl_->m_scheduler.addEvent
+       (
+               new mof::InputEventCondition(mof::InputReceiver::ESCAPE, pimpl_->m_pInputReceiver),
+               [] {mof::Application::quit();}
+       );
+
+
+
        pimpl_->environment_ = std::make_shared<script::MyEnvironment>(pimpl_->m_pInputReceiver);
        pimpl_->interpreter_ = std::make_shared<mof::script::LuaInterpreter>(pimpl_->environment_, args[1]);
        for (int i = 2; i < args.size(); ++i) {
@@ -91,11 +105,21 @@ void my_scene::draw() const
        mof::Rectangle<int> cr = mof::GraphicsDevice::getClientRegion();
     mof::VertexXYZRHWC vertices[] = 
     {
+       mof::VertexXYZRHWC(mof::Vector2D(0 , 0) , mof::createColor(0 , 0 , 0)) ,
+       mof::VertexXYZRHWC(mof::Vector2D(cr.getWidth() , 0) , mof::createColor(0 , 0 , 0)) ,
+       mof::VertexXYZRHWC(mof::Vector2D(0 , cr.getHeight()) , mof::createColor(130 , 130 , 130)) ,
+       mof::VertexXYZRHWC(mof::Vector2D(cr.getWidth() , cr.getHeight()) , mof::createColor(130 , 130 , 130))
+    };
+       /*
+       mof::VertexXYZRHWC vertices[] = 
+    {
        mof::VertexXYZRHWC(mof::Vector2D(0 , 0) , mof::createColor(50 , 50 , 120)) ,
        mof::VertexXYZRHWC(mof::Vector2D(cr.getWidth() , 0) , mof::createColor(50 , 50 , 120)) ,
        mof::VertexXYZRHWC(mof::Vector2D(0 , cr.getHeight()) , mof::createColor(0 , 0 , 60)) ,
        mof::VertexXYZRHWC(mof::Vector2D(cr.getWidth() , cr.getHeight()) , mof::createColor(0 , 0 , 60))
     };
+       */
+
     mof::GraphicsDevice::setTexture(NULL);
     mof::GraphicsDevice::drawVertexArray(vertices[0] , vertices[3] , mof::PRIMITIVE_TYPE_TRIANGLESTRIP );
        mof::GraphicsDevice::clearZBuffer();

diff --git a/saisei-1.0/src/TestScene.cpp b/saisei-1.0/src/TestScene.cpp
deleted file mode 100644 (file)
index 63869a1..0000000
--- a/saisei-1.0/src/TestScene.cpp
+++ /dev/null
@@ -1,309 +0,0 @@
-#include "TestScene.hpp"
-#include "mof/GraphicsDevice.hpp"
-#include <vector>
-#include "mof/VertexBuffer.hpp"
-#include "mof/AmbientLight.hpp"
-#include "mof/MaterialBuilder.hpp"
-#include "mof/Material.hpp"
-#include "mof/Camera.hpp"
-#include "mof/Texture.hpp"
-#include "mof/MeshBuilder.hpp"
-#include "mof/EventScheduler.hpp"
-#include "mof/EventCondition.hpp"
-#include "mof/Board.hpp"
-#include "mof/Font.hpp"
-#include "mof/streams.hpp"
-#include "CharacterBoard.hpp"
-#include <vector>
-#include <boost/bind.hpp>
-#include <math.h>
-#include "mof/Finalizer.hpp"
-#include "mof/utilities.hpp"
-
-namespace 
-{
-
-    mof::AmbientLight* m_pLight;
-    mof::Camera* m_pCamera;
-    std::shared_ptr<mof::Texture> m_pTexture;
-    std::vector<::CharacterBoard*> m_modelList;
-    mof::Graphics3D* m_pBox;
-    mof::EventScheduler* m_pScheduler;
-    mof::Manipulator<mof::Color4f>::Handler m_backgroundColor;
-    mof::FrameNumber m_backgroundColorFrame;
-    mof::tstring m_part;
-};
-
-
-
-    
-namespace TestScene
-{
-
-    void begin(){
-        std::vector<mof::Manipulator<mof::Matrix3D>::Handler> handlerList;
-    
-        {
-        std::pair<mof::FrameNumber , mof::Vector3D> keyFrames[4];
-        keyFrames[0] = std::pair<mof::FrameNumber , mof::Vector3D>( 25 , mof::Vector3D( mof::deg2rad(-90) , 0 , 0));
-        keyFrames[1] = std::pair<mof::FrameNumber , mof::Vector3D>( 50 , mof::Vector3D( mof::deg2rad(-80) , 0 , 0));
-        keyFrames[2] = std::pair<mof::FrameNumber , mof::Vector3D>( 75 , mof::Vector3D( mof::deg2rad(-25) , 0 , 0));
-        keyFrames[3] = std::pair<mof::FrameNumber , mof::Vector3D>( 100 , mof::Vector3D( mof::deg2rad(0) , 0 , 0));
-        mof::Manipulator<mof::Matrix3D>::Handler handler(new mof::Rotation3D(keyFrames[0] , mof::lastOf(keyFrames)));
-        handlerList.push_back(handler);
-        }
-        {
-        mof::Manipulator<mof::Matrix3D>::Handler handler(
-            mof::makeConstantHandler(mof::Matrix3D::createTranslation(mof::Vector3D(0 , 0 , -4.5f)))
-            );
-        handlerList.push_back(handler);
-        }
-        {
-        std::pair<mof::FrameNumber , mof::Vector3D> keyFrames[3];
-        keyFrames[0] = std::pair<mof::FrameNumber , mof::Vector3D>( 0 , mof::Vector3D( 0 , mof::deg2rad(70) , 0));
-        keyFrames[1] = std::pair<mof::FrameNumber , mof::Vector3D>( 130 , mof::Vector3D( 0 , mof::deg2rad(360) , 0));
-        mof::Manipulator<mof::Matrix3D>::Handler handler(new mof::Rotation3D(keyFrames[0] , mof::lastOf(keyFrames)));
-        handler = mof::Manipulator<mof::Matrix3D>::Handler(new mof::Loop<mof::Matrix3D>(handler , 200));
-        handlerList.push_back(handler);
-        }
-    
-        int size = handlerList.size();
-        handlerList.resize(size + 1);
-
-        mof::tstring title[] = { _T("\82R") , _T("\94N") , _T("\91O") , _T("\82É") , _T("\8dÁ") , _T("\90Ü") , _T("\82µ") ,
-            _T("\82½") , _T("\82q") , _T("\82o") , _T("\82f") , _T("\8aJ") , _T("\94­") , _T("\82ð") , _T("\8dÄ") , _T("\8aJ") ,
-            _T("\82µ") , _T("\82Ä") , _T("\82Ý") , _T("\82é") };
-
-        for(int i = 0 ; i < 20 ; i++)
-        {
-            m_modelList.push_back(new ::CharacterBoard( title[i]));
-            {
-            mof::Manipulator<mof::Matrix3D>::Handler handler(
-               mof::makeConstantHandler(mof::Matrix3D::createRotation(mof::Vector3D(0 , mof::deg2rad(-360.0f/20 * i) , 0)))
-               );
-            handlerList.at(size) = handler;
-            }
-            mof::Manipulator<mof::Matrix3D>::Handler handler(mof::makeCascadeHandler<mof::Matrix3D >(handlerList.front() , handlerList.back()));
-            m_modelList.at(i)->setWorldMatrix(handler);
-        }
-
-    
-        {
-        mof::MeshBuilder meshBuilder( "model/demo/box.x");
-        m_pBox = meshBuilder.construct();
-        handlerList.clear();
-    
-        {
-        std::pair<mof::FrameNumber , mof::Vector3D> keyFrames[2];
-        keyFrames[0] = std::pair<mof::FrameNumber , mof::Vector3D>( 0 , mof::Vector3D( 0 , 0 , 0));
-        keyFrames[1] = std::pair<mof::FrameNumber , mof::Vector3D>( 130 , mof::Vector3D( mof::deg2rad(360) , mof::deg2rad(360) , mof::deg2rad(360)));
-        mof::Manipulator<mof::Matrix3D>::Handler handler(new mof::Rotation3D(keyFrames[0] , keyFrames[1]));
-        handler = mof::Manipulator<mof::Matrix3D>::Handler(new mof::Loop<mof::Matrix3D>(handler , 130));
-        handlerList.push_back(handler);
-        }
-        mof::Manipulator<mof::Matrix3D>::Handler handler(mof::makeCascadeHandler<mof::Matrix3D >(handlerList.front() , handlerList.back()));
-        m_pBox->world_transform() = handler;
-        }
-
-        {
-            std::pair<mof::FrameNumber , mof::Vector3D> keyFrames[2];
-            keyFrames[0] = std::pair<mof::FrameNumber , mof::Vector3D>( 0 , mof::Vector3D(0 , 10.5f , -5));
-            keyFrames[1] = std::pair<mof::FrameNumber , mof::Vector3D>( 130 , mof::Vector3D(0 , 1.5f , -10 ));
-            mof::Manipulator<mof::Vector3D>::Handler handler(mof::makeKeyFrameAnimationHandler<mof::Vector3D>(keyFrames[0] , keyFrames[1]));
-            m_pCamera->setEye(handler);
-        }
-    
-    }
-    
-    void showTitle(){
-        std::vector<mof::Manipulator<mof::Matrix3D>::Handler> handlerList;
-        mof::Manipulator<mof::Matrix3D>::Handler handler;
-        for(unsigned int i = 0 ; i < m_modelList.size() ; ++i){
-            handlerList.clear();
-            mof::Matrix3D matrix = m_modelList.at(i)->getWorldMatrix();
-
-            {
-               mof::Vector3D a = mof::Vector3D(1 , 0 , 0) * matrix;
-               float rad = static_cast<float>(atan2( -a.x , -a.z));
-               std::pair<mof::FrameNumber , mof::Vector3D> keyFrames[] = {
-                       std::pair<mof::FrameNumber , mof::Vector3D>( 20 , mof::Vector3D(0 , 0 , 0) ) ,
-                       std::pair<mof::FrameNumber , mof::Vector3D>( 50 , mof::Vector3D(0 , -rad  , 0))
-               };
-               handler = mof::Manipulator<mof::Matrix3D>::Handler(new mof::Rotation3D(keyFrames[0] , keyFrames[1]));
-               handlerList.push_back(handler);
-            }
-               
-            {
-               handler = mof::makeConstantHandler(matrix);
-               handlerList.push_back(handler);
-            }
-               
-               
-            {
-               float y = (i > 7) ? -1.0f : 0;
-               float x = (i > 7) ? i - 8.0f : i;
-               mof::Vector3D position(1.0f * x - 20 , y , -5);
-               std::pair<mof::FrameNumber , mof::Vector3D> keyFrames[] = {
-                       std::pair<mof::FrameNumber , mof::Vector3D>( 0 , mof::Vector3D(0 , 0 , 0) ) ,
-                       std::pair<mof::FrameNumber , mof::Vector3D>( 50 , position - m_modelList.at(i)->getPosition())
-               };
-               handler = mof::Manipulator<mof::Matrix3D>::Handler(new mof::Translation3D(keyFrames[0] , keyFrames[1]));
-               handlerList.push_back(handler);
-            }
-            handler = mof::Manipulator<mof::Matrix3D>::Handler(
-               mof::makeCascadeHandler<mof::Matrix3D , mof::Multiply<mof::Matrix3D>>(handlerList.front() , handlerList.back())
-               );
-            m_modelList.at(i)->setWorldMatrix(handler);
-            m_modelList.at(i)->setFinishColor(70 , 20);
-            m_modelList.at(i)->setFrameNumber(0);
-        }
-    
-        
-
-        {
-            mof::Vector3D eye = m_pCamera->getEye();
-            std::pair<mof::FrameNumber , mof::Vector3D> keyFrames[] = {
-               std::pair<mof::FrameNumber , mof::Vector3D>( 0 , eye) ,
-               std::pair<mof::FrameNumber , mof::Vector3D>( 20 , eye) ,
-               std::pair<mof::FrameNumber , mof::Vector3D>( 60 , mof::Vector3D(-16 , 1.0f , eye.z + 1)) ,
-               std::pair<mof::FrameNumber , mof::Vector3D>( 70 , mof::Vector3D(-14 , -0.5f , eye.z - 8 ))
-            };
-            mof::Manipulator<mof::Vector3D>::Handler handler(mof::makeKeyFrameAnimationHandler<mof::Vector3D>(keyFrames[0] , keyFrames[3]));
-            m_pCamera->setEye(handler);
-        }
-            
-        {
-            std::pair<mof::FrameNumber , mof::Vector3D> keyFrames[] = {
-               std::pair<mof::FrameNumber , mof::Vector3D>( 0 , mof::Vector3D(0 , 0 , 0)) ,
-               std::pair<mof::FrameNumber , mof::Vector3D>( 20 , mof::Vector3D(0 , 0 , 0)) ,
-               std::pair<mof::FrameNumber , mof::Vector3D>( 60 , mof::Vector3D(-14 , 0.0f , 0 ))
-            };
-            mof::Manipulator<mof::Vector3D>::Handler handler(mof::makeKeyFrameAnimationHandler<mof::Vector3D>(keyFrames[0] , keyFrames[2]));
-            m_pCamera->setCenter(handler);
-        }
-        m_pCamera->setFrameNumber(0);
-
-        {
-            std::pair<mof::FrameNumber , mof::Color4f> keyFrames[] = {
-               std::pair<mof::FrameNumber , mof::Color4f>( 70 , mof::Color4f(mof::createColor(0 , 20 , 55)) ) ,
-               std::pair<mof::FrameNumber , mof::Color4f>( 90 , mof::Color4f(mof::createColor(255 , 255 , 255)) )
-            };
-            m_backgroundColor = mof::Manipulator<mof::Color4f>::Handler(mof::makeKeyFrameAnimationHandler<mof::Color4f>(keyFrames[0] , keyFrames[1]));
-            m_backgroundColorFrame = 0;
-        }
-    }
-
-    void addPart(){
-        std::vector<mof::Manipulator<mof::Matrix3D>::Handler> handlerList;
-        mof::Manipulator<mof::Matrix3D>::Handler handler;
-        {
-            
-            handlerList.clear();
-            std::pair<mof::FrameNumber , mof::Vector3D> keyFrames[] = {
-               std::pair<mof::FrameNumber , mof::Vector3D>( 0 , mof::Vector3D(0 , mof::deg2rad(270) , 0) ) ,
-               std::pair<mof::FrameNumber , mof::Vector3D>( 40 , mof::Vector3D(0 , mof::deg2rad(360) , 0))
-               };
-            handler = mof::Manipulator<mof::Matrix3D>::Handler(new mof::Rotation3D(keyFrames[0] , keyFrames[1]));
-            handlerList.push_back(handler);
-
-            handler = mof::makeConstantHandler(mof::Matrix3D::createScaling(mof::Vector3D(4 , 1 , 1)));
-            handlerList.push_back(handler);
-            handler = mof::makeConstantHandler(mof::Matrix3D::createTranslation(mof::Vector3D(-10 , -2 , -5)));
-            handlerList.push_back(handler);
-            handler = mof::Manipulator<mof::Matrix3D>::Handler(
-               mof::makeCascadeHandler<mof::Matrix3D , mof::Multiply<mof::Matrix3D>>(handlerList.front() , handlerList.back()));
-            ::CharacterBoard* pPartBoard = new ::CharacterBoard( m_part);
-            pPartBoard->setWorldMatrix(handler);
-            pPartBoard->setPartColor(0 , 1);
-            m_modelList.push_back(pPartBoard);
-        }
-    }
-
-
-
-
-
-
-void initialize( )
-{
-    m_pLight = NULL;
-    m_pCamera = NULL;
-    m_pBox = NULL;
-    m_pScheduler = NULL;
-    m_backgroundColorFrame = 0;
-    m_part = _T("part9");
-    
-    
-
-    mof::GraphicsDevice::lightEnable(true);
-    m_pLight = new mof::AmbientLight(  mof::Color4f(mof::createColor(255 , 255 , 255)));
-
-    m_pCamera = new mof::Camera(mof::Vector3D(0 , 0.5f , -10) , mof::Vector3D(0 , 0 , 0) , mof::Vector3D(0 , 1 , 0));
-    m_backgroundColor = 
-        mof::Manipulator<mof::Color4f>::Handler(mof::makeConstantHandler(mof::Color4f(mof::createColor(0 , 20 , 55))));
-
-    m_pScheduler = new mof::EventScheduler();
-    m_pScheduler->addEvent( 125 ,  &::TestScene::showTitle );
-    m_pScheduler->addEvent( 125+70 ,  &::TestScene::addPart );
-    begin();
-
-    
-}
-
-
-void finalize(){
-        for(std::vector<::CharacterBoard*>::iterator itr = m_modelList.begin() ;
-            itr != m_modelList.end() ;
-            ++itr ){
-            delete *itr;
-        }
-        delete m_pCamera;
-        delete m_pBox;
-        delete m_pScheduler;
-        delete m_pLight;
-    }
-
-
-
-
-void update(){
-    for(std::vector<::CharacterBoard*>::iterator itr = m_modelList.begin() ;
-        itr != m_modelList.end() ;
-        ++itr ){
-        (*itr)->update();
-    }
-    m_pBox->update();
-    m_pScheduler->update();
-    m_pCamera->update();
-    m_backgroundColorFrame++;
-}
-
-
-
-void draw()
-{
-    //m_pGraphics->setZBuffer(false);
-    mof::GraphicsDevice::setViewTransform(m_pCamera->getViewMatrix());
-    mof::GraphicsDevice::clearRenderTarget(m_backgroundColor->value(m_backgroundColorFrame).toColorCode());
-    mof::GraphicsDevice::clearZBuffer();
-    mof::GraphicsDevice::setAlphaBlendingMode(mof::GraphicsDevice::BLENDING_MODE_ALPHA);
-    
-    //m_pBox->draw();
-    mof::GraphicsDevice::lightEnable(false);
-    std::list<mof::Board*> boardList;
-
-    for(std::vector<::CharacterBoard*>::iterator itr = m_modelList.begin() ;
-        itr != m_modelList.end() ;
-        ++itr ){
-            (*itr)->append(boardList);
-    }
-
-    for(std::list<mof::Board*>::iterator itr = boardList.begin() ;
-        itr != boardList.end() ;
-        ++itr ){
-            (*itr)->draw();
-    }
-
-}
-
-} // namespace TestScene

diff --git a/saisei-1.0/src/TestScene.hpp b/saisei-1.0/src/TestScene.hpp
deleted file mode 100644 (file)
index 7339009..0000000
--- a/saisei-1.0/src/TestScene.hpp
+++ /dev/null
@@ -1,9 +0,0 @@
-#pragma once
-
-namespace TestScene
-{
-       void initialize( );
-    void finalize( );
-       void update( );
-       void draw( );
-}
\ No newline at end of file

diff --git a/saisei-1.0/src/main.cpp b/saisei-1.0/src/main.cpp
index e5ef23c..e6e38cf 100644 (file)
--- a/saisei-1.0/src/main.cpp
+++ b/saisei-1.0/src/main.cpp
@@ -9,9 +9,6 @@
 #include <conio.h>
 #include "mof/Font.hpp"
 
-#include "TestScene.hpp"
-#include "Demo1.hpp"
-#include "Demo2.hpp"
 #include "Demo3.hpp"
 #include "Settings.hpp"
 
@@ -50,17 +47,6 @@ int main(int argc, char** argv)
                    ); 
                }
                
-#if 0
-               { // \83V\81[\83\93\82Ì\83Z\83b\83g\82Æ\8aJ\8en
-                   mof::Scene scene;
-                   #define FIRST_SCENE TestScene
-                   scene.initialize = FIRST_SCENE::initialize;
-                   scene.finalize = FIRST_SCENE::finalize;
-                   scene.update = FIRST_SCENE::update;
-                   scene.draw = FIRST_SCENE::draw;
-                   mof::Application::run( scene );
-               }
-#endif
                my_scene scene(args);
                mof::Application::run(scene);
        }

diff --git a/saisei-1.0/src/script/MyEnvironment.cpp b/saisei-1.0/src/script/MyEnvironment.cpp
index f0dbcb8..8efe3e3 100644 (file)
--- a/saisei-1.0/src/script/MyEnvironment.cpp
+++ b/saisei-1.0/src/script/MyEnvironment.cpp
@@ -152,6 +152,7 @@ namespace script
                std::vector<int> disable_items;
                mof::tstring title_bg("image/frame3.png");
                mof::tstring content_bg("image/frame0.png");
+               bool enable_scrolling = false;
                
                // \83X\83^\83C\83\8b\82Ì\89ð\90Í
                foreach (const auto& p, style) {
@@ -175,6 +176,7 @@ namespace script
                                foreach (auto& item, splited_list) { 
                                        if (item == "no-title-bg") title_bg = "";// \83^\83C\83g\83\8b\82Ì\94w\8ci\89æ\91\9c\82È\82µ
                                        else if (item == "no-content-bg") content_bg = "";// \83R\83\93\83e\83\93\83c\82Ì\94w\8ci\89æ\91\9c\82È\82µ
+                                       else if (item == "scroll") enable_scrolling = true;
                                        else throw std::invalid_argument("invalid view parameter:" + item);
                                }
                        }
@@ -195,6 +197,10 @@ namespace script
                                        mof::makeFactoryMethod<GridLayout>(direction, 0)
                                );
 
+                       auto content_view = enable_scrolling
+                               ? std::make_shared<scroll_view>(result->menu_)
+                               : result->menu_->getView();
+
             result->frame_ = 
                                std::shared_ptr<Frame>
                                (
@@ -203,7 +209,7 @@ namespace script
                        title ,
                        content_bg,
                                                title_bg,
-                       result->menu_->getView()
+                                               content_view
                        ).release()
                                );
         }
@@ -244,6 +250,10 @@ namespace script
                                int grade = boost::lexical_cast<int>(splited_list[3]);
                                return impl_->sqlite_.query_service_info(service_id, grade);
                        }
+                       else if (splited_list[1] == "ideal_church_recipe") {
+                               int item_id = boost::lexical_cast<int>(splited_list[2]);
+                               return impl_->sqlite_.query_ideal_church_recipe(item_id);
+                       }
                        else if (splited_list[1] == "shop_list") {
                                int service_id = boost::lexical_cast<int>(splited_list[2]);
                                int grade = boost::lexical_cast<int>(splited_list[3]);
@@ -372,6 +382,12 @@ namespace script
                return vertex_buffer_create(vertices->front(), vertices->back(), texture);
        }
 //}}}
+//{{{ save_profile
+       void MyEnvironment::save_profile()
+       {
+               impl_->sqlite_.save();
+       }
+//}}}
 }
 
 

diff --git a/saisei-1.0/src/script/MyEnvironment.hpp b/saisei-1.0/src/script/MyEnvironment.hpp
index 2fee2d5..175872f 100644 (file)
--- a/saisei-1.0/src/script/MyEnvironment.hpp
+++ b/saisei-1.0/src/script/MyEnvironment.hpp
@@ -14,6 +14,7 @@ namespace script
                
                MyEnvironment(std::shared_ptr<mof::InputReceiver> input);
                virtual ~MyEnvironment();
+               virtual void save_profile();
 
 
        protected:      
@@ -45,6 +46,7 @@ namespace script
                virtual int land_region_create(int x, int y);
 
                virtual void world_sleep();
+               
 
        private:
                struct Impl;

diff --git a/saisei-1.0/src/sqlite_wrapper.cpp b/saisei-1.0/src/sqlite_wrapper.cpp
index de5f398..09b0b6f 100644 (file)
--- a/saisei-1.0/src/sqlite_wrapper.cpp
+++ b/saisei-1.0/src/sqlite_wrapper.cpp
@@ -20,7 +20,7 @@ namespace
                        char* colname = colnames[i];    
                        char* value = argv[i];  
                        //if (!value) continue;
-                       if (!value) throw std::runtime_error(std::string(colname) + ": null value");
+                       if (!value) throw std::runtime_error(std::string("sqlite_wrapper ") + colname + ": null value");
                        int converted_len = UTF8toSJIS(value, strlen(value), converted_text, mof::lengthOf(converted_text));
                        gamedata->data_.back()[colname] = mof::tstring(converted_text, converted_len);
                }
@@ -197,6 +197,25 @@ namespace
                return p;
        }
 //}}}
+//{{{ query_ideal_church_recipes
+       mof::script::GameData::ptr sqlite_wrapper::query_ideal_church_recipe(int item_id)
+       {
+               using namespace mof::script;
+               GameData::ptr p = std::make_shared<GameData>();
+               static const char* t_sql = 
+                       "SELECT ideal.*, recipe1.grade "
+                       "FROM recipe1, ideal "
+                       "WHERE recipe1.item_id = %d and ideal.id = recipe1.ideal_id" ;
+               std::string sql = (boost::format(t_sql) % item_id ).str();
+               char* err;
+               if (sqlite3_exec(pimpl_->db, sql.c_str(), callback_select, (void*)p.get(), &err) != SQLITE_OK) {
+                       std::logic_error e(std::string("[") + sql + "]" + err);
+                       sqlite3_free(err);
+                       throw e;
+               }
+               return p;
+       }
+//}}}
 //{{{ query_area_profile
        mof::script::GameData::ptr sqlite_wrapper::query_area_profile(int x, int y)
        {
@@ -257,7 +276,7 @@ namespace
                using namespace mof::script;
                GameData::ptr p = std::make_shared<GameData>();
                static const char* sql1 = 
-                       "SELECT max(id), max(timestamp) "
+                       "SELECT coalesce(max(id), -1) as max_id, coalesce(max(timestamp), -1) as max_timestamp "
                        "FROM history_profile ";
                char* err;
                if (sqlite3_exec(pimpl_->db, sql1, callback_select, (void*)p.get(), &err) != SQLITE_OK) {
@@ -265,12 +284,8 @@ namespace
                        sqlite3_free(err);
                        throw e;
                }
-               int next_id, next_timestamp;
-               if (p->data_[0].find("max(id)") == p->data_[0].end()) next_id = 0;
-               else next_id = boost::lexical_cast<int>(p->data_[0]["max(id)"]) + 1;
-               
-               if (p->data_[0].find("max(timestamp)") == p->data_[0].end()) next_timestamp = 0;
-               else next_timestamp = boost::lexical_cast<int>(p->data_[0]["max(timestamp)"]) + 1;
+               int next_id = boost::lexical_cast<int>(p->data_[0]["max_id"]) + 1;
+               int next_timestamp = boost::lexical_cast<int>(p->data_[0]["max_timestamp"]) + 1;
 
                static const char* t_sql2 = 
                        "INSERT INTO history_profile VALUES('%d', '%d', '%s', '%d', '%d')";
@@ -306,5 +321,17 @@ namespace
 
        }
 //}}}
+//{{{ save
+       void sqlite_wrapper::save()
+       {
+               if (sqlite3_exec(pimpl_->db, "COMMIT;", NULL, NULL, NULL) != SQLITE_OK) {
+                       throw std::runtime_error("Faild: commit");
+               }
+               if (sqlite3_exec(pimpl_->db, "BEGIN;", NULL, NULL, NULL) != SQLITE_OK) {
+                       throw std::runtime_error("Faild: begin transaction");
+               }
+
+       }
+//}}}
 //}// namespace script
 //}// namespace mof

diff --git a/saisei-1.0/src/sqlite_wrapper.hpp b/saisei-1.0/src/sqlite_wrapper.hpp
index da2e87d..e0a506c 100644 (file)
--- a/saisei-1.0/src/sqlite_wrapper.hpp
+++ b/saisei-1.0/src/sqlite_wrapper.hpp
@@ -21,11 +21,13 @@
                mof::script::GameData::ptr query_area_service(float ehves, float bolony, float stra);
                mof::script::GameData::ptr query_service_info(int service_id, int grade);
                mof::script::GameData::ptr query_shop_list(int service_id, int grade);
+               mof::script::GameData::ptr query_ideal_church_recipe(int item_id);
                mof::script::GameData::ptr query_area_profile(int x, int y);
                mof::script::GameData::ptr query_main_profile();
                mof::script::GameData::ptr query_history_profile();
                void insert_history_profile(int x, int y, const mof::tstring& event);
                void update_main_profile(const mof::script::GameData::ptr& game_data);
+               void save();
        };
 
 //}// namespace script