DTXManiaプロジェクト/コード/ステージ/07.演奏/CAct演奏チップファイアGB.cs

   1 using System;\r
   2 using System.Collections.Generic;\r
   3 using System.Text;\r
   4 using System.Drawing;\r
   5 using SlimDX;\r
   6 using FDK;\r
   7 \r
   8 namespace DTXMania\r
   9 {\r
  10         internal abstract class CAct演奏チップファイアGB : CActivity\r
  11         {\r
  12                 // コンストラクタ\r
  13 \r
  14                 public CAct演奏チップファイアGB()\r
  15                 {\r
  16                         base.b活性化してない = true;\r
  17                 }\r
  18 \r
  19 \r
  20                 // メソッド\r
  21 \r
  22                 public virtual void Start( int nLane, int n中央X, int n中央Y, C演奏判定ライン座標共通 演奏判定ライン座標 )\r
  23                 {\r
  24                         if( ( nLane >= 0 ) || ( nLane <= 5 ) )\r
  25                         {\r
  26                                 this.pt中央位置[ nLane ].X = n中央X;\r
  27                                 this.pt中央位置[ nLane ].Y = n中央Y;\r
  28                                 this.ct進行[ nLane ].t開始( 28, 56, 8, CDTXMania.Instance.Timer );          // #24736 2011.2.17 yyagi: (0, 0x38, 4,..) -> (24, 0x38, 8) に変更 ギターチップの光り始めを早くするため\r
  29                                 //this.nJudgeLinePosY_delta = _nJudgeLinePosY_delta;                            // #31602 2013.6.24 yyagi\r
  30                                 this._演奏判定ライン座標 = 演奏判定ライン座標;\r
  31                                 this.bReverse = CDTXMania.Instance.ConfigIni.bReverse;                                  //\r
  32                         }\r
  33                 }\r
  34 \r
  35                 public abstract void Start( int nLane, C演奏判定ライン座標共通 演奏判定ライン座標 );\r
  36 //              public abstract void Start( int nLane );\r
  37 \r
  38                 // CActivity 実装\r
  39 \r
  40                 public override void On活性化()\r
  41                 {\r
  42                         for( int i = 0; i < 6; i++ )\r
  43                         {\r
  44                                 this.pt中央位置[ i ] = new Point( 0, 0 );\r
  45                                 this.ct進行[ i ] = new CCounter();\r
  46                         }\r
  47                         base.On活性化();\r
  48                 }\r
  49                 public override void On非活性化()\r
  50                 {\r
  51                         for( int i = 0; i < 6; i++ )\r
  52                         {\r
  53                                 this.ct進行[ i ] = null;\r
  54                         }\r
  55                         base.On非活性化();\r
  56                 }\r
  57                 public override void OnManagedリソースの作成()\r
  58                 {\r
  59                         if( !base.b活性化してない )\r
  60                         {\r
  61                                 this.tx火花[ 0 ] = TextureFactory.tテクスチャの生成( CSkin.Path( @"Graphics\ScreenPlay chip fire red.png" ) );\r
  62                                 if( this.tx火花[ 0 ] != null )\r
  63                                 {\r
  64                                         this.tx火花[ 0 ].b加算合成 = true;\r
  65                                 }\r
  66                                 this.tx火花[ 1 ] = TextureFactory.tテクスチャの生成( CSkin.Path( @"Graphics\ScreenPlay chip fire green.png" ) );\r
  67                                 if( this.tx火花[ 1 ] != null )\r
  68                                 {\r
  69                                         this.tx火花[ 1 ].b加算合成 = true;\r
  70                                 }\r
  71                                 this.tx火花[ 2 ] = TextureFactory.tテクスチャの生成( CSkin.Path( @"Graphics\ScreenPlay chip fire blue.png" ) );\r
  72                                 if( this.tx火花[ 2 ] != null )\r
  73                                 {\r
  74                                         this.tx火花[ 2 ].b加算合成 = true;\r
  75                                 }\r
  76                                 base.OnManagedリソースの作成();\r
  77                         }\r
  78                 }\r
  79                 public override void OnManagedリソースの解放()\r
  80                 {\r
  81                         if( !base.b活性化してない )\r
  82                         {\r
  83                                 TextureFactory.tテクスチャの解放( ref this.tx火花[ 0 ] );\r
  84                                 TextureFactory.tテクスチャの解放( ref this.tx火花[ 1 ] );\r
  85                                 TextureFactory.tテクスチャの解放( ref this.tx火花[ 2 ] );\r
  86                                 base.OnManagedリソースの解放();\r
  87                         }\r
  88                 }\r
  89                 public override int On進行描画()\r
  90                 {\r
  91                         if( !base.b活性化してない )\r
  92                         {\r
  93                                 for( int i = 0; i < 6; i++ )\r
  94                                 {\r
  95                                         this.ct進行[ i ].t進行();\r
  96                                         if( this.ct進行[ i ].b終了値に達した )\r
  97                                         {\r
  98                                                 this.ct進行[ i ].t停止();\r
  99                                         }\r
 100                                 }\r
 101                                 for( int j = 0; j < 6; j++ )\r
 102                                 {\r
 103                                         if( ( this.ct進行[ j ].n現在の経過時間ms != -1 ) && ( this.tx火花[ j % 3 ] != null ) )\r
 104                                         {\r
 105                                                 float scale = (float) ( 3.0 * Math.Cos( ( Math.PI * ( 90.0 - ( 90.0 * ( ( (double) this.ct進行[ j ].n現在の値 ) / 56.0 ) ) ) ) / 180.0 ) );\r
 106                                                 int x = (int) ( this.pt中央位置[ j ].X ) - ( (int) ( ( this.tx火花[ j % 3 ].sz画像サイズ.Width * scale ) / 2f ) );\r
 107                                                 int y = (int) ( this.pt中央位置[ j ].Y ) - ( (int) ( ( this.tx火花[ j % 3 ].sz画像サイズ.Height * scale ) / 2f ) );\r
 108                                                 this.tx火花[ j % 3 ].n透明度 = ( this.ct進行[ j ].n現在の値 < 0x1c ) ? 0xff : ( 0xff - ( (int) ( 255.0 * Math.Cos( ( Math.PI * ( 90.0 - ( 90.0 * ( ( (double) ( this.ct進行[ j ].n現在の値 - 0x1c ) ) / 28.0 ) ) ) ) / 180.0 ) ) ) );\r
 109                                                 this.tx火花[ j % 3 ].vc拡大縮小倍率 = new Vector3( scale, scale, 1f );\r
 110 \r
 111                                                 E楽器パート e楽器パート = ( j < 3 ) ? E楽器パート.GUITAR : E楽器パート.BASS;        // BEGIN #31602 2013.6.24 yyagi\r
 112                                                 int deltaY = _演奏判定ライン座標.nJudgeLinePosY_delta[ (int)e楽器パート ];\r
 113                                                 if ( this.bReverse[ (int)e楽器パート ] )\r
 114                                                 {\r
 115                                                         deltaY = -deltaY;\r
 116                                                 }                                                                                                                                                               // END   #31602\r
 117                                                 \r
 118                                                 this.tx火花[ j % 3 ].t2D描画( CDTXMania.Instance.Device, x, y - deltaY );\r
 119                                         }\r
 120                                 }\r
 121                         }\r
 122                         return 0;\r
 123                 }\r
 124 \r
 125 \r
 126                 // その他\r
 127 \r
 128                 #region [ private ]\r
 129                 //-----------------\r
 130                 private CCounter[] ct進行 = new CCounter[ 6 ];\r
 131                 private Point[] pt中央位置 = new Point[ 6 ];\r
 132                 private CTexture[] tx火花 = new CTexture[ 3 ];\r
 133                 //private STDGBVALUE<int> nJudgeLinePosY_delta = new STDGBVALUE<int>();\r
 134                 C演奏判定ライン座標共通 _演奏判定ライン座標 = new C演奏判定ライン座標共通();\r
 135                 private STDGBVALUE<bool> bReverse = new STDGBVALUE<bool>();\r
 136                 //-----------------\r
 137                 #endregion\r
 138         }\r
 139 }\r