-/* File: spells1.c */
-
-/*
+/*!
+ * @file spells1.c
+ * @brief 魔法による遠隔処理の実装 / Spell projection
+ * @date 2014/07/10
+ * @author
+ * <pre>
* Copyright (c) 1997 Ben Harrison, James E. Wilson, Robert A. Koeneke
- *
* This software may be copied and distributed for educational, research,
* and not for profit purposes provided that this copyright and statement
* are included in all such copies. Other copyrights may also apply.
+ * </pre>
*/
-/* Purpose: Spell projection */
-
#include "angband.h"
/* ToDo: Make this global */
-/* 1/x chance of reducing stats (for elemental attacks) */
-#define HURT_CHANCE 16
+#define HURT_CHANCE 16 /*!< 属性攻撃を受けた際に能力値低下を起こす確率(1/X) / 1/x chance of reducing stats (for elemental attacks) */
+static int rakubadam_m; /*!< 振り落とされた際のダメージ量 */
+static int rakubadam_p; /*!< 落馬した際のダメージ量 */
-static int rakubadam_m;
-static int rakubadam_p;
+int project_length = 0; /*!< 投射の射程距離 */
-int project_length = 0;
-/*
+/*!
+ * @brief 配置した鏡リストの次を取得する /
* Get another mirror. for SEEKER
+ * @param next_y 次の鏡のy座標を返す参照ポインタ
+ * @param next_x 次の鏡のx座標を返す参照ポインタ
+ * @param cury 現在の鏡のy座標
+ * @param curx 現在の鏡のx座標
*/
static void next_mirror( int* next_y , int* next_x , int cury, int curx)
{
return;
}
-/*
+/*!
+ * @brief 万色表現用にランダムな色を選択する関数 /
* Get a legal "multi-hued" color for drawing "spells"
+ * @param max 色IDの最大値
+ * @return 選択した色ID
*/
static byte mh_attr(int max)
{
}
-/*
+/*!
+ * @brief 魔法属性に応じたエフェクトの色を返す /
* Return a color to use for the bolt/ball spells
+ * @param type 魔法属性
+ * @return 対応する色ID
*/
static byte spell_color(int type)
{
case GF_SOUND: return (0x09);
case GF_SHARDS: return (0x08);
case GF_FORCE: return (0x09);
- case GF_INERTIA: return (0x09);
+ case GF_INERTIAL: return (0x09);
case GF_GRAVITY: return (0x09);
case GF_TIME: return (0x09);
case GF_LITE_WEAK: return (0x06);
}
-/*
+/*!
+ * @brief 始点から終点にかけた方向毎にボルトのキャラクタを返す /
* Find the attr/char pair to use for a spell effect
- *
+ * @param y 始点Y座標
+ * @param x 始点X座標
+ * @param ny 終点Y座標
+ * @param nx 終点X座標
+ * @param typ 魔法の効果属性
+ * @return 方向キャラID
+ * @details
+ * <pre>
* It is moving (or has moved) from (x,y) to (nx,ny).
- *
* If the distance is not "one", we (may) return "*".
+ * </pre>
*/
u16b bolt_pict(int y, int x, int ny, int nx, int typ)
{
}
-/*
+/*!
+ * @brief 始点から終点への経路を返す /
* Determine the path taken by a projection.
- *
+ * @param gp 経路座標リストを返す参照ポインタ
+ * @param range 距離
+ * @param y1 始点Y座標
+ * @param x1 始点X座標
+ * @param y2 終点Y座標
+ * @param x2 終点X座標
+ * @param flg フラグID
+ * @return リストの長さ
+ * @details
+ * <pre>
* The projection will always start from the grid (y1,x1), and will travel
* towards the grid (y2,x2), touching one grid per unit of distance along
* the major axis, and stopping when it enters the destination grid or a
*
* This algorithm is similar to, but slightly different from, the one used
* by "update_view_los()", and very different from the one used by "los()".
+ * </pre>
*/
sint project_path(u16b *gp, int range, int y1, int x1, int y2, int x2, int flg)
{
/*
* Mega-Hack -- track "affected" monsters (see "project()" comments)
*/
-static int project_m_n;
-static int project_m_x;
-static int project_m_y;
+static int project_m_n; /*!< 魔法効果範囲内にいるモンスターの数 */
+static int project_m_x; /*!< 処理中のモンスターX座標 */
+static int project_m_y; /*!< 処理中のモンスターY座標 */
/* Mega-Hack -- monsters target */
-static s16b monster_target_x;
-static s16b monster_target_y;
-
-
-/*
- * We are called from "project()" to "damage" terrain features
- *
+static s16b monster_target_x; /*!< モンスターの攻撃目標X座標 */
+static s16b monster_target_y; /*!< モンスターの攻撃目標Y座標 */
+
+
+/*!
+ * @brief 汎用的なビーム/ボルト/ボール系による地形効果処理 / We are called from "project()" to "damage" terrain features
+ * @param who 魔法を発動したモンスター(0ならばプレイヤー) / Index of "source" monster (zero for "player")
+ * @param r 効果半径(ビーム/ボルト = 0 / ボール = 1以上) / Radius of explosion (0 = beam/bolt, 1 to 9 = ball)
+ * @param y 目標Y座標 / Target y location (or location to travel "towards")
+ * @param x 目標X座標 / Target x location (or location to travel "towards")
+ * @param dam 基本威力 / Base damage roll to apply to affected monsters (or player)
+ * @param typ 効果属性 / Type of damage to apply to monsters (and objects)
+ * @return 何か一つでも効力があればTRUEを返す / TRUE if any "effects" of the projection were observed, else FALSE
+ * @details
+ * <pre>
* We are called both for "beam" effects and "ball" effects.
*
* The "r" parameter is the "distance from ground zero".
* XXX XXX XXX We also "see" grids which are "memorized", probably a hack
*
* XXX XXX XXX Perhaps we should affect doors?
+ * </pre>
*/
static bool project_f(int who, int r, int y, int x, int dam, int typ)
{
-/*
+/*!
+ * @brief 汎用的なビーム/ボルト/ボール系によるアイテムオブジェクトへの効果処理 / Handle a beam/bolt/ball causing damage to a monster.
+ * @param who 魔法を発動したモンスター(0ならばプレイヤー) / Index of "source" monster (zero for "player")
+ * @param r 効果半径(ビーム/ボルト = 0 / ボール = 1以上) / Radius of explosion (0 = beam/bolt, 1 to 9 = ball)
+ * @param y 目標Y座標 / Target y location (or location to travel "towards")
+ * @param x 目標X座標 / Target x location (or location to travel "towards")
+ * @param dam 基本威力 / Base damage roll to apply to affected monsters (or player)
+ * @param typ 効果属性 / Type of damage to apply to monsters (and objects)
+ * @return 何か一つでも効力があればTRUEを返す / TRUE if any "effects" of the projection were observed, else FALSE
+ * @details
+ * <pre>
* We are called from "project()" to "damage" objects
*
* We are called both for "beam" effects and "ball" effects.
* XXX XXX XXX We also "see" grids which are "memorized", probably a hack
*
* We return "TRUE" if the effect of the projection is "obvious".
+ * </pre>
*/
static bool project_o(int who, int r, int y, int x, int dam, int typ)
{
}
-/*
- * Helper function for "project()" below.
- *
- * Handle a beam/bolt/ball causing damage to a monster.
- *
+/*!
+ * @brief 汎用的なビーム/ボルト/ボール系によるモンスターへの効果処理 / Handle a beam/bolt/ball causing damage to a monster.
+ * @param who 魔法を発動したモンスター(0ならばプレイヤー) / Index of "source" monster (zero for "player")
+ * @param r 効果半径(ビーム/ボルト = 0 / ボール = 1以上) / Radius of explosion (0 = beam/bolt, 1 to 9 = ball)
+ * @param y 目標Y座標 / Target y location (or location to travel "towards")
+ * @param x 目標X座標 / Target x location (or location to travel "towards")
+ * @param dam 基本威力 / Base damage roll to apply to affected monsters (or player)
+ * @param typ 効果属性 / Type of damage to apply to monsters (and objects)
+ * @param flg 効果フラグ
+ * @param see_s_msg TRUEならばメッセージを表示する
+ * @return 何か一つでも効力があればTRUEを返す / TRUE if any "effects" of the projection were observed, else FALSE
+ * @details
+ * <pre>
* This routine takes a "source monster" (by index) which is mostly used to
* determine if the player is causing the damage, and a "radius" (see below),
* which is used to decrease the power of explosions with distance, and a
* (polymorph and teleport being the obvious ones), a default damage, which
* is modified as needed based on various properties, and finally a "damage
* type" (see below).
- *
+ * </pre>
+ * <pre>
* Note that this routine can handle "no damage" attacks (like teleport) by
* taking a "zero" damage, and can even take "parameters" to attacks (like
* confuse) by accepting a "damage", using it to calculate the effect, and
* then setting the damage to zero. Note that the "damage" parameter is
* divided by the radius, so monsters not at the "epicenter" will not take
* as much damage (or whatever)...
- *
+ * </pre>
+ * <pre>
* Note that "polymorph" is dangerous, since a failure in "place_monster()"'
* may result in a dereference of an invalid pointer. XXX XXX XXX
- *
+ * </pre>
+ * <pre>
* Various messages are produced, and damage is applied.
- *
+ * </pre>
+ * <pre>
* Just "casting" a substance (i.e. plasma) does not make you immune, you must
* actually be "made" of that substance, or "breathe" big balls of it.
- *
* We assume that "Plasma" monsters, and "Plasma" breathers, are immune
* to plasma.
- *
* We assume "Nether" is an evil, necromantic force, so it doesn't hurt undead,
* and hurts evil less. If can breath nether, then it resists it as well.
- *
+ * </pre>
+ * <pre>
* Damage reductions use the following formulas:
* Note that "dam = dam * 6 / (randint1(6) + 6);"
* gives avg damage of .655, ranging from .858 to .500
* gives avg damage of .327, ranging from .427 to .250
* Note that "dam = dam * 2 / (randint1(6) + 6);"
* gives something simple.
- *
+ * </pre>
+ * <pre>
* In this function, "result" messages are postponed until the end, where
* the "note" string is appended to the monster name, if not NULL. So,
* to make a spell have "no effect" just set "note" to NULL. You should
* also set "notice" to FALSE, or the player will learn what the spell does.
- *
+ * </pre>
+ * <pre>
* We attempt to return "TRUE" if the player saw anything "useful" happen.
+ * "flg" was added.
+ * </pre>
*/
-/* "flg" was added. */
static bool project_m(int who, int r, int y, int x, int dam, int typ, int flg, bool see_s_msg)
{
int tmp;
}
/* Inertia -- breathers resist */
- case GF_INERTIA:
+ case GF_INERTIAL:
{
if (seen) obvious = TRUE;
if (seen) obvious = TRUE;
/* PSI only works if the monster can see you! -- RG */
- if (!(los(m_ptr->fy, m_ptr->fx, py, px)))
+ if (!(los(m_ptr->fy, m_ptr->fx, p_ptr->y, p_ptr->x)))
{
if (seen_msg)
msg_format(_("%sはあなたが見えないので影響されない！", "%^s can't see you, and isn't affected!"), m_name);
case 3: case 4: case 5: case 6:
if (!count)
{
- int dam = damroll(10, 10);
+ int extra_dam = damroll(10, 10);
msg_print(_("純粋な魔力の次元への扉が開いた！", "A portal opens to a plane of raw mana!"));
- project(0, 8, ty,tx, dam, GF_MANA, curse_flg, -1);
+ project(0, 8, ty, tx, extra_dam, GF_MANA, curse_flg, -1);
if (!one_in_(6)) break;
}
case 7: case 8:
if (pet) mode |= PM_FORCE_PET;
else mode |= (PM_NO_PET | PM_FORCE_FRIENDLY);
- count += summon_specific((pet ? -1 : 0), py, px, (pet ? p_ptr->lev*2/3+randint1(p_ptr->lev/2) : dun_level), 0, mode);
+ count += summon_specific((pet ? -1 : 0), p_ptr->y, p_ptr->x, (pet ? p_ptr->lev*2/3+randint1(p_ptr->lev/2) : dun_level), 0, mode);
if (!one_in_(6)) break;
}
case 23: case 24: case 25:
q_ptr->ident |= (IDENT_MENTAL);
/* Drop it in the dungeon */
- (void)drop_near(q_ptr, -1, py, px);
+ (void)drop_near(q_ptr, -1, p_ptr->y, p_ptr->x);
}
/* Track it */
return (obvious);
}
-
-/*
- * Helper function for "project()" below.
- *
+/*!
+ * @brief 汎用的なビーム/ボルト/ボール系によるプレイヤーへの効果処理 / Helper function for "project()" below.
+ * @param who 魔法を発動したモンスター(0ならばプレイヤー) / Index of "source" monster (zero for "player")
+ * @param who_name 効果を起こしたモンスターの名前
+ * @param r 効果半径(ビーム/ボルト = 0 / ボール = 1以上) / Radius of explosion (0 = beam/bolt, 1 to 9 = ball)
+ * @param y 目標Y座標 / Target y location (or location to travel "towards")
+ * @param x 目標X座標 / Target x location (or location to travel "towards")
+ * @param dam 基本威力 / Base damage roll to apply to affected monsters (or player)
+ * @param typ 効果属性 / Type of damage to apply to monsters (and objects)
+ * @param flg 効果フラグ
+ * @param monspell 効果元のモンスター魔法ID
+ * @return 何か一つでも効力があればTRUEを返す / TRUE if any "effects" of the projection were observed, else FALSE
+ * @details
* Handle a beam/bolt/ball causing damage to the player.
- *
* This routine takes a "source monster" (by index), a "distance", a default
* "damage", and a "damage type". See "project_m()" above.
- *
* If "rad" is non-zero, then the blast was centered elsewhere, and the damage
* is reduced (see "project_m()" above). This can happen if a monster breathes
* at the player and hits a wall instead.
- *
* NOTE (Zangband): 'Bolt' attacks can be reflected back, so we need
* to know if this is actually a ball or a bolt spell
- *
- *
* We return "TRUE" if any "obvious" effects were observed. XXX XXX Actually,
* we just assume that the effects were obvious, for historical reasons.
*/
t_x = m_list[who].fx - 1 + randint1(3);
max_attempts--;
}
- while (max_attempts && in_bounds2u(t_y, t_x) && !projectable(py, px, t_y, t_x));
+ while (max_attempts && in_bounds2u(t_y, t_x) && !projectable(p_ptr->y, p_ptr->x, t_y, t_x));
if (max_attempts < 1)
{
}
else
{
- t_y = py - 1 + randint1(3);
- t_x = px - 1 + randint1(3);
+ t_y = p_ptr->y - 1 + randint1(3);
+ t_x = p_ptr->x - 1 + randint1(3);
}
project(0, 0, t_y, t_x, dam, typ, (PROJECT_STOP|PROJECT_KILL|PROJECT_REFLECTABLE), monspell);
/* Arrow -- XXX no dodging */
case GF_ARROW:
{
- if (fuzzy)
- {
- msg_print(_("何か鋭いもので攻撃された！", "You are hit by something sharp!"));
- }
+ if (fuzzy)
+ {
+ msg_print(_("何か鋭いもので攻撃された！", "You are hit by something sharp!"));
+ }
else if ((inventory[INVEN_RARM].name1 == ART_ZANTETSU) || (inventory[INVEN_LARM].name1 == ART_ZANTETSU))
{
- msg_print(_("矢を斬り捨てた！", "You cut down the arrow!"));
+ msg_print(_("矢を斬り捨てた！", "You cut down the arrow!"));
break;
}
get_damage = take_hit(DAMAGE_ATTACK, dam, killer, monspell);
if (!p_ptr->resist_sound && !CHECK_MULTISHADOW())
{
- int k = (randint1((dam > 40) ? 35 : (dam * 3 / 4 + 5)));
- (void)set_stun(p_ptr->stun + k);
+ int plus_stun = (randint1((dam > 40) ? 35 : (dam * 3 / 4 + 5)));
+ (void)set_stun(p_ptr->stun + plus_stun);
}
if (!(p_ptr->resist_fire ||
- IS_OPPOSE_FIRE() ||
- p_ptr->immune_fire))
+ IS_OPPOSE_FIRE() ||
+ p_ptr->immune_fire))
{
inven_damage(set_acid_destroy, 3);
}
}
else if (!CHECK_MULTISHADOW())
{
- int k = (randint1((dam > 90) ? 35 : (dam / 3 + 5)));
- (void)set_stun(p_ptr->stun + k);
+ int plus_stun = (randint1((dam > 90) ? 35 : (dam / 3 + 5)));
+ (void)set_stun(p_ptr->stun + plus_stun);
}
if (!p_ptr->resist_sound || one_in_(13))
}
/* Inertia -- slowness */
- case GF_INERTIA:
+ case GF_INERTIAL:
{
if (fuzzy) msg_print(_("何か遅いもので攻撃された！", "You are hit by something slow!"));
if (!CHECK_MULTISHADOW()) (void)set_slow(p_ptr->slow + randint0(4) + 4, FALSE);
case GF_GRAVITY:
{
if (fuzzy) msg_print(_("何か重いもので攻撃された！", "You are hit by something heavy!"));
- msg_print(_("周辺の重力がゆがんだ。", "Gravity warps around you."));
+ msg_print(_("周辺の重力がゆがんだ。", "Gravity warps around you."));
if (!CHECK_MULTISHADOW())
{
(void)set_slow(p_ptr->slow + randint0(4) + 4, FALSE);
if (!(p_ptr->resist_sound || p_ptr->levitation))
{
- int k = (randint1((dam > 90) ? 35 : (dam / 3 + 5)));
- (void)set_stun(p_ptr->stun + k);
+ int plus_stun = (randint1((dam > 90) ? 35 : (dam / 3 + 5)));
+ (void)set_stun(p_ptr->stun + plus_stun);
}
}
if (p_ptr->levitation)
if (ironman_nightmare)
{
msg_print(_("恐ろしい光景が頭に浮かんできた。", "A horrible vision enters your mind."));
-
- /* Pick a nightmare */
- get_mon_num_prep(get_nightmare, NULL);
-
/* Have some nightmares */
- have_nightmare(get_mon_num(MAX_DEPTH));
-
- /* Remove the monster restriction */
- get_mon_num_prep(NULL, NULL);
+ sanity_blast(NULL, FALSE);
}
set_paralyzed(p_ptr->paralyzed + dam);
}
-/*
- * Generic "beam"/"bolt"/"ball" projection routine.
- *
- * Input:
- * who: Index of "source" monster (zero for "player")
- * rad: Radius of explosion (0 = beam/bolt, 1 to 9 = ball)
- * y,x: Target location (or location to travel "towards")
- * dam: Base damage roll to apply to affected monsters (or player)
- * typ: Type of damage to apply to monsters (and objects)
- * flg: Extra bit flags (see PROJECT_xxxx in "defines.h")
- *
- * Return:
- * TRUE if any "effects" of the projection were observed, else FALSE
- *
+/*!
+ * @brief 汎用的なビーム/ボルト/ボール系処理のルーチン Generic "beam"/"bolt"/"ball" projection routine.
+ * @param who 魔法を発動したモンスター(0ならばプレイヤー) / Index of "source" monster (zero for "player")
+ * @param rad 効果半径(ビーム/ボルト = 0 / ボール = 1以上) / Radius of explosion (0 = beam/bolt, 1 to 9 = ball)
+ * @param y 目標Y座標 / Target y location (or location to travel "towards")
+ * @param x 目標X座標 / Target x location (or location to travel "towards")
+ * @param dam 基本威力 / Base damage roll to apply to affected monsters (or player)
+ * @param typ 効果属性 / Type of damage to apply to monsters (and objects)
+ * @param flg 効果フラグ / Extra bit flags (see PROJECT_xxxx in "defines.h")
+ * @param monspell 効果元のモンスター魔法ID
+ * @return 何か一つでも効力があればTRUEを返す / TRUE if any "effects" of the projection were observed, else FALSE
+ * @details
+ * <pre>
* Allows a monster (or player) to project a beam/bolt/ball of a given kind
* towards a given location (optionally passing over the heads of interposing
* monsters), and have it do a given amount of damage to the monsters (and
* Note that we must call "handle_stuff()" after affecting terrain features
* in the blast radius, in case the "illumination" of the grid was changed,
* and "update_view()" and "update_monsters()" need to be called.
+ * </pre>
*/
bool project(int who, int rad, int y, int x, int dam, int typ, int flg, int monspell)
{
rakubadam_m = 0;
/* Default target of monsterspell is player */
- monster_target_y=py;
- monster_target_x=px;
+ monster_target_y=p_ptr->y;
+ monster_target_x=p_ptr->x;
/* Hack -- Jump to target */
if (flg & (PROJECT_JUMP))
/* Start at player */
else if (who <= 0)
{
- x1 = px;
- y1 = py;
+ x1 = p_ptr->x;
+ y1 = p_ptr->y;
}
/* Start at monster */
monster_target_y=(s16b)y;
monster_target_x=(s16b)x;
- remove_mirror(y,x);
- next_mirror( &oy,&ox,y,x );
+ remove_mirror(y, x);
+ next_mirror(&oy, &ox, y, x);
path_n = i+project_path(&(path_g[i+1]), (project_length ? project_length : MAX_RANGE), y, x, oy, ox, flg);
- for( j = last_i; j <=i ; j++ )
+ for(j = last_i; j <= i; j++)
{
y = GRID_Y(path_g[j]);
x = GRID_X(path_g[j]);
last_i = i;
}
}
- for( i = last_i ; i < path_n ; i++ )
+ for(i = last_i ; i < path_n ; i++)
{
- int x,y;
- y = GRID_Y(path_g[i]);
- x = GRID_X(path_g[i]);
- if(project_m(0,0,y,x,dam,GF_SEEKER,flg,TRUE))
- notice=TRUE;
+ int py, px;
+ py = GRID_Y(path_g[i]);
+ px = GRID_X(path_g[i]);
+ if(project_m(0, 0, py, px, dam, GF_SEEKER, flg, TRUE))
+ notice = TRUE;
if(!who && (project_m_n==1) && !jump ){
- if(cave[project_m_y][project_m_x].m_idx >0 ){
- monster_type *m_ptr = &m_list[cave[project_m_y][project_m_x].m_idx];
+ if(cave[project_m_y][project_m_x].m_idx > 0)
+ {
+ monster_type *m_ptr = &m_list[cave[project_m_y][project_m_x].m_idx];
- if (m_ptr->ml)
- {
- /* Hack -- auto-recall */
- if (!p_ptr->image) monster_race_track(m_ptr->ap_r_idx);
+ if (m_ptr->ml)
+ {
+ /* Hack -- auto-recall */
+ if (!p_ptr->image) monster_race_track(m_ptr->ap_r_idx);
- /* Hack - auto-track */
- health_track(cave[project_m_y][project_m_x].m_idx);
- }
- }
+ /* Hack - auto-track */
+ health_track(cave[project_m_y][project_m_x].m_idx);
+ }
+ }
}
- (void)project_f(0,0,y,x,dam,GF_SEEKER);
+ (void)project_f(0, 0, py, px, dam, GF_SEEKER);
}
return notice;
}
}
for( i = 0; i < path_n ; i++ )
{
- int x,y;
- y = GRID_Y(path_g[i]);
- x = GRID_X(path_g[i]);
- (void)project_m(0,0,y,x,dam,GF_SUPER_RAY,flg,TRUE);
- if(!who && (project_m_n==1) && !jump ){
- if(cave[project_m_y][project_m_x].m_idx >0 ){
- monster_type *m_ptr = &m_list[cave[project_m_y][project_m_x].m_idx];
+ int py, px;
+ py = GRID_Y(path_g[i]);
+ px = GRID_X(path_g[i]);
+ (void)project_m(0, 0, py, px, dam, GF_SUPER_RAY, flg, TRUE);
+ if(!who && (project_m_n == 1) && !jump){
+ if(cave[project_m_y][project_m_x].m_idx >0 ){
+ monster_type *m_ptr = &m_list[cave[project_m_y][project_m_x].m_idx];
- if (m_ptr->ml)
- {
- /* Hack -- auto-recall */
- if (!p_ptr->image) monster_race_track(m_ptr->ap_r_idx);
+ if (m_ptr->ml)
+ {
+ /* Hack -- auto-recall */
+ if (!p_ptr->image) monster_race_track(m_ptr->ap_r_idx);
- /* Hack - auto-track */
- health_track(cave[project_m_y][project_m_x].m_idx);
- }
- }
+ /* Hack - auto-track */
+ health_track(cave[project_m_y][project_m_x].m_idx);
+ }
+ }
}
- (void)project_f(0,0,y,x,dam,GF_SUPER_RAY);
+ (void)project_f(0, 0, py, px, dam, GF_SUPER_RAY);
}
return notice;
}
if (flg & PROJECT_KILL)
{
see_s_msg = (who > 0) ? is_seen(&m_list[who]) :
- (!who ? TRUE : (player_can_see_bold(y1, x1) && projectable(py, px, y1, x1)));
+ (!who ? TRUE : (player_can_see_bold(y1, x1) && projectable(p_ptr->y, p_ptr->x, y1, x1)));
}
return (notice);
}
+/*!
+ * @brief 鏡魔法「封魔結界」の効果処理
+ * @param dam ダメージ量
+ * @return 効果があったらTRUEを返す
+ */
bool binding_field( int dam )
{
int mirror_x[10],mirror_y[10]; /* 鏡はもっと少ない */
int point_y[3];
/* Default target of monsterspell is player */
- monster_target_y=py;
- monster_target_x=px;
+ monster_target_y=p_ptr->y;
+ monster_target_x=p_ptr->x;
for( x=0 ; x < cur_wid ; x++ )
{
for( y=0 ; y < cur_hgt ; y++ )
{
if( is_mirror_grid(&cave[y][x]) &&
- distance(py,px,y,x) <= MAX_RANGE &&
- distance(py,px,y,x) != 0 &&
+ distance(p_ptr->y,p_ptr->x,y,x) <= MAX_RANGE &&
+ distance(p_ptr->y,p_ptr->x,y,x) != 0 &&
player_has_los_bold(y,x) &&
- projectable(py, px, y, x)
+ projectable(p_ptr->y, p_ptr->x, y, x)
){
mirror_y[mirror_num]=y;
mirror_x[mirror_num]=x;
point_x[0]=mirror_x[point_x[0]];
point_y[1]=mirror_y[point_x[1]];
point_x[1]=mirror_x[point_x[1]];
- point_y[2]=py;
- point_x[2]=px;
+ point_y[2]=p_ptr->y;
+ point_x[2]=p_ptr->x;
x=point_x[0]+point_x[1]+point_x[2];
y=point_y[0]+point_y[1]+point_y[2];
centersign*( (point_x[2]-x)*(point_y[0]-y)
-(point_y[2]-y)*(point_x[0]-x)) >=0 )
{
- if (player_has_los_bold(y, x) && projectable(py, px, y, x)) {
+ if (player_has_los_bold(y, x) && projectable(p_ptr->y, p_ptr->x, y, x)) {
/* Visual effects */
if(!(p_ptr->blind)
&& panel_contains(y,x)){
centersign*( (point_x[2]-x)*(point_y[0]-y)
-(point_y[2]-y)*(point_x[0]-x)) >=0 )
{
- if (player_has_los_bold(y, x) && projectable(py, px, y, x)) {
+ if (player_has_los_bold(y, x) && projectable(p_ptr->y, p_ptr->x, y, x)) {
(void)project_f(0,0,y,x,dam,GF_MANA);
}
}
centersign*( (point_x[2]-x)*(point_y[0]-y)
-(point_y[2]-y)*(point_x[0]-x)) >=0 )
{
- if (player_has_los_bold(y, x) && projectable(py, px, y, x)) {
+ if (player_has_los_bold(y, x) && projectable(p_ptr->y, p_ptr->x, y, x)) {
(void)project_o(0,0,y,x,dam,GF_MANA);
}
}
centersign*( (point_x[2]-x)*(point_y[0]-y)
-(point_y[2]-y)*(point_x[0]-x)) >=0 )
{
- if (player_has_los_bold(y, x) && projectable(py, px, y, x)) {
+ if (player_has_los_bold(y, x) && projectable(p_ptr->y, p_ptr->x, y, x)) {
(void)project_m(0,0,y,x,dam,GF_MANA,
(PROJECT_GRID|PROJECT_ITEM|PROJECT_KILL|PROJECT_JUMP),TRUE);
}
return TRUE;
}
+/*!
+ * @brief 鏡魔法「鏡の封印」の効果処理
+ * @param dam ダメージ量
+ * @return 効果があったらTRUEを返す
+ */
void seal_of_mirror( int dam )
{
int x,y;
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