public RectangleD(RectangleD rec)
{
x = rec.x;
y = rec.y;
width = rec.width;
height = rec.height;
}
public GuidedBomb(Fight scene, Hashtable parameters, RectangleD rect, int owner)
: base(scene, parameters)
{
this.rect = rect;
this.owner = owner;
Initialize();
}
public static bool Intersect( RectangleD a, RectangleD b)
{
if (a.Left < b.Right && a.Right > b.Left && a.Top < b.Bottom && a.Bottom > b.Top)
{
return true;
}
return false;
}
public Shield(Fight scene, Hashtable parameters, RectangleD rect, int owner, DevType[] dev)
: base(scene, parameters)
{
this.owner = owner;
this.dev = dev;
MakeModel("");
RecVisible.Copy(rect);
RecCollision = RecVisible;
}
public AttackArea(Fight scene, Hashtable parameters, RectangleD rect)
: base(scene, parameters)
{
model.Add("model", new ModelInfo("", Vector3.Zero, RectangleD.Empty, 0, rect, Vector3.Zero, Vector3.Zero));
normalRectangle = new RectangleD();
normalRectangle.Copy(RecCollision);
Object o = model["recCollision"];
if (o != null)
{
mi = (ModelInfo)o;
mi.emissiveColor = new Vector3(1, 0, 1);
}
force = Vector2.Zero;
damage = 0;
expandSpeedX = expandSpeedY = 0;
w = rect.Width;
h = rect.Height;
}
public static Object GetColState(RectangleD recMe, RectangleD recHe)
{
bool left = false, right = false, top = false, bottom = false;
if (recMe.Equal(RectangleD.Empty) || recHe.Equal(RectangleD.Empty)) return null;
// x軸方向に重なってるとき
// topとbottomを調べる
// Heightが正なら、topはbottomより小さい。
if (recMe.Left < recHe.Right && recMe.Right > recHe.Left)
{
if (recHe.Top < recMe.Top && recMe.Top < recHe.Bottom)
{
top = true;
}
if (recHe.Top < recMe.Bottom && recMe.Bottom < recHe.Bottom)
{
bottom = true;
}
}
// y軸方向に重なってるとき
// leftとrightを調べる
// Heightが正なら、topはbottomより小さい。
if (recMe.Top < recHe.Bottom && recMe.Bottom > recHe.Top)
{
if (recHe.Left < recMe.Left && recMe.Left < recHe.Right)
{
left = true;
}
if (recHe.Left < recMe.Right && recMe.Right < recHe.Right)
{
right = true;
}
}
if (top || bottom || left || right)
{
return new ColState(left, right, top, bottom);
}
return null;
}
public ParticleManager(Fight scene, string type, Vector2 pos)
: base(scene, null)
{
RectangleD position = new RectangleD();
position.Locate(pos);
model.Add("model", new ModelInfo("", Vector3.Zero, RectangleD.Empty, 0, position, Vector3.Zero, Vector3.Zero));
time = TimeSpan.Zero;
Object o;
switch (type)
{
case "ExplosionParticles":
particles = GLOBAL.explosionParticles;
break;
case "DeadParticles":
particles = GLOBAL.deadParticles;
break;
case "AttackedParticles":
case "AbsorbParticles":
particles = GLOBAL.attackedParticles;
break;
case "SmokeParticles":
particles = GLOBAL.smokeParticles;
break;
default:
particles = GLOBAL.explosionParticles;
break;
}
o = scene.Parameters[type];
if (o != null)
{
parameters = (Hashtable)o;
cnt = int.Parse((o = parameters["cnt"]) != null ? (string)o : "30");
aliveTime = double.Parse((o = parameters["aliveTime"]) != null ? (string)o : "1");
z = double.Parse((o = parameters["z"]) != null ? (string)o : "2");
dt = aliveTime / cnt;
nextTime = 0;
}
}
bool SphereSpecialBAnimation(GameTime gameTime)
{
#region 1.初期化
if (sphereSBCnt <= 0 && time <= gameTime.ElapsedGameTime)
{
mi.recVisible.Copy(normalRectangle);
mi.depth = 1;
sphereSBCnt = 0;
sphereSBDAngle = 360.0 / (double)sphereSBBomb.Length * (direction.X > 0 ? 1 : -1);
sphereSBAngle = (direction.X > 0 ? 0 : 180);
time = TimeSpan.FromSeconds(sphereSBTimeSpan);
gage = 0;
}
#endregion
#region 2.アニメーション
double dt = gameTime.ElapsedGameTime.TotalSeconds;
// Write your logic
if (time >= TimeSpan.FromSeconds(sphereSBTimeSpan))
{
Object o = scene.Parameters["SpecialGuidedBomb"];
if (o != null)
{
double x = mi.recCollision.Center.X + sphereSBRad * Math.Cos(MathHelper.ToRadians((float)sphereSBAngle));
double y = mi.recCollision.Center.Y + sphereSBRad * Math.Sin(MathHelper.ToRadians((float)sphereSBAngle));
RectangleD rect = new RectangleD(x - 0.5, y - 0.5, 1, 1);
sphereSBBomb[sphereSBCnt] = new GuidedBomb(scene, (Hashtable)o, rect, player.id);
scene.EntityList.Add(sphereSBBomb[sphereSBCnt]);
}
sphereSBAngle += sphereSBDAngle;
sphereSBCnt++;
time = TimeSpan.Zero;
Cue c = GLOBAL.soundBank.GetCue("B");
c.Play();
}
if (sphereSBCnt >= sphereSBBomb.Length)
{
endAnimation = true;
}
#endregion
#region 3、次のアニメーションへの遷移判定
Animation prevAnim = anim;
NextAnimation[] nextAnim = new NextAnimation[]{
new NextAnimation(Animation.Dead,false,CheckDead,true),
new NextAnimation(Animation.Attacked,false,CheckAttacked,true),
new NextAnimation(Animation.Ground,false,CheckGround,endAnimation),
new NextAnimation(Animation.Float,false,CheckFloat,endAnimation),
new NextAnimation(Animation.Run,true,null,endAnimation),
new NextAnimation(Animation.Walk,true,null,endAnimation),
new NextAnimation(Animation.Stop,false,null,endAnimation),
new NextAnimation(Animation.SpecialB,false,null,true),
};
anim = FindNextAnimation(nextAnim, gameTime);
if (anim == Animation.None)
{
anim = prevAnim;
}
#endregion
#region 4、アニメーションが遷移するときの処理
if (anim != prevAnim)
{
commandFlg[(int)Animation.B] = false;
commandFlg[(int)Animation.UpB] = false;
commandFlg[(int)Animation.DownB] = false;
commandFlg[(int)Animation.SpecialB] = false;
sphereSBCnt = 0;
}
#endregion
return true;
}
void Initialize()
{
character = new Character[2];
character[0] = scene.Character1P;
character[1] = scene.Character2P;
Vector2 v = character[0].RecVisible.Center;
v += character[1].RecVisible.Center;
v.X *= 0.5f;
v.Y *= 0.5f;
cameraTarget = new Vector3(v, 0.0f);
angle = double.Parse((string)(parameters["angle"]));
fieldOfView = float.Parse((string)(parameters["fieldOfView"]));
aspectRatio = (float)GLOBAL.game1.GraphicsDevice.Viewport.Width / GLOBAL.game1.GraphicsDevice.Viewport.Height;
nearPlaneDistanse = float.Parse((string)(parameters["nearPlaneDistanse"]));
farPlaneDistance = float.Parse((string)(parameters["farPlaneDistance"]));
aliveZone = new RectangleD();
Object o = scene.Parameters[scene.Stage];
if ( o != null )
{
Hashtable param = (Hashtable)o;
aliveZone.Y = double.Parse((o = param["aliveZoneY"]) != null ? (string)o : "0");
aliveZone.Height = double.Parse((o = param["aliveZoneH"]) != null ? (string)o : "0");
aliveZone.Width = aliveZone.Height * GLOBAL.WindowWidth / GLOBAL.WindowHeight;
aliveZone.X = -0.5 * aliveZone.Width;
param["aliveZoneW"] = "" + aliveZone.Width;
param["aliveZoneX"] = "" + aliveZone.X;
}
minZ = float.Parse((string)(parameters["minZ"]));
double t1 = fieldOfView * 0.5 - angle;
double t2 = fieldOfView * 0.5 + angle;
maxZ = aliveZone.Height / (Math.Tan(MathHelper.ToRadians((float)t1)) + Math.Tan(MathHelper.ToRadians((float)t2)));
maxX = 0;
maxY = aliveZone.Top3D - maxZ * Math.Tan((MathHelper.ToRadians((float)t1)));
maxY = aliveZone.Bottom3D + maxZ * Math.Tan((MathHelper.ToRadians((float)t2)));
cameraUpVector = new Vector3(
float.Parse((string)(parameters["cameraUpVectorX"])),
float.Parse((string)(parameters["cameraUpVectorY"])),
float.Parse((string)(parameters["cameraUpVectorZ"]))
);
RectangleD rec1, rec2;
rec1 = character[0].RecVisible;
rec2 = character[1].RecVisible;
// カメラのZ座標
double t = Math.Max(Math.Abs(rec1.X - rec2.X) / aliveZone.Width, Math.Abs(rec1.Y - rec2.Y) / aliveZone.Height);
double z = Math.Max(minZ, maxZ * 2 * t);
// カメラの注視点と位置
RectangleD rect3 = new RectangleD(
aliveZone.X * (1 - t),
aliveZone.Y * (1 - t) + t * maxY,
aliveZone.Width * (1 - t),
aliveZone.Height * (1 - t)
);
rect3 = RectangleD.ExtendRect(rect3, 2, 2);
double dy = z * Math.Tan(MathHelper.ToRadians((float)angle));
rect3.Offset(0, -dy);
v = rec1.Center;
v += rec2.Center;
v.X *= 0.5f; v.X = (float)Math.Max(v.X, rect3.Left); v.X = (float)Math.Min(v.X, rect3.Right);
v.Y *= 0.5f; v.Y = (float)Math.Max(v.Y, rect3.Bottom3D); v.Y = (float)Math.Min(v.Y, rect3.Top3D);
Position = initTarget = new Vector3(v, 0.0f);
Target = initPos = new Vector3(cameraTarget.X, cameraTarget.Y + (float)dy, (float)z);
Flush();
}
/// <summary>
/// r.Centerを起点として横にex, 縦にeyだけrを伸ばした矩形を返す
/// </summary>
/// <param name="r"></param>
/// <param name="ex"></param>
/// <param name="ey"></param>
/// <returns></returns>
public static RectangleD ExtendRect(RectangleD src, double ex, double ey, RectangleD dist = null)
{
double x, y, w, h;
Vector2 v = src.Center;
x = v.X - src.Width * 0.5 * ex;
y = v.Y - src.Height * 0.5 * ey;
w = src.Width * ex;
h = src.Height * ey;
if (dist != null)
{
dist.X = x;
dist.Y = y;
dist.Width = w;
dist.Height = h;
}
return new RectangleD(x, y, w, h);
}
public Vector3 rotation, defaultRotation; // モデルの回転角度
#endregion Fields
#region Constructors
public ModelInfo( string name, Vector3 originalSize, RectangleD recVisible, double depth, RectangleD recCollision, Vector3 rotation, Vector3 emissiveColor )
{
this.name = name;
this.model = null;
this.originalSize = originalSize;
this.recVisible = recVisible;
this.defaultRecVisible = new RectangleD(recVisible);
this.depth = depth;
this.defaultDepth = depth;
this.recCollision = recCollision;
this.defaultRecCollision = new RectangleD(recCollision);
this.rotation = rotation;
this.defaultRotation = new Vector3(rotation.X, rotation.Y, rotation.Z);
this.emissiveColor = emissiveColor;
this.defaultEmissiveColor = new Vector3(emissiveColor.X, emissiveColor.Y, emissiveColor.Z);
this.addAlpha = -1;
Load();
}
public override bool Update(GameTime gameTime)
{
RectangleD rec1, rec2;
rec1 = character[0].RecVisible;
rec2 = character[1].RecVisible;
// カメラのZ座標
double t = Math.Max(Math.Abs(rec1.X - rec2.X) / aliveZone.Width, Math.Abs(rec1.Y - rec2.Y) / aliveZone.Height);
double z = Math.Max(minZ, maxZ * 2 * t);
// カメラの注視点と位置
RectangleD rect3 = new RectangleD(
aliveZone.X * (1 - t),
aliveZone.Y * (1 - t) + t * maxY,
aliveZone.Width * (1 - t),
aliveZone.Height * (1 -t)
);
rect3 = RectangleD.ExtendRect(rect3, 2,2);
double dy = z * Math.Tan(MathHelper.ToRadians((float)angle));
rect3.Offset(0, -dy);
Vector2 v = rec1.Center;
v += rec2.Center;
v.X *= 0.5f; v.X = (float)Math.Max(v.X, rect3.Left); v.X = (float)Math.Min(v.X, rect3.Right);
v.Y *= 0.5f; v.Y = (float)Math.Max(v.Y, rect3.Bottom3D); v.Y = (float)Math.Min(v.Y, rect3.Top3D);
cameraTarget = new Vector3(v, 0.0f);
cameraPosition = new Vector3(cameraTarget.X, cameraTarget.Y + (float)dy, (float)z);
Flush();
return true;
}
public void MakeModel(string paramName)
{
object o = null;
if (paramName != "") paramName += "_";
string name = (o = parameters[paramName + "name"]) != null ? (string)o :
(o = parameters["ModelDeadBlock"]) != null ? (string)o : "DeadBlock";
Vector3 originalSize = new Vector3(
float.Parse((o = parameters[paramName + "originalSizeX"]) != null ? (string)o : "200.0"),
float.Parse((o = parameters[paramName + "originalSizeY"]) != null ? (string)o : "200.0"),
float.Parse((o = parameters[paramName + "originalSizeZ"]) != null ? (string)o : "200.0")
);
RectangleD recVisible = new RectangleD(
float.Parse((o = parameters[paramName + "recVisibleX"]) != null ? (string)o : "0.0"),
float.Parse((o = parameters[paramName + "recVisibleY"]) != null ? (string)o : "0.0"),
float.Parse((o = parameters[paramName + "recVisibleW"]) != null ? (string)o : "0.0"),
float.Parse((o = parameters[paramName + "recVisibleH"]) != null ? (string)o : "0.0")
);
float depth = float.Parse((o = parameters[paramName + "depth"]) != null ? (string)o : "1.0");
RectangleD recCollision = new RectangleD(
float.Parse((o = parameters[paramName + "recCollisionX"]) != null ? (string)o : "0.0"),
float.Parse((o = parameters[paramName + "recCollisionY"]) != null ? (string)o : "0.0"),
float.Parse((o = parameters[paramName + "recCollisionW"]) != null ? (string)o : "0.0"),
float.Parse((o = parameters[paramName + "recCollisionH"]) != null ? (string)o : "0.0")
);
Vector3 rotation = new Vector3(
float.Parse((o = parameters[paramName + "rotationX"]) != null ? (string)o : "0.0"),
float.Parse((o = parameters[paramName + "rotationY"]) != null ? (string)o : "0.0"),
float.Parse((o = parameters[paramName + "rotationZ"]) != null ? (string)o : "0.0")
);
Vector3 emissiveColor = new Vector3(
float.Parse((o = parameters[paramName + "emissiveColorX"]) != null ? (string)o : "1.0"),
float.Parse((o = parameters[paramName + "emissiveColorY"]) != null ? (string)o : "1.0"),
float.Parse((o = parameters[paramName + "emissiveColorZ"]) != null ? (string)o : "1.0")
);
model.Add("model", new ModelInfo(name, originalSize, recVisible, depth, recCollision, rotation, emissiveColor));
}
public void Copy(RectangleD rect)
{
x = rect.X;
y = rect.Y;
height = rect.Height;
width = rect.Width;
}
/// <summary>
/// 同じ矩形を表しているか（各要素が等しいか）
/// </summary>
/// <param name="he"></param>
/// <returns></returns>
public bool Equal(RectangleD he)
{
return X == he.X && Y == he.Y && Width == he.Width && Height == he.Height;
}
void InitializePrameters()
{
Object o = null;
time = TimeSpan.Zero;
input = GLOBAL.inputManager;
// モデルの作成とパラメータの設定
string ch = (player.character == CHARACTER.CUBE ? "ModelCube" : "ModelSphere");
MakeModel(ch);
string name = (o = parameters["DirectionIndicator_name"]) != null ? (string)o : "";
Vector3 originalSize = new Vector3(
float.Parse((o = parameters["DirectionIndicator_originalSizeX"]) != null ? (string)o : "0.0"),
float.Parse((o = parameters["DirectionIndicator_originalSizeY"]) != null ? (string)o : "0.0"),
float.Parse((o = parameters["DirectionIndicator_originalSizeZ"]) != null ? (string)o : "0.0")
);
RectangleD recVisible = new RectangleD(
double.Parse((o = parameters["DirectionIndicator_recVisibleX"]) != null ? (string)o : "0.0"),
double.Parse((o = parameters["DirectionIndicator_recVisibleY"]) != null ? (string)o : "0.0"),
double.Parse((o = parameters["DirectionIndicator_recVisibleW"]) != null ? (string)o : "0.0"),
double.Parse((o = parameters["DirectionIndicator_recVisibleH"]) != null ? (string)o : "0.0")
);
float depth = float.Parse((o = parameters["DirectionIndicator_depth"]) != null ? (string)o : "1.0");
Vector3 rotation = Vector3.Zero;
Vector3 emissiveColor;
mi = ((ModelInfo)model["model"]);
if (player.id == 0)
{
mi.emissiveColor = new Vector3(
float.Parse((o = parameters["1P_emissiveColorX"]) != null ? (string)o : "1.0"),
float.Parse((o = parameters["1P_emissiveColorY"]) != null ? (string)o : "1.0"),
float.Parse((o = parameters["1P_emissiveColorZ"]) != null ? (string)o : "1.0")
);
mi.recVisible = new RectangleD(
double.Parse((o = parameters["1P_recVisibleX"]) != null ? (string)o : "0.0"),
double.Parse((o = parameters["1P_recVisibleY"]) != null ? (string)o : "0.0"),
double.Parse((o = parameters["1P_recVisibleW"]) != null ? (string)o : "0.0"),
double.Parse((o = parameters["1P_recVisibleH"]) != null ? (string)o : "0.0")
);
direction = new Vector3(1, 0, 0);
rotation = new Vector3(0, 0, 0);
}
else
{
mi.emissiveColor = new Vector3(
float.Parse((o = parameters["2P_emissiveColorX"]) != null ? (string)o : "1.0"),
float.Parse((o = parameters["2P_emissiveColorY"]) != null ? (string)o : "1.0"),
float.Parse((o = parameters["2P_emissiveColorZ"]) != null ? (string)o : "1.0")
);
mi.recVisible = new RectangleD(
double.Parse((o = parameters["2P_recVisibleX"]) != null ? (string)o : "0.0"),
double.Parse((o = parameters["2P_recVisibleY"]) != null ? (string)o : "0.0"),
double.Parse((o = parameters["2P_recVisibleW"]) != null ? (string)o : "0.0"),
double.Parse((o = parameters["2P_recVisibleH"]) != null ? (string)o : "0.0")
);
direction = new Vector3(-1, 0, 0);
rotation = new Vector3(0, 180, 0);
}
mi.recCollision = mi.recVisible;
recVisible.Offset(mi.recVisible.Center.X - recVisible.Center.X, 0);
emissiveColor = mi.emissiveColor;
model.Add("DirectionIndicator", new ModelInfo(name, originalSize, recVisible, depth, RectangleD.Empty, rotation, emissiveColor));
dist = ((ModelInfo)model["DirectionIndicator"]).recVisible.Bottom3D - RecVisible.Top3D;
normalRectangle = new RectangleD(mi.recVisible);
cnt_ColStateWithAttacker = cnt_ColStateWithSolid = 0;
MAX_COLSTATEWithAttacker = MAX_COLSTATEWithSolid = 60;
colStateWithAttacker = new Hashtable[MAX_COLSTATEWithAttacker];
colStateWithSolid = new Hashtable[MAX_COLSTATEWithSolid];
MAX_ADJUSTTOHIST = 60;
adjustToHist = new int[MAX_ADJUSTTOHIST];
for (int i = 0; i < adjustToHist.Length; i++)
{
adjustToHist[i] = -1;
}
life = int.Parse((o = parameters["life"]) != null ? (string)o : "3");
/*
* ゲージ
*/
gage = 0;
gageV = double.Parse((o = parameters["gageV"]) != null ? (string)o : "1.0");
MAX_GAGE = double.Parse((o = parameters["MAX_GAGE"]) != null ? (string)o : "100.0");
/*
* アニメーション
*/
// 共通して使用する変数
anim = Animation.Stop;
velocity = Vector2.Zero; // 速度
endAnimation = false; // アニメーションが終わったかどうかのフラグ
tmpJumpFlg = 0; // ジャンプフラグの退避用変数
attackArea = null; // 見えない攻撃範囲（通常攻撃などで使用）
ex = ey = 1; // 拡大率
tmpVelocity = Vector2.Zero; // 速度の退避用変数
ox = oy = 0; // 差分
pileFlg = 0; // スマッシュのアニメーションに使うフラグ
maxPileTime = double.Parse((o = parameters["maxPileTime"]) != null ? (string)o : "3.0"); // ため時間の上限
tmpEmissiveColor = Vector3.Zero; // EmissiveColorの退避用変数
// Stop
stopAccel = double.Parse((o = parameters["stopAccel"]) != null ? (string)o : "1.0"); // 静止しようとする加速度
// Walk
maxWalkSpeed = double.Parse((o = parameters["maxWalkSpeed"]) != null ? (string)o : "1.0"); // 歩く速さの上限
double peekTime = double.Parse((o = parameters["walkPeekTime"]) != null ? (string)o : "1.0");
walkAccel = maxWalkSpeed / peekTime; // 歩きの加速度
// Run
maxRunSpeed = double.Parse((o = parameters["maxRunSpeed"]) != null ? (string)o : "3.0");// 走りの加速度
peekTime = double.Parse((o = parameters["runPeekTime"]) != null ? (string)o : "1.0"); // 走る速さの上限
runAccel = maxRunSpeed / peekTime;
// Jump
jumpTime1 = double.Parse((o = parameters["jumpTime1"]) != null ? (string)o : "0"); // ジャンプの溜めの時間
jumpA = double.Parse((o = parameters["jumpA"]) != null ? (string)o : "0"); // ジャンプの溜めのときのモデル伸縮幅
jumpFlg = 0; // 今、何段目のジャンプをしているか
MAX_JUMP = int.Parse((o = parameters["MAX_JUMP"]) != null ? (string)o : "2"); // 何段ジャンプが出来るか
peekTime = double.Parse((o = parameters["jumpPeekTime1"]) != null ? (string)o : "1.0");
double peekHeight = double.Parse((o = parameters["jumpPeekHeight1"]) != null ? (string)o : "1.0");
jumpSpeed1 = 2 * peekHeight / peekTime;
jumpSpeed = jumpSpeed1;
gravity = jumpSpeed1 / peekTime;
peekTime = double.Parse((o = parameters["jumpPeekTime2"]) != null ? (string)o : "1.0");
peekHeight = double.Parse((o = parameters["jumpPeekHeight2"]) != null ? (string)o : "1.0");
jumpSpeed2 = 2 * peekHeight / peekTime;
maxJumpSpeedX = double.Parse((o = parameters["maxJumpSpeedX"]) != null ? (string)o : "3.0");
// Float
peekTime = double.Parse((o = parameters["slidePeekTime"]) != null ? (string)o : "1.0");
maxSlideSpeed = double.Parse((o = parameters["maxSlideSpeed"]) != null ? (string)o : "1.0");
slideAccel = maxSlideSpeed / peekTime; // 浮遊時に横に動こうしたときの加速度
maxFallSpeed = double.Parse((o = parameters["maxFallSpeed"]) != null ? (string)o : "1.0");
fallAccel = gravity * double.Parse((o = parameters["fallAccel"]) != null ? (string)o : "1.0"); ; // 高速落下しているときの落下スピード (gravityに対する比率で指定)
floatRot = 0; // 二段目以降のジャンプでの回転角度
floatRotSpeed = double.Parse((o = parameters["floatRotSpeed"]) != null ? (string)o : "360.0"); ; // 二段目以降のジャンプでの回転速度
// Ground
groundTime = double.Parse((o = parameters["groundTime"]) != null ? (string)o : "1"); // アニメーションの時間
groundA = double.Parse((o = parameters["groundA"]) != null ? (string)o : "0.2"); // 伸縮幅
maxGroundSpeed = double.Parse((o = parameters["maxGroundSpeed"]) != null ? (string)o : "3"); // 横方向の最大速度
groundAccel = double.Parse((o = parameters["groundAccel"]) != null ? (string)o : "1"); // 横方向の加速度
// Climb
climbRot = 0.0; // 回転角度。Degree
climbRotSpeed = double.Parse((o = parameters["climbRotSpeed"]) != null ? (string)o : "1000.0"); // 回転速度。Degree
// Sit
sitTime = double.Parse((o = parameters["sitTime"]) != null ? (string)o : "0"); // アニメーションの時間
sitA = double.Parse((o = parameters["sitA"]) != null ? (string)o : "0");
avoidGTime = double.Parse((o = parameters["avoidGTime"]) != null ? (string)o : "0"); // アニメーションの時間
avoidRSpeed = double.Parse((o = parameters["avoidRSpeed"]) != null ? (string)o : "0");
avoidRTime = double.Parse((o = parameters["avoidRTime"]) != null ? (string)o : "0"); // アニメーションの時間
avoidSSpeed = double.Parse((o = parameters["avoidSSpeed"]) != null ? (string)o : "0");
avoidSTime = double.Parse((o = parameters["avoidSTime"]) != null ? (string)o : "0"); // アニメーションの時間
brownTime = double.Parse((o = parameters["brownTime"]) != null ? (string)o : "0");
maxBrownTime = double.Parse((o = parameters["maxBrownTime"]) != null ? (string)o : "0");
minBrownTime = double.Parse((o = parameters["minBrownTime"]) != null ? (string)o : "0");
maxGetDamage = double.Parse((o = parameters["maxGetDamage"]) != null ? (string)o : "0"); ;
maxBrownSpeed = double.Parse((o = parameters["maxBrownSpeed"]) != null ? (string)o : "0"); // 最大の吹っ飛び速度
brownFallAccel = gravity * double.Parse((o = parameters["brownFallAccel"]) != null ? (string)o : "1"); // 下ボタンを押しているときの重力加速度
brownSlideAccel = slideAccel * double.Parse((o = parameters["brownSlideAccel"]) != null ? (string)o : "1"); // 横ボタンを押しているときの横方向の加速度
brownRotSpeed = 0;
_brownRotSpeed = double.Parse((o = parameters["brownRotSpeed"]) != null ? (string)o : "0");
brownRot = 0;
breakFallSpeed = double.Parse((o = parameters["breakFallSpeed"]) != null ? (string)o : "0"); // 跳ね返りの速さ
maxBreakFallSpeed = double.Parse((o = parameters["maxBreakFallSpeed"]) != null ? (string)o : "0"); // 衝突面と平行な方向の速度の最大値
checkDownSpeedSquared = double.Parse((o = parameters["checkDownSpeedSquared"]) != null ? (string)o : "25");
attackedTime = double.Parse((o = parameters["attackedTime"]) != null ? (string)o : "0.5"); // アニメーションの時間
brownAngle = double.Parse((o = parameters["brownAngle"]) != null ? (string)o : "15");
minAttackedRatio = double.Parse((o = parameters["minAttackedRatio"]) != null ? (string)o : "1");
maxAttackedRatio = double.Parse((o = parameters["maxAttackedRatio"]) != null ? (string)o : "5");
maxDamage = double.Parse((o = parameters["maxDamage"]) != null ? (string)o : "200");
deadTime = double.Parse((o = parameters["deadTime"]) != null ? (string)o : "1.0"); // アニメーションの時間
o = scene.Parameters[scene.Stage];
if ( o != null )
{
Object o1;
double y = double.Parse((o1 = ((Hashtable)o)["aliveZoneY"]) != null ? (string)o1 : "-100");
double h = double.Parse((o1 = ((Hashtable)o)["aliveZoneH"]) != null ? (string)o1 : "200");
double w = h * GLOBAL.WindowWidth / GLOBAL.WindowHeight;
double x = -0.5 * w;
aliveZone = new RectangleD(x, y, w, h);// この外に出れば死ぬ
rebornPos = new Vector2(
float.Parse((o1 = ((Hashtable)o)["rebornPos" + player.id + "X"]) != null ? (string)o1 : "0"),
float.Parse((o1 = ((Hashtable)o)["rebornPos" + player.id + "Y"]) != null ? (string)o1 : "10")
);
}
else
{
aliveZone = RectangleD.Empty;
rebornPos = Vector2.Zero;
}
ARot = 0; // 回転角度
ARotSpeed = double.Parse((o = parameters["ARotSpeed"]) != null ? (string)o : "360"); // 回転速度
AeX = double.Parse((o = parameters["AeX"]) != null ? (string)o : "1.2"); // 攻撃範囲のRecCollisionに対する大きさ比率
AeY = double.Parse((o = parameters["AeY"]) != null ? (string)o : "1.2"); // 攻撃範囲のRecCollisionに対する大きさ比率
ADamage = double.Parse((o = parameters["ADamage"]) != null ? (string)o : "5");
APower = double.Parse((o = parameters["APower"]) != null ? (string)o : "10");
sideAeY = double.Parse((o = parameters["sideAeY"]) != null ? (string)o : "0.9");
sideAeX = 1 / sideAeY / sideAeY; // 攻撃範囲のRecCollisionに対する大きさ比率
sideASpeed = double.Parse((o = parameters["sideASpeed"]) != null ? (string)o : "0"); // 移動速度
sideATime1 = double.Parse((o = parameters["sideATime1"]) != null ? (string)o : "1"); // 伸びきるのにかかる時間
sideAExtendSpeed = (sideAeX - 1) / sideATime1; // 伸縮する速度
sideATime2 = double.Parse((o = parameters["sideATime2"]) != null ? (string)o : "1"); // 伸びきってから縮み始めるまでの時間
sideATime3 = double.Parse((o = parameters["sideATime3"]) != null ? (string)o : "1"); // 縮みきるのにかかる時間
sideADamage = double.Parse((o = parameters["sideADamage"]) != null ? (string)o : "5");
sideAPower = double.Parse((o = parameters["sideAPower"]) != null ? (string)o : "10");
upAeX = double.Parse((o = parameters["upAeY"]) != null ? (string)o : "0.9");
upAeY = 1 / upAeX / upAeX; // 攻撃範囲のRecCollisionに対する大きさ比率
upATime1 = double.Parse((o = parameters["upATime1"]) != null ? (string)o : "1"); // 伸びきるのにかかる時間
upAExtendSpeed = (upAeY - 1) / upATime1; // 伸縮する速度
upATime2 = double.Parse((o = parameters["upATime2"]) != null ? (string)o : "1"); // 伸びきってから縮み始めるまでの時間
upATime3 = double.Parse((o = parameters["upATime3"]) != null ? (string)o : "1"); // 縮みきるのにかかる時間
upADamage = double.Parse((o = parameters["upADamage"]) != null ? (string)o : "5");
upAPower = double.Parse((o = parameters["upAPower"]) != null ? (string)o : "10");
downAeY = double.Parse((o = parameters["downAeY"]) != null ? (string)o : "0.9");
downAeX = 1 / downAeY / downAeY; // 攻撃範囲のRecCollisionに対する大きさ比率
downATime1 = double.Parse((o = parameters["downATime1"]) != null ? (string)o : "1"); // 伸びきるのにかかる時間
downAExtendSpeed = (downAeX - 1) / downATime1; // 伸縮する速度
downATime2 = double.Parse((o = parameters["downATime2"]) != null ? (string)o : "1"); // 伸びきってから縮み始めるまでの時間
downATime3 = double.Parse((o = parameters["downATime3"]) != null ? (string)o : "1"); // 縮みきるのにかかる時間
downADamage = double.Parse((o = parameters["downADamage"]) != null ? (string)o : "5");
downAPower = double.Parse((o = parameters["downAPower"]) != null ? (string)o : "10");
sideSmashTimeRatio = double.Parse((o = parameters["sideSmashTimeRatio"]) != null ? (string)o : "1"); // ため終わった後のアニメーションの時間
sideSmashRot = 0; // 回転角度
sideSmashRotSpeed = 0; // 回転速度
sideSmashRotAccel = double.Parse((o = parameters["sideSmashRotAccel"]) != null ? (string)o : "1"); // 回転加速度
sideSmashRotSpeedRatio = double.Parse((o = parameters["sideSmashRotSpeedRatio"]) != null ? (string)o : "3"); // タメ時間に対する回転速度の比率
sideSmashSpeed = 0; // 移動速度
sideSmashSpeedRatio = double.Parse((o = parameters["sideSmashSpeedRatio"]) != null ? (string)o : "3"); // タメ時間に対する移動速度の比率
minSideSmashSpeed = double.Parse((o = parameters["minSideSmashSpeed"]) != null ? (string)o : "3"); // 移動速度の最小値
maxSideSmashSpeed = double.Parse((o = parameters["maxSideSmashSpeed"]) != null ? (string)o : "10"); // 移動速度の最大値
sideSmasheX = double.Parse((o = parameters["sideSmasheX"]) != null ? (string)o : "0");
sideSmasheY = double.Parse((o = parameters["sideSmasheY"]) != null ? (string)o : "0"); // 攻撃範囲のRecCollisionに対する大きさ比率
minSideSmashDamage = double.Parse((o = parameters["minSideSmashDamage"]) != null ? (string)o : "5");
minSideSmashPower = double.Parse((o = parameters["minSideSmashPower"]) != null ? (string)o : "10");
maxSideSmashDamage = double.Parse((o = parameters["maxSideSmashDamage"]) != null ? (string)o : "5");
maxSideSmashPower = double.Parse((o = parameters["maxSideSmashPower"]) != null ? (string)o : "10");
maxSideSmashTime = double.Parse((o = parameters["maxSideSmashTime"]) != null ? (string)o : "1");
minSideSmashTime = double.Parse((o = parameters["minSideSmashTime"]) != null ? (string)o : "1");
sideSmashTime = 0;
upSmashTime = double.Parse((o = parameters["upSmashTime"]) != null ? (string)o : "1"); // ため終わった後のアニメーションの時間
minUpSmashDamage = double.Parse((o = parameters["minUpSmashDamage"]) != null ? (string)o : "5");
minUpSmashPower = double.Parse((o = parameters["minUpSmashPower"]) != null ? (string)o : "10");
maxUpSmashDamage = double.Parse((o = parameters["maxUpSmashDamage"]) != null ? (string)o : "5");
maxUpSmashPower = double.Parse((o = parameters["maxUpSmashPower"]) != null ? (string)o : "10");
upSmashRot = 0;
upSmashRotSpeed = 0;
upSmashRotAccel = double.Parse((o = parameters["upSmashRotAccel"]) != null ? (string)o : "360");
maxUpSmashTime = double.Parse((o = parameters["maxUpSmashTime"]) != null ? (string)o : "10");
minUpSmashTime = double.Parse((o = parameters["minUpSmashTime"]) != null ? (string)o : "10");
upSmashA = 0;
upSmasheX = double.Parse((o = parameters["upSmasheX"]) != null ? (string)o : "1.2");
upSmasheY = double.Parse((o = parameters["upSmasheY"]) != null ? (string)o : "1.2");
maxUpSmashA = double.Parse((o = parameters["maxUpSmashA"]) != null ? (string)o : "10");
upSmashExtendSpeed = double.Parse((o = parameters["upSmashExtendSpeed"]) != null ? (string)o : "10");
downSmashTime = double.Parse((o = parameters["downSmashTime"]) != null ? (string)o : "1"); // ため終わった後のアニメーションの時間
minDownSmashDamage = double.Parse((o = parameters["minDownSmashDamage"]) != null ? (string)o : "5");
minDownSmashPower = double.Parse((o = parameters["minDownSmashPower"]) != null ? (string)o : "10");
maxDownSmashDamage = double.Parse((o = parameters["maxDownSmashDamage"]) != null ? (string)o : "5");
maxDownSmashPower = double.Parse((o = parameters["maxDownSmashPower"]) != null ? (string)o : "10");
downSmashRot = 0;
downSmashRotSpeed = 0;
downSmashRotAccel = double.Parse((o = parameters["downSmashRotAccel"]) != null ? (string)o : "360");
maxDownSmashTime = double.Parse((o = parameters["maxDownSmashTime"]) != null ? (string)o : "10");
minDownSmashTime = double.Parse((o = parameters["minDownSmashTime"]) != null ? (string)o : "10");
downSmashA = 0;
downSmasheX = double.Parse((o = parameters["downSmasheX"]) != null ? (string)o : "1.2");
downSmasheY = double.Parse((o = parameters["downSmasheY"]) != null ? (string)o : "1.2");
maxDownSmashA = double.Parse((o = parameters["maxDownSmashA"]) != null ? (string)o : "10");
downSmashExtendSpeed = double.Parse((o = parameters["downSmashExtendSpeed"]) != null ? (string)o : "10");
cubeBBomb = new CubicBomb[int.Parse((o = parameters["cubeBNum"]) != null ? (string)o : "5")];
sphereBBomb = new GuidedBomb[int.Parse((o = parameters["sphereBNum"]) != null ? (string)o : "5")];
cubeUpBA = double.Parse((o = parameters["cubeUpBA"]) != null ? (string)o : "0.3");
cubeUpBTime1 = double.Parse((o = parameters["cubeUpBTime1"]) != null ? (string)o : "0.2");
peekHeight = double.Parse((o = parameters["cubeUpBPeekHeight"]) != null ? (string)o : "10");
cubeUpBTime2 = double.Parse((o = parameters["cubeUpBTime2"]) != null ? (string)o : "10");
cubeUpBSpeed1 = peekHeight / cubeUpBTime2;
cubeUpBSpeed2 = jumpSpeed1 * double.Parse((o = parameters["cubeUpBSpeed2"]) != null ? (string)o : "0.7");
cubeUpBTime3 = double.Parse((o = parameters["cubeUpBTime3"]) != null ? (string)o : "10");
cubeUpBBottom3D = 0;
cubeUpBBottom3D2 = 0;
cubeDownBMaxFallSpeed = double.Parse((o = parameters["cubeDownBMaxFallSpeed"]) != null ? (string)o : "5");
cubeDownBEmissiveColor = new Vector3(
float.Parse((o = parameters["cubeDownBEmissiveColorX"]) != null ? (string)o : "5"),
float.Parse((o = parameters["cubeDownBEmissiveColorY"]) != null ? (string)o : "5"),
float.Parse((o = parameters["cubeDownBEmissiveColorZ"]) != null ? (string)o : "5")
);
attackedAbsorb = false;
int maxBomb = int.Parse((o = parameters["maxCubeSBBomb"]) != null ? (string)o : "10");
cubeSBBomb = new CubicBomb[maxBomb];
cubeSBCnt = 0;
cubeSBRad = double.Parse((o = parameters["cubeSBRad"]) != null ? (string)o : "10");
cubeSBAngle = 0;
cubeSBDAngle = 0;
cubeSBTimeSpan = double.Parse((o = parameters["cubeSBTimeSpan"]) != null ? (string)o : "10");
maxBomb = int.Parse((o = parameters["maxSphereSBBomb"]) != null ? (string)o : "10");
sphereSBBomb = new GuidedBomb[maxBomb];
sphereSBCnt = 0;
sphereSBRad = double.Parse((o = parameters["sphereSBRad"]) != null ? (string)o : "10");
sphereSBAngle = 0;
sphereSBDAngle = 0;
sphereSBTimeSpan = double.Parse((o = parameters["sphereSBTimeSpan"]) != null ? (string)o : "10");
}
bool SphereBAnimation(GameTime gameTime)
{
#region 1.初期化
if (time <= gameTime.ElapsedGameTime)
{
mi.recVisible.Copy(normalRectangle);
mi.depth = 1;
int i = 0;
for (i = 0; i < sphereBBomb.Length; i++)
{
if (sphereBBomb[i] == null)
{
break;
}
}
if (i < sphereBBomb.Length)
{
Object o = scene.Parameters["GuidedBomb"];
if (o != null)
{
RectangleD rect = new RectangleD();
rect.Copy(normalRectangle);
if (direction.X > 0)
{
rect.X += 1.5;
}
else
{
rect.X -= 1.5;
}
sphereBBomb[i] = new GuidedBomb(scene, (Hashtable)o, rect, player.id);
sphereBBomb[i].Follow(this);
scene.EntityList.Add(sphereBBomb[i]);
Cue c = GLOBAL.soundBank.GetCue("B");
c.Play();
}
}
}
#endregion
#region 2.アニメーション
double dt = gameTime.ElapsedGameTime.TotalSeconds;
// Write your logic
endAnimation = true;
if (CheckFloat(gameTime))
{
AnimFloat(gameTime);
}
else
{
AnimStop(gameTime);
}
mi.rotation = Vector3.Zero;
#endregion
#region 3、次のアニメーションへの遷移判定
Animation prevAnim = anim;
NextAnimation[] nextAnim = new NextAnimation[]{
new NextAnimation(Animation.Dead,false,CheckDead,true),
new NextAnimation(Animation.Attacked,false,CheckAttacked,true),
new NextAnimation(Animation.Ground,false,CheckGround,endAnimation),
new NextAnimation(Animation.Float,false,CheckFloat,endAnimation),
new NextAnimation(Animation.Run,true,null,endAnimation),
new NextAnimation(Animation.Walk,true,null,endAnimation),
new NextAnimation(Animation.Stop,false,null,endAnimation),
new NextAnimation(Animation.B,false,null,true),
};
anim = FindNextAnimation(nextAnim, gameTime);
if (anim == Animation.None)
{
anim = prevAnim;
}
#endregion
#region 4、アニメーションが遷移するときの処理
if (anim != prevAnim)
{
commandFlg[(int)Animation.B] = false;
commandFlg[(int)Animation.UpB] = false;
commandFlg[(int)Animation.DownB] = false;
commandFlg[(int)Animation.SpecialB] = false;
}
#endregion
return true;
}