{\r
if( this.tx火花 != null )\r
{\r
- float num = CDTXMania.Random.Next( 360 );\r
- for( int i = 0; i < 8; i++ )\r
+ for ( int j = 0; j < FIRE_MAX; j++ )\r
{\r
- for( int j = 0; j < 0x40; j++ )\r
+ if ( this.st火花[ j ].b使用中 && this.st火花[ j ].nLane == (int) lane ) // yyagi 負荷軽減のつもり・・・だが、あまり効果なさげ\r
+ {\r
+ this.st火花[ j ].ct進行.t停止();\r
+ this.st火花[ j ].b使用中 = false;\r
+ }\r
+ }\r
+ float n回転初期値 = CDTXMania.Random.Next( 360 );\r
+ for ( int i = 0; i < 8; i++ )\r
+ {\r
+ for( int j = 0; j < FIRE_MAX; j++ )\r
{\r
if( !this.st火花[ j ].b使用中 )\r
{\r
this.st火花[ j ].b使用中 = true;\r
this.st火花[ j ].nLane = (int) lane;\r
+// this.st火花[ j ].ct進行 = new CCounter( 0, 35, 6, CDTXMania.Timer );\r
this.st火花[ j ].ct進行 = new CCounter( 0, 70, 3, CDTXMania.Timer );\r
- this.st火花[ j ].f回転単位 = C変換.DegreeToRadian( (float) ( num + ( i * 90f ) ) );\r
+ this.st火花[ j ].f回転単位 = C変換.DegreeToRadian( (float) ( n回転初期値 + ( i * 90f ) ) );\r
this.st火花[ j ].f回転方向 = ( i < 4 ) ? 1f : -2f;\r
this.st火花[ j ].fサイズ = ( i < 4 ) ? 1f : 0.5f;\r
break;\r
}\r
if( bフィルイン && ( this.tx青い星 != null ) )\r
{\r
- for( int k = 0; k < 0x10; k++ )\r
+ for( int i = 0; i < 0x10; i++ )\r
{\r
- for( int m = 0; m < 0x100; m++ )\r
+ for( int j = 0; j < STAR_MAX; j++ )\r
{\r
- if( !this.st青い星[ m ].b使用中 )\r
+ if( !this.st青い星[ j ].b使用中 )\r
{\r
- this.st青い星[ m ].b使用中 = true;\r
- int num6 = CDTXMania.Random.Next( 360 );\r
+ this.st青い星[ j ].b使用中 = true;\r
+ int n回転初期値 = CDTXMania.Random.Next( 360 );\r
double num7 = 0.9 + ( ( (double) CDTXMania.Random.Next( 40 ) ) / 100.0 );\r
- this.st青い星[ m ].nLane = (int) lane;\r
- this.st青い星[ m ].ct進行 = new CCounter( 0, 100, 7, CDTXMania.Timer );\r
- this.st青い星[ m ].fX = this.nレーンの中央X座標[ (int) lane ];\r
- this.st青い星[ m ].fY = CDTXMania.ConfigIni.bReverse.Drums ? ( (float) 0x37 ) : ( (float) 0x1a9 );\r
- this.st青い星[ m ].f加速度X = (float) ( num7 * Math.Cos( ( 6.2831853071795862 * num6 ) / 360.0 ) );\r
- this.st青い星[ m ].f加速度Y = (float) ( num7 * ( Math.Sin( ( 6.2831853071795862 * num6 ) / 360.0 ) - 0.2 ) );\r
- this.st青い星[ m ].f加速度の加速度X = 0.995f;\r
- this.st青い星[ m ].f加速度の加速度Y = 0.995f;\r
- this.st青い星[ m ].f重力加速度 = 0.00355f;\r
- this.st青い星[ m ].f半径 = (float) ( 0.5 + ( ( (double) CDTXMania.Random.Next( 30 ) ) / 100.0 ) );\r
+ this.st青い星[ j ].nLane = (int) lane;\r
+ this.st青い星[ j ].ct進行 = new CCounter( 0, 100, 7, CDTXMania.Timer );\r
+ this.st青い星[ j ].fX = this.nレーンの中央X座標[ (int) lane ];\r
+ this.st青い星[ j ].fY = CDTXMania.ConfigIni.bReverse.Drums ? ( (float) 0x37 ) : ( (float) 0x1a9 );\r
+ this.st青い星[ j ].f加速度X = (float) ( num7 * Math.Cos( ( Math.PI * 2 * n回転初期値 ) / 360.0 ) );\r
+ this.st青い星[ j ].f加速度Y = (float) ( num7 * ( Math.Sin( ( Math.PI * 2 * n回転初期値 ) / 360.0 ) - 0.2 ) );\r
+ this.st青い星[ j ].f加速度の加速度X = 0.995f;\r
+ this.st青い星[ j ].f加速度の加速度Y = 0.995f;\r
+ this.st青い星[ j ].f重力加速度 = 0.00355f;\r
+ this.st青い星[ j ].f半径 = (float) ( 0.5 + ( ( (double) CDTXMania.Random.Next( 30 ) ) / 100.0 ) );\r
break;\r
}\r
}\r
}\r
if( b大波 && ( this.tx大波 != null ) )\r
{\r
- for( int n = 0; n < 4; n++ )\r
+ for( int i = 0; i < 4; i++ )\r
{\r
- for( int num9 = 0; num9 < 20; num9++ )\r
+ for( int j = 0; j < BIGWAVE_MAX; j++ )\r
{\r
- if( !this.st大波[ num9 ].b使用中 )\r
+ if( !this.st大波[ j ].b使用中 )\r
{\r
- this.st大波[ num9 ].b使用中 = true;\r
- this.st大波[ num9 ].nLane = (int) lane;\r
- this.st大波[ num9 ].f半径 = ( (float) ( ( 20 - CDTXMania.Random.Next( 40 ) ) + 100 ) ) / 100f;\r
- this.st大波[ num9 ].n進行速度ms = 10;\r
- this.st大波[ num9 ].ct進行 = new CCounter( 0, 100, this.st大波[ num9 ].n進行速度ms, CDTXMania.Timer );\r
- this.st大波[ num9 ].ct進行.n現在の値 = n * 10;\r
- this.st大波[ num9 ].f角度X = C変換.DegreeToRadian( (float) ( ( ( (double) ( CDTXMania.Random.Next( 100 ) * 50 ) ) / 100.0 ) + 30.0 ) );\r
- this.st大波[ num9 ].f角度Y = C変換.DegreeToRadian( this.b大波Balance ? ( this.fY波の最小仰角[ (int) lane ] + CDTXMania.Random.Next( 30 ) ) : ( this.fY波の最大仰角[ (int) lane ] - CDTXMania.Random.Next( 30 ) ) );\r
- this.st大波[ num9 ].f回転単位 = C変換.DegreeToRadian( (float) 0f );\r
- this.st大波[ num9 ].f回転方向 = 1f;\r
+ this.st大波[ j ].b使用中 = true;\r
+ this.st大波[ j ].nLane = (int) lane;\r
+ this.st大波[ j ].f半径 = ( (float) ( ( 20 - CDTXMania.Random.Next( 40 ) ) + 100 ) ) / 100f;\r
+ this.st大波[ j ].n進行速度ms = 10;\r
+ this.st大波[ j ].ct進行 = new CCounter( 0, 100, this.st大波[ j ].n進行速度ms, CDTXMania.Timer );\r
+ this.st大波[ j ].ct進行.n現在の値 = i * 10;\r
+ this.st大波[ j ].f角度X = C変換.DegreeToRadian( (float) ( ( ( (double) ( CDTXMania.Random.Next( 100 ) * 50 ) ) / 100.0 ) + 30.0 ) );\r
+ this.st大波[ j ].f角度Y = C変換.DegreeToRadian( this.b大波Balance ? ( this.fY波の最小仰角[ (int) lane ] + CDTXMania.Random.Next( 30 ) ) : ( this.fY波の最大仰角[ (int) lane ] - CDTXMania.Random.Next( 30 ) ) );\r
+ this.st大波[ j ].f回転単位 = C変換.DegreeToRadian( (float) 0f );\r
+ this.st大波[ j ].f回転方向 = 1f;\r
this.b大波Balance = !this.b大波Balance;\r
break;\r
}\r
}\r
if( b細波 && ( this.tx細波 != null ) )\r
{\r
- for( int num10 = 0; num10 < 1; num10++ )\r
+ for( int i = 0; i < 1; i++ )\r
{\r
- for( int num11 = 0; num11 < 20; num11++ )\r
+ for( int j = 0; j < BIGWAVE_MAX; j++ )\r
{\r
- if( !this.st細波[ num11 ].b使用中 )\r
+ if( !this.st細波[ j ].b使用中 )\r
{\r
- this.st細波[ num11 ].b使用中 = true;\r
- this.st細波[ num11 ].nLane = (int) lane;\r
- this.st細波[ num11 ].f半径 = ( (float) ( ( 20 - CDTXMania.Random.Next( 40 ) ) + 100 ) ) / 100f;\r
- this.st細波[ num11 ].n進行速度ms = 8;\r
- this.st細波[ num11 ].ct進行 = new CCounter( 0, 100, this.st細波[ num11 ].n進行速度ms, CDTXMania.Timer );\r
- this.st細波[ num11 ].ct進行.n現在の値 = 0;\r
- this.st細波[ num11 ].f角度X = C変換.DegreeToRadian( (float) ( ( ( (double) ( CDTXMania.Random.Next( 100 ) * 50 ) ) / 100.0 ) + 30.0 ) );\r
- this.st細波[ num11 ].f角度Y = C変換.DegreeToRadian( this.b細波Balance ? ( this.fY波の最小仰角[ (int) lane ] + CDTXMania.Random.Next( 30 ) ) : ( this.fY波の最大仰角[ (int) lane ] - CDTXMania.Random.Next( 30 ) ) );\r
+ this.st細波[ j ].b使用中 = true;\r
+ this.st細波[ j ].nLane = (int) lane;\r
+ this.st細波[ j ].f半径 = ( (float) ( ( 20 - CDTXMania.Random.Next( 40 ) ) + 100 ) ) / 100f;\r
+ this.st細波[ j ].n進行速度ms = 8;\r
+ this.st細波[ j ].ct進行 = new CCounter( 0, 100, this.st細波[ j ].n進行速度ms, CDTXMania.Timer );\r
+ this.st細波[ j ].ct進行.n現在の値 = 0;\r
+ this.st細波[ j ].f角度X = C変換.DegreeToRadian( (float) ( ( ( (double) ( CDTXMania.Random.Next( 100 ) * 50 ) ) / 100.0 ) + 30.0 ) );\r
+ this.st細波[ j ].f角度Y = C変換.DegreeToRadian( this.b細波Balance ? ( this.fY波の最小仰角[ (int) lane ] + CDTXMania.Random.Next( 30 ) ) : ( this.fY波の最大仰角[ (int) lane ] - CDTXMania.Random.Next( 30 ) ) );\r
this.b細波Balance = !this.b細波Balance;\r
break;\r
}\r
\r
public override void On活性化()\r
{\r
- for( int i = 0; i < 0x40; i++ )\r
+ for( int i = 0; i < FIRE_MAX; i++ )\r
{\r
- ST火花 st火花2 = new ST火花();\r
- ST火花 st火花 = st火花2;\r
- st火花.b使用中 = false;\r
- st火花.ct進行 = new CCounter();\r
- this.st火花[ i ] = st火花;\r
+ this.st火花[ i ] = new ST火花();\r
+ this.st火花[ i ].b使用中 = false;\r
+ this.st火花[ i ].ct進行 = new CCounter();\r
}\r
- for( int j = 0; j < 0x100; j++ )\r
+ for( int i = 0; i < STAR_MAX; i++ )\r
{\r
- ST青い星 st青い星2 = new ST青い星();\r
- ST青い星 st青い星 = st青い星2;\r
- st青い星.b使用中 = false;\r
- st青い星.ct進行 = new CCounter();\r
- this.st青い星[ j ] = st青い星;\r
+ this.st青い星[ i ] = new ST青い星();\r
+ this.st青い星[ i ].b使用中 = false;\r
+ this.st青い星[ i ].ct進行 = new CCounter();\r
}\r
- for( int k = 0; k < 20; k++ )\r
+ for( int i = 0; i < BIGWAVE_MAX; i++ )\r
{\r
- ST大波 st大波2 = new ST大波();\r
- ST大波 st大波 = st大波2;\r
- st大波.b使用中 = false;\r
- st大波.ct進行 = new CCounter();\r
- this.st大波[ k ] = st大波;\r
- ST細波 st細波2 = new ST細波();\r
- ST細波 st細波 = st細波2;\r
- st細波.b使用中 = false;\r
- st細波.ct進行 = new CCounter();\r
- this.st細波[ k ] = st細波;\r
+ this.st大波[ i ] = new ST大波();\r
+ this.st大波[ i ].b使用中 = false;\r
+ this.st大波[ i ].ct進行 = new CCounter();\r
+ this.st細波[ i ] = new ST細波();\r
+ this.st細波[ i ].b使用中 = false;\r
+ this.st細波[ i ].ct進行 = new CCounter();\r
}\r
base.On活性化();\r
}\r
public override void On非活性化()\r
{\r
- for( int i = 0; i < 0x40; i++ )\r
+ for( int i = 0; i <FIRE_MAX; i++ )\r
{\r
this.st火花[ i ].ct進行 = null;\r
}\r
- for( int j = 0; j < 0x100; j++ )\r
+ for( int i = 0; i < STAR_MAX; i++ )\r
{\r
- this.st青い星[ j ].ct進行 = null;\r
+ this.st青い星[ i ].ct進行 = null;\r
}\r
- for( int k = 0; k < 20; k++ )\r
+ for( int i = 0; i < BIGWAVE_MAX; i++ )\r
{\r
- this.st大波[ k ].ct進行 = null;\r
- this.st細波[ k ].ct進行 = null;\r
+ this.st大波[ i ].ct進行 = null;\r
+ this.st細波[ i ].ct進行 = null;\r
}\r
base.On非活性化();\r
}\r
{\r
if( !base.b活性化してない )\r
{\r
- for( int i = 0; i < 0x40; i++ )\r
+ for( int i = 0; i < FIRE_MAX; i++ )\r
{\r
if( this.st火花[ i ].b使用中 )\r
{\r
this.st火花[ i ].b使用中 = false;\r
}\r
Matrix identity = Matrix.Identity;\r
+// float num2 = ( (float) this.st火花[ i ].ct進行.n現在の値 * 2 ) / 70f;\r
float num2 = ( (float) this.st火花[ i ].ct進行.n現在の値 ) / 70f;\r
float num3 = this.st火花[ i ].f回転単位 + ( this.st火花[ i ].f回転方向 * C変換.DegreeToRadian( (float) ( 60f * num2 ) ) );\r
- float num4 = ( (float) ( 0.2 + ( 0.8 * Math.Cos( ( ( (double) this.st火花[ i ].ct進行.n現在の値 ) / 50.0 ) * 1.5707963267948966 ) ) ) ) * this.st火花[ i ].fサイズ;\r
+// float num4 = ( (float) ( 0.2 + ( 0.8 * Math.Cos( ( ( (double) this.st火花[ i ].ct進行.n現在の値 ) * 2 / 50.0 ) * Math.PI / 2 ) ) ) ) * this.st火花[ i ].fサイズ;\r
+ float num4 = ( (float) ( 0.2 + ( 0.8 * Math.Cos( ( ( (double) this.st火花[ i ].ct進行.n現在の値 ) / 50.0 ) * Math.PI / 2 ) ) ) ) * this.st火花[ i ].fサイズ;\r
identity *= Matrix.Scaling( 0.2f + num4, 0.2f + this.st火花[ i ].fサイズ, 1f );\r
- identity *= Matrix.RotationZ( num3 + ( (float) 1.5707963267948966 ) );\r
- float num5 = ( (float) ( 0.8 * Math.Sin( num2 * 1.5707963267948966 ) ) ) * this.st火花[ i ].fサイズ;\r
+ identity *= Matrix.RotationZ( num3 + ( (float) Math.PI / 2 ) );\r
+ float num5 = ( (float) ( 0.8 * Math.Sin( num2 * Math.PI / 2 ) ) ) * this.st火花[ i ].fサイズ;\r
identity *= Matrix.Translation( ( this.nレーンの中央X座標[ this.st火花[ i ].nLane ] + ( ( (float) Math.Cos( (double) num3 ) ) * num5 ) ) - 320f, -( ( ( CDTXMania.ConfigIni.bReverse.Drums ? ( (float) 0x37 ) : ( (float) 0x1a9 ) ) + ( ( (float) Math.Sin( (double) num3 ) ) * num5 ) ) - 240f ), 0f );\r
if( this.tx火花 != null )\r
{\r
}\r
}\r
}\r
- for( int j = 0; j < 0x100; j++ )\r
+ for( int i = 0; i < STAR_MAX; i++ )\r
{\r
- if( this.st青い星[ j ].b使用中 )\r
+ if( this.st青い星[ i ].b使用中 )\r
{\r
- this.st青い星[ j ].n前回のValue = this.st青い星[ j ].ct進行.n現在の値;\r
- this.st青い星[ j ].ct進行.t進行();\r
- if( this.st青い星[ j ].ct進行.b終了値に達した )\r
+ this.st青い星[ i ].n前回のValue = this.st青い星[ i ].ct進行.n現在の値;\r
+ this.st青い星[ i ].ct進行.t進行();\r
+ if( this.st青い星[ i ].ct進行.b終了値に達した )\r
{\r
- this.st青い星[ j ].ct進行.t停止();\r
- this.st青い星[ j ].b使用中 = false;\r
+ this.st青い星[ i ].ct進行.t停止();\r
+ this.st青い星[ i ].b使用中 = false;\r
}\r
- for( int n = this.st青い星[ j ].n前回のValue; n < this.st青い星[ j ].ct進行.n現在の値; n++ )\r
+ for( int n = this.st青い星[ i ].n前回のValue; n < this.st青い星[ i ].ct進行.n現在の値; n++ )\r
{\r
- this.st青い星[ j ].fX += this.st青い星[ j ].f加速度X;\r
- this.st青い星[ j ].fY -= this.st青い星[ j ].f加速度Y;\r
- this.st青い星[ j ].f加速度X *= this.st青い星[ j ].f加速度の加速度X;\r
- this.st青い星[ j ].f加速度Y *= this.st青い星[ j ].f加速度の加速度Y;\r
- this.st青い星[ j ].f加速度Y -= this.st青い星[ j ].f重力加速度;\r
+ this.st青い星[ i ].fX += this.st青い星[ i ].f加速度X;\r
+ this.st青い星[ i ].fY -= this.st青い星[ i ].f加速度Y;\r
+ this.st青い星[ i ].f加速度X *= this.st青い星[ i ].f加速度の加速度X;\r
+ this.st青い星[ i ].f加速度Y *= this.st青い星[ i ].f加速度の加速度Y;\r
+ this.st青い星[ i ].f加速度Y -= this.st青い星[ i ].f重力加速度;\r
}\r
Matrix mat = Matrix.Identity;\r
- float x = (float) ( this.st青い星[ j ].f半径 * Math.Cos( ( 1.5707963267948966 * this.st青い星[ j ].ct進行.n現在の値 ) / 100.0 ) );\r
+ float x = (float) ( this.st青い星[ i ].f半径 * Math.Cos( ( Math.PI / 2 * this.st青い星[ i ].ct進行.n現在の値 ) / 100.0 ) );\r
mat *= Matrix.Scaling( x, x, 1f );\r
- mat *= Matrix.Translation( this.st青い星[ j ].fX - 320f, -( this.st青い星[ j ].fY - 240f ), 0f );\r
+ mat *= Matrix.Translation( this.st青い星[ i ].fX - 320f, -( this.st青い星[ i ].fY - 240f ), 0f );\r
if( this.tx青い星 != null )\r
{\r
this.tx青い星.t3D描画( CDTXMania.app.Device, mat );\r
}\r
}\r
}\r
- for( int k = 0; k < 20; k++ )\r
+ for( int i = 0; i < BIGWAVE_MAX; i++ )\r
{\r
- if( this.st大波[ k ].b使用中 )\r
+ if( this.st大波[ i ].b使用中 )\r
{\r
- this.st大波[ k ].ct進行.t進行();\r
- if( this.st大波[ k ].ct進行.b終了値に達した )\r
+ this.st大波[ i ].ct進行.t進行();\r
+ if( this.st大波[ i ].ct進行.b終了値に達した )\r
{\r
- this.st大波[ k ].ct進行.t停止();\r
- this.st大波[ k ].b使用中 = false;\r
+ this.st大波[ i ].ct進行.t停止();\r
+ this.st大波[ i ].b使用中 = false;\r
}\r
- if( this.st大波[ k ].ct進行.n現在の値 >= 0 )\r
+ if( this.st大波[ i ].ct進行.n現在の値 >= 0 )\r
{\r
Matrix matrix3 = Matrix.Identity;\r
- float num10 = ( (float) this.st大波[ k ].ct進行.n現在の値 ) / 100f;\r
- float angle = this.st大波[ k ].f回転単位 + ( this.st大波[ k ].f回転方向 * C変換.DegreeToRadian( (float) ( 60f * num10 ) ) );\r
+ float num10 = ( (float) this.st大波[ i ].ct進行.n現在の値 ) / 100f;\r
+ float angle = this.st大波[ i ].f回転単位 + ( this.st大波[ i ].f回転方向 * C変換.DegreeToRadian( (float) ( 60f * num10 ) ) );\r
float num12 = 1f;\r
if( num10 < 0.4f )\r
{\r
}\r
else if( num10 < 0.8f )\r
{\r
- num12 = (float) ( 1.0 + ( 10.1 * ( 1.0 - Math.Cos( ( 1.5707963267948966 * ( num10 - 0.4 ) ) * 2.5 ) ) ) );\r
+ num12 = (float) ( 1.0 + ( 10.1 * ( 1.0 - Math.Cos( ( Math.PI / 2 * ( num10 - 0.4 ) ) * 2.5 ) ) ) );\r
}\r
else\r
{\r
{\r
num13 = (int) ( ( 55f * ( 1f - num10 ) ) / 0.25f );\r
}\r
- matrix3 *= Matrix.Scaling( num12 * this.st大波[ k ].f半径, num12 * this.st大波[ k ].f半径, 1f );\r
+ matrix3 *= Matrix.Scaling( num12 * this.st大波[ i ].f半径, num12 * this.st大波[ i ].f半径, 1f );\r
matrix3 *= Matrix.RotationZ( angle );\r
- matrix3 *= Matrix.RotationX( this.st大波[ k ].f角度X );\r
- matrix3 *= Matrix.RotationY( this.st大波[ k ].f角度Y );\r
- matrix3 *= Matrix.Translation( this.nレーンの中央X座標[ this.st大波[ k ].nLane ] - 320f, -( ( CDTXMania.ConfigIni.bReverse.Drums ? ( (float) 0x37 ) : ( (float) 0x1a9 ) ) - 240f ), 0f );\r
+ matrix3 *= Matrix.RotationX( this.st大波[ i ].f角度X );\r
+ matrix3 *= Matrix.RotationY( this.st大波[ i ].f角度Y );\r
+ matrix3 *= Matrix.Translation( this.nレーンの中央X座標[ this.st大波[ i ].nLane ] - 320f, -( ( CDTXMania.ConfigIni.bReverse.Drums ? ( (float) 0x37 ) : ( (float) 0x1a9 ) ) - 240f ), 0f );\r
if( this.tx大波 != null )\r
{\r
this.tx大波.n透明度 = num13;\r
}\r
}\r
}\r
- for( int m = 0; m < 20; m++ )\r
+ for( int i = 0; i < BIGWAVE_MAX; i++ )\r
{\r
- if( this.st細波[ m ].b使用中 )\r
+ if( this.st細波[ i ].b使用中 )\r
{\r
- this.st細波[ m ].ct進行.t進行();\r
- if( this.st細波[ m ].ct進行.b終了値に達した )\r
+ this.st細波[ i ].ct進行.t進行();\r
+ if( this.st細波[ i ].ct進行.b終了値に達した )\r
{\r
- this.st細波[ m ].ct進行.t停止();\r
- this.st細波[ m ].b使用中 = false;\r
+ this.st細波[ i ].ct進行.t停止();\r
+ this.st細波[ i ].b使用中 = false;\r
}\r
- if( this.st細波[ m ].ct進行.n現在の値 >= 0 )\r
+ if( this.st細波[ i ].ct進行.n現在の値 >= 0 )\r
{\r
Matrix matrix4 = Matrix.Identity;\r
- float num15 = ( (float) this.st細波[ m ].ct進行.n現在の値 ) / 100f;\r
+ float num15 = ( (float) this.st細波[ i ].ct進行.n現在の値 ) / 100f;\r
float num16 = 14f * num15;\r
int num17 = ( num15 < 0.5f ) ? 0x9b : ( (int) ( ( 155f * ( 1f - num15 ) ) / 1f ) );\r
- matrix4 *= Matrix.Scaling( num16 * this.st細波[ m ].f半径, num16 * this.st細波[ m ].f半径, 1f );\r
- matrix4 *= Matrix.RotationX( this.st細波[ m ].f角度X );\r
- matrix4 *= Matrix.RotationY( this.st細波[ m ].f角度Y );\r
- matrix4 *= Matrix.Translation( this.nレーンの中央X座標[ this.st細波[ m ].nLane ] - 320f, -( ( CDTXMania.ConfigIni.bReverse.Drums ? ( (float) 0x37 ) : ( (float) 0x1a9 ) ) - 240f ), 0f );\r
+ matrix4 *= Matrix.Scaling( num16 * this.st細波[ i ].f半径, num16 * this.st細波[ i ].f半径, 1f );\r
+ matrix4 *= Matrix.RotationX( this.st細波[ i ].f角度X );\r
+ matrix4 *= Matrix.RotationY( this.st細波[ i ].f角度Y );\r
+ matrix4 *= Matrix.Translation( this.nレーンの中央X座標[ this.st細波[ i ].nLane ] - 320f, -( ( CDTXMania.ConfigIni.bReverse.Drums ? ( (float) 0x37 ) : ( (float) 0x1a9 ) ) - 240f ), 0f );\r
if( this.tx細波 != null )\r
{\r
this.tx細波.n透明度 = num17;\r
private const int BIGWAVE_MAX = 20;\r
private bool b細波Balance;\r
private bool b大波Balance;\r
- private const int FIRE_MAX = 0x40;\r
+ private const int FIRE_MAX = 8 * 8;\r
private readonly float[] fY波の最小仰角 = new float[] { -130f, -126f, -120f, -118f, -110f, -108f, -103f, -97f };\r
private readonly float[] fY波の最大仰角 = new float[] { 70f, 72f, 77f, 84f, 89f, 91f, 99f, 107f };\r
private readonly int[] nレーンの中央X座標 = new int[] { 0x36, 0x5c, 0x7e, 0xa7, 0xd0, 0xf2, 0x114, 0x139 };\r
private const int STAR_MAX = 0x100;\r
- private ST火花[] st火花 = new ST火花[ 0x40 ];\r
- private ST細波[] st細波 = new ST細波[ 20 ];\r
- private ST青い星[] st青い星 = new ST青い星[ 0x100 ];\r
- private ST大波[] st大波 = new ST大波[ 20 ];\r
+ private ST火花[] st火花 = new ST火花[ FIRE_MAX ];\r
+ private ST大波[] st大波 = new ST大波[ BIGWAVE_MAX ];\r
+ private ST細波[] st細波 = new ST細波[ BIGWAVE_MAX ];\r
+ private ST青い星[] st青い星 = new ST青い星[ STAR_MAX ];\r
private CTexture tx火花;\r
private CTexture tx細波;\r
private CTexture tx青い星;\r
OSDN Git Service
