import Graphics ;
import Graphics3D ;
import GUI ;
import Math ;
import Time ;
import Text ;
//
import ここから
/* NUMERIC */
double o = 0.0
, a = 1.0
, d = 10.0 ;
double Slv = 2*
cos( PI/4
) , ISlv =
cos( PI/4
) ;
double Gld = 2*
cos( PI/5
) , IGld = Gld - 1.0 ;
double Plt = 2*
cos( PI/6
) , IPlt =
tan( PI/6
) ;
int O =
newVector( o
, o
, o
) ;
double l = 1.0 ; // 長さに用いる単位
int N ;
// symmetry
int S24 = 24
, S12 = 12
, S8 = 8
, S6 = 6
, S5 = 5
, S4 = 4
, S3 = 3
, S2 = 2 ;
int R3 = 3
, R4 = 4
, R5 = 5
, R6 = 6
, R8 = 8 ;
/* FUNCTIONS */
// unit step function
double Step
( double x
) {
double value;
if ( x < 0.0
) {
value = 0.0 ;
} else {
value = 1.0 ;
}
return value ;
}
double Slope
( double x
, double x0
, double deltax
) {
double value;
if ( x < x0
) {
value = 0.0 ;
} else if ( x <
( x0 + deltax
) ) {
value =
( x - x0
) / deltax ;
} else {
value = 1.0 ;
}
return value ;
}
double VelvetySlope
( double x
, double x0
, double deltax
) {
double value;
if ( x < x0
) {
value = 0.0 ;
} else if ( x <
( x0 + deltax
) ) {
double y =
( x - x0
) / deltax ;
value =
( 1.0 +
sin( -PI/2 + PI*y
) ) / 2 ;
} else {
value = 1.0 ;
}
return value ;
}
// eyeteeth
( teeth of saw
)
double Eyeteeth
( double x
, double width
) {
// 0 <= x <=1
double s = x ;
if ( ( x < 0.0
) ||
( x > 1.0
) ) {
alert( "Error
( Eyeteeth
) "
);
} else {
while ( s > width
) {
s = s - width ;
}
}
return s / width ;
}
// pulsar
double Pulsar
( double x
, double cycle
, double upslope
, double top
, double downslope
) {
// 0 <= x <=1
double value;
double s = Eyeteeth
( x
, cycle
) ;
double ups = upslope / cycle ;
double tops = top / cycle ;
double downs = downslope / cycle ;
if ( s < ups
) {
value = Bump
( s / ups * 0.5
) ;
} else if ( s < ups + tops
) {
value = 1.0 ;
} else if ( s < ups + tops + downs
) {
value = Bump
( 0.5 +
( ( s -
( ups + tops
) ) / downs
) * 0.5
) ;
} else {
value = 0.0 ;
}
return value ;
}
// unit bump function
double Bump
( double x
) {
return ( sin( 2*PI * x - PI/2
) + 1.0
) / 2 ;
}
double TurnBump
( double x
) {
return 1.0 - Bump
( x
) ;
}
double MSlope
( double x
) {
double y ;
if ( x > 1.0
) {
y = x -
(int
)( x
) ;
} else if ( x >= 0.0
) {
y = x ;
} else {
y = x +
( 1.0 -
(int
)( x
) ) ;
}
double value ;
if ( y > 1.0/2
) {
y = 1.0 - y ;
}
if ( y > 1.0/3
) {
value = 0.0 ;
} else if ( y > 1.0/6
) {
value = 2 - 6*y ;
} else {
value = 1.0 ;
}
return value ;
}
int Parity
( int i
) {
int p;
if ( i % 2 == 0
) {
p = 1 ;
} else {
p = -1 ;
}
return p ;
}
/* 3DGRAPHICS */
string TITLE ;
int TITLE_HEIGHT = 26 ;
int BORDER = 7 ;
int MAIN_GRAPHICS
, MAIN_WINDOW
, MAIN_DISPLAY_LABEL
, RENDERER ;
int WIDTH = 0
, HEIGHT = 0
, WINDOW_POSITION_X = 0 ;
void Set3DGraphics
( int w
, int h
, int x
, int y
, int bgcolor
[ ] ) {
WIDTH = w ;
HEIGHT = h ;
WINDOW_POSITION_X = x ;
int bgred = bgcolor
[0
] ;
int bggreen = bgcolor
[1
] ;
int bgblue = bgcolor
[2
] ;
int framewidth_x = 2*BORDER ;
int framewidth_y = 2*BORDER + TITLE_HEIGHT ;
int bgalpha = 255 ;
MAIN_GRAPHICS =
newGraphics();
RENDERER =
newGraphics3DRenderer( w
, h
, MAIN_GRAPHICS
) ;
MAIN_WINDOW =
newWindow(
WINDOW_POSITION_X
, y
, WIDTH + framewidth_x
, HEIGHT + framewidth_y
,
" CG Window"
) ;
MAIN_DISPLAY_LABEL =
newGraphicsLabel(
0
, 0
, WIDTH
, HEIGHT
, MAIN_GRAPHICS
) ;
addComponent( MAIN_DISPLAY_LABEL
, MAIN_WINDOW
);
setGraphics3DDefaultEventHandler( RENDERER
, MAIN_DISPLAY_LABEL
);
setGraphics3DColor( RENDERER
, bgred
, bggreen
, bgblue
, bgalpha
);
}
void PrepareStage
() {
int mds
[ ] =
getComponentSize( MAIN_DISPLAY_LABEL
) ;
setGraphics3DCenter( RENDERER
, mds
[0
] / 2
, mds
[1
] / 2
);
setGraphics3DDistance( RENDERER
, GRAPHIC_DISTANCE
);
setGraphics3DMagnification( RENDERER
, GRAPHIC_MAGNIFICATION
);
setGraphics3DClipFront( RENDERER
, o
);
setGraphics3DClipBack( RENDERER
, -1000.0
);
int w =
getWorldCoordinate( RENDERER
) ;
setCoordinateOrigin( w
, o
, o
, o
);
setCoordinateEulerAngle( w
, o
, o
, o
);
setCameraOrigin( w
, o
, o
, CAMERA_ORIGIN_Z
);
setCameraEulerAngle( w
, o
, o
, o
);
}
/* OUTPUT */
void PaintGraphics
() {
paintGraphics3D( RENDERER
);
paintComponent( MAIN_DISPLAY_LABEL
);
}
void SaveImgPng
() {
int id = 10000 ;
PICTURE_NUMBER = PICTURE_NUMBER + 1 ;
int filename = id + PICTURE_NUMBER ;
exportGraphics(
MAIN_GRAPHICS
, "../../image/movie/" + filename + ".png"
, "PNG"
) ;
}
int PICTURE_END_NUMBER = 5000 ;
void ExitLoopOverImageLimit
() {
alert(
"画像の保存が上限
( "
+ PICTURE_END_NUMBER
+ " 枚
) に達したため、ＣＧアニメーションを終了します。"
);
KEEP_LOOP = false ;
}
void PrintBasicInfo
() {
print( lf()
+ " title " + TITLE +
lf()
+
lf()
+ " movie " +
lf()
+ " start
time = " + START_T + " sec" +
lf()
+ " start count = " + START_C +
lf()
+ " end
time = " + END_T + " sec" +
lf()
+ " end count = " + END_C +
lf()
+ " movie running
time = " +
( END_T - START_T
) + " sec" +
lf()
+ " movie running count = " +
( END_C - START_C + 1
) +
lf()
+ " added
time = " +
( ADDED_T
) + " sec" +
lf()
+ " 2*PI rotation = " +
( ROT_N
) + " times" +
lf()
+ " number of frames = " +
(int
)( ( END_T - START_T
) / DEL_T /
STEP + 1
) +
lf()
+ " frames / 1sec = " + FPS +
lf()
+ " 1 /
( frames / 1sec
) = " + a/2 / FPS + " sec
(@ACCEL=0
)" +
lf()
+ " = " + a / FPS + " sec
(@ACCEL=1
)" +
lf()
+ " = " + 2*a / FPS + " sec
(@ACCEL=2
)" +
lf()
+ " = " + 4*a / FPS + " sec
(@ACCEL=3
)" +
lf()
+ " = " + 8*a / FPS + " sec
(@ACCEL=4
)" +
lf()
+ " number of indexed states = " +
length( SX
) +
lf()
+
lf()
+ " limit " +
lf()
+ " of running
time = " + LIMIT + " sec" +
lf()
) ;
}
void SaveAnImage
() { //
override 用
}
bool ConfirmAboutSaving
() {
return confirm
(
"画像保存の上限に達しました"
,
"保存上限を変更しますか？"
) ;
}
/* ROUTINE */
void PrintVectorln
( int v
, string s
) {
println( "Vector " + s + " = "
+
getVectorX( v
) + "
, "
+
getVectorY( v
) + "
, "
+
getVectorZ( v
)
);
}
void SetPolygonSurface
( int id
, float x
[ ] ) {
setPolygonEmissive( id
, x
[0
] );
setPolygonDiffractive( id
, x
[1
] );
setPolygonDiffuse( id
, x
[2
] );
setPolygonAmbient( id
, x
[3
] );
setPolygonSpecular( id
, x
[4
], x
[5
] );
}
void SetModelSurface
( int id
, float x
[ ] ) {
setModelEmissive( id
, x
[0
] );
setModelDiffractive( id
, x
[1
] );
setModelDiffuse( id
, x
[2
] );
setModelAmbient( id
, x
[3
] );
setModelSpecular( id
, x
[4
], x
[5
] );
}
// polygonの光学性質をもとめて指定
void SetPolygonSurface
( int polygon
[ ][ ][ ], float option
[ ] ) {
for ( int i=0; i<
length( polygon
)[2
]; i++
) {
for ( int j=0; j<
length( polygon
)[1
]; j++
) {
for ( int k=0; k<
length( polygon
)[0
]; k++
) {
SetPolygonSurface
( polygon
[i
][j
][k
], option
) ;
}
}
}
}
void SetPolygonSurface
( int polygon
[ ][ ], int ng
, float option
[ ] ) {
for ( int i=0; i<
length( polygon
)[0
]; i++
) {
SetPolygonSurface
( polygon
[ng
][i
], option
) ;
}
}
void SetPolygonSurface
( int polygon
[ ][ ][ ], int ng
, float option
[ ] ) {
for ( int i=0; i<
length( polygon
)[1
]; i++
) {
for ( int j=0; j<
length( polygon
)[0
]; j++
) {
SetPolygonSurface
( polygon
[ng
][i
][j
], option
) ;
}
}
}
void SetPolygonColor
( int id
, int c
[ ], int opc
) {
setPolygonColor( id
, c
[0
], c
[1
], c
[2
], opc
);
}
// polygon色をまとめて指定
void SetPolygonColors
( int polygon
[ ][ ], int ng
, int color
[ ], int opacity
) {
for ( int i=0; i<
length( polygon
)[0
]; i++
) {
SetPolygonColor
( polygon
[ng
][i
], color
, opacity
) ;
}
}
void SetPolygonColors
( int polygon
[ ][ ][ ], int ng
, int color
[ ], int opacity
) {
for ( int i=0; i<
length( polygon
)[1
]; i++
) {
for ( int j=0; j<
length( polygon
)[0
]; j++
) {
SetPolygonColor
( polygon
[ng
][i
][j
], color
, opacity
) ;
}
}
}
void SetPolygonColors
(
int polygon
[ ][ ], int ng
, int color
[ ][ ], int nc
, int opacity
) {
for ( int i=0; i<
length( polygon
)[0
]; i++
) {
setPolygonColor(
polygon
[ng
][i
], color
[nc
][0
], color
[nc
][1
], color
[nc
][2
], opacity
) ;
}
}
// polygonのcullingをまとめて指定
void SetPolygonCull
( int polygon
[ ][ ][ ], bool cullout
, bool cullin
) {
for ( int i=0; i<
length( polygon
)[2
]; i++
) {
for ( int j=0; j<
length( polygon
)[1
]; j++
) {
for ( int k=0; k<
length( polygon
)[0
]; k++
) {
setPolygonCull( polygon
[i
][j
][k
], cullout
, cullin
) ;
}
}
}
}
void SetPolygonCull
( int polygon
[ ][ ], int ng
, bool cullout
, bool cullin
) {
for ( int i=0; i<
length( polygon
)[0
]; i++
) {
setPolygonCull( polygon
[ng
][i
], cullout
, cullin
) ;
}
}
void SetPolygonCull
( int polygon
[ ][ ][ ], int ng
, bool cullout
, bool cullin
) {
for ( int i=0; i<
length( polygon
)[1
]; i++
) {
for ( int j=0; j<
length( polygon
)[0
]; j++
) {
setPolygonCull( polygon
[ng
][i
][j
], cullout
, cullin
) ;
}
}
}
void SetModelColor
( int id
, int c
[ ], int opc
) {
setModelColor( id
, c
[0
], c
[1
], c
[2
], opc
);
}
void SetLightColor
( int id
, int c
[ ], int opc
) {
setLightColor( id
, c
[0
], c
[1
], c
[2
], opc
);
}
void PileCoordinate
( int cd
[ ] , int renderer
) {
int n =
length( cd
) ;
for ( int i=0; i<n; i++
) {
if ( i == 0
) {
addCoordinate( cd
[n-1-i
], renderer
);
} else {
addCoordinate( cd
[n-1-i
], renderer
, cd
[n-i
] );
}
}
}
// vectorの和を返す
int GetVectorSum
( int v1
, int v2
) {
int v =
newVector() ;
double vx =
getVectorX( v1
) +
getVectorX( v2
) ;
double vy =
getVectorY( v1
) +
getVectorY( v2
) ;
double vz =
getVectorZ( v1
) +
getVectorZ( v2
) ;
setVector( v
, vx
, vy
, vz
);
return v ;
}
// moveVectorの結果を返す
int GetMoveVector
( int v
, double x
, double y
, double z
) {
int u =
newVector( v
);
moveVector( u
, x
, y
, z
);
return u ;
}
// vectorの差を求めて代入する
void VectorDifference
( int v
, int v1
, int v2
) {
double vx =
getVectorX( v1
) -
getVectorX( v2
) ;
double vy =
getVectorY( v1
) -
getVectorY( v2
) ;
double vz =
getVectorZ( v1
) -
getVectorZ( v2
) ;
setVector( v
, vx
, vy
, vz
);
}
// vectorの差を返す
int GetVectorDifference
( int v1
, int v2
) {
double vx =
getVectorX( v1
) -
getVectorX( v2
) ;
double vy =
getVectorY( v1
) -
getVectorY( v2
) ;
double vz =
getVectorZ( v1
) -
getVectorZ( v2
) ;
int v =
newVector( vx
, vy
, vz
) ;
return v ;
}
// vectorの定数倍する
void ScaleVector
( int v
, double x
) {
scaleVector( v
, x
, x
, x
) ;
}
// vectorの定数倍を返す
int GetScaleVector
( int v
, double x
) {
int u =
newVector( v
) ;
scaleVector( u
, x
, x
, x
) ;
return u ;
}
// vectorの回転を求めて返す
int GetRotXVector
( int v
, double angle
) {
int u =
newVector( v
) ;
rotXVector( u
, angle
);
return u ;
}
int GetRotYVector
( int v
, double angle
) {
int u =
newVector( v
) ;
rotYVector( u
, angle
);
return u ;
}
int GetRotZVector
( int v
, double angle
) {
int u =
newVector( v
) ;
rotZVector( u
, angle
);
return u ;
}
int GetRotVector
( int v
, double angle
, int ax
, int rc
) {
int u =
newVector( v
) ;
rotVector( u
, angle
, ax
, rc
);
return u ;
}
// 内分点を求める。P1V ; VP2 = t : 1-t
int GetInternallyDividingVector
(
double x1
, double y1
, double z1
,
double x2
, double y2
, double z2
,
double t
) {
double vx =
( 1.0 - t
)*x1 + t*x2 ;
double vy =
( 1.0 - t
)*y1 + t*y2 ;
double vz =
( 1.0 - t
)*z1 + t*z2 ;
int v =
newVector ( vx
, vy
, vz
) ;
return v ;
}
int GetInternallyDividingVector
( int v1
, int v2
, double t
) {
double vx =
( 1.0 - t
)*
getVectorX( v1
) + t*
getVectorX( v2
) ;
double vy =
( 1.0 - t
)*
getVectorY( v1
) + t*
getVectorY( v2
) ;
double vz =
( 1.0 - t
)*
getVectorZ( v1
) + t*
getVectorZ( v2
) ;
int v =
newVector ( vx
, vy
, vz
) ;
return v ;
}
int GetMiddlePointVector
( int v1
, int v2
) {
double x =
( getVectorX( v1
) +
getVectorX( v2
) ) / 2 ;
double y =
( getVectorY( v1
) +
getVectorY( v2
) ) / 2 ;
double z =
( getVectorZ( v1
) +
getVectorZ( v2
) ) / 2 ;
int mid =
newVector( x
, y
, z
) ;
return mid ;
}
// vをcdに配置してCDへ変換したものを求める
int GetTransformedVector
( int v
, int renderer
, int cd
, int CD
) {
int u =
newVector( v
) ;
addVector( v
, renderer
, cd
);
transformVector( v
, u
, CD
);
removeVector
( v
, renderer
, cd
);
return u ;
}
void TransformVector
( int v
, int renderer
, int cd
, int u
, int CD
) {
addVector( v
, renderer
, cd
);
transformVector( v
, u
, CD
);
removeVector
( v
, renderer
, cd
);
}
void SetCoordinateOrigin
( int cd
, double x
[ ] ) {
setCoordinateOrigin( cd
, x
[0
], x
[1
], x
[2
] );
}
int GetVectorCoordinateOrigin
( int cd
) {
int v =
newVector(
getCoordinateOriginX( cd
),
getCoordinateOriginY( cd
),
getCoordinateOriginZ( cd
)
);
return v ;
}
// 重心を返す
int GetVectorGravityCenter
( int v
[ ] ) {
int g =
newVector( v
[0
] ) ;
for ( int i=1; i<
length( v
); i++
) {
moveVector( g
, v
[i
] );
}
double s = 1.0 /
length( v
) ;
scaleVector( g
, s
, s
, s
);
return g ;
}
double
[ ] getCenterOfGravity
( int v
[ ] ) {
int g =
newVector( v
[0
] ) ;
int lenv =
length( v
) ;
for ( int i=1; i<lenv; i++
) {
moveVector( g
, v
[i
] );
}
double s = 1.0 / lenv ;
scaleVector( g
, s
, s
, s
);
double x
[ 3
];
x
[0
] =
getVectorX( g
) ;
x
[1
] =
getVectorY( g
) ;
x
[2
] =
getVectorZ( g
) ;
return x ;
}
// normal vectorを返す
int GetNormalVectorQuadrangle
( int v
[ ] ) {
int v1 = GetVectorDifference
( v
[2
], v
[0
] ) ;
int v2 = GetVectorDifference
( v
[3
], v
[1
] ) ;
int normalv =
newVector() ;
getVectorCrossProduct( v1
, v2
, normalv
);
double length =
getVectorLength( normalv
) ;
if ( !
( length == o
) ) {
setVectorLength( normalv
, 1.0
);
} else {
alert( "error
( GetNormalVectorQuadrangle
)"
) ;
}
return normalv ;
}
// ２枚の面の作る角の余弦を返す
double GetAngleFaceFace
( int v1
[ ], int v2
[ ] ) {
int n1 = GetNormalVectorQuadrangle
( v1
) ;
int n2 = GetNormalVectorQuadrangle
( v2
) ;
double costh =
getVectorInnerProduct( n1
, n2
) ;
return costh ;
}
void SetVectorsCoordinateLocationAttitude
( int vo
, int va
, int cd
) {
double x =
getCoordinateOriginX( cd
) ;
double y =
getCoordinateOriginY( cd
) ;
double z =
getCoordinateOriginZ( cd
) ;
double a =
getCoordinateEulerAngleAlpha( cd
) ;
double b =
getCoordinateEulerAngleBeta( cd
) ;
double g =
getCoordinateEulerAngleGamma( cd
) ;
setVector( vo
, x
, y
, z
);
setVector( va
, a
, b
, g
);
}
void SetVectorsCoordinateLocationAttitude
( int so
[ ], int sa
[ ], int cd
[ ] ) {
double x
, y
, z
, a
, b
, g ;
for ( int i=0; i<
length( cd
); i++
) {
x =
getCoordinateOriginX( cd
[i
] ) ;
y =
getCoordinateOriginY( cd
[i
] ) ;
z =
getCoordinateOriginZ( cd
[i
] ) ;
a =
getCoordinateEulerAngleAlpha( cd
[i
] ) ;
b =
getCoordinateEulerAngleBeta( cd
[i
] ) ;
g =
getCoordinateEulerAngleGamma( cd
[i
] ) ;
setVector( so
[i
], x
, y
, z
) ;
setVector( sa
[i
], a
, b
, g
) ;
}
}
void SetCoordinateLocationAttitude
( int cd
, int vo
, int va
) {
double x =
getVectorX( vo
) ;
double y =
getVectorY( vo
) ;
double z =
getVectorZ( vo
) ;
double a =
getVectorX( va
) ;
double b =
getVectorY( va
) ;
double g =
getVectorZ( va
) ;
setCoordinateOrigin( cd
, x
, y
, z
);
setCoordinateEulerAngle( cd
, a
, b
, g
);
}
void SetCoordinateEulerAngle
( int cd
, int v
) {
setCoordinateEulerAngle( cd
,
getVectorX( v
), getVectorY( v
), getVectorZ( v
)
);
}
double
[ ] GetArryCoordinateEulerAngle
( int cd
) {
double ea
[ 3
];
ea
[0
] =
getCoordinateEulerAngleAlpha( cd
) ;
ea
[1
] =
getCoordinateEulerAngleBeta( cd
) ;
ea
[2
] =
getCoordinateEulerAngleGamma( cd
) ;
return ea ;
}
int GetVectorCoordinateEulerAngle
( int cd
) {
double ea
[ 3
];
ea
[0
] =
getCoordinateEulerAngleAlpha( cd
) ;
ea
[1
] =
getCoordinateEulerAngleBeta( cd
) ;
ea
[2
] =
getCoordinateEulerAngleGamma( cd
) ;
int v =
newVector( ea
) ;
return v ;
}
// リセットなしの回転
void RotateCoordinate
(
int cd
, int so
, int sa
, double angle
, int ax
, int rc
, int renderer
, int Cd
) {
int dummycd =
newCoordinate() ;
addCoordinate( dummycd
, renderer
, Cd
) ;
SetCoordinateLocationAttitude
( dummycd
, so
, sa
) ;
rotCoordinate( dummycd
, angle
, ax
, rc
) ;
int sovalue =
newVector() ;
int savalue =
newVector();
SetVectorsCoordinateLocationAttitude
( sovalue
, savalue
, dummycd
) ;
SetCoordinateLocationAttitude
( cd
, sovalue
, savalue
) ;
removeCoordinate( dummycd
, renderer
, Cd
) ;
}
// O から dist 離れた地点へresetなしに移す
, y-direction
void SetCoordinateLocationYdirection
( int cd
, double dist
) {
int dummycd =
newCoordinate() ;
int v =
newVector() ;
CopyCoordinateAttitude
( dummycd
, cd
) ;
walkCoordinate( dummycd
, o
, dist
, o
) ;
v = GetVectorCoordinateOrigin
( dummycd
) ;
setCoordinateOrigin( cd
, v
) ;
}
// 座標系の姿勢をコピー
(座標系原点はコピーせず O とする
)
void CopyCoordinateAttitude
( int cd
, int originalcd
) {
int sa = GetVectorCoordinateEulerAngle
( originalcd
) ;
SetCoordinateLocationAttitude
( cd
, O
, sa
) ;
}
// y軸及びz軸が引数ベクトルと平行な姿勢にする
void SetCoordinateAttitudeYZ
( int cd
, int vy
, int vz
) {
int uy =
newVector( vy
) ;
int uz =
newVector( vz
) ;
setVectorLength( uy
, 1.0
);
setVectorLength( uz
, 1.0
);
int ux =
newVector() ;
getVectorCrossProduct( uy
, uz
, ux
);
setCoordinateBaseX( cd
, ux
);
setCoordinateBaseY( cd
, uy
);
setCoordinateBaseZ( cd
, uz
);
}
// 原点が v2
, cylinder 端点が v1
, v2 となるように cd を set する
void SetCoordinateCylinder
( int cyl
, double rad
, int v1
, int v2
, int cd
) {
double x
[ 3
];
x
[0
] =
getVectorX( v1
) -
getVectorX( v2
) ;
x
[1
] =
getVectorY( v1
) -
getVectorY( v2
) ;
x
[2
] =
getVectorZ( v1
) -
getVectorZ( v2
) ;
int v21 =
newVector( x
) ;
double length =
getVectorLength( v21
) ; // シリンダーの長さ
if ( length != 0.0
) {
int xyprojection =
newVector( x
[0
], x
[1
], 0.0
) ;
setVectorLength( xyprojection
, 1.0
) ;
double cos1 =
getVectorY( xyprojection
) ; // xy射影がy軸となす角の余弦
double th1; // xy射影がy軸となす角度
if ( x
[1
] == 0.0
) {
if ( x
[0
] >= 0.0
) {
th1 = PI/2 ;
} else {
th1 = -PI/2 ;
}
} else if( x
[0
] < 0.0
) {
th1 = -
acos( cos1
) ;
} else {
th1 =
acos( cos1
) ;
}
setVectorLength( v21
, 1.0
);
double sin2 =
getVectorZ( v21
); // 射影と元のベクトルのなす角の正弦
double th2 =
asin( sin2
) ;
double alpha = -th1 ;
double beta = th2 - PI/2 ;
double gamma = 0.0 ;
if ( th1 < 0.0
) { gamma = PI ;
}
setCoordinateOrigin( cd
, v2
);
setCoordinateEulerAngle( cd
, alpha
, beta
, gamma
);
setModelSize( cyl
, rad
, rad
, length );
}
}
void SetSphereSize
( int sp
, double rad
) {
setModelSize( sp
, rad
, rad
, rad
);
}
// n 番目の多面体のすべての面の頂点を vector で指定する
void SetTriangleVector
( int p
[ ][ ], int n
, int v
[ ][ ] ) {
for ( int i=0; i<
length( p
); i++
) {
setPolygonVector( p
[n
][i
], v
[i
][0
], v
[i
][1
], v
[i
][2
] ) ;
}
}
void SetTriangleVector
( int p
[ ][ ][ ], int n
, int v
[ ][ ][ ] ) {
for ( int i=0; i<
length( p
)[1
]; i++
) {
for ( int j=0; j<
length( p
)[0
]; j++
) {
setPolygonVector( p
[n
][i
][j
], v
[i
][j
][0
], v
[i
][j
][1
], v
[i
][j
][2
] )
;
}
}
}
// polygon をまとめて配置する
void AddPolygons
( int p
[ ][ ][ ], int renderer
, int cd
[ ] ) {
for ( int i=0; i<
length( p
)[2
]; i++
) {
for ( int j=0; j<
length( p
)[1
]; j++
) {
for ( int k=0; k<
length( p
)[0
]; k++
) {
addPolygon( p
[i
][j
][k
], renderer
, cd
[i
] ) ;
}
}
}
}
void AddPolygons
( int p
[ ][ ][ ], int ng
, int renderer
, int cd
[ ] ) {
for ( int i=0; i<
length( p
)[1
]; i++
) {
for ( int j=0; j<
length( p
)[0
]; j++
) {
addPolygon( p
[ng
][i
][j
], renderer
, cd
[ng
] ) ;
}
}
}
void AddPolygons
( int p
[ ][ ], int m
, int renderer
, int cd
[ ][ ], int n
) {
for ( int i=0; i<
length( p
)[0
]; i++
) {
addPolygon( p
[m
][i
], renderer
, cd
[n
][i
] ) ;
}
}
void AddPolygons
( int p
[ ][ ], int ng
, int renderer
, int cd
) {
for ( int i=0; i<
length( p
)[0
]; i++
) {
addPolygon( p
[ng
][i
], renderer
, cd
) ;
}
}
int
[ ] RV2_1
( int v
[ ][ ], int n
) { // ベクトルの2次元配列からベクトルの1次元配列を作る
int m =
length( v
)[0
] ;
int u
[ m
] ;
for ( int i=0; i<m; i++
) {
u
[i
] =
newVector( v
[n
][i
] ) ;
}
return u ;
}
int
[ ] RV2_0
( int v
[ ][ ], int n
) { // ベクトルの2次元配列からベクトルの1次元配列を作る
int m =
length( v
)[1
] ;
int u
[ m
] ;
for ( int i=0; i<m; i++
) {
u
[i
] =
newVector( v
[i
][n
] ) ;
}
return u ;
}
int
[ ] RA2_0
( int arry
[ ][ ], int n
) { // 整数型2次元配列から整数型1次元配列を作る
int m =
length( arry
)[0
] ;
int rarry
[ m
] ;
for ( int i=0; i<m; i++
) {
rarry
[i
] = arry
[n
][i
] ;
}
return rarry ;
}
/* MOTION */
void PrepareMovie
() {
double anglepf = 2*PI * RPM / 60 / FPS ;
COUNT = 0 ;
while ( COUNT <= END_C
) {
Movie
( anglepf
, false
) ; // anglepf は終了時刻調節に必要
if ( COUNT == 0
) {
NewStateVectors
( LENGTH
, NG
) ;
}
COUNT += STEP ;
}
COUNT = 0 ;
}
void NewStateVectors
( int length1
, int length2
) {
int dummy1
[ length1
], dummy2
[ length1
][ length2
] ;
SX
[=
] dummy1 ;
SA
[=
] dummy1 ;
X
[=
] dummy2 ;
A
[=
] dummy2 ;
for ( int i=0; i<length1; i++
) {
for ( int j=0; j<length2; j++
) {
X
[i
][j
] =
newVector() ;
A
[i
][j
] =
newVector() ;
if ( j == 0
) {
SX
[i
] =
newVector() ;
SA
[i
] =
newVector() ;
}
}
}
}
double Linear
( int v
) {
int c0 =
getVectorZ( v
) *
getVectorX( v
) ;
int c1 =
getVectorZ( v
) *
getVectorY( v
) ;
double t ;
if ( COUNT < c0
) {
t = 0.0 ;
println( "M0045"
, COUNT
) ;
} else if ( COUNT <= c1
) {
t = a*
( COUNT - c0
) /
( c1 - c0
) ;
} else {
t = 1.0 ;
println( "M0049"
, COUNT
) ;
}
return t ;
}
double Sin
( int v
) {
double t = Linear
( v
) ;
double s =
( 1.0 +
sin( PI*t - PI/2
) ) / 2 ;
return s ;
}
void SetRange
( int v
, int dn0
, int dn1
) {
int n0 =
(int
)getVectorY
( v
) + dn0 ;
int n1 = n0 + dn1 ;
int u =
(int
)getVectorZ
( v
) ;
setVector( v
, (double
)n0
, (double
)n1
, (double
)u
) ;
}
void SetRangeRight
( int v
, int u
) {
int n0 =
(int
)getVectorX
( v
) ;
int n1 =
(int
)getVectorY
( u
) ;
int n2 =
(int
)getVectorZ
( v
) ;
setVector( v
, (double
)n0
, (double
)n1
, (double
)n2
) ;
}
void SetRangeAbs
( int v
, int n0
, int n1
) {
int u =
getVectorZ( v
) ;
setVector( v
, (double
)n0
, (double
)n1
, (double
)u
) ;
}
bool At
( int v
) {
return COUNT ==
(int
)getVectorZ
( v
) *
(int
)getVectorX
( v
) ;
}
bool InRange
( int v
) {
int u =
getVectorZ( v
) ;
int c0 = u *
(int
)getVectorX
( v
) ;
int c1 = u *
(int
)getVectorY
( v
) ;
bool isin ;
if ( INCREASE_COUNT
) {
isin = COUNT > c0 && COUNT <= c1 ;
} else {
isin = COUNT >= c0 && COUNT < c1 ;
}
return isin ;
}
// spin
int ROT_COUNT1
[ ] =
{ 0
, 0
, 0
} ;
int INITIAL_EA1
[ 3
] ; // initial Euler angle
for ( int i=0; i<
length( INITIAL_EA1
, 0
); i++
) {
INITIAL_EA1
[i
] =
newVector( O
) ;
}
bool ROT1_INI
[ ] =
{ true
, true
,true
} ;
void Rot1Systems
() {
int rank
, index
, type ;
for ( int i=0; i<
length( ROTATE1
); i++
) {
if ( ROTATE1
[i
] ) {
ROT_COUNT1
[i
] = ROT_COUNT1
[i
] + 1 ;
rank = COORD_RNK
[ROT1_BT_INDEX
[i
] + 1
] ;
index = COORD_IDX
[ROT1_BT_INDEX
[i
] + 1
] ;
type = ROTATION_TYPE
[i
] ;
if ( rank == 0
) {
if ( ROT1_INI
[i
] ) {
double alp
, bet
, gam ;
string s = " が NaN です"
+
lf() + "値として 0.0 を与えます" ;
alp =
getCoordinateEulerAngleAlpha( COORD
[index
] ) ;
if ( alp > d^16
) {
alert( "getCoordinateEulerAngleAlpha" + s
) ;
alp = o ;
}
bet =
getCoordinateEulerAngleBeta( COORD
[index
] ) ;
if ( bet > d^16
) {
alert( "getCoordinateEulerAngleBeta" + s
) ;
bet = o ;
}
gam =
getCoordinateEulerAngleGamma( COORD
[index
] ) ;
if ( gam > d^16
) {
alert( "getCoordinateEulerAngleGamma" + s
) ;
gam = o ;
}
setVector( INITIAL_EA1
[i
] , alp
, bet
, gam
) ;
ROT1_INI
[i
] = false ;
}
if ( type == 0
) {
rotXCoordinate( COORD
[index
], ANGLE1_PF
[i
] ) ;
} else if ( type == 1
) {
rotYCoordinate( COORD
[index
], ANGLE1_PF
[i
] ) ;
} else if ( type == 2
) {
rotZCoordinate( COORD
[index
], ANGLE1_PF
[i
] ) ;
} else if ( type == 3
) {
spinXCoordinate( COORD
[index
], ANGLE1_PF
[i
] ) ;
} else if ( type == 4
) {
spinYCoordinate( COORD
[index
], ANGLE1_PF
[i
] ) ;
} else if ( type == 5
) {
spinZCoordinate( COORD
[index
], ANGLE1_PF
[i
] ) ;
}
} else ( rank == 1
) {
if ( ROT1_INI
[i
] ) {
double alp
, bet
, gam ;
string s = " が NaN です"
+
lf() + "値として 0.0 を与えます" ;
alp =
getCoordinateEulerAngleAlpha( CD
[index
] ) ;
if ( alp > d^16
) {
alert( "getCoordinateEulerAngleAlpha" + s
) ;
) ;
alp = o ;
}
bet =
getCoordinateEulerAngleBeta( CD
[index
] ) ;
if ( bet > d^16
) {
alert( "getCoordinateEulerAngleBeta" + s
) ;
bet = o ;
}
gam =
getCoordinateEulerAngleGamma( CD
[index
] ) ;
if ( gam > d^16
) {
alert( "getCoordinateEulerAngleGamma" + s
) ;
gam = o ;
}
setVector( INITIAL_EA1
[i
] , alp
, bet
, gam
) ;
ROT1_INI
[i
] = false ;
}
if ( type == 0
) {
rotXCoordinate( CD
[index
], ANGLE1_PF
[i
] ) ;
} else if ( type == 1
) {
rotYCoordinate( CD
[index
], ANGLE1_PF
[i
] ) ;
} else if ( type == 2
) {
rotZCoordinate( CD
[index
], ANGLE1_PF
[i
] ) ;
} else if ( type == 3
) {
spinXCoordinate( CD
[index
], ANGLE1_PF
[i
] ) ;
} else if ( type == 4
) {
spinYCoordinate( CD
[index
], ANGLE1_PF
[i
] ) ;
} else if ( type == 5
) {
spinZCoordinate( CD
[index
], ANGLE1_PF
[i
] ) ;
}
}
if ( ROT_COUNT1
[i
] == 1
) {
setComponentText( ROT1_TLA
[i
], ""
) ;
}
if ( ROT_COUNT1
[i
] == END_ROT_COUNT1
[i
] ) {
string s = "開始 " +
( i + 1
) ;
setComponentText( ROT1_BT
[i
], s
) ;
setComponentText( ROT1_TLA
[i
], "done"
) ;
ROTATE1
[i
] = false ;
ROT_COUNT1
[i
] = 0 ;
}
}
}
ROTATE_SYSTEMS = ROTATE1
[0
] || ROTATE1
[1
] || ROTATE1
[2
] ;
if ( ! ROTATE_SYSTEMS
) {
setComponentText( ROT1_BT
[3
], "３つを同時に開始 t"
) ;
for ( int i=0; i<
length( ROT_COUNT1
, 0
); i++
) {
string s = "開始 " +
( i + 1
) ;
setComponentText( ROT1_BT
[i
], s
) ;
}
}
}
//
override のため関数
bool F1_IN_MAIN = false ;
bool F1_IN_MOTION = false ;
void Dummyfunc1
() {
alert(
"まだ
override されていません"
,
"
override 内容を記述し、「上書きボタン」"
,
"または「上書きして１回実行ボタン」を押して下さい"
) ;
F1_IN_MAIN = false ;
F1_IN_MOTION = false ;
setComponentState( PCKB
[0
], false
) ;
setComponentState( PCKB
[1
], false
) ;
}
void JumpTo
( double tfin
) { // tfin はアニメーション中の時刻
alert("!"
);
}
void JumpTo
( int c
) { // c はアニメーション中のcount
bool motionstatechanged = false ;
if ( KEEP_MOTION == true
) {
while ( IN_MOVIE
) {
KEEP_MOTION = false ;
}
KEEP_MOTION = false ;
motionstatechanged = true ;
}
bool rewrite = false ;
if ( c + START_C <=
( START_C + END_C
) / 2
) {
if ( ! INCREASE_COUNT
) {
rewrite = true ;
INCREASE_COUNT = true ;
}
COUNT = START_C -
(int
)( 2^ACCEL
) ;
while ( COUNT < START_C + c
) {
COUNT +=
(int
)( 2^ACCEL
) ;
Movie
( o
, true
) ;
}
if ( rewrite
) {
INCREASE_COUNT = false ;
}
} else {
COUNT = END_C +
(int
)( 2^ACCEL
) ;
if ( INCREASE_COUNT
) {
rewrite = true ;
INCREASE_COUNT = false ;
}
while ( COUNT > START_C + c
) {
COUNT -=
(int
)( 2^ACCEL
) ;
Movie
( o
, true
) ;
}
if ( rewrite
) {
INCREASE_COUNT = true ;
}
}
PaintGraphics
();
if ( motionstatechanged
) {
KEEP_MOTION = true ;
}
}
/* COLORS */
int
[ ] Color
( int i
, int j
, int k
) {
int c
[ 3
] ;
if ( ( i < 0
) ||
( j < 0
) ||
( k < 0
)
||
( i > 255
) ||
( j > 255
) ||
( k > 255
) ) {
c = 0 ;
alert( "Error
( Color
) "
);
} else {
c
[0
] = i ;
c
[1
] = j ;
c
[2
] = k ;
}
return c ;
}
int
[ ] Color
( float r
, float g
, float b
) {
int c
[ 3
] ;
if ( ( r < 0.0
) ||
( g < 0.0
) ||
( b < 0.0
)
||
( r > 1.0
) ||
( g > 1.0
) ||
( b > 1.0
) ) {
c = 0 ;
alert( "Error
( Color
) "
);
} else {
c
[0
] = 255 * r ;
c
[1
] = 255 * g ;
c
[2
] = 255 * b ;
}
return c ;
}
int
[ ] Color
( float x
) {
int c
[ 3
] ;
if ( ( x < 0.0
) ||
( x > 1.0
) ) {
c = 0 ;
alert( "Error
( Color
) "
);
} else {
c = 255 * x ;
}
return c ;
}
int
[ ] BiColor
( float x
) {
int c
[ 3
] ;
c
[0
] = 255 * MSlope
( x
) ;
c
[1
] = 255 * MSlope
( x - 1.0/3
) ;
c
[2
] = 255 * MSlope
( x + 1.0/3
) ;
return c ;
}
int
[ ] MixedColor
(
float r1
, float g1
, float b1
,
float r2
, float g2
, float b2
,
double p
) {
int color
[ 3
] ;
float c1
[ ] =
{ r1
, g1
, b1
} ;
float c2
[ ] =
{ r2
, g2
, b2
} ;
for ( int i=0; i<
length( color
); i++
) {
color
[i
] = 255 *
( c1
[i
] *
( 1 - p
) + c2
[i
] * p
) ;
}
return color ;
}
int
[ ] MixedColor
( int color1
[ ], int color2
[ ], double p
){
int color
[ 3
] ;
for ( int i=0; i<
length( color
); i++
) {
color
[i
] = color1
[i
] *
( 1 - p
) + color2
[i
] * p ;
}
return color ;
}
/* GEOMETRY */
double GetHeightAntiprismByConnectionName
(
int nside
, double rad
, string polyhedronname
) {
double delta = rad *
( 1 -
cos( PI/nside
) ) ;
double antiprismdhangle ; // 底面と側面の normal vector の作る角
if ( polyhedronname == "cube"
) {
antiprismdhangle = 3*PI/4 ;
} else if ( polyhedronname == "octahedron"
) {
antiprismdhangle = PI/2 +
acos( Slv*IPlt
) ;
} else {
alert( "error
( GetHeightAntiprismByName
)"
) ;
}
double antiprismheight = delta *
tan( PI - antiprismdhangle
) ;
return antiprismheight ;
}
int
[ ] Get3Vectors4sideAntiprismCubeConnection
( double baserad
) {
int v
[ 3
] ;
v
[0
] =
newVector( o
, o
, baserad
) ;
v
[1
] = GetRotYVector
( v
[0
], PI/2
) ;
double h = GetHeightAntiprismByConnectionName
( 4
, baserad
, "cube"
) ;
v
[2
] =
newVector( o
, h
, o
) ;
return v ;
}
// dodecahedron の inradiusを返す
double GetInradiusDodecahedron
( double prad
) {
return prad *
( Gld + 1
) / 2 ;
}
// 原点中心、zx平面内、regular n-gonのz軸上の点
(z>0
)とその反時計回り隣の点
int
[ ] Get3VectorsNGon
( int n
, double rad
) {
int u
[ 3
] ;
u
[0
] =
newVector( o
, o
, o
) ;
u
[1
] =
newVector( o
, o
, rad
) ;
u
[2
] = GetRotYVector
( u
[1
], 2*PI/n
) ;
return u ;
}
// square cupola の頂点ベクトルを返す
int
[ ] Get12VectorsSquareCupola
( double baserad
) {
int v
[ 12
] ;
// 7 - 0 底面頂点
v
[0
] =
newVector( baserad*
sin(PI/8
), o
, baserad*
cos(PI/8
) ) ; // 底面の edge は z軸に直交する
for ( int i=1; i<=7; i++
) {
v
[i
] = GetRotYVector
( v
[0
], PI/4 * i
) ;
}
// 11 - 8 天井
double edge = 2 * baserad *
sin( PI/8
) ;
double h = edge * ISlv ;
v
[8
] =
newVector( edge/2
, h
, edge/2
) ;
for( int i=9; i<=11; i++
) {
v
[i
] = GetRotYVector
( v
[8
], PI/2 * i
) ;
}
return v ;
}
int
[ ] Get2VectorsSquareCupola
( double baserad
) {
int v
[ 2
] ;
v
[0
] =
newVector( baserad*
sin(PI/8
), o
, baserad*
cos(PI/8
) ) ; // 底面の edge は z軸に直交する
double edge = 2 * baserad *
sin( PI/8
) ;
double h = edge * ISlv ;
v
[1
] =
newVector( edge/2
, h
, edge/2
) ; // 天井の edge はx軸に平行
return v ;
}
// diamond space filler の頂点ベクトルを返す
int
[ ][ ][ ] GetVectorsDiamondSpaceFiller
( double x
) { // vertex
( x
, 0
, 0
)
int v
[ S4
][ R3*2
][ R3
] ;
v
[0
][0
][0
] =
newVector( o
, x
, o
) ;
v
[0
][0
][1
] =
newVector( -x/2
, x/2
, x/2
) ;
v
[0
][0
][2
] =
newVector( x/4
, x/4
, x/4
) ;
v
[0
][1
][0
] =
newVector( v
[0
][0
][1
] ) ;
v
[0
][1
][1
] =
newVector( o
, o
, x
) ;
v
[0
][1
][2
] =
newVector( v
[0
][0
][2
] ) ;
int ax0 =
newVector( a
, a
, a
) ;
int ax1 =
newVector( a
, o
, a
) ;
for ( int i=1; i<R3; i++
) {
for ( int j=0; j<R3; j++
) {
v
[0
][2*i
][j
] = GetRotVector
( v
[0
][0
][j
], 2*PI/3 * i
, ax0
, O
) ;
v
[0
][2*i+1
][j
] = GetRotVector
( v
[0
][1
][j
], 2*PI/3 * i
, ax0
, O
) ;
}
}
for ( int i=1; i<S4; i++
) {
for ( int j=0; j<R3*2; j++
) {
for ( int k=0; k<R3; k++
) {
v
[i
][j
][k
] = GetRotYVector
( v
[0
][j
][k
], PI/2 * i
) ;
if ( i%2 == 1
) {
rotVector( v
[i
][j
][k
], PI
, ax1
) ;
}
}
}
}
return v ;
}
void SetFacesDiamondSpaceFiller
( int p
[ ][ ][ ], int ng
, double x
) {
int u
[ ][ ][ ] = GetVectorsDiamondSpaceFiller
( x
) ;
SetTriangleVector
( p
, ng
, u
) ;
}
// octahedron の頂点ベクトルを返す
int
[ ][ ] GetVectorsOctahedron
( double x
) { // vertex
( x
, 0
, 0
)
int v
[ S8
][ R3
] ;
v
[0
][0
] =
newVector( x
, o
, o
) ;
v
[0
][1
] =
newVector( o
, x
, o
) ;
v
[0
][2
] =
newVector( o
, o
, x
) ;
for ( int i=1; i<S8; i++
) {
for ( int j=0; j<R3; j++
) {
if ( i <= 3
) {
v
[i
][j
] = GetRotYVector
( v
[0
][j
], PI/2 *
( i%4
) ) ;
} else {
v
[i
][j
] = GetRotZVector
( v
[0
][j
], PI
) ;
rotYVector( v
[i
][j
], PI/2 *
( ( i - 3
) % 4
) ) ;
}
}
}
return v ;
}
int
[ ] GetVectors4FacesSymmetry
( double x
) { //
( x
, x
, x
)
int v
[ 4
] ;
v
[0
] =
newVector( x
, x
, x
) ;
v
[1
] = GetRotYVector
( v
[0
], PI
) ;
v
[2
] = GetRotXVector
( v
[0
], PI
) ;
v
[3
] = GetRotZVector
( v
[0
], PI
) ;
return v ;
}
int
[ ] GetVectors6FacesSymmetry
( double x
) { //
( o
, x
, o
)
int v
[ 6
] ;
v
[0
] =
newVector( o
, x
, o
) ;
v
[1
] = GetRotZVector
( v
[0
], PI/2
) ;
for ( int i=2; i<=4; i++
) {
v
[i
] = GetRotYVector
( v
[1
], PI/2 *
( i - 1
) ) ;
}
v
[5
] = GetRotZVector
( v
[0
], PI
) ;
return v ;
}
int
[ ] GetVectors8FacesSymmetry
( double x
) { //
( x
, x
, x
)
int v
[ 8
] ;
v
[0
] =
newVector( x
, x
, x
) ;
v
[4
] =
newVector( x
, -x
, x
) ;
for ( int i=1; i<4; i++
) {
v
[i
] = GetRotYVector
( v
[0
], PI/2 * i
) ;
v
[4+i
] = GetRotYVector
( v
[4
], PI/2 * i
) ;
}
return v ;
}
int
[ ] GetEulerAngleVectors8FacesSymmetry
() { // y軸が normal vector
int sa
[8
] ;
int cd =
newCoordinate() ;
int ax =
newVector( a
, o
, -a
) ;
rotXCoordinate( cd
, -
atan( Slv
) ) ;
rotYCoordinate( cd
, -3*PI/4
) ;
sa
[0
] = GetVectorCoordinateEulerAngle
( cd
) ;
for ( int i=1; i<4; i++
) {
rotYCoordinate( cd
, PI/2
) ;
sa
[i
] = GetVectorCoordinateEulerAngle
( cd
) ;
}
setCoordinateEulerAngle( cd
, o
, o
, o
) ;
rotXCoordinate( cd
, PI/2 +
atan( ISlv
) ) ;
rotYCoordinate( cd
, PI/4
) ;
sa
[4
] = GetVectorCoordinateEulerAngle
( cd
) ;
for ( int i=5; i<8; i++
) {
rotYCoordinate( cd
, PI/2
) ;
sa
[i
] = GetVectorCoordinateEulerAngle
( cd
) ;
}
return sa ;
}
int
[ ][ ] GetTransformedVectors6FacesSymmetry
(
int v
[ ], double y
, double spiny
) {
int n =
length( v
) ;
int u
[ 6
][ n
] ;
int dely =
newVector( o
, y
, o
) ;
for ( int i=0; i<=5; i++
) {
for ( int j=0; j<n; j++
) {
if ( i == 0
) {
u
[i
][j
] =
newVector( v
[j
] ) ;
moveVector( u
[i
][j
], dely
) ;
rotYVector( u
[i
][j
], spiny
) ;
} else if ( i == 1
) {
u
[i
][j
] = GetRotZVector
( u
[0
][j
], -PI/2
) ;
} else if ( i <= 4
) {
u
[i
][j
] = GetRotYVector
( u
[1
][j
], PI/2 *
( i - 1
) ) ;
} else {
u
[i
][j
] = GetRotZVector
( u
[0
][j
], PI
) ;
}
}
}
return u ;
}
/* EVENTHANDLERS */
void onWindowClose( int id
) {
if ( id == MAIN_WINDOW
) {
KEEP_LOOP = false ;
}
}
int ACCEL= 1 ; // accelerator
void onKeyDown( int id
, string key
){
if ( GUI_CREATED
) {
if ( !
( // text area
, text field を除外
// low panel
id == LRTXL
[0
]
// side panel
|| id == ROT1_TF
[0
] || id == ROT1_TF
[1
] || id == ROT1_TF
[2
]
// axis panel
|| id == AE_TXT
[3
][1
] || id == AE_TXT
[3
][2
] || id == AE_TXT
[3
][3
]
|| id == AE_TXT
[4
][1
] || id == AE_TXT
[4
][2
] || id == AE_TXT
[4
][3
]
|| id == AE_TXT
[5
][1
] || id == AE_TXT
[5
][2
] || id == AE_TXT
[5
][3
]
|| id == AE_TXT
[6
][1
] || id == AE_TXT
[6
][2
] || id == AE_TXT
[6
][3
]
|| id == AE_TXT
[7
][1
] || id == AE_TXT
[7
][2
] || id == AE_TXT
[7
][3
]
|| id == AE_TXT
[8
][1
] || id == AE_TXT
[8
][2
] || id == AE_TXT
[8
][3
]
|| id == AE_TXT
[9
][1
] || id == AE_TXT
[9
][2
] || id == AE_TXT
[9
][3
]
// comand window
|| id == CTXF
[0
] || id == CTXA
[0
] || id == CTXA
[1
]
// program window
|| id == PTXT
[0
] || id == PTXT
[1
]
// camera panel
|| id == CMPL_TF
[0
]
// image save panel
|| id == ISPL_TF
[0
] || id == ISPL_TF
[1
] || id == ISPL_TF
[2
]
|| id == ISPL_TF
[3
] || id == ISPL_TF
[4
] || id == ISPL_TF
[5
]
// frame panel
|| id == FMPL_TF
[0
] || id == FMPL_TF
[1
]
|| id == FMPL_TF
[2
] || id == FMPL_TF
[3
]
|| id == FMPL_TF
[4
] || id == FMPL_TF
[5
]
) ) {
if ( key == "F1"
) {
} else if ( key == "ENTER"
) { // play
ROT1_INI = true ; // Euler angle 初期値のリセット
if ( KEEP_MOTION
) {
KEEP_MOTION = false ;
setComponentText( LBTN
[0
], LBTN_TX
[0
][0
] ) ;
setComponentText( LTXL
[0
],
(string
)( (int
)( DEL_T *
( COUNT - START_C
) ) )
) ;
} else {
KEEP_MOTION = true ;
setComponentText( LBTN
[0
], LBTN_TX
[0
][1
] ) ;
if ( INCREASE_COUNT
) {
if ( COUNT == END_C
) {
COUNT = START_C ;
}
} else {
if ( COUNT == START_C
) {
COUNT = END_C ;
}
}
}
} else if ( key == "CONTROL"
) {
int c
[ ] =
getComponentColor( MAIN_WINDOW
) ;
if ( INCREASE_COUNT
) {
INCREASE_COUNT = false ;
setComponentColor(
LTXL
[0
], 100
, 100
, 200
, 255
, c
[4
], c
[5
], c
[6
], c
[7
]
) ;
} else {
INCREASE_COUNT = true ;
setComponentColor(
LTXL
[0
], 200
, 100
, 100
, 255
, c
[4
], c
[5
], c
[6
], c
[7
]
) ;
}
RefreshIndicator
() ;
} else if ( key == "SHIFT"
) { // accel
int formeri = ACCEL + 5 ;
ACCEL++ ;
if ( ACCEL >= 5
) {
ACCEL = 0 ;
}
SPEED_CHANGED = true ;
if ( PAUSE_MOTION
) {
SetPauseCount
() ;
}
if ( getComponentVisible( FRAME_PNL
) ) {
JumpToFrame
( FMPL_BT
[3
] ) ;
}
int n = ACCEL + 5 ;
setComponentFontBold( LBTN
[formeri
], false
) ;
setComponentFontSize( LBTN
[formeri
], 12
) ;
setComponentFontBold( LBTN
[n
], true
) ;
setComponentFontSize( LBTN
[n
], 14
) ;
RefreshIndicator
() ;
} else if ( key == "C"
) {
if ( CIRCULATIVE_MOTION
) {
CIRCULATIVE_MOTION = false ;
} else {
CIRCULATIVE_MOTION = true ;
RECIPROCATIVE_MOTION = false ;
setComponentState( LCKB
[1
], false
) ;
PAUSE_MOTION = false ;
setComponentState( LCKB
[3
], false
) ;
}
setComponentState( LCKB
[0
], CIRCULATIVE_MOTION
) ;
} else if ( key == "R"
) {
if ( RECIPROCATIVE_MOTION
) {
RECIPROCATIVE_MOTION = false ;
} else {
RECIPROCATIVE_MOTION = true ;
CIRCULATIVE_MOTION = false ;
setComponentState( LCKB
[0
], false
) ;
PAUSE_MOTION = false ;
setComponentState( LCKB
[3
], false
) ;
}
setComponentState( LCKB
[1
], RECIPROCATIVE_MOTION
) ;
} else if ( key == "S"
) {
if ( SPIN
) {
SPIN = false ;
} else {
SPIN = true ;
}
setComponentState( LCKB
[2
], SPIN
) ;
} else if ( key == "B"
) { // <<
COUNT = START_C ;
if ( !KEEP_MOTION
) {
InitializeIndicator
() ;
RefreshIndicator
() ;
}
} else if ( key == "E"
) { // >>
COUNT = END_C ;
if ( !KEEP_MOTION
) {
InitializeIndicator
() ;
RefreshIndicator
() ;
}
}
// side panel
else if ( key == "F8"
) {
if ( SIDE_PANEL_OPENED
) {
setComponentText( LEXB
[1
], "パネル２ F8"
) ;
} else {
setComponentText( LEXB
[1
], "パネル２ Ｘ"
) ;
}
SidePanel
() ;
} else if ( key == "F9"
) {
if ( OPP01_CREATED
) {
if ( getComponentVisible( OPP01
) ) {
CloseOptionPanel
() ;
} else {
OpenOptionPanel
() ;
}
} else {
CreateOptionPanel
() ;
OPP01_CREATED = true ;
}
if ( getComponentVisible( OPP01
) ) {
setComponentText( LEXB
[0
], "パネル１ Ｘ"
) ;
} else {
setComponentText( LEXB
[0
], "パネル１ F9"
) ;
}
} else if ( key == "F10"
) {
if ( SETW01_CREATED
) {
setComponentVisible( SETW01
, true
) ;
} else {
CreateSETW01
() ;
SETW01_CREATED = true ;
}
} else if ( key == "F11"
) {
if ( CMW01_CREATED
) {
setComponentVisible( CMW01
, true
) ;
} else {
CreateCommadWindow
() ;
CMW01_CREATED = true ;
}
} else if ( key == "F12"
) {
if ( PRW01_CREATED
) {
setComponentVisible( PRW01
, true
) ;
} else {
CreateProgramWindow
() ;
PRW01_CREATED = true ;
}
} else if ( // 回転
( key == "1"
) ||
( key == "2"
)
||
( key == "3"
) ||
( key == "T"
)
) {
int button ;
if ( ROT1_USE_DFLT
) {
if ( key == "1"
) {
setComponentText( ROT1_SF
[0
], "回転１"
) ;
button = ROT1_BT
[0
] ;
} else if ( key == "2"
) {
setComponentText( ROT1_SF
[1
], "回転２"
) ;
button = ROT1_BT
[1
] ;
} else if ( key == "3"
) {
setComponentText( ROT1_SF
[2
], "回転３"
) ;
button = ROT1_BT
[2
] ;
} else if ( key == "T"
) {
setComponentText( ROT1_SF
[0
], "回転１"
) ;
setComponentText( ROT1_SF
[1
], "回転２"
) ;
setComponentText( ROT1_SF
[2
], "回転３"
) ;
button = ROT1_BT
[3
] ;
}
}
ControlRotation
( button
) ;
} else if ( key == "0"
) {
if ( ! ROTATE_SYSTEMS
) {
for ( int i=0; i<
length( ROT1_INI
); i++
) {
if ( ROT1_INI
[i
] == false
) {
int rank = COORD_RNK
[ROT1_BT_INDEX
[i
]+1
] ;
int index = COORD_IDX
[ROT1_BT_INDEX
[i
]+1
] ;
if ( rank == 0
) {
SetCoordinateEulerAngle
(
COORD
[index
], INITIAL_EA1
[i
]
) ;
} else if ( rank == 1
) {
SetCoordinateEulerAngle
(
CD
[index
], INITIAL_EA1
[i
]
) ;
}
}
setComponentText(
ROT1_BT
[3
], "３つを同時に開始 t"
) ;
for ( int i=0; i<
length( ROT_COUNT1
, 0
); i++
) {
string s = "開始 " +
( i + 1
) ;
setComponentText( ROT1_BT
[i
], s
) ;
}
setComponentText( ROT1_TLA
[i
], ""
) ;
}
}
} else if ( key == "I"
) {
setCoordinateEulerAngle(
getWorldCoordinate( RENDERER
), o
, o
, o
) ;
double q ;
if ( P_INDEX == 0
) {
q = a ;
} else if ( P_INDEX == 1
) {
q = a / 10 ;
} else if ( P_INDEX == 2
) {
q = a / 20 ;
} else if ( P_INDEX == 3
) {
q = a / 40 ;
}
setCoordinateOrigin(
getWorldCoordinate( RENDERER
),
o
, o
, -CAMERA_ORIGIN_Z * q
) ;
setGraphics3DMagnification(
RENDERER
, GRAPHIC_MAGNIFICATION * q
);
int mds
[ ] =
getComponentSize( MAIN_DISPLAY_LABEL
) ;
int mdl
[ ] =
getComponentLocation( MAIN_DISPLAY_LABEL
) ;
setGraphics3DCenter(
RENDERER
, mds
[0
] / 2
, mds
[1
] / 2 + mdl
[1
] / 2
);
setCoordinateEulerAngle(
COORD
[TOP_COORD_INDEX
], o
, o
, o
);
}
}
}
//
alert( key + "が押されました"
) ;
}
void onKeyType( int id
, string key
) {
if ( GUI_CREATED
) {
if ( !
(
// side panel
id == ROT1_TF
[0
] || id == ROT1_TF
[1
] || id == ROT1_TF
[2
]
// axis panel
|| id == AE_TXT
[3
][1
] || id == AE_TXT
[3
][2
] || id == AE_TXT
[3
][3
]
|| id == AE_TXT
[4
][1
] || id == AE_TXT
[4
][2
] || id == AE_TXT
[4
][3
]
|| id == AE_TXT
[5
][1
] || id == AE_TXT
[5
][2
] || id == AE_TXT
[5
][3
]
|| id == AE_TXT
[6
][1
] || id == AE_TXT
[6
][2
] || id == AE_TXT
[6
][3
]
|| id == AE_TXT
[7
][1
] || id == AE_TXT
[7
][2
] || id == AE_TXT
[7
][3
]
|| id == AE_TXT
[8
][1
] || id == AE_TXT
[8
][2
] || id == AE_TXT
[8
][3
]
|| id == AE_TXT
[9
][1
] || id == AE_TXT
[9
][2
] || id == AE_TXT
[9
][3
]
// comand window
|| id == CTXF
[0
] || id == CTXA
[0
] || id == CTXA
[1
]
// program window
|| id == PTXT
[0
] || id == PTXT
[1
]
// camera panel
|| id == CMPL_TF
[0
]
// image save panel
|| id == ISPL_TF
[0
] || id == ISPL_TF
[1
] || id == ISPL_TF
[2
]
|| id == ISPL_TF
[3
] || id == ISPL_TF
[4
] || id == ISPL_TF
[5
]
// frame panel
|| id == FMPL_TF
[0
] || id == FMPL_TF
[1
]
|| id == FMPL_TF
[2
] || id == FMPL_TF
[3
]
|| id == FMPL_TF
[4
] || id == FMPL_TF
[5
]
) ) {
if ( id == LRTXL
[0
] ) {
if ( PAUSE_MOTION
) {
PAUSE_MOTION = false ;
setComponentState( LCKB
[3
], false
) ;
}
}
}
}
}
void onButtonClick( int id
) {
if ( GUI_CREATED
) {
if ( id == LBTN
[0
] ) { // play
ROT1_INI = true ; // Euler angle 初期値のリセット
if ( KEEP_MOTION
) {
KEEP_MOTION = false ;
setComponentText( LBTN
[0
], LBTN_TX
[0
][0
] ) ;
setComponentText( LTXL
[0
],
(string
)( (int
)( DEL_T *
( COUNT - START_C
) ) )
) ;
} else {
KEEP_MOTION = true ;
setComponentText( LBTN
[0
], LBTN_TX
[0
][1
] ) ;
if ( INCREASE_COUNT
) {
if ( COUNT == END_C
) {
COUNT = START_C ;
}
} else {
if ( COUNT == START_C
) {
COUNT = END_C ;
}
}
}
} else if ( id == LBTN
[1
] ) { // <<
COUNT = START_C ;
if ( !KEEP_MOTION
) {
InitializeIndicator
() ;
RefreshIndicator
() ;
}
} else if ( id == LBTN
[2
] ) { // >>
COUNT = END_C ;
if ( !KEEP_MOTION
) {
InitializeIndicator
() ;
RefreshIndicator
() ;
}
} else if ( id == LBTN
[3
] ) { // reverse
int c
[ ] =
getComponentColor( MAIN_WINDOW
) ;
if ( INCREASE_COUNT
) {
INCREASE_COUNT = false ;
setComponentColor(
LTXL
[0
], 100
, 100
, 200
, 255
, c
[4
], c
[5
], c
[6
], c
[7
]
) ;
} else {
INCREASE_COUNT = true ;
setComponentColor(
LTXL
[0
], 200
, 100
, 100
, 255
, c
[4
], c
[5
], c
[6
], c
[7
]
) ;
}
RefreshIndicator
() ;
} else if ( id == LBTN
[4
] ){ // accel
int formeri = ACCEL + 5 ;
ACCEL++ ;
if ( ACCEL >= 5
) {
ACCEL = 0 ;
}
SPEED_CHANGED = true ;
if ( PAUSE_MOTION
) {
SetPauseCount
() ;
}
if ( getComponentVisible( FRAME_PNL
) ) {
JumpToFrame
( FMPL_BT
[3
] ) ;
}
int n = ACCEL + 5 ;
setComponentFontBold( LBTN
[formeri
], false
) ;
setComponentFontSize( LBTN
[formeri
], 12
) ;
setComponentFontBold( LBTN
[n
], true
) ;
setComponentFontSize( LBTN
[n
], 14
) ;
} else if (
( id == LBTN
[5
] ) ||
( id == LBTN
[6
] ) ||
( id == LBTN
[7
] )
||
( id == LBTN
[8
] ) ||
( id == LBTN
[9
] )
) { // accel 5 steps
int formeri = ACCEL + 5
, n = 5 ;
while ( id != LBTN
[n
] ) {
n++ ;
}
ACCEL = n - 5 ;
SPEED_CHANGED = true ;
if ( PAUSE_MOTION
) {
SetPauseCount
() ;
}
if ( getComponentVisible( FRAME_PNL
) ) {
JumpToFrame
( FMPL_BT
[3
] ) ;
}
setComponentFontBold( LBTN
[formeri
], false
) ;
setComponentFontSize( LBTN
[formeri
], 12
) ;
setComponentFontBold( LBTN
[n
], true
) ;
setComponentFontSize( LBTN
[n
], 14
) ;
} else if ( id == LEXB
[1
] || id == CLOSESIDEPNL_BTN
) {
if ( SIDE_PANEL_OPENED
) {
setComponentText( LEXB
[1
], "パネル２ F8"
) ;
} else {
setComponentText( LEXB
[1
], "パネル２ Ｘ"
) ;
}
SidePanel
() ;
}
// side panel
// button group
else if ( id == PROGRAM_BTN
) { // program button
if ( PRW01_CREATED
) {
setComponentVisible( PRW01
, true
) ;
} else {
CreateProgramWindow
() ;
PRW01_CREATED = true ;
}
} else if ( id == AXISSETTING_BTN
) { // 回転の設定などのウィンドウを開く
if ( SETW01_CREATED
) {
setComponentVisible( SETW01
, true
) ;
} else {
CreateSETW01
() ;
SETW01_CREATED = true ;
}
} else if ( id == COMMAND_BTN
) { // command button
if ( CMW01_CREATED
) {
setComponentVisible( CMW01
, true
) ;
} else {
CreateCommadWindow
() ;
CMW01_CREATED = true ;
}
} else if ( id == OPTION_BTN || id == LEXB
[0
] ) { // その他の設定
if ( OPP01_CREATED
) {
if ( getComponentVisible( OPP01
) ) {
CloseOptionPanel
() ;
} else {
OpenOptionPanel
() ;
}
} else {
CreateOptionPanel
() ;
OPP01_CREATED = true ;
}
if ( getComponentVisible( OPP01
) ) {
setComponentText( LEXB
[0
], "パネル１ Ｘ"
) ;
} else {
setComponentText( LEXB
[0
], "パネル１ F9"
) ;
}
}
// axis panel
else if ( id == ABTN
) { // 座標軸の設定を開く
if ( SETW01_CREATED
) {
setComponentVisible( SETW01
, true
) ;
if ( ! OPEN_AEPNL
) {
OpenAxisEdit
() ;
OPEN_AEPNL = true ;
}
} else {
CreateSETW01
() ;
SETW01_CREATED = true ;
OpenAxisEdit
() ;
OPEN_AEPNL = true ;
}
}
// rot1 panel
// 回転などの設定を開き、簡略設定パネルを可視化する
else if ( id == ROT1_ED_OPB
[0
] ) {
if ( SETW01_CREATED
) {
setComponentVisible( SETW01
, true
) ;
if ( ! OPEN_REPNL
) {
OpenRotEdit1
() ;
OPEN_REPNL = true ;
}
} else {
CreateSETW01
() ;
SETW01_CREATED = true ;
OpenRotEdit1
() ;
OPEN_REPNL = true ;
}
}
// 回転１〜３の「開始」button
else if (
( id == ROT1_BT
[0
] ) ||
( id == ROT1_BT
[1
] )
||
( id == ROT1_BT
[2
] ) ||
( id == ROT1_BT
[3
] )
) {
if ( ROT1_USE_DFLT
) {
string s ;
for ( int i=0; i<
length( ROT1_SF
); i++
) {
if ( id == ROT1_BT
[i
] ) {
if ( i == 0
) {
setComponentText(
ROT1_SF
[i
], "回転１"
) ;
} else if ( i == 1
) {
setComponentText(
ROT1_SF
[i
], "回転２"
) ;
} else ( i == 2
) {
setComponentText(
ROT1_SF
[i
], "回転３"
) ;
}
} else {
setComponentText( ROT1_SF
[0
], "回転１"
) ;
setComponentText( ROT1_SF
[1
], "回転２"
) ;
setComponentText( ROT1_SF
[2
], "回転３"
) ;
}
}
}
ControlRotation
( id
) ;
}
// cordinate attitude
reset button
else if ( id == ROT1_EULERANGLE_RESET_BT
) {
if ( ! ROTATE_SYSTEMS
) {
for ( int i=0; i<
length( ROT1_INI
); i++
) {
if ( ROT1_INI
[i
] == false
) {
int rank = COORD_RNK
[ROT1_BT_INDEX
[i
]+1
] ;
int index = COORD_IDX
[ROT1_BT_INDEX
[i
]+1
] ;
if ( rank == 0
) {
SetCoordinateEulerAngle
(
COORD
[index
], INITIAL_EA1
[i
]
) ;
} else if ( rank == 1
) {
SetCoordinateEulerAngle
(
CD
[index
], INITIAL_EA1
[i
]
) ;
}
setComponentText(
ROT1_BT
[3
], "３つを同時に開始 t"
) ;
for ( int i=0; i<
length( ROT_COUNT1
, 0
); i++
) {
string s = "開始 " +
( i + 1
) ;
setComponentText( ROT1_BT
[i
], s
) ;
}
setComponentText( ROT1_TLA
[i
], ""
) ;
}
}
}
}
// camera
reset button
else if ( id == CAMERA_RESET_BT
) {
setCoordinateEulerAngle(
getWorldCoordinate( RENDERER
), o
, o
, o
) ;
double q ;
if ( P_INDEX == 0
) {
q = a ;
} else if ( P_INDEX == 1
) {
q = a / 10 ;
} else if ( P_INDEX == 2
) {
q = a / 20 ;
} else if ( P_INDEX == 3
) {
q = a / 40 ;
}
setCoordinateOrigin(
getWorldCoordinate( RENDERER
), o
, o
, -CAMERA_ORIGIN_Z * q
) ;
setGraphics3DMagnification(
RENDERER
, GRAPHIC_MAGNIFICATION * q
);
int mds
[ ] =
getComponentSize( MAIN_DISPLAY_LABEL
) ;
int mdl
[ ] =
getComponentLocation( MAIN_DISPLAY_LABEL
) ;
setGraphics3DCenter(
RENDERER
, mds
[0
] / 2
, mds
[1
] / 2 + mdl
[1
] / 2
);
setCoordinateEulerAngle(
COORD
[TOP_COORD_INDEX
], o
, o
, o
);
}
// comand window
else if ( id == CBTN
[0
] ) {
ShowBasicInfo
() ;
} else if ( id == CBTN
[1
] ) {
ShowNow
() ;
} else if ( id == CBTN
[2
] ) {
string text =
getComponentText( CSLF
[0
] ) ;
ShowCoordinateEulerAngle
( text
) ;
} else if ( id == CBTN
[3
] ) {
string text =
getComponentText( CSLF
[0
] ) ;
ShowCoordinateOrigin
( text
) ;
} else if ( id == CBTN
[4
] ) {
ShowEval
( CTXF
[0
] ) ;
} else if ( id == CBTN
[5
] ) {
show() ;
} else if ( id == CBTN
[6
] ) {
print( getComponentText( CTXA
[0
] ) ) ;
}
// setting window
// axix edit button
else if ( id == AXIS_SETTING_BTN
) {
if ( OPEN_AEPNL
) {
CloseAxisEdit
() ;
OPEN_AEPNL = false ;
} else {
OpenAxisEdit
() ;
OPEN_AEPNL = true ;
}
}
// axsis setting apply button
else if ( id == A_AP_BT
) {
ApplyAxisSetting
() ;
}
// rotation edit button
else if ( id == ROTATION_EDIT_BTN1
) {
if ( OPEN_REPNL
) {
CloseRotEdit1
() ;
OPEN_REPNL = false ;
} else {
OpenRotEdit1
() ;
OPEN_REPNL = true ;
}
} else if ( id == REEX_BT
[0
] ) { // 回転設定の説明表示ボタン
if ( ! ADD_REETX
) {
AddPanelREEX
() ;
ADD_REETX = true ;
} else {
RemovePanelREEX
() ;
ADD_REETX = false ;
}
} else if ( id == RSET_BT1
) { // 簡略設定の反映を行う
if ( ! ROT1_USE_WRITTEN_VALUE
) {
string s
, s1 ;
for ( int i=0; i<
length( ROT1_SF
); i++
) {
s =
getComponentText( ROT1_SF
[i
] ) ;
if ( s == "回転１"
) {
s1 =
getComponentText( RE_SF12
[0
] ) ;
} else if ( s == "回転２"
) {
s1 =
getComponentText( RE_SF12
[1
] ) ;
} else if ( s == "回転３"
) {
s1 =
getComponentText( RE_SF12
[2
] ) ;
} else if ( s == "回転４"
) {
s1 =
getComponentText( RE_SF12
[3
] ) ;
} else if ( s == "回転５"
) {
s1 =
getComponentText( RE_SF12
[4
] ) ;
} else if ( s == "回転６"
) {
s1 =
getComponentText( RE_SF12
[5
] ) ;
}
s1 =
replace( s1
, "°"
, ""
) ;
setComponentText( ROT1_TF
[i
], s1
) ;
}
}
if ( ROT1_USE_DFLT
) {
ROT1_USE_DFLT = false ;
setComponentState( ROT1_CB
[0
], ROT1_USE_DFLT
) ;
}
}
// program window
else if ( id == PBTN
[0
] ) { // 上書きボタン
string s =
getComponentText( PTXT
[0
] ) ;
Override1
( s
) ;
CopyComponentText
( PTXT
[0
], PTXT
[1
] ) ;
} else if ( id == PBTN
[1
] ) { // 上書き＋１回実行
string s =
getComponentText( PTXT
[0
] ) ;
Override1
( s
) ;
Dummyfunc1
() ;
CopyComponentText
( PTXT
[0
], PTXT
[1
] ) ;
}
// option panel
// button group
else if ( id == CAMERA_SETTING_BTN
) { // camera settig
setComponentVisible( CAMERA_PNL
, true
) ;
setComponentVisible( IMGSV_PNL
, false
) ;
setComponentVisible( IMGSV_PNL2
, false
) ;
setComponentVisible( FRAME_PNL
, false
) ;
} else if ( id == IMAGE_SAVE_BTN
) { // image save setting
setComponentVisible( IMGSV_PNL
, true
) ;
setComponentVisible( CAMERA_PNL
, false
) ;
setComponentVisible( IMGSV_PNL2
, false
) ;
setComponentVisible( FRAME_PNL
, false
) ;
} else if ( id == FRAME_SETTING_BTN
) { // frame setting
setComponentVisible( FRAME_PNL
, true
) ;
setComponentVisible( CAMERA_PNL
, false
) ;
setComponentVisible( IMGSV_PNL
, false
) ;
setComponentVisible( IMGSV_PNL2
, false
) ;
} else if ( id == CLOSE_OPTION_BTN
) { //
close panel
CloseOptionPanel
() ;
if ( getComponentVisible( OPP01
) ) {
setComponentText( LEXB
[0
], "パネル１ Ｘ"
) ;
} else {
setComponentText( LEXB
[0
], "パネル１ F9"
) ;
}
}
// camera panel
else if ( id == CMPL_BT
[0
] ) {
string s =
getComponentText( CMPL_TF
[0
] ) ;
if ( s != ""
) {
double camz = feval
( s
) ;
double q ;
if ( P_INDEX == 0
) {
q = a ;
} else if ( P_INDEX == 1
) {
q = a / 10 ;
} else if ( P_INDEX == 2
) {
q = a / 20 ;
} else if ( P_INDEX == 3
) {
q = a / 40 ;
}
CAMERA_ORIGIN_Z = camz ;
setCoordinateOrigin( getWorldCoordinate( RENDERER
),
o
, o
, -CAMERA_ORIGIN_Z * q
) ;
}
}
// save image panel
else if ( id == ISPL_BT
[0
] ) { // 次へ
setComponentVisible( IMGSV_PNL2
, true
) ;
setComponentVisible( CAMERA_PNL
, false
) ;
setComponentVisible( IMGSV_PNL
, false
) ;
setComponentVisible( FRAME_PNL
, false
) ;
string tx1 = "現在の設定："
+
getComponentText( ISPL_TF
[0
] ) + " 秒（"
+
getComponentText( ISPL_TF
[1
] ) + "）〜 "
+
getComponentText( ISPL_TF
[2
] ) + " 秒（"
+
getComponentText( ISPL_TF
[3
] ) + "）"
;
setComponentText( ISP2_TX
[1
], tx1
) ;
string tx2 = "合計 "
+
getComponentText( ISPL_TF
[4
] ) + " 秒間（"
+
getComponentText( ISPL_TF
[5
] ) + " フレーム）"
;
setComponentText( ISP2_TX
[2
], tx2
) ;
} else if ( id == ISP2_BT
[0
] ) { // 戻る
setComponentVisible( IMGSV_PNL
, true
) ;
setComponentVisible( IMGSV_PNL2
, false
) ;
setComponentVisible( CAMERA_PNL
, false
) ;
setComponentVisible( FRAME_PNL
, false
) ;
} else if ( id == ISP2_BT
[1
] ) { // 区間の再生
int start_f =
(int
)( getComponentText( ISPL_TF
[1
] ) ) - 1 ;
int end_f =
(int
)( getComponentText( ISPL_TF
[3
] ) ) - 1 ;
int start_c = start_f * 2^ACCEL ;
int end_c = end_f * 2^ACCEL ;
bool save = false ;
PlayFromTo
( start_c
, end_c
, save
) ;
} else if ( id == ISP2_BT
[2
] ) { // 区間の画像保存
int start_f =
(int
)( getComponentText( ISPL_TF
[1
] ) ) - 1 ;
int end_f =
(int
)( getComponentText( ISPL_TF
[3
] ) ) - 1 ;
int start_c = start_f * 2^ACCEL ;
int end_c = end_f * 2^ACCEL ;
bool save = true ;
PlayFromTo
( start_c
, end_c
, save
) ;
} else if ( id == ISP2_BT
[4
] ) { // １枚撮影
SaveImgPng
() ;
}
// frame panel
else if (
id == FMPL_BT
[0
] || id == FMPL_BT
[1
] ||id == FMPL_BT
[2
]
||id == FMPL_BT
[3
]
) {
JumpToFrame
( id
) ;
} else if ( id == FMPL_BT
[4
] || id == FMPL_BT
[5
] ) {
GetTime
( id
) ;
}
}
}
void onMouseLeftClick( int id
, int x
, int y
, int count
){
if ( GUI_CREATED
) {
int n =
length( INDICATOR
) - 1
, i = 0 ;
bool loop = true ;
while ( loop
) {
loop =
( id != INDICATOR
[i
] ) ;
if ( i == n
) {
if ( loop
) { // インジケーター以外をクリックした場合
i = -1 ;
loop = false ;
}
}
i ++ ;
}
i -= 1 ;
if ( i >= 0
) { // インジケーターに限定
int c = STEP *
( ( END_C - START_C
) * i / n / STEP
) ;
JumpTo
( c
) ;
setComponentText( LTXL
[0
], (string
)( (int
)( DEL_T * c
) ) ) ;
RefreshIndicator
() ;
}
}
}
void onMouseRightClick( int id
, intx
, int y
, int cout
) {
alert( "右クリックされたコンポーネントの id は " + id
) ;
}
void onMouseLeftDrag( int id
, int x
, int y
, int count
){
if ( GUI_CREATED
) {
int n =
length( INDICATOR
) - 1
, i = 0
, nx ;
double u ;
bool loop = true ;
while ( loop
) {
loop =
( id != INDICATOR
[i
] ) ;
if ( i == n
) {
if ( loop
) { // インジケーター以外をドラッグした場合
i = -1 ;
loop = false ;
}
}
i ++ ;
}
i -= 1 ;
if ( i >= 0
) { // インジケーターに限定
nx = INDIW * i + x ; // MAIN_WINDOW 左基準の座標値
u = a*nx /
( ( n + 1
) * INDIW
) ; // 規格化
if ( u < o
) {
u = o ;
} else if ( u > a
) {
u = a ;
}
COUNT = START_C +
( END_C - START_C
) * u ;
setComponentText(
LTXL
[0
], (string
)( (int
)( DEL_T *
( COUNT - START_C
) ) )
) ;
if ( !KEEP_MOTION
) {
Movie
( o
, true
) ;
}
RefreshIndicator
() ;
}
}
}
void onCheckBoxClick( int id
, bool state
) {
// low panel
if ( id == LCKB
[0
] ) {
CIRCULATIVE_MOTION = state ;
if ( CIRCULATIVE_MOTION
) {
RECIPROCATIVE_MOTION = false ;
setComponentState( LCKB
[1
], false
) ;
PAUSE_MOTION = false ;
setComponentState( LCKB
[3
], false
) ;
}
} else if ( id == LCKB
[1
] ) {
RECIPROCATIVE_MOTION = state ;
if ( RECIPROCATIVE_MOTION
) {
CIRCULATIVE_MOTION = false ;
setComponentState( LCKB
[0
], false
) ;
PAUSE_MOTION = false ;
setComponentState( LCKB
[3
], false
) ;
}
} else if ( id == LCKB
[2
] ) {
SPIN = state ;
} else if ( id == LCKB
[3
] ) {
PAUSE_MOTION = state ;
if ( PAUSE_MOTION
) {
SetPauseCount
() ;
}
}
// control panel
// axis 表示
else if (
( id == ACKB
[0
] )
||
( id == ACKB
[1
] ) ||
( id == ACKB
[2
] ) ||
( id == ACKB
[3
] )
||
( id == ACKB
[4
] ) ||
( id == ACKB
[5
] ) ||
( id == ACKB
[6
] )
) {
for ( int i=0; i<
length( ACKB
); i++
) {
if ( id == ACKB
[i
] ) {
if ( COORD_RNK
[i
] == -1
) {
if ( state == true
) {
addModel( AXIS
[i
], RENDERER
) ;
} else {
removeModel( AXIS
[i
], RENDERER
) ;
}
} else if ( COORD_RNK
[i
] == 0
) {
if ( state == true
) {
addModel(
AXIS
[i
], RENDERER
, COORD
[COORD_IDX
[i
]]
) ;
} else {
removeModel(
AXIS
[i
], RENDERER
, COORD
[COORD_IDX
[i
]]
) ;
}
} else if ( COORD_RNK
[i
] == 1
) {
if ( state == true
) {
addModel(
AXIS
[i
], RENDERER
, CD
[COORD_IDX
[i
]]
) ;
} else {
removeModel(
AXIS
[i
], RENDERER
, CD
[COORD_IDX
[i
]]
) ;
}
}
}
}
}
// 座標系と回転軸に default を使うかどうか
else if ( id == ROT1_CB
[0
] ) {
ROT1_USE_DFLT = state ;
if ( ROT1_USE_DFLT
) {
setComponentText( ROT1_SF
[0
], "回転１"
) ;
setComponentText( ROT1_SF
[1
], "回転２"
) ;
setComponentText( ROT1_SF
[2
], "回転３"
) ;
if ( ! ROT1_USE_WRITTEN_VALUE
) {
setComponentText( ROT1_TF
[0
], "360"
) ;
setComponentText( ROT1_TF
[1
], "360"
) ;
setComponentText( ROT1_TF
[2
], "360"
) ;
}
// SETW01_CREATED
, OPEN_REPNL は必ず true
// 簡略設定パネルの回転１〜３のみが既定値に戻るようにする
string s1
[ ] =
{ "座標系１"
, "座標系２"
, "座標系３"
} ;
string s2
[ ] =
{
"親座標系のｘ軸"
, "親座標系のｙ軸"
, "親座標系のｚ軸"
} ;
string s3 = "360°" ;
for ( int i=0; i<3; i++
) {
setComponentText( RE_SF10
[i
], s1
[i
] ) ;
setComponentText( RE_SF11
[i
], s2
[i
] ) ;
setComponentText( RE_SF12
[i
], s3
) ;
}
} else {
if ( SETW01_CREATED
) {
setComponentVisible( SETW01
, true
) ;
if ( ! OPEN_REPNL
) {
OpenRotEdit1
() ;
OPEN_REPNL = true ;
}
} else {
CreateSETW01
() ;
SETW01_CREATED = true ;
OpenRotEdit1
() ;
OPEN_REPNL = true ;
setComponentText( ROT1_TF
[0
], "360"
) ;
setComponentText( ROT1_TF
[1
], "360"
) ;
setComponentText( ROT1_TF
[2
], "360"
) ;
}
}
}
// 入力フィールドの数値を使うかどうか
else if ( id == ROT1_CB
[1
] ) {
ROT1_USE_WRITTEN_VALUE = state ;
if ( ! ROT1_USE_WRITTEN_VALUE
) { // 簡略設定を使う
if ( SETW01_CREATED
) {
setComponentVisible( SETW01
, true
) ;
if ( ! OPEN_REPNL
) {
OpenRotEdit1
() ;
OPEN_REPNL = true ;
}
} else {
CreateSETW01
() ;
SETW01_CREATED = true ;
OpenRotEdit1
() ;
OPEN_REPNL = true ;
}
string s1
, s2 ;
int n ;
for ( int i=0; i<
length( ROT1_SF
); i++
) {
string s1 =
getComponentText( ROT1_SF
[i
] ) ;
if ( s1 == "回転１"
) {
n = 0 ;
} else if ( s1 == "回転２"
) {
n = 1 ;
} else if ( s1 == "回転３"
) {
n = 2 ;
} else if ( s1 == "回転４"
) {
n = 3 ;
} else if ( s1 == "回転５"
) {
n = 4 ;
} else if ( s1 == "回転６"
) {
n = 5 ;
}
s2 =
getComponentText( RE_SF12
[n
] ) ;
s2 =
replace( s2
, "°"
, ""
) ;
setComponentText( ROT1_TF
[i
], s2
) ;
}
}
}
// program window
else if ( id == PCKB
[0
] ) {
F1_IN_MOTION = state ;
if ( F1_IN_MOTION
) {
F1_IN_MAIN = false ;
setComponentState( PCKB
[1
], false
) ;
}
} else if ( id == PCKB
[1
] ) {
F1_IN_MAIN = state ;
if ( F1_IN_MAIN
) {
F1_IN_MOTION = false ;
setComponentState( PCKB
[0
], false
) ;
}
}
}
void onSelectFieldClick( int id
, string text
) {
// control panel
// 回転の種類を選択し直した場合
if (
( id == ROT1_SF
[0
] ) ||
( id == ROT1_SF
[1
] ) ||
( id == ROT1_SF
[2
] )
) {
for ( int i=0; i<
length( ROT1_SF
); i++
) {
if ( id == ROT1_SF
[i
] ) {
if ( ! ROT1_USE_WRITTEN_VALUE
) {
string s ;
if ( text == "回転１"
) {
s =
getComponentText( RE_SF12
[0
] ) ;
} else if ( text == "回転２"
) {
s =
getComponentText( RE_SF12
[1
] ) ;
} else if ( text == "回転３"
) {
s =
getComponentText( RE_SF12
[2
] ) ;
} else if ( text == "回転４"
) {
s =
getComponentText( RE_SF12
[3
] ) ;
} else if ( text == "回転５"
) {
s =
getComponentText( RE_SF12
[4
] ) ;
} else if ( text == "回転６"
) {
s =
getComponentText( RE_SF12
[5
] ) ;
}
s =
replace( s
, "°"
, ""
) ;
setComponentText( ROT1_TF
[i
], s
) ;
}
}
}
}
// option panel
// camera
else if ( id == CMPL_SF
[0
] ) { // 遠近法
PERSPECTIVE_CHANGED = true ;
}
// image save
else if ( id == ISPL_SF
[0
] ) { // 諸量自動補填
PrepareSavingImg
( text
) ;
}
}
/* PLAYER */
int LOW_PNL ;
int LR_PNL ;
int INDI_PNL ; // indicator panel
int INDICATOR
[ 1
] ; // text label 要素数は後で変更
int INDIW ; //
onMouseLeftDrag() needs this
int LEXB
[ 2
] ;
N = 1 + 2 + 1 + 1 + 5 ; // play + to start
, end + reverse + accel + 5steps
int LBTN
[ N
] ;
string LBTN_TX
[ N
][ 2
] ;
int LTXL
[ 4
] ; // num + sec + mum + sec
, stop
time + sec
int LRTXL
[ 2
] ;
int LCKB
[ 4
] ; // circulate + reciprocate + spin + pause
bool CIRCULATIVE_MOTION = false
, RECIPROCATIVE_MOTION = false ; // repat
void CreateLowPanel
( int buttonh
) {
int c
[ ] =
{ 51
, 51
, 51
, 255
, 250
, 250
, 250
, 255
} ;
int mws
[ ] =
getComponentSize( MAIN_WINDOW
) ;
SetComponentColor
( MAIN_WINDOW
, c
) ;
int comps = 6
, s = 4 ;
// LOW_PNL
int mdls
[ ] =
getComponentSize( MAIN_DISPLAY_LABEL
) ;
int lpy = GetComponentLocationLow
( MAIN_DISPLAY_LABEL
) ;
LOW_PNL =
newPanel( comps
, lpy
, mdls
[0
] - 2*comps
, 0
, "low panel"
) ;
SetComponentColor
( LOW_PNL
, MAIN_WINDOW
) ;
addComponent( LOW_PNL
, MAIN_WINDOW
) ;
// indicator
int indix = 0 ;
int indiw = 14
, indih = 12 ;
INDI_PNL =
newPanel(
0
, 0
, getComponentSize( LOW_PNL
)[0
], indih
,
"indicator panel"
) ;
SetComponentColor
( INDI_PNL
, LOW_PNL
) ;
INDIW = indiw ;
int len =
( getComponentSize( INDI_PNL
)[0
] - indix * 2
) / indiw ;
int dummyindi
[ len
] ;
INDICATOR
[=
] dummyindi ; // WIDTH と indiw で計算した
length に合わす
for ( int i=0; i<
length( INDICATOR
); i++
) {
INDICATOR
[i
] =
newTextLabel(
indix + indiw * i
, 0
, indiw
, indih
, "=="
) ;
}
int x = 0
, y = 0
, w = 12 * 9
, h = buttonh ;
// LBTN
[0
], play button
y = GetComponentLocationLow
( INDI_PNL
) ;
h = 2*h ;
LBTN_TX
[0
][0
] = "ＣＧ進行" ;
LBTN_TX
[0
][1
] = "ＣＧ停止" ;
LBTN
[0
] =
newButton( x
, y
, w
, h
, LBTN_TX
[0
][0
] ) ;
// LBTN
[1
,2
], to edge
x = GetComponentLocationRight
( LBTN
[0
] ) ;
w = w/2 ;
h = h/2 ;
LBTN_TX
[1
][0
] = "|<" ;
LBTN
[1
] =
newButton( x
, y
, w
, h
, LBTN_TX
[1
][0
] ) ;
x = GetComponentLocationRight
( LBTN
[1
] ) ;
LBTN_TX
[2
][0
] = ">|" ;
LBTN
[2
] =
newButton( x
, y
, w
, h
, LBTN_TX
[2
][0
] ) ;
// LBTN
[3
], reverse
x = GetComponentLocationRight
( LBTN
[0
] ) ;
y = GetComponentLocationLow
( LBTN
[2
] ) ;
w = 2*w ;
LBTN_TX
[3
][0
] = "時間反転" ;
LBTN
[3
] =
newButton( x
, y
, w
, h
, LBTN_TX
[3
][0
] ) ;
// LBTN
[4
], 進行速度
x = GetComponentLocationRight
( LBTN
[2
] ) ;
y =
getComponentLocation( LBTN
[2
] )[1
] ;
LBTN_TX
[4
][0
] = "進行速度" ;
LBTN
[4
] =
newButton( x
, y
, w
, h
, LBTN_TX
[4
][0
] ) ;
// LBTN
[5-9
], accel
x = GetComponentLocationRight
( LBTN
[2
] ) ;
y = GetComponentLocationLow
( LBTN
[2
] ) ;
w = w/2 ;
string accel
[ ] =
{ "0.5"
, "1.0"
, "2.0"
, "4.0"
, "8.0"
} ;
for ( int i=5; i<=9; i++
) {
LBTN_TX
[i
][0
] = accel
[i-5
] ;
LBTN
[i
] =
newButton(
x + w *
( i - 5
), y
, w
, h
, LBTN_TX
[i
][0
]
) ;
}
// 時間表示
x = GetComponentLocationRight
( LBTN
[4
] ) + w ;
y =
getComponentLocation( LBTN
[4
] )[1
] ;
w = 26 ;
LTXL
[0
] =
newTextLabel( x
, y
, w
, h
, " 0 "
) ;
setComponentColor( LTXL
[0
], 200
, 100
, 100
, 255
, c
[4
], c
[5
], c
[6
], c
[7
] ) ;
setComponentFontItalic( LTXL
[0
], true
) ;
x += w ;
w = 12 ;
LTXL
[1
] =
newTextLabel( x
, y
, w
, h
, "秒"
) ;
setComponentFontBold( LTXL
[1
], false
) ;
x += w + 24 ;
w =
getComponentSize( LTXL
[0
] )[1
] ;
string totaltime =
(string
)( (int
)( END_T - START_T
) ) ;
LTXL
[2
] =
newTextLabel( x
, y
, w
, h
, totaltime
) ;
setComponentFontBold( LTXL
[2
], false
) ;
setComponentFontItalic( LTXL
[2
], true
) ;
x +=
getComponentSize( LTXL
[0
] )[0
] ;
w =
getComponentSize( LTXL
[1
] )[0
] ;
LTXL
[3
] =
newTextLabel( x
, y
, w
, h
, "秒"
) ;
setComponentFontBold( LTXL
[3
], false
) ;
// LEXB
[0
], open option panel
w = 12*9 ;
x = GetComponentLocationRight
( LOW_PNL
) - w - 6 ;
y =
getComponentLocation( LBTN
[0
] )[1
] ;
LEXB
[0
] =
newButton( x
, y
, w
, h
, "パネル１ F9"
) ;
//LEXB
[1
], open side panel
y = GetComponentLocationLow
( LEXB
[0
] ) ;
LEXB
[1
] =
newButton( x
, y
, w
, h
, "パネル２ F8"
) ;
// 残りは生成配置後透明化
x = 0 ; y = 0 ; w = 0 ; h = 0 ;
LR_PNL =
newPanel( x
, y
, w
, h
, "low right panel"
) ;
SetComponentColor
( LR_PNL
, MAIN_WINDOW
) ;
addComponent( LR_PNL
, MAIN_WINDOW
) ;
setComponentVisible( LR_PNL
, false
) ;
x = 4 ; y = -3 ; w = 200 ; h = 18 ;
LCKB
[2
] =
newCheckBox(
x
, y
, w
, h
, "ＣＧ進行中の定角速度回転 s"
, false
) ;
y += h ; w = 100 - 16 ;
LCKB
[0
] =
newCheckBox( x
, y
, w
, h
, "循環 c"
, false
) ;
x += w ; w = 120 ;
LCKB
[1
] =
newCheckBox( x
, y
, w
, h
, "往復を続ける r"
, false
) ;
x = 8 ;
y += h ; w = 54 ;
LRTXL
[0
] =
newTextField( x
, y
, w
, h
, " 0.0"
) ;
setComponentFontBold( LRTXL
[0
], false
) ;
setComponentFontSize( LRTXL
[0
], 12
) ;
x += w + 2 ; w = 24 ;
LRTXL
[1
] =
newTextLabel( x
, y
, w
, h
, "秒で"
) ;
setComponentFontBold( LRTXL
[1
], false
) ;
x += w ; w = 100 ;
LCKB
[3
] =
newCheckBox( x
, y
, w
, h
, "一時停止"
, false
) ;
addComponent( INDI_PNL
, LOW_PNL
) ;
AddComponent
( INDICATOR
, INDI_PNL
) ;
SetComponentFontBold
( LEXB
, false
) ;
AddComponent
( LEXB
, LOW_PNL
) ;
SetComponentFontBold
( LBTN
, false
) ;
AddComponent
( LBTN
, LOW_PNL
) ;
AddComponent
( LTXL
, LOW_PNL
) ;
SetComponentFontBold
( LRTXL
, false
) ;
SetComponentColor
( LRTXL
, LR_PNL
) ;
AddComponent
( LRTXL
, LR_PNL
) ;
SetComponentFontBold
( LCKB
, false
) ;
SetComponentColor
( LCKB
, LR_PNL
) ;
AddComponent
( LCKB
, LR_PNL
) ;
SetComponentSizeY
( LOW_PNL
, GetComponentLocationLow
( LBTN
[3
] ) + s
) ;
SetComponentSizeY
( MAIN_WINDOW
,
GetComponentLocationLow
( LOW_PNL
) + TITLE_HEIGHT + 2 * BORDER
) ;
RefreshIndicator
() ;
}
void CompactLowPanel
( int delx
) {
ShiftComponentLocationX
( LOW_PNL
, delx
) ;
setComponentVisible ( LR_PNL
, false
) ;
}
void EnlargeLowPanel
( int delx
) {
int x = 4 ;
int y =
getComponentLocation( LOW_PNL
)[1
]
+
getComponentLocation( LBTN
[0
] )[1
] -2 ;
int w =
getComponentSize( SIDESCRL_PNL
)[0
] + 4 ;
int h =
getComponentSize( LBTN
[0
] )[1
] + 2 ;
SetComponent
( LR_PNL
, x
, y
, w
, h
) ;
ShiftComponentLocationX
( LOW_PNL
, delx
) ;
setComponentVisible ( LR_PNL
, true
) ;
}
void InitializeIndicator
() {
int n =
length( INDICATOR
) - 1 ;
int dispT = DEL_T *
( COUNT - START_C
) ;
int c
[ ] =
getComponentColor( MAIN_WINDOW
) ;
int cinc
[ 8
] =
{ 200
, 100
, 100
, 255
, c
[4
], c
[5
], c
[6
], c
[7
] } ;
int cdec
[ 8
] =
{ 100
, 100
, 200
, 255
, c
[4
], c
[5
], c
[6
], c
[7
] } ;
int cind
[ 8
] =
{ 180
, 180
, 180
, 255
, c
[4
], c
[5
], c
[6
], c
[7
] } ;
for ( int i=0; i<n; i++
) {
SetComponentColor
( INDICATOR
[i
], cind
) ;
setComponentText( INDICATOR
[i
], "=="
) ;
}
if ( INCREASE_COUNT
) {
SetComponentColor
( LTXL
[0
], cinc
) ;
if ( COUNT == START_C
) {
SetComponentColor
( INDICATOR
[0
], cinc
) ;
}
if ( COUNT == END_C
) {
SetComponentColor
( INDICATOR
[n
], cinc
) ;
}
setComponentText( LTXL
[0
], (string
)( dispT
) ) ;
setComponentText( LBTN
[0
], LBTN_TX
[0
][0
] ) ;
if ( COUNT == START_C
) {
setComponentText( INDICATOR
[0
], "＞"
) ;
} else if ( COUNT == END_C
) {
setComponentText( INDICATOR
[n
], "＞"
) ;
}
if ( KEEP_MOTION
) {
setComponentText( LBTN
[0
], LBTN_TX
[0
][1
] ) ;
}
if ( !KEEP_MOTION
) {
Movie
( o
, true
) ;
}
} else {
SetComponentColor
( LTXL
[0
], cdec
) ;
if ( COUNT == START_C
) {
SetComponentColor
( INDICATOR
[0
], cdec
) ;
}
if ( COUNT == END_C
) {
SetComponentColor
( INDICATOR
[n
], cdec
) ;
}
setComponentText( LTXL
[0
], (string
)( dispT
) ) ;
setComponentText( LBTN
[0
], LBTN_TX
[0
][0
] ) ;
if ( COUNT == START_C
) {
setComponentText( INDICATOR
[0
], "＜"
) ;
} else if ( COUNT == END_C
) {
setComponentText( INDICATOR
[n
], "＜"
) ;
}
if ( KEEP_MOTION
) {
setComponentText( LBTN
[0
], LBTN_TX
[0
][1
] ) ;
}
if ( !KEEP_MOTION
) {
Movie
( o
, true
) ;
}
}
}
void RefreshIndicator
() {
double t = a*
( COUNT - START_C
) /
( END_C - START_C
) ;
if ( t < o
) {
t = o ;
} else if ( t > a
) {
t = a ;
}
int n =
length( INDICATOR
) - 1 ;
int index = n * t ;
int c
[ ] =
getComponentColor( MAIN_WINDOW
) ;
for ( int i=0; i<=n; i++
) {
if ( i == index
) {
if ( INCREASE_COUNT
) {
setComponentColor( INDICATOR
[i
],
200
, 100
, 100
, 255
, c
[4
], c
[5
], c
[6
], c
[7
]
) ;
setComponentText( INDICATOR
[i
], "＞"
) ;
} else {
setComponentColor( INDICATOR
[i
],
100
, 100
, 200
, 255
, c
[4
], c
[5
], c
[6
], c
[7
]
) ;
setComponentText( INDICATOR
[i
], "＜"
) ;
}
} else {
setComponentColor( INDICATOR
[i
],
180
, 180
, 180
, 255
, c
[4
], c
[5
], c
[6
], c
[7
]
) ;
setComponentText( INDICATOR
[i
], "=="
) ;
}
}
}
void SetPauseCount
() {
string s_t =
getComponentText( LRTXL
[0
] ) ;
double pt = feval
( s_t
) ;
int c = 2 * pt * FPS ;
c =
( c /
(int
)( 2^ACCEL
) ) *
(int
)( 2^ACCEL
) ;
PAUSE_C = START_C + c ;
pt = c * DEL_T ;
string s = pt ;
if ( lengthOf( s
) > 8
) {
s =
substring( s
, 0
, 8
) ;
}
setComponentText( LRTXL
[0
], s
) ;
CIRCULATIVE_MOTION = false ;
setComponentState( LCKB
[0
], false
) ;
RECIPROCATIVE_MOTION = false ;
setComponentState( LCKB
[1
], false
) ;
}
/* CONTROLPANEL */
bool SIDE_PANEL_OPENED = false ;
void UnvisualizeSidePanel
() {
int delx =
getComponentSize( MAIN_DISPLAY_LABEL
)[0
]
-
getComponentSize( MAIN_WINDOW
)[0
] + 2*BORDER ;
ShiftComponentSizeX
( MAIN_WINDOW
, delx
) ;
SetComponentLocationX
( MAIN_DISPLAY_LABEL
, 0
) ;
ShiftComponentLocationX
( MAIN_WINDOW
, -delx
) ;
setComponentVisible( SBTN_G1
, false
) ;
setComponentVisible( SIDESCRL_PNL
, false
) ;
CompactLowPanel
( delx
) ;
if ( OPP01_CREATED
) {
SetComponentLocationX
( OPP01
, 4
) ;
}
}
void VisualizeSidePanel
( int pw
) {
ShiftComponentLocationX
( MAIN_WINDOW
, -pw
) ;
SetComponentLocationX
( MAIN_DISPLAY_LABEL
, pw
) ;
ShiftComponentSizeX
( MAIN_WINDOW
, pw
) ;
setComponentVisible( SBTN_G1
, true
) ;
setComponentVisible( SIDESCRL_PNL
, true
) ;
if ( OPP01_CREATED
) {
SetComponentLocationX
( OPP01
, pw
) ;
}
int comps = 6
, s = 4 ;
int x = 0
, y = 0
, w = pw - 2*s
, h = 30 ;
x = 0 ; y = 0 ;
SetComponent
( PROGRAM_BTN
, x
, y
, w
, h
) ;
y += h ;
SetComponent
( COMMAND_BTN
, x
, y
, w
, h
) ;
y += h ;
SetComponent
( AXISSETTING_BTN
, x
, y
, w
, h
) ;
y += h ;
SetComponent
( OPTION_BTN
, x
, y
, w
, h
) ;
w = 12*9 + 34 ; y += h ;
SetComponent
( ABOUTPROGRAM_BTN
, x
, y
, w
, h
) ;
x += w ;
w = pw - 2*s - w ;
SetComponent
( CLOSESIDEPNL_BTN
, x
, y
, w
, h
) ;
w = pw - 2*s ;
SetComponent
(
SBTN_G1
, s
, s
, w
, GetComponentLocationLow
( ABOUTPROGRAM_BTN
) + s
) ;
x = s ; y = s ; w = w - 4*s ; h = 20 ;
SetComponent
( ATXL
[0
], x
, y
, w/2
, h
) ;
x += w/2 ;
SetComponent
( ABTN
, x
, y
, 58
, h
) ;
x = s ;
y += h + s ;
SetComponent
( ACKB
[0
], x
, y
, w
, h
) ;
y += h + s ;
int ck1w = w / 2 ;
SetComponent
( ACKB
[1
], x
, y
, ck1w
, h
) ;
SetComponent
( ACKB
[2
], x + ck1w
, y
, ck1w
, h
) ;
y += h + s ;
SetComponent
( ACKB
[3
], x
, y
, ck1w
, h
) ;
SetComponent
( ACKB
[4
], x + ck1w
, y
, ck1w
, h
) ;
y += h + s ;
SetComponent
( ACKB
[5
], x
, y
, ck1w
, h
) ;
SetComponent
( ACKB
[6
], x + ck1w
, y
, ck1w
, h
) ;
SetComponent
(
AXS_PNL
, 0
, 0
, pw
, GetComponentLocationLow
( ACKB
[6
] ) + s
) ;
x = s ; y = s ;
SetComponent
( ROT1_TL
[0
], x
, y
, w
, h
) ;
x += s ; y += h + s ; w = 82 ;
SetComponent
( ROT1_ED_OPB
[0
], x
, y
, w
, h
) ;
x += w + 2 ;
SetComponent
( ROT1_TL
[1
], x
, y
, w
, h
) ;
x = 2*s ; y += h + s ; w = pw - 2*s ;
SetComponent
( ROT1_CB
[0
], x
, y
, w
, h
) ;
x = 2*s ; y += h ;
SetComponent
( ROT1_CB
[1
], x
, y
, w
, h
) ;
y += h + 2*s ; w = 60 + s ; h = 18 ;
SetComponent
( ROT1_SF
[0
], x
, y
, w
, h
) ;
x += w + 6*s ; w = pw - x - 8*s ; h = 30 ;
SetComponent
( ROT1_BT
[0
], x
, y
, w
, h
) ;
h = 18 ; x = 2*s ; y += h + 2*s ; w = 60 + s - 6 ; h += 2 ;
SetComponent
( ROT1_TF
[0
], x
, y
, w
, h
) ;
x += w ; w = 12 ; h = 18 ;
SetComponent
( ROT1_TLD
[0
], x
, y
, w
, h
) ;
x =
getComponentLocation( ROT1_BT
[0
] )[0
] ;
y += s ; w = 84 ; h = 16 ;
SetComponent
( ROT1_TLA
[0
], x
, y
, w
, h
) ;
x = 2*s ; w = 60 + s ; h = 18 ;
y = GetComponentLocationLow
( ROT1_TF
[0
] ) + 2*s ;
SetComponent
( ROT1_SF
[1
], x
, y
, w
, h
) ;
x += w + 6*s ; w = pw - x - 8*s ; h = 30 ;
SetComponent
( ROT1_BT
[1
], x
, y
, w
, h
) ;
h = 18 ; x = 2*s ; y += h + 2*s ; w = 60 + s - 6 ; h += 2 ;
SetComponent
( ROT1_TF
[1
], x
, y
, w
, h
) ;
x += w ; w = 12 ; h = 18 ;
SetComponent
( ROT1_TLD
[1
], x
, y
, w
, h
) ;
x =
getComponentLocation( ROT1_BT
[0
] )[0
] ;
y += s ; w = 84 ; h = 16 ;
SetComponent
( ROT1_TLA
[1
], x
, y
, w
, h
) ;
x = 2*s ; w = 60 + s ; h = 18 ;
y = GetComponentLocationLow
( ROT1_TF
[1
] ) + 2*s ;
SetComponent
( ROT1_SF
[2
], x
, y
, w
, h
) ;
x += w + 6*s ; w = pw - x - 8*s ; h = 30 ;
SetComponent
( ROT1_BT
[2
], x
, y
, w
, h
) ;
h = 18 ; x = 2*s ; y += h + 2*s ; w = 60 + s - 6 ; h += 2 ;
SetComponent
( ROT1_TF
[2
], x
, y
, w
, h
) ;
x += w ; w = 12 ; h = 18 ;
SetComponent
( ROT1_TLD
[2
], x
, y
, w
, h
) ;
x =
getComponentLocation( ROT1_BT
[0
] )[0
] ;
y += s ; w = 84 ; h = 16 ;
SetComponent
( ROT1_TLA
[2
], x
, y
, w
, h
) ;
h = 18 ; x = 2*s ; h = 30 ;
y = GetComponentLocationLow
( ROT1_TF
[2
] ) + 2*s ;
w = GetComponentLocationRight
( ROT1_BT
[2
] )
-
getComponentLocation( ROT1_SF
[2
] )[0
] ;
SetComponent
( ROT1_BT
[3
], x
, y
, w
, h
) ;
y += h ;
SetComponent
( ROT1_EULERANGLE_RESET_BT
, x
, y
, w
, h
) ;
y += h ;
SetComponent
( CAMERA_RESET_BT
, x
, y
, w
, h
) ;
SetComponent
( ROT_CTRL_PNL
,
0
, GetComponentLocationLow
( AXS_PNL
),
getComponentSize( AXS_PNL
)[0
],
GetComponentLocationLow
( CAMERA_RESET_BT
) + s
) ;
SetComponent
(
SIDESCRLAREA_PNL
, 0
, 0
, pw - 22
,
GetComponentLocationLow
( ROT_CTRL_PNL
)
) ;
SetComponent
( SIDESCRL_PNL
,
s
, GetComponentLocationLow
( SBTN_G1
),
getComponentSize( PROGRAM_BTN
)[0
],
getComponentSize( MAIN_WINDOW
)[1
] -
( TITLE_HEIGHT + 2*BORDER
)
- GetComponentLocationLow
( SBTN_G1
)
-
getComponentSize( LOW_PNL
)[1
]
+
getComponentSize( INDI_PNL
)[1
] / 2
) ;
EnlargeLowPanel
( pw
) ;
}
void CreateSidePanel
( int panelw
) {
int y
, compareaspace = 6
, compspace = 4 ;
// CommandPanel y
CreateSideButtonGroup1
( 0
, 0
, 0
, 0
) ;
y =
getComponentLocation( SBTN_G1
)[1
]
+
getComponentSize( SBTN_G1
)[1
] ; // + compareaspace ; // Side scroll y
CreateSideScrollPanel
( 0
, 0
, 0
, 0
) ;
y =
getComponentLocation( SIDESCRL_PNL
)[1
]
+
getComponentSize( SIDESCRL_PNL
)[1
] + compareaspace ; // AxixPanel y
CreateAxisPanel
( 0
, 0
, compareaspace
, compspace/2
) ;
y =
getComponentLocation( AXS_PNL
)[1
]
+
getComponentSize( AXS_PNL
)[1
] + compareaspace ; // RotationPanel y
CreateRotationPanel
( 0
, y
, compareaspace
, compspace
) ;
}
int SBTN_G1 ; // command
, setting button等の group
int PROGRAM_BTN ; // program window を開くボタン
int COMMAND_BTN ; // command window を開くボタン
int AXISSETTING_BTN ; // axis setting window を開くボタン
int OPTION_BTN ; // ライト、背景色などの設定を開くボタン
int ABOUTPROGRAM_BTN ; // このプログラムについてを開くボタン
int CLOSESIDEPNL_BTN ;
void CreateSideButtonGroup1
( int pw
, int py
, int compas
, int s
) {
int x = 0
, y = 0
, w = 0
, h = 0 ;
SBTN_G1 =
newPanel( x
, y
, w
, h
, "side button group1"
) ;
addComponent( SBTN_G1
, MAIN_WINDOW
) ;
PROGRAM_BTN =
newButton(
x
, y
, w
, h
, "プログラムの記述と実行 F12"
) ;
COMMAND_BTN =
newButton(
x
, y
, w
, h
, "式、変数、関数の計算 F11"
) ;
AXISSETTING_BTN =
newButton(
x
, y
, w
, h
, "座標系関連の設定 F10"
) ;
OPTION_BTN =
newButton(
x
, y
, w
, h
, "その他（パネル１） F9"
) ;
ABOUTPROGRAM_BTN =
newButton(
x
, y
, w
, h
, "このＣＧについて"
) ;
CLOSESIDEPNL_BTN =
newButton(
x
, y
, w
, h
, "Ｘ"
) ;
setComponentFontBold( PROGRAM_BTN
, false
) ;
addComponent( PROGRAM_BTN
, SBTN_G1
) ;
setComponentFontBold( COMMAND_BTN
, false
) ;
addComponent( COMMAND_BTN
, SBTN_G1
) ;
setComponentFontBold( OPTION_BTN
, false
) ;
addComponent( OPTION_BTN
, SBTN_G1
) ;
setComponentFontBold( AXISSETTING_BTN
, false
) ;
addComponent( AXISSETTING_BTN
, SBTN_G1
) ;
setComponentFontBold( ABOUTPROGRAM_BTN
, false
) ;
addComponent( ABOUTPROGRAM_BTN
, SBTN_G1
) ;
addComponent( CLOSESIDEPNL_BTN
, SBTN_G1
) ;
}
int SIDESCRL_PNL ; // scroll panel
int SIDESCRLAREA_PNL ;
void CreateSideScrollPanel
( int pw
, int py
, int comps
, int s
) {
int x = 0
, y = 0
, w = 0
, h = 0 ;
SIDESCRL_PNL =
newScrollPanel( x
, y
, w
, h
, "side scroll panel"
) ;
addComponent( SIDESCRL_PNL
, MAIN_WINDOW
) ;
SIDESCRLAREA_PNL =
newPanel( x
, y
, w
, h
, "side scroll area panel"
) ;
setComponentColor( SIDESCRLAREA_PNL
,
51
, 51
, 51
, 255
, 255
, 255
, 255
, 255
) ;
addComponent( SIDESCRLAREA_PNL
, SIDESCRL_PNL
) ;
}
int AXS_PNL ;
int ACKB
[ 7
], ATXL
[ 1
], ABTN ;
void CreateAxisPanel
( int pw
, int axispanely
, int compareas
, int comps
) {
int c
[ ] =
{ 51
, 51
, 51
, 255
, 230
, 230
, 250
, 255
} ;
int x = 0
, y = 0
, w = 0
, h = 0 ;
AXS_PNL =
newPanel( x
, y
, w
, h
, "axis_panel"
) ;
addComponent( AXS_PNL
, SIDESCRLAREA_PNL
) ;
SetComponentColor
( AXS_PNL
, c
) ;
ATXL
[0
] =
newTextLabel(
x
, y
, w
, h
, "座標軸の表示"
) ;
ABTN =
newButton( x
, y
, 58
, h
, "設定"
) ;
ACKB
[0
] =
newCheckBox(
x
, y
, w
, h
, "ワールド座標系"
, false
) ;
ACKB
[1
] =
newCheckBox(
x
, y
, w
, h
, "座標系１"
, false
) ;
ACKB
[2
] =
newCheckBox(
x
, y
, w
, h
, "座標系２"
, false
) ;
ACKB
[3
] =
newCheckBox(
x
, y
, w
, h
, "座標系３"
, false
) ;
ACKB
[4
] =
newCheckBox(
x
, y
, w
, h
, "座標系Ａ"
, false
) ;
ACKB
[5
] =
newCheckBox(
x
, y
, w
, h
, "座標系Ｂ"
, false
) ;
ACKB
[6
] =
newCheckBox(
x
, y
, w
, h
, "座標系Ｃ"
, false
) ;
SetComponentFontBold
( ACKB
, false
) ;
SetComponentColor
( ACKB
, c
) ;
AddComponent
( ACKB
, AXS_PNL
) ;
SetComponentFontBold
( ATXL
, false
) ;
SetComponentColor
( ATXL
, c
) ;
AddComponent
( ATXL
, AXS_PNL
) ;
setComponentFontBold( ABTN
, false
) ;
addComponent( ABTN
, AXS_PNL
) ;
}
int ROT_CTRL_PNL ; // rotation control panel
int CAMERA_RESET_BT ; // カメラリセットボタン
int ROT1_SF
[ 3
] ; // 簡略回転設定セレクトフィールド
int ROT1_TF
[ 3
] ; // 簡略角度設定フィールド
int ROT1_TLD
[ 3
] ; // deg 表示
int ROT1_TLA
[ 3
] ; // 現在 deg 表示
int ROT1_BT
[ 4
] ; // 簡略回転開始ボタン
int ROT1_ED_OPB
[ 1
] ; // 簡略設定を開くボタン
int ROT1_TL
[ 2
] ; // その他のラベル
int ROT1_CB
[ 2
] ; // default の適用、角度指定の仕方
int ROT1_EULERANGLE_RESET_BT ; // 座標系姿勢リセット
bool ROT1_USE_DFLT = true ;
bool ROT1_USE_WRITTEN_VALUE = true ;
void CreateRotationPanel
( int pw
, int py
, int compas
, int s
) {
int c
[ ] =
{ 51
, 51
, 51
, 255
, 245
, 230
, 245
, 255
} ;
int x = 0
, y = 0
, w = 0
, h = 0 ;
ROT_CTRL_PNL =
newPanel( x
, y
, w
, h
, "rot control panel"
) ;
SetComponentColor
( ROT_CTRL_PNL
, c
) ;
addComponent( ROT_CTRL_PNL
, SIDESCRLAREA_PNL
) ;
ROT1_TL
[0
] =
newTextLabel( x
, y
, w
, h
,
"座標系の回転"
) ;
ROT1_ED_OPB
[0
] =
newButton( x
, y
, w
, h
,
"簡略設定"
) ;
ROT1_TL
[1
] =
newTextLabel( x
, y
, w
, h
,
"に基づく操作"
) ;
ROT1_CB
[0
] =
newCheckBox( x
, y
, w
, h
,
"座標系と回転軸は既定値"
, ROT1_USE_DFLT
) ;
ROT1_CB
[1
] =
newCheckBox( x
, y
, w
, h
,
"回転角は入力値優先"
, ROT1_USE_WRITTEN_VALUE
) ;
string s1
[ ] =
{ "回転１"
, "回転２"
, "回転３"
,
"回転４"
, "回転５"
, "回転６"
} ;
ROT1_SF
[0
] =
newSelectField( x+100
, y
, w
, h
, s1
) ;
string sstart = "開始 1" ;
ROT1_BT
[0
] =
newButton( x
, y
, w
, h
, sstart
) ;
string sang = "360" ;
ROT1_TF
[0
] =
newTextField( x
, y
, w
, h
, sang
) ;
string sdeg = "°" ;
ROT1_TLD
[0
] =
newTextLabel( x
, y
, w
, h
, sdeg
) ;
ROT1_TLA
[0
] =
newTextLabel( x
, y
, w
, h
, ""
) ;
ROT1_SF
[1
] =
newSelectField( x
, y
, w
, h
, s1
) ;
setComponentText( ROT1_SF
[1
], "回転２"
) ;
sstart = "開始 2" ;
ROT1_BT
[1
] =
newButton( x
, y
, w
, h
, sstart
) ;
ROT1_TF
[1
] =
newTextField( x
, y
, w
, h
, sang
) ;
ROT1_TLD
[1
] =
newTextLabel( x
, y
, w
, h
, sdeg
) ;
ROT1_TLA
[1
] =
newTextLabel( x
, y
, w
, h
, ""
) ;
ROT1_SF
[2
] =
newSelectField( x
, y
, w
, h
, s1
) ;
setComponentText( ROT1_SF
[2
], "回転３"
) ;
sstart = "開始 3" ;
ROT1_BT
[2
] =
newButton( x
, y
, w
, h
, sstart
) ;
ROT1_TF
[2
] =
newTextField( x
, y
, w
, h
, sang
) ;
ROT1_TLD
[2
] =
newTextLabel( x
, y
, w
, h
, sdeg
) ;
ROT1_TLA
[2
] =
newTextLabel( x
, y
, w
, h
, ""
) ;
sstart = "３つを同時に開始 t" ;
ROT1_BT
[3
] =
newButton( x
, y
, w
, h
, sstart
) ;
string eareset = "回転操作前へ戻す 0" ;
ROT1_EULERANGLE_RESET_BT =
newButton( x
, y
, w
, h
, eareset
) ;
setComponentFontSize( ROT1_EULERANGLE_RESET_BT
, 12
) ;
string rset = "他の状態を初期化 i" ;
CAMERA_RESET_BT =
newButton( x
, y
, w
, h
, rset
) ;
SetComponentFont
( ROT1_BT
, 14
, false
) ;
AddComponent
( ROT1_BT
, ROT_CTRL_PNL
) ;
setComponentFontSize( ROT1_BT
[3
], 12
) ;
AddComponent
( ROT1_SF
, ROT_CTRL_PNL
) ;
SetComponentFont
( ROT1_TF
, 16
, false
) ;
AddComponent
( ROT1_TF
, ROT_CTRL_PNL
) ;
SetComponentFont
( ROT1_TLD
, 16
, false
) ;
AddComponent
( ROT1_TLD
, ROT_CTRL_PNL
) ;
SetComponentFont
( ROT1_TLA
, 11
, false
) ;
SetComponentFontItalic
( ROT1_TLA
, true
) ;
AddComponent
( ROT1_TLA
, ROT_CTRL_PNL
) ;
SetComponentColor
( ROT1_CB
, c
) ;
SetComponentFontBold
( ROT1_CB
, false
) ;
AddComponent
( ROT1_CB
, ROT_CTRL_PNL
) ;
SetComponentFontBold
( ROT1_TL
, false
) ;
AddComponent
( ROT1_TL
, ROT_CTRL_PNL
) ;
SetComponentFontBold
( ROT1_ED_OPB
, false
) ;
AddComponent
( ROT1_ED_OPB
, ROT_CTRL_PNL
) ;
setComponentFontBold( ROT1_EULERANGLE_RESET_BT
, false
) ;
addComponent( ROT1_EULERANGLE_RESET_BT
, ROT_CTRL_PNL
) ;
setComponentFontBold( CAMERA_RESET_BT
, false
) ;
addComponent( CAMERA_RESET_BT
, ROT_CTRL_PNL
) ;
}
bool ROTATE_SYSTEMS = false ;
bool ROTATE1
[ ] =
{ false
, false
, false
} ;
int END_ROT_COUNT1
[ ] =
{ 0
, 0
, 0
} ;
int ROTATION_TYPE
[ ] =
{ 0
, 0
, 0
} ; // rotX
, rotY
, rotZ
, spnX
, spinY
, spinZ
int ROT1_BT_INDEX
[ ] =
{ 0
, 0
, 0
} ; // ROT1_BT
[x
]がどのAXISが配置さている座標系に回転をほどこすか
double ANGLE1_PF
[ ] =
{ o
, o
, o
} ;
double DEG
[ ] =
{ o
, o
, o
} ;
void ControlRotation
( int buttonid
) { // 回転ボタンが押されたときに呼び出される関数
string s_rkind
[ 3
], s_system
[ 3
], s_ax
[ 3
], s_deg
[ 3
] ;
int i = 0
, j = 0
, k = 0 ;
while ( buttonid != ROT1_BT
[i
] ) {
i ++ ;
if ( i >=
length( ROT1_BT
, 0
) ) {
exit() ;
}
}
string s1
[ ] =
{
"回転１"
, "回転２"
, "回転３"
,
"回転４"
, "回転５"
, "回転６"
} ;
string s2
[ ] =
{
"親座標系のｘ軸"
, "親座標系のｙ軸"
, "親座標系のｚ軸"
} ;
if ( i < 3
) {
if ( ROT1_USE_DFLT
) {
setComponentText( ROT1_SF
[i
], s1
[i
] ) ;
s_ax
[i
] = s2
[i
] ;
ROT1_BT_INDEX
[i
] = i ;
} else {
s_rkind
[i
] =
getComponentText( ROT1_SF
[i
] ) ;
while ( s_rkind
[i
] != s1
[j
] ) {
j ++ ; // 回転
(j+1
)
if ( j >=
length( s1
, 0
) ) {
exit() ;
}
}
s_system
[i
] =
getComponentText( RE_SF10
[j
] ) ;
s_ax
[i
] =
getComponentText( RE_SF11
[j
] ) ;
string s
[ ] =
{
"座標系１"
, "座標系２"
, "座標系３"
,
"座標系Ａ"
, "座標系Ｂ"
, "座標系Ｃ"
} ;
while ( s_system
[i
] != s
[k
] ) {
k++ ;
if ( k >=
length( s
, 0
) ) {
exit() ;
}
}
ROT1_BT_INDEX
[i
] = k ; // ボタンiがどの座標系を回すか
}
if ( ROT1_USE_WRITTEN_VALUE
) {
s_deg
[i
] =
getComponentText( ROT1_TF
[i
] ) ;
} else {
s_deg
[i
] =
replace(
getComponentText( RE_SF12
[j
] ), "°"
, ""
) ;
}
string ch =
charAt( s_ax
[i
], 5
) ;
bool parent = startsWith
( s_ax
[i
], "親"
) ;
if ( parent
) {
if ( ch == "ｘ"
) {
ROTATION_TYPE
[i
] = 0 ;
} else if ( ch == "ｙ"
) {
ROTATION_TYPE
[i
] = 1 ;
} else if ( ch == "ｚ"
) {
ROTATION_TYPE
[i
] = 2 ;
}
} else {
if ( ch == "ｘ"
) {
ROTATION_TYPE
[i
] = 3 ;
} else if ( ch == "ｙ"
) {
ROTATION_TYPE
[i
] = 4 ;
} else if ( ch == "ｚ"
) {
ROTATION_TYPE
[i
] = 5 ;
}
}
if ( ROT_COUNT1
[i
] == 0
) {
DEG
[i
] = feval
( s_deg
[i
] ) ;
double x = DEG
[i
] / 360 ;
if ( x < o
) {
x = -x ;
}
if ( x > 1
) {
alert(
"角度の絶対値は360°まで"
,
"同一回転３つの重ね合わせで最大1080°"
) ;
} else if ( x == o
) {
} else {
double y =
( x *
( 2 - x
) )^
(a/2
) ;
END_ROT_COUNT1
[i
] =
(int
)( FPS * 4 * y * 2^
( 1 - ACCEL
) ) ;
ANGLE1_PF
[i
] =
( DEG
[i
] / END_ROT_COUNT1
[i
] ) * PI/180 ;
ROTATE1
[i
] = true ;
ROTATE_SYSTEMS = true ;
setComponentText( ROT1_TF
[i
], (string
)( DEG
[i
] ) ) ;
string s = "停止 " +
( i + 1
) ;
setComponentText( ROT1_BT
[i
], s
) ;
setComponentText( ROT1_BT
[3
], "待機中・・・"
) ;
}
} else if ( ROT_COUNT1
[i
] > 0
) {
if( ROTATE1
[i
] ) {
ROTATE1
[i
] = false ;
ROTATE_SYSTEMS = ROTATE1
[0
] || ROTATE1
[1
] || ROTATE1
[2
] ;
string s = "再開 " +
( i + 1
) ;
setComponentText( ROT1_BT
[i
], s
) ;
string ang
=
(string
)( ROT_COUNT1
[i
] * ANGLE1_PF
[i
] * 180 / PI
) ;
setComponentText( ROT1_TLA
[i
], "@" + ang
) ;
} else if ( ! ROTATE1
[i
] ) {
setComponentText( ROT1_TF
[i
], (string
)( DEG
[i
] ) ) ;
string s = "停止 " +
( i + 1
) ;
setComponentText( ROT1_BT
[i
], s
) ;
ROTATE1
[i
] = true ;
ROTATE_SYSTEMS = true ;
}
}
} else if ( i == 3
) { // ３つ同時
if ( ! ROTATE_SYSTEMS
) {
string st ;
for ( int n=0; n<
length( ROT1_BT
, 0
); n++
) {
if ( n < 3
) {
st = "停止 " +
( n + 1
) ;
if ( ROT1_USE_DFLT
) {
setComponentText( ROT1_SF
[n
], s1
[n
] ) ;
s_ax
[n
] = s2
[n
] ;
ROT1_BT_INDEX
[n
] = n ;
} else {
s_rkind
[n
] =
getComponentText( ROT1_SF
[n
] ) ;
j = 0 ;
while ( s_rkind
[n
] != s1
[j
] ) {
j ++ ; // 回転
(j+1
)
if ( j >=
length( s1
, 0
) ) {
exit() ;
}
}
s_system
[n
] =
getComponentText( RE_SF10
[j
] ) ;
s_ax
[n
] =
getComponentText( RE_SF11
[j
] ) ;
string s
[ ] =
{
"座標系１"
, "座標系２"
, "座標系３"
,
"座標系Ａ"
, "座標系Ｂ"
, "座標系Ｃ"
} ;
k = 0 ;
while ( s_system
[n
] != s
[k
] ) {
k++ ;
if ( k >=
length( s
, 0
) ) {
exit() ;
}
}
ROT1_BT_INDEX
[n
] = k ; // ボタンiがどの座標系を回すか
}
if ( ROT1_USE_WRITTEN_VALUE
) {
s_deg
[n
] =
getComponentText( ROT1_TF
[n
] ) ;
} else {
s_deg
[n
] =
replace(
getComponentText( RE_SF12
[j
] ), "°"
, ""
) ;
}
string ch =
charAt( s_ax
[n
], 5
) ;
bool parent = startsWith
( s_ax
[n
], "親"
) ;
if ( parent
) {
if ( ch == "ｘ"
) {
ROTATION_TYPE
[n
] = 0 ;
} else if ( ch == "ｙ"
) {
ROTATION_TYPE
[n
] = 1 ;
} else if ( ch == "ｚ"
) {
ROTATION_TYPE
[n
] = 2 ;
}
} else {
if ( ch == "ｘ"
) {
ROTATION_TYPE
[n
] = 3 ;
} else if ( ch == "ｙ"
) {
ROTATION_TYPE
[n
] = 4 ;
} else if ( ch == "ｚ"
) {
ROTATION_TYPE
[n
] = 5 ;
}
}
if ( ROT_COUNT1
[n
] == 0
) {
DEG
[n
] = feval
( s_deg
[n
] ) ;
double x = DEG
[n
] / 360 ;
if ( x < o
) {
x = -x ;
}
if ( x > 1
) {
alert(
"角度の絶対値は360°まで"
,
"同一回転３つの重ね合わせで最大1080°"
) ;
} else if ( x == o
) {
st = "待機中" ;
} else {
double y =
( x *
( 2 - x
) )^
(a/2
) ;
END_ROT_COUNT1
[n
]
=
(int
)( FPS * 4 * y * 2^
( 1 - ACCEL
) ) ;
ANGLE1_PF
[n
]
=
( DEG
[n
] / END_ROT_COUNT1
[n
] ) * PI/180 ;
setComponentText( ROT1_TF
[n
], (string
)( DEG
[n
] ) ) ;
ROTATE1
[n
] = true ;
}
}
} else {
st = "待機中・・・" ;
}
setComponentText( ROT1_BT
[n
], st
) ;
}
ROTATE_SYSTEMS = true ;
}
}
}
void SidePanel
() {
if ( OTHER_ACTIONS
) {
alert( "待機中"
) ;
} else {
string args
[ 0
] ;
string program ;
if ( SIDE_PANEL_OPENED
) {
program
= "UnvisualizeSidePanel
() ;"
+ "OTHER_ACTIONS = false ;"
+ "SIDE_PANEL_OPENED = false ;"
;
} else {
program
= "VisualizeSidePanel
( 206
) ;"
+ "OTHER_ACTIONS = false ;"
+ "SIDE_PANEL_OPENED = true ;"
;
}
override( "Action1"
, args
, program
) ;
OTHER_ACTIONS = true ;
}
}
/* COMMANDWINDOW */
int CMW01 ;
int CTXA
[ 2
] ;
int CTAL
[ 2
] ; // text area 用のテキストラベル
int CSLF
[ 1
] ;
string CSFTX0
[ ] =
{
"座標系１"
, "座標系２"
, "座標系３"
, "座標系Ａ"
, "座標系Ｂ"
, "座標系Ｃ"
} ;
int CTXF
[ 1
] ;
int CTXL
[ 4
] ;
int CBTN
[ 7
] ;
int CCKB
[ 2
] ;
int LFB ; //
lf() button
int COPYB
, MOVEB
, CPADB
, MVADB ;
bool KEEP_TXA0 = true ;
bool CMW01_CREATED = false ;
void CreateCommadWindow
() {
int mwx
[ ] =
getComponentLocation( MAIN_WINDOW
) ;
int mws
[ ] =
getComponentSize( MAIN_WINDOW
) ;
int cww = 600 ;
int cwx
[ ] =
{ mwx
[0
] +
( mws
[0
] - cww
) + 2*30
, mwx
[1
] + 2*30
} ;
int cws
[ ] =
{ 600
, mws
[1
] - 50 - 220
} ;
int width = 250 ;
int height = 30 ;
int space = 12 ;
int s = 4 ;
int btnw =
( cws
[0
]-15
) / 2 - 2*space - 5 ;
int cwh = cws
[1
] - 36 ;
CMW01 =
newWindow( cwx
[0
], cwx
[1
], cws
[0
], cws
[1
], "コマンドウィンドウ"
) ;
// CTAL
[0
]
int tlx =
( cws
[0
]-15
) / 2 -space
, tly = space ;
int tlw = 200
, tlh = 20 ;
CTAL
[0
] =
newTextLabel(
tlx
, tly
, tlw
, tlh
, "取得内容"
) ;
// CTXA
[0
]
int txa0w =
( cws
[0
]-15
) / 2
, txa0h = 3*cwh / 5 ;
CTXA
[0
] =
newTextArea(
tlx
, tly + tlh
,
txa0w
, txa0h
, ""
) ;
// CTAL
[1
]
CTAL
[1
] =
newTextLabel(
tlx
, tly + tlh + txa0h + space
, tlw
, tlh
, "メモ"
) ;
// CTXA
[1
]
int yr =
year(), mt =
month(), dy =
day(), hr =
hour(), mn =
minute(), sd =
second() ;
string text = "vcssl "
+ yr + "-" + mt + "-" + dy + "-" + hr + ":" + mn + ":" + sd ;
CTXA
[1
] =
newTextArea(
tlx
, tly + 2*tlh + txa0h + space
,
txa0w
, cwh - 3 * space - 2*tlh - txa0h
, text
) ;
// CTXL
, BTN
int y = tly - 5 ;
CTXL
[0
] =
newTextLabel( space
, y
, width
, height
,
"以下の情報や値を取得して表示します"
) ;
y += height ;
CBTN
[0
] =
newButton( space
, y
, btnw
, height
,
"アニメーション情報、変数初期値"
) ;
y += height ;
CBTN
[1
] =
newButton( space
, y
, btnw
, height
,
"アニメーション現在情報"
) ;
y += height + space ;
int txl2h = height + space ;
int txl2w = 72 + s ;
CSLF
[0
] =
newSelectField( space
, y
, txl2w
, txl2h
,
CSFTX0
) ;
CTXL
[1
] =
newTextLabel( space + txl2w + 4
, y
, width - txl2w
, height
,
"に関して、親座標系から見た"
) ;
y += height - 5 ;
CBTN
[2
] =
newButton( space
, y
, btnw
, height
,
"Euler 角 α
, β
, γ"
) ;
y += height ;
CBTN
[3
] =
newButton( space
, y
, btnw
, height
,
"原点座標
( ｘ
, ｙ
, ｚ
)"
) ;
y += height + space ;
CTXL
[2
] =
newTextLabel( space
, y
, width
, height
,
"式の計算結果や変数値、関数値を求めます"
) ;
y += height ;
CTXF
[0
] =
newTextField( space
, y
, btnw
, height
,
"ここへ変数、数式、関数式を記述"
) ;
y += height + space/2 ;
CBTN
[4
] =
newButton( space
, y
, btnw
, height
, "計算実行"
) ;
y += height + space ;
CTXL
[3
] =
newTextLabel( space
, y
, width
, height
,
"その他のコマンドの実行"
) ;
y += height ;
CBTN
[5
] =
newButton( space
, y
, btnw
, height
, "VCSSLコンソールを開く"
) ;
y += height ;
CBTN
[6
] =
newButton( space
, y
, btnw
, height
, "VCSSLコンソールへ取得内容を表示"
) ;
for ( int i=0; i<
length( CTAL
); i ++
) {
setComponentFontBold( CTAL
[i
], false
) ;
addComponent( CTAL
[i
], CMW01
) ;
}
for ( int i=0; i<
length( CTXA
); i++
) {
setComponentFontSize( CTXA
[i
], 16
) ;
setComponentFontBold( CTXA
[i
], false
) ;
addComponent( CTXA
[i
], CMW01
) ;
}
for ( int i=0; i<
length( CTXF
); i++
) {
setComponentFontSize( CTXF
[i
], 14
) ;
setComponentFontBold( CTXF
[i
], false
) ;
addComponent( CTXF
[i
], CMW01
) ;
}
for ( int i=0; i<
length( CSLF
); i++
) {
addComponent( CSLF
[i
], CMW01
) ;
}
for ( int i=0; i<
length( CBTN
); i++
) {
setComponentFontBold( CBTN
[i
], false
) ;
addComponent( CBTN
[i
], CMW01
) ;
}
for ( int i=0; i<
length( CTXL
); i++
) {
setComponentFontBold( CTXL
[i
], false
) ;
addComponent( CTXL
[i
], CMW01
) ;
}
}
void OpenCommandWindow
() {
int mwx
[ ] =
getComponentLocation( MAIN_WINDOW
) ;
int mws
[ ] =
getComponentSize( MAIN_WINDOW
) ;
int cwx
[ ] =
{ mwx
[0
] -50
, mwx
[1
] + 50
} ;
int cws
[ ] =
{ 600
, mws
[1
]*2/3
} ;
setComponentSize( CMW01
, cws
[0
], cws
[1
] ) ;
setComponentVisible( CMW01
, true
) ;
}
void ShowBasicInfo
() {
int frames =
( END_C - START_C
) ;
int size
[ ] =
getComponentSize( MAIN_DISPLAY_LABEL
) ;
double omgps = 2*PI * RPM / 60
, omgpf = omgps / FPS ;
omgps = omgps*180/PI ;
omgpf = omgpf*180/PI ;
string camz ;
string disp = "アニメーションに関する基本情報" +
lf()
+ " タイトル" +
lf()
+ " " + TITLE +
lf()
+ " ＣＧ表示領域の寸法" +
lf()
+ " " + WIDTH + " ピクセル x " + HEIGHT + " ピクセル " +
lf()
+ " 総時間" +
lf()
+ " " +
( END_T - START_T
) + " 秒" +
lf()
+ " フレーム数" +
lf()
+ " " + FPS + " フレーム／秒" +
lf()
+ " " + "総計 " +
( frames/2 + 1
) + " フレーム" +
lf()
+ " スピン座標系のインデックス" +
lf()
+ " " +
(string
)( TOP_COORD_INDEX
) +
lf()
+ " スピン座標系の一定角速度" +
lf()
+ " " + omgps/180 + " PI／秒" +
lf()
+ " " + "
(" + omgps + " °／秒
)" +
lf()
+ " " + "
(" + omgpf + " °／フレーム
)" +
lf()
+ " 座標系階層数" +
lf()
+ " " +
(string
)( length( COORD
, 0
) ) +
lf()
+ " 最上階層に並列配置された座標系総数" +
lf()
+ " " +
(string
)( length( CD
, 0
) ) +
lf()
;
if ( KEEP_TXA0
) {
string txa0 =
getComponentText( CTXA
[0
] ) ;
disp = txa0 + disp ;
}
setComponentText( CTXA
[0
], disp
) ;
}
void ShowNow
() {
int c = COUNT - START_C ;
double t = c * DEL_T ;
int f = c /
(int
)( 2^ACCEL
) + 1 ;
double runtime =
second( time() ) ;
string disp = "現在時刻，フレーム，カウント" +
lf()
+ " = " + t + " 秒，" +
lf()
+ " " + f
+ " フレーム目
( @ 倍速 " +
( 2^
( ACCEL - 1
) )
+ "
) " +
lf()
+ " " + c
+ " カウント" +
lf()
+"起動してからの時間" +
lf()
+ " = " + runtime + " 秒，" +
lf()
;
if ( KEEP_TXA0
) {
string txa0 =
getComponentText( CTXA
[0
] ) ;
disp = txa0 + disp ;
}
setComponentText( CTXA
[0
], disp
) ;
}
void ShowCoordinateEulerAngle
( string text
) {
int index
, i = -1 ;
int sa ;
bool loop = true ;
while ( loop
) {
i ++ ;
loop =
( text != CSFTX0
[i
] ) ;
if ( i == 5
) {
loop = false ;
}
}
index = COORD_IDX
[i+1
] ;
int rnk = COORD_RNK
[i+1
] ;
if ( rnk == 0
) {
sa = GetVectorCoordinateEulerAngle
( COORD
[index
] ) ;
text = text + "
( COORD
[ " + index + "
] ) " ;
} else if ( rnk == 1
) {
sa = GetVectorCoordinateEulerAngle
( CD
[index
] ) ;
text = text + "
( CD
[ " + index + "
] ) " ;
}
double al =
getVectorX( sa
) / PI ;
if ( abs( al
) < d^-6
) {
al = o ;
}
double bt =
getVectorY( sa
) / PI ;
if ( abs( bt
) < d^-6
) {
bt = o ;
}
double gm =
getVectorZ( sa
) / PI ;
if ( abs( gm
) < d^-6
) {
gm = o ;
}
string disp
= text + "の Euler 角" +
lf()
+ " α = " + al + " PI" +
lf()
+ "
( " + al*180 + "°
)" +
lf()
+ " β = " + bt + " PI" +
lf()
+ "
( " + bt*180 + "°
)" +
lf()
+ " γ = " + gm + " PI" +
lf()
+ "
( " + gm*180 + "°
)" +
lf()
;
if ( KEEP_TXA0
) {
string txa0 =
getComponentText( CTXA
[0
] ) ;
disp = txa0 + disp ;
}
setComponentText( CTXA
[0
], disp
) ;
}
void ShowEval
( int id
) {
string exp =
getComponentText( id
) ;
string s
[ ] =
eval( exp ) ;
string val = s
[0
] ;
for ( int i=1; i<
length( s
, 0
); i++
) {
val = val + "
," +
lf() + " " + s
[i
] ;
}
string disp =
exp +
lf() + " = " + val +
lf() ;
if ( KEEP_TXA0
) {
string txa0 =
getComponentText( CTXA
[0
] ) ;
disp = txa0 + disp ;
}
setComponentText( CTXA
[0
], disp
) ;
}
void ShowCoordinateOrigin
( string text
) {
int index
, i = -1 ;
int origin ;
bool loop = true ;
while ( loop
) {
i ++ ;
loop =
( text != CSFTX0
[i
] ) ;
if ( i == 5
) {
loop = false ;
}
}
index = COORD_IDX
[i+1
] ;
int rnk = COORD_RNK
[i+1
] ;
if ( rnk == 0
) {
origin = GetVectorCoordinateOrigin
( COORD
[index
] ) ;
text = text + "
( COORD
[ " + index + "
] ) " ;
} else if ( rnk == 1
) {
origin = GetVectorCoordinateOrigin
( CD
[index
] ) ;
text = text + "
( CD
[ " + index + "
] ) " ;
}
double x =
getVectorX( origin
) ;
if ( abs( x
) < d^-6
) {
x = o ;
}
double y =
getVectorY( origin
) ;
if ( abs( y
) < d^-6
) {
y = o ;
}
double z =
getVectorZ( origin
) ;
if ( abs( z
) < d^-6
) {
z = o ;
}
string disp
= text + "の 原点座標" +
lf()
+ " ｘ = " + x +
lf()
+ " ｙ = " + y +
lf()
+ " ｚ = " + z +
lf()
;
if ( KEEP_TXA0
) {
string txa0 =
getComponentText( CTXA
[0
] ) ;
disp = txa0 + disp ;
}
setComponentText( CTXA
[0
], disp
) ;
}
/* SETTINGWINDOW */
int SETW01 ; // 座標系関連の設定ウィンドウ
bool SETW01_CREATED = false ;
void CreateSETW01
() {
int mwx =
getComponentLocation( MAIN_WINDOW
)[0
] ;
int swy =
getComponentLocation( MAIN_WINDOW
)[1
]
+
getComponentLocation( SBTN_G1
)[1
]
+
getComponentLocation( AXISSETTING_BTN
)[1
] + 28 ;
int sww = 250 ;
int swx = mwx - sww ;
int swh = 0 ; // 仮の値
SETW01 =
newWindow( swx
, swy
, sww
, swh
, "座標系関連"
) ;
AddSETW01Contents1
( sww
, swh
) ;
}
void SetSettingWindowSize
() {
int sww = 250
, swh = 158 ;
setComponentSize( SETW01
, sww
, swh
) ;
}
int COORDINATESETTING_EXPLANATION_BTN ;
int AXIS_SETTING_BTN ;
int ROTATION_EDIT_BTN1 ;
int ROTATION_EDIT_BTN2 ;
void AddSETW01Contents1
( int ww
, int wh
) {
int x = 0
, y = 0
, w = ww - 15
, h = 30 ;
COORDINATESETTING_EXPLANATION_BTN =
newButton(
x
, y
, w
, h
, "座標系についての説明を表示"
) ;
setComponentFontBold( COORDINATESETTING_EXPLANATION_BTN
, false
) ;
addComponent( COORDINATESETTING_EXPLANATION_BTN
, SETW01
) ;
y += h ;
AXIS_SETTING_BTN =
newButton(
x
, y
, w
, h
, "座標軸の設定"
) ;
setComponentFontBold( AXIS_SETTING_BTN
, false
) ;
addComponent( AXIS_SETTING_BTN
, SETW01
) ;
y += h ;
ROTATION_EDIT_BTN1 =
newButton(
x
, y
, w
, h
, "回転の簡略設定"
) ;
setComponentFontBold( ROTATION_EDIT_BTN1
, false
) ;
addComponent( ROTATION_EDIT_BTN1
, SETW01
) ;
y += h ;
ROTATION_EDIT_BTN2 =
newButton(
x
, y
, w
, h
, "回転の詳細設定"
) ;
setComponentFontBold( ROTATION_EDIT_BTN2
, false
) ;
addComponent( ROTATION_EDIT_BTN2
, SETW01
) ;
N = 38 + y + h ;
int sws
[ ] =
getComponentSize( SETW01
) ;
setComponentSize( SETW01
, sws
[0
], y + h + 38
) ;
int px = 5 ;
CreateREPanel1
( px
, y + h + 8
, w - 2*px
, 324 + 80 * 3
) ;
CreateAEPanel
() ;
}
int RE_PNL1 ;
int RE_TL10
[ 26
] ;
int RE_SF10
[ 6
] ;
int RE_SF11
[ 6
] ;
int RE_SF12
[ 6
] ;
int RSET_BT1 ;
int REEX_BT
[ 1
] ; // explanation button
int REEX_TX
[ 6
] ; // explanation text
bool ADD_REETX = false ; // 座標系簡略設定の説明を開く
void CreateREPanel1
( int px
, int py
, int pw
, int ph
){
RE_PNL1 =
newPanel( px
, py
, pw
, ph
, "rot edit panel1"
) ;
addComponent( RE_PNL1
, SETW01
) ;
int x = 50
, w = pw - 2*x
, h = 20
, y = 0
, s = 4 ;
REEX_BT
[0
] =
newButton( x
, y
, w
, h
,
"説明を表示"
) ;
for ( int i=0; i<
length( REEX_TX
); i++
) {
REEX_TX
[i
] =
newTextLabel( 0
, 0
, 0
, 0
, ""
) ;
setComponentFontBold( REEX_TX
[i
], false
) ;
addComponent( REEX_TX
[i
], RE_PNL1
) ;
}
x = 0 ;
y += h + 4 ;
w = pw ;
RE_TL10
[0
] =
newTextLabel( x
, y
, w
, h
,
"回転させる座標系、回転軸、回転角につ"
) ;
y += h ;
w = 12 * 8 ;
RE_TL10
[1
] =
newTextLabel( x
, y
, w
, h
,
"いて以下の設定を"
) ;
x += w ;
RSET_BT1 =
newButton(
x
, y
, 34+24
, h
, "適用" // button size は fontsize*全角文字数 + 34
) ;
x = 0 ;
y += h + 10 ;
w = 12 * 4 ;
RE_TL10
[2
] =
newTextLabel( x
, y
, w
, h
, "回転１ "
) ;
x += w ;
w = 72 + s ;
string text1
[ ] =
{
"座標系１"
, "座標系２"
, "座標系３"
, "座標系Ａ"
, "座標系Ｂ"
, "座標系Ｃ"
} ;
RE_SF10
[0
] =
newSelectField( x
, y
, w
, h
, text1
) ;
x += w ;
w = 12 ;
RE_TL10
[3
] =
newTextLabel( x
, y
, w
, h
, "を"
) ;
x = 12 * 4 ;
y += h + 5 ;
w = 12 * 7 + 26 + s ;
string text2
[ ] =
{
"親座標系のｘ軸"
, "親座標系のｙ軸"
, "親座標系のｚ軸"
,
"自分自身のｘ軸"
, "自分自身のｙ軸"
, "自分自身のｚ軸"
} ;
RE_SF11
[0
] =
newSelectField( x
, y
, w
, h
, text2
) ;
x += w ;
w = 48 ;
RE_TL10
[4
] =
newTextLabel( x
, y
, w
, h
, "の回りに"
) ;
x = 12 * 4 ;
y += h + 5 ;
w = 12 * 2 + 28 + s ;
string text3
[ ] =
{
"360°"
, "30°"
, "45°"
, "60°"
, "90°"
,
"120°"
, "135°"
, "150°"
, "180°"
, "180°"
, "270°"
} ;
RE_SF12
[0
] =
newSelectField( x
, y
, w
, h
, text3
) ;
x += w ;
w = 12 * 4 ;
RE_TL10
[5
] =
newTextLabel( x
, y
, w
, h
, "回転する"
) ;
x =0 ;
y += h + 10 ;
w = 12 * 4 ;
RE_TL10
[6
] =
newTextLabel( x
, y
, w
, h
, "回転２ "
) ;
x += w ;
w = 72 + s ;
RE_SF10
[1
] =
newSelectField( x
, y
, w
, h
, text1
) ;
x += w ;
w = 12 ;
RE_TL10
[7
] =
newTextLabel( x
, y
, w
, h
, "を"
) ;
x = 12 * 4 ;
y += h + 5 ;
w = 12 * 7 + 26 + s ;
RE_SF11
[1
] =
newSelectField( x
, y
, w
, h
, text2
) ;
x += w ;
w = 48 ;
RE_TL10
[8
] =
newTextLabel( x
, y
, w
, h
, "の回りに"
) ;
x = 12 * 4 ;
y += h + 5 ;
w = 12 * 2 + 28 + s ;
RE_SF12
[1
] =
newSelectField( x
, y
, w
, h
, text3
) ;
x += w ;
w = 12 * 4 ;
RE_TL10
[9
] =
newTextLabel( x
, y
, w
, h
, "回転する"
) ;
x =0 ;
y += h + 10 ;
w = 12 * 4 ;
RE_TL10
[10
] =
newTextLabel( x
, y
, w
, h
, "回転３ "
) ;
x += w ;
w = 72 + s ;
RE_SF10
[2
] =
newSelectField( x
, y
, w
, h
, text1
) ;
x += w ;
w = 12 ;
RE_TL10
[11
] =
newTextLabel( x
, y
, w
, h
, "を"
) ;
x = 12 * 4 ;
y += h + 5 ;
w = 12 * 7 + 26 + s ;
RE_SF11
[2
] =
newSelectField( x
, y
, w
, h
, text2
) ;
x += w ;
w = 48 ;
RE_TL10
[12
] =
newTextLabel( x
, y
, w
, h
, "の回りに"
) ;
x = 12 * 4 ;
y += h + 5 ;
w = 12 * 2 + 28 + s ;
RE_SF12
[2
] =
newSelectField( x
, y
, w
, h
, text3
) ;
x += w ;
w = 12 * 4 ;
RE_TL10
[13
] =
newTextLabel( x
, y
, w
, h
, "回転する"
) ;
x =0 ;
y += h + 10 ;
w = 12 * 4 ;
RE_TL10
[14
] =
newTextLabel( x
, y
, w
, h
, "回転４ "
) ;
x += w ;
w = 72 + s ;
RE_SF10
[3
] =
newSelectField( x
, y
, w
, h
, text1
) ;
x += w ;
w = 12 ;
RE_TL10
[15
] =
newTextLabel( x
, y
, w
, h
, "を"
) ;
x = 12 * 4 ;
y += h + 5 ;
w = 12 * 7 + 26 + s ;
RE_SF11
[3
] =
newSelectField( x
, y
, w
, h
, text2
) ;
x += w ;
w = 12 * 4 ;
RE_TL10
[16
] =
newTextLabel( x
, y
, w
, h
, "の回りに"
) ;
x = 12 * 4 ;
y += h + 5 ;
w = 12 * 2 + 28 + s ;
RE_SF12
[3
] =
newSelectField( x
, y
, w
, h
, text3
) ;
x += w ;
w = 12 * 4 ;
RE_TL10
[17
] =
newTextLabel( x
, y
, w
, h
, "回転する"
) ;
x =0 ;
y += h + 10 ;
w = 12 * 4 ;
RE_TL10
[18
] =
newTextLabel( x
, y
, w
, h
, "回転５ "
) ;
x += w ;
w = 72 + s ;
RE_SF10
[4
] =
newSelectField( x
, y
, w
, h
, text1
) ;
x += w ;
w = 12 ;
RE_TL10
[19
] =
newTextLabel( x
, y
, w
, h
, "を"
) ;
x = 12 * 4 ;
y += h + 5 ;
w = 12 * 7 + 26 ;
RE_SF11
[4
] =
newSelectField( x
, y
, w
, h
, text2
) ;
x += w ;
w = 48 ;
RE_TL10
[20
] =
newTextLabel( x
, y
, w
, h
, "の回りに"
) ;
x = 12 * 4 ;
y += h + 5 ;
w = 12 * 2 + 28 + s ;
RE_SF12
[4
] =
newSelectField( x
, y
, w
, h
, text3
) ;
x += w ;
w = 12 * 4 ;
RE_TL10
[21
] =
newTextLabel( x
, y
, w
, h
, "回転する"
) ;
x =0 ;
y += h + 10 ;
w = 12 * 4 ;
RE_TL10
[22
] =
newTextLabel( x
, y
, w
, h
, "回転６ "
) ;
x = 12 * 4 ;
w = 72 + s ;
RE_SF10
[5
] =
newSelectField( x
, y
, w
, h
, text1
) ;
x += w ;
w = 12 ;
RE_TL10
[23
] =
newTextLabel( x
, y
, w
, h
, "を"
) ;
x = 12 * 4 ;
y += h + 5 ;
w = 12 * 7 + 26 + s;
RE_SF11
[5
] =
newSelectField( x
, y
, w
, h
, text2
) ;
x += w ;
w = 48 ;
RE_TL10
[24
] =
newTextLabel( x
, y
, w
, h
, "の回りに"
) ;
x = 12 * 4 ;
y += h + 5 ;
w = 12 * 2 + 28 + s ;
RE_SF12
[5
] =
newSelectField( x
, y
, w
, h
, text3
) ;
x += w ;
w = 12 * 4 ;
RE_TL10
[25
] =
newTextLabel( x
, y
, w
, h
, "回転する"
) ;
for ( int i=0; i<
length( RE_TL10
); i++
) {
setComponentFontBold( RE_TL10
[i
], false
) ;
addComponent( RE_TL10
[i
], RE_PNL1
) ;
}
for ( int i=0; i<
length( RE_SF10
); i++
) {
setComponentText( RE_SF10
[i
], text1
[i
] ) ;
addComponent( RE_SF10
[i
], RE_PNL1
) ;
setComponentText( RE_SF11
[i
], text2
[i
] ) ;
addComponent( RE_SF11
[i
], RE_PNL1
) ;
addComponent( RE_SF12
[i
], RE_PNL1
) ;
}
setComponentFontBold( RSET_BT1
, false
) ;
addComponent( RSET_BT1
, RE_PNL1
) ;
for ( int i=0; i<
length( REEX_BT
); i++
) {
setComponentFontBold( REEX_BT
[i
], false
) ;
addComponent( REEX_BT
[i
], RE_PNL1
) ;
}
}
bool OPEN_REPNL = false ;
void OpenRotEdit1
() {
SetSettingWindowSize
() ;
int windows
[ ] =
getComponentSize( SETW01
) ;
setComponentVisible( AE_PNL
, false
) ;
OPEN_AEPNL = false ;
setComponentVisible( RE_PNL1
, true
) ;
int addh =
getComponentSize( RE_PNL1
)[1
] ;
setComponentSize( SETW01
, windows
[0
], windows
[1
] + addh
) ;
int windowl
[ ] =
getComponentLocation( SETW01
) ;
int mwindows
[ ] =
getComponentSize( MAIN_WINDOW
) ;
if ( windowl
[1
] + windows
[1
] + addh > mwindows
[1
] ) {
setComponentLocation(
SETW01
, windowl
[0
], mwindows
[1
] - windows
[1
] - addh
) ;
}
windowl =
getComponentLocation( SETW01
) ;
if (
windowl
[1
] < 0
|| windowl
[1
] <
getComponentLocation( MAIN_WINDOW
)[1
]
) {
setComponentLocation(
SETW01
, windowl
[0
], getComponentLocation( MAIN_WINDOW
)[1
]
) ;
}
}
void CloseRotEdit1
() {
SetSettingWindowSize
() ;
setComponentVisible( RE_PNL1
, false
) ;
}
void AddPanelREEX
() {
int ws
[ ] =
getComponentSize( SETW01
) ;
int ps
[ ] =
getComponentSize( RE_PNL1
) ;
int mws
[ ] =
getComponentSize( MAIN_WINDOW
) ;
int txaloc
[ ] =
getComponentLocation( REEX_BT
[0
] ) ;
int txas
[ ] =
getComponentSize( REEX_BT
[0
] ) ;
txaloc
[0
] = 8 ; txaloc
[1
] = txaloc
[1
] + txas
[1
] ;
string text
[ ] =
{
"回転１〜６まで６種類の回転が設定可"
,
"能。設定した回転を操作パネルのセレ"
,
"クトフィールドで選択します。「開始"
,
"」ボタン押下で回転開始。角度に関し"
,
"ては、同ボタン横の入力欄に直接数値"
,
"を入力して指定もできます"
} ;
int h = 18 ;
for ( int i=0; i<
length( REEX_TX
); i++
) {
setComponentLocation( REEX_TX
[i
], txaloc
[0
], txaloc
[1
] + 4 + h*i
) ;
setComponentSize( REEX_TX
[i
], ps
[0
] - 2*txaloc
[0
], h
) ;
setComponentText( REEX_TX
[i
], text
[i
] ) ;
}
int loc
[2
], addy = h *
length( REEX_TX
) + 4 + 4;
if ( ws
[1
] + addy > mws
[1
] ) {
setComponentLocation( SETW01
,
getComponentLocation( SETW01
)[0
],
getComponentLocation( MAIN_WINDOW
)[1
]
) ;
}
setComponentSize( SETW01
, ws
[0
], ws
[1
] + addy
) ;
setComponentSize( RE_PNL1
, ps
[0
], ps
[1
] + addy
) ;
for ( int i=0; i<
length( RE_TL10
); i++
) {
loc =
getComponentLocation( RE_TL10
[i
] ) ;
setComponentLocation( RE_TL10
[i
], loc
[0
], loc
[1
] + addy
) ;
}
for ( int i=0; i<
length( RE_SF10
); i++
) {
loc =
getComponentLocation( RE_SF10
[i
] ) ;
setComponentLocation( RE_SF10
[i
], loc
[0
], loc
[1
] + addy
) ;
loc =
getComponentLocation( RE_SF11
[i
] ) ;
setComponentLocation( RE_SF11
[i
], loc
[0
], loc
[1
] + addy
) ;
loc =
getComponentLocation( RE_SF12
[i
] ) ;
setComponentLocation( RE_SF12
[i
], loc
[0
], loc
[1
] + addy
) ;
}
loc =
getComponentLocation( RSET_BT1
) ;
setComponentLocation( RSET_BT1
, loc
[0
], loc
[1
] + addy
) ;
setComponentText( REEX_BT
[0
], "説明を閉じる"
) ;
}
void RemovePanelREEX
() {
setComponentText( REEX_BT
[0
], "説明を表示"
) ;
int ws
[ ] =
getComponentSize( SETW01
) ;
int ps
[ ] =
getComponentSize( RE_PNL1
) ;
int loc
[2
], addy =
getComponentSize( REEX_TX
[0
] )[1
] *
length( REEX_TX
) + 4 + 4;
setComponentSize( SETW01
, ws
[0
], ws
[1
] - addy
) ;
setComponentSize( RE_PNL1
, ps
[0
], ps
[1
] - addy
) ;
for ( int i=0; i<
length( REEX_TX
); i++
) {
setComponentSize( REEX_TX
[i
], 0
, 0
) ;
}
for ( int i=0; i<
length( RE_TL10
); i++
) {
loc =
getComponentLocation( RE_TL10
[i
] ) ;
setComponentLocation( RE_TL10
[i
], loc
[0
], loc
[1
] - addy
) ;
}
for ( int i=0; i<
length( RE_SF10
); i++
) {
loc =
getComponentLocation( RE_SF10
[i
] ) ;
setComponentLocation( RE_SF10
[i
], loc
[0
], loc
[1
] - addy
) ;
loc =
getComponentLocation( RE_SF11
[i
] ) ;
setComponentLocation( RE_SF11
[i
], loc
[0
], loc
[1
] - addy
) ;
loc =
getComponentLocation( RE_SF12
[i
] ) ;
setComponentLocation( RE_SF12
[i
], loc
[0
], loc
[1
] +- addy
) ;
}
loc =
getComponentLocation( RSET_BT1
) ;
setComponentLocation( RSET_BT1
, loc
[0
], loc
[1
] - addy
) ;
}
int AE_PNL ; // axis edit panel
int AE_TXT
[ 11
][ 4
] ; // text label と text field
int A_AP_BT ; // 設定適用ボタン
void CreateAEPanel
() {
int ps
[ ] =
getComponentSize( SETW01
) ;
int x = 0
, y = ps
[1
] - 38
, w = ps
[0
], h = 0 ;
AE_PNL =
newPanel( x
, y
, w
, h
, "axis edit panel"
) ;
addComponent( AE_PNL
, SETW01
) ;
int s = 4
, i = 0
, j = 0 ;
x = 2*s ;
y = 2*s ;
w = 12*6 ;
h = 18 ;
string txt = "以下の設定を" ;
AE_TXT
[2
][1
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
x += w ;
txt = "適用" ;
w = 34 + 12 * 2 ;
A_AP_BT =
newButton( x
, y
, w
, h
, txt
) ;
x = 4*s ;
y = h + 3*s ;
w = ps
[0
] / 2 - 8*s ;
txt = "座標系" ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x += w ;
w = 39 ;
txt = "階層" ; // 階層 n の COORD は COORD
[n-1
]
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x += w ;
txt = "番号1" ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x += w ;
txt = "番号2" ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
i += 1 ; j = 0 ;
x =
getComponentLocation( AE_TXT
[0
][0
] )[0
] ;
y += h + s ;
w =
getComponentSize( AE_TXT
[0
][0
] )[0
] ;
txt = "多面体が配置さ" ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][1
] )[0
] ;
y += h / 2 ;
w = w / 2 ;
txt = "0" ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][2
] )[0
] ;
txt = "0〜" +
( NG - 1
) ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][3
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
i += 1 ; j = 0 ;
x =
getComponentLocation( AE_TXT
[0
][0
] )[0
] ;
y += h / 2 - s ;
w =
getComponentSize( AE_TXT
[0
][0
] )[0
] ;
txt = "れている座標系" ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
int k = 4 ;
i += 1 ; j = 0 ;
x =
getComponentLocation( AE_TXT
[0
][0
] )[0
] ;
y += h ;
txt =
getComponentText( ACKB
[k
] ) ; // 座標系Ａ
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][1
] )[0
] ;
w = 32 ;
txt =
(string
)( 0
) ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ; // 階層
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][2
] )[0
] ;
txt =
(string
)( COORD_IDX
[k
] ) ; // world coordinate が COORD_IDX
[0
]
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ; // 番号1
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][3
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ; // 番号2
i += 1 ; j = 0 ; k += 1 ;
x =
getComponentLocation( AE_TXT
[0
][0
] )[0
] ;
y += h ;
w =
getComponentSize( AE_TXT
[0
][0
] )[0
] ;
txt =
getComponentText( ACKB
[k
] ) ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][1
] )[0
] ;
w = 32 ;
txt =
(string
)( 0
) ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][2
] )[0
] ;
txt =
(string
)( COORD_IDX
[k
] ) ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ; // 番号1
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][3
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
i += 1 ; j = 0 ; k += 1 ;
x =
getComponentLocation( AE_TXT
[0
][0
] )[0
] ;
y += h ;
w =
getComponentSize( AE_TXT
[0
][0
] )[0
] ;
txt =
getComponentText( ACKB
[k
] ) ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][1
] )[0
] ;
w = 32 ;
txt =
(string
)( 0
) ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][2
] )[0
] ;
txt =
(string
)( COORD_IDX
[k
] ) ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ; // 番号1
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][3
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
i += 1 ; j = 0 ; k = 1 ;
x =
getComponentLocation( AE_TXT
[0
][0
] )[0
] ;
y += h ;
w =
getComponentSize( AE_TXT
[0
][0
] )[0
] ;
txt =
getComponentText( ACKB
[k
] ) ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][1
] )[0
] ;
w = 32 ;
txt =
(string
)( COORD_IDX
[k
] + 1
) ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][2
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][3
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
i += 1 ; j = 0 ; k = 2 ;
x =
getComponentLocation( AE_TXT
[0
][0
] )[0
] ;
y += h ;
w =
getComponentSize( AE_TXT
[0
][0
] )[0
] ;
txt =
getComponentText( ACKB
[k
] ) ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][1
] )[0
] ;
w = 32 ;
txt =
(string
)( COORD_IDX
[k
] + 1
) ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][2
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][3
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
i += 1 ; j = 0 ; k = 3 ;
x =
getComponentLocation( AE_TXT
[0
][0
] )[0
] ;
y += h ;
w =
getComponentSize( AE_TXT
[0
][0
] )[0
] ;
txt =
getComponentText( ACKB
[k
] ) ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][1
] )[0
] ;
w = 32 ;
txt =
(string
)( COORD_IDX
[k
] + 1
) ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][2
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][3
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
i += 1 ; j = 0 ;
x =
getComponentLocation( AE_TXT
[0
][0
] )[0
] ;
y += h ;
w =
getComponentSize( AE_TXT
[0
][0
] )[0
] ;
txt = "スピン座標系" ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][1
] )[0
] ;
w = 32 ;
txt =
(string
)( TOP_COORD_INDEX + 1
) ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][2
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][3
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextField( x
, y
, w
, h
, txt
) ;
i += 1 ; j = 0 ;
x =
getComponentLocation( AE_TXT
[0
][0
] )[0
] ;
y += h ;
w =
getComponentSize( AE_TXT
[0
][0
] )[0
] ;
txt = "ワールド座標系" ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][1
] )[0
] ;
w = 32 ;
txt =
(string
)( length( COORD
, 0
) + 1
) ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][2
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
j += 1 ;
x =
getComponentLocation( AE_TXT
[0
][3
] )[0
] ;
txt = "-1" ;
AE_TXT
[i
][j
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
x =
getComponentLocation( AE_TXT
[2
][1
] )[0
] ;
y += h + s ;
w = ps
[0
] - 4*s ;
txt = "※自身と並列なものがない場合番号は-1" ;
AE_TXT
[2
][2
] =
newTextLabel( x
, y
, w
, h
, txt
) ;
for ( int i=0; i<
length( AE_TXT
, 0
); i++
) {
for ( int j=0; j<
length( AE_TXT
, 1
); j++
) {
if ( ( i == 2
) &&
( j == 3
) ) {
} else {
setComponentFontBold( AE_TXT
[i
][j
], false
) ;
addComponent( AE_TXT
[i
][j
], AE_PNL
) ;
}
}
}
setComponentFontBold( A_AP_BT
, false
) ;
addComponent( A_AP_BT
, AE_PNL
) ;
setComponentSize( AE_PNL
, ps
[0
], y + h + 2*s
) ;
}
bool OPEN_AEPNL = false ;
void OpenAxisEdit
(){
setComponentVisible( RE_PNL1
, false
) ;
OPEN_REPNL = false ;
SetSettingWindowSize
() ;
int sws
[ ] =
getComponentSize( SETW01
) ;
setComponentVisible( AE_PNL
, true
) ;
OPEN_AEPNL = true ;
int aeps
[ ] =
getComponentSize( AE_PNL
) ;
setComponentSize( SETW01
, sws
[0
], sws
[1
] + aeps
[1
] ) ;
}
void ApplyAxisSetting
() { // A_AP_BT で呼び出される
// A
, B
, C
, 1
, 2
, 3 = 4
, 5
, 6
, 1
, 2
, 3
string txt1
[6
], txt2
[6
], txt3
[6
] ;
int class
, rank
, index ;
int p
[ ] =
{ 4
, 5
, 6
, 1
, 2
, 3
} ;
bool ckb_is_on ;
for ( int i=1; i<
length( ACKB
); i++
) {
txt1
[i-1
] =
getComponentText( AE_TXT
[2+p
[i-1
]][1
] ) ;
txt2
[i-1
] =
getComponentText( AE_TXT
[2+p
[i-1
]][2
] ) ;
class = txt1
[i-1
] ;
index = txt2
[i-1
] ;
if ( ( class < 0
) ||
( class >
length( COORD
, 0
) ) ) {
alert( "座標系の階層が範囲を超えています"
) ;
} else if ( class ==
length( COORD
, 0
) + 1
) {
alert( "階層" +
length( COORD
, 0
)
+ "（ワールド座標系）に配置する座標軸を追加することはできません"
) ;
} else if (
( index < -1
)
||
( class > 0 && index != -1
)
||
( index >= NG + 1
)
||
( class == 0 && index < 0
)
) {
alert( "番号１が範囲を超えています"
) ;
} else {
if ( class == 0
) {
rank = 1 ;
} else {
rank = 0 ;
index =
class - 1 ;
}
if ( rank == COORD_RNK
[i
] ) {
if ( index == COORD_IDX
[i
] ) {
} else {
ckb_is_on =
getComponentState( ACKB
[i
] ) ;
if ( ckb_is_on
) {
if ( COORD_RNK
[i
] == 0
) {
removeModel(
AXIS
[i
], RENDERER
, COORD
[COORD_IDX
[i
]]
) ;
} else if ( COORD_RNK
[i
] == 1
) {
removeModel(
AXIS
[i
], RENDERER
, CD
[COORD_IDX
[i
]]
) ;
}
if ( rank == 0
) {
addModel(
AXIS
[i
], RENDERER
, COORD
[index
]
) ;
} else if ( rank == 1
) {
addModel(
AXIS
[i
], RENDERER
, CD
[index
]
) ;
}
}
}
} else {
ckb_is_on =
getComponentState( ACKB
[i
] ) ;
if ( ckb_is_on
) {
if ( COORD_RNK
[i
] == 0
) {
removeModel(
AXIS
[i
], RENDERER
, COORD
[COORD_IDX
[i
]]
) ;
} else if ( COORD_RNK
[i
] == 1
) {
removeModel(
AXIS
[i
], RENDERER
, CD
[COORD_IDX
[i
]]
) ;
}
if ( rank == 0
) {
addModel(
AXIS
[i
], RENDERER
, COORD
[index
]
) ;
} else if ( rank == 1
) {
addModel( AXIS
[i
], RENDERER
, CD
[index
] ) ;
}
}
}
COORD_RNK
[i
] = rank ;
COORD_IDX
[i
] = index ;
}
}
TOP_COORD_INDEX =
(int
)( getComponentText( AE_TXT
[9
][1
] ) ) - 1 ;
}
void CloseAxisEdit
() {
SetSettingWindowSize
() ;
setComponentVisible( AE_PNL
, false
) ;
}
/* PROGRAMWINDOW */
int PRW01 ;
int PTXT
[ 4
] ;
int PBTN
[ 2
] ;
int PCKB
[ 2
] ;
int PTXA
[ 1
] ;
bool PRW01_CREATED = false ;
void CreateProgramWindow
() {
int mwl
[ ] =
getComponentLocation( MAIN_WINDOW
) ;
int mws
[ ] =
getComponentSize( MAIN_WINDOW
) ;
int pww = 600 ;
int pwl
[ ] =
{ mwl
[0
] +
( mws
[0
] - pww
) + 30
, mwl
[1
] + 30
} ;
int pws
[ ] =
{ pww
, mws
[1
] - 200
} ;
string txt ;
txt = "プログラムウィンドウ" ;
PRW01 =
newWindow( pwl
[0
], pwl
[1
], pws
[0
], pws
[1
], txt
) ;
int space = 12
, s = 4
, h = 30 ;
int w1 = 3 * pww / 5 -space
, w2 = pww - w1 - 54 ;
int x = space
, y = s ;
txt = "ＶＣＳＳＬプログラムを記述" ;
PTXT
[2
] =
newTextLabel( x
, y
, w1
, h
, txt
) ;
y += h ;
int txth0 = 2 * pws
[0
] / 3 ;
txt = "program" ;
PTXT
[0
] =
newTextArea( x
, y
, w1
, txth0
, txt
) ;
setComponentFontSize( PTXT
[0
], 16
) ;
x += w1 + space ;
y = s + h ;
h = h / 2 ;
txt = "アニメーションループ内で有効" ;
PCKB
[0
] =
newCheckBox( x
, y
, w2
, h
, txt
, false
) ;
y += h ;
txt = "メインループ内で有効" ;
PCKB
[1
] =
newCheckBox( x
, y
, w2
, h
, txt
, false
) ;
h = h*2 ;
y += 2*space ;
txt = "上書き" ;
PBTN
[0
] =
newButton( x
, y
, w2
, h
, txt
) ;
y += h ;
txt = "上書きして１回実行" ;
PBTN
[1
] =
newButton( x
, y
, w2
, h
, txt
) ;
y += h + space ;
txt = "上書き履歴" ;
PTXT
[3
] =
newTextLabel( x
, y
, w2
, h
, txt
) ;
y += h + s ;
int txth1 = txth0 -
( y -
getComponentLocation( PCKB
[0
] )[1
] ) ;
txt = "" ;
PTXT
[1
] =
newTextArea( x
, y
, w2
, txth1
, txt
) ;
for ( int i=0; i<
length( PTXT
, 0
); i++
) {
setComponentFontBold( PTXT
[i
], false
) ;
addComponent( PTXT
[i
], PRW01
) ;
}
for ( int i=0; i<
length( PCKB
, 0
); i++
) {
setComponentFontBold( PCKB
[i
], false
) ;
addComponent( PCKB
[i
], PRW01
) ;
}
for ( int i=0; i<
length( PBTN
, 0
); i++
) {
setComponentFontBold( PBTN
[i
], false
) ;
addComponent( PBTN
[i
], PRW01
) ;
}
}
void Override1
( string program
) {
string args
[ 0
] ;
override( "Dummyfunc1"
, args
, program
) ;
}
string GetTextWithoutLf
( string txt
) {
string line
[ ] =
split( txt
, lf() ) ;
string withoutlf = "" ;
for ( int i=0; i<
length( line
, 0
); i++
) {
withoutlf = withoutlf + line
[i
] ;
}
return withoutlf ;
}
/* OPTIONPANEL */
int OPP01 ; // オプション設定パネル
bool OPP01_CREATED = false ;
void CreateOptionPanel
() {
int mdl
[ ] =
getComponentLocation( MAIN_DISPLAY_LABEL
) ;
int mds
[ ] =
getComponentSize( MAIN_DISPLAY_LABEL
) ;
int deltay = 4 ;
int opl
[ ] = mdl
, ops
[ ] = mds ;
opl
[0
] = opl
[0
] + 4 ;
opl
[1
] = opl
[1
] + deltay ;
ops
[1
] = 62 ;
setComponentSize(
MAIN_DISPLAY_LABEL
, mds
[0
], mds
[1
] - ops
[1
] - 2*deltay
) ;
setComponentLocation(
MAIN_DISPLAY_LABEL
, mdl
[0
], mdl
[1
] + ops
[1
] + 2*deltay
) ;
OPP01 =
newPanel( opl
[0
], opl
[1
], ops
[0
], ops
[1
], "option panel"
) ;
addComponent( OPP01
, MAIN_WINDOW
) ;
SetComponentColor
( OPP01
, MAIN_WINDOW
) ;
CreateUpperButtonGroup1
() ;
CreateCameraPanel
() ;
setComponentVisible( CAMERA_PNL
, false
) ;
CreateFramePanel
() ;
setComponentVisible( FRAME_PNL
, false
) ;
CreateImgSavePanel
() ;
setComponentVisible( IMGSV_PNL
, false
) ;
CreateImgSavePanel2
() ;
setComponentVisible( IMGSV_PNL2
, false
) ;
}
int CAMERA_SETTING_BTN ;
int LIGHT_SETTING_BTN ;
int COLOR_SETTING_BTN ;
int IMAGE_SAVE_BTN ;
int CLOSE_OPTION_BTN ;
int FRAME_SETTING_BTN ;
void CreateUpperButtonGroup1
() {
int x
, y
, w = 66
, h = 30
, index = 1 ;
CAMERA_SETTING_BTN =
newButton( x
, y
, w
, h
, "カメラ"
) ;
setComponentFontBold( CAMERA_SETTING_BTN
, false
) ;
setComponentFontSize( CAMERA_SETTING_BTN
, 10
) ;
addComponent( CAMERA_SETTING_BTN
, OPP01
) ;
y += h ; index ++ ;
LIGHT_SETTING_BTN =
newButton( x
, y
, w
, h
, "ライト"
) ;
setComponentFontBold( LIGHT_SETTING_BTN
, false
) ;
setComponentFontSize( LIGHT_SETTING_BTN
, 10
) ;
addComponent( LIGHT_SETTING_BTN
, OPP01
) ;
y = 0 ; x += w ; index ++ ;
COLOR_SETTING_BTN =
newButton( x
, y
, w
, h
, "色"
) ;
setComponentFontBold( COLOR_SETTING_BTN
, false
) ;
addComponent( COLOR_SETTING_BTN
, OPP01
) ;
y += h ; index ++ ;
IMAGE_SAVE_BTN =
newButton( x
, y
, w
, h
, "画保"
) ;
setComponentFontBold( IMAGE_SAVE_BTN
, false
) ;
addComponent( IMAGE_SAVE_BTN
, OPP01
) ;
y = 0 ; x += w ; index ++ ;
FRAME_SETTING_BTN =
newButton( x
, y
, w
, h
, "フレーム"
) ;
setComponentFontBold( FRAME_SETTING_BTN
, false
) ;
setComponentFontSize( FRAME_SETTING_BTN
, 8
) ;
addComponent( FRAME_SETTING_BTN
, OPP01
) ;
index ++ ;
int w1 = 47 ; // 閉じるボタンの幅
int h1 = 24 ;
if ( index % 2 == 0
) {
y += 2*h - h1 ;
x += w - w1 ;
} else {
x += 2*w - w1 ;
y = 0 ;
}
CLOSE_OPTION_BTN =
newButton( x
, y
, w1
, h1
, "Ｘ"
) ;
addComponent( CLOSE_OPTION_BTN
, OPP01
) ;
}
int CAMERA_PNL ;
int CMPL_TX
[ 6
], CMPL_SF
[ 1
], CMPL_TF
[ 1
], CMPL_BT
[ 1
] ;
void CreateCameraPanel
() {
int x
, y
, w
, h
, s = 4 ;
x =
getComponentLocation( CLOSE_OPTION_BTN
)[0
]
+
getComponentSize( CLOSE_OPTION_BTN
)[0
] + s ;
y = 0 ;
w =
getComponentSize( OPP01
)[0
] - x - s ;
h =
getComponentSize( OPP01
)[1
] ;
CAMERA_PNL =
newPanel( x
, y
, w
, h
, "camera panel"
) ;
addComponent( CAMERA_PNL
, OPP01
) ;
setComponentColor( CAMERA_PNL
,
51
, 51
, 51
, 255
, 240
, 250
, 250
, 255
) ;
x = s ;
y = 0 ;
w = 8*4 + 6 ;
h = 8 ;
CMPL_TX
[0
] =
newTextLabel( x
, y
, w
, h
, "カメラ"
) ;
setComponentFontSize( CMPL_TX
[0
], 8
) ;
x += w + 10 ;
y = s ;
w = 72 ;
h = 12 ;
CMPL_TX
[1
] =
newTextLabel(
x
, y
, w
, h
, "遠近法の効果"
) ;
y += h + s ;
string text
[ ] =
{
"微弱"
, "弱い"
, "普通"
, "強い"
} ;
CMPL_SF
[0
] =
newSelectField(
x
, y
, w
, h
, text
) ;
x += w + 20 ;
y =
getComponentLocation( CMPL_TX
[1
] )[1
] ;
w = 12*8 ;
CMPL_TX
[2
] =
newTextLabel( x
, y
, w
, h
, "被写体との距離を"
) ;
y += h + s ;
w = 12*4 ;
h = 20 ;
CMPL_TF
[0
] =
newTextField( x
, y
, w
, h
, ""
) ;
x += w ;
w = 12 ;
CMPL_TX
[3
] =
newTextLabel( x
, y
, w
, h
, "へ"
) ;
x += w ;
w = 58 ;
CMPL_BT
[0
] =
newButton( x
, y
, w
, h
, "変更"
) ;
x =
getComponentLocation( CMPL_TX
[2
] )[0
] ;
y += h + s ;
w = 12 * 6 ;
h = 12 ;
CMPL_TX
[4
] =
newTextLabel( x
, y
, w
, h
, "初期設定値 ="
) ;
x += w + s ;
w = 12*3 ;
string coz =
(string
)( CAMERA_ORIGIN_Z
) ;
CMPL_TX
[5
] =
newTextLabel( x
, y
, w
, h
, coz
) ;
for ( int i=0; i<
length( CMPL_TX
, 0
); i++
) {
setComponentFontBold( CMPL_TX
[i
], false
) ;
addComponent( CMPL_TX
[i
], CAMERA_PNL
) ;
}
for ( int i=0; i<
length( CMPL_SF
, 0
); i++
) {
addComponent( CMPL_SF
[i
], CAMERA_PNL
) ;
if ( i == 0
) {
setComponentText(CMPL_SF
[i
], "微弱"
) ;
}
}
for ( int i=0; i<
length( CMPL_TF
, 0
); i++
) {
setComponentFontBold( CMPL_TF
[i
], false
) ;
addComponent( CMPL_TF
[i
], CAMERA_PNL
) ;
}
for ( int i=0; i<
length( CMPL_BT
, 0
); i++
) {
setComponentFontBold( CMPL_BT
[i
], false
) ;
addComponent( CMPL_BT
[i
], CAMERA_PNL
) ;
}
}
int IMGSV_PNL ;
int ISPL_TX
[ 8
], ISPL_BT
[ 1
], ISPL_TF
[ 6
], ISPL_SF
[ 1
] ;
void CreateImgSavePanel
() {
int x
, y
, w
, h
, s = 4 ;
x =
getComponentLocation( CLOSE_OPTION_BTN
)[0
]
+
getComponentSize( CLOSE_OPTION_BTN
)[0
] + s ;
y = 0 ;
w =
getComponentSize( OPP01
)[0
] - x - s ;
h =
getComponentSize( OPP01
)[1
] ;
IMGSV_PNL =
newPanel( x
, y
, w
, h
, "image save panel"
) ;
addComponent( IMGSV_PNL
, OPP01
) ;
setComponentColor( IMGSV_PNL
,
51
, 51
, 51
, 255
, 240
, 250
, 240
, 255
) ;
x = s ;
y = 0 ;
w = 10*4 ;
h = 10 ;
ISPL_TX
[0
] =
newTextLabel( x
, y
, w
, h
, "画像保存"
) ;
setComponentFontSize( ISPL_TX
[0
], 10
) ;
x = s ;
y = 20 ;
w = 12*6 ;
h = 12 ;
ISPL_TX
[1
] =
newTextLabel( x
, y
, w
, h
, "諸量自動補填"
) ;
x +=
getComponentLocation( ISPL_TX
[1
] )[0
]
+
getComponentSize( ISPL_TX
[1
] )[0
] + 8 ;
y = 0 ;
w = 58 ;
h = 30 ;
ISPL_BT
[0
] =
newButton( x
, y
, w
, h
, "次へ"
) ;
x = GetComponentLocationRight
( ISPL_BT
[0
] ) + 20 ;
y = 0 ;
w = 64 ;
h = 18 ;
ISPL_TF
[0
] =
newTextField( x
, y
, w
, h
, "000.000"
) ;
x += w + 2 ;
w = 12*2 ;
ISPL_TX
[2
] =
newTextLabel( x
, y
, w
, h
, "秒（"
) ;
x += w + 2 ;
w = 42 ;
ISPL_TF
[1
] =
newTextField( x
, y
, w
, h
, ""
) ;
x += w + 2 ;
w = 12*8 ;
ISPL_TX
[3
] =
newTextLabel( x
, y
, w
, h
, "フレーム目）から"
) ;
x =
getComponentLocation( ISPL_TF
[0
] )[0
] ;
y += h + 2 ;
w = 64 ;
ISPL_TF
[2
] =
newTextField( x
, y
, w
, h
, ""
) ;
x += w + 2 ;
w = 12*2 ;
ISPL_TX
[4
] =
newTextLabel( x
, y
, w
, h
, "秒（"
) ;
x += w + 2 ;
w = 42 ;
ISPL_TF
[3
] =
newTextField( x
, y
, w
, h
, ""
) ;
x += w + 2 ;
w = 12*8 ;
ISPL_TX
[5
] =
newTextLabel( x
, y
, w
, h
, "フレーム目）まで"
) ;
x =
getComponentLocation( ISPL_TF
[0
] )[0
] ;
y += h + 2 ;
w = 64 ;
ISPL_TF
[4
] =
newTextField( x
, y
, w
, h
, ""
) ;
x += w + 2 ;
w = 12*4 ;
ISPL_TX
[6
] =
newTextLabel( x
, y
, w
, h
, "秒間（計"
) ;
x += w + 2 ;
w = 42 ;
ISPL_TF
[5
] =
newTextField( x
, y
, w
, h
, ""
) ;
x += w + 2 ;
w = 12*4 + 6*2 ;
ISPL_TX
[7
] =
newTextLabel( x
, y
, w
, h
, "フレーム）"
) ;
x =
getComponentLocation( ISPL_TX
[0
] )[0
] ;
y = 36 ;
w = 114 + 28 ;
h = 20 ;
string txt
[ ] =
{
"フレーム設定を反映"
,
"開始・終了時刻固定"
,
"開始・終了フレーム固定"
,
"保存数に倍速FPS同調"
,
"開始時刻１回のみ"
,
"現在時刻１回のみ"
} ;
ISPL_SF
[0
] =
newSelectField( x
, y
, w
, h
, txt
) ;
SetComponentFontBold
( ISPL_TX
, false
) ;
AddComponent
( ISPL_TX
, IMGSV_PNL
) ;
SetComponentFontBold
( ISPL_BT
, false
) ;
AddComponent
( ISPL_BT
, IMGSV_PNL
) ;
SetComponentFontBold
( ISPL_TF
, false
) ;
AddComponent
( ISPL_TF
, IMGSV_PNL
) ;
AddComponent
( ISPL_SF
, IMGSV_PNL
) ;
}
int IMGSV_PNL2 ;
int ISP2_TX
[ 3
], ISP2_BT
[ 5
] ;
void CreateImgSavePanel2
() {
int x
, y
, w
, h
, s = 4 ;
x = GetComponentLocationRight
( CLOSE_OPTION_BTN
) + s ;
y = 0 ;
w =
getComponentSize( OPP01
)[0
] - x - s ;
h =
getComponentSize( OPP01
)[1
] ;
IMGSV_PNL2 =
newPanel( x
, y
, w
, h
, "image save panel2"
) ;
addComponent( IMGSV_PNL2
, OPP01
) ;
setComponentColor( IMGSV_PNL2
,
51
, 51
, 51
, 255
, 240
, 250
, 240
, 255
) ;
x = s ;
y = 0 ;
w = 10*4 ;
h = 10 ;
ISP2_TX
[0
] =
newTextLabel( x
, y
, w
, h
, "画像保存"
) ;
setComponentFontSize( ISP2_TX
[0
], 10
) ;
y =
getComponentLocation( CLOSE_OPTION_BTN
)[1
] ;
w = 58 ;
h =
getComponentSize( CLOSE_OPTION_BTN
)[1
] ;
ISP2_BT
[0
] =
newButton( x
, y
, w
, h
, "戻る"
) ;
x =
getComponentLocation( ISP2_BT
[0
] )[0
]
+
getComponentSize( ISP2_BT
[0
] )[0
] + 4*s ;
y = 0 ;
w =
getComponentSize( IMGSV_PNL2
)[0
] - x ;
h = 12 ;
ISP2_TX
[1
] =
newTextLabel( x
, y
, w
, h
, ""
) ; // text は前 panel より取得
x =
getComponentLocation( ISP2_TX
[1
] )[0
] + 12*6 ;
y += h + s ;
w =
getComponentSize( ISP2_TX
[1
] )[0
] ;
h = 12 ;
ISP2_TX
[2
] =
newTextLabel( x
, y
, w
, h
, ""
) ; // text は前 panel より取得
x =
getComponentLocation( ISP2_TX
[1
] )[0
] ;
y =
getComponentLocation( ISP2_BT
[0
] )[1
] ;
w = 12*5 + 34 ;
h =
getComponentSize( ISP2_BT
[0
] )[1
] ;
ISP2_BT
[1
] =
newButton( x
, y
, w
, h
, "これで再生"
) ;
x += w + 6 ;
w = 12*5 + 34 ;
ISP2_BT
[2
] =
newButton( x
, y
, w
, h
, "これで保存"
) ;
x += w + 6 ;
w = 12*2 + 34 ;
ISP2_BT
[3
] =
newButton( x
, y
, w
, h
, "詳細"
) ;
x += w + 6 ;
w = 12*2 + 34 ;
ISP2_BT
[4
] =
newButton( x
, y
, w
, h
, "撮影"
) ;
SetComponentFontBold
( ISP2_TX
, false
) ;
AddComponent
( ISP2_TX
, IMGSV_PNL2
) ;
SetComponentFontBold
( ISP2_BT
, false
) ;
AddComponent
( ISP2_BT
, IMGSV_PNL2
) ;
}
int FRAME_PNL ;
int FMPL_TX
[ 1 + 2*3
], FMPL_TF
[ 2*3
], FMPL_BT
[ 1*3 + 1 + 2
] ;
void CreateFramePanel
() {
int x
, y
, w
, h
, s = 4 ;
x = GetComponentLocationRight
( CLOSE_OPTION_BTN
) + s ;
y = 0 ;
w =
getComponentSize( OPP01
)[0
] - x - s ;
h =
getComponentSize( OPP01
)[1
] ;
FRAME_PNL =
newPanel( x
, y
, w
, h
, "frame panel"
) ;
addComponent( FRAME_PNL
, OPP01
) ;
setComponentColor( FRAME_PNL
,
51
, 51
, 51
, 255
, 255
, 240
, 240
, 255
) ;
x = s ;
y = 0 ;
w = 12*4 ;
h = 18 ;
FMPL_TX
[0
] =
newTextLabel( x
, y
, w
, h
, "ﾌﾚｰﾑ移動"
) ;
setComponentFontSize( FMPL_TX
[0
], 12
) ;
x =
getComponentLocation( FMPL_TX
[0
] )[0
] ;
y =
getComponentLocation( CLOSE_OPTION_BTN
)[1
] ;
w = 58 ;
h =
getComponentSize( CLOSE_OPTION_BTN
)[1
] ;
FMPL_BT
[3
] =
newButton( x
, y
, w
, h
, "計算"
) ;
x += w + 7*s ;
h =
getComponentSize( CLOSE_OPTION_BTN
) [1
] ;
FMPL_BT
[0
] =
newButton( x
, y
, w
, h
, "移動"
) ;
x += w + 10 ;
FMPL_BT
[1
] =
newButton( x
, y
, w
, h
, "移動"
) ;
x += w ;
FMPL_BT
[4
] =
newButton( x
, y
, w
, h
, "取得"
) ;
x += w + 10 ;
FMPL_BT
[2
] =
newButton( x
, y
, w
, h
, "移動"
) ;
x += w ;
FMPL_BT
[5
] =
newButton( x
, y
, w
, h
, "取得"
) ;
x = GetComponentLocationRight
( FMPL_BT
[0
] )- 76 ;
y = 0 ;
w = 64 ;
h = 18 ;
string aframe = "+" +
(string
)( a / FPS
) ;
FMPL_TF
[0
] =
newTextField( x
, y
, w
, h
, aframe
) ;
x += w ;
w = 12 ;
FMPL_TX
[1
] =
newTextLabel( x
, y
, w
, h
, "秒"
) ;
x = GetComponentLocationRight
( FMPL_BT
[0
] ) - 54 ;
y += h ;
w = 18 ;
FMPL_TF
[1
] =
newTextLabel( x
, y
, w
, h
, "+1"
) ;
x += w ;
w = 36 ;
FMPL_TX
[2
] =
newTextLabel( x
, y
, w
, h
, "ﾌﾚｰﾑ先"
) ;
x = GetComponentLocationRight
( FMPL_BT
[4
] ) - 76 ;
y =
getComponentLocation( FMPL_TF
[0
] )[1
] ;
w =
getComponentSize( FMPL_TF
[0
] )[0
] ;
FMPL_TF
[2
] =
newTextField( x
, y
, w
, h
, ""
) ;
x += w ;
w = 12 ;
FMPL_TX
[3
] =
newTextLabel( x
, y
, w
, h
, "秒"
) ;
x =
getComponentLocation( FMPL_BT
[4
] )[0
]
+
getComponentSize( FMPL_BT
[4
] )[0
] - 66 ;
y += h ;
w = 30 ;
FMPL_TF
[3
] =
newTextLabel( x
, y
, w
, h
, ""
) ;
x += w ;
w = 36 ;
FMPL_TX
[4
] =
newTextLabel( x
, y
, w
, h
, "ﾌﾚｰﾑ目"
) ;
x = GetComponentLocationRight
( FMPL_BT
[5
] ) - 76 ;
y =
getComponentLocation( FMPL_TF
[0
] )[1
] ;
w =
getComponentSize( FMPL_TF
[0
] )[0
] ;
FMPL_TF
[4
] =
newTextField( x
, y
, w
, h
, ""
) ;
x += w ;
w = 12 ;
FMPL_TX
[5
] =
newTextLabel( x
, y
, w
, h
, "秒"
) ;
x = GetComponentLocationRight
( FMPL_BT
[5
] ) - 6 6 ;
y += h ;
w = 30 ;
FMPL_TF
[5
] =
newTextLabel( x
, y
, w
, h
, ""
) ;
x += w ;
w = 36 ;
FMPL_TX
[6
] =
newTextLabel( x
, y
, w
, h
, "ﾌﾚｰﾑ目"
) ;
SetComponentFontBold
( FMPL_TF
, false
) ;
AddComponent
( FMPL_TF
, FRAME_PNL
) ;
SetComponentFontBold
( FMPL_TX
, false
) ;
AddComponent
( FMPL_TX
, FRAME_PNL
) ;
SetComponentFontBold
( FMPL_BT
, false
) ;
AddComponent
( FMPL_BT
, FRAME_PNL
) ;
}
void OpenOptionPanel
() {
if ( !
getComponentVisible( OPP01
) ) {
int mdl
[ ] =
getComponentLocation( MAIN_DISPLAY_LABEL
) ;
int mds
[ ] =
getComponentSize( MAIN_DISPLAY_LABEL
) ;
int deltay = 4 ;
int ops
[ ] =
getComponentSize( OPP01
) ;
setComponentSize(
MAIN_DISPLAY_LABEL
, mds
[0
], mds
[1
] - ops
[1
] - 2*deltay
) ;
setComponentLocation(
MAIN_DISPLAY_LABEL
, mdl
[0
], mdl
[1
] + ops
[1
] + 2*deltay
) ;
setComponentVisible( OPP01
, true
) ;
}
}
void CloseOptionPanel
() {
int mdl
[ ] =
getComponentLocation( MAIN_DISPLAY_LABEL
) ;
int mds
[ ] =
getComponentSize( MAIN_DISPLAY_LABEL
) ;
int deltay =
getComponentLocation( SBTN_G1
)[1
] ;
int ops
[ ] =
getComponentSize( OPP01
) ;
setComponentVisible( OPP01
, false
) ;
setComponentLocation(
MAIN_DISPLAY_LABEL
, mdl
[0
], 0
) ;
setComponentSize(
MAIN_DISPLAY_LABEL
, mds
[0
], mds
[1
] + ops
[1
] + 2*deltay
) ;
}
bool PERSPECTIVE_CHANGED = false ;
int P_COUNT = 0 ;
int P_INDEX = 0 ;
void ChangePerspective
() {
string s =
getComponentText( CMPL_SF
[0
] ) ;
string text
[ ] =
{
"微弱"
, "弱い"
, "普通"
, "強い"
} ;
int n = 0 ;
while ( s != text
[n
] ) {
n ++ ;
}
double p
, q ;
if ( n == 0
) { // ここ以下を変更したら「その他の初期化」もそれに合わす
p = a ;
} else if ( n == 1
) {
p = a / 10 ;
} else if ( n == 2
) {
p = a / 20 ;
} else if ( n == 3
) {
p = a / 40 ;
}
if ( P_INDEX == 0
) {
q = a ;
} else if ( P_INDEX == 1
) {
q = a / 10 ;
} else if ( P_INDEX == 2
) {
q = a / 20 ;
} else if ( P_INDEX == 3
) {
q = a / 40 ;
}
int endcount = FPS * 2 ;
float mag ;
double camz
, coef ;
int w =
getWorldCoordinate( RENDERER
) ;
double r =
( a* P_COUNT / endcount
) ;
coef =
( q^
( 1 - r
) ) *
( p^r
) ;
mag = GRAPHIC_MAGNIFICATION * coef ;
camz = CAMERA_ORIGIN_Z * coef ;
setGraphics3DMagnification( RENDERER
, mag
) ;
setCameraOrigin( w
, o
, o
, camz
);
if ( P_COUNT < endcount
) {
setComponentText(
CMPL_TX
[1
],
"変更中" +
(string
)( 100 * P_COUNT / endcount + 1
) + "％"
) ;
}
if ( P_COUNT == endcount
) {
P_COUNT = 0 ;
PERSPECTIVE_CHANGED = false ;
P_INDEX = n ;
setComponentText( CMPL_TX
[1
], "遠近法の効果"
) ;
}
P_COUNT ++ ;
}
void PrepareSavingImg
( string s
) {
string txt
[ ] =
{
"フレーム設定を反映"
,
"開始・終了時刻固定"
,
"開始・終了フレーム固定"
,
"保存数に倍速FPS同調"
,
"開始時刻１回のみ"
,
"現在時刻１回のみ"
} ;
int n = 0 ;
while ( s != txt
[n
] ) {
n ++ ;
}
if ( n == 0
) {
PrepareSavingImg0
() ;
} else if ( n == 1
) {
PrepareSavingImg1
() ;
} else if ( n == 2
) {
PrepareSavingImg2
() ;
} else if ( n == 3
) {
} else if ( n == 4
) {
PrepareSavingImg4
() ;
} else {
PrepareSavingImg5
() ;
}
}
void PrepareSavingImg0
() {
if (
getComponentText( FMPL_TF
[3
] ) != ""
&&
getComponentText( FMPL_TF
[5
] ) != ""
) {
JumpToFrame
( FMPL_BT
[3
] ) ; // 計算のみ
string s
[ ] =
{
""
, getComponentText( FMPL_TF
[3
] ),
""
, getComponentText( FMPL_TF
[5
] ),
""
, ""
} ;
int sc =
( (int
)( s
[1
] ) -1
) *
(int
)( 2^ACCEL
) ;
int ec =
( (int
)( s
[3
] ) -1
) *
(int
)( 2^ACCEL
) ;
double st = sc * DEL_T
, et = ec * DEL_T ;
s
[0
] = st ;
s
[2
] = et ;
double delt = et - st ;
int delf =
(int
)( s
[3
] ) -
(int
)( s
[1
] ) + 1 ;
s
[4
] = delt ;
s
[5
] = delf ;
FillInTheBlanks
( s
) ;
}
}
void PrepareSavingImg1
() {
if (
getComponentText( ISPL_TF
[0
] ) != ""
&&
getComponentText( ISPL_TF
[2
] ) != ""
) {
string s
[ ] =
{
getComponentText( ISPL_TF
[0
] ), ""
,
getComponentText( ISPL_TF
[2
] ), ""
,
""
, ""
} ;
if ( (double
)s
[0
] >= 0 &&
(double
)s
[2
] <= END_T - START_T
) {
s
[0
] = feval
( s
[0
] ) ;
s
[1
] =
(int
)( (double
)( s
[0
] ) / DEL_T
) /
(int
)( 2^ACCEL
) ;
s
[0
] =
(string
)( (int
)( s
[1
] ) *
(int
)( 2^ACCEL
) * DEL_T
) ;
s
[2
] = feval
( s
[2
] ) ;
s
[3
] =
(int
)( (double
)( s
[2
] ) / DEL_T
) /
(int
)( 2^ACCEL
) ;
s
[2
] =
(string
)( (int
)( s
[3
] ) *
(int
)( 2^ACCEL
) * DEL_T
) ;
double delt =
(double
)( s
[2
] ) -
(double
)( s
[0
] ) ;
int delf =
(int
)( s
[3
] ) -
(int
)( s
[1
] ) + 1 ;
s
[4
] = delt ;
s
[5
] = delf ;
s
[1
] =
(int
)( s
[1
] ) + 1 ;
s
[3
] =
(int
)( s
[3
] ) + 1 ;
FillInTheBlanks
( s
) ;
}
}
}
void PrepareSavingImg2
() {
if (
getComponentText( ISPL_TF
[1
] ) != ""
&&
getComponentText( ISPL_TF
[3
] ) != ""
) {
string s
[ ] =
{
""
, getComponentText( ISPL_TF
[1
] ),
""
, getComponentText( ISPL_TF
[3
] ),
""
, ""
} ;
if ( (int
)s
[1
] > 0 &&
(int
)s
[3
] <=
( END_C - START_C
)/2 + 1
) {
s
[1
] = ieval
( s
[1
] ) ;
s
[3
] = ieval
( s
[3
] ) ;
s
[0
] =
( (int
)( s
[1
] ) - 1
) * 2^ACCEL * DEL_T ;
s
[2
] =
( (int
)( s
[3
] ) - 1
) * 2^ACCEL * DEL_T ;
double delt =
(double
)( s
[2
] ) -
(double
)( s
[0
] ) ;
int delf =
(int
)( s
[3
] ) -
(int
)( s
[1
] ) + 1 ;
s
[4
] = delt ;
s
[5
] = delf ;
FillInTheBlanks
( s
) ;
}
}
}
void PrepareSavingImg4
() {
double st =
getComponentText( ISPL_TF
[0
] ) ;
int f = st * FPS /
( 2^
( ACCEL - 1
) ) ;
st = f * 2^ACCEL * DEL_T ;
string s
[ ] =
{ st
, f + 1
, st
, f + 1
, 0.0
, 1
} ;
FillInTheBlanks
( s
) ;
}
void PrepareSavingImg5
() {
int c = COUNT - START_C ;
int f = c /
(int
)( 2^ACCEL
) ;
double t = c * DEL_T ;
string s
[ ] =
{ t
, f + 1
, t
, f + 1
, 0.0
, 1
} ;
FillInTheBlanks
( s
) ;
}
void FillInTheBlanks
( string s
[ ] ) {
for ( int i=0; i<
length( s
, 0
); i++
) {
if ( lengthOf( s
[i
] ) > 8
) {
s
[i
] =
substring( s
[i
], 0
, 8
) ;
}
setComponentText( ISPL_TF
[i
], s
[i
] ) ;
}
}
void PlayFromTo
( int sc
, int ec
, bool save
) {
int actsc ;
while ( IN_MOVIE
) {
KEEP_MOTION = false ;
}
KEEP_MOTION = false ;
if ( sc <= ec
) {
INCREASE_COUNT = true ;
actsc = sc -
(int
)( 2^ACCEL
) ;
} else {
INCREASE_COUNT = false ;
actsc = sc +
(int
)( 2^ACCEL
) ;
}
string args
[ 0
] ;
int stop_c = ec + START_C ;
string program
= "if
( COUNT ==" +
(string
)( stop_c
) + "
) {"
+ "RefreshIndicator
() ;"
+ "
setComponentText( LBTN
[0
], LBTN_TX
[0
][0
] ) ;"
+ "
int c = COUNT - START_C ;"
+ "
string s =
(string
)( (int
)( c * DEL_T
) ) ;"
+ "
if ( lengthOf( s
) > 8
) {"
+ " s =
substring( s
, 0
, 8
) ;"
+ "
}"
+ "
setComponentText( LTXL
[0
], s
) ;"
+ " KEEP_MOTION = false ;"
+ " OTHER_ACTIONS = false ;"
+ "
}"
;
if ( save
) {
program = "SaveImgPng
() ;" + program ;
}
override( "Action1"
, args
, program
) ;
JumpTo
( actsc
) ;
OTHER_ACTIONS = true ;
KEEP_MOTION = true ;
setComponentText( LBTN
[0
], LBTN_TX
[0
][1
] ) ;
}
void JumpToFrame
( int id
) {
int c = COUNT - START_C ;
string tx =
(string
)( (int
)( DEL_T * c
) ) ;
if ( KEEP_MOTION && id != FMPL_BT
[3
] ) {
bool b = confirm
( "この機能は CG 進行中は利用できません"
,
"CG をこのボタンが押された瞬間の時刻
( " + tx
+ " 秒
)に戻し、停止しますか？"
,
"なお、スピン座標系の Euler 角はゼロにリセットされます"
) ;
if ( b
) {
KEEP_MOTION = false ;
SPIN = false ;
setComponentText( LTXL
[0
], tx
) ;
setComponentText( LBTN
[0
], LBTN_TX
[0
][0
] ) ;
JumpTo
( c
) ;
RefreshIndicator
() ;
setCoordinateEulerAngle(
COORD
[TOP_COORD_INDEX
], o
, o
, o
) ;
alert(
"現項目に対する操作は改めて行う必要があります"
) ;
}
} else {
string s_stopt
, s_frame ;
double stopt ;
int count
, frame ;
int n = 0 ;
while ( id != FMPL_BT
[n
] ) {
n ++ ;
}
if ( n < 3
) {
s_frame =
getComponentText( FMPL_TF
[2*n+1
] ) ;
if ( s_frame == ""
) {
} else {
frame =
(int
)( 0 + feval
( s_frame
) ) ;
if ( n == 0
) {
count = frame *
(int
)( 2^ACCEL
) ;
count = c + count ;
} else {
count =
( frame - 1
) *
(int
)( 2^ACCEL
) ;
}
if ( count < 0 || END_C - START_C < count
) {
} else {
JumpTo
( count
) ;
stopt =
( COUNT - START_C
) * DEL_T ;
setComponentText(
LTXL
[0
], (string
)( (int
)( stopt
) )
) ;
RefreshIndicator
() ;
if ( n != 0
) {
s_stopt = stopt ;
if ( lengthOf( s_stopt
) > 8
) {
s_stopt =
substring( s_stopt
, 0
, 8
) ;
}
setComponentText( FMPL_TF
[2*n
], s_stopt
) ;
}
}
}
} else {
for ( int i=0; i<
length( FMPL_TF
, 0
); i+=2
) {
s_stopt =
getComponentText( FMPL_TF
[i
] ) ;
if ( s_stopt == ""
) {
} else {
stopt = feval
( s_stopt
) ;
frame =
(int
)( stopt * FPS
)
/ 2^
( ACCEL - 1
) ;
if ( i == 0
) {
string s_f = "0" +
getComponentText( FMPL_TF
[1
] ) ;
frame = ieval
( s_f
) ;
if ( stopt < 0
) {
frame = -
abs( frame
) ;
} else {
frame =
abs( frame
) ;
}
}
stopt = frame * DEL_T *
( 2^ACCEL
) ;
s_stopt = stopt ;
if ( i == 0
) {
if ( lengthOf( s_stopt
) > 9
) {
s_stopt =
substring( s_stopt
, 0
, 9
) ;
}
} else {
if ( lengthOf( s_stopt
) > 8
) {
s_stopt =
substring( s_stopt
, 0
, 8
) ;
}
}
if ( i == 0
) {
if ( stopt > 0
) {
s_stopt = "+" + s_stopt ;
s_frame = "+" +
(string
)( frame
) ;
} else {
s_frame = frame ;
}
} else {
frame += 1 ;
s_frame = frame ;
}
setComponentText( FMPL_TF
[i
], s_stopt
) ;
setComponentText( FMPL_TF
[i+1
], s_frame
);
}
}
}
}
}
void GetTime
( int id
) {
int c = COUNT - START_C ;
string t =
(string
)( c * DEL_T
) ;
if ( lengthOf( t
) > 8
) {
t =
substring( t
, 0
, 8
) ;
}
string f =
(string
)( c /
(int
)( 2^ACCEL
) + 1
) ;
if ( id == FMPL_BT
[4
] ) {
setComponentText( FMPL_TF
[2
], t
) ;
setComponentText( FMPL_TF
[3
], f
) ;
} else {
setComponentText( FMPL_TF
[4
], t
) ;
setComponentText( FMPL_TF
[5
], f
) ;
}
}
/* GUIROUTINE */
void SetComponentLocationX
( int id
, int x
) {
int ox
[ ] =
getComponentLocation( id
) ;
setComponentLocation( id
, x
, ox
[1
] ) ;
}
void ShiftComponentLocationX
( int id
, int delx
) {
int ox
[ ] =
getComponentLocation( id
) ;
setComponentLocation( id
, ox
[0
] + delx
, ox
[1
] ) ;
}
void SetComponentSizeX
( int id
, int x
) {
int y =
getComponentSize( id
)[1
] ;
setComponentSize( id
, x
, y
) ;
}
void ShiftComponentSizeX
( int id
, int delx
){
int ox
[ ] =
getComponentSize( id
) ;
setComponentSize( id
, ox
[0
] + delx
, ox
[1
] ) ;
}
void SetComponentSizeY
( int id
, int y
) {
int x =
getComponentSize( id
)[0
] ;
setComponentSize( id
, x
, y
) ;
}
int GetComponentLocationLow
( int id
) {
return getComponentLocation( id
)[1
] +
getComponentSize( id
)[1
] ;
}
int GetComponentLocationRight
( int id
) {
return getComponentLocation( id
)[0
] +
getComponentSize( id
)[0
] ;
}
void SetComponent
( int id
, int x
, int y
, int w
, int h
) {
setComponentLocation( id
, x
, y
) ;
setComponentSize( id
, w
, h
) ;
}
void CopyComponentText
( int fromid
, int toid
) {
string s1 =
getComponentText( fromid
) ;
string s2 =
getComponentText( toid
) ;
if ( s2 == ""
) {
s2 = s1 ;
} else {
s2 = s2 +
lf() +
lf() + s1 ;
}
setComponentText( toid
, s2
) ;
}
void SetComponentColor
( int id
, int c
[ ] ) {
setComponentColor(
id
, c
[0
], c
[1
], c
[2
], c
[3
], c
[4
], c
[5
], c
[6
], c
[7
]
) ;
}
void SetComponentColor
( int id
, int base
) {
int c
[ ] =
getComponentColor( base
) ;
setComponentColor(
id
, c
[0
], c
[1
], c
[2
], c
[3
], c
[4
], c
[5
], c
[6
], c
[7
]
) ;
}
void SetComponentColor
( int id
[ ], int base
) {
int c
[ ] =
getComponentColor( base
) ;
for ( int i=0; i<
length( id
, 0
); i++
) {
setComponentColor(
id
[i
], c
[0
], c
[1
], c
[2
], c
[3
], c
[4
], c
[5
], c
[6
], c
[7
]
) ;
}
}
void SetComponentColor
( int id
[ ], int c
[ ] ) {
for ( int i=0; i<
length( id
, 0
); i++
) {
SetComponentColor
( id
[i
], c
) ;
}
}
void AddComponent
( int component
[ ], int base
) {
for ( int i=0; i<
length( component
, 0
); i++
) {
addComponent( component
[i
], base
) ;
}
}
void SetComponentFontBold
( int component
[ ], bool s
) {
for ( int i=0; i<
length( component
, 0
); i++
) {
setComponentFontBold( component
[i
], s
) ;
}
}
void SetComponentFont
( int id
[ ], int size
, bool s
) {
for ( int i=0; i<
length( id
, 0
); i++
) {
setComponentFontBold( id
[i
], s
) ;
setComponentFontSize( id
[i
], size
) ;
}
}
void SetComponentFontItalic
( int id
[ ], bool s
) {
for ( int i=0; i<
length( id
, 0
); i++
) {
setComponentFontItalic( id
[i
], s
) ;
}
}
//
import ここまで
// include
void main
( string args
[] ){
hide() ;
int winw = 256*2.4
, winh = 256*2.4
, c = 0 ;
int bgcolor
[ ] = Color
( c
, c
, c
) ;
Set3DGraphics
( winw
, winh
, -1000
, -1000
, bgcolor
) ;
SetLights
() ;
SetCoordinates
() ;
SetElements
() ;
PrepareStage
() ;
PrepareMovie
() ;
PrintBasicInfo
() ;
sleep( 1000
) ;
WINDOW_POSITION_X = 530 ;
setComponentLocation( MAIN_WINDOW
, WINDOW_POSITION_X
, 0
) ;
while ( KEEP_LOOP
){
if ( KEEP_MOTION
) {
ForwardMotion
() ; // アニメーション
if ( F1_IN_MOTION
) {
Dummyfunc1
() ;
}
}
if ( ROTATE_SYSTEMS
) {
Rot1Systems
() ;
}
if ( PERSPECTIVE_CHANGED
) {
ChangePerspective
() ;
}
if ( F1_IN_MAIN
) {
Dummyfunc1
() ;
}
if ( CREATE_GUI
) {
int button_dim = 24 ;
CreateLowPanel
( button_dim
) ;
int panel_width = 0 ;
CreateSidePanel
( panel_width
) ;
CREATE_GUI = false ;
GUI_CREATED = true ;
KEEP_MOTION = false ;
COUNT = START_C ;
}
PaintGraphics
();
if ( OTHER_ACTIONS
) { // 画像連続保存等
Action1
() ;
Action2
() ;
}
SLEEP = !
(
KEEP_MOTION || ROTATE_SYSTEMS || PERSPECTIVE_CHANGED
|| F1_IN_MAIN || OTHER_ACTIONS
)
|| FORCED_SLEEP ;
if ( SLEEP
) {
if ( second( time() ) > LIMIT
) {
KEEP_LOOP = false ;
}
sleep( 200
);
} else {
sleep( 1000/FPS
) ;
}
if ( KEEP_MOTION
) {
if ( PAUSE_MOTION
) {
if ( COUNT == PAUSE_C
) {
KEEP_MOTION = false ;
setComponentText( LBTN
[0
], LBTN_TX
[0
][0
] ) ;
int c = PAUSE_C - START_C ;
string s =
(string
)( (int
)( c * DEL_T
) ) ;
if ( lengthOf( s
) > 8
) {
s =
substring( s
, 0
, 8
) ;
}
setComponentText( LTXL
[0
], s
) ;
}
}
if ( KEEP_MOTION
) {
if ( SPEED_CHANGED
) {
if ( ( COUNT - START_C
) % 16 == 0
) {
STEP = 2^ACCEL ;
SPEED_CHANGED = false ;
}
}
if ( INCREASE_COUNT
) {
COUNT += STEP ;
if ( COUNT > END_C
) {
if ( CIRCULATIVE_MOTION
) {
COUNT = START_C ;
} else if ( RECIPROCATIVE_MOTION
) {
COUNT = END_C ;
INCREASE_COUNT = false ;
} else {
COUNT = END_C ;
}
}
} else {
COUNT -= STEP ;
if ( COUNT < START_C
) {
if ( CIRCULATIVE_MOTION
) {
COUNT = END_C ;
} else if ( RECIPROCATIVE_MOTION
) {
COUNT = START_C ;
INCREASE_COUNT = true ;
} else {
COUNT = START_C ;
}
}
}
}
}
}
exit();
}
/* set lights */
int AMBIENT_LIGHT = newAmbientLight
( o
, o
, o
, o
) ;
int LIGHT1 =
newLight( 0.1
, 0.12
, 0.2
, o
) ;
int LIGHT2 =
newLight( -0.2
, -0.55
, 0.41
, o
) ;
void SetLights
() {
addLight ( AMBIENT_LIGHT
, RENDERER
);
}
/* create elements */
void SetElements
() {
SetElementOptions
();
AddElements
();
}
int OPACITY
[ ] =
{ 255
, 175
} ;
float OPTION0
[ 6
], OPTION1
[ 6
];
{
float emissive = o ;
float diffractive = 0.9 ;
float diffuse = 0.4 ;
float ambient = 0.3 ;
float specularintensity = 0.9
, specularangle = PI/5;
OPTION0
[0
] = emissive ;
OPTION0
[1
] = diffractive ;
OPTION0
[2
] = diffuse ;
OPTION0
[3
] = ambient ;
OPTION0
[4
] = specularintensity ; OPTION0
[5
] = specularangle ;
OPTION1 = OPTION0 ;
OPTION1
[0
] = 0.3 ;
OPTION1
[3
] = 0.3 ;
OPTION1
[4
] = 1.0 ; OPTION1
[5
] = 1.5 ;
}
void SetElementOptions
() {
SetPolygonCull
( TR00
, false
, false
) ;
SetPolygonSurface
( TR00
, OPTION0
) ;
}
void AddElements
() {
addLight( LIGHT1
, RENDERER
, COORD
[length( COORD
, 0
)-1
] ) ;
addLight( LIGHT2
, RENDERER
, COORD
[length( COORD
, 0
)-1
] ) ;
AddPolygons
( TR00
, RENDERER
, CD
) ;
}
/* set coordinates */
void SetCoordinates
() {
PileCoordinate
( COORD
, RENDERER
);
for ( int i=0; i<NG; i++
) {
addCoordinate( CD
[i
], RENDERER
, COORD
[0
] );
}
}
/* set axes */
int AXIS
[ 8
];
{
float x
, y
, z ;
for ( int i=0; i<
length( AXIS
); i++
) {
x =
( 6*l - 0.6*l*i
) ; y = x ; z = x ;
AXIS
[i
] =
newAxisModel( x
, y
, z
) ;
}
}
void SetAxes
() {
addModel( AXIS
[0
], RENDERER
, CD
[0
] ) ;
}
/* animation Loop に関わるワールド変数 */
bool KEEP_LOOP = true ;
bool KEEP_MOTION = true ;
bool PAUSE_MOTION = false ;
bool INCREASE_COUNT = true ;
bool SPEED_CHANGED = false ;
bool SPIN = false ;
bool CREATE_GUI = false ;
bool GUI_CREATED = false ;
bool SLEEP = true ;
bool FORCED_SLEEP = false ;
int COUNT = 0 ;
int STEP = 2 ;
int START_C = 0 ;
int END_C = 1 ;
int RUNNING_C = 0 ;
int PAUSE_C = 0 ;
int FPS = 32 ; // frames / 1sec
int PICTURE_NUMBER = 0 ;
int LIMIT = 6000 ; // sec
double START_T = -1.0
, END_T = 1000.0
, ADDED_T = o ;
double DEL_T = a /
( 2 * FPS
) ; // 1COUNTあたり
double RPM = 7.5 ; // スピン回転数
int ROT_N ; // アニメーションでの回転回数
int LENGTH = 1 ; //
length( state
)
int SX
[ 1
], X
[ 1
][ NG
] ; // location
int SA
[ 1
], A
[ 1
][ NG
] ; // angle
string SCENE ;
void ForwardMotion
() {
double anglepf = 2*PI * RPM / 60 / FPS ; // angle/frame
if ( !SPIN
) {
anglepf = o ;
}
if ( !INCREASE_COUNT
) {
}
// animation
if ( !GUI_CREATED || KEEP_MOTION
) {
Movie
( anglepf
, true
) ;
if ( !GUI_CREATED
) {
CREATE_GUI =
( COUNT == START_C
) ;
}
}
// GUI 表示の更新とアニメーション終了処理
if ( ( COUNT >= START_C
) &&
( COUNT <= END_C
) ) {
if ( GUI_CREATED
) {
int c = COUNT - START_C ;
int u = FPS * 2 ;
int dispT = DEL_T * c ;
bool dispstate =
( c % u == 0
) ;
if ( INCREASE_COUNT
) {
if ( COUNT == END_C
) {
if (
( ! CIRCULATIVE_MOTION
)
&&
( ! RECIPROCATIVE_MOTION
)
) {
KEEP_MOTION = false ;
}
}
} else {
if ( COUNT == START_C
) {
if (
( ! CIRCULATIVE_MOTION
)
&&
( ! RECIPROCATIVE_MOTION
)
) {
KEEP_MOTION = false ;
}
}
}
if ( dispstate || COUNT == START_C || COUNT == END_C
) {
RefreshIndicator
() ;
setComponentText( LTXL
[0
], (string
)( dispT
) ) ;
if ( COUNT == START_C || COUNT == END_C
) {
InitializeIndicator
() ;
}
}
}
}
if ( COUNT > START_C && SPIN
) {
rotYCoordinate( COORD
[TOP_COORD_INDEX
], anglepf
) ;
}
}
void Movie
( double anglepf
, bool movie
) {
}
//
override 用
bool OTHER_ACTIONS = false ;
void Action1
() {
}
void Action2
() {
}
// iclude ここまで
TITLE = "ダイヤモンド空間充填体 x 14" ;
int NG = 14 ; // group の数
int TR00
[ NG
][ S4
][ R3*2
] ;
for ( int i=0; i<
length( TR00
, 0
); i++
) {
for ( int j=0; j<
length( TR00
, 1
); j++
) {
for ( int k=0; k<
length( TR00
, 2
); k++
) {
TR00
[i
][j
][k
] =
newTrianglePolygon( O
, O
, O
) ;
}
}
}
int COORD
[ 7
];
int CD
[ NG
];
for ( int i=0; i<
length( COORD
); i++
) {
COORD
[i
] =
newCoordinate() ;
}
for ( int i=0; i<NG; i++
) {
CD
[i
] =
newCoordinate() ;
}
int COORD_RNK
[ 7
], COORD_IDX
[ 7
] ; // -1 is
for world coordinate
// COORD_RNK
[]=0はCOORD
, 1はCD
, 2はC
// COORD_IDX
[x
] はx番目のAXISが設置される座標系の番号
int TOP_COORD_INDEX = 5 ; // 自転座標系インデックス
COORD_RNK
[0
] = -1 ; COORD_IDX
[0
] = -1 ; // world coordinate
COORD_RNK
[1
] = 0 ; COORD_IDX
[1
] = 0 ;
COORD_RNK
[2
] = 0 ; COORD_IDX
[2
] = 4 ;
COORD_RNK
[3
] = 0 ; COORD_IDX
[3
] = 6 ;
COORD_RNK
[4
] = 1 ; COORD_IDX
[4
] = 0 ;
COORD_RNK
[5
] = 1 ; COORD_IDX
[5
] = 4 ;
COORD_RNK
[6
] = 1 ; COORD_IDX
[6
] = 10 ;
double CAMERA_ORIGIN_Z = 10.5 * l * 20 ;
float GRAPHIC_MAGNIFICATION = 1000.0 * 20 ;
double GRAPHIC_DISTANCE = 10.0 ;
bool IN_MOVIE = false ;
void Movie
( double anglepf
, bool movie
) {
IN_MOVIE = true ;
int g = -1 ; // 状態数
int u = 32 ; // 時間単位
int open =
newVector( o
, 1.0
, (double
)u
) ;
if ( InRange
( open
) &&
( movie
) ) {
double t = Linear
( open
) ;
int c = 255 * t ;
setGraphics3DColor( RENDERER
, c
, c
, c
, 255
) ;
setLightBrightness( AMBIENT_LIGHT
, 0.5*t
) ;
setLightBrightness( LIGHT1
, 0.1*t
) ;
setLightBrightness( LIGHT2
, 0.6*t
) ;
}
if ( ( COUNT == 0
) &&
( ! movie
) ) {
START_C =
(int
)( getVectorZ( open
) )
*
(int
)( getVectorY( open
) ) ;
START_T = DEL_T * START_C ;
}
int time =
newVector( open
) ;
// animation ここから
SetRange
( time
, 0
, 0
) ;
g ++ ;
if ( At
( time ) ) {
setGraphics3DColor( RENDERER
, 255
, 255
, 255
, 255
) ;
setLightBrightness( AMBIENT_LIGHT
, 0.5
) ;
setLightBrightness( LIGHT1
, 0.1
) ;
setLightBrightness( LIGHT2
, 0.6
) ;
for ( int i=0; i<
length( COORD
); i++
) {
if (
i != TOP_COORD_INDEX
&& i != COORD_IDX
[1
] && i != COORD_IDX
[2
] && i != COORD_IDX
[3
]
) {
SetCoordinateEulerAngle
( COORD
[i
], O
) ;
}
}
int color
[ 3
] ;
int x
[ NG
] ;
int x4
[ ] = GetVectors4FacesSymmetry
( l/2
) ;
int x6
[ ] = GetVectors6FacesSymmetry
( l
) ;
for ( int i=0; i<14; i++
) {
if ( i < 4
) {
color = Color
( a
, a
, o
) ;
} else if ( i < 10
) {
color = Color
( o
, a
, o
) ;
} else {
color = Color
( o
, a
, a
, ) ;
}
SetPolygonColors
( TR00
, i
, color
, OPACITY
[0
] ) ;
SetCoordinateEulerAngle
( CD
[i
], O
) ;
if ( i < 4
) {
rotZCoordinate( CD
[i
], PI/2
) ;
}
if ( i < 4
) {
x
[i
] =
newVector( x4
[i
] ) ;
rotYVector( x
[i
], PI/2
) ;
} else if ( i < 10
) {
x
[i
] =
newVector( x6
[i-4
] ) ;
} else {
x
[i
] =
newVector( x4
[i-10
] ) ;
rotYVector( x
[i
], PI/2
) ;
ScaleVector
( x
[i
], 2*a
) ;
}
setCoordinateOrigin( CD
[i
], x
[i
] ) ;
SetFacesDiamondSpaceFiller
( TR00
, i
, l/2
) ;
if ( ! movie
) {
SetVectorsCoordinateLocationAttitude
(
X
[g
][i
], A
[g
][i
], CD
[i
]
) ;
}
}
}
SetRange
( time
, 0
, 8
) ;
if ( InRange
( time ) ) {
double t = Linear
( time ) ;
double s1 = Slope
( t
, a/4
, 3*a/4
), s2 = Slope
( t
, a/2
, a/2
) ;
double anglet ;
int ax =
newVector( o
, a
, o
) ;
for ( int i=0; i<NG; i++
) {
if ( i < 4
) {
anglet = 4*PI*s2 ;
} else if ( i < 10
) {
anglet = 6*PI*s1 ;
} else {
anglet = 8*PI*t ;
}
RotateCoordinate
(
CD
[i
], X
[g
][i
], A
[g
][i
], anglet
, ax
, X
[g
][i
],
RENDERER
, COORD
[1
]
) ;
}
}
SetRange
( time
, 0
, 16
) ;
if ( InRange
( time ) ) {
double t = Linear
( time ) ;
double s1 = Slope
( t
, a/5
, a/5
), s2 = Slope
( t
, 3*a/5
, a/5
) ;
double anglet ;
int ax =
newVector( o
, a
, o
) ;
for ( int i=0; i<NG; i++
) {
if ( i < 4
) {
anglet = -16*PI*t ;
} else if ( i < 10
) {
anglet = 16*PI*t ;
} else {
anglet = 16*PI*t ;
}
RotateCoordinate
(
CD
[i
], X
[g
][i
], A
[g
][i
], anglet
, ax
, X
[g
][i
],
RENDERER
, COORD
[1
]
) ;
}
setCoordinateEulerAngle( COORD
[1
], o
, PI/2*s1 + PI/2*s2
, o
) ;
}
SetRange
( time
, 0
, 10
) ;
int rot10 =
newVector( time ) ;
SetRange
( rot10
, -7
, 0
) ;
if ( InRange
( time ) ) {
double t = Linear
( time ) ;
double anglet ;
int ax =
newVector( a
, o
, o
) ;
for ( int i=0; i<NG; i++
) {
if ( i < 4
) {
anglet = -10*PI*t ;
} else if ( i < 10
) {
anglet = 10*PI*t ;
} else {
anglet = 10*PI*t ;
}
RotateCoordinate
(
CD
[i
], X
[g
][i
], A
[g
][i
], anglet
, ax
, X
[g
][i
],
RENDERER
, COORD
[1
]
) ;
}
}
SetRange
( time
, 0
, 5
) ;
if ( InRange
( time ) ) {
double t = Linear
( time ) ;
for ( int i=0; i<NG; i++
) {
SetFacesDiamondSpaceFiller
( TR00
, i
, l/2 *
( 1 + t
) ) ;
}
setCoordinateEulerAngle( COORD
[1
], o
, PI + PI*t
, o
) ;
}
SetRange
( time
, 0
, 9
) ;
if ( InRange
( time ) ) {
double t = Linear
( time ) ;
setCoordinateEulerAngle( COORD
[1
], PI/2
, PI/4 * t
, -PI/2
) ;
rotXCoordinate( COORD
[1
], ( 2*PI +
atan( ISlv
) ) * t
) ;
}
SetRangeRight
( rot10
, time ) ;
SetRange
( time
, 2
, 8
) ;
if ( InRange
( time ) ) {
double t = Linear
( time ) ;
for ( int i=0; i<NG; i++
) {
SetFacesDiamondSpaceFiller
( TR00
, i
, 1 - t/2
) ;
}
setCoordinateEulerAngle( COORD
[2
], 2*PI * t
, o
, o
) ;
}
SetRange
( time
, 2
, 10
) ;
if ( InRange
( time ) ) {
double t = Linear
( time ) ;
double s1 = Slope
( t
, a/5
, a/5
) ;
double s2 = Slope
( t
, 2*a/5
, a/5
) ;
double s3 = Slope
( t
, 3*a/5
, a/5
) ;
int xt ;
for ( int i=0; i<NG; i++
) {
if ( i < 4
) {
xt = GetScaleVector
( X
[g
][i
], 1 - s1/2
) ;
} else if ( i < 10
) {
xt = GetScaleVector
( X
[g
][i
], 1 - s2/2
) ;
} else {
xt = GetScaleVector
( X
[g
][i
], 1 - s3/2
) ;
}
setCoordinateOrigin( CD
[i
], xt
) ;
}
setCoordinateEulerAngle( COORD
[1
], PI/2
, PI/4 *
( 1 - t
), -PI/2
) ;
rotXCoordinate( COORD
[1
], ( 2*PI +
atan( ISlv
) ) *
( 1 - t
) ) ;
}
SetRange
( time
, 0
, 5
) ;
if ( InRange
( time ) ) {
double t = Linear
( time ) ;
int xt ;
for ( int i=0; i<NG; i++
) {
xt = GetScaleVector
( X
[g
][i
], a/2 + t/2
) ;
setCoordinateOrigin( CD
[i
], xt
) ;
}
setCoordinateEulerAngle( COORD
[1
], PI/2
, PI/4 * t
, -PI/2
) ;
rotXCoordinate( COORD
[1
], atan( ISlv
) * t
) ;
}
SetRange
( time
, 2
, 2
) ;
if ( InRange
( time ) ) {
double t = Linear
( time ) ;
setCoordinateEulerAngle( COORD
[1
], PI/2
, PI/4 *
( 1 - t
), -PI/2
) ;
rotXCoordinate( COORD
[1
], atan( ISlv
) *
( 1 - t
) ) ;
}
// 複数の range をまたぐ変化
if( InRange
( rot10
) ) {
double t = Linear
( rot10
) ;
setCoordinateEulerAngle( COORD
[2
], PI/2
, -2*PI*t
, -PI/2
) ;
}
// 終状態
if ( COUNT >= END_C
) {
setGraphics3DColor( RENDERER
, 255
, 255
, 255
, 255
) ;
setLightBrightness( AMBIENT_LIGHT
, 0.5
) ;
setLightBrightness( LIGHT1
, 0.1
) ;
setLightBrightness( LIGHT2
, 0.6
) ;
for ( int i=0; i<
length( COORD
, 0
); i++
) {
if (
i != TOP_COORD_INDEX
&& i != COORD_IDX
[1
] && i != COORD_IDX
[2
] && i != COORD_IDX
[3
]
) {
SetCoordinateEulerAngle
( COORD
[i
], O
) ;
}
}
int color
[ 3
] ;
for ( int i=0; i<14; i++
) {
if ( i < 4
) {
color = Color
( a
, a
, o
) ;
} else if ( i < 10
) {
color = Color
( o
, a
, o
) ;
} else {
color = Color
( o
, a
, a
, ) ;
}
SetPolygonColors
( TR00
, i
, color
, OPACITY
[0
] ) ;
SetCoordinateLocationAttitude
( CD
[i
], X
[0
][i
], A
[0
][i
] ) ;
SetFacesDiamondSpaceFiller
( TR00
, i
, a/2
) ;
}
}
// animation ここまで
// 終了時刻の調整
if ( ( COUNT == 0
) &&
( ! movie
) ) {
int dendc =
getVectorZ( time ) *
getVectorY( time ) + d^-1 ;
int cpround = STEP * 60 * FPS / RPM ;
if ( ( dendc - START_C
) % cpround == 0
) {
END_C = dendc ;
} else {
END_C = START_C
+
( ( dendc - START_C
) / cpround + 1
) * cpround ;
}
ROT_N =
( END_C - START_C
) / cpround ;
END_T = DEL_T * END_C ;
RUNNING_C = END_C - START_C ;
ADDED_T = END_T - DEL_T * dendc ;
}
// 座標系位置、姿勢のセット数の確定
if ( ( COUNT == 0
) &&
( ! movie
) ) {
LENGTH = g + 1 ;
}
IN_MOVIE = false ;
}