MSGraph< T > Class Template Reference

#include <Gdata.h>

Inheritance diagram for MSGraph< T >:

Collaboration diagram for MSGraph< T >:

Public Member Functions
	MSGraph (int x, int y=1, int z=1, T v=(T) 0, T b=(T) 0, double rz=1.0)
	MSGraph (RBound< int > rb, T v=(T) 0, T b=(T) 0, double rz=1.0)
	MSGraph (void)
virtual	~MSGraph (void)
T &	point (int x, int y=0, int z=0)
	座標(x,y,z)の画素値の参照
T	get_vPoint (double x, double y=0., double z=0., int mode=OFF)
void	set_vPoint (double x, double y=0., double z=0., T cc=(T) 0, int mode=OFF)
void	put_vPoint (double x, double y=0., double z=0., T cc=(T) 0, int mode=OFF)
void	set (RBound< int > rb, T v=(T) 0, T b=(T) 0, double rz=1.0)
void	set (int x, int y=1, int z=1, T v=(T) 0, T b=(T) 0, double rz=1.0)
void	init (void)
	グラフィックデータは解放しない
bool	isNull (void)
	グラフィックデータを持っていないか？
void	fill (T v=(T) 0)
	全空間を画素値 v にする
void	clear (T v)
	全空間を画素値 v にする
void	clear (void)
	全空間を画素値 zero にする
void	getm (int x, int y, int z=1, T v=(T) 0)
	グラフィックメモリを獲得する
void	getm (T v=(T) 0)
	グラフィックメモリを獲得する
void	free (void)
	グラフィックデータを開放する
void	get_minmax (void)
	min, max を獲得
void	set_array (T *ary, int sz=0)
	ary の内容を gpにコピー．
void	contrast (T low, T high)
	コントラストの調整
template<typename R >
void	mimicry (MSGraph< R > s)
template<typename R >
void	dup (MSGraph< R > s)
void	setWindow (double x1, double y1, double x2, double y2)
void	setWindow3D (double x1, double y1, double z1, double x2, double y2, double z2)
void	wMove (double x, double y, double z=0.0)
void	wMove_rel (double x, double y, double z=0.0)
MSGraph< T >	operator= (ExMSGraph< T > &s)
Public Attributes
int	xs
	xサイズ. 4Byte.
int	ys
	yサイズ. 4Byte.
int	zs
	zサイズ. 4Byte. 2Dの場合は 1.
T *	gp
	グラフィックデータへのポインタ.
T	zero
	画素値のゼロ位．
T	base
	画措置の底上げの値．
T	max
	画素値の最大値
T	min
	画素値の最小値
int	color
	データのカラータイプ
int	state
	エラー制御
RBound< int >	rbound
	画像の境界情報
double	RZxy
	Z軸の歪．Z軸の間隔を 1とした XY軸の間隔．(X or Y)/Z.
double	norm
	規格化定数．フィルタのときに使用．
double	wRateX
	ワールド座標系の x成分1ドットに対するスクリーン座標系のドット数．
double	wRateY
	ワールド座標系の y成分1ドットに対するスクリーン座標系のドット数．
double	wRateZ
	ワールド座標系の z成分1ドットに対するスクリーン座標系のドット数．
double	wZeroX
	スクリーン座標系の原点に対するワールド座標系の x成分．
double	wZeroY
	スクリーン座標系の原点に対するワールド座標系の y成分．
double	wZeroZ
	スクリーン座標系の原点に対するワールド座標系の z成分．
double	wNowX
	ペンの現地点の x成分(ワールド座標系)
double	wNowY
	ペンの現地点の y成分(ワールド座標系)
double	wNowZ
	ペンの現地点の z成分(ワールド座標系)

Detailed Description

template<typename T = sWord>
class jbxl::MSGraph< T >

template <typename t="uWord"> class MSGraph

シンプルグラフィックデータ．
メモリ中での画像データのデフォルト．

Attention:: ディストラクタはメモリを解放しないので，必ず手動で解放すること．

Definition at line 78 of file Gdata.h.

Constructor & Destructor Documentation

MSGraph	(	int	x,
		int	y = `1`,
		int	z = `1`,
		T	v = `(T)0`,
		T	b = `(T)0`,
		double	rz = `1.0`
	)			`[inline]`

Definition at line 111 of file Gdata.h.

00111 { set(x, y, z, v, b, rz);}

MSGraph	(	RBound< int >	rb,
		T	v = `(T)0`,
		T	b = `(T)0`,
		double	rz = `1.0`
	)			`[inline]`

Definition at line 112 of file Gdata.h.

00112 { set(rb, v, b, rz);}

MSGraph ( void ) [inline]

Definition at line 113 of file Gdata.h.

References MSGraph< T >::init().

00113 { init();}

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virtual ~MSGraph ( void ) [inline, virtual]

Definition at line 115 of file Gdata.h.

00115 {}

Member Function Documentation

void clear ( void ) [inline]

template <typename t>=""> void MSGraph<T>::clear(void)

全空間を画素値 zero にする

Definition at line 373 of file Gdata.h.

References MSGraph< T >::gp, MSGraph< T >::max, MSGraph< T >::min, MSGraph< T >::xs, MSGraph< T >::ys, MSGraph< T >::zero, and MSGraph< T >::zs.

00374 {       
00375     for (int i=0; i<xs*ys*zs; i++) gp[i] = zero; 
00376     min = max = zero;
00377     return;
00378 }

void clear ( T v ) [inline]

template <typename t>=""> void MSGraph<T>::clear(T v)

全空間を画素値 v にする．v を zeroにする．

Definition at line 359 of file Gdata.h.

References MSGraph< T >::gp, MSGraph< T >::max, MSGraph< T >::min, MSGraph< T >::xs, MSGraph< T >::ys, MSGraph< T >::zero, and MSGraph< T >::zs.

Referenced by jbxl::Density_Mask(), and jbxl::euclidDistance().

00360 {       
00361     for (int i=0; i<xs*ys*zs; i++) gp[i] = v;
00362     zero = min = max = v;
00363     return;
00364 }

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void contrast	(	T	low,
		T	high
	)			`[inline]`

Definition at line 325 of file Gdata.h.

References MSGraph< T >::gp, MSGraph< T >::max, MSGraph< T >::min, MSGraph< T >::xs, MSGraph< T >::ys, and MSGraph< T >::zs.

00326 {
00327     if (max==min) return;
00328 
00329     T dif = (high-low)/(max-min);
00330 
00331     for (int i=0; i<xs*ys*zs; i++) {
00332         gp[i] = (gp[i]-min)*dif + low;
00333     }
00334 
00335     return;
00336 }

void dup ( MSGraph< R > s ) [inline]

Definition at line 147 of file Gdata.h.

References MSGraph< T >::getm(), MSGraph< T >::gp, MSGraph< T >::xs, MSGraph< T >::ys, and MSGraph< T >::zs.

00147                                                  {
00148         *this = s;
00149         getm();
00150         memcpy(gp, s.gp, xs*ys*zs*sizeof(T));
00151     };

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void fill ( T v = (T)0 ) [inline]

template <typename t>=""> void MSGraph<T>::fill(T v)

全空間を画素値 v にする

Definition at line 345 of file Gdata.h.

References MSGraph< T >::gp, MSGraph< T >::max, MSGraph< T >::min, MSGraph< T >::xs, MSGraph< T >::ys, and MSGraph< T >::zs.

00346 {       
00347     for (int i=0; i<xs*ys*zs; i++) gp[i] = v;
00348     min = max = v;
00349     return;
00350 }

void free ( void ) [inline]

template <typename t>=""> void MSGraph<T>::free(void)

グラフィックデータを開放する

Reimplemented in ExMSGraph< T >.

Definition at line 387 of file Gdata.h.

References MSGraph< T >::gp, and MSGraph< T >::init().

Referenced by jbxl::cat_MSGraph(), jbxl::centerLine(), jbxl::copy_MSGraph(), jbxl::copyCmnHead2MSGraph(), jbxl::count_around_MSGraph(), jbxl::count_object_MSGraph(), jbxl::Density_Filter(), jbxl::Density_Mask(), jbxl::edgeEnhance(), jbxl::euclidDistance(), jbxl::MSGraph_Circle3D(), jbxl::MSGraph_Pool(), jbxl::MSGraph_Torus(), jbxl::Nabla(), jbxl::object_feature_MSGraph(), jbxl::readGraphicSlices(), jbxl::vNabla(), and jbxl::zzSobel().

00388 {  
00389     if (gp!=NULL) ::free(gp); 
00390     init();
00391     return;
00392 }

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void get_minmax ( void ) [inline]

Definition at line 303 of file Gdata.h.

References MSGraph< T >::gp, Max, MSGraph< T >::max, Min, MSGraph< T >::min, MSGraph< T >::xs, and MSGraph< T >::ys.

Referenced by jbxl::delete_noise_MSGraph(), jbxl::Density_Filter(), jbxl::Density_Mask(), and jbxl::MSMaskFilter().

00304 {
00305     int i;
00306 
00307     min = max = gp[0];
00308 
00309     for (i=1; i<xs*ys; i++) {
00310         min = Min(min, gp[i]);
00311         max = Max(max, gp[i]);
00312     }
00313 }

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T get_vPoint	(	double	x,
		double	y = `0.`,
		double	z = `0.`,
		int	mode = `OFF`
	)			`[inline]`

template <typename t>=""> T MSGraph<T>::get_vPoint(double x, double y, double z, int mode);

グラフィックデータ構造体 vpの任意の 1voxelの値(濃度)を返す．
座標の範囲チェックあり．Z軸の歪，境界補整あり．

Parameters:

	x,y,z	値を設定する xyz座標．
	mode	モード： OFF なら最も近い点の濃度を返す．それ以外なら周囲の平均．

Returns:: (x,y,z)点の濃度(輝度値)．(x,y,z)が座標の範囲外の場合は zeroを返す．

Definition at line 407 of file Gdata.h.

References MSGraph< T >::gp, OFF, MSGraph< T >::rbound, MSGraph< T >::RZxy, RBound< T >::xmin, MSGraph< T >::xs, RBound< T >::ymin, MSGraph< T >::ys, MSGraph< T >::zero, RBound< T >::zmin, and MSGraph< T >::zs.

00409 00410 00411 00412 00413 00414 00415 00416 00417 00418 00419 00420 00421 00422         } 00423     } 00424 00425 00426 00427 00428 00429 00430 00431 00432 00433 00434 00435 00436 00437 00438         } 00439 00440     } 00441 00442 00443 }

class="fragment">00408 { int ix, iy, iz; int xx, yy, zz; T ret; ret = zero; z = z*RZxy; if (mode==OFF) { ix = (int)(x+0.5) - rbound.xmin; iy = (int)(y+0.5) - rbound.ymin; iz = (int)(z+0.5) - rbound.zmin; if (ix>=0 && ix<xs &&iy>=0 && iy<ys && iz>=0 && iz<zs){ ret = gp[iz*xs*ys + iy*xs + ix]; else { int n = 0; T cc = (T)0; xx = (int)x - rbound.xmin; yy = (int)y - rbound.ymin; zz = (int)z - rbound.zmin; for (ix=xx; ix<=xx+1; ix++) for (iy=yy; iy<=yy+1; iy++) for (iz=zz; iz<=zz+1; iz++) { if (ix>=0 && ix<xs && iy>=0 && iy<ys && iz>=0 && iz<zs){ cc = cc + gp[iz*xs*ys + iy*xs + ix]; n++; } if (n!=0) ret = cc/n; return ret;

void getm ( T v = (T)0 ) [inline]

template <typename t>=""> void MSGraph<T>::getm(T v)

既に指定されているサイズに従って，typename T 型単純グラフィックデータ(MSGraph) のメモリ領域を確保する．
グラフィックデータ部分は v (デフォルトは0)で初期化される．

Parameters:

v

グラフィックデータ部分の初期化値（デフォルトは0）

メモリ領域を獲得できなかった場合,メモリ領域へのポインタは NULLとなる．

Definition at line 286 of file Gdata.h.

References MSGraph< T >::gp, MSGraph< T >::init(), JBXL_GRAPH_MEMORY_ERROR, MSGraph< T >::max, MSGraph< T >::min, MSGraph< T >::state, MSGraph< T >::xs, MSGraph< T >::ys, MSGraph< T >::zero, and MSGraph< T >::zs.

00287 {
00288     gp = NULL;
00289     zero = max = min = v;
00290 
00291     if (xs>0 && ys>0 && zs>0) {
00292         gp = (T*)malloc(xs*ys*zs*sizeof(T));
00293         if (gp==NULL) {
00294             init();
00295             state = JBXL_GRAPH_MEMORY_ERROR;
00296             return;
00297         }
00298         for (int i=0; i<xs*ys*zs; i++) gp[i] = (T)v;
00299     }
00300 }

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void getm	(	int	x,
		int	y,
		int	z = `1`,
		T	v = `(T)0`
	)			`[inline]`

template <typename t>=""> void MSGraph<T>::getm(int x, int y, int z, T v)

typename T 型単純グラフィックデータ(MSGraph)のメモリ領域を確保する．
グラフィックデータ部分は v (デフォルトは0)で初期化される．

Parameters:

	x	確保するグラフィックデータの x方向のサイズ．
	y	確保するグラフィックデータの y方向のサイズ．
	z	確保するグラフィックデータの z方向のサイズ．
	v	グラフィックデータ部分の初期化値（デフォルトは0）

メモリ領域を獲得できなかった場合,メモリ領域へのポインタは NULLとなる．

Definition at line 254 of file Gdata.h.

References MSGraph< T >::gp, MSGraph< T >::init(), JBXL_GRAPH_MEMORY_ERROR, MSGraph< T >::max, MSGraph< T >::min, MSGraph< T >::state, MSGraph< T >::xs, MSGraph< T >::ys, MSGraph< T >::zero, and MSGraph< T >::zs.

Referenced by jbxl::copy_MSGraph(), MSGraph< T >::dup(), jbxl::dup_MSGraph(), jbxl::make_element_morph(), jbxl::readGraphicSlices(), jbxl::scalingMSGraph2D(), MSGraph< T >::set(), and ExMSGraph< T >::set().

00255 {
00256     xs = x;
00257     ys = y;
00258     zs = z;
00259     gp = NULL;
00260     zero = max = min = v;
00261 
00262     if (xs>0 && ys>0 && zs>0) {
00263         gp = (T*)malloc(xs*ys*zs*sizeof(T));
00264         if (gp==NULL) {
00265             init();
00266             state = JBXL_GRAPH_MEMORY_ERROR;
00267             return;
00268         }
00269         for (int i=0; i<xs*ys*zs; i++) gp[i] = (T)v;
00270     }
00271 }

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void init ( void ) [inline]

template <typename t>=""> void MSGraph<T>::init(void)

メンバ変数を初期化する．画像データの開放は行わない

Definition at line 170 of file Gdata.h.

References MSGraph< T >::base, MSGraph< T >::color, MSGraph< T >::gp, GRAPH_COLOR_UNKNOWN, RBound< T >::init(), MSGraph< T >::max, MSGraph< T >::min, MSGraph< T >::norm, MSGraph< T >::rbound, MSGraph< T >::RZxy, MSGraph< T >::state, STATE_GRAPH_NOERR, MSGraph< T >::wNowX, MSGraph< T >::wNowY, MSGraph< T >::wRateX, MSGraph< T >::wRateY, MSGraph< T >::wZeroX, MSGraph< T >::wZeroY, MSGraph< T >::xs, MSGraph< T >::ys, MSGraph< T >::zero, and MSGraph< T >::zs.

Referenced by jbxl::copyCmnHead2MSGraph(), jbxl::cut_object_MSGraph(), jbxl::dup_MSGraph(), ExMSGraph< T >::ExMSGraph(), ExMSGraph< T >::ffree(), MSGraph< T >::free(), ExMSGraph< T >::free(), MSGraph< T >::getm(), jbxl::grab_MSGraph(), ExMSGraph< T >::mfree(), MSGraph< T >::MSGraph(), jbxl::readGraphicFile(), jbxl::readGraphicSlices(), jbxl::readRasFile(), jbxl::reduce_MSGraph(), jbxl::x_reverse_MSGraph(), and jbxl::zoom_MSGraph().

00171 {
00172     xs = ys = zs = 0; 
00173     gp    = NULL; 
00174     RZxy  = 1.0;
00175     zero  = (T)0;
00176     base  = (T)0;
00177     min   = (T)0;
00178     max   = (T)0;
00179     norm  = 1.0;
00180     color = GRAPH_COLOR_UNKNOWN;
00181     state = STATE_GRAPH_NOERR;
00182     rbound.init();
00183 
00184     wRateX = wRateY = 1.0;
00185     wZeroX = wZeroY = 1.0;
00186     wNowX  = wNowY  = 0.0;
00187 
00188     return;
00189 }

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bool isNull ( void ) [inline]

template <typename t>=""> bool MSGraph<T>::isNull()

グラフィックデータを持いないか？

Reimplemented in ExMSGraph< T >.

Definition at line 197 of file Gdata.h.

References MSGraph< T >::gp, and WIN_DD_NULL.

Referenced by jbxl::count_around_MSGraph(), jbxl::cut_object_MSGraph(), jbxl::dup_MSGraph(), jbxl::edgeEnhance(), jbxl::euclidDistance(), jbxl::fat_object_morph(), jbxl::grab_MSGraph(), jbxl::Laplacian(), jbxl::make_element_morph(), jbxl::medianFilter(), jbxl::MSGraph2TGAImage(), jbxl::Nabla(), jbxl::opening_morph(), ExMSGraph< T >::operator=(), jbxl::readGraphicSlices(), jbxl::reduce_MSGraph(), jbxl::rotate_MSGraph(), jbxl::TGAImage2MSGraph(), jbxl::vNabla(), jbxl::x_reverse_MSGraph(), jbxl::xSobel(), jbxl::xxSobel(), jbxl::ySobel(), jbxl::yySobel(), jbxl::zoom_MSGraph(), jbxl::zSobel(), and jbxl::zzSobel().

00198 {
00199     if (gp==NULL) return true; 
00200 
00201 #ifdef WIN32
00202     if (gp==(T*)WIN_DD_NULL) return true; 
00203 #endif
00204 
00205     return false;
00206 }

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void mimicry ( MSGraph< R > s ) [inline]

Reimplemented in ExMSGraph< T >.

Definition at line 137 of file Gdata.h.

References MSGraph< T >::base, MSGraph< T >::color, MSGraph< T >::max, MSGraph< T >::min, MSGraph< T >::norm, MSGraph< T >::rbound, MSGraph< T >::RZxy, MSGraph< T >::state, MSGraph< T >::xs, MSGraph< T >::ys, MSGraph< T >::zero, and MSGraph< T >::zs.

Referenced by jbxl::count_object_MSGraph(), jbxl::Density_Filter(), jbxl::Density_Mask(), jbxl::edgeEnhance(), jbxl::Laplacian(), jbxl::medianFilter(), jbxl::MSMaskFilter(), jbxl::Nabla(), jbxl::object_feature_MSGraph(), jbxl::xSobel(), jbxl::xxSobel(), jbxl::ySobel(), jbxl::yySobel(), jbxl::zSobel(), and jbxl::zzSobel().

00137                                                       {
00138         set(s.xs, s.ys, s.zs, (T)s.zero, (T)s.base, s.RZxy); 
00139         rbound = s.rbound;
00140         color  = s.color;
00141         state  = s.state;
00142         max    = s.zero;
00143         min    = s.zero;
00144         norm   = s.norm;
00145     };

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MSGraph< T > operator= ( ExMSGraph< T > & s ) [inline]

Definition at line 584 of file Gdata.h.

References MSGraph< T >::base, MSGraph< T >::color, MSGraph< T >::gp, MSGraph< T >::max, MSGraph< T >::min, MSGraph< T >::norm, MSGraph< T >::rbound, MSGraph< T >::RZxy, MSGraph< T >::state, MSGraph< T >::wNowX, MSGraph< T >::wNowY, MSGraph< T >::wNowZ, MSGraph< T >::wRateX, MSGraph< T >::wRateY, MSGraph< T >::wRateZ, MSGraph< T >::wZeroX, MSGraph< T >::wZeroY, MSGraph< T >::wZeroZ, MSGraph< T >::xs, MSGraph< T >::ys, MSGraph< T >::zero, and MSGraph< T >::zs.

00585 {
00586     xs     = s.xs;
00587     ys     = s.ys;
00588     zs     = s.zs;
00589     gp     = s.gp;
00590     zero   = s.zero;
00591     base   = s.base;
00592 
00593     max    = s.max;
00594     min    = s.min;
00595     color  = s.color;
00596     state  = s.state;
00597     rbound = s.rbound;
00598     RZxy   = s.RZxy;
00599     norm   = s.norm;
00600 
00601     wRateX = s.wRateX;
00602     wRateY = s.wRateY;
00603     wRateZ = s.wRateZ;
00604     wZeroX = s.wZeroX;
00605     wZeroY = s.wZeroY;
00606     wZeroZ = s.wZeroZ;
00607     wNowX  = s.wNowX;
00608     wNowY  = s.wNowY;
00609     wNowZ  = s.wNowZ;
00610 
00611     return *this;
00612 }

T& point	(	int	x,
		int	y = `0`,
		int	z = `0`
	)			`[inline]`

Definition at line 117 of file Gdata.h.

References MSGraph< T >::gp, MSGraph< T >::xs, and MSGraph< T >::ys.

Referenced by jbxl::addPaint_MSGraph(), jbxl::count_around_MSGraph(), jbxl::grab_MSGraph(), jbxl::MSGraph_Circle(), jbxl::MSGraph_Line(), jbxl::MSGraph_Line3D(), jbxl::MSMaskFilter(), jbxl::reduce_MSGraph(), jbxl::rotate_MSGraph(), jbxl::scalingMSGraph2D(), jbxl::wGetPixel(), jbxl::wGetPixel3D(), jbxl::wSetPixel(), jbxl::wSetPixel3D(), and jbxl::zoom_MSGraph().

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void put_vPoint	(	double	x,
		double	y = `0.`,
		double	z = `0.`,
		T	cc = `(T)0`,
		int	mode = `OFF`
	)			`[inline]`

template <typename t>=""> void MSGraph<T>::put_vPoint(double x, double y, double z, T cc, int mode)

グラフィックデータ構造体 gdの任意の 1voxelに値を設定する．

座標の範囲チェックあり．Z軸の歪，境界補整あり．
ただし，set_vPoint()は強制的に値を設定するが，put_vPoint()は既に値が設定されている場合(zeroでない場合)は，指定された値を設定しない．

Parameters:

	x,y,z	値を設定する xyz座標．
	cc	点(x,y,z)に設定する点の値(濃度)．
	mode	OFFの場合，(x,y,z)に一番近い点に ccを設定する． ON の場合，(x,y,z)の周りの格子点全てに ccを設定する．

Definition at line 503 of file Gdata.h.

References MSGraph< T >::gp, OFF, MSGraph< T >::rbound, MSGraph< T >::RZxy, RBound< T >::xmin, MSGraph< T >::xs, RBound< T >::ymin, MSGraph< T >::ys, MSGraph< T >::zero, RBound< T >::zmin, and MSGraph< T >::zs.

00504 {
00505     int   ix, iy, iz;
00506     int   xx, yy, zz;
00507 
00508     z = z*RZxy;  
00509     if (mode==OFF) {
00510         ix = (int)(x+0.5) - rbound.xmin;
00511         iy = (int)(y+0.5) - rbound.ymin;
00512         iz = (int)(z+0.5) - rbound.zmin;
00513         if (ix>=0 && ix<xs && iy>=0 && iy<ys && iz>=0 && iz<zs){
00514             if (gp[iz*xs*ys + iy*xs + ix]==zero) gp[iz*xs*ys + iy*xs + ix] = cc;
00515         }
00516     }
00517     else {
00518         xx = (int)x - rbound.xmin;
00519         yy = (int)y - rbound.ymin;
00520         zz = (int)z - rbound.zmin;
00521         for (ix=xx; ix<=xx+1; ix++)
00522         for (iy=yy; iy<=yy+1; iy++)
00523         for (iz=zz; iz<=zz+1; iz++) {
00524             if (ix>=0 && ix<xs && iy>=0 && iy<ys && iz>=0 && iz<zs){
00525                 if (gp[iz*xs*ys + iy*xs + ix]==zero) gp[iz*xs*ys + iy*xs + ix] = cc;
00526             }
00527         }
00528    }
00529 
00530     return;
00531 }

void set	(	int	x,
		int	y = `1`,
		int	z = `1`,
		T	v = `(T)0`,
		T	b = `(T)0`,
		double	rz = `1.0`
	)			`[inline]`

Definition at line 219 of file Gdata.h.

References MSGraph< T >::base, MSGraph< T >::color, MSGraph< T >::getm(), MSGraph< T >::gp, GRAPH_COLOR_MONO, GRAPH_COLOR_UNKNOWN, MSGraph< T >::norm, MSGraph< T >::rbound, MSGraph< T >::RZxy, RBound< T >::set(), MSGraph< T >::state, and STATE_GRAPH_NOERR.

00220 {
00221     if (z<=0) z = 1;
00222 
00223     getm(x, y, z, v); 
00224     if (gp==NULL) return;
00225 
00226     base = b;
00227     if (rz<=0.0) RZxy = 1.0;
00228     else         RZxy = rz;
00229     rbound.set(0, x-1, 0, y-1, 0, z-1);
00230     //
00231     color = GRAPH_COLOR_UNKNOWN;
00232     if (z==1) color = GRAPH_COLOR_MONO;
00233 
00234     norm  = 1.0;
00235     state = STATE_GRAPH_NOERR;
00236     return;
00237 }

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void set	(	RBound< int >	rb,
		T	v = `(T)0`,
		T	b = `(T)0`,
		double	rz = `1.0`
	)			`[inline]`

Definition at line 210 of file Gdata.h.

References MSGraph< T >::rbound, RBound< T >::xmax, RBound< T >::xmin, RBound< T >::ymax, RBound< T >::ymin, RBound< T >::zmax, and RBound< T >::zmin.

Referenced by jbxl::cat_MSGraph(), jbxl::copyCmnHead2MSGraph(), jbxl::cut_object_MSGraph(), jbxl::Density_Filter(), jbxl::Density_Mask(), jbxl::grab_MSGraph(), jbxl::MSGraph_Pool(), jbxl::MSGraph_Torus(), jbxl::readDicomData(), jbxl::reduce_MSGraph(), jbxl::rotate_MSGraph(), jbxl::scalingMSGraph2D(), jbxl::TGAImage2MSGraph(), jbxl::x_reverse_MSGraph(), and jbxl::zoom_MSGraph().

00211 {
00212     set(rb.xmax-rb.xmin+1, rb.ymax-rb.ymin+1, rb.zmax-rb.zmin+1, v, b, rz);
00213     rbound = rb;
00214     return;
00215 }

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void set_array	(	T *	ary,
		int	sz = `0`
	)			`[inline]`

Definition at line 316 of file Gdata.h.

References MSGraph< T >::gp, Min, MSGraph< T >::xs, MSGraph< T >::ys, and MSGraph< T >::zs.

00317 {
00318     int size = xs*ys*zs;
00319 
00320     if (sz>0) size = Min(size, sz);
00321     for (int i=0; i<size; i++) gp[i] = ary[i];
00322 }

void set_vPoint	(	double	x,
		double	y = `0.`,
		double	z = `0.`,
		T	cc = `(T)0`,
		int	mode = `OFF`
	)			`[inline]`

template <typename t>=""> void MSGraph<T>::set_vPoint(double x, double y, double z, T cc, int mode)

グラフィックデータ構造体 gdの任意の 1voxelに値を設定する．
座標の範囲チェックあり．Z軸の歪，境界補整あり．

Parameters:

	x,y,z	値を設定する xyz座標．
	cc	点(x,y,z)に設定する点の値(濃度)．
	mode	OFFの場合，(x,y,z)に一番近い点に ccを設定する． ON の場合，(x,y,z)の周りの格子点全てに ccを設定する．

Definition at line 458 of file Gdata.h.

References MSGraph< T >::gp, OFF, MSGraph< T >::rbound, MSGraph< T >::RZxy, RBound< T >::xmin, MSGraph< T >::xs, RBound< T >::ymin, MSGraph< T >::ys, RBound< T >::zmin, and MSGraph< T >::zs.

Referenced by jbxl::Local2World(), and jbxl::MSGraph_Sphere().

00459 {
00460     int   ix, iy, iz;
00461     int   xx, yy, zz;
00462 
00463     z = z*RZxy;  
00464     if (mode==OFF) {
00465         ix = (int)(x+0.5) - rbound.xmin;
00466         iy = (int)(y+0.5) - rbound.ymin;
00467         iz = (int)(z+0.5) - rbound.zmin;
00468         if (ix>=0 && ix<xs && iy>=0 && iy<ys && iz>=0 && iz<zs){
00469             gp[iz*xs*ys + iy*xs + ix] = cc;
00470         }
00471     }
00472     else {
00473         xx = (int)x - rbound.xmin;
00474         yy = (int)y - rbound.ymin;
00475         zz = (int)z - rbound.zmin;
00476         for (ix=xx; ix<=xx+1; ix++)
00477         for (iy=yy; iy<=yy+1; iy++)
00478         for (iz=zz; iz<=zz+1; iz++) {
00479             if (ix>=0 && ix<xs && iy>=0 && iy<ys && iz>=0 && iz<zs){
00480                 gp[iz*xs*ys + iy*xs + ix] = cc;
00481             }
00482         }
00483     }
00484     return;
00485 }

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void setWindow	(	double	x1,
		double	y1,
		double	x2,
		double	y2
	)			`[inline]`

Definition at line 534 of file Gdata.h.

References Max, Min, MSGraph< T >::wRateX, MSGraph< T >::wRateY, MSGraph< T >::wZeroX, MSGraph< T >::wZeroY, Xabs, MSGraph< T >::xs, and MSGraph< T >::ys.

00535 {
00536     if (x1==x2 || y1==y2) return;
00537 
00538     wRateX = (xs-1.0)/Xabs(x2-x1);
00539     wRateY = (ys-1.0)/Xabs(y2-y1);
00540     wZeroX = Min(x1, x2);
00541     wZeroY = Max(y1, y2);
00542 }

void setWindow3D	(	double	x1,
		double	y1,
		double	z1,
		double	x2,
		double	y2,
		double	z2
	)			`[inline]`

3D空間にビューポートを設定する．

Parameters:

	x1	ビューポートの任意の頂点の x座標
	y1	ビューポートの任意の頂点の y座標
	z1	ビューポートの任意の頂点の z座標
	x2	ビューポートの対角の頂点の x座標
	y2	ビューポートの対角の頂点の y座標
	z2	ビューポートの対角の頂点の z座標

座標系

                Z
                |
                |
                |/
    X ----------+-
               /|
              /
             / Y

Definition at line 568 of file Gdata.h.

References Max, Min, MSGraph< T >::wRateX, MSGraph< T >::wRateY, MSGraph< T >::wRateZ, MSGraph< T >::wZeroX, MSGraph< T >::wZeroY, MSGraph< T >::wZeroZ, Xabs, MSGraph< T >::xs, MSGraph< T >::ys, and MSGraph< T >::zs.

00569 {
00570     if (x1==x2 || y1==y2 || z1==z2) return;
00571 
00572     wRateX = (xs-1.0)/Xabs(x2-x1);
00573     wRateY = (ys-1.0)/Xabs(y2-y1);
00574     wRateZ = (zs-1.0)/Xabs(z2-z1);
00575     wZeroX = Max(x1, x2);
00576     wZeroY = Min(y1, y2);
00577     wZeroZ = Max(z1, z2);
00578 }