Cross Reference: /ast/src/lib/libtk/generic/tkTrig.c

Lines Matching refs:rectPtr
143  *	is entirely outside the rectangle given by rectPtr.  0 is
154 TkLineToArea(end1Ptr, end2Ptr, rectPtr)
159     double rectPtr[4];		/* Points to coords for rectangle, in the
170     inside1 = (end1Ptr[0] >= rectPtr[0]) && (end1Ptr[0] <= rectPtr[2])
171 	    && (end1Ptr[1] >= rectPtr[1]) && (end1Ptr[1] <= rectPtr[3]);
172     inside2 = (end2Ptr[0] >= rectPtr[0]) && (end2Ptr[0] <= rectPtr[2])
173 	    && (end2Ptr[1] >= rectPtr[1]) && (end2Ptr[1] <= rectPtr[3]);
193 	if (((end1Ptr[1] >= rectPtr[1]) ^ (end2Ptr[1] >= rectPtr[1]))
194 		&& (end1Ptr[0] >= rectPtr[0])
195 		&& (end1Ptr[0] <= rectPtr[2])) {
203 	if (((end1Ptr[0] >= rectPtr[0]) ^ (end2Ptr[0] >= rectPtr[0]))
204 		&& (end1Ptr[1] >= rectPtr[1])
205 		&& (end1Ptr[1] <= rectPtr[3])) {
228 	y = end1Ptr[1] + (rectPtr[0] - end1Ptr[0])*m;
229 	if ((rectPtr[0] >= low) && (rectPtr[0] <= high)
230 		&& (y >= rectPtr[1]) && (y <= rectPtr[3])) {
238 	y += (rectPtr[2] - rectPtr[0])*m;
239 	if ((y >= rectPtr[1]) && (y <= rectPtr[3])
240 		&& (rectPtr[2] >= low) && (rectPtr[2] <= high)) {
253 	x = end1Ptr[0] + (rectPtr[1] - end1Ptr[1])/m;
254 	if ((x >= rectPtr[0]) && (x <= rectPtr[2])
255 		&& (rectPtr[1] >= low) && (rectPtr[1] <= high)) {
263 	x += (rectPtr[3] - rectPtr[1])/m;
264 	if ((x >= rectPtr[0]) && (x <= rectPtr[2])
265 		&& (rectPtr[3] >= low) && (rectPtr[3] <= high)) {
295 TkThickPolyLineToArea(coordPtr, numPoints, width, capStyle, joinStyle, rectPtr)
304     double *rectPtr;		/* Rectangular area to check against. */
321     if ((coordPtr[0] >= rectPtr[0]) && (coordPtr[0] <= rectPtr[2])
322 	    && (coordPtr[1] >= rectPtr[1]) && (coordPtr[1] <= rectPtr[3])) {
348 	    if (TkOvalToArea(poly, rectPtr) != inside) {
380 		if (TkPolygonToArea(poly, 5, rectPtr) != inside) {
401 	if (TkPolygonToArea(poly, 5, rectPtr) != inside) {
416 	if (TkOvalToArea(poly, rectPtr) != inside) {
593  *	is entirely outside the rectangle given by rectPtr.  0 is
604 TkPolygonToArea(polyPtr, numPoints, rectPtr)
609     register double *rectPtr;	/* Points to coords for rectangle, in the
625     state = TkLineToArea(polyPtr, polyPtr+2, rectPtr);
631 	if (TkLineToArea(pPtr, pPtr+2, rectPtr) != state) {
646     if (TkPolygonToPoint(polyPtr, numPoints, rectPtr) == 0.0) {
765  *	outside the rectangle given by rectPtr.  0 is returned if the
776 TkOvalToArea(ovalPtr, rectPtr)
781     register double *rectPtr;	/* Points to coords for rectangle, in the
792     if ((rectPtr[0] <= ovalPtr[0]) && (rectPtr[2] >= ovalPtr[2])
793 	    && (rectPtr[1] <= ovalPtr[1]) && (rectPtr[3] >= ovalPtr[3])) {
796     if ((rectPtr[2] < ovalPtr[0]) || (rectPtr[0] > ovalPtr[2])
797 	    || (rectPtr[3] < ovalPtr[1]) || (rectPtr[1] > ovalPtr[3])) {
814     deltaY = rectPtr[1] - centerY;
816 	deltaY = centerY - rectPtr[3];
828     deltaX = (rectPtr[0] - centerX)/radX;
838     deltaX = (rectPtr[2] - centerX)/radX;
844     deltaX = rectPtr[0] - centerX;
846 	deltaX = centerX - rectPtr[2];
858     deltaY = (rectPtr[1] - centerY)/radY;
868     deltaY = (rectPtr[3] - centerY)/radY;