Cross Reference: /inkscape/src/livarot/AlphaLigne.cpp

Lines Matching refs:steps
22 	steps=NULL;
31 	g_free(steps);
32 	steps=NULL;
37 	printf("%i steps\n",nbStep);
39 		printf("(%i %f) ",steps[i].x,steps[i].delta); // localization ok
48   // doesn't deallocate the steps array, to minimize memory operations
90   // add the steps
101 				steps=(alpha_step*)g_realloc(steps,maxStep*sizeof(alpha_step));
104 			steps[nbStep].x=curSt;
105 			steps[nbStep].delta=stC;
107 			steps[nbStep].x=curSt+1;
108 			steps[nbStep].delta=needC-stC; //  au final, on a toujours le bon delta, meme avec une arete completement verticale
117 				steps=(alpha_step*)g_realloc(steps,maxStep*sizeof(alpha_step));
121 			steps[nbStep].x=curSt;
122 			steps[nbStep].delta=stC;
124 			steps[nbStep].x=curEn;
125 			steps[nbStep].delta=enC;
127 			steps[nbStep].x=curEn+1;
128 			steps[nbStep].delta=needC-stC-enC;
140 					steps=(alpha_step*)g_realloc(steps,maxStep*sizeof(alpha_step));
146 					steps[nbStep].x=i;
147 					steps[nbStep].delta=miC;
153 					steps=(alpha_step*)g_realloc(steps,maxStep*sizeof(alpha_step));
159 					steps[nbStep].x=i;
160 					steps[nbStep].delta=miC;
163 				steps[nbStep].x=curEn;
164 				steps[nbStep].delta=enC;
166 				steps[nbStep].x=curEn+1;
167 				steps[nbStep].delta=needC-stC-stFC-enC-(curEn-curSt-2)*miC;
174 					steps=(alpha_step*)g_realloc(steps,maxStep*sizeof(alpha_step));
176 				steps[nbStep].x=curSt;
177 				steps[nbStep].delta=stC;
179 				steps[nbStep].x=curSt+1;
180 				steps[nbStep].delta=stFC;
183 					steps[nbStep].x=i;
184 					steps[nbStep].delta=miC;
190 					steps=(alpha_step*)g_realloc(steps,maxStep*sizeof(alpha_step));
192 				steps[nbStep].x=curSt;
193 				steps[nbStep].delta=stC;
195 				steps[nbStep].x=curSt+1;
196 				steps[nbStep].delta=stFC;
199 					steps[nbStep].x=i;
200 					steps[nbStep].delta=miC;
203 				steps[nbStep].x=curEn;
204 				steps[nbStep].delta=enC;
206 				steps[nbStep].x=curEn+1;
207 				steps[nbStep].delta=needC-stC-stFC-enC-(curEn-curSt-2)*miC;
249 	if ( nbStep > 0 ) qsort(steps,nbStep,sizeof(alpha_step),CmpStep);
255 		steps=(alpha_step*)g_realloc(steps,maxStep*sizeof(alpha_step));
258 	steps[nStep].x=st;
259 	steps[nStep].delta=pente;
273   while ( curStep < nbStep && steps[curStep].x < nMin ) { 
274     alpSum+=steps[curStep].delta;
279 		for (;( curStep < nbStep && steps[curStep].x < dest.startPix) ;curStep++) alpSum+=steps[curStep].delta;
287 		if ( alpSum > 0 && steps[curStep].x > curPos ) {
289       // the last position (curPos) up to the pixel we're moving to (steps[curStep].x)
290 			int  nst=curPos,nen=steps[curStep].x;
295 		alpSum+=steps[curStep].delta;
296 		curPos=steps[curStep].x;