251                                                        SkSTArray<4, float>* chops) {  in find_chops_around_inflection_points()  argument
252     SkASSERT(chops->empty());  in find_chops_around_inflection_points()
307         pts.store(chops->push_back_n(2));  in find_chops_around_inflection_points()
314         pts.store(chops->push_back_n(2));  in find_chops_around_inflection_points()
336                                                        SkSTArray<4, float>* chops) {  in find_chops_around_loop_intersection()  argument
337     SkASSERT(chops->empty());  in find_chops_around_loop_intersection()
433                 chops->push_back(0);  in find_chops_around_loop_intersection()
435             chops->push_back(A + B + D[i]);  in find_chops_around_loop_intersection()
437                 chops->push_back(1);  in find_chops_around_loop_intersection()
460         chops->push_back_n(2, &roots[i]);  in find_chops_around_loop_intersection()
506     SkSTArray<4, float> chops;  in cubicTo()  local
508         find_chops_around_inflection_points(inflectPad, t, s, C0, C1, skipTerm, Cdet, &chops);  in cubicTo()
510         find_chops_around_loop_intersection(loopIntersectPad, t, s, C0, C1, skipTerm, Cdet, &chops);  in cubicTo()
512     if (4 == chops.count() && chops[1] >= chops[2]) {  in cubicTo()
518         chops[1] = chops[2] = (ts[0] + ts[1]) / (2*s[0]*s[1]);  in cubicTo()
522     for (int i = 1; i < chops.count(); ++i) {  in cubicTo()
523         SkASSERT(chops[i] >= chops[i - 1]);  in cubicTo()
526     this->appendCubics(AppendCubicMode::kLiteral, p0, p1, p2, p3, chops.begin(), chops.count());  in cubicTo()
541                                     const Sk2f& p2, const Sk2f& p3, const float chops[],  in appendCubics()  argument
546         float T = chops[midChopIdx];  in appendCubics()
552             this->appendCubics(rightMode, p0, p1, p2, p3, &chops[midChopIdx + 1],  in appendCubics()
559             this->appendCubics(mode, p0, p1, p2, p3, chops, midChopIdx, localT0, localT1);  in appendCubics()
566         this->appendCubics(mode, p0, p01, p02, pT, chops, midChopIdx, localT0, T);  in appendCubics()
567         this->appendCubics(rightMode, pT, p11, p12, p3, &chops[midChopIdx + 1],  in appendCubics()