433 void SkPathStroker::setConicEndNormal(const SkConic& conic, const SkVector& normalAB,  in setConicEndNormal()  argument
435     setQuadEndNormal(conic.fPts, normalAB, unitNormalAB, normalBC, unitNormalBC);  in setConicEndNormal()
573 static bool conic_in_line(const SkConic& conic) {  in conic_in_line()  argument
574     return quad_in_line(conic.fPts);  in conic_in_line()
608 SkPathStroker::ReductionType SkPathStroker::CheckConicLinear(const SkConic& conic,  in CheckConicLinear()  argument
610     bool degenerateAB = degenerate_vector(conic.fPts[1] - conic.fPts[0]);  in CheckConicLinear()
611     bool degenerateBC = degenerate_vector(conic.fPts[2] - conic.fPts[1]);  in CheckConicLinear()
618     if (!conic_in_line(conic)) {  in CheckConicLinear()
623     if (!conic.findMaxCurvature(&t) || 0 == t) {  in CheckConicLinear()
628     (void) conic.findXExtrema(&xT);  in CheckConicLinear()
629     (void) conic.findYExtrema(&yT);  in CheckConicLinear()
635     conic.evalAt(t, reduction, nullptr);  in CheckConicLinear()
661     const SkConic conic(fPrevPt, pt1, pt2, weight);  in conicTo()  local
663     ReductionType reductionType = CheckConicLinear(conic, &reduction);  in conicTo()
691     (void) this->conicStroke(conic, &quadPts);  in conicTo()
693     (void) this->conicStroke(conic, &quadPts);  in conicTo()
694     this->setConicEndNormal(conic, normalAB, unitAB, &normalBC, &unitBC);  in conicTo()
760 void SkPathStroker::conicPerpRay(const SkConic& conic, SkScalar t, SkPoint* tPt, SkPoint* onPt,  in conicPerpRay()  argument
763     conic.evalAt(t, tPt, &dxy);  in conicPerpRay()
765         dxy = conic.fPts[2] - conic.fPts[0];  in conicPerpRay()
771 void SkPathStroker::conicQuadEnds(const SkConic& conic, SkQuadConstruct* quadPts) const {  in conicQuadEnds()  argument
774         this->conicPerpRay(conic, quadPts->fStartT, &conicStartPt, &quadPts->fQuad[0],  in conicQuadEnds()
780         this->conicPerpRay(conic, quadPts->fEndT, &conicEndPt, &quadPts->fQuad[2],  in conicQuadEnds()
1035 SkPathStroker::ResultType SkPathStroker::compareQuadConic(const SkConic& conic,  in compareQuadConic()  argument
1038     this->conicQuadEnds(conic, quadPts);  in compareQuadConic()
1046     this->conicPerpRay(conic, quadPts->fMidT, &ray[1], &ray[0], nullptr);  in compareQuadConic()
1153 bool SkPathStroker::conicStroke(const SkConic& conic, SkQuadConstruct* quadPts) {  in conicStroke()  argument
1154     ResultType resultType = this->compareQuadConic(conic, quadPts);  in conicStroke()
1172     if (!this->conicStroke(conic, &half)) {  in conicStroke()
1176     if (!this->conicStroke(conic, &half)) {  in conicStroke()