442         std::array<SkPoint, 4> fPoints;  member
528             fOuter.moveTo(strokes.fOuter.front().fPoints[0]);  in getFillPath()
529             fInner.moveTo(strokes.fInner.front().fPoints[0]);  in getFillPath()
533             fOuter.quadTo(seg.fPoints[1], seg.fPoints[2]);  in getFillPath()
537             fInner.quadTo(seg.fPoints[1], seg.fPoints[2]);  in getFillPath()
559     while ((segment.fVerb = it.next(&segment.fPoints[0])) != SkPath::kDone_Verb) {  in getFillPath()
596             join(segment.fPoints[0], innerRadius, outerRadius, prevOffsetSegs, offsetSegs);  in getFillPath()
654                 fSegX[i] = seg.fPoints[i].fX;  in strokeSegment()
655                 fSegY[i] = seg.fPoints[i].fY;  in strokeSegment()
681             quadApproxX[i] = quadApprox.fPoints[i].fX;  in strokeSegment()
682             quadApproxY[i] = quadApprox.fPoints[i].fY;  in strokeSegment()
713             outerFirstApprox.moveTo(quadApprox.fPoints[0]);  in strokeSegment()
714             outerFirstApprox.quadTo(quadApprox.fPoints[1], quadApprox.fPoints[2]);  in strokeSegment()
786             const SkPoint afterEndpt = currSegs.front().fPoints[0];  in join()
907         x[i] = seg.fPoints[i].fX;  in splitSegment()
908         y[i] = seg.fPoints[i].fY;  in splitSegment()
917         segA->fPoints[i] = {leftX[i], leftY[i]};  in splitSegment()
918         segB->fPoints[i] = {rightX[i], rightY[i]};  in splitSegment()
945             start = seg.fPoints[0];  in approximateSegment()
946             end = seg.fPoints[1];  in approximateSegment()
950             start = seg.fPoints[0];  in approximateSegment()
951             mid = seg.fPoints[1];  in approximateSegment()
952             end = seg.fPoints[2];  in approximateSegment()
955             start = seg.fPoints[0];  in approximateSegment()
956             mid = (seg.fPoints[1] + seg.fPoints[2]) * 0.5f;  in approximateSegment()
957             end = seg.fPoints[3];  in approximateSegment()
965     approxQuad->fPoints[0] = start + offsetStart;  in approximateSegment()
966     approxQuad->fPoints[1] = mid + offsetMid;  in approximateSegment()
967     approxQuad->fPoints[2] = end + offsetEnd;  in approximateSegment()
973             const SkPoint tangent = setLength(seg.fPoints[1] - seg.fPoints[0], 1);  in unitNormal()
983                 tangent = seg.fPoints[1] - seg.fPoints[0];  in unitNormal()
985                 tangent = seg.fPoints[2] - seg.fPoints[1];  in unitNormal()
987                 tangent = ((seg.fPoints[1] - seg.fPoints[0]) * (1 - t) +  in unitNormal()
988                            (seg.fPoints[2] - seg.fPoints[1]) * t) *  in unitNormal()
1002             SkEvalCubicAt(seg.fPoints.data(), t, nullptr, &tangent, nullptr);  in unitNormal()