31             this->setArc(shape.fArc);  in operator =()
103     bool wasClosed = fArc.fUseCenter;  in simplifyArc()
104     if (fArc.fOval.isEmpty() || !fArc.fSweepAngle) {  in simplifyArc()
108         } else if (!fArc.fSweepAngle) {  in simplifyArc()
109             SkPoint center = {fArc.fOval.centerX(), fArc.fOval.centerY()};  in simplifyArc()
110             SkScalar startRad = SkDegreesToRadians(fArc.fStartAngle);  in simplifyArc()
111             SkPoint start = {center.fX + 0.5f * fArc.fOval.width() * SkScalarCos(startRad),  in simplifyArc()
112                                 center.fY + 0.5f * fArc.fOval.height() * SkScalarSin(startRad)};  in simplifyArc()
114             if (fArc.fUseCenter) {  in simplifyArc()
126         if ((flags & kSimpleFill_Flag) || ((flags & kIgnoreWinding_Flag) && !fArc.fUseCenter)) {  in simplifyArc()
128             if (fArc.fSweepAngle <= -360.f || fArc.fSweepAngle >= 360.f) {  in simplifyArc()
129                 this->simplifyRRect(SkRRect::MakeOval(fArc.fOval),  in simplifyArc()
137             if (fArc.fSweepAngle < 0) {  in simplifyArc()
138                 fArc.fStartAngle = fArc.fStartAngle + fArc.fSweepAngle;  in simplifyArc()
139                 fArc.fSweepAngle = -fArc.fSweepAngle;  in simplifyArc()
142             if (fArc.fStartAngle < 0 || fArc.fStartAngle >= 360.f) {  in simplifyArc()
143                 fArc.fStartAngle = SkScalarMod(fArc.fStartAngle, 360.f);  in simplifyArc()
297             if (fArc.fUseCenter) {  in conservativeContains()
335             return fArc.fUseCenter;  in closed()
354             return SkPathPriv::DrawArcIsConvex(fArc.fSweepAngle, fArc.fUseCenter, simpleFill);  in convex()
378             return fArc.fOval;  in bounds()
405             if (fArc.fUseCenter) {  in segmentMask()
449             SkPathPriv::CreateDrawArcPath(out, fArc.fOval, fArc.fStartAngle, fArc.fSweepAngle,  in asPath()
450                                           fArc.fUseCenter, simpleFill);  in asPath()