15     fShape      = that.fShape;  in operator =()
46     bool newIsInverted = is_inverted(original.fShape.inverted(), inversion);  in MakeFilled()
47     if (original.style().isSimpleFill() && newIsInverted == original.fShape.inverted()) {  in MakeFilled()
58     result.fShape = original.fShape;  in MakeFilled()
60     result.fShape.setInverted(newIsInverted);  in MakeFilled()
74     SkASSERT((!original.fShape.isLine() && !original.fShape.isPoint()) || result.fShape.isEmpty());  in MakeFilled()
139     switch(fShape.type()) {  in unstyledKeySize()
164             int dataKeySize = path_key_from_data_size(fShape.path());  in unstyledKeySize()
173             SkASSERT(fShape.isEmpty());  in unstyledKeySize()
188         SkASSERT((fShape.isRect() || fShape.isRRect()) ||  in writeUnstyledKey()
189                  (fShape.dir() == GrShape::kDefaultDir &&  in writeUnstyledKey()
190                   fShape.startIndex() == GrShape::kDefaultStart));  in writeUnstyledKey()
194         *key++ = fShape.stateKey();  in writeUnstyledKey()
196         switch(fShape.type()) {  in writeUnstyledKey()
200                 SkASSERT(fShape.inverted() == fShape.path().isInverseFillType());  in writeUnstyledKey()
202                 int dataKeySize = path_key_from_data_size(fShape.path());  in writeUnstyledKey()
204                     write_path_key_from_data(fShape.path(), key);  in writeUnstyledKey()
211                 memcpy(key, &fShape.point(), sizeof(SkPoint));  in writeUnstyledKey()
215                 memcpy(key, &fShape.rect(), sizeof(SkRect));  in writeUnstyledKey()
219                 fShape.rrect().writeToMemory(key);  in writeUnstyledKey()
224                 memcpy(key, &fShape.arc(), sizeof(SkRect) + 2 * sizeof(float));  in writeUnstyledKey()
227                 *key++ = fShape.arc().fUseCenter ? 1 : 0;  in writeUnstyledKey()
230                 memcpy(key, &fShape.line(), sizeof(GrLineSegment));  in writeUnstyledKey()
235                 SkASSERT(fShape.isEmpty());  in writeUnstyledKey()
245     if (fShape.isPath()) {  in setInheritedKey()
294     } else if (fShape.isPath() && !fShape.path().isVolatile()) {  in originalPathForListeners()
295         return &fShape.path();  in originalPathForListeners()
310     result.fShape.setArc({oval.makeSorted(), startAngleDegrees, sweepAngleDegrees, useCenter});  in MakeArc()
319         : fShape(that.fShape)  in GrStyledShape()
348     fShape.setPath(SkPath());  in GrStyledShape()
352         if (parent.fShape.isPath()) {  in GrStyledShape()
353             srcForPathEffect = &parent.fShape.path();  in GrStyledShape()
361         if (!parent.fStyle.applyPathEffectToPath(&fShape.path(), &strokeRec, *srcForPathEffect,  in GrStyledShape()
378             tmpParent.init(fShape.path(), GrStyle(strokeRec, nullptr));  in GrStyledShape()
387                 SkAssertResult(tmpParent.get()->style().applyToPath(&fShape.path(), &fillOrHairline,  in GrStyledShape()
402         if (parent.fShape.isPath()) {  in GrStyledShape()
403             srcForParentStyle = &parent.fShape.path();  in GrStyledShape()
411         SkAssertResult(parent.fStyle.applyToPath(&fShape.path(), &fillOrHairline,  in GrStyledShape()
418     } else if (parent.fShape.isPath() && !parent.fShape.path().isVolatile()) {  in GrStyledShape()
419         fInheritedPathForListeners.set(parent.fShape.path());  in GrStyledShape()
427     if (!fShape.isRRect() && !fShape.isRect()) {  in asRRect()
433     SkASSERT(fStyle.hasPathEffect() || (fShape.dir() == GrShape::kDefaultDir &&  in asRRect()
434                                         fShape.startIndex() == GrShape::kDefaultStart));  in asRRect()
438     if (fShape.isRect()) {  in asRRect()
440             *rrect = SkRRect::MakeRect(fShape.rect());  in asRRect()
454             SkPathDirection rectDir = fShape.dir();  in asRRect()
455             unsigned rectStart = fShape.startIndex();  in asRRect()
457             if (fShape.rect().fLeft > fShape.rect().fRight) {  in asRRect()
464             if (fShape.rect().fTop > fShape.rect().fBottom) {  in asRRect()
485             *rrect = fShape.rrect();  in asRRect()
488             *dir = fShape.dir();  in asRRect()
491             *start = fShape.startIndex();  in asRRect()
494             if (fShape.rrect().isOval()) {  in asRRect()
501         *inverted = fShape.inverted();  in asRRect()
508     if (!fShape.isLine()) {  in asLine()
513         pts[0] = fShape.line().fP1;  in asLine()
514         pts[1] = fShape.line().fP2;  in asLine()
517         *inverted = fShape.inverted();  in asLine()
523     if (!fShape.isPath()) {  in asNestedRects()
529     if (fShape.path().isInverseFillType()) {  in asNestedRects()
534     if (!SkPathPriv::IsNestedFillRects(fShape.path(), rects, dirs)) {  in asNestedRects()
538     if (SkPathFillType::kWinding == fShape.path().getFillType() && dirs[0] == dirs[1]) {  in asNestedRects()
570             : fShape(shape), fInverted(!style.isDashed() && fShape->inverted()) {}  in AutoRestoreInverseness()
574         fShape->setInverted(fInverted);  in ~AutoRestoreInverseness()
575         SkASSERT(!fShape->isPath() || fInverted == fShape->path().isInverseFillType());  in ~AutoRestoreInverseness()
579     GrShape* fShape;  member in AutoRestoreInverseness
584     AutoRestoreInverseness ari(&fShape, fStyle);  in simplify()
591         if (!fShape.isArc() || fStyle.strokeRec().getCap() == SkPaint::kButt_Cap) {  in simplify()
599     GrShape::Type oldType = fShape.type();  in simplify()
600     fClosed = fShape.simplify(simplifyFlags);  in simplify()
601     fSimplified = oldType != fShape.type();  in simplify()
603     if (fShape.isPath()) {  in simplify()
605         if (fInheritedKey.count() || fShape.path().isVolatile()) {  in simplify()
608             fGenID = fShape.path().getGenerationID();  in simplify()
613              fShape.path().isConvex())) {  in simplify()
617             fShape.path().setFillType(GrShape::kDefaultFillType);  in simplify()
631     AutoRestoreInverseness ari(&fShape, fStyle);  in simplifyStroke()
635     if (!fStyle.hasPathEffect() && fShape.isRect() &&  in simplifyStroke()
645         fShape.rect().outset(r, r);  in simplifyStroke()
649             fShape.setRRect(SkRRect::MakeRectXY(fShape.rect(), r, r));  in simplifyStroke()
658     if ((!fShape.isPoint() && !fShape.isLine()) || fStyle.hasNonDashPathEffect() ||  in simplifyStroke()
669         if (fShape.isPoint()) {  in simplifyStroke()
698         fShape.reset();  in simplifyStroke()
714         if (fShape.isLine() && fStyle.strokeRec().getJoin() == SkPaint::kRound_Join) {  in simplifyStroke()
719         } else if (fShape.isPoint() && fStyle.strokeRec().getJoin() == SkPaint::kMiter_Join &&  in simplifyStroke()
745     if (fShape.isPoint()) {  in simplifyStroke()
749             fShape.reset();  in simplifyStroke()
752             SkRect r = {fShape.point().fX, fShape.point().fY, fShape.point().fX, fShape.point().fY};  in simplifyStroke()
756                 fShape.setRRect(SkRRect::MakeOval(r));  in simplifyStroke()
758                 fShape.setRect(r);  in simplifyStroke()
766         if (fShape.line().fP1.fY == fShape.line().fP2.fY) {  in simplifyStroke()
767             rect.fLeft = std::min(fShape.line().fP1.fX, fShape.line().fP2.fX);  in simplifyStroke()
768             rect.fRight = std::max(fShape.line().fP1.fX, fShape.line().fP2.fX);  in simplifyStroke()
769             rect.fTop = rect.fBottom = fShape.line().fP1.fY;  in simplifyStroke()
772         } else if (fShape.line().fP1.fX == fShape.line().fP2.fX) {  in simplifyStroke()
773             rect.fTop = std::min(fShape.line().fP1.fY, fShape.line().fP2.fY);  in simplifyStroke()
774             rect.fBottom = std::max(fShape.line().fP1.fY, fShape.line().fP2.fY);  in simplifyStroke()
775             rect.fLeft = rect.fRight = fShape.line().fP1.fX;  in simplifyStroke()
786             fShape.reset();  in simplifyStroke()
789             fShape.setRRect(SkRRect::MakeRectXY(rect, outset.fX, outset.fY));  in simplifyStroke()
791             fShape.setRect(rect);  in simplifyStroke()