26             fDeviceSpacePath.reset();  in Element()
31             fDeviceSpacePath.reset();  in Element()
37             fDeviceSpacePath.set(that.getDeviceSpacePath());  in Element()
40             fDeviceSpacePath.reset();  in Element()
97             return fDeviceSpacePath->getBounds();  in getBounds()
118             return fDeviceSpacePath->conservativelyContainsRect(rect);  in contains()
136             return fDeviceSpacePath->conservativelyContainsRect(rrect.getBounds());  in contains()
149             fDeviceSpacePath.init();  in invertShapeFillType()
150             fDeviceSpacePath->addRect(this->getDeviceSpaceRect());  in invertShapeFillType()
151             fDeviceSpacePath->setFillType(SkPathFillType::kInverseEvenOdd);  in invertShapeFillType()
155             fDeviceSpacePath.init();  in invertShapeFillType()
156             fDeviceSpacePath->addRRect(fDeviceSpaceRRect);  in invertShapeFillType()
157             fDeviceSpacePath->setFillType(SkPathFillType::kInverseEvenOdd);  in invertShapeFillType()
161             fDeviceSpacePath->toggleInverseFillType();  in invertShapeFillType()
239     path.transform(m, fDeviceSpacePath.init());  in initAsPath()
240     fDeviceSpacePath->setIsVolatile(true);  in initAsPath()
266             *path = *fDeviceSpacePath;  in asDeviceSpacePath()
282     fDeviceSpacePath.reset();  in setEmpty()
294     SkASSERT(!fDeviceSpacePath.isValid());  in checkEmpty()
532             fFiniteBound = fDeviceSpacePath->getBounds();  in updateBoundAndGenID()
534             if (fDeviceSpacePath->isInverseFillType()) {  in updateBoundAndGenID()