Cross Reference: /external/skia/src/utils/SkShadowTessellator.cpp

Lines Matching defs:fPositions
33                                     fPositions.begin(), nullptr, fColors.begin(),
40     int vertexCount() const { return fPositions.count(); }
71     SkTDArray<SkPoint>  fPositions;
247         *fPositions.push() = fPrevPoint + currNormal;
250         *fIndices.push() = fPositions.count() - 2;
251         *fIndices.push() = fPositions.count() - 1;
256         *fPositions.push() = fPrevPoint + nextNormal;
259         *fIndices.push() = fPositions.count() - 2;
260         *fIndices.push() = fPositions.count() - 1;
377     fPositions.setReserve(4 * path.countPoints());
389         *fPositions.push() = SkPoint::Make(0, 0);
432             fFirstPoint.distanceToSqd(fPositions[fPrevUmbraIndex]) > kMaxEdgeLenSqr) {
433             SkPoint centerPoint = fPositions[fPrevUmbraIndex] + fFirstPoint;
435             *fPositions.push() = centerPoint;
439             *fPositions.push() = centerPoint + midNormal;
443             *fIndices.push() = fPositions.count() - 3;
444             *fIndices.push() = fPositions.count() - 2;
446             *fIndices.push() = fPositions.count() - 3;
447             *fIndices.push() = fPositions.count() - 1;
448             *fIndices.push() = fPositions.count() - 2;
450             fPrevUmbraIndex = fPositions.count() - 2;
454         *fPositions.push() = fFirstPoint + normal;
459             *fIndices.push() = fPositions.count() - 2;
462             *fIndices.push() = fPositions.count() - 2;
463             *fIndices.push() = fPositions.count() - 1;
467             *fIndices.push() = fPositions.count() - 2;
468             *fIndices.push() = fPositions.count() - 1;
471             *fIndices.push() = fPositions.count() - 1;
479         fPositions[0] *= SkScalarFastInvert(fCentroidCount);
487     if (fPositions.count() >= 3) {
494         *fIndices.push() = fPositions.count() - 1;
529         fFirstVertex = fPositions.count();
538         *fPositions.push() = fFirstPoint;
540         *fPositions.push() = fFirstPoint + fFirstNormal;
543             fPositions[0] += fFirstPoint;
559     if (compute_normal(fPositions[fPrevUmbraIndex], p, fDirection, &normal)) {
574         nextPoint.distanceToSqd(fPositions[fPrevUmbraIndex]) > kMaxEdgeLenSqr) {
575         SkPoint centerPoint = fPositions[fPrevUmbraIndex] + nextPoint;
577         *fPositions.push() = centerPoint;
581         *fPositions.push() = centerPoint + midNormal;
585         if (fColors[fPrevUmbraIndex] > fColors[fPositions.count() - 2]) {
587             *fIndices.push() = fPositions.count() - 3;
588             *fIndices.push() = fPositions.count() - 2;
590             *fIndices.push() = fPositions.count() - 3;
591             *fIndices.push() = fPositions.count() - 1;
592             *fIndices.push() = fPositions.count() - 2;
595             *fIndices.push() = fPositions.count() - 2;
596             *fIndices.push() = fPositions.count() - 1;
599             *fIndices.push() = fPositions.count() - 1;
600             *fIndices.push() = fPositions.count() - 3;
603         fPrevUmbraIndex = fPositions.count() - 2;
607     *fPositions.push() = nextPoint;
609     *fPositions.push() = nextPoint + nextNormal;
613     if (fColors[fPrevUmbraIndex] > fColors[fPositions.count() - 2]) {
615         *fIndices.push() = fPositions.count() - 3;
616         *fIndices.push() = fPositions.count() - 2;
618         *fIndices.push() = fPositions.count() - 3;
619         *fIndices.push() = fPositions.count() - 1;
620         *fIndices.push() = fPositions.count() - 2;
623         *fIndices.push() = fPositions.count() - 2;
624         *fIndices.push() = fPositions.count() - 1;
627         *fIndices.push() = fPositions.count() - 1;
628         *fIndices.push() = fPositions.count() - 3;
633         fPositions[0] += nextPoint;
638         *fIndices.push() = fPositions.count() - 2;
641     fPrevUmbraIndex = fPositions.count() - 2;
746     fPositions.setReserve(5 * path.countPoints());
799         *fPositions.push() = fCentroid;
843         *fPositions.push() = fFirstPoint + normal;
847         *fIndices.push() = fPositions.count() - 2;
850         *fIndices.push() = fPositions.count() - 2;
851         *fIndices.push() = fPositions.count() - 1;
858     if (fPositions.count() >= 3) {
864         *fIndices.push() = fPositions.count() - 1;
873         for (int i = 0; i < fPositions.count(); ++i) {
874             SkScalar pathZ = fTransformedHeightFunc(fPositions[i]);
876             fPositions[i].fX = (fPositions[i].fX*fLightZ - lightPos.fX*pathZ)*factor;
877             fPositions[i].fY = (fPositions[i].fY*fLightZ - lightPos.fY*pathZ)*factor;
887     *fPositions.push() = fCentroid + SkVector::Make(-2, -2);
889     *fPositions.push() = fCentroid + SkVector::Make(2, -2);
891     *fPositions.push() = fCentroid + SkVector::Make(-2, 2);
893     *fPositions.push() = fCentroid + SkVector::Make(2, 2);
896     *fIndices.push() = fPositions.count() - 4;
897     *fIndices.push() = fPositions.count() - 2;
898     *fIndices.push() = fPositions.count() - 1;
900     *fIndices.push() = fPositions.count() - 4;
901     *fIndices.push() = fPositions.count() - 1;
902     *fIndices.push() = fPositions.count() - 3;
1160         fFirstVertex = fPositions.count();
1169             bool isOutside = this->clipUmbraPoint(fPositions[fFirstVertex], fCentroid, &clipPoint);
1171                 *fPositions.push() = clipPoint;
1179         *fPositions.push() = newPoint;
1209         !duplicate_pt(umbraPoint, fPositions[fPrevUmbraIndex])) {
1210         *fPositions.push() = umbraPoint;
1222     int prevPenumbraIndex = duplicate ? fPositions.count()-1 : fPositions.count()-2;
1223     int currUmbraIndex = duplicate ? fPrevUmbraIndex : fPositions.count()-1;
1234             bool isOutside = this->clipUmbraPoint(fPositions[currUmbraIndex], fCentroid,
1237                 *fPositions.push() = clipPoint;
1261     *fPositions.push() = newPoint;
1271     *fIndices.push() = fPositions.count() - 1;