180     if (fPart->hullIntersects(*opp->fPart, &linear)) {  in hullCheck()
185         fIsLine = fPart->controlsInside();  in hullCheck()
225     c.subDivide(fStartT, fEndT, fPart);  in initBounds()
226     fBounds.setBounds(*fPart);  in initBounds()
230     fCollapsed = fPart->collapsed();  in initBounds()
242     int result = this->linearIntersects(*span->fPart);  in linearsIntersect()
247     result = span->linearIntersects(*fPart);  in linearsIntersect()
261     int start = 0, end = fPart->pointLast();  // the outside points are usually the extremes  in linearIntersects()
262     if (!fPart->controlsInside()) {  in linearIntersects()
266                 double test = ((*fPart)[outer] - (*fPart)[inner]).lengthSquared();  in linearIntersects()
277     double origX = (*fPart)[start].fX;  in linearIntersects()
278     double origY = (*fPart)[start].fY;  in linearIntersects()
279     double adj = (*fPart)[end].fX - origX;  in linearIntersects()
280     double opp = (*fPart)[end].fY - origY;  in linearIntersects()
324     int baseIndex = *start ? 0 : fPart->pointLast();  in onlyEndPointsInCommon()
325     fPart->otherPts(baseIndex, otherPts);  in onlyEndPointsInCommon()
326     opp->fPart->otherPts(*oppStart ? 0 : opp->fPart->pointLast(), oppOtherPts);  in onlyEndPointsInCommon()
327     const SkDPoint& base = (*fPart)[baseIndex];  in onlyEndPointsInCommon()