31     bool cubicEndPoints(const SkDCubic& pts) {  in cubicEndPoints()  argument
33         cubicEndPoints(pts, 0, endIndex);  in cubicEndPoints()
38             cubicEndPoints(pts, 0, ++endIndex);  in cubicEndPoints()
44                 cubicEndPoints(pts, 0, ++endIndex);  // line  in cubicEndPoints()
55         if (NotAlmostEqualUlps(pts[0].fY, pts[++endIndex].fY)) {  in cubicEndPoints()
56             if (pts[0].fY > pts[endIndex].fY) {  in cubicEndPoints()
65         if (pts[0].fY > pts[3].fY) {  in cubicEndPoints()
71     void cubicEndPoints(const SkDCubic& pts, int s, int e) {  in cubicEndPoints()  argument
72         fA = pts[s].fY - pts[e].fY;  in cubicEndPoints()
73         fB = pts[e].fX - pts[s].fX;  in cubicEndPoints()
74         fC = pts[s].fX * pts[e].fY - pts[e].fX * pts[s].fY;  in cubicEndPoints()
85     void lineEndPoints(const SkDLine& pts) {  in lineEndPoints()  argument
86         fA = pts[0].fY - pts[1].fY;  in lineEndPoints()
87         fB = pts[1].fX - pts[0].fX;  in lineEndPoints()
88         fC = pts[0].fX * pts[1].fY - pts[1].fX * pts[0].fY;  in lineEndPoints()
91     bool quadEndPoints(const SkDQuad& pts) {  in quadEndPoints()  argument
92         quadEndPoints(pts, 0, 1);  in quadEndPoints()
97             quadEndPoints(pts, 0, 2);  in quadEndPoints()
104         if (pts[0].fY > pts[2].fY) {  in quadEndPoints()
110     void quadEndPoints(const SkDQuad& pts, int s, int e) {  in quadEndPoints()  argument
111         fA = pts[s].fY - pts[e].fY;  in quadEndPoints()
112         fB = pts[e].fX - pts[s].fX;  in quadEndPoints()
113         fC = pts[s].fX * pts[e].fY - pts[e].fX * pts[s].fY;  in quadEndPoints()
138     void cubicDistanceY(const SkDCubic& pts, SkDCubic& distance) const {  in cubicDistanceY()  argument
142             distance[index].fY = fA * pts[index].fX + fB * pts[index].fY + fC;  in cubicDistanceY()
146     void quadDistanceY(const SkDQuad& pts, SkDQuad& distance) const {  in quadDistanceY()  argument
150             distance[index].fY = fA * pts[index].fX + fB * pts[index].fY + fC;  in quadDistanceY()
154     double controlPtDistance(const SkDCubic& pts, int index) const {  in controlPtDistance()  argument
156         return fA * pts[index].fX + fB * pts[index].fY + fC;  in controlPtDistance()
159     double controlPtDistance(const SkDQuad& pts) const {  in controlPtDistance()  argument
160         return fA * pts[1].fX + fB * pts[1].fY + fC;  in controlPtDistance()