Searched refs:nextCCW (Results 1 – 2 of 2) sorted by relevance
33 static AI Sk4f nextCCW(const Sk4f& v) { in nextCCW() function74 Sk4f udiff = nextCCW(*u) - *u; in outset_masked_vertices()75 Sk4f vdiff = nextCCW(*v) - *v; in outset_masked_vertices()79 Sk4f rdiff = nextCCW(*r) - *r; in outset_masked_vertices()94 Sk4f udiff = nextCCW(*u) - *u; in outset_vertices()95 Sk4f vdiff = nextCCW(*v) - *v; in outset_vertices()99 Sk4f rdiff = nextCCW(*r) - *r; in outset_vertices()127 auto xnext = nextCCW(*x1); in compute_nested_quad_vertices()128 auto ynext = nextCCW(*y1); in compute_nested_quad_vertices()226 compute_edge_vectors(x2d, y2d, nextCCW(x2d), nextCCW(y2d), &xdiff, &ydiff, &invLengths); in compute_quad_persp_vertices()
62 static AI Sk4f nextCCW(const Sk4f& v) { in nextCCW() function82 *c1 = bad.thenElse(nextCCW(*c1), *c1); in correct_bad_coords()83 *c2 = bad.thenElse(nextCCW(*c2), *c2); in correct_bad_coords()85 *c3 = bad.thenElse(nextCCW(*c3), *c3); in correct_bad_coords()91 Sk4f dx = nextCCW(vertices.fX) - vertices.fX; in get_metadata()92 Sk4f dy = nextCCW(vertices.fY) - vertices.fY; in get_metadata()148 Sk4f edgeAdjust = metadata.fMask * (halfTanTheta + nextCCW(halfTanTheta)) + in get_optimized_outset()149 nextCCW(metadata.fMask) * nextCCW(*outset) + in get_optimized_outset()170 Sk4f du = nextCCW(quad->fU) - quad->fU; in outset_vertices()171 Sk4f dv = nextCCW(quad->fV) - quad->fV; in outset_vertices()[all …]