Lines Matching refs:S2Projections
96 return S2Projections.faceUvToXyz(face, uv[0][(k >> 1) ^ (k & 1)], uv[1][k >> 1]); in getVertexRaw()
106 return S2Projections.getVNorm(face, uv[1][0]); // South in getEdgeRaw()
108 return S2Projections.getUNorm(face, uv[0][1]); // East in getEdgeRaw()
110 return S2Point.neg(S2Projections.getVNorm(face, uv[1][1])); // North in getEdgeRaw()
112 return S2Point.neg(S2Projections.getUNorm(face, uv[0][0])); // West in getEdgeRaw()
189 double x = S2Projections.stToUV((1.0 / MAX_CELL_SIZE) * si); in getCenterUV()
192 double y = S2Projections.stToUV((1.0 / MAX_CELL_SIZE) * sj); in getCenterUV()
201 return S2Projections.AVG_AREA.getValue(level); in averageArea()
281 S2Cap cap = S2Cap.fromAxisHeight(S2Point.normalize(S2Projections.faceUvToXyz(face, u, v)), 0); in getCapBound()
319 int i = S2Projections.getUAxis(face).z == 0 ? (u < 0 ? 1 : 0) : (u > 0 ? 1 : 0); in getRectBound()
320 int j = S2Projections.getVAxis(face).z == 0 ? (v < 0 ? 1 : 0) : (v > 0 ? 1 : 0); in getRectBound()
367 R2Vector uvPoint = S2Projections.faceXyzToUv(face, p); in contains()
398 uv[d][0] = S2Projections.stToUV((1.0 / MAX_CELL_SIZE) * sijLo); in init()
399 uv[d][1] = S2Projections.stToUV((1.0 / MAX_CELL_SIZE) * sijHi); in init()
407 S2Point p = S2Projections.faceUvToXyz(face, uv[0][i], uv[1][j]); in getLatitude()
412 S2Point p = S2Projections.faceUvToXyz(face, uv[0][i], uv[1][j]); in getLongitude()