2118 template <int kScale>
2120     *x = unaligned_load<F>(ctx->x) + (kScale * 0.5f);  in bilinear_x()
2124     if (kScale == -1) { scalex = 1.0f - fx; }  in bilinear_x()
2125     if (kScale == +1) { scalex =        fx; }  in bilinear_x()
2128 template <int kScale>
2130     *y = unaligned_load<F>(ctx->y) + (kScale * 0.5f);  in bilinear_y()
2134     if (kScale == -1) { scaley = 1.0f - fy; }  in bilinear_y()
2135     if (kScale == +1) { scaley =        fy; }  in bilinear_y()
2160 template <int kScale>
2162     *x = unaligned_load<F>(ctx->x) + (kScale * 0.5f);  in bicubic_x()
2166     if (kScale == -3) { scalex = bicubic_far (1.0f - fx); }  in bicubic_x()
2167     if (kScale == -1) { scalex = bicubic_near(1.0f - fx); }  in bicubic_x()
2168     if (kScale == +1) { scalex = bicubic_near(       fx); }  in bicubic_x()
2169     if (kScale == +3) { scalex = bicubic_far (       fx); }  in bicubic_x()
2172 template <int kScale>
2174     *y = unaligned_load<F>(ctx->y) + (kScale * 0.5f);  in bicubic_y()
2178     if (kScale == -3) { scaley = bicubic_far (1.0f - fy); }  in bicubic_y()
2179     if (kScale == -1) { scaley = bicubic_near(1.0f - fy); }  in bicubic_y()
2180     if (kScale == +1) { scaley = bicubic_near(       fy); }  in bicubic_y()
2181     if (kScale == +3) { scaley = bicubic_far (       fy); }  in bicubic_y()