diff options
Diffstat (limited to '')
| -rw-r--r-- | libglitter_per_channel_desaturate_double.c | 311 |
1 files changed, 310 insertions, 1 deletions
diff --git a/libglitter_per_channel_desaturate_double.c b/libglitter_per_channel_desaturate_double.c index 1f2fcdc..a9bafb9 100644 --- a/libglitter_per_channel_desaturate_double.c +++ b/libglitter_per_channel_desaturate_double.c @@ -53,10 +53,319 @@ libglitter_per_channel_desaturate_double(double **rasters, size_t nrasters, size #else +#define TOLERANCE 0.0001 +#define TOL 4 + +#define RY 0.212673370378408277403536885686 +#define GY 0.715151730491031756287156895269 +#define BY 0.072174899130559869164791564344 + + +static int +eq(double a, double b) +{ + double r = a - b; + return (r < 0 ? -r : r) < TOLERANCE; +} + int main(void) { - return 0; /* TODO add test */ + double zeroes[2 * 6 * 3]; + double raster1[2 * 6 * 3]; + double raster2[2 * 6 * 3]; + double raster3[2 * 6 * 3]; + double *rasters[3], saturations[3], primary_ys[3]; + size_t i; + +#define POS(Y, X) ((Y) * 6 * 3 + (X) * 3) +#define ASSERT2(A, B) do { ASSERT(A); ASSERT(B); } while (0) +#define ASSERT3(A, B, C) do { ASSERT(A); ASSERT(B); ASSERT(C); } while (0) + + memset(zeroes, 0, sizeof(zeroes)); + + for (i = 0; i <= 2; i++) { + double v = (double)i / 2; + + memset(raster1, 0, sizeof(raster1)); + memset(raster2, 0, sizeof(raster2)); + memset(raster3, 0, sizeof(raster3)); + raster1[POS(0, 0)] = v, raster2[POS(0, 0)] = v; + raster1[POS(0, 1)] = v, raster2[POS(0, 1)] = v; + raster1[POS(0, 2)] = v, raster2[POS(0, 2)] = v; + raster1[POS(0, 3)] = v, raster2[POS(0, 3)] = v; + raster1[POS(1, 0)] = v, raster2[POS(1, 0)] = v; + raster1[POS(1, 1)] = v, raster2[POS(1, 1)] = v; + raster1[POS(1, 2)] = v, raster2[POS(1, 2)] = v; + raster1[POS(1, 3)] = v, raster2[POS(1, 3)] = v; + rasters[0] = raster1; + rasters[1] = raster2; + rasters[2] = raster3; + saturations[0] = 0.5; + saturations[1] = 0.25; + primary_ys[0] = 0.75; + primary_ys[1] = 0.25; + libglitter_per_channel_desaturate_double(rasters, 2, 6, 3, 4, 2, saturations, primary_ys); + ASSERT2(raster1[POS(0, 0)] == v, raster2[POS(0, 0)] == v); + ASSERT2(raster1[POS(0, 1)] == v, raster2[POS(0, 1)] == v); + ASSERT2(raster1[POS(0, 2)] == v, raster2[POS(0, 2)] == v); + ASSERT2(raster1[POS(0, 3)] == v, raster2[POS(0, 3)] == v); + ASSERT2(raster1[POS(1, 0)] == v, raster2[POS(1, 0)] == v); + ASSERT2(raster1[POS(1, 1)] == v, raster2[POS(1, 1)] == v); + ASSERT2(raster1[POS(1, 2)] == v, raster2[POS(1, 2)] == v); + ASSERT2(raster1[POS(1, 3)] == v, raster2[POS(1, 3)] == v); + raster1[POS(0, 0)] = 0, raster2[POS(0, 0)] = 0; + raster1[POS(0, 1)] = 0, raster2[POS(0, 1)] = 0; + raster1[POS(0, 2)] = 0, raster2[POS(0, 2)] = 0; + raster1[POS(0, 3)] = 0, raster2[POS(0, 3)] = 0; + raster1[POS(1, 0)] = 0, raster2[POS(1, 0)] = 0; + raster1[POS(1, 1)] = 0, raster2[POS(1, 1)] = 0; + raster1[POS(1, 2)] = 0, raster2[POS(1, 2)] = 0; + raster1[POS(1, 3)] = 0, raster2[POS(1, 3)] = 0; + ASSERT(!memcmp(raster1, zeroes, sizeof(raster1))); + ASSERT(!memcmp(raster2, zeroes, sizeof(raster2))); + ASSERT(!memcmp(raster3, zeroes, sizeof(raster3))); + + memset(raster1, 0, sizeof(raster1)); + memset(raster2, 0, sizeof(raster2)); + memset(raster3, 0, sizeof(raster3)); + raster1[POS(0, 0)] = v, raster2[POS(0, 0)] = v, raster3[POS(0, 0)] = v; + raster1[POS(0, 1)] = v, raster2[POS(0, 1)] = v, raster3[POS(0, 1)] = v; + raster1[POS(0, 2)] = v, raster2[POS(0, 2)] = v, raster3[POS(0, 2)] = v; + raster1[POS(0, 3)] = v, raster2[POS(0, 3)] = v, raster3[POS(0, 3)] = v; + raster1[POS(1, 0)] = v, raster2[POS(1, 0)] = v, raster3[POS(1, 0)] = v; + raster1[POS(1, 1)] = v, raster2[POS(1, 1)] = v, raster3[POS(1, 1)] = v; + raster1[POS(1, 2)] = v, raster2[POS(1, 2)] = v, raster3[POS(1, 2)] = v; + raster1[POS(1, 3)] = v, raster2[POS(1, 3)] = v, raster3[POS(1, 3)] = v; + rasters[0] = raster1; + rasters[1] = raster2; + rasters[2] = raster3; + saturations[0] = 0.5; + saturations[1] = 0.25; + saturations[2] = 0.125; + primary_ys[0] = 0.375; + primary_ys[1] = 0.50; + primary_ys[2] = 0.125; + libglitter_per_channel_desaturate_double(rasters, 3, 6, 3, 4, 2, saturations, primary_ys); + ASSERT3(raster1[POS(0, 0)] == v, raster2[POS(0, 0)] == v, raster3[POS(0, 0)] == v); + ASSERT3(raster1[POS(0, 1)] == v, raster2[POS(0, 1)] == v, raster3[POS(0, 1)] == v); + ASSERT3(raster1[POS(0, 2)] == v, raster2[POS(0, 2)] == v, raster3[POS(0, 2)] == v); + ASSERT3(raster1[POS(0, 3)] == v, raster2[POS(0, 3)] == v, raster3[POS(0, 3)] == v); + ASSERT3(raster1[POS(1, 0)] == v, raster2[POS(1, 0)] == v, raster3[POS(1, 0)] == v); + ASSERT3(raster1[POS(1, 1)] == v, raster2[POS(1, 1)] == v, raster3[POS(1, 1)] == v); + ASSERT3(raster1[POS(1, 2)] == v, raster2[POS(1, 2)] == v, raster3[POS(1, 2)] == v); + ASSERT3(raster1[POS(1, 3)] == v, raster2[POS(1, 3)] == v, raster3[POS(1, 3)] == v); + raster1[POS(0, 0)] = 0, raster2[POS(0, 0)] = 0, raster3[POS(0, 0)] = 0; + raster1[POS(0, 1)] = 0, raster2[POS(0, 1)] = 0, raster3[POS(0, 1)] = 0; + raster1[POS(0, 2)] = 0, raster2[POS(0, 2)] = 0, raster3[POS(0, 2)] = 0; + raster1[POS(0, 3)] = 0, raster2[POS(0, 3)] = 0, raster3[POS(0, 3)] = 0; + raster1[POS(1, 0)] = 0, raster2[POS(1, 0)] = 0, raster3[POS(1, 0)] = 0; + raster1[POS(1, 1)] = 0, raster2[POS(1, 1)] = 0, raster3[POS(1, 1)] = 0; + raster1[POS(1, 2)] = 0, raster2[POS(1, 2)] = 0, raster3[POS(1, 2)] = 0; + raster1[POS(1, 3)] = 0, raster2[POS(1, 3)] = 0, raster3[POS(1, 3)] = 0; + ASSERT(!memcmp(raster1, zeroes, sizeof(raster1))); + ASSERT(!memcmp(raster2, zeroes, sizeof(raster2))); + ASSERT(!memcmp(raster3, zeroes, sizeof(raster3))); + + memset(raster1, 0, sizeof(raster1)); + memset(raster2, 0, sizeof(raster2)); + memset(raster3, 0, sizeof(raster3)); + raster1[POS(0, 0)] = v, raster2[POS(0, 0)] = v, raster3[POS(0, 0)] = v; + raster1[POS(0, 1)] = v, raster2[POS(0, 1)] = v, raster3[POS(0, 1)] = v; + raster1[POS(0, 2)] = v, raster2[POS(0, 2)] = v, raster3[POS(0, 2)] = v; + raster1[POS(0, 3)] = v, raster2[POS(0, 3)] = v, raster3[POS(0, 3)] = v; + raster1[POS(1, 0)] = v, raster2[POS(1, 0)] = v, raster3[POS(1, 0)] = v; + raster1[POS(1, 1)] = v, raster2[POS(1, 1)] = v, raster3[POS(1, 1)] = v; + raster1[POS(1, 2)] = v, raster2[POS(1, 2)] = v, raster3[POS(1, 2)] = v; + raster1[POS(1, 3)] = v, raster2[POS(1, 3)] = v, raster3[POS(1, 3)] = v; + rasters[0] = raster1; + rasters[1] = raster2; + rasters[2] = raster3; + saturations[0] = 0.5; + saturations[1] = 0.25; + saturations[2] = 0.125; + primary_ys[0] = 0.375; + primary_ys[1] = 0.5; + primary_ys[2] = 0.125; + libglitter_per_channel_desaturate_double(rasters, 3, 6, 3, 4, 2, saturations, NULL); + ASSERT3(eq(raster1[POS(0, 0)], v), eq(raster2[POS(0, 0)], v), eq(raster3[POS(0, 0)], v)); + ASSERT3(eq(raster1[POS(0, 1)], v), eq(raster2[POS(0, 1)], v), eq(raster3[POS(0, 1)], v)); + ASSERT3(eq(raster1[POS(0, 2)], v), eq(raster2[POS(0, 2)], v), eq(raster3[POS(0, 2)], v)); + ASSERT3(eq(raster1[POS(0, 3)], v), eq(raster2[POS(0, 3)], v), eq(raster3[POS(0, 3)], v)); + ASSERT3(eq(raster1[POS(1, 0)], v), eq(raster2[POS(1, 0)], v), eq(raster3[POS(1, 0)], v)); + ASSERT3(eq(raster1[POS(1, 1)], v), eq(raster2[POS(1, 1)], v), eq(raster3[POS(1, 1)], v)); + ASSERT3(eq(raster1[POS(1, 2)], v), eq(raster2[POS(1, 2)], v), eq(raster3[POS(1, 2)], v)); + ASSERT3(eq(raster1[POS(1, 3)], v), eq(raster2[POS(1, 3)], v), eq(raster3[POS(1, 3)], v)); + raster1[POS(0, 0)] = 0, raster2[POS(0, 0)] = 0, raster3[POS(0, 0)] = 0; + raster1[POS(0, 1)] = 0, raster2[POS(0, 1)] = 0, raster3[POS(0, 1)] = 0; + raster1[POS(0, 2)] = 0, raster2[POS(0, 2)] = 0, raster3[POS(0, 2)] = 0; + raster1[POS(0, 3)] = 0, raster2[POS(0, 3)] = 0, raster3[POS(0, 3)] = 0; + raster1[POS(1, 0)] = 0, raster2[POS(1, 0)] = 0, raster3[POS(1, 0)] = 0; + raster1[POS(1, 1)] = 0, raster2[POS(1, 1)] = 0, raster3[POS(1, 1)] = 0; + raster1[POS(1, 2)] = 0, raster2[POS(1, 2)] = 0, raster3[POS(1, 2)] = 0; + raster1[POS(1, 3)] = 0, raster2[POS(1, 3)] = 0, raster3[POS(1, 3)] = 0; + ASSERT(!memcmp(raster1, zeroes, sizeof(raster1))); + ASSERT(!memcmp(raster2, zeroes, sizeof(raster2))); + ASSERT(!memcmp(raster3, zeroes, sizeof(raster3))); + } + + memset(raster1, 0, sizeof(raster1)); + memset(raster2, 0, sizeof(raster2)); + memset(raster3, 0, sizeof(raster3)); + raster1[POS(0, 0)] = 4, raster2[POS(0, 0)] = 8; + raster1[POS(0, 1)] = 16, raster2[POS(0, 1)] = 2; + raster1[POS(0, 2)] = 1, raster2[POS(0, 2)] = 8; + raster1[POS(0, 3)] = 32, raster2[POS(0, 3)] = 4; + raster1[POS(1, 0)] = 8, raster2[POS(1, 0)] = 8; + raster1[POS(1, 1)] = -4, raster2[POS(1, 1)] = 2; + raster1[POS(1, 2)] = 16, raster2[POS(1, 2)] = -16; + raster1[POS(1, 3)] = 8, raster2[POS(1, 3)] = 2; + rasters[0] = raster1; + rasters[1] = raster2; + rasters[2] = raster3; + saturations[0] = 0.5; + saturations[1] = 0.25; + primary_ys[0] = 0.75; + primary_ys[1] = 0.25; + libglitter_per_channel_desaturate_double(rasters, 2, 6, 3, 4, 2, saturations, primary_ys); +#define G(x, y) ((x) * 0.75 + (y) * 0.25) +#define X(x, y) (((x) - G(x, y)) * 0.5 + G(x, y)) +#define Y(x, y) (((y) - G(x, y)) * 0.25 + G(x, y)) + ASSERT2(raster1[POS(0, 0)] == X(4, 8), raster2[POS(0, 0)] == Y(4, 8)); + ASSERT2(raster1[POS(0, 1)] == X(16, 2), raster2[POS(0, 1)] == Y(16, 2)); + ASSERT2(raster1[POS(0, 2)] == X(1, 8), raster2[POS(0, 2)] == Y(1, 8)); + ASSERT2(raster1[POS(0, 3)] == X(32, 4), raster2[POS(0, 3)] == Y(32, 4)); + ASSERT2(raster1[POS(1, 0)] == X(8, 8), raster2[POS(1, 0)] == Y(8, 8)); + ASSERT2(raster1[POS(1, 1)] == X(-4, 2), raster2[POS(1, 1)] == Y(-4, 2)); + ASSERT2(raster1[POS(1, 2)] == X(16, -16), raster2[POS(1, 2)] == Y(16, -16)); + ASSERT2(raster1[POS(1, 3)] == X(8, 2), raster2[POS(1, 3)] == Y(8, 2)); +#undef G +#undef X +#undef Y + raster1[POS(0, 0)] = 0, raster2[POS(0, 0)] = 0; + raster1[POS(0, 1)] = 0, raster2[POS(0, 1)] = 0; + raster1[POS(0, 2)] = 0, raster2[POS(0, 2)] = 0; + raster1[POS(0, 3)] = 0, raster2[POS(0, 3)] = 0; + raster1[POS(1, 0)] = 0, raster2[POS(1, 0)] = 0; + raster1[POS(1, 1)] = 0, raster2[POS(1, 1)] = 0; + raster1[POS(1, 2)] = 0, raster2[POS(1, 2)] = 0; + raster1[POS(1, 3)] = 0, raster2[POS(1, 3)] = 0; + ASSERT(!memcmp(raster1, zeroes, sizeof(raster1))); + ASSERT(!memcmp(raster2, zeroes, sizeof(raster2))); + ASSERT(!memcmp(raster3, zeroes, sizeof(raster3))); + + memset(raster1, 0, sizeof(raster1)); + memset(raster2, 0, sizeof(raster2)); + memset(raster3, 0, sizeof(raster3)); + raster1[POS(0, 0)] = 4, raster2[POS(0, 0)] = 8, raster3[POS(0, 0)] = 4; + raster1[POS(0, 1)] = 16, raster2[POS(0, 1)] = 2, raster3[POS(0, 1)] = 16; + raster1[POS(0, 2)] = 1, raster2[POS(0, 2)] = 8, raster3[POS(0, 2)] = 2; + raster1[POS(0, 3)] = 32, raster2[POS(0, 3)] = 4, raster3[POS(0, 3)] = 8; + raster1[POS(1, 0)] = 8, raster2[POS(1, 0)] = 8, raster3[POS(1, 0)] = 8; + raster1[POS(1, 1)] = -4, raster2[POS(1, 1)] = 2, raster3[POS(1, 1)] = 16; + raster1[POS(1, 2)] = 16, raster2[POS(1, 2)] = -16, raster3[POS(1, 2)] = -16; + raster1[POS(1, 3)] = 8, raster2[POS(1, 3)] = 2, raster3[POS(1, 3)] = 4; + rasters[0] = raster1; + rasters[1] = raster2; + rasters[2] = raster3; + saturations[0] = 0.5; + saturations[1] = 0.25; + saturations[2] = 0.125; + primary_ys[0] = 0.375; + primary_ys[1] = 0.5; + primary_ys[2] = 0.125; + libglitter_per_channel_desaturate_double(rasters, 3, 6, 3, 4, 2, saturations, primary_ys); +#define G(x, y, z) ((x) * 0.375 + (y) * 0.5 + (z) * 0.125) +#define X(x, y, z) (((x) - G(x, y, z)) * 0.5 + G(x, y, z)) +#define Y(x, y, z) (((y) - G(x, y, z)) * 0.25 + G(x, y, z)) +#define Z(x, y, z) (((z) - G(x, y, z)) * 0.125 + G(x, y, z)) + ASSERT3(raster1[POS(0, 0)] == X(4, 8, 4), raster2[POS(0, 0)] == Y(4, 8, 4), raster3[POS(0, 0)] == Z(4, 8, 4)); + ASSERT3(raster1[POS(0, 1)] == X(16, 2, 16), raster2[POS(0, 1)] == Y(16, 2, 16), raster3[POS(0, 1)] == Z(16, 2, 16)); + ASSERT3(raster1[POS(0, 2)] == X(1, 8, 2), raster2[POS(0, 2)] == Y(1, 8, 2), raster3[POS(0, 2)] == Z(1, 8, 2)); + ASSERT3(raster1[POS(0, 3)] == X(32, 4, 8), raster2[POS(0, 3)] == Y(32, 4, 8), raster3[POS(0, 3)] == Z(32, 4, 8)); + ASSERT3(raster1[POS(1, 0)] == X(8, 8, 8), raster2[POS(1, 0)] == Y(8, 8, 8), raster3[POS(1, 0)] == Z(8, 8, 8)); + ASSERT3(raster1[POS(1, 1)] == X(-4, 2, 16), raster2[POS(1, 1)] == Y(-4, 2, 16), raster3[POS(1, 1)] == Z(-4, 2, 16)); + ASSERT3(raster1[POS(1, 2)] == X(16, -16, -16), raster2[POS(1, 2)] == Y(16, -16, -16), raster3[POS(1, 2)] == Z(16, -16, -16)); + ASSERT3(raster1[POS(1, 3)] == X(8, 2, 4), raster2[POS(1, 3)] == Y(8, 2, 4), raster3[POS(1, 3)] == Z(8, 2, 4)); +#undef G +#undef X +#undef Y +#undef Z + raster1[POS(0, 0)] = 0, raster2[POS(0, 0)] = 0, raster3[POS(0, 0)] = 0; + raster1[POS(0, 1)] = 0, raster2[POS(0, 1)] = 0, raster3[POS(0, 1)] = 0; + raster1[POS(0, 2)] = 0, raster2[POS(0, 2)] = 0, raster3[POS(0, 2)] = 0; + raster1[POS(0, 3)] = 0, raster2[POS(0, 3)] = 0, raster3[POS(0, 3)] = 0; + raster1[POS(1, 0)] = 0, raster2[POS(1, 0)] = 0, raster3[POS(1, 0)] = 0; + raster1[POS(1, 1)] = 0, raster2[POS(1, 1)] = 0, raster3[POS(1, 1)] = 0; + raster1[POS(1, 2)] = 0, raster2[POS(1, 2)] = 0, raster3[POS(1, 2)] = 0; + raster1[POS(1, 3)] = 0, raster2[POS(1, 3)] = 0, raster3[POS(1, 3)] = 0; + ASSERT(!memcmp(raster1, zeroes, sizeof(raster1))); + ASSERT(!memcmp(raster2, zeroes, sizeof(raster2))); + ASSERT(!memcmp(raster3, zeroes, sizeof(raster3))); + + memset(raster1, 0, sizeof(raster1)); + memset(raster2, 0, sizeof(raster2)); + memset(raster3, 0, sizeof(raster3)); + raster1[POS(0, 0)] = 4, raster2[POS(0, 0)] = 8, raster3[POS(0, 0)] = 4; + raster1[POS(0, 1)] = 16, raster2[POS(0, 1)] = 2, raster3[POS(0, 1)] = 16; + raster1[POS(0, 2)] = 1, raster2[POS(0, 2)] = 8, raster3[POS(0, 2)] = 2; + raster1[POS(0, 3)] = 32, raster2[POS(0, 3)] = 4, raster3[POS(0, 3)] = 8; + raster1[POS(1, 0)] = 8, raster2[POS(1, 0)] = 8, raster3[POS(1, 0)] = 8; + raster1[POS(1, 1)] = -4, raster2[POS(1, 1)] = 2, raster3[POS(1, 1)] = 16; + raster1[POS(1, 2)] = 16, raster2[POS(1, 2)] = -16, raster3[POS(1, 2)] = -16; + raster1[POS(1, 3)] = 8, raster2[POS(1, 3)] = 2, raster3[POS(1, 3)] = 4; + rasters[0] = raster1; + rasters[1] = raster2; + rasters[2] = raster3; + saturations[0] = 0.5; + saturations[1] = 0.25; + saturations[2] = 0.125; + libglitter_per_channel_desaturate_double(rasters, 3, 6, 3, 4, 2, saturations, NULL); +#define G(x, y, z) ((x) * RY + (y) * GY + (z) * BY) +#define X(x, y, z) (((x) - G(x, y, z)) * 0.5 + G(x, y, z)) +#define Y(x, y, z) (((y) - G(x, y, z)) * 0.25 + G(x, y, z)) +#define Z(x, y, z) (((z) - G(x, y, z)) * 0.125 + G(x, y, z)) + ASSERT(eq(raster1[POS(0, 0)], X(4, 8, 4))); + ASSERT(eq(raster1[POS(0, 1)], X(16, 2, 16))); + ASSERT(eq(raster1[POS(0, 2)], X(1, 8, 2))); + ASSERT(eq(raster1[POS(0, 3)], X(32, 4, 8))); + ASSERT(eq(raster1[POS(1, 0)], X(8, 8, 8))); + ASSERT(eq(raster1[POS(1, 1)], X(-4, 2, 16))); + ASSERT(eq(raster1[POS(1, 2)], X(16, -16, -16))); + ASSERT(eq(raster1[POS(1, 3)], X(8, 2, 4))); + ASSERT(eq(raster2[POS(0, 0)], Y(4, 8, 4))); + ASSERT(eq(raster2[POS(0, 1)], Y(16, 2, 16))); + ASSERT(eq(raster2[POS(0, 2)], Y(1, 8, 2))); + ASSERT(eq(raster2[POS(0, 3)], Y(32, 4, 8))); + ASSERT(eq(raster2[POS(1, 0)], Y(8, 8, 8))); + ASSERT(eq(raster2[POS(1, 1)], Y(-4, 2, 16))); + ASSERT(eq(raster2[POS(1, 2)], Y(16, -16, -16))); + ASSERT(eq(raster2[POS(1, 3)], Y(8, 2, 4))); + ASSERT(eq(raster3[POS(0, 0)], Z(4, 8, 4))); + ASSERT(eq(raster3[POS(0, 1)], Z(16, 2, 16))); + ASSERT(eq(raster3[POS(0, 2)], Z(1, 8, 2))); + ASSERT(eq(raster3[POS(0, 3)], Z(32, 4, 8))); + ASSERT(eq(raster3[POS(1, 0)], Z(8, 8, 8))); + ASSERT(eq(raster3[POS(1, 1)], Z(-4, 2, 16))); + ASSERT(eq(raster3[POS(1, 2)], Z(16, -16, -16))); + ASSERT(eq(raster3[POS(1, 3)], Z(8, 2, 4))); +#undef G +#undef X +#undef Y +#undef Z + raster1[POS(0, 0)] = 0, raster2[POS(0, 0)] = 0, raster3[POS(0, 0)] = 0; + raster1[POS(0, 1)] = 0, raster2[POS(0, 1)] = 0, raster3[POS(0, 1)] = 0; + raster1[POS(0, 2)] = 0, raster2[POS(0, 2)] = 0, raster3[POS(0, 2)] = 0; + raster1[POS(0, 3)] = 0, raster2[POS(0, 3)] = 0, raster3[POS(0, 3)] = 0; + raster1[POS(1, 0)] = 0, raster2[POS(1, 0)] = 0, raster3[POS(1, 0)] = 0; + raster1[POS(1, 1)] = 0, raster2[POS(1, 1)] = 0, raster3[POS(1, 1)] = 0; + raster1[POS(1, 2)] = 0, raster2[POS(1, 2)] = 0, raster3[POS(1, 2)] = 0; + raster1[POS(1, 3)] = 0, raster2[POS(1, 3)] = 0, raster3[POS(1, 3)] = 0; + ASSERT(!memcmp(raster1, zeroes, sizeof(raster1))); + ASSERT(!memcmp(raster2, zeroes, sizeof(raster2))); + ASSERT(!memcmp(raster3, zeroes, sizeof(raster3))); + + return 0; } |