commit b640dfad6fd5c0ae3a9bfdd9b4bd54e387b0cc51
parent 61dbc5af8844e0fbebbe4cdf6f796e8b6837c76b
Author: Mattias Andrée <maandree@kth.se>
Date: Sun, 6 Aug 2017 02:52:29 +0200
Update blind-convert to support unconverted output from ffmpeg and partially converted output
Signed-off-by: Mattias Andrée <maandree@kth.se>
Diffstat:
16 files changed, 516 insertions(+), 299 deletions(-)
diff --git a/man/blind-convert.1 b/man/blind-convert.1
@@ -78,67 +78,45 @@ but single-precision float-point if input is
single-precision float-point.
.TP
.B raw4 f
-Host-endian, single-precision float-point XY'Z.
-.TP
-.B raw4 !f
-Host-endian, double-precision float-point XY'Z.
-.TP
-.B raw4
-Host-endian, double-precision float-point XY'Z,
-but single-precision float-point if input is
-single-precision float-point.
-.TP
-.B raw4a f
-Host-endian, single-precision float-point XY'ZA.
-.TP
-.B raw4a !f
-Host-endian, double-precision float-point XY'ZA.
-.TP
-.B raw4a
-Host-endian, double-precision float-point XY'ZA,
-but single-precision float-point if input is
-single-precision float-point.
-.TP
-.B raw5 f
Host-endian, single-precision float-point sR'G'B'.
.TP
-.B raw5 !f
+.B raw4 !f
Host-endian, double-precision float-point sR'G'B'.
.TP
-.B raw5
+.B raw4
Host-endian, double-precision float-point sR'G'B',
but single-precision float-point if input is
single-precision float-point.
.TP
-.B raw5a f
+.B raw4a f
Host-endian, single-precision float-point sR'G'B'A.
.TP
-.B raw5a !f
+.B raw4a !f
Host-endian, double-precision float-point sR'G'B'A.
.TP
-.B raw5a
+.B raw4a
Host-endian, double-precision float-point sR'G'B'A,
but single-precision float-point if input is
single-precision float-point.
.TP
-.B raw6 f
+.B raw5 f
Host-endian, single-precision float-point sRGB.
.TP
-.B raw6 !f
+.B raw5 !f
Host-endian, double-precision float-point sRGB.
.TP
-.B raw6
+.B raw5
Host-endian, double-precision float-point sRGB,
but single-precision float-point if input is
single-precision float-point.
.TP
-.B raw6a f
+.B raw5a f
Host-endian, single-precision float-point sRGBA.
.TP
-.B raw6a !f
+.B raw5a !f
Host-endian, double-precision float-point sRGBA.
.TP
-.B raw6a
+.B raw5a
Host-endian, double-precision float-point sRGBA,
but single-precision float-point if input is
single-precision float-point.
diff --git a/man/blind-from-video.1 b/man/blind-from-video.1
@@ -50,17 +50,6 @@ drafting or if you will not modify the colours. If you use this
flag, you should also use it in
.BR blind-to-video (1),
otherwise the colours will be modified.
-
-This is similar to
-.B -F raw
-and piping the output to
-.BR blind-convert (1)
-with
-.BR "-F raw4" ,
-however, the
-.B xyza
-is recorded instead of
-.BR raw4 .
.TP
.BR -F " "\fIpixel-format\fP
Select pixel format, see
diff --git a/src/blind-affine-colour.c b/src/blind-affine-colour.c
@@ -41,7 +41,7 @@ main(int argc, char *argv[])
SELECT_PROCESS_FUNCTION(&colour);
if (skip_alpha && colour.alpha_chan != -1)
- CHECK_CHANS(&colour, == colour.n_chan - 1, == colour.luma_chan);
+ CHECK_CHANS(&colour, == (short int)(colour.n_chan - 1), == colour.luma_chan);
else
skip_alpha = 0;
diff --git a/src/blind-convert.c b/src/blind-convert.c
@@ -3,80 +3,380 @@
USAGE("pixel-format ...")
-static void (*outconv)(double *xyzas, size_t n);
+static int in_level = INT_MAX;
+static int out_level = INT_MAX;
-#define INCONV(TYPE)\
+static void
+lf_to_f(double *in, float *out, size_t n)
+{
+ size_t i;
+ for (i = 0; i < n; i++)
+ out[i] = (float)(in[i]);
+}
+
+static void
+f_to_lf(double *in, float *out, size_t n)
+{
+ size_t i;
+ for (i = 0; i < n; i++)
+ out[i] = (double)(in[i]);
+}
+
+#if !defined(HOST_ENDIAN_IS_LITTLE_ENDIAN_16)
+static void
+le_to_h_16(uint16_t *buf, size_t n)
+{
+ size_t i;
+ for (i = 0; i < n; i++)
+ buf[i] = letoh(buf[i]);
+}
+
+static void
+h_to_le_16(uint16_t *buf, size_t n)
+{
+ size_t i;
+ for (i = 0; i < n; i++)
+ buf[i] = htole(buf[i]);
+}
+#else
+# define le_to_h_16(buf, n) ((void) buf, (void) n)
+# define h_to_le_16(buf, n) ((void) buf, (void) n)
+#endif
+
+static size_t
+remove_alpha_u16(uint16_t *buf, size_t n)
+{
+ size_t i, j;
+ long int a, max = (long int)UINT16_MAX;
+ for (i = j = 0; i < n; i += 4, j += 3) {
+ a = (long int)(buf[i + 3]);
+ buf[j + 0] = (uint16_t)(((long int)(buf[i + 0]) - 16L * 256L) * a / max + 16L * 256L);
+ buf[j + 1] = (uint16_t)(((long int)(buf[i + 1]) - 128L * 256L) * a / max + 128L * 256L);
+ buf[j + 2] = (uint16_t)(((long int)(buf[i + 2]) - 128L * 256L) * a / max + 128L * 256L);
+ }
+ return j;
+}
+
+#define REMOVE_ALPHA()\
+ do {\
+ size_t i, j;\
+ for (i = j = 0; i < n; i += 4, j += 3) {\
+ buf[j + 0] = buf[i + 0] * buf[i + 3];\
+ buf[j + 1] = buf[i + 1] * buf[i + 3];\
+ buf[j + 2] = buf[i + 2] * buf[i + 3];\
+ }\
+ return j;\
+ } while (0)
+
+static size_t remove_alpha_lf(double *buf, size_t n) { REMOVE_ALPHA(); }
+static size_t remove_alpha_f (float *buf, size_t n) { REMOVE_ALPHA(); }
+
+#define ADD_ALPHA(TYPE, MAX)\
+ do {\
+ size_t i = n, j = n + n / 3;\
+ for (; i; i -= 3, j -= 4) {\
+ out[j - 1] = (TYPE)(MAX);\
+ out[j - 2] = in[i - 1];\
+ out[j - 3] = in[i - 2];\
+ out[j - 4] = in[i - 3];\
+ }\
+ return n + n / 3;\
+ } while (0)
+
+static size_t add_alpha_u16(uint16_t *in, uint16_t *out, size_t n) { ADD_ALPHA(uint16_t, UINT16_MAX); }
+static size_t add_alpha_lf (double *in, double *out, size_t n) { ADD_ALPHA(double, 1); }
+static size_t add_alpha_f (float *in, float *out, size_t n) { ADD_ALPHA(float, 1); }
+
+static void
+raw0_to_raw1(uint16_t *buf, size_t n)
+{
+ size_t i;
+ uint16_t t;
+ for (i = 0; i < n; i += 4, buf += 4)
+ t = buf[0], buf[0] = buf[1], buf[1] = buf[2], buf[2] = buf[3], buf[3] = t;
+}
+
+static void
+raw1_to_raw0(uint16_t *buf, size_t n)
+{
+ size_t i;
+ uint16_t t;
+ for (i = 0; i < n; i += 4, buf += 4)
+ t = buf[3], buf[3] = buf[2], buf[2] = buf[1], buf[1] = buf[0], buf[0] = t;
+}
+
+#define RAW2_TO_RAW3(TYPE, WITH_ALPHA)\
+ do {\
+ size_t i;\
+ TYPE max = (TYPE)UINT16_MAX;\
+ if (sizeof(*in) > sizeof(*out)) {\
+ for (i = 0; i < n; i += 3 + WITH_ALPHA) {\
+ out[i + 0] = (TYPE)((long int)(in[i + 0]) - 16L * 256L) / max;\
+ out[i + 1] = (TYPE)((long int)(in[i + 1]) - 128L * 256L) / max;\
+ out[i + 2] = (TYPE)((long int)(in[i + 2]) - 128L * 256L) / max;\
+ if (WITH_ALPHA)\
+ out[i + 3] = (TYPE)(in[i + 3]) / max;\
+ }\
+ } else {\
+ for (i = n; i; i -= 3 + WITH_ALPHA) {\
+ if (WITH_ALPHA)\
+ out[i - 1] = (TYPE)(in[i - 1]) / max;\
+ out[i - 1 - WITH_ALPHA] = (TYPE)((long int)(in[i - 1 - WITH_ALPHA]) - 128L * 256L) / max;\
+ out[i - 2 - WITH_ALPHA] = (TYPE)((long int)(in[i - 2 - WITH_ALPHA]) - 128L * 256L) / max;\
+ out[i - 3 - WITH_ALPHA] = (TYPE)((long int)(in[i - 3 - WITH_ALPHA]) - 16L * 256L) / max;\
+ }\
+ }\
+ } while (0)
+
+static void raw2_to_raw3_lf (uint16_t *in, double *out, size_t n) { RAW2_TO_RAW3(double, 0); }
+static void raw2_to_raw3_f (uint16_t *in, float *out, size_t n) { RAW2_TO_RAW3(float, 0); }
+static void raw2a_to_raw3a_lf(uint16_t *in, double *out, size_t n) { RAW2_TO_RAW3(double, 1); }
+static void raw2a_to_raw3a_f (uint16_t *in, float *out, size_t n) { RAW2_TO_RAW3(float, 1); }
+
+#define RAW3_TO_RAW2(TYPE, WITH_ALPHA)\
do {\
- double buf[sizeof(stream->buf) / (4 * sizeof(TYPE)) * 4];\
- double *interm;\
- TYPE *in;\
- size_t n, m;\
- do {\
- in = (TYPE *)stream->buf;\
- interm = buf;\
- n = stream->ptr / stream->pixel_size;\
- for (m = n; m--; in += 4, interm += 4) { \
- interm[0] = (double)(in[0]);\
- interm[1] = (double)(in[1]);\
- interm[2] = (double)(in[2]);\
- interm[3] = (double)(in[3]);\
+ size_t i;\
+ TYPE max = (TYPE)UINT16_MAX;\
+ long int y, u, v;\
+ if (sizeof(*in) > sizeof(*out)) {\
+ for (i = 0; i < n; i += 3 + WITH_ALPHA) {\
+ y = (long int)(in[i + 0] * max) + 16L * 256L;\
+ u = (long int)(in[i + 1] * max) + 128L * 256L;\
+ v = (long int)(in[i + 2] * max) + 128L * 256L;\
+ out[i + 0] = (uint16_t)CLIP(0, y, 0xFFFFL);\
+ out[i + 1] = (uint16_t)CLIP(0, u, 0xFFFFL);\
+ out[i + 2] = (uint16_t)CLIP(0, v, 0xFFFFL);\
+ if (WITH_ALPHA) {\
+ v = (long int)(in[i + 3] * max);\
+ out[i + 3] = (uint16_t)CLIP(0, v, 0xFFFFL);\
+ }\
+ }\
+ } else {\
+ for (i = n; i; i -= 3 + WITH_ALPHA) {\
+ if (WITH_ALPHA) {\
+ v = (long int)(in[i - 1] * max);\
+ out[i - 1] = (uint16_t)CLIP(0, v, 0xFFFFL); \
+ }\
+ v = (long int)(in[i - 1 - WITH_ALPHA] * max) + 128L * 256L;\
+ u = (long int)(in[i - 2 - WITH_ALPHA] * max) + 128L * 256L;\
+ y = (long int)(in[i - 3 - WITH_ALPHA] * max) + 16L * 256L;\
+ out[i - 1 - WITH_ALPHA] = (uint16_t)CLIP(0, v, 0xFFFFL);\
+ out[i - 2 - WITH_ALPHA] = (uint16_t)CLIP(0, u, 0xFFFFL);\
+ out[i - 3 - WITH_ALPHA] = (uint16_t)CLIP(0, y, 0xFFFFL);\
}\
- outconv(buf, n);\
- n *= stream->pixel_size;\
- memmove(stream->buf, stream->buf + n, stream->ptr -= n);\
- } while (eread_stream(stream, SIZE_MAX));\
- if (stream->ptr)\
- eprintf("%s: incomplete frame\n", stream->file);\
+ }\
} while (0)
-#define OUTCONV(TYPE)\
+static void raw3_to_raw2_lf (double *in, uint16_t *out, size_t n) { RAW3_TO_RAW2(double, 0); }
+static void raw3_to_raw2_f (float *in, uint16_t *out, size_t n) { RAW3_TO_RAW2(float, 0); }
+static void raw3a_to_raw2a_lf(double *in, uint16_t *out, size_t n) { RAW3_TO_RAW2(double, 1); }
+static void raw3a_to_raw2a_f (float *in, uint16_t *out, size_t n) { RAW3_TO_RAW2(float, 1); }
+
+#define CONVERT_COLOUR_SPACE(TYPE, CONV)\
do {\
- TYPE *out = alloca(n * 4 * sizeof(TYPE));\
- size_t i, m = n * 4;\
- for (i = 0; i < m; i++)\
- out[i] = (TYPE)(xyzas[i]);\
- ewriteall(STDOUT_FILENO, out, n * 4 * sizeof(TYPE), "<stdout>");\
+ size_t i, s = 3 + (size_t)a;\
+ for (i = 0; i < n; i += s)\
+ CONV(buf[i + 0], buf[i + 1], buf[i + 2], buf + i + 0, buf + i + 1, buf + i + 2);\
} while (0)
-static void inconv_xyza (struct stream *stream) {INCONV(double);}
-static void inconv_xyzaf(struct stream *stream) {INCONV(float);}
+static void conv_yuv_to_srgb_lf(double *buf, size_t n, int a) { CONVERT_COLOUR_SPACE(double, yuv_to_srgb); }
+static void conv_yuv_to_srgb_f (float *buf, size_t n, int a) { CONVERT_COLOUR_SPACE(float, yuv_to_srgb); }
+static void conv_srgb_to_yuv_lf(double *buf, size_t n, int a) { CONVERT_COLOUR_SPACE(double, srgb_to_yuv); }
+static void conv_srgb_to_yuv_f (float *buf, size_t n, int a) { CONVERT_COLOUR_SPACE(float, srgb_to_yuv); }
+static void conv_xyz_to_srgb_lf(double *buf, size_t n, int a) { CONVERT_COLOUR_SPACE(double, ciexyz_to_srgb); }
+static void conv_xyz_to_srgb_f (float *buf, size_t n, int a) { CONVERT_COLOUR_SPACE(float, ciexyz_to_srgb); }
+static void conv_srgb_to_xyz_lf(double *buf, size_t n, int a) { CONVERT_COLOUR_SPACE(double, srgb_to_ciexyz); }
+static void conv_srgb_to_xyz_f (float *buf, size_t n, int a) { CONVERT_COLOUR_SPACE(float, srgb_to_ciexyz); }
+
+#define CHANGE_TRANSFER(TYPE, CONV)\
+ do {\
+ size_t i, s = 3 + (size_t)a;\
+ for (i = 0; i < n; i += s) {\
+ buf[i + 0] = CONV(buf[i + 0]);\
+ buf[i + 1] = CONV(buf[i + 1]);\
+ buf[i + 2] = CONV(buf[i + 2]);\
+ }\
+ } while (0)
+
+static void conv_srgbt_to_srgb_lf(double *buf, size_t n, int a) { CHANGE_TRANSFER(double, srgb_decode); }
+static void conv_srgbt_to_srgb_f (float *buf, size_t n, int a) { CHANGE_TRANSFER(float, srgb_decode); }
+static void conv_srgb_to_srgbt_lf(double *buf, size_t n, int a) { CHANGE_TRANSFER(double, srgb_encode); }
+static void conv_srgb_to_srgbt_f (float *buf, size_t n, int a) { CHANGE_TRANSFER(float, srgb_encode); }
+
+#define CONVERT_COLOUR_SPACE_AUTO(CONV)\
+ static void\
+ conv_##CONV(enum encoding encoding, int with_alpha, void *buf, size_t n)\
+ {\
+ if (encoding == DOUBLE)\
+ conv_##CONV##_lf(buf, n, !!with_alpha);\
+ else\
+ conv_##CONV##_f(buf, n, !!with_alpha);\
+ }
+CONVERT_COLOUR_SPACE_AUTO(yuv_to_srgb)
+CONVERT_COLOUR_SPACE_AUTO(srgb_to_yuv)
+CONVERT_COLOUR_SPACE_AUTO(xyz_to_srgb)
+CONVERT_COLOUR_SPACE_AUTO(srgb_to_xyz)
+CONVERT_COLOUR_SPACE_AUTO(srgbt_to_srgb)
+CONVERT_COLOUR_SPACE_AUTO(srgb_to_srgbt)
+
+static void
+convert(struct stream *stream, struct stream *out, void *buf, size_t n)
+{
+ enum encoding encoding = stream->encoding;
+
+ if (in_level <= 0 && out_level > 0)
+ raw0_to_raw1(buf, n);
-static void outconv_xyza (double *xyzas, size_t n) {OUTCONV(double);}
-static void outconv_xyzaf(double *xyzas, size_t n) {OUTCONV(float);}
+ if (in_level <= 1 && out_level > 1)
+ le_to_h_16(buf, n);
+
+ if (in_level <= 2 && out_level > 2) {
+ if (out->encoding == DOUBLE && stream->alpha)
+ raw2a_to_raw3a_lf(buf, buf, n);
+ else if (out->encoding == FLOAT && stream->alpha)
+ raw2a_to_raw3a_f(buf, buf, n);
+ else if (out->encoding == DOUBLE)
+ raw2_to_raw3_lf(buf, buf, n);
+ else if (out->encoding == FLOAT)
+ raw2_to_raw3_f(buf, buf, n);
+ encoding = out->encoding;
+ } else if (stream->encoding == FLOAT && out->encoding == DOUBLE) {
+ f_to_lf(buf, buf, n);
+ encoding = out->encoding;
+ } else if (stream->encoding == DOUBLE && out->encoding == FLOAT) {
+ lf_to_f(buf, buf, n);
+ encoding = out->encoding;
+ }
+
+ if (stream->alpha && !out->alpha) {
+ if (encoding == DOUBLE)
+ n = remove_alpha_lf(buf, n);
+ else if (encoding == FLOAT)
+ n = remove_alpha_f(buf, n);
+ else
+ n = remove_alpha_u16(buf, n);
+ } else if (!stream->alpha && out->alpha) {
+ if (encoding == DOUBLE)
+ n = add_alpha_lf(buf, buf, n);
+ else if (encoding == FLOAT)
+ n = add_alpha_f(buf, buf, n);
+ else
+ n = add_alpha_u16(buf, buf, n);
+ }
+
+ if (stream->space == CIEXYZ && out->space == YUV_NONLINEAR) {
+ conv_xyz_to_srgb(encoding, out->alpha, buf, n);
+ conv_srgb_to_srgbt(encoding, out->alpha, buf, n);
+ conv_srgb_to_yuv(encoding, out->alpha, buf, n);
+ } else if (stream->space == CIEXYZ && out->space == SRGB_NONLINEAR) {
+ conv_xyz_to_srgb(encoding, out->alpha, buf, n);
+ conv_srgb_to_srgbt(encoding, out->alpha, buf, n);
+ } else if (stream->space == CIEXYZ && out->space == SRGB) {
+ conv_xyz_to_srgb(encoding, out->alpha, buf, n);
+ } else if (stream->space == YUV_NONLINEAR && out->space == CIEXYZ) {
+ conv_yuv_to_srgb(encoding, out->alpha, buf, n);
+ conv_srgbt_to_srgb(encoding, out->alpha, buf, n);
+ conv_srgb_to_xyz(encoding, out->alpha, buf, n);
+ } else if (stream->space == YUV_NONLINEAR && out->space == SRGB_NONLINEAR) {
+ conv_yuv_to_srgb(encoding, out->alpha, buf, n);
+ } else if (stream->space == YUV_NONLINEAR && out->space == SRGB) {
+ conv_yuv_to_srgb(encoding, out->alpha, buf, n);
+ conv_srgbt_to_srgb(encoding, out->alpha, buf, n);
+ } else if (stream->space == SRGB_NONLINEAR && out->space == CIEXYZ) {
+ conv_srgbt_to_srgb(encoding, out->alpha, buf, n);
+ conv_srgb_to_xyz(encoding, out->alpha, buf, n);
+ } else if (stream->space == SRGB_NONLINEAR && out->space == YUV_NONLINEAR) {
+ conv_srgb_to_yuv(encoding, out->alpha, buf, n);
+ } else if (stream->space == SRGB_NONLINEAR && out->space == SRGB) {
+ conv_srgbt_to_srgb(encoding, out->alpha, buf, n);
+ } else if (stream->space == SRGB && out->space == CIEXYZ) {
+ conv_srgb_to_xyz(encoding, out->alpha, buf, n);
+ } else if (stream->space == SRGB && out->space == YUV_NONLINEAR) {
+ conv_srgb_to_srgbt(encoding, out->alpha, buf, n);
+ conv_srgb_to_yuv(encoding, out->alpha, buf, n);
+ } else if (stream->space == SRGB && out->space == SRGB_NONLINEAR) {
+ conv_srgb_to_srgbt(encoding, out->alpha, buf, n);
+ }
+
+ if (out_level <= 2 && in_level > 2) {
+ if (encoding == DOUBLE && out->alpha)
+ raw3a_to_raw2a_lf(buf, buf, n);
+ else if (encoding == FLOAT && out->alpha)
+ raw3a_to_raw2a_f(buf, buf, n);
+ else if (encoding == DOUBLE)
+ raw3_to_raw2_lf(buf, buf, n);
+ else if (encoding == FLOAT)
+ raw3_to_raw2_f(buf, buf, n);
+ }
+
+ if (out_level <= 1 && in_level > 1)
+ h_to_le_16(buf, n);
+
+ if (out_level <= 0 && in_level > 0)
+ raw1_to_raw0(buf, n);
+
+ ewriteall(STDOUT_FILENO, buf, n * out->chan_size, "<stdout>");
+}
int
main(int argc, char *argv[])
{
- struct stream stream;
+ struct stream stream, out;
const char *pixfmt;
- void (*inconv)(struct stream *stream);
+ void *buf = NULL;
+ size_t n;
UNOFLAGS(!argc);
eopen_stream(&stream, NULL);
- if (!strcmp(stream.pixfmt, "xyza"))
- inconv = inconv_xyza;
- else if (!strcmp(stream.pixfmt, "xyza f"))
- inconv = inconv_xyzaf;
- else
- eprintf("input pixel format %s is not supported\n", stream.pixfmt);
-
+ memcpy(&out, &stream, sizeof(out));
pixfmt = stream.pixfmt;
while (*argv)
pixfmt = get_pixel_format(*argv++, pixfmt);
-
- if (!strcmp(pixfmt, "xyza"))
- outconv = outconv_xyza;
- else if (!strcmp(pixfmt, "xyza f"))
- outconv = outconv_xyzaf;
- else
+ strcpy(out.pixfmt, pixfmt);
+ if (set_pixel_format(&out, NULL))
eprintf("output pixel format %s is not supported\n", pixfmt);
- strcpy(stream.pixfmt, pixfmt);
- fprint_stream_head(stdout, &stream);
+ fprint_stream_head(stdout, &out);
efflush(stdout, "<stdout>");
- inconv(&stream);
+ if (!strcmp(stream.pixfmt, out.pixfmt)) {
+ esend_stream(&stream, STDOUT_FILENO, "<stdout>");
+ return 0;
+ }
+
+ if (stream.alpha_chan == 0)
+ in_level = 0;
+ else if (stream.endian == LITTLE)
+ in_level = 1;
+ else if (stream.encoding == UINT16)
+ in_level = 2;
+ if (out.alpha_chan == 0)
+ out_level = 0;
+ else if (out.endian == LITTLE)
+ out_level = 1;
+ else if (out.encoding == UINT16)
+ out_level = 2;
+
+ if (out.encoding == UINT16)
+ out.encoding = stream.encoding;
+
+ n = MAX(stream.chan_size, out.chan_size) * MAX(stream.n_chan, out.n_chan);
+ if (n > stream.pixel_size)
+ buf = emalloc(sizeof(stream.buf) / stream.chan_size * n);
+
+ do {
+ n = stream.ptr / stream.pixel_size * stream.n_chan;
+ if (buf)
+ memcpy(buf, stream.buf, n * stream.chan_size);
+ convert(&stream, &out, buf ? buf : stream.buf, n);
+ n *= stream.chan_size;
+ memmove(stream.buf, stream.buf + n, stream.ptr -= n);
+ } while (eread_stream(&stream, SIZE_MAX));
+ if (stream.ptr)
+ eprintf("%s: incomplete frame\n", stream.file);
+
+ free(buf);
return 0;
}
diff --git a/src/blind-dissolve.c b/src/blind-dissolve.c
@@ -10,7 +10,7 @@ static int reverse = 0;
#define PROCESS(TYPE)\
do {\
- size_t i = stream->alpha_chan * stream->chan_size;\
+ size_t i = (size_t)(stream->alpha_chan) * stream->chan_size;\
TYPE a = fm ? (TYPE)(reverse ? f : fm - f) / fm_##TYPE : (TYPE)0.5;\
for (; i < n; i += stream->pixel_size)\
*(TYPE *)(stream->buf + i) *= a;\
diff --git a/src/blind-from-named.c b/src/blind-from-named.c
@@ -48,7 +48,7 @@ main(int argc, char *argv[])
int filedes = -1;
int tries = 11;
int sockfd, fd;
- ssize_t n;
+ size_t n;
ARGBEGIN {
case 'a':
@@ -108,6 +108,6 @@ retry:
}
while ((n = eread(fd, buf, sizeof(buf), "<received file>")))
- ewriteall(STDOUT_FILENO, buf, (size_t)n, "<stdout>");
+ ewriteall(STDOUT_FILENO, buf, n, "<stdout>");
return 0;
}
diff --git a/src/blind-from-portable.c b/src/blind-from-portable.c
@@ -57,7 +57,7 @@ static int strict = 1;
strict *= !USING_BINARY##BITS;\
if (!strict && sizeof(ITYPE) != sizeof(OTYPE))\
eprintf("-s is supported not on this machine\n");\
- if (stream->endian == HOST_ENDIAN && !strict) {\
+ if (stream->endian == HOST && !strict) {\
esend_stream(stream, STDOUT_FILENO, "<stdout>");\
break;\
}\
@@ -82,7 +82,7 @@ static int strict = 1;
do {\
size_t i, n;\
TYPE *buf = (TYPE *)(stream->buf);\
- if (stream->endian == HOST_ENDIAN) {\
+ if (stream->endian == HOST) {\
esend_stream(stream, STDOUT_FILENO, "<stdout>");\
break;\
}\
@@ -124,11 +124,11 @@ main(int argc, char *argv[])
eopen_stream(&stream, NULL);
#if defined(HOST_ENDIAN_IS_LITTLE_ENDIAN)
- if (stream.endian == LITTLE_ENDIAN)
- stream.endian = HOST_ENDIAN;
+ if (stream.endian == LITTLE)
+ stream.endian = HOST;
#elif defined(HOST_ENDIAN_IS_BIG_ENDIAN)
- if (stream.endian == BIG_ENDIAN)
- stream.endian = HOST_ENDIAN;
+ if (stream.endian == BIG)
+ stream.endian = HOST;
#endif
SELECT_PROCESS_FUNCTION(&stream);
diff --git a/src/blind-mosaic-corners.c b/src/blind-mosaic-corners.c
@@ -86,10 +86,10 @@ main(int argc, char *argv[])
j = 1;
memcpy(found, here, pixsize);
- dr = x != stream.width - 1 ? pixsize : tiled_x ? pixsize - stream.row_size : 0;
- dl = x ? -pixsize : tiled_x ? stream.row_size - pixsize : 0;
- dd = y != stream.height - 1 ? stream.row_size : tiled_y ? stream.row_size - stream.frame_size : 0;
- du = y ? -stream.row_size : tiled_y ? stream.frame_size - stream.row_size : 0;
+ dr = (ssize_t)(x != stream.width - 1 ? pixsize : tiled_x ? pixsize - stream.row_size : 0);
+ dl = (ssize_t)(x ? -pixsize : tiled_x ? stream.row_size - pixsize : 0);
+ dd = (ssize_t)(y != stream.height - 1 ? stream.row_size : tiled_y ? stream.row_size - stream.frame_size : 0);
+ du = (ssize_t)(y ? -stream.row_size : tiled_y ? stream.frame_size - stream.row_size : 0);
memcpy(found + j++ * pixsize, here + dr, pixsize);
memcpy(found + j++ * pixsize, here + dl, pixsize);
diff --git a/src/blind-single-colour.c b/src/blind-single-colour.c
@@ -77,8 +77,7 @@ PROCESS(void)
{
typedef TYPE pixel_t[4];
pixel_t buf[BUFSIZ / 4];
- size_t x, y, n;
- ssize_t r;
+ size_t x, y, n, r;
for (x = 0; x < ELEMENTSOF(buf); x++) {
buf[x][0] = (TYPE)X;
buf[x][1] = (TYPE)Y;
@@ -88,7 +87,7 @@ PROCESS(void)
while (inf || stream.frames--)
for (y = stream.height; y--;)
for (x = stream.width * sizeof(*buf); x;)
- for (x -= n = MIN(sizeof(buf), x); n; n -= (size_t)r)
+ for (x -= n = MIN(sizeof(buf), x); n; n -= r)
r = ewrite(STDOUT_FILENO, buf, n, "<stdout>");
}
diff --git a/src/blind-to-portable.c b/src/blind-to-portable.c
@@ -74,7 +74,7 @@ static int strict = 1;
strict *= !USING_BINARY##BITS;\
if (!strict && sizeof(ITYPE) != sizeof(OTYPE))\
eprintf("-s is supported not on this machine\n");\
- if (stream->endian == LITTLE_ENDIAN && !strict) {\
+ if (stream->endian == LITTLE && !strict) {\
esend_stream(stream, STDOUT_FILENO, "<stdout>");\
break;\
}\
@@ -99,7 +99,7 @@ static int strict = 1;
do {\
size_t i, n;\
TYPE *buf = (TYPE *)(stream->buf);\
- if (stream->endian == LITTLE_ENDIAN) {\
+ if (stream->endian == LITTLE) {\
esend_stream(stream, STDOUT_FILENO, "<stdout>");\
break;\
}\
@@ -141,11 +141,11 @@ main(int argc, char *argv[])
eopen_stream(&stream, NULL);
#if defined(HOST_ENDIAN_IS_LITTLE_ENDIAN)
- if (stream.endian == HOST_ENDIAN)
- stream.endian = LITTLE_ENDIAN;
+ if (stream.endian == HOST)
+ stream.endian = LITTLE;
#elif defined(HOST_ENDIAN_IS_BIG_ENDIAN)
- if (stream.endian == HOST_ENDIAN)
- stream.endian = BIG_ENDIAN;
+ if (stream.endian == HOST)
+ stream.endian = BIG;
#endif
SELECT_PROCESS_FUNCTION(&stream);
diff --git a/src/blind-transition.c b/src/blind-transition.c
@@ -14,7 +14,7 @@ static struct stream softness;
#define PROCESS(TYPE)\
do {\
size_t i, j = 0;\
- TYPE a, s, t = fm ? (TYPE)(reverse ? fm - f : f) / fm_##TYPE : 0.5;\
+ TYPE a, s, t = fm ? (TYPE)(reverse ? fm - f : f) / fm_##TYPE : (TYPE)0.5;\
if (!softness_file) {\
for (i = 0; i < n; i += stream->pixel_size) {\
a = ((TYPE *)(stream->buf + i))[1];\
diff --git a/src/common.h b/src/common.h
@@ -66,7 +66,7 @@
#endif
#if !defined(PIPE_BUF)
-# define PIPE_BUF BUFSIZ
+# define PIPE_BUF 512
#endif
#ifndef DONT_INCLUDE_FLOAT
@@ -113,7 +113,7 @@
#define SELECT_PROCESS_FUNCTION(stream)\
do {\
- if ((stream)->endian != HOST_ENDIAN)\
+ if ((stream)->endian != HOST)\
eprintf("pixel format %s is not supported, try xyza\n", (stream)->pixfmt);\
SELECT_PROCESS_FUNCTION_FLOAT(stream);\
SELECT_PROCESS_FUNCTION_DOUBLE(stream);\
diff --git a/src/stream.c b/src/stream.c
@@ -98,7 +98,7 @@ set_pixel_format(struct stream *stream, const char *pixfmt)
#define TEST_ENCODING_AGNOSTIC(FMT) (!strcmp(stream->pixfmt, FMT) || !strcmp(stream->pixfmt, FMT" f"))
if (pixfmt) {
- pixfmt = get_pixel_format(pixfmt, "xyza");
+ pixfmt = get_pixel_format(pixfmt, stream->pixfmt[0] ? stream->pixfmt : "xyza");
if (strlen(pixfmt) >= sizeof(stream->pixfmt))
return -1;
strcpy(stream->pixfmt, pixfmt);
@@ -107,7 +107,7 @@ set_pixel_format(struct stream *stream, const char *pixfmt)
stream->n_chan = 4;
stream->alpha = UNPREMULTIPLIED;
stream->encoding = DOUBLE;
- stream->endian = HOST_ENDIAN;
+ stream->endian = HOST;
stream->alpha_chan = 3;
stream->luma_chan = -1;
@@ -119,13 +119,13 @@ set_pixel_format(struct stream *stream, const char *pixfmt)
} else if (!strcmp(stream->pixfmt, "raw0")) {
stream->space = YUV_NONLINEAR;
stream->encoding = UINT16;
- stream->endian = LITTLE_ENDIAN;
+ stream->endian = LITTLE;
stream->alpha_chan = 0;
stream->luma_chan = 1;
} else if (!strcmp(stream->pixfmt, "raw1")) {
stream->space = YUV_NONLINEAR;
stream->encoding = UINT16;
- stream->endian = LITTLE_ENDIAN;
+ stream->endian = LITTLE;
} else if (!strcmp(stream->pixfmt, "raw2a") || !strcmp(stream->pixfmt, "raw2")) {
stream->space = YUV_NONLINEAR;
stream->alpha = stream->pixfmt[4] == 'a' ? UNPREMULTIPLIED : NO_ALPHA;
@@ -133,19 +133,15 @@ set_pixel_format(struct stream *stream, const char *pixfmt)
} else if (TEST_ENCODING_AGNOSTIC("raw3") || TEST_ENCODING_AGNOSTIC("raw3a")) {
stream->space = YUV_NONLINEAR;
stream->alpha = stream->pixfmt[4] == 'a' ? UNPREMULTIPLIED : NO_ALPHA;
- stream->encoding = strlen(stream->pixfmt) > 6 ? FLOAT : DOUBLE;
+ stream->encoding = strlen(stream->pixfmt) > 5 ? FLOAT : DOUBLE;
} else if (TEST_ENCODING_AGNOSTIC("raw4") || TEST_ENCODING_AGNOSTIC("raw4a")) {
- stream->space = CIEXYZ_NONLINEAR;
- stream->alpha = stream->pixfmt[4] == 'a' ? UNPREMULTIPLIED : NO_ALPHA;
- stream->encoding = strlen(stream->pixfmt) > 6 ? FLOAT : DOUBLE;
- } else if (TEST_ENCODING_AGNOSTIC("raw5") || TEST_ENCODING_AGNOSTIC("raw5a")) {
stream->space = SRGB_NONLINEAR;
stream->alpha = stream->pixfmt[4] == 'a' ? UNPREMULTIPLIED : NO_ALPHA;
- stream->encoding = strlen(stream->pixfmt) > 6 ? FLOAT : DOUBLE;
- } else if (TEST_ENCODING_AGNOSTIC("raw6") || TEST_ENCODING_AGNOSTIC("raw6a")) {
+ stream->encoding = strlen(stream->pixfmt) > 5 ? FLOAT : DOUBLE;
+ } else if (TEST_ENCODING_AGNOSTIC("raw5") || TEST_ENCODING_AGNOSTIC("raw5a")) {
stream->space = SRGB;
stream->alpha = stream->pixfmt[4] == 'a' ? UNPREMULTIPLIED : NO_ALPHA;
- stream->encoding = strlen(stream->pixfmt) > 6 ? FLOAT : DOUBLE;
+ stream->encoding = strlen(stream->pixfmt) > 5 ? FLOAT : DOUBLE;
} else {
return -1;
}
@@ -156,25 +152,21 @@ set_pixel_format(struct stream *stream, const char *pixfmt)
}
if (stream->luma_chan == -1) {
- switch (stream->space) {
- case CIEXYZ:
- case CIEXYZ_NONLINEAR:
+ if (stream->space == CIEXYZ)
stream->luma_chan = 1;
- break;
- case YUV_NONLINEAR:
+ else if (stream->space == YUV_NONLINEAR)
stream->luma_chan = 0;
- break;
- default:
- break;
- }
}
switch (stream->encoding) {
+ case FLOAT:
+ stream->chan_size = sizeof(float);
+ break;
case DOUBLE:
stream->chan_size = sizeof(double);
break;
- case FLOAT:
- stream->chan_size = sizeof(float);
+ case LONG_DOUBLE:
+ stream->chan_size = sizeof(long double);
break;
case UINT8:
stream->chan_size = sizeof(uint8_t);
@@ -310,108 +302,68 @@ encheck_compat(int status, const struct stream *a, const struct stream *b)
const char *
get_pixel_format(const char *specified, const char *current)
{
- enum colour_space space;
+ enum colour_space space = CIEXYZ;
enum alpha alpha = UNPREMULTIPLIED;
- enum encoding encoding = DOUBLE;
- enum endian endian = HOST_ENDIAN;
- int alpha_first = 0;
-
- if (!strcmp(current, "xyza"))
- space = CIEXYZ;
- else if (!strcmp(current, "xyza f"))
- space = CIEXYZ;
- else if (!strcmp(current, "raw0"))
- space = YUV_NONLINEAR, encoding = UINT16, endian = LITTLE_ENDIAN, alpha_first = 1;
- else if (!strcmp(current, "raw1"))
- space = YUV_NONLINEAR, encoding = UINT16, endian = LITTLE_ENDIAN;
- else if (!strcmp(current, "raw2"))
- space = YUV_NONLINEAR, encoding = UINT16, alpha = NO_ALPHA;
- else if (!strcmp(current, "raw2a"))
- space = YUV_NONLINEAR, encoding = UINT16;
- else if (!strcmp(current, "raw3"))
- space = YUV_NONLINEAR, alpha = NO_ALPHA;
- else if (!strcmp(current, "raw3a"))
- space = YUV_NONLINEAR;
- else if (!strcmp(current, "raw4"))
- space = CIEXYZ_NONLINEAR, alpha = NO_ALPHA;
- else if (!strcmp(current, "raw4a"))
- space = CIEXYZ_NONLINEAR;
- else if (!strcmp(current, "raw5"))
- space = SRGB_NONLINEAR, alpha = NO_ALPHA;
- else if (!strcmp(current, "raw5a"))
- space = SRGB_NONLINEAR;
- else if (!strcmp(current, "raw6"))
- space = SRGB, alpha = NO_ALPHA;
- else if (!strcmp(current, "raw6a"))
- space = SRGB;
+ enum encoding encoding = UINT16;
+ int level = -1;
+ size_t n = strlen(specified);
+
+ if ((n >= 2 && !strcmp(specified - 2, " f")) ||
+ !strcmp(specified, "raw0") || !strcmp(specified, "raw1") ||
+ !strcmp(specified, "raw2") || !strcmp(specified, "raw2a"))
+ return specified;
+
+ if (!strcmp(current, "xyza")) space = CIEXYZ, encoding = DOUBLE;
+ else if (!strcmp(current, "xyza f")) space = CIEXYZ, encoding = FLOAT;
+ else if (!strcmp(current, "raw0")) level = 0;
+ else if (!strcmp(current, "raw1")) level = 1;
+ else if (!strcmp(current, "raw2")) level = 2, alpha = NO_ALPHA;
+ else if (!strcmp(current, "raw2a")) level = 2;
+ else if (!strcmp(current, "raw3")) level = 3, encoding = DOUBLE, alpha = NO_ALPHA;
+ else if (!strcmp(current, "raw3a")) level = 3, encoding = DOUBLE;
+ else if (!strcmp(current, "raw3 f")) level = 3, encoding = FLOAT, alpha = NO_ALPHA;
+ else if (!strcmp(current, "raw3a f")) level = 3, encoding = FLOAT;
+ else if (!strcmp(current, "raw4")) level = 4, encoding = DOUBLE, alpha = NO_ALPHA;
+ else if (!strcmp(current, "raw4a")) level = 4, encoding = DOUBLE;
+ else if (!strcmp(current, "raw4 f")) level = 4, encoding = FLOAT, alpha = NO_ALPHA;
+ else if (!strcmp(current, "raw4a f")) level = 4, encoding = FLOAT;
+ else if (!strcmp(current, "raw5")) level = 5, encoding = DOUBLE, alpha = NO_ALPHA;
+ else if (!strcmp(current, "raw5a")) level = 5, encoding = DOUBLE;
+ else if (!strcmp(current, "raw5 f")) level = 5, encoding = FLOAT, alpha = NO_ALPHA;
+ else if (!strcmp(current, "raw5a f")) level = 5, encoding = FLOAT;
else
return specified;
- if (!strcmp(specified, "xyza"))
- space = CIEXYZ, alpha = UNPREMULTIPLIED;
- else if (!strcmp(specified, "xyza !f"))
- return "xyza";
- else if (!strcmp(specified, "f"))
- encoding = FLOAT;
- else if (!strcmp(specified, "!f"))
- encoding = DOUBLE;
- else if (!strcmp(specified, "raw3 !f"))
- return "raw3";
- else if (!strcmp(specified, "raw3a !f"))
- return "raw3a";
- else if (!strcmp(specified, "raw4 !f"))
- return "raw4";
- else if (!strcmp(specified, "raw4a !f"))
- return "raw4a";
- else if (!strcmp(specified, "raw5 !f"))
- return "raw5";
- else if (!strcmp(specified, "raw5a !f"))
- return "raw5a";
- else if (!strcmp(specified, "raw6 !f"))
- return "raw6";
- else if (!strcmp(specified, "raw6a !f"))
- return "raw6a";
- else if (!strcmp(specified, "raw3"))
- space = YUV_NONLINEAR, alpha = NO_ALPHA;
- else if (!strcmp(specified, "raw4"))
- space = CIEXYZ_NONLINEAR, alpha = NO_ALPHA;
- else if (!strcmp(specified, "raw5"))
- space = SRGB_NONLINEAR, alpha = NO_ALPHA;
- else if (!strcmp(specified, "raw6"))
- space = SRGB, alpha = NO_ALPHA;
- else if (!strcmp(specified, "raw3a"))
- space = YUV_NONLINEAR, alpha = UNPREMULTIPLIED;
- else if (!strcmp(specified, "raw4a"))
- space = CIEXYZ_NONLINEAR, alpha = UNPREMULTIPLIED;
- else if (!strcmp(specified, "raw5a"))
- space = SRGB_NONLINEAR, alpha = UNPREMULTIPLIED;
- else if (!strcmp(specified, "raw6a"))
- space = SRGB, alpha = UNPREMULTIPLIED;
+ if (!strcmp(specified, "f")) encoding = FLOAT;
+ else if (!strcmp(specified, "!f")) encoding = DOUBLE;
+ else if (!strcmp(specified, "xyza")) level = -1, alpha = UNPREMULTIPLIED, space = CIEXYZ;
+ else if (!strcmp(specified, "raw3")) level = 3, alpha = NO_ALPHA;
+ else if (!strcmp(specified, "raw3a")) level = 3, alpha = UNPREMULTIPLIED;
+ else if (!strcmp(specified, "raw4")) level = 4, alpha = NO_ALPHA;
+ else if (!strcmp(specified, "raw4a")) level = 4, alpha = UNPREMULTIPLIED;
+ else if (!strcmp(specified, "raw5")) level = 5, alpha = NO_ALPHA;
+ else if (!strcmp(specified, "raw5a")) level = 5, alpha = UNPREMULTIPLIED;
+ else if (!strcmp(specified, "xyza !f")) return "xyza";
+ else if (!strcmp(specified, "raw3 !f")) return "raw3";
+ else if (!strcmp(specified, "raw3a !f")) return "raw3a";
+ else if (!strcmp(specified, "raw4 !f")) return "raw4";
+ else if (!strcmp(specified, "raw4a !f")) return "raw4a";
+ else if (!strcmp(specified, "raw5 !f")) return "raw5";
+ else if (!strcmp(specified, "raw5a !f")) return "raw5a";
else
return specified;
- if (space == CIEXYZ && alpha == UNPREMULTIPLIED)
- return encoding == FLOAT ? "xyza f" : "xyza";
- else if (space == YUV_NONLINEAR && alpha == UNPREMULTIPLIED && encoding == UINT16 && endian == LITTLE_ENDIAN)
- return alpha_first ? "raw0" : "raw1";
- else if (space == YUV_NONLINEAR && encoding == UINT16)
- return alpha ? "raw2" : "raw2a";
- else if (space == YUV_NONLINEAR && encoding == DOUBLE)
- return alpha ? "raw3" : "raw3a";
- else if (space == YUV_NONLINEAR && encoding == FLOAT)
- return alpha ? "raw3 f" : "raw3a f";
- else if (space == CIEXYZ_NONLINEAR && encoding == DOUBLE)
- return alpha ? "raw4" : "raw4a";
- else if (space == CIEXYZ_NONLINEAR && encoding == FLOAT)
- return alpha ? "raw4 f" : "raw4a f";
- else if (space == SRGB_NONLINEAR && encoding == DOUBLE)
- return alpha ? "raw5" : "raw5a";
- else if (space == SRGB_NONLINEAR && encoding == FLOAT)
- return alpha ? "raw5 f" : "raw5a f";
- else if (space == SRGB && encoding == DOUBLE)
- return alpha ? "raw6" : "raw6a";
- else if (space == SRGB && encoding == FLOAT)
- return alpha ? "raw6 f" : "raw6a f";
+ if (level == 0 && encoding == UINT16) return "raw0";
+ else if (level == 1 && encoding == UINT16) return "raw1";
+ else if (level == 2 && encoding == UINT16) return alpha ? "raw2a" : "raw2";
+ else if (level == 3 && encoding == DOUBLE) return alpha ? "raw3a" : "raw3";
+ else if (level == 3 && encoding == FLOAT) return alpha ? "raw3a f" : "raw3 f";
+ else if (level == 4 && encoding == DOUBLE) return alpha ? "raw4a" : "raw4";
+ else if (level == 4 && encoding == FLOAT) return alpha ? "raw4a f" : "raw4 f";
+ else if (level == 5 && encoding == DOUBLE) return alpha ? "raw5a" : "raw5";
+ else if (level == 5 && encoding == FLOAT) return alpha ? "raw5a f" : "raw5 f";
+ else if (level < 0 && space == CIEXYZ && alpha == UNPREMULTIPLIED)
+ return encoding == FLOAT ? "xyza f" : encoding == DOUBLE ? "xyza" : specified;
else
return specified;
}
diff --git a/src/stream.h b/src/stream.h
@@ -65,7 +65,6 @@ enum dimension {
enum colour_space {
CIEXYZ,
- CIEXYZ_NONLINEAR,
YUV_NONLINEAR,
SRGB_NONLINEAR,
SRGB
@@ -88,9 +87,9 @@ enum encoding {
};
enum endian {
- HOST_ENDIAN,
- LITTLE_ENDIAN,
- BIG_ENDIAN /* not used */
+ HOST,
+ LITTLE,
+ BIG /* not used */
};
struct stream {
diff --git a/src/util/colour.h b/src/util/colour.h
@@ -57,68 +57,68 @@ SRGB_DECODE(float, _f, f)
MATRIX_MULTIPLY_FUNCTION(FUNCTION_BASE##_f, float, __VA_ARGS__)
MATRIX_MULTIPLY_FUNCTIONS(yuv_to_srgb,
- 1,
- 0.00028328010485821202317155420580263580632163211703,
- 1.14070449590558520291949662350816652178764343261719,
- 1,
- -0.39630886669497211727275498560629785060882568359375,
- -0.58107364288228224857846271333983168005943298339844,
- 1,
- 2.03990003507541306504435851820744574069976806640625,
- 0.00017179031692307700847528739718228507626918144524)
+ 1,
+ 0.00028328010485821202317155420580263580632163211703,
+ 1.14070449590558520291949662350816652178764343261719,
+ 1,
+ -0.39630886669497211727275498560629785060882568359375,
+ -0.58107364288228224857846271333983168005943298339844,
+ 1,
+ 2.03990003507541306504435851820744574069976806640625,
+ 0.00017179031692307700847528739718228507626918144524)
MATRIX_MULTIPLY_FUNCTIONS(srgb_to_yuv,
- 0.299, 0.587, 0.114,
- -0.14662756598240470062854967636667424812912940979004,
- -0.28771586836102963635752871596196200698614120483398,
- 0.43434343434343436474165400795754976570606231689453,
- 0.61456892577224520035628074765554629266262054443359,
- -0.51452282157676354490405401520547457039356231689453,
- -0.10004610419548178035231700278018251992762088775635)
+ 0.299, 0.587, 0.114,
+ -0.14662756598240470062854967636667424812912940979004,
+ -0.28771586836102963635752871596196200698614120483398,
+ 0.43434343434343436474165400795754976570606231689453,
+ 0.61456892577224520035628074765554629266262054443359,
+ -0.51452282157676354490405401520547457039356231689453,
+ -0.10004610419548178035231700278018251992762088775635)
MATRIX_MULTIPLY_FUNCTIONS(ciexyz_to_srgb,
- 3.240446254647737500675930277794,
- -1.537134761820080575134284117667,
- -0.498530193022728718155178739835,
- -0.969266606244679751469561779231,
- 1.876011959788370209167851498933,
- 0.041556042214430065351304932619,
- 0.055643503564352832235773149705,
- -0.204026179735960239147729566866,
- 1.057226567722703292062647051353)
+ 3.240446254647737500675930277794,
+ -1.537134761820080575134284117667,
+ -0.498530193022728718155178739835,
+ -0.969266606244679751469561779231,
+ 1.876011959788370209167851498933,
+ 0.041556042214430065351304932619,
+ 0.055643503564352832235773149705,
+ -0.204026179735960239147729566866,
+ 1.057226567722703292062647051353)
MATRIX_MULTIPLY_FUNCTIONS(srgb_to_ciexyz,
- 0.412457445582367576708548995157,
- 0.357575865245515878143578447634,
- 0.180437247826399665973085006954,
- 0.212673370378408277403536885686,
- 0.715151730491031756287156895269,
- 0.072174899130559869164791564344,
- 0.019333942761673460208893260415,
- 0.119191955081838593666354597644,
- 0.950302838552371742508739771438)
+ 0.412457445582367576708548995157,
+ 0.357575865245515878143578447634,
+ 0.180437247826399665973085006954,
+ 0.212673370378408277403536885686,
+ 0.715151730491031756287156895269,
+ 0.072174899130559869164791564344,
+ 0.019333942761673460208893260415,
+ 0.119191955081838593666354597644,
+ 0.950302838552371742508739771438)
MATRIX_MULTIPLY_FUNCTIONS(scaled_yuv_to_ciexyz,
- 0.00001450325106667098632156481796684488472237717360,
- 0.00000345586790639342739093228633329157872822179343,
- 0.00000400923398630552893485111398685916128670214675,
- 0.00001525902189669641837040624243737596543724066578,
- -0.00000207722814409390653614547427030512238843584782,
- -0.00000263898607692305410302407824019166326934282552,
- 0.00001661446153041708825425643025752719950105529279,
- 0.00002885925752619118069149627137104374696718878113,
- -0.00000071781086875769179526501342566979779746816348)
+ 0.00001450325106667098632156481796684488472237717360,
+ 0.00000345586790639342739093228633329157872822179343,
+ 0.00000400923398630552893485111398685916128670214675,
+ 0.00001525902189669641837040624243737596543724066578,
+ -0.00000207722814409390653614547427030512238843584782,
+ -0.00000263898607692305410302407824019166326934282552,
+ 0.00001661446153041708825425643025752719950105529279,
+ 0.00002885925752619118069149627137104374696718878113,
+ -0.00000071781086875769179526501342566979779746816348)
MATRIX_MULTIPLY_FUNCTIONS(ciexyz_to_scaled_yuv,
- 26625.38231027395886485464870929718017578125,
- 40524.0090949436053051613271236419677734375,
- -271.5313105642117079696618020534515380859375,
- -11278.3751445417292416095733642578125,
- -26409.91773157499847002327442169189453125,
- 34100.5706543184860493056476116180419921875,
- 162829.60100012840121053159236907958984375,
- -123829.313212639070115983486175537109375,
- -28411.65702312920984695665538311004638671875)
+ 26625.38231027395886485464870929718017578125,
+ 40524.0090949436053051613271236419677734375,
+ -271.5313105642117079696618020534515380859375,
+ -11278.3751445417292416095733642578125,
+ -26409.91773157499847002327442169189453125,
+ 34100.5706543184860493056476116180419921875,
+ 162829.60100012840121053159236907958984375,
+ -123829.313212639070115983486175537109375,
+ -28411.65702312920984695665538311004638671875)
#undef MATRIX_MULTIPLY_FUNCTIONS
#undef MATRIX_MULTIPLY_FUNCTION
diff --git a/src/video-math.h b/src/video-math.h
@@ -139,19 +139,19 @@ degcos_f(float u)
#define htole(A) (_Generic((A),\
uint8_t: (A),\
int8_t: (uint8_t)(A),\
- uint16_t: htole16(A),\
+ uint16_t: htole16((uint16_t)(A)),\
int16_t: (uint16_t)htole16((uint16_t)(A)),\
- uint32_t: htole32(A),\
+ uint32_t: htole32((uint32_t)(A)),\
int32_t: (uint32_t)htole32((uint32_t)(A)),\
- uint64_t: htole64(A),\
+ uint64_t: htole64((uint64_t)(A)),\
int64_t: (uint64_t)htole64((uint64_t)(A))))
#define letoh(A) (_Generic((A),\
uint8_t: (A),\
int8_t: (uint8_t)(A),\
- uint16_t: le16toh(A),\
+ uint16_t: le16toh((uint16_t)(A)),\
int16_t: (uint16_t)le16toh((uint16_t)(A)),\
- uint32_t: le32toh(A),\
+ uint32_t: le32toh((uint32_t)(A)),\
int32_t: (uint32_t)le32toh((uint32_t)(A)),\
- uint64_t: le64toh(A),\
+ uint64_t: le64toh((uint64_t)(A)),\
int64_t: (uint64_t)le64toh((uint64_t)(A))))
