static BOOL derived = TRUE;
/* Forwards */
-int xml_write_overall_header(FILE *xmlout, mj2_movie_t * movie);
+int xml_write_overall_header(FILE *file, FILE *xmlout, mj2_movie_t * movie, unsigned int sampleframe);
+int xml_write_moov(FILE *file, FILE *xmlout, mj2_movie_t * movie, unsigned int sampleframe);
void uint_to_chars(unsigned int value, char* buf);
void xml_out_frame_plt(FILE* xmlout, j2k_tcp_t *tcp); /* NO-OP. PLM NOT SAVED IN DATA STRUCTURE. opt in main; can be used in conjunction with PLT */
void xml_out_frame_crg(FILE* xmlout); /* j2k_default_tcp is passed globally */ /* opt in main; */
void xml_out_frame_com(FILE* xmlout, j2k_tcp_t *tcp); /* NO-OP. COM NOT SAVED IN DATA STRUCTURE */ /* opt in main; */
-void xml_out_dump_hex(FILE* xmlout, char *data, int data_len);
-void xml_out_dump_hex_and_ascii(FILE* xmlout, char *data, int data_len);
+void xml_out_dump_hex(FILE* xmlout, char *data, int data_len, char* s);
+void xml_out_dump_hex_and_ascii(FILE* xmlout, char *data, int data_len, char* s);
void xml_out_frame_jp2h(FILE* xmlout, jp2_struct_t *jp2_struct);
#ifdef NOTYET
/* Shown with cp, extended, as data structure... but it could be a new different one */
}
int xml_write_struct(FILE* file, FILE *xmlout, mj2_movie_t * movie, unsigned int sampleframe, char* stringDTD) {
- unsigned int tnum;
- mj2_tk_t *track;
if(stringDTD != NULL)
{
fprintf(xmlout,"<?xml version=\"1.0\" standalone=\"yes\"?>\n");
fprintf(xmlout, "<MJ2_File>\n");
- xml_write_overall_header(xmlout, movie);
- // Find first video track
- tnum = 0;
- while (movie->tk[tnum].track_type != 0)
- tnum ++;
-
- track = &(movie->tk[tnum]);
-
- // For now, output info on first video track
- xml_write_trak(file, xmlout, track, tnum, sampleframe);
-
+ xml_write_overall_header(file, xmlout, movie, sampleframe);
fprintf(xmlout, "</MJ2_File>");
return 0;
}
/* ------------- */
-int xml_write_overall_header(FILE *xmlout, mj2_movie_t * movie)
+int xml_write_overall_header(FILE *file, FILE *xmlout, mj2_movie_t * movie, unsigned int sampleframe)
{
int i;
char buf[5];
buf[4] = '\0';
+
fprintf(xmlout, " <JP2 BoxType=\"jP[space][space]\" Signature=\"0x0d0a870a\" />\n");
// Called after structure initialized by mj2_read_ftyp
fprintf(xmlout, " <FileType BoxType=\"ftyp\">\n");
}
fprintf(xmlout, " </CompatibilityList>\n");
fprintf(xmlout, " </FileType>\n");
+ xml_write_moov(file, xmlout, movie, sampleframe);
+ // To come? <mdat> // This is the container for media data that can also be accessed through track structures,
+ // so is redundant, and simply not of interest as metadata
+ // <moof> // Allows incremental build up of movie. Probably not in Simple Profile
+ xml_write_free_and_skip(xmlout, movie); /* NO OP so far */ /* May be a place where user squirrels metadata */
+ xml_write_uuid(xmlout, movie); /* NO OP so far */ /* May be a place where user squirrels metadata */
+ return 0;
+}
+
+/* ------------- */
+
+int xml_write_moov(FILE *file, FILE *xmlout, mj2_movie_t * movie, unsigned int sampleframe)
+{
+ unsigned int tnum;
+ mj2_tk_t *track;
+
fprintf(xmlout, " <MovieBox BoxType=\"moov\">\n");
fprintf(xmlout, " <MovieHeader BoxType=\"mvhd\">\n");
fprintf(xmlout, " <CreationTime>\n");
fprintf(xmlout, " <TMw>0x%08x</TMw>\n", movie->trans_matrix[8]);
fprintf(xmlout, " </TransformationMatrix>\n");
fprintf(xmlout, " </MovieHeader>\n");
- // Done elsewhere: one or more <Track "trak">
- // to come: <MovieExtends mvek> // possibly not in Simple Profile
- xml_write_moov_udta(xmlout, movie); /* NO OP so far */ /* <UserDataBox udta> contains <CopyrightBox cprt> */
-
- fprintf(xmlout, " </MovieBox>\n");
- // To come? <mdat> // This is the container for media data that can also be accessed through track structures,
- // so is redundant, and simply not of interest as metadata
- // <moof> // Allows incremental build up of movie. Probably not in Simple Profile
- xml_write_free_and_skip(xmlout, movie); /* NO OP so far */ /* May be a place where user squirrels metadata */
- xml_write_uuid(xmlout, movie); /* NO OP so far */ /* May be a place where user squirrels metadata */
-
- fprintf(xmlout, " <Statistics>\n");
- fprintf(xmlout, " <TracksFound>\n");
- fprintf(xmlout, " <Video>%d</Video>\n", movie->num_vtk);
- fprintf(xmlout, " <Audio>%d</Audio>\n", movie->num_stk);
- fprintf(xmlout, " <Hint>%d</Hint>\n", movie->num_htk);
+
+ fprintf(xmlout, " <Statistics>\n");
+ fprintf(xmlout, " <TracksFound>\n");
+ fprintf(xmlout, " <Video>%d</Video>\n", movie->num_vtk);
+ fprintf(xmlout, " <Audio>%d</Audio>\n", movie->num_stk);
+ fprintf(xmlout, " <Hint>%d</Hint>\n", movie->num_htk);
if(notes)
- fprintf(xmlout, " <!-- Hint tracks for streaming video are not part of MJ2, but are a defined extension. -->\n");
+ fprintf(xmlout, " <!-- Hint tracks for streaming video are not part of MJ2, but are a defined extension. -->\n");
/* See Part 3 Amend 2 Section 4.2 for relation of MJ2 to Part 12 Sections 7 and 10 hints */
- fprintf(xmlout, " </TracksFound>\n");
- fprintf(xmlout, " </Statistics>\n");
+ fprintf(xmlout, " </TracksFound>\n");
+ fprintf(xmlout, " </Statistics>\n");
/* Idea for the future: It would be possible to add code to verify that the file values:
1) are legal and self-consistent
2) comply with particular JP2 and/or MJ2 profiles.
This could be reported here as additional XML elements */
+
+ // Find first video track
+ tnum = 0;
+ while (movie->tk[tnum].track_type != 0)
+ tnum ++;
+
+ track = &(movie->tk[tnum]);
+ // For now, output info on first video track
+ xml_write_trak(file, xmlout, track, tnum, sampleframe);
+
+ // to come: <MovieExtends mvek> // possibly not in Simple Profile
+ xml_write_moov_udta(xmlout, movie); /* NO OP so far */ /* <UserDataBox udta> contains <CopyrightBox cprt> */
+ fprintf(xmlout, " </MovieBox>\n");
return 0;
}
-/* ------------- */
+/* --------------- */
void uint_to_chars(unsigned int value, char* buf)
{
void xml_write_trak(FILE* file, FILE* xmlout, mj2_tk_t *track, unsigned int tnum, unsigned int sampleframe)
{
- fprintf(xmlout, " <Track BoxType=\"trak\" Instance=\"%d\">\n", tnum);
+ fprintf(xmlout, " <Track BoxType=\"trak\" Instance=\"%d\">\n", tnum);
xml_write_tkhd(file, xmlout, track, tnum);
// TO DO: TrackReferenceContainer 'tref' just used in hint track
// TO DO: EditListContainer 'edts', contains EditList 'elst' with media-time, segment-duration, media-rate
return; /* Not great error handling here */
}
}
- fprintf(xmlout, " </Track>\n");
+ fprintf(xmlout, " </Track>\n");
}
/* ------------- */
void xml_write_tkhd(FILE* file, FILE* xmlout, mj2_tk_t *track, unsigned int tnum)
{
- fprintf(xmlout, " <TrackHeader BoxType=\"tkhd\">\n");
+ fprintf(xmlout, " <TrackHeader BoxType=\"tkhd\">\n");
if(notes) {
- fprintf(xmlout, " <!-- Not shown here: CreationTime, ModificationTime, Duration. -->\n");
- fprintf(xmlout, " <!-- These 3 fields are reported under MediaHeader below. When reading these 3, -->\n");
- fprintf(xmlout, " <!-- m2j_to_metadata currently doesn't distinguish between TrackHeader and MediaHeader source. -->\n");
- fprintf(xmlout, " <!-- If both found, value read from MediaHeader is used. -->\n");
+ fprintf(xmlout, " <!-- Not shown here: CreationTime, ModificationTime, Duration. -->\n");
+ fprintf(xmlout, " <!-- These 3 fields are reported under MediaHeader below. When reading these 3, -->\n");
+ fprintf(xmlout, " <!-- m2j_to_metadata currently doesn't distinguish between TrackHeader and MediaHeader source. -->\n");
+ fprintf(xmlout, " <!-- If both found, value read from MediaHeader is used. -->\n");
}
- fprintf(xmlout, " <TrackID>%u</TrackID>\n", track->track_ID);
+ fprintf(xmlout, " <TrackID>%u</TrackID>\n", track->track_ID);
if(track->track_type==0) /* For visual track */
{
- fprintf(xmlout, " <TrackLayer>%d</TrackLayer>\n", track->layer);
+ fprintf(xmlout, " <TrackLayer>%d</TrackLayer>\n", track->layer);
if(notes)
- fprintf(xmlout," <!-- front-to-back ordering of video tracks. 0 = normal, -1 is closer, etc. -->\n");
+ fprintf(xmlout," <!-- front-to-back ordering of video tracks. 0 = normal, -1 is closer, etc. -->\n");
}
if(track->track_type!=0) /* volume irrelevant for visual track */
{
#ifdef CURRENTSTRUCT
track->volume = track->volume << 8;
#endif
- fprintf(xmlout, " <Volume>\n");
+ fprintf(xmlout, " <Volume>\n");
if(notes) {
- fprintf(xmlout," <!-- Track audio volume stored as fixed-point binary 8.8 value. Decimal value is approximation. -->\n");
- fprintf(xmlout," <!-- Full, normal (default) value is 0x0100 (1.0) -->\n");
+ fprintf(xmlout," <!-- Track audio volume stored as fixed-point binary 8.8 value. Decimal value is approximation. -->\n");
+ fprintf(xmlout," <!-- Full, normal (default) value is 0x0100 (1.0) -->\n");
}
if(raw)
- fprintf(xmlout," <AsHex>0x%04x</AsHex>\n", track->volume);
+ fprintf(xmlout,"
<AsHex>0x%04x</AsHex>\n", track->volume);
if(derived)
- fprintf(xmlout," <AsDecimal>%6.3f</AsDecimal>\n", (double)track->volume/(double)0x0100);
- fprintf(xmlout, " </Volume>\n");
+ fprintf(xmlout,"
<AsDecimal>%6.3f</AsDecimal>\n", (double)track->volume/(double)0x0100);
+ fprintf(xmlout, " </Volume>\n");
#ifdef CURRENTSTRUCT
if(notes)
- fprintf(xmlout, " <!-- Current m2j_to_metadata implementation always shows bits to right of decimal as zeroed. -->\n");
+ fprintf(xmlout, " <!-- Current m2j_to_metadata implementation always shows bits to right of decimal as zeroed. -->\n");
track->volume = track->volume >> 8;
#endif
}
if(track->track_type==0)
{
/* Transformation matrix for video */
- fprintf(xmlout, " <TransformationMatrix>\n");
+ fprintf(xmlout, " <TransformationMatrix>\n");
if(notes) {
- fprintf(xmlout," <!-- Comments about matrix in MovieHeader apply here as well. -->\n");
- fprintf(xmlout," <!-- This matrix is applied before MovieHeader one. -->\n");
+ fprintf(xmlout," <!-- Comments about matrix in MovieHeader apply here as well. -->\n");
+ fprintf(xmlout," <!-- This matrix is applied before MovieHeader one. -->\n");
}
- fprintf(xmlout, " <TMa>0x%08x</TMa>\n", track->trans_matrix[0]);
- fprintf(xmlout, " <TMb>0x%08x</TMb>\n", track->trans_matrix[1]);
- fprintf(xmlout, " <TMu>0x%08x</TMu>\n", track->trans_matrix[2]);
- fprintf(xmlout, " <TMc>0x%08x</TMc>\n", track->trans_matrix[3]);
- fprintf(xmlout, " <TMd>0x%08x</TMd>\n", track->trans_matrix[4]);
- fprintf(xmlout, " <TMv>0x%08x</TMv>\n", track->trans_matrix[5]);
- fprintf(xmlout, " <TMx>0x%08x</TMx>\n", track->trans_matrix[6]);
- fprintf(xmlout, " <TMy>0x%08x</TMy>\n", track->trans_matrix[7]);
- fprintf(xmlout, " <TMw>0x%08x</TMw>\n", track->trans_matrix[8]);
- fprintf(xmlout, " </TransformationMatrix>\n");
+ fprintf(xmlout, " <TMa>0x%08x</TMa>\n", track->trans_matrix[0]);
+ fprintf(xmlout, " <TMb>0x%08x</TMb>\n", track->trans_matrix[1]);
+ fprintf(xmlout, " <TMu>0x%08x</TMu>\n", track->trans_matrix[2]);
+ fprintf(xmlout, " <TMc>0x%08x</TMc>\n", track->trans_matrix[3]);
+ fprintf(xmlout, " <TMd>0x%08x</TMd>\n", track->trans_matrix[4]);
+ fprintf(xmlout, " <TMv>0x%08x</TMv>\n", track->trans_matrix[5]);
+ fprintf(xmlout, " <TMx>0x%08x</TMx>\n", track->trans_matrix[6]);
+ fprintf(xmlout, " <TMy>0x%08x</TMy>\n", track->trans_matrix[7]);
+ fprintf(xmlout, " <TMw>0x%08x</TMw>\n", track->trans_matrix[8]);
+ fprintf(xmlout, " </TransformationMatrix>\n");
}
#ifdef CURRENTSTRUCT
track->w = track->w << 16;
track->h = track->h << 16;
#endif
if(notes) {
- fprintf(xmlout, " <!-- Width and Height in pixels are for the presentation; frames will be scaled to this. -->\n");
- fprintf(xmlout, " <!-- Both stored as fixed-point binary 16.16 values. Decimal values are approximations. -->\n");
+ fprintf(xmlout, " <!-- Width and Height in pixels are for the presentation; frames will be scaled to this. -->\n");
+ fprintf(xmlout, " <!-- Both stored as fixed-point binary 16.16 values. Decimal values are approximations. -->\n");
}
- fprintf(xmlout, " <Width>\n");
+ fprintf(xmlout, " <Width>\n");
if(raw)
- fprintf(xmlout, " <AsHex>0x%08x</AsHex>\n", track->w);
+ fprintf(xmlout, "
<AsHex>0x%08x</AsHex>\n", track->w);
if(derived)
- fprintf(xmlout, " <AsDecimal>%12.6f</AsDecimal>\n", (double)track->w/(double)0x00010000); /* Rate to play presentation (default = 0x00010000) */
- fprintf(xmlout, " </Width>\n");
- fprintf(xmlout, " <Height>\n");
+ fprintf(xmlout, "
<AsDecimal>%12.6f</AsDecimal>\n", (double)track->w/(double)0x00010000); /* Rate to play presentation (default = 0x00010000) */
+ fprintf(xmlout, " </Width>\n");
+ fprintf(xmlout, " <Height>\n");
if(raw)
- fprintf(xmlout, " <AsHex>0x%08x</AsHex>\n", track->h);
+ fprintf(xmlout, "
<AsHex>0x%08x</AsHex>\n", track->h);
if(derived)
- fprintf(xmlout, " <AsDecimal>%12.6f</AsDecimal>\n", (double)track->h/(double)0x00010000); /* Rate to play presentation (default = 0x00010000) */
- fprintf(xmlout, " </Height>\n");
+ fprintf(xmlout, "
<AsDecimal>%12.6f</AsDecimal>\n", (double)track->h/(double)0x00010000); /* Rate to play presentation (default = 0x00010000) */
+ fprintf(xmlout, " </Height>\n");
#ifdef CURRENTSTRUCT
if(notes) {
- fprintf(xmlout, " <!-- Current m2j_to_metadata implementation always shows bits to right of decimal as zeroed. -->\n");
- fprintf(xmlout, " <!-- Also, width and height values shown here will actually be those read from track's <VisualSampleEntry> if given. -->\n");
+ fprintf(xmlout, " <!-- Current m2j_to_metadata implementation always shows bits to right of decimal as zeroed. -->\n");
+ fprintf(xmlout, " <!-- Also, width and height values shown here will actually be those read from track's <VisualSampleEntry> if given. -->\n");
}
track->w = track->w >> 16;
track->h = track->h >> 16;
#endif
- fprintf(xmlout, " </TrackHeader>\n");
+ fprintf(xmlout, " </TrackHeader>\n");
}
/* ------------- */
if(track->udta != 1)
return; /* Not present */
- fprintf(xmlout, " <UserData BoxType=\"udta\">\n");
+ fprintf(xmlout, " <UserData BoxType=\"udta\">\n");
for(i = 0; i < track->copyright_count; i++) {
- fprintf(xmlout, " <Copyright BoxType=\"cprt\"> Instance=\"%d\">\n", i+1);
+ fprintf(xmlout, " <Copyright BoxType=\"cprt\"> Instance=\"%d\">\n", i+1);
int16_to_3packedchars((short int)track->copyright_languages[i], buf);
- fprintf(xmlout, " <Language>%s</Language>\n", buf); /* 3 chars */
- fprintf(xmlout, " <Notice>%s</Notice>\n",track->copyright_notices[i]);
- fprintf(xmlout, " </Copyright>\n", i+1);
+ fprintf(xmlout, " <Language>%s</Language>\n", buf); /* 3 chars */
+ fprintf(xmlout, " <Notice>%s</Notice>\n",track->copyright_notices[i]);
+ fprintf(xmlout, " </Copyright>\n", i+1);
}
/* TO DO: Non-standard boxes */
- fprintf(xmlout, " </UserData>\n");
+ fprintf(xmlout, " </UserData>\n");
#endif
}
int i, k;
buf[4] = '\0';
- fprintf(xmlout, " <Media BoxType=\"mdia\">\n");
- fprintf(xmlout, " <MediaHeader BoxType=\"mdhd\">\n");
- fprintf(xmlout, " <CreationTime>\n");
+ fprintf(xmlout, " <Media BoxType=\"mdia\">\n");
+ fprintf(xmlout, " <MediaHeader BoxType=\"mdhd\">\n");
+ fprintf(xmlout, " <CreationTime>\n");
if(raw)
- fprintf(xmlout, " <InSeconds>%u</InSeconds>\n", track->creation_time);
+ fprintf(xmlout, " <InSeconds>%u</InSeconds>\n", track->creation_time);
if(notes)
- fprintf(xmlout, " <!-- Seconds since start of Jan. 1, 1904 UTC (Greenwich) -->\n");
+ fprintf(xmlout, " <!-- Seconds since start of Jan. 1, 1904 UTC (Greenwich) -->\n");
/* 2082844800 = seconds between 1/1/04 and 1/1/70 */
/* There's still a time zone offset problem not solved... but spec is ambigous as to whether stored time
should be local or UTC */
if(derived) {
- fprintf(xmlout, " <AsLocalTime>");
+ fprintf(xmlout, "
<AsLocalTime>");
xml_time_out(xmlout, track->creation_time - 2082844800);
fprintf(xmlout,"</AsLocalTime>\n");
}
- fprintf(xmlout, " </CreationTime>\n");
- fprintf(xmlout, " <ModificationTime>\n");
+ fprintf(xmlout, " </CreationTime>\n");
+ fprintf(xmlout, " <ModificationTime>\n");
if(raw)
- fprintf(xmlout, " <InSeconds>%u</InSeconds>\n", track->modification_time);
+ fprintf(xmlout, " <InSeconds>%u</InSeconds>\n", track->modification_time);
if(derived) {
- fprintf(xmlout, " <AsLocalTime>");
+ fprintf(xmlout, "
<AsLocalTime>");
xml_time_out(xmlout, track->modification_time - 2082844800);
fprintf(xmlout,"</AsLocalTime>\n");
}
- fprintf(xmlout, " </ModificationTime>\n");
- fprintf(xmlout, " <Timescale>%d</Timescale>\n", track->timescale);
+ fprintf(xmlout, " </ModificationTime>\n");
+ fprintf(xmlout, " <Timescale>%d</Timescale>\n", track->timescale);
if(notes)
- fprintf(xmlout, " <!-- Timescale defines time units in one second -->\n");
- fprintf(xmlout, " <Duration>\n");
+ fprintf(xmlout, " <!-- Timescale defines time units in one second -->\n");
+ fprintf(xmlout, " <Duration>\n");
if(raw)
- fprintf(xmlout, " <InTimeUnits>%u</InTimeUnits>\n", track->duration);
+ fprintf(xmlout, " <InTimeUnits>%u</InTimeUnits>\n", track->duration);
if(derived)
- fprintf(xmlout, " <InSeconds>%12.3f</InSeconds>\n", (double)track->duration/(double)track->timescale); // Make this double later to get fractional seconds
- fprintf(xmlout, " </Duration>\n");
+ fprintf(xmlout, " <InSeconds>%12.3f</InSeconds>\n", (double)track->duration/(double)track->timescale); // Make this double later to get fractional seconds
+ fprintf(xmlout, " </Duration>\n");
int16_to_3packedchars((short int)track->language, buf);
- fprintf(xmlout, " <Language>%s</Language>\n", buf); /* 3 chars */
- fprintf(xmlout, " </MediaHeader>\n");
- fprintf(xmlout, " <HandlerReference BoxType=\"hdlr\">\n");
+ fprintf(xmlout, " <Language>%s</Language>\n", buf); /* 3 chars */
+ fprintf(xmlout, " </MediaHeader>\n");
+ fprintf(xmlout, " <HandlerReference BoxType=\"hdlr\">\n");
switch(track->track_type)
{
case 0:
- fprintf(xmlout, " <HandlerType Code=\"vide\">video media track</HandlerType>\n"); break;
+ fprintf(xmlout, " <HandlerType Code=\"vide\">video media track</HandlerType>\n"); break;
case 1:
- fprintf(xmlout, " <HandlerType Code=\"soun\">Sound</HandlerType>\n"); break;
+ fprintf(xmlout, " <HandlerType Code=\"soun\">Sound</HandlerType>\n"); break;
case 2:
- fprintf(xmlout, " <HandlerType Code=\"hint\">Hint</HandlerType>\n"); break;
+ fprintf(xmlout, " <HandlerType Code=\"hint\">Hint</HandlerType>\n"); break;
}
if(notes) {
- fprintf(xmlout, " <!-- String value shown is not actually read from file. -->\n");
- fprintf(xmlout, " <!-- Shown value is one used for our encode. -->\n");
+ fprintf(xmlout, " <!-- String value shown is not actually read from file. -->\n");
+ fprintf(xmlout, " <!-- Shown value is one used for our encode. -->\n");
}
- fprintf(xmlout, " </HandlerReference>\n");
- fprintf(xmlout, " <MediaInfoContainer BoxType=\"minf\">\n");
+ fprintf(xmlout, " </HandlerReference>\n");
+ fprintf(xmlout, " <MediaInfoContainer BoxType=\"minf\">\n");
switch(track->track_type)
{
case 0:
- fprintf(xmlout, " <VideoMediaHeader BoxType=\"vmhd\">\n");
- fprintf(xmlout, " <GraphicsMode>0x%02x</GraphicsMode>\n", track->graphicsmode);
+ fprintf(xmlout, " <VideoMediaHeader BoxType=\"vmhd\">\n");
+ fprintf(xmlout, " <GraphicsMode>0x%02x</GraphicsMode>\n", track->graphicsmode);
if(notes) {
- fprintf(xmlout," <!-- Enumerated values of graphics mode: -->\n");
- fprintf(xmlout," <!-- 0x00 = copy (over existing image); -->\n");
- fprintf(xmlout," <!-- 0x24 = transparent; 'blue-screen' this image using opcolor; -->\n");
- fprintf(xmlout," <!-- 0x100 = alpha; alpha-blend this image -->\n");
-/* fprintf(xmlout," <!-- 0x101 = whitealpha; alpha-blend this image, which has been blended with white; -->\n"); This was evidently dropped upon amendment */
- fprintf(xmlout," <!-- 0x102 = pre-multiplied black alpha; image has been already been alpha-blended with black. -->\n");
- fprintf(xmlout," <!-- 0x110 = component alpha; blend alpha channel(s) and color channels individually. -->\n");
+ fprintf(xmlout," <!-- Enumerated values of graphics mode: -->\n");
+ fprintf(xmlout," <!-- 0x00 = copy (over existing image); -->\n");
+ fprintf(xmlout," <!-- 0x24 = transparent; 'blue-screen' this image using opcolor; -->\n");
+ fprintf(xmlout," <!-- 0x100 = alpha; alpha-blend this image -->\n");
+/* fprintf(xmlout," <!-- 0x101 = whitealpha; alpha-blend this image, which has been blended with white; -->\n"); This was evidently dropped upon amendment */
+ fprintf(xmlout," <!-- 0x102 = pre-multiplied black alpha; image has been already been alpha-blended with black. -->\n");
+ fprintf(xmlout," <!-- 0x110 = component alpha; blend alpha channel(s) and color channels individually. -->\n");
}
- fprintf(xmlout, " <Opcolor>\n");
- fprintf(xmlout, " <Red>0x%02x</Red>\n", track->opcolor[0]);
- fprintf(xmlout, " <Green>0x%02x</Green>\n",track->opcolor[1]);
- fprintf(xmlout, " <Blue>0x%02x</Blue>\n",track->opcolor[2]);
- fprintf(xmlout, " </Opcolor>\n");
- fprintf(xmlout, " </VideoMediaHeader>\n");
+ fprintf(xmlout, " <Opcolor>\n");
+ fprintf(xmlout, " <Red>0x%02x</Red>\n", track->opcolor[0]);
+ fprintf(xmlout, " <Green>0x%02x</Green>\n",track->opcolor[1]);
+ fprintf(xmlout, " <Blue>0x%02x</Blue>\n",track->opcolor[2]);
+ fprintf(xmlout, " </Opcolor>\n");
+ fprintf(xmlout, " </VideoMediaHeader>\n");
break;
case 1:
- fprintf(xmlout, " <SoundMediaHeader BoxType=\"smhd\">\n");
+ fprintf(xmlout, " <SoundMediaHeader BoxType=\"smhd\">\n");
#ifdef CURRENTSTRUCT
track->balance = track->balance << 8;
#endif
- fprintf(xmlout, " <Balance>\n");
+ fprintf(xmlout, " <Balance>\n");
if(notes) {
- fprintf(xmlout," <!-- Track audio balance fixes mono track in stereo space. -->\n");
- fprintf(xmlout," <!-- Stored as fixed-point binary 8.8 value. Decimal value is approximation. -->\n");
- fprintf(xmlout," <!-- 0.0 = center, -1.0 = full left, 1.0 = full right -->\n");
+ fprintf(xmlout," <!-- Track audio balance fixes mono track in stereo space. -->\n");
+ fprintf(xmlout," <!-- Stored as fixed-point binary 8.8 value. Decimal value is approximation. -->\n");
+ fprintf(xmlout," <!-- 0.0 = center, -1.0 = full left, 1.0 = full right -->\n");
}
if(raw)
- fprintf(xmlout," <AsHex>0x%04x</AsHex>\n", track->balance);
+ fprintf(xmlout,"
<AsHex>0x%04x</AsHex>\n", track->balance);
if(derived)
- fprintf(xmlout," <AsDecimal>%6.3f</AsDecimal>\n", (double)track->balance/(double)0x0100);
- fprintf(xmlout, " </Balance>\n");
+ fprintf(xmlout,"
<AsDecimal>%6.3f</AsDecimal>\n", (double)track->balance/(double)0x0100);
+ fprintf(xmlout, " </Balance>\n");
#ifdef CURRENTSTRUCT
if(notes)
- fprintf(xmlout," <!-- Current m2j_to_metadata implementation always shows bits to right of decimal as zeroed. -->\n");
+ fprintf(xmlout," <!-- Current m2j_to_metadata implementation always shows bits to right of decimal as zeroed. -->\n");
track->balance = track->balance >> 8;
#endif
- fprintf(xmlout, " </SoundMediaHeader>\n");
+ fprintf(xmlout, " </SoundMediaHeader>\n");
break;
case 2:
- fprintf(xmlout, " <HintMediaHeader BoxType=\"hmhd\">\n");
- fprintf(xmlout, " <MaxPDU_Size>%d</MaxPDU_Size>\n", track->maxPDUsize);
+ fprintf(xmlout, " <HintMediaHeader BoxType=\"hmhd\">\n");
+ fprintf(xmlout, " <MaxPDU_Size>%d</MaxPDU_Size>\n", track->maxPDUsize);
if(notes)
- fprintf(xmlout," <!-- Size in bytes of largest PDU in this hint stream. -->\n");
- fprintf(xmlout, " <AvgPDU_Size>%d</AvgPDU_Size>\n", track->avgPDUsize);
+ fprintf(xmlout," <!-- Size in bytes of largest PDU in this hint stream. -->\n");
+ fprintf(xmlout, "
<AvgPDU_Size>%d</AvgPDU_Size>\n", track->avgPDUsize);
if(notes)
- fprintf(xmlout," <!-- Average size in bytes of a PDU over the entire presentation. -->\n");
- fprintf(xmlout, " <MaxBitRate>%d</MaxBitRate>\n", track->maxbitrate);
+ fprintf(xmlout," <!-- Average size in bytes of a PDU over the entire presentation. -->\n");
+ fprintf(xmlout, " <MaxBitRate>%d</MaxBitRate>\n", track->maxbitrate);
if(notes)
- fprintf(xmlout," <!-- Maximum rate in bits per second over any window of 1 second. -->\n");
- fprintf(xmlout, " <AvgBitRate>%d</AvgBitRate>\n", track->avgbitrate);
+ fprintf(xmlout," <!-- Maximum rate in bits per second over any window of 1 second. -->\n");
+ fprintf(xmlout, "
<AvgBitRate>%d</AvgBitRate>\n", track->avgbitrate);
if(notes)
- fprintf(xmlout," <!-- Averate rate in bits per second over the entire presentation. -->\n");
- fprintf(xmlout, " <SlidingAvgBit>%d</SlidingAvgBitRate>\n", track->slidingavgbitrate);
+ fprintf(xmlout," <!-- Averate rate in bits per second over the entire presentation. -->\n");
+ fprintf(xmlout, " <SlidingAvgBit>%d</SlidingAvgBitRate>\n", track->slidingavgbitrate);
if(notes)
- fprintf(xmlout," <!-- Maximum rate in bits per second over any window of one minute. -->\n");
- fprintf(xmlout, " </HintMediaHeader>\n");
+ fprintf(xmlout," <!-- Maximum rate in bits per second over any window of one minute. -->\n");
+ fprintf(xmlout, " </HintMediaHeader>\n");
break;
}
- fprintf(xmlout, " <DataInfo BoxType=\"dinf\">\n");
- fprintf(xmlout, " <DataReference BoxType=\"dref\" URL_Count=\"%d\" URN_Count=\"%d\">\n", track->num_url, track->num_urn); // table w. flags, URLs, URNs
+ fprintf(xmlout, " <DataInfo BoxType=\"dinf\">\n");
+ fprintf(xmlout, " <DataReference BoxType=\"dref\" URL_Count=\"%d\" URN_Count=\"%d\">\n", track->num_url, track->num_urn); // table w. flags, URLs, URNs
// Data structure does not distinguish between single URL, single URN, or DREF table or URLs & URNs.
// We could infer those, but for now just present everything as a DREF table.
if(notes)
- fprintf(xmlout, " <!-- No entries here mean that file is self-contained, as required by Simple Profile. -->\n");
+ fprintf(xmlout, " <!-- No entries here mean that file is self-contained, as required by Simple Profile. -->\n");
for(k = 0; k < track->num_url; k++) {
- fprintf(xmlout, " <DataEntryUrlBox BoxType=\"url[space]\">\n"); // table w. flags, URLs, URNs
+ fprintf(xmlout, " <DataEntryUrlBox BoxType=\"url[space]\">\n"); // table w. flags, URLs, URNs
if(notes)
- fprintf(xmlout," <!-- Only the first 16 bytes of URL location are recorded in mj2_to_metadata data structure. -->\n");
+ fprintf(xmlout," <!-- Only the first 16 bytes of URL location are recorded in mj2_to_metadata data structure. -->\n");
for(i = 0; i < 4; i++) {
uint_to_chars(track->url[track->num_url].location[i], buf);
- fprintf(xmlout, " <Location>%s</Location>\n");
+ fprintf(xmlout, " <Location>%s</Location>\n");
}
- fprintf(xmlout, " </DataEntryUrlBox>\n"); // table w. flags, URLs, URNs
+ fprintf(xmlout, " </DataEntryUrlBox>\n"); // table w. flags, URLs, URNs
}
for(k = 0; k < track->num_urn; k++) {
- fprintf(xmlout," <DataEntryUrnBox BoxType=\"urn[space]\">\n"); // table w. flags, URLs, URNs
+ fprintf(xmlout," <DataEntryUrnBox BoxType=\"urn[space]\">\n"); // table w. flags, URLs, URNs
// Only the first 16 bytes are recorded in the data structure currently.
if(notes)
- fprintf(xmlout," <!-- Only the first 16 bytes each of URN name and optional location are recorded in mj2_to_metadata data structure. -->\n");
- fprintf(xmlout, " <Name>");
+ fprintf(xmlout," <!-- Only the first 16 bytes each of URN name and optional location are recorded in mj2_to_metadata data structure. -->\n");
+ fprintf(xmlout, " <Name>");
for(i = 0; i < 4; i++) {
uint_to_chars(track->urn[track->num_urn].name[i], buf);
fprintf(xmlout,"%s", buf);
}
fprintf(xmlout, "</Name>\n");
- fprintf(xmlout, " <Location>");
+ fprintf(xmlout, " <Location>");
for(i = 0; i < 4; i++) {
uint_to_chars(track->urn[track->num_urn].location[i], buf);
fprintf(xmlout,"%s");
}
fprintf(xmlout, "</Location>\n");
- fprintf(xmlout, " </DataEntryUrnBox>\n");
+ fprintf(xmlout, " </DataEntryUrnBox>\n");
}
- fprintf(xmlout, " </DataReference>\n");
- fprintf(xmlout, " </DataInfo>\n");
+ fprintf(xmlout, " </DataReference>\n");
+ fprintf(xmlout, " </DataInfo>\n");
xml_write_stbl(file, xmlout, track, tnum); /* SampleTable */
- fprintf(xmlout, " </MediaInfoContainer>\n");
- fprintf(xmlout, " </Media>\n");
+ fprintf(xmlout, " </MediaInfoContainer>\n");
+ fprintf(xmlout, " </Media>\n");
}
/* ------------- */
int i, len;
buf[4] = '\0';
- fprintf(xmlout, " <SampleTable BoxType=\"stbl\">\n");
+ fprintf(xmlout, " <SampleTable BoxType=\"stbl\">\n");
if(notes)
- fprintf(xmlout, " <!-- What follows are specific instances of generic SampleDescription BoxType=\"stsd\" -->\n");
+ fprintf(xmlout, " <!-- What follows are specific instances of generic SampleDescription BoxType=\"stsd\" -->\n");
switch(track->track_type)
{
case 0:
// There could be multiple instances of this, but "entry_count" is just a local at read-time.
// And it's used wrong, too, as count of just visual type, when it's really all 3 types.
// This is referred to as "smj2" within mj2.c
- fprintf(xmlout, " <VisualSampleEntry BoxType=\"mjp2\">\n");
+ fprintf(xmlout, " <VisualSampleEntry BoxType=\"mjp2\">\n");
if(notes) {
- fprintf(xmlout, " <!-- If multiple instances of this box, only first is shown here. -->\n");
- fprintf(xmlout, " <!-- Width and Height are in pixels. Unlike the Track Header, there is no fractional part. -->\n");
- fprintf(xmlout, " <!-- In mj2_to_metadata implementation, the values are not represented separately from Track Header's values. -->\n");
+ fprintf(xmlout, " <!-- If multiple instances of this box, only first is shown here. -->\n");
+ fprintf(xmlout, " <!-- Width and Height are in pixels. Unlike the Track Header, there is no fractional part. -->\n");
+ fprintf(xmlout, " <!-- In mj2_to_metadata implementation, the values are not represented separately from Track Header's values. -->\n");
}
/* No shifting required. If CURRENTSTRUCT gets changed, then may need to revisit treatment of these */
- fprintf(xmlout, " <WidthAsInteger>%d</WidthAsInteger>\n", track->w);
- fprintf(xmlout, " <HeightAsInteger>%d</HeightAsInteger>\n", track->h);
+ fprintf(xmlout, " <WidthAsInteger>%d</WidthAsInteger>\n", track->w);
+ fprintf(xmlout, " <HeightAsInteger>%d</HeightAsInteger>\n", track->h);
// Horizresolution and vertresolution don't require shifting, already stored right in CURRENTSTRUCT
if(notes) {
- fprintf(xmlout, " <!-- Resolutions are in pixels per inch, for the highest-resolution component (typically luminance). -->\n");
- fprintf(xmlout, " <!-- Both stored as fixed-point binary 16.16 values. Decimal values are approximations. -->\n");
- fprintf(xmlout, " <!-- Typical value for both resolutions is 0x00480000 (72.0) -->\n");
+ fprintf(xmlout, " <!-- Resolutions are in pixels per inch, for the highest-resolution component (typically luminance). -->\n");
+ fprintf(xmlout, " <!-- Both stored as fixed-point binary 16.16 values. Decimal values are approximations. -->\n");
+ fprintf(xmlout, " <!-- Typical value for both resolutions is 0x00480000 (72.0) -->\n");
}
- fprintf(xmlout, " <HorizontalRes>\n");
+ fprintf(xmlout, " <HorizontalRes>\n");
if(raw)
- fprintf(xmlout, " <AsHex>0x%08x</AsHex>\n", track->horizresolution);
+ fprintf(xmlout, "
<AsHex>0x%08x</AsHex>\n", track->horizresolution);
if(derived)
- fprintf(xmlout, " <AsDecimal>%12.6f</AsDecimal>\n", (double)track->horizresolution/(double)0x00010000); /* Rate to play presentation (default = 0x00010000) */
- fprintf(xmlout, " </HorizontalRes>\n");
- fprintf(xmlout, " <VerticalRes>\n");
+ fprintf(xmlout, "
<AsDecimal>%12.6f</AsDecimal>\n", (double)track->horizresolution/(double)0x00010000); /* Rate to play presentation (default = 0x00010000) */
+ fprintf(xmlout, " </HorizontalRes>\n");
+ fprintf(xmlout, " <VerticalRes>\n");
if(raw)
- fprintf(xmlout, " <AsHex>0x%08x</AsHex>\n", track->vertresolution);
+ fprintf(xmlout, "
<AsHex>0x%08x</AsHex>\n", track->vertresolution);
if(derived)
- fprintf(xmlout, " <AsDecimal>%12.6f</AsDecimal>\n", (double)track->vertresolution/(double)0x00010000); /* Rate to play presentation (default = 0x00010000) */
- fprintf(xmlout, " </VerticalRes>\n");
+ fprintf(xmlout, "
<AsDecimal>%12.6f</AsDecimal>\n", (double)track->vertresolution/(double)0x00010000); /* Rate to play presentation (default = 0x00010000) */
+ fprintf(xmlout, " </VerticalRes>\n");
buf33[0] = '\0';
for(i = 0; i < 8; i++) {
}
len = (int)buf33[0]; /* First byte has string length in bytes. There may be garbage beyond it. */
buf33[len+1] = '\0'; /* Suppress it */
- fprintf(xmlout, " <CompressorName>%s</CompressorName>\n", buf33+1); /* Start beyond first byte */
+ fprintf(xmlout, " <CompressorName>%s</CompressorName>\n", buf33+1); /* Start beyond first byte */
if(notes) {
- fprintf(xmlout, " <!-- Compressor name for debugging. Standard restricts max length to 31 bytes. -->\n");
- fprintf(xmlout, " <!-- Usually blank or \"Motion JPEG2000\" -->\n");
+ fprintf(xmlout, " <!-- Compressor name for debugging. Standard restricts max length to 31 bytes. -->\n");
+ fprintf(xmlout, " <!-- Usually blank or \"Motion JPEG2000\" -->\n");
}
- fprintf(xmlout, " <Depth>0x%02x</Depth>\n",track->depth);
+ fprintf(xmlout, " <Depth>0x%02x</Depth>\n",track->depth);
if(notes) {
- fprintf(xmlout, " <!-- Depth is: -->\n");
- fprintf(xmlout, " <!-- 0x20: alpha channels present (color or grayscale) -->\n");
- fprintf(xmlout, " <!-- 0x28: grayscale without alpha -->\n");
- fprintf(xmlout, " <!-- 0x18: color without alpha -->\n");
+ fprintf(xmlout, " <!-- Depth is: -->\n");
+ fprintf(xmlout, " <!-- 0x20: alpha channels present (color or grayscale) -->\n");
+ fprintf(xmlout, " <!-- 0x28: grayscale without alpha -->\n");
+ fprintf(xmlout, " <!-- 0x18: color without alpha -->\n");
}
xml_out_frame_jp2h(xmlout, &(track->jp2_struct)); /* JP2 Header */
/* Following subboxes are optional */
- fprintf(xmlout, " <FieldCoding BoxType=\"fiel\">\n");
- fprintf(xmlout, " <FieldCount>%d</FieldCount>\n", (unsigned int)track->fieldcount); /* uchar as 1 byte uint */
+ fprintf(xmlout, " <FieldCoding BoxType=\"fiel\">\n");
+ fprintf(xmlout, " <FieldCount>%d</FieldCount>\n", (unsigned int)track->fieldcount); /* uchar as 1 byte uint */
if(notes)
- fprintf(xmlout, " <!-- Must be either 1 or 2 -->\n");
- fprintf(xmlout, " <FieldOrder>%d</FieldOrder>\n", (unsigned int)track->fieldorder); /* uchar as 1 byte uint */
+ fprintf(xmlout, " <!-- Must be either 1 or 2 -->\n");
+ fprintf(xmlout, " <FieldOrder>%d</FieldOrder>\n", (unsigned int)track->fieldorder); /* uchar as 1 byte uint */
if(notes) {
- fprintf(xmlout, " <!-- When FieldCount=2, FieldOrder means: -->\n");
- fprintf(xmlout, " <!-- 0: Field coding unknown -->\n");
- fprintf(xmlout, " <!-- 1: Field with topmost line is stored first in sample; fields are in temporal order -->\n");
- fprintf(xmlout, " <!-- 6: Field with topmost line is stored second in sample; fields are in temporal order -->\n");
- fprintf(xmlout, " <!-- Defaults: FieldCount=1, FieldOrder=0 if FieldCoding box not present -->\n");
- fprintf(xmlout, " <!-- Current implementation doesn't retain whether box was actually present. -->\n");
+ fprintf(xmlout, " <!-- When FieldCount=2, FieldOrder means: -->\n");
+ fprintf(xmlout, " <!-- 0: Field coding unknown -->\n");
+ fprintf(xmlout, " <!-- 1: Field with topmost line is stored first in sample; fields are in temporal order -->\n");
+ fprintf(xmlout, " <!-- 6: Field with topmost line is stored second in sample; fields are in temporal order -->\n");
+ fprintf(xmlout, " <!-- Defaults: FieldCount=1, FieldOrder=0 if FieldCoding box not present -->\n");
+ fprintf(xmlout, " <!-- Current implementation doesn't retain whether box was actually present. -->\n");
}
- fprintf(xmlout, " </FieldCoding>\n");
+ fprintf(xmlout, " </FieldCoding>\n");
- fprintf(xmlout, " <MJP2_Profile BoxType=\"jp2p\" Count=\"%d\">\n",track->num_br);
+ fprintf(xmlout, " <MJP2_Profile BoxType=\"jp2p\" Count=\"%d\">\n",track->num_br);
for (i = 0; i < track->num_br; i++) /* read routine stored in reverse order, so let's undo damage */
{
uint_to_chars(track->br[i], buf);
- fprintf(xmlout, " <CompatibleBrand>%s</CompatibleBrand>\n", buf); /*4 characters, each CLi */
+ fprintf(xmlout, " <CompatibleBrand>%s</CompatibleBrand>\n", buf); /*4 characters, each CLi */
}
- fprintf(xmlout, " </MJP2_Profile>\n");
+ fprintf(xmlout, " </MJP2_Profile>\n");
- fprintf(xmlout, " <MJP2_Prefix BoxType=\"jp2x\" Count=\"%d\">\n",track->num_jp2x);
+ fprintf(xmlout, " <MJP2_Prefix BoxType=\"jp2x\" Count=\"%d\">\n",track->num_jp2x);
for (i = 0; i < track->num_jp2x; i++)
{ // We'll probably need better formatting than this
- fprintf(xmlout, " <Data>0x%02x</Data>\n", track->jp2xdata[i]); /* Each entry is single byte */
+ fprintf(xmlout, " <Data>0x%02x</Data>\n", track->jp2xdata[i]); /* Each entry is single byte */
}
- fprintf(xmlout, " </MJP2_Prefix>\n");
+ fprintf(xmlout, " </MJP2_Prefix>\n");
- fprintf(xmlout, " <MJP2_SubSampling BoxType=\"jsub\">\n"); /* These values are all 1 byte */
+ fprintf(xmlout, " <MJP2_SubSampling BoxType=\"jsub\">\n"); /* These values are all 1 byte */
if(notes)
- fprintf(xmlout, " <!-- Typical subsample value is 2 for 4:2:0 -->\n");
- fprintf(xmlout, " <HorizontalSub>%d</HorizontalSub>\n", track->hsub);
- fprintf(xmlout, " <VerticalSub>%d</VerticalSub>\n", track->vsub);
- fprintf(xmlout, " <HorizontalOffset>%d</HorizontalOffset>\n", track->hoff);
- fprintf(xmlout, " <VerticalOffset>%d</VerticalOffset>\n", track->voff);
+ fprintf(xmlout, " <!-- Typical subsample value is 2 for 4:2:0 -->\n");
+ fprintf(xmlout, " <HorizontalSub>%d</HorizontalSub>\n", track->hsub);
+ fprintf(xmlout, " <VerticalSub>%d</VerticalSub>\n", track->vsub);
+ fprintf(xmlout, " <HorizontalOffset>%d</HorizontalOffset>\n", track->hoff);
+ fprintf(xmlout, " <VerticalOffset>%d</VerticalOffset>\n", track->voff);
if(notes) {
- fprintf(xmlout, " <!-- Typical {horizontal, vertical} chroma offset values: -->\n");
- fprintf(xmlout, " <!-- 4:2:2 format (CCIR601, H.262, MPEG2, MPEG4, recom. Exif): {0, 0} -->\n");
- fprintf(xmlout, " <!-- 4:2:2 format (JFIF): {1, 0} -->\n");
- fprintf(xmlout, " <!-- 4:2:0 format (H.262, MPEG2, MPEG4): {0, 1} -->\n");
- fprintf(xmlout, " <!-- 4:2:0 format (MPEG1, H.261, JFIF, recom. Exif): {1, 1} -->\n");
+ fprintf(xmlout, " <!-- Typical {horizontal, vertical} chroma offset values: -->\n");
+ fprintf(xmlout, " <!-- 4:2:2 format (CCIR601, H.262, MPEG2, MPEG4, recom. Exif): {0, 0} -->\n");
+ fprintf(xmlout, " <!-- 4:2:2 format (JFIF): {1, 0} -->\n");
+ fprintf(xmlout, " <!-- 4:2:0 format (H.262, MPEG2, MPEG4): {0, 1} -->\n");
+ fprintf(xmlout, " <!-- 4:2:0 format (MPEG1, H.261, JFIF, recom. Exif): {1, 1} -->\n");
}
- fprintf(xmlout, " </MJP2_SubSampling>\n"); /* These values are all 1 byte */
+ fprintf(xmlout, " </MJP2_SubSampling>\n"); /* These values are all 1 byte */
- fprintf(xmlout, " <MJP2_OriginalFormat BoxType=\"orfo\">\n"); /* Part III Appx. 2 */
- fprintf(xmlout, " <OriginalFieldCount>%u</OriginalFieldCount>\n", (unsigned int)track->or_fieldcount); /* uchar as 1-byte uint */
+ fprintf(xmlout, " <MJP2_OriginalFormat BoxType=\"orfo\">\n"); /* Part III Appx. 2 */
+ fprintf(xmlout, " <OriginalFieldCount>%u</OriginalFieldCount>\n", (unsigned int)track->or_fieldcount); /* uchar as 1-byte uint */
if(notes)
- fprintf(xmlout, " <!-- In original material before encoding. Must be either 1 or 2 -->\n");
- fprintf(xmlout, " <OriginalFieldOrder>%u</OriginalFieldOrder>\n", (unsigned int)track->or_fieldorder); /* uchar as 1-byte uint */
+ fprintf(xmlout, " <!-- In original material before encoding. Must be either 1 or 2 -->\n");
+ fprintf(xmlout, " <OriginalFieldOrder>%u</OriginalFieldOrder>\n", (unsigned int)track->or_fieldorder); /* uchar as 1-byte uint */
if(notes) {
- fprintf(xmlout, " <!-- When FieldCount=2, FieldOrder means: -->\n");
- fprintf(xmlout, " <!-- 0: Field coding unknown -->\n");
- fprintf(xmlout, " <!-- 11: Topmost line came from the earlier field; -->\n");
- fprintf(xmlout, " <!-- 16: Topmost line came form the later field. -->\n");
- fprintf(xmlout, " <!-- Defaults: FieldCount=1, FieldOrder=0 if FieldCoding box not present -->\n");
- fprintf(xmlout, " <!-- Current implementation doesn't retain whether box was actually present. -->\n");
+ fprintf(xmlout, " <!-- When FieldCount=2, FieldOrder means: -->\n");
+ fprintf(xmlout, " <!-- 0: Field coding unknown -->\n");
+ fprintf(xmlout, " <!-- 11: Topmost line came from the earlier field; -->\n");
+ fprintf(xmlout, " <!-- 16: Topmost line came form the later field. -->\n");
+ fprintf(xmlout, " <!-- Defaults: FieldCount=1, FieldOrder=0 if FieldCoding box not present -->\n");
+ fprintf(xmlout, " <!-- Current implementation doesn't retain whether box was actually present. -->\n");
}
- fprintf(xmlout, " </MJP2_OriginalFormat>\n");
- fprintf(xmlout, " </VisualSampleEntry>\n");
+ fprintf(xmlout, " </MJP2_OriginalFormat>\n");
+ fprintf(xmlout, " </VisualSampleEntry>\n");
break;
case 1: case 2:
if(notes)
- fprintf(xmlout, " <!-- mj2_to_metadata's data structure doesn't record this currently. -->\n"); break;
+ fprintf(xmlout, " <!-- mj2_to_metadata's data structure doesn't record this currently. -->\n"); break;
}
- fprintf(xmlout, " <TimeToSample BoxType=\"stts\">\n");
- fprintf(xmlout, " <SampleStatistics>\n");
- fprintf(xmlout, " <TotalSamples>%d</TotalSamples>\n", track->num_samples);
+ fprintf(xmlout, " <TimeToSample BoxType=\"stts\">\n");
+ fprintf(xmlout, " <SampleStatistics>\n");
+ fprintf(xmlout, " <TotalSamples>%d</TotalSamples>\n", track->num_samples);
if(notes)
- fprintf(xmlout, " <!-- For video, gives the total frames in the track, by summing all entries in the Sample Table -->\n");
- fprintf(xmlout, " </SampleStatistics>\n");
- fprintf(xmlout, " <SampleEntries EntryCount=\"%d\">\n", track->num_tts);
+ fprintf(xmlout, " <!-- For video, gives the total frames in the track, by summing all entries in the Sample Table -->\n");
+ fprintf(xmlout, " </SampleStatistics>\n");
+ fprintf(xmlout, " <SampleEntries EntryCount=\"%d\">\n", track->num_tts);
for (i = 0; i < track->num_tts; i++) {
- fprintf(xmlout, " <Table Entry=\"%u\" SampleCount=\"%d\" SampleDelta=\"%u\" />\n",
+ fprintf(xmlout, "
<Table Entry=\"%u\" SampleCount=\"%d\" SampleDelta=\"%u\" />\n",
i+1, track->tts[i].sample_count, track->tts[i].sample_delta);
}
- fprintf(xmlout, " </SampleEntries>\n");
- fprintf(xmlout, " </TimeToSample>\n");
+ fprintf(xmlout, " </SampleEntries>\n");
+ fprintf(xmlout, " </TimeToSample>\n");
- fprintf(xmlout, " <SampleToChunk BoxType=\"stsc\" Count=\"%d\">\n", track->num_samplestochunk);
+ fprintf(xmlout, " <SampleToChunk BoxType=\"stsc\" Count=\"%d\">\n", track->num_samplestochunk);
for (i = 0; i < track->num_samplestochunk; i++) {
- fprintf(xmlout, " <FirstChunk>%u</FirstChunk>\n",track->sampletochunk[i].first_chunk); /* 4 bytes */
- fprintf(xmlout, " <SamplesPerChunk>%u</SamplesPerChunk>\n",track->sampletochunk[i].samples_per_chunk); /* 4 bytes */
- fprintf(xmlout, " <SampleDescrIndex>%u</SampleDescrIndex>\n",track->sampletochunk[i].sample_descr_idx); /* 4 bytes */
+ fprintf(xmlout, " <FirstChunk>%u</FirstChunk>\n",track->sampletochunk[i].first_chunk); /* 4 bytes */
+ fprintf(xmlout, " <SamplesPerChunk>%u</SamplesPerChunk>\n",track->sampletochunk[i].samples_per_chunk); /* 4 bytes */
+ fprintf(xmlout, " <SampleDescrIndex>%u</SampleDescrIndex>\n",track->sampletochunk[i].sample_descr_idx); /* 4 bytes */
}
- fprintf(xmlout, " </SampleToChunk>\n");
+ fprintf(xmlout, " </SampleToChunk>\n");
// After reading this info in, track->num_chunks is calculated and a decompressed table established internally.
- fprintf(xmlout, " <SampleSize BoxType=\"stsz\">\n");
+ fprintf(xmlout, " <SampleSize BoxType=\"stsz\">\n");
if(track->same_sample_size) {
// all values in track->sample[i].sample_size are equal. Grab the first one.
- fprintf(xmlout, " <Sample_Size>%u</Sample_Size>\n", track->sample[0].sample_size);
+ fprintf(xmlout, " <Sample_Size>%u</Sample_Size>\n", track->sample[0].sample_size);
if(notes) {
- fprintf(xmlout, " <!-- Non-zero value means all samples have that size. -->\n");
- fprintf(xmlout, " <!-- So <Sample_Count> (aka Entry_Count in std.) has no meaning, is suppressed from this output, and no table follows. -->\n");
+ fprintf(xmlout, " <!-- Non-zero value means all samples have that size. -->\n");
+ fprintf(xmlout, " <!-- So <Sample_Count> (aka Entry_Count in std.) has no meaning, is suppressed from this output, and no table follows. -->\n");
}
} else {
- fprintf(xmlout, " <Sample_Size>0</Sample_Size>\n");
+ fprintf(xmlout, " <Sample_Size>0</Sample_Size>\n");
if(notes)
if(sampletables)
- fprintf(xmlout," <!-- Zero value means samples have different sizes, given in table next of length Sample_Count (aka Entry_Count in std). -->\n");
+ fprintf(xmlout," <!-- Zero value means samples have different sizes, given in table next of length Sample_Count (aka Entry_Count in std). -->\n");
else
- fprintf(xmlout," <!-- Zero value means samples have different sizes, given in table (not shown) of length Sample_Count (aka Entry_Count in std). -->\n");
- fprintf(xmlout, " <Sample_Count>%u</Sample_Count>\n", track->num_samples);
+ fprintf(xmlout," <!-- Zero value means samples have different sizes, given in table (not shown) of length Sample_Count (aka Entry_Count in std). -->\n");
+ fprintf(xmlout, " <Sample_Count>%u</Sample_Count>\n", track->num_samples);
if(sampletables)
for (i = 0; i < (int)track->num_samples; i++) {
- fprintf(xmlout, " <EntrySize Num=\"%u\">%u</EntrySize>\n", i+1, track->sample[i].sample_size);
+ fprintf(xmlout, " <EntrySize Num=\"%u\">%u</EntrySize>\n", i+1, track->sample[i].sample_size);
}
}
- fprintf(xmlout, " </SampleSize>\n");
+ fprintf(xmlout, " </SampleSize>\n");
- fprintf(xmlout, " <ChunkOffset BoxType=\"stco\">\n");
+ fprintf(xmlout, " <ChunkOffset BoxType=\"stco\">\n");
// Structure not yet - Variant ChunkLargeOffset 'co64'
- fprintf(xmlout, " <EntryCount>%u</EntryCount>\n", track->num_chunks);
+ fprintf(xmlout, " <EntryCount>%u</EntryCount>\n", track->num_chunks);
if(notes) {
- fprintf(xmlout, " <!-- For this implementation, EntryCount shown is one calculated during file read of <SampleToChunk> data. -->\n");
- fprintf(xmlout, " <!-- Implementation will report failure during file read of <ChunkOffset> data if read entry-count disagrees. -->\n");
+ fprintf(xmlout, " <!-- For this implementation, EntryCount shown is one calculated during file read of <SampleToChunk> data. -->\n");
+ fprintf(xmlout, " <!-- Implementation will report failure during file read of <ChunkOffset> data if read entry-count disagrees. -->\n");
}
if(sampletables)
for (i = 0; i < (int)track->num_chunks; i++)
- fprintf(xmlout, " <Chunk_Offset Num=\"%d\">%u</Chunk_Offset>\n", i+1, track->chunk[i].offset);
- fprintf(xmlout, " </ChunkOffset>\n");
+ fprintf(xmlout, " <Chunk_Offset Num=\"%d\">%u</Chunk_Offset>\n", i+1, track->chunk[i].offset);
+ fprintf(xmlout, " </ChunkOffset>\n");
- fprintf(xmlout, " </SampleTable>\n");
+ fprintf(xmlout, " </SampleTable>\n");
}
/* ------------- */
}
numcomps = img.numcomps;
-/* Alignments: " < To help maintain xml pretty-printing */
- fprintf(xmlout, " <JP2_Frame Num=\"%d\">\n", snum+1);
- fprintf(xmlout, " <MainHeader>\n");
+/* Alignments: " < To help maintain xml pretty-printing */
+ fprintf(xmlout, " <JP2_Frame Num=\"%d\">\n", snum+1);
+ fprintf(xmlout, " <MainHeader>\n");
/* There can be multiple codestreams; a particular image is entirely within a single codestream */
/* TO DO: A frame can be represented by two I-guess-contigious codestreams if its interleaved. */
- fprintf(xmlout, " <StartOfCodestream Marker=\"SOC\" />\n");
+ fprintf(xmlout, " <StartOfCodestream Marker=\"SOC\" />\n");
/* "cp" stands for "coding parameter"; "tcp" is tile coding parameters, "tccp" is tile-component coding parameters */
xml_out_frame_siz(xmlout, &img, &cp); /* reqd in main */
xml_out_frame_cod(xmlout, &j2k_default_tcp); /* reqd in main */
xml_out_frame_crg(xmlout); /* NO-OP. CRG NOT SAVED IN DATA STRUCTURE */ /* opt in main; */
xml_out_frame_com(xmlout, &j2k_default_tcp); /* NO-OP. COM NOT SAVED IN DATA STRUCTURE */ /* opt in main; */
- fprintf(xmlout, " </MainHeader>\n");
+ fprintf(xmlout, " </MainHeader>\n");
/* TO DO: all the tile headers (sigh) */
- fprintf(xmlout, " <TilePartHeaders Count=\"%d\">\n", cp.tileno_size); /* size of the vector tileno */
+ fprintf(xmlout, " <TilePartHeaders Count=\"%d\">\n", cp.tileno_size); /* size of the vector tileno */
for(i = 0; i < cp.tileno_size; i++) { /* I think cp.tileno_size will be same number as (cp.tw * cp.th) or as global j2k_curtileno */
// Standard seems to use zero-based # for tile-part.
- fprintf(xmlout, " <TilePartHeader Num=\"%d\" ID=\"%d\">\n", i, cp.tileno[i]); /* ID number of the tiles present in the codestream */
- fprintf(xmlout, " <StartOfTilePart Marker=\"SOT\" />\n");
+ fprintf(xmlout, " <TilePartHeader Num=\"%d\" ID=\"%d\">\n", i, cp.tileno[i]); /* ID number of the tiles present in the codestream */
+ fprintf(xmlout, " <StartOfTilePart Marker=\"SOT\" />\n");
/* All markers in tile-part headers (between SOT and SOD) are optional, unless structure requires. */
if(i == 0) {
xml_out_frame_cod(xmlout, &(cp.tcps[i])); /* No more than 1 per tile */
xml_out_frame_plt(xmlout, &(cp.tcps[i])); /* NO-OP. PLT NOT SAVED IN DATA STRUCTURE */ /* Can be used in conjunction with main's PLM */
xml_out_frame_com(xmlout, &(cp.tcps[i])); /* NO-OP. COM NOT SAVED IN DATA STRUCTURE */
/* j2k_tcp_t * cp.tcps; "tile coding parameters" */
- /* Maybe not: fprintf(xmlout, " <>%d</>, cp.matrice[i]; */ /* Fixed layer */
- fprintf(xmlout, " <StartOfData Marker=\"SOD\" />\n");
+ /* Maybe not: fprintf(xmlout, " <>%d</>, cp.matrice[i]; */ /* Fixed layer */
+ fprintf(xmlout, " <StartOfData Marker=\"SOD\" />\n");
if(notes)
- fprintf(xmlout, " <!-- Tile-part bitstream, not shown, follows tile-part header and SOD marker. -->\n");
- fprintf(xmlout, " </TilePartHeader>\n");
+ fprintf(xmlout, " <!-- Tile-part bitstream, not shown, follows tile-part header and SOD marker. -->\n");
+ fprintf(xmlout, " </TilePartHeader>\n");
}
- fprintf(xmlout, " </TilePartHeaders>\n"); /* size of the vector tileno */
+ fprintf(xmlout, " </TilePartHeaders>\n"); /* size of the vector tileno */
#ifdef NOTYET
IMAGINE the cp object has data to support the following... but we could use an new different data structure instead
xml_out_frame_uinf(xmlout, &cp); /* UUIDInfo 'uinf', includes UUIDList 'ulst' and URL 'url\40' */
#endif
- fprintf(xmlout, " </JP2_Frame>\n");
+ fprintf(xmlout, " </JP2_Frame>\n");
/* Extra commentary: */
if(notes) {
- fprintf(xmlout, " <!-- Given the number and size of components, mj2_to_frame would try to convert this -->\n");
+ fprintf(xmlout, " <!-- Given the number and size of components, mj2_to_frame would try to convert this -->\n");
if (((img.numcomps == 3) && (img.comps[0].dx == img.comps[1].dx / 2)
&& (img.comps[0].dx == img.comps[2].dx / 2 ) && (img.comps[0].dx == 1))
|| (img.numcomps == 1)) {
- fprintf(xmlout, " <!-- file to a YUV movie in the normal manner. -->\n");
+ fprintf(xmlout, " <!-- file to a YUV movie in the normal manner. -->\n");
}
else if ((img.numcomps == 3) &&
(img.comps[0].dx == 1) && (img.comps[1].dx == 1)&&
(img.comps[2].dx == 1)) {// If YUV 4:4:4 input --> to bmp
- fprintf(xmlout, " <!-- YUV 4:4:4 file to a series of .bmp files. -->\n");
+ fprintf(xmlout, " <!-- YUV 4:4:4 file to a series of .bmp files. -->\n");
}
else {
- fprintf(xmlout, " <!-- file whose image component dimension are unknown, to a series of .j2k files. -->\n");
+ fprintf(xmlout, " <!-- file whose image component dimension are unknown, to a series of .j2k files. -->\n");
}
}
j2k_comp_t *comp;
int i;
- fprintf(xmlout, " <ImageAndFileSize Marker=\"SIZ\">\n");
+ fprintf(xmlout, " <ImageAndFileSize Marker=\"SIZ\">\n");
// This is similar to j2k.c's j2k_dump_image.
// Not of interest: Lsiz, Rsiz
- fprintf(xmlout, " <Xsiz>%d</Xsiz>\n", img->x1);
- fprintf(xmlout, " <Ysiz>%d</Ysiz>\n", img->y1);
+ fprintf(xmlout, " <Xsiz>%d</Xsiz>\n", img->x1);
+ fprintf(xmlout, " <Ysiz>%d</Ysiz>\n", img->y1);
if(notes)
- fprintf(xmlout, " <!-- Xsiz, Ysiz is the size of the reference grid. -->\n");
- fprintf(xmlout, " <XOsiz>%d</XOsiz>\n", img->x0);
- fprintf(xmlout, " <YOsiz>%d</YOsiz>\n", img->y0);
+ fprintf(xmlout, " <!-- Xsiz, Ysiz is the size of the reference grid. -->\n");
+ fprintf(xmlout, " <XOsiz>%d</XOsiz>\n", img->x0);
+ fprintf(xmlout, " <YOsiz>%d</YOsiz>\n", img->y0);
if(notes)
- fprintf(xmlout, " <!-- XOsiz, YOsiz are offsets from grid origin to image origin. -->\n");
- fprintf(xmlout, " <XTsiz>%d</XTsiz>\n", cp->tdx);
- fprintf(xmlout, " <YTsiz>%d</YTsiz>\n", cp->tdy);
+ fprintf(xmlout, " <!-- XOsiz, YOsiz are offsets from grid origin to image origin. -->\n");
+ fprintf(xmlout, " <XTsiz>%d</XTsiz>\n", cp->tdx);
+ fprintf(xmlout, " <YTsiz>%d</YTsiz>\n", cp->tdy);
if(notes)
- fprintf(xmlout, " <!-- XTsiz, YTsiz is the size of one tile with respect to the grid. -->\n");
- fprintf(xmlout, " <XTOsiz>%d</XTOsiz>\n", cp->tx0);
- fprintf(xmlout, " <YTOsiz>%d</YTOsiz>\n", cp->ty0);
+ fprintf(xmlout, " <!-- XTsiz, YTsiz is the size of one tile with respect to the grid. -->\n");
+ fprintf(xmlout, " <XTOsiz>%d</XTOsiz>\n", cp->tx0);
+ fprintf(xmlout, " <YTOsiz>%d</YTOsiz>\n", cp->ty0);
if(notes)
- fprintf(xmlout, " <!-- XTOsiz, YTOsiz are offsets from grid origin to first tile origin. -->\n");
- fprintf(xmlout, " <Csiz>%d</Csiz>\n", img->numcomps);
+ fprintf(xmlout, " <!-- XTOsiz, YTOsiz are offsets from grid origin to first tile origin. -->\n");
+ fprintf(xmlout, " <Csiz>%d</Csiz>\n", img->numcomps);
if(notes) {
- fprintf(xmlout, " <!-- Csiz is the number of components in the image. -->\n");
- fprintf(xmlout, " <!-- For image components next: -->\n");
- fprintf(xmlout, " <!-- XRsiz, YRsiz denote pixel-sample-spacing on the grid, per Part I Annex B. -->\n");
- //fprintf(xmlout," <!-- XO, YO is offset of the component compared to the whole image. -->\n");
- fprintf(xmlout, " <!-- Bits per pixel (bpp) is the pixel depth. -->\n");
- fprintf(xmlout, " <!-- WidthOfData and HeightOfData are calculated values, e.g.: w = roundup((Xsiz - XOsiz)/ XRsiz) -->\n");
+ fprintf(xmlout, " <!-- Csiz is the number of components in the image. -->\n");
+ fprintf(xmlout, " <!-- For image components next: -->\n");
+ fprintf(xmlout, " <!-- XRsiz, YRsiz denote pixel-sample-spacing on the grid, per Part I Annex B. -->\n");
+ //fprintf(xmlout," <!-- XO, YO is offset of the component compared to the whole image. -->\n");
+ fprintf(xmlout, " <!-- Bits per pixel (bpp) is the pixel depth. -->\n");
+ fprintf(xmlout, " <!-- WidthOfData and HeightOfData are calculated values, e.g.: w = roundup((Xsiz - XOsiz)/ XRsiz) -->\n");
}
for (i = 0; i < img->numcomps; i++) {/* image-components */
comp = &(img->comps[i]);
- fprintf(xmlout, " <Component Num=\"%d\">\n", i+1);
- fprintf(xmlout, " <Ssiz>\n");
+ fprintf(xmlout, " <Component Num=\"%d\">\n", i+1);
+ fprintf(xmlout, " <Ssiz>\n");
if(raw)
- fprintf(xmlout," <AsHex>0x%02x</AsHex>\n", (comp->sgnd << 7) & (comp->prec - 1));
+ fprintf(xmlout,"
<AsHex>0x%02x</AsHex>\n", (comp->sgnd << 7) & (comp->prec - 1));
if(derived) {
- fprintf(xmlout," <Signed>%d</Signed>\n", comp->sgnd);
- fprintf(xmlout," <PrecisionInBits>%d</PrecisionInBits>\n", comp->prec);
+ fprintf(xmlout," <Signed>%d</Signed>\n", comp->sgnd);
+ fprintf(xmlout,"
<PrecisionInBits>%d</PrecisionInBits>\n", comp->prec);
}
- fprintf(xmlout, " </Ssiz>\n");
- fprintf(xmlout, " <XRsiz>%d</XRsiz>\n", comp->dx);
- fprintf(xmlout, " <YRsiz>%d</YRsiz>\n", comp->dy);
- fprintf(xmlout, " <WidthOfData>%d</WidthOfData>\n", comp->w);
- fprintf(xmlout, " <HeightOfData>%d</HeightOfData>\n", comp->h);
+ fprintf(xmlout, " </Ssiz>\n");
+ fprintf(xmlout, " <XRsiz>%d</XRsiz>\n", comp->dx);
+ fprintf(xmlout, " <YRsiz>%d</YRsiz>\n", comp->dy);
+ fprintf(xmlout, " <WidthOfData>%d</WidthOfData>\n", comp->w);
+ fprintf(xmlout, " <HeightOfData>%d</HeightOfData>\n", comp->h);
/* Rest of these aren't calculated when SIZ is read:
- fprintf(xmlout, " <XO>%d</XO>\n", comp->x0);
- fprintf(xmlout, " <YO>%d</YO>\n", comp->y0);
+ fprintf(xmlout, " <XO>%d</XO>\n", comp->x0);
+ fprintf(xmlout, " <YO>%d</YO>\n", comp->y0);
if(notes)
- fprintf(xmlout," <!-- XO, YO is offset of the component compared to the whole image. -->\n");
- fprintf(xmlout, " <BitsPerPixel>%d</BitsPerPixel>\n", comp->bpp);
- fprintf(xmlout, " <NumberOfDecodedResolution>%d</NumberOfDecodedResolution>\n", comp->resno_decoded); */
+ fprintf(xmlout," <!-- XO, YO is offset of the component compared to the whole image. -->\n");
+ fprintf(xmlout, " <BitsPerPixel>%d</BitsPerPixel>\n", comp->bpp);
+ fprintf(xmlout, " <NumberOfDecodedResolution>%d</NumberOfDecodedResolution>\n", comp->resno_decoded); */
// SUPPRESS: n/a to mj2_to_metadata. fprintf(xmlout," <Factor>%d</Factor\n", comp->factor);
/* factor = number of division by 2 of the out image compare to the original size of image */
// TO DO comp->data: int *data; /* image-component data */
- fprintf(xmlout, " </Component>\n");
+ fprintf(xmlout, " </Component>\n");
}
- fprintf(xmlout, " </ImageAndFileSize>\n");
+ fprintf(xmlout, " </ImageAndFileSize>\n");
}
/* ------------- */
{
/* Could be called with tcp = &j2k_default_tcp;
/* Or, for tile-part header, with &j2k_cp->tcps[j2k_curtileno]
-/* Alignment for main:" < < < < To help maintain xml pretty-printing */
-/* Alignment for tile:" < < < To help maintain xml pretty-printing */
+/* Alignment for main:" < < < < To help maintain xml pretty-printing */
+/* Alignment for tile:" < < < To help maintain xml pretty-printing */
j2k_tccp_t *tccp;
int i;
- char spaces[11] = " "; /* 10 spaces if tilepart*/
+ char spaces[13] = " "; /* 12 spaces if tilepart*/
char* s = spaces;
if(tcp == &j2k_default_tcp) {
- s++;s++; /* shorten s to 8 spaces if main */
+ s++;s++; /* shorten s to 10 spaces if main */
}
tccp = &(tcp->tccps[0]);
/* ------------- */
-void xml_out_frame_coc(FILE* xmlout, j2k_tcp_t *tcp, int numcomps)
+void xml_out_frame_coc(FILE* xmlout, j2k_tcp_t *tcp, int numcomps) /* Optional in main & tile-part headers */
{
/* Uses global j2k_default_tcp */
j2k_tccp_t *tccp, *firstcomp_tccp;
int i, compno;
+ char spaces[13] = " "; /* 12 spaces if tilepart*/
+ char* s = spaces;
+ if(tcp == &j2k_default_tcp) {
+ s++;s++; /* shorten s to 10 spaces if main */
+ }
firstcomp_tccp = &(tcp->tccps[0]);
/* Internal data structure tccp defines separate defaults for each component, set from main */
/* We don't really know which was the default, and which were not */
/* Let's pretend that [0] is the default and all others are not */
if(notes) {
- fprintf(xmlout, " <!-- mj2_to_metadata implementation always reports component[0] as using default COD, -->\n");
+ fprintf(xmlout, "%s<!-- mj2_to_metadata implementation always reports component[0] as using default COD, -->\n", s);
if(tcp == &j2k_default_tcp)
- fprintf(xmlout, " <!-- and any other component, with main-header style values different from [0], as COC. -->\n");
+ fprintf(xmlout, "%s<!-- and any other component, with main-header style values different from [0], as COC. -->\n", s);
else
- fprintf(xmlout, " <!-- and any other component, with tile-part-header style values different from [0], as COC. -->\n");
+ fprintf(xmlout, "%s<!-- and any other component, with tile-part-header style values different from [0], as COC. -->\n", s);
}
for (compno = 1; compno < numcomps; compno++) /* spec says components are zero-based */
{
if(same_component_style(firstcomp_tccp, tccp))
continue;
-/* Alignments: " < < < < < To help maintain xml pretty-printing */
- fprintf(xmlout, " <CodingStyleComponent Marker=\"COC\">\n"); /* Optional in main header, at most 1 per component */
+/* Alignments: " < < < < < To help maintain xml pretty-printing */
+ fprintf(xmlout, "%s<CodingStyleComponent Marker=\"COC\">\n", s); /* Optional in main header, at most 1 per component */
if(notes)
- fprintf(xmlout, " <!-- See Ccoc below for zero-based component number. -->\n");
+ fprintf(xmlout, "%s <!-- See Ccoc below for zero-based component number. -->\n", s);
/* Overrides the main COD for the specific component */
/* Not retained or of interest: Lcod */
- fprintf(xmlout, " <Scoc>0x%02x</Scoc>\n", tccp->csty); /* 1 byte */
+ fprintf(xmlout, "%s <Scoc>0x%02x</Scoc>\n", s, tccp->csty); /* 1 byte */
if(notes) {
- fprintf(xmlout, " <!-- Scoc defines entropy coder precincts: -->\n");
- fprintf(xmlout, " <!-- 0 = maximum, namely (PPx=15, PPy=15); 1 = precincts defined below. -->\n");
+ fprintf(xmlout, "%s <!-- Scoc defines entropy coder precincts: -->\n", s);
+ fprintf(xmlout, "%s <!-- 0 = maximum, namely (PPx=15, PPy=15); 1 = precincts defined below. -->\n", s);
}
- fprintf(xmlout, " <Ccoc>%d</Ccoc>\n", compno); /* 1 or 2 bytes */
+ fprintf(xmlout, "%s <Ccoc>%d</Ccoc>\n", s, compno); /* 1 or 2 bytes */
/* Unfortunately compo isn't retained in j2k_read_coc: compno = cio_read(j2k_img->numcomps <= 256 ? 1 : 2); /* Ccoc */
/*if(j2k_img_numcomps <=256)
component is 1 byte
compno is 2 byte */
/* This code will compile only if declaration of j2k_default_tcp is changed from static (to implicit extern) in j2k.c */
- fprintf(xmlout, " <SPcoc>\n");
- fprintf(xmlout, " <NumberOfDecompositionLevels>%d</NumberOfDecompositionLevels>\n", tccp->numresolutions - 1); /* 1 byte, SPcox (D) */
- fprintf(xmlout, " <CodeblockWidth>%d</CodeblockWidth>\n", tccp->cblkw - 2); /* 1 byte, SPcox (E) */
- fprintf(xmlout, " <CodeblockHeight>%d</CodeblockHeight>\n", tccp->cblkh - 2); /* 1 byte, SPcox (F) */
+ fprintf(xmlout, "%s <SPcoc>\n", s);
+ fprintf(xmlout, "%s <NumberOfDecompositionLevels>%d</NumberOfDecompositionLevels>\n", s, tccp->numresolutions - 1); /* 1 byte, SPcox (D) */
+ fprintf(xmlout, "%s <CodeblockWidth>%d</CodeblockWidth>\n", s, tccp->cblkw - 2); /* 1 byte, SPcox (E) */
+ fprintf(xmlout, "%s <CodeblockHeight>%d</CodeblockHeight>\n", s, tccp->cblkh - 2); /* 1 byte, SPcox (F) */
if(notes) {
- fprintf(xmlout, " <!-- CBW and CBH are non-negative, and summed cannot exceed 8 -->\n");
- fprintf(xmlout, " <!-- Codeblock dimension is 2^(value + 2) -->\n");
+ fprintf(xmlout, "%s <!-- CBW and CBH are non-negative, and summed cannot exceed 8 -->\n", s);
+ fprintf(xmlout, "%s <!-- Codeblock dimension is 2^(value + 2) -->\n", s);
}
- fprintf(xmlout, " <CodeblockStyle>0x%02x</CodeblockStyle>\n", tccp->cblksty); /* 1 byte, SPcox (G) */
+ fprintf(xmlout, "%s <CodeblockStyle>0x%02x</CodeblockStyle>\n", s, tccp->cblksty); /* 1 byte, SPcox (G) */
if(notes) {
- fprintf(xmlout, " <!-- For CodeblockStyle, bits mean (with value 1=feature on, 0=off): -->\n");
- fprintf(xmlout, " <!-- bit 0: Selective arithmetic coding bypass. -->\n");
- fprintf(xmlout, " <!-- bit 1: Reset context probabilities on coding pass boundaries. -->\n");
- fprintf(xmlout, " <!-- bit 2: Termination on each coding pass. -->\n");
- fprintf(xmlout, " <!-- bit 3: Vertically causal context. -->\n");
- fprintf(xmlout, " <!-- bit 4: Predictable termination. -->\n");
- fprintf(xmlout, " <!-- bit 5: Segmentation symbols are used. -->\n");
+ fprintf(xmlout, "%s <!-- For CodeblockStyle, bits mean (with value 1=feature on, 0=off): -->\n", s);
+ fprintf(xmlout, "%s <!-- bit 0: Selective arithmetic coding bypass. -->\n", s);
+ fprintf(xmlout, "%s <!-- bit 1: Reset context probabilities on coding pass boundaries. -->\n", s);
+ fprintf(xmlout, "%s <!-- bit 2: Termination on each coding pass. -->\n", s);
+ fprintf(xmlout, "%s <!-- bit 3: Vertically causal context. -->\n", s);
+ fprintf(xmlout, "%s <!-- bit 4: Predictable termination. -->\n", s);
+ fprintf(xmlout, "%s <!-- bit 5: Segmentation symbols are used. -->\n", s);
}
- fprintf(xmlout, " <Transformation>%d</Transformation>\n", tccp->qmfbid); /* 1 byte, SPcox (H) */
+ fprintf(xmlout, "%s <Transformation>%d</Transformation>\n", s, tccp->qmfbid); /* 1 byte, SPcox (H) */
if(notes)
- fprintf(xmlout, " <!-- For Transformation, 0=\"9-7 irreversible filter\", 1=\"5-3 reversible filter\" -->\n");
+ fprintf(xmlout, "%s <!-- For Transformation, 0=\"9-7 irreversible filter\", 1=\"5-3 reversible filter\" -->\n", s);
if (tccp->csty & J2K_CP_CSTY_PRT) {
- fprintf(xmlout, " <PrecinctSize>\n"); /* 1 byte, SPcox (I_i) */
+ fprintf(xmlout, "%s <PrecinctSize>\n", s); /* 1 byte, SPcox (I_i) */
if(notes)
- fprintf(xmlout, " <!-- These are size exponents PPx and PPy. May be zero only for first level (aka N(L)LL subband)-->\n");
+ fprintf(xmlout, "%s <!-- These are size exponents PPx and PPy. May be zero only for first level (aka N(L)LL subband)-->\n", s);
for (i = 0; i < tccp->numresolutions-1; i++) { /* subtract 1 to get # of decomposition levels */
- fprintf(xmlout, " <PrecinctHeightAndWidth ResolutionLevel=\"%d\">\n", i);
+ fprintf(xmlout, "%s <PrecinctHeightAndWidth ResolutionLevel=\"%d\">\n", s, i);
if(raw)
- fprintf(xmlout," <AsHex>0x%02x</AsHex>\n", (tccp->prch[i] << 4) | tccp->prcw[i]); /* packed into 1 byte, SPcox (G) */
+ fprintf(xmlout,"%s <AsHex>0x%02x</AsHex>\n", s, (tccp->prch[i] << 4) | tccp->prcw[i]); /* packed into 1 byte, SPcox (G) */
if(derived) {
- fprintf(xmlout," <WidthAsDecimal>%d</WidthAsDecimal>\n", tccp->prcw[i]);
- fprintf(xmlout," <HeightAsDecimal>%d</HeightAsDecimal>\n", tccp->prch[i]);
+ fprintf(xmlout,"%s <WidthAsDecimal>%d</WidthAsDecimal>\n", s, tccp->prcw[i]);
+ fprintf(xmlout,"%s <HeightAsDecimal>%d</HeightAsDecimal>\n", s, tccp->prch[i]);
}
- fprintf(xmlout, " </PrecinctHeightAndWidth>\n", i);
+ fprintf(xmlout, "%s </PrecinctHeightAndWidth>\n", s, i);
}
- fprintf(xmlout, " </PrecinctSize>\n"); /* 1 byte, SPcox (I_i) */
+ fprintf(xmlout, "%s </PrecinctSize>\n", s); /* 1 byte, SPcox (I_i) */
}
- fprintf(xmlout, " </SPcoc>\n");
- fprintf(xmlout, " </CodingStyleComponent>\n");
+ fprintf(xmlout, "%s </SPcoc>\n", s);
+ fprintf(xmlout, "%s</CodingStyleComponent>\n", s);
}
}
/* This code will compile only if declaration of j2k_default_tcp is changed from static (to implicit extern) in j2k.c */
j2k_tccp_t *tccp;
int bandno, numbands;
+ char spaces[13] = " "; /* 12 spaces if tilepart*/
+ char* s = spaces;
+ if(tcp == &j2k_default_tcp) {
+ s++;s++; /* shorten s to 10 spaces if main */
+ }
/* Compare j2k_read_qcx */
- fprintf(xmlout, " <QuantizationDefault Marker=\"QCD\">\n"); /* Required in main header, single occurrence */
+ fprintf(xmlout, "%s<QuantizationDefault Marker=\"QCD\">\n", s); /* Required in main header, single occurrence */
tccp = &(tcp->tccps[0]);
/* Not retained or of interest: Lqcd */
- fprintf(xmlout, " <Sqcd>\n"); /* 1 byte */
+ fprintf(xmlout, "%s <Sqcd>\n", s); /* 1 byte */
if(notes)
- fprintf(xmlout, " <!-- Default quantization style for all components. -->\n");
+ fprintf(xmlout, "%s <!-- Default quantization style for all components. -->\n", s);
if(raw)
- fprintf(xmlout, " <AsHex>0x%02x</AsHex>\n", (tccp->numgbits) << 5 | tccp->qntsty);
+ fprintf(xmlout, "%s <AsHex>0x%02x</AsHex>\n", s, (tccp->numgbits) << 5 | tccp->qntsty);
if(derived)
- fprintf(xmlout, " <QuantizationStyle>%d</QuantizationStyle>\n", tccp->qntsty);
+ fprintf(xmlout, "%s <QuantizationStyle>%d</QuantizationStyle>\n", s, tccp->qntsty);
if(notes) {
- fprintf(xmlout, " <!-- Quantization style (in Sqcd's low 5 bits) may be: -->\n");
- fprintf(xmlout, " <!-- 0 = No quantization. SPqcd size = 8 bits-->\n");
- fprintf(xmlout, " <!-- 1 = Scalar derived (values signaled for N(L)LL subband only). Use Eq. E.5. SPqcd size = 16. -->\n");
- fprintf(xmlout, " <!-- 2 = Scalar expounded (values signaled for each subband). SPqcd size = 16. -->\n");
+ fprintf(xmlout, "%s <!-- Quantization style (in Sqcd's low 5 bits) may be: -->\n", s);
+ fprintf(xmlout, "%s <!-- 0 = No quantization. SPqcd size = 8 bits-->\n", s);
+ fprintf(xmlout, "%s <!-- 1 = Scalar derived (values signaled for N(L)LL subband only). Use Eq. E.5. SPqcd size = 16. -->\n", s);
+ fprintf(xmlout, "%s <!-- 2 = Scalar expounded (values signaled for each subband). SPqcd size = 16. -->\n", s);
}
if(derived)
- fprintf(xmlout, " <NumberOfGuardBits>%d</NumberOfGuardBits>\n", tccp->numgbits);
+ fprintf(xmlout, "%s <NumberOfGuardBits>%d</NumberOfGuardBits>\n", s, tccp->numgbits);
if(notes)
- fprintf(xmlout, " <!-- 0-7 guard bits allowed (stored in Sqcd's high 3 bits) -->\n");
- fprintf(xmlout, " </Sqcd>\n");
+ fprintf(xmlout, "%s <!-- 0-7 guard bits allowed (stored in Sqcd's high 3 bits) -->\n", s);
+ fprintf(xmlout, "%s </Sqcd>\n", s);
/* Problem: numbands in some cases is calculated from len, which is not retained or available here at this time */
/* So we'll just dump all internal values */
/* We could calculate it, but I'm having trouble believing the length equations in the standard */
- fprintf(xmlout, " <SPqcd>\n");
+ fprintf(xmlout, "%s <SPqcd>\n", s);
switch(tccp->qntsty) {
case J2K_CCP_QNTSTY_NOQNT: /* no quantization */
/* This is what standard says, but I don't believe it: len = 4 + (3*decomp); */
numbands = J2K_MAXBANDS; /* should be: numbands = len - 1; */
/* Better: IMAGINE numbands = tccp->stepsize_numbands; */
/* Instead look for first zero exponent, quit there. Adequate? */
- fprintf(xmlout, " <ReversibleStepSizeValue>\n");
+ fprintf(xmlout, "%s <ReversibleStepSizeValue>\n", s);
if(notes) {
- fprintf(xmlout, " <!-- Current mj2_to_metadata implementation dumps entire internal table, -->\n");
- fprintf(xmlout, " <!-- until an exponent with zero value is reached. -->\n");
- fprintf(xmlout, " <!-- Exponent epsilon(b) of reversible dynamic range. -->\n");
- fprintf(xmlout, " <!-- Hex value is as stored, in high-order 5 bits. -->\n");
+ fprintf(xmlout, "%s <!-- Current mj2_to_metadata implementation dumps entire internal table, -->\n", s);
+ fprintf(xmlout, "%s <!-- until an exponent with zero value is reached. -->\n", s);
+ fprintf(xmlout, "%s <!-- Exponent epsilon(b) of reversible dynamic range. -->\n", s);
+ fprintf(xmlout, "%s <!-- Hex value is as stored, in high-order 5 bits. -->\n", s);
}
for (bandno = 0; bandno < numbands; bandno++) {
if(tccp->stepsizes[bandno].expn == 0)
break; /* Remove when we have real numbands */
- fprintf(xmlout, " <DynamicRangeExponent Subband=\"%d\">\n", bandno);
+ fprintf(xmlout, "%s <DynamicRangeExponent Subband=\"%d\">\n", s, bandno);
if(raw)
- fprintf(xmlout," <AsHex>0x%02x</AsHex>\n", tccp->stepsizes[bandno].expn << 3);
+ fprintf(xmlout,"%s <AsHex>0x%02x</AsHex>\n", s, tccp->stepsizes[bandno].expn << 3);
if(derived)
- fprintf(xmlout," <AsDecimal>%d</AsDecimal>\n", tccp->stepsizes[bandno].expn);
- fprintf(xmlout, " </DynamicRangeExponent>\n");
+ fprintf(xmlout,"%s <AsDecimal>%d</AsDecimal>\n", s, tccp->stepsizes[bandno].expn);
+ fprintf(xmlout, "%s </DynamicRangeExponent>\n", s);
}
- fprintf(xmlout, " </ReversibleStepSizeValue>\n");
+ fprintf(xmlout, "%s </ReversibleStepSizeValue>\n", s);
break;
case J2K_CCP_QNTSTY_SIQNT: /* scalar quantization derived */
/* This is what standard says. Should I believe it:: len = 5;
/* numbands = 1; */
- fprintf(xmlout, " <QuantizationStepSizeValues>\n");
+ fprintf(xmlout, "%s <QuantizationStepSizeValues>\n", s);
if(notes)
- fprintf(xmlout, " <!-- For irreversible transformation only. See Part I Annex E Equation E.3 -->\n");
- fprintf(xmlout, " <QuantizationValues Subband=\"0\">\n");
+ fprintf(xmlout, "%s <!-- For irreversible transformation only. See Part I Annex E Equation E.3 -->\n", s);
+ fprintf(xmlout, "%s <QuantizationValues Subband=\"0\">\n", s);
if(notes)
- fprintf(xmlout, " <!-- For N(L)LL subband: >\n");
+ fprintf(xmlout, "%s <!-- For N(L)LL subband: >\n", s);
if(raw)
- fprintf(xmlout, " <AsHex>0x%02x</AsHex>\n", (tccp->stepsizes[0].expn << 11) | tccp->stepsizes[0].mant);
+ fprintf(xmlout, "%s <AsHex>0x%02x</AsHex>\n", s, (tccp->stepsizes[0].expn << 11) | tccp->stepsizes[0].mant);
if(derived) {
- fprintf(xmlout, " <Exponent>%d</Exponent>\n", tccp->stepsizes[0].expn);
- fprintf(xmlout, " <Mantissa>%d</Mantissa>\n", tccp->stepsizes[0].mant);
+ fprintf(xmlout, "%s <Exponent>%d</Exponent>\n", s, tccp->stepsizes[0].expn);
+ fprintf(xmlout, "%s <Mantissa>%d</Mantissa>\n", s, tccp->stepsizes[0].mant);
}
- fprintf(xmlout, " </QuantizationValues>\n");
+ fprintf(xmlout, "%s </QuantizationValues>\n", s);
if(notes) {
- fprintf(xmlout, " <!-- Exponents for subbands beyond 0 are not from header, but calculated per Eq. E.5 -->\n");
- fprintf(xmlout, " <!-- The mantissa for all subbands is the same, given by the value above. -->\n");
- fprintf(xmlout, " <!-- Current mj2_to_metadata implementation dumps entire internal table, -->\n");
- fprintf(xmlout, " <!-- until a subband with exponent of zero value is reached. -->\n");
+ fprintf(xmlout, "%s <!-- Exponents for subbands beyond 0 are not from header, but calculated per Eq. E.5 -->\n", s);
+ fprintf(xmlout, "%s <!-- The mantissa for all subbands is the same, given by the value above. -->\n", s);
+ fprintf(xmlout, "%s <!-- Current mj2_to_metadata implementation dumps entire internal table, -->\n", s);
+ fprintf(xmlout, "%s <!-- until a subband with exponent of zero value is reached. -->\n", s);
}
for (bandno = 1; bandno < J2K_MAXBANDS; bandno++) {
if(tccp->stepsizes[bandno].expn == 0)
break;
- fprintf(xmlout, " <CalculatedExponent Subband=\"%d\">%d</CalculatedExponent>\n", bandno, tccp->stepsizes[bandno].expn);
+ fprintf(xmlout, "%s <CalculatedExponent Subband=\"%d\">%d</CalculatedExponent>\n", s, bandno, tccp->stepsizes[bandno].expn);
}
- fprintf(xmlout, " </QuantizationStepSizeValues>\n");
+ fprintf(xmlout, "%s </QuantizationStepSizeValues>\n", s);
break;
default: /* J2K_CCP_QNTSTY_SEQNT */ /* scalar quantization expounded */
/* This is what standard says, but should I believe it: len = 5 + 6*decomp; */
numbands = J2K_MAXBANDS; /* should be: (len - 1) / 2;*/
/* Better: IMAGINE numbands = tccp->stepsize_numbands; */
- fprintf(xmlout, " <QuantizationStepSizeValues>\n");
+ fprintf(xmlout, "%s <QuantizationStepSizeValues>\n", s);
if(notes) {
- fprintf(xmlout, " <!-- For irreversible transformation only. See Part I Annex E Equation E.3 -->\n");
- fprintf(xmlout, " <!-- Current mj2_to_metadata implementation dumps entire internal table, -->\n");
- fprintf(xmlout, " <!-- until a subband with mantissa and exponent of zero values is reached. -->\n");
+ fprintf(xmlout, "%s <!-- For irreversible transformation only. See Part I Annex E Equation E.3 -->\n", s);
+ fprintf(xmlout, "%s <!-- Current mj2_to_metadata implementation dumps entire internal table, -->\n", s);
+ fprintf(xmlout, "%s <!-- until a subband with mantissa and exponent of zero values is reached. -->\n", s);
}
for (bandno = 0; bandno < numbands; bandno++) {
if(tccp->stepsizes[bandno].expn == 0 && tccp->stepsizes[bandno].mant == 0)
break; /* Remove when we have real numbands */
- fprintf(xmlout, " <QuantizationValues Subband=\"%d\">\n", bandno);
+ fprintf(xmlout, "%s <QuantizationValues Subband=\"%d\">\n", s, bandno);
if(raw)
- fprintf(xmlout," <AsHex>0x%02x</AsHex>\n", (tccp->stepsizes[bandno].expn << 11) | tccp->stepsizes[bandno].mant);
+ fprintf(xmlout,"%s <AsHex>0x%02x</AsHex>\n", s, (tccp->stepsizes[bandno].expn << 11) | tccp->stepsizes[bandno].mant);
if(derived) {
- fprintf(xmlout," <Exponent>%d</Exponent>\n", tccp->stepsizes[bandno].expn);
- fprintf(xmlout," <Mantissa>%d</Mantissa>\n", tccp->stepsizes[bandno].mant);
+ fprintf(xmlout,"%s <Exponent>%d</Exponent>\n", s, tccp->stepsizes[bandno].expn);
+ fprintf(xmlout,"%s <Mantissa>%d</Mantissa>\n", s, tccp->stepsizes[bandno].mant);
}
- fprintf(xmlout, " </QuantizationValues>\n");
+ fprintf(xmlout, "%s </QuantizationValues>\n", s);
}
- fprintf(xmlout, " </QuantizationStepSizeValues>\n");
+ fprintf(xmlout, "%s </QuantizationStepSizeValues>\n", s);
break;
} /* switch */
- fprintf(xmlout, " </SPqcd>\n");
- fprintf(xmlout, " </QuantizationDefault>\n");
+ fprintf(xmlout, "%s </SPqcd>\n", s);
+ fprintf(xmlout, "%s</QuantizationDefault>\n", s);
/* Alignments: " < < < < < To help maintain xml pretty-printing */
}
j2k_tccp_t *tccp, *firstcomp_tccp;
int bandno, numbands;
int compno;
+ char spaces[13] = " "; /* 12 spaces if tilepart*/
+ char* s = spaces;
+ if(tcp == &j2k_default_tcp) {
+ s++;s++; /* shorten s to 10 spaces if main */
+ }
firstcomp_tccp = &(tcp->tccps[0]);
/* Internal data structure tccp defines separate defaults for each component, set from main */
/* We don't really know which was the default, and which were not */
/* Let's pretend that [0] is the default and all others are not */
if(notes) {
- fprintf(xmlout, " <!-- mj2_to_metadata implementation always reports component[0] as using default QCD, -->\n");
+ fprintf(xmlout, "%s<!-- mj2_to_metadata implementation always reports component[0] as using default QCD, -->\n", s);
if(tcp == &j2k_default_tcp)
- fprintf(xmlout, " <!-- and any other component, with main-header quantization values different from [0], as QCC. -->\n");
+ fprintf(xmlout, "%s<!-- and any other component, with main-header quantization values different from [0], as QCC. -->\n", s);
else
- fprintf(xmlout, " <!-- and any other component, with tile-part-header quantization values different from [0], as QCC. -->\n");
+ fprintf(xmlout, "%s<!-- and any other component, with tile-part-header quantization values different from [0], as QCC. -->\n", s);
}
for (compno = 1; compno < numcomps; compno++) /* spec says components are zero-based */
{
continue;
/* Compare j2k_read_qcx */
- fprintf(xmlout, " <QuantizationComponent Marker=\"QCC\" Component=\"%d\">\n", compno); /* Required in main header, single occurrence */
+ fprintf(xmlout, "%s<QuantizationComponent Marker=\"QCC\" Component=\"%d\">\n", s, compno); /* Required in main header, single occurrence */
tccp = &j2k_default_tcp.tccps[0];
/* Not retained or perhaps of interest: Lqcd It maybe can be calculated. */
- fprintf(xmlout, " <Sqcc>\n"); /* 1 byte */
+ fprintf(xmlout, "%s <Sqcc>\n", s); /* 1 byte */
if(notes)
- fprintf(xmlout, " <!-- Quantization style for this component. -->\n");
+ fprintf(xmlout, "%s <!-- Quantization style for this component. -->\n", s);
if(raw)
- fprintf(xmlout, " <AsHex>0x%02x</AsHex>\n", (tccp->numgbits) << 5 | tccp->qntsty);
+ fprintf(xmlout, "%s <AsHex>0x%02x</AsHex>\n", s, (tccp->numgbits) << 5 | tccp->qntsty);
if(derived)
- fprintf(xmlout, " <QuantizationStyle>%d</QuantizationStyle>\n", tccp->qntsty);
+ fprintf(xmlout, "%s <QuantizationStyle>%d</QuantizationStyle>\n", s, tccp->qntsty);
if(notes) {
- fprintf(xmlout, " <!-- Quantization style (in Sqcc's low 5 bits) may be: -->\n");
- fprintf(xmlout, " <!-- 0 = No quantization. SPqcc size = 8 bits-->\n");
- fprintf(xmlout, " <!-- 1 = Scalar derived (values signaled for N(L)LL subband only). Use Eq. E.5. SPqcc size = 16. -->\n");
- fprintf(xmlout, " <!-- 2 = Scalar expounded (values signaled for each subband). SPqcc size = 16. -->\n");
+ fprintf(xmlout, "%s <!-- Quantization style (in Sqcc's low 5 bits) may be: -->\n", s);
+ fprintf(xmlout, "%s <!-- 0 = No quantization. SPqcc size = 8 bits-->\n", s);
+ fprintf(xmlout, "%s <!-- 1 = Scalar derived (values signaled for N(L)LL subband only). Use Eq. E.5. SPqcc size = 16. -->\n", s);
+ fprintf(xmlout, "%s <!-- 2 = Scalar expounded (values signaled for each subband). SPqcc size = 16. -->\n", s);
}
if(derived)
- fprintf(xmlout, " <NumberOfGuardBits>%d</NumberOfGuardBits>\n", tccp->numgbits);
+ fprintf(xmlout, "%s <NumberOfGuardBits>%d</NumberOfGuardBits>\n", s, tccp->numgbits);
if(notes)
- fprintf(xmlout, " <!-- 0-7 guard bits allowed (stored in Sqcc's high 3 bits) -->\n");
- fprintf(xmlout, " </Sqcc>\n");
+ fprintf(xmlout, "%s <!-- 0-7 guard bits allowed (stored in Sqcc's high 3 bits) -->\n", s);
+ fprintf(xmlout, "%s </Sqcc>\n", s);
/* Problem: numbands in some cases is calculated from len, which is not retained or available here at this time */
/* So we'll just dump all internal values */
- fprintf(xmlout, " <SPqcc>\n");
+ fprintf(xmlout, "%s <SPqcc>\n", s);
switch(tccp->qntsty) {
case J2K_CCP_QNTSTY_NOQNT:
numbands = J2K_MAXBANDS; /* should be: numbands = len - 1; */
/* Better: IMAGINE numbands = tccp->stepsize_numbands; */
/* Instead look for first zero exponent, quit there. Adequate? */
- fprintf(xmlout, " <ReversibleStepSizeValue>\n");
+ fprintf(xmlout, "%s <ReversibleStepSizeValue>\n", s);
if(notes) {
- fprintf(xmlout, " <!-- Current mj2_to_metadata implementation dumps entire internal table, -->\n");
- fprintf(xmlout, " <!-- until an exponent with zero value is reached. -->\n");
- fprintf(xmlout, " <!-- Exponent epsilon(b) of reversible dynamic range. -->\n");
- fprintf(xmlout, " <!-- Hex value is as stored, in high-order 5 bits. -->\n");
+ fprintf(xmlout, "%s <!-- Current mj2_to_metadata implementation dumps entire internal table, -->\n", s);
+ fprintf(xmlout, "%s <!-- until an exponent with zero value is reached. -->\n", s);
+ fprintf(xmlout, "%s <!-- Exponent epsilon(b) of reversible dynamic range. -->\n", s);
+ fprintf(xmlout, "%s <!-- Hex value is as stored, in high-order 5 bits. -->\n", s);
}
for (bandno = 0; bandno < numbands; bandno++) {
if(tccp->stepsizes[bandno].expn == 0)
break; /* Remove this once we have real numbands */
- fprintf(xmlout, " <Exponent Subband=\"%d\">\n", bandno);
+ fprintf(xmlout, "%s <Exponent Subband=\"%d\">\n", s, bandno);
if(raw)
- fprintf(xmlout," <AsHex>0x%02x</AsHex>\n", tccp->stepsizes[bandno].expn << 3);
+ fprintf(xmlout,"%s <AsHex>0x%02x</AsHex>\n", s, tccp->stepsizes[bandno].expn << 3);
if(derived)
- fprintf(xmlout," <AsDecimal>%d</AsDecimal>\n", tccp->stepsizes[bandno].expn);
- fprintf(xmlout, " </Exponent>\n");
+ fprintf(xmlout,"%s <AsDecimal>%d</AsDecimal>\n", s, tccp->stepsizes[bandno].expn);
+ fprintf(xmlout, "%s </Exponent>\n", s);
}
- fprintf(xmlout, " </ReversibleStepSizeValue>\n");
+ fprintf(xmlout, "%s </ReversibleStepSizeValue>\n", s);
break;
case J2K_CCP_QNTSTY_SIQNT:
/* numbands = 1; */
- fprintf(xmlout, " <QuantizationStepSizeValues>\n");
+ fprintf(xmlout, "%s <QuantizationStepSizeValues>\n", s);
if(notes)
- fprintf(xmlout, " <!-- For irreversible transformation only. See Part I Annex E Equation E.3 -->\n");
- fprintf(xmlout, " <QuantizationValuesForSubband0>\n");
+ fprintf(xmlout, "%s <!-- For irreversible transformation only. See Part I Annex E Equation E.3 -->\n", s);
+ fprintf(xmlout, "%s <QuantizationValuesForSubband0>\n", s);
if(notes)
- fprintf(xmlout, " <!-- For N(L)LL subband: >\n");
+ fprintf(xmlout, "%s <!-- For N(L)LL subband: >\n", s);
if(raw)
- fprintf(xmlout, " <AsHex>0x%02x</AsHex>\n", (tccp->stepsizes[0].expn << 11) | tccp->stepsizes[0].mant);
+ fprintf(xmlout, "%s <AsHex>0x%02x</AsHex>\n", s, (tccp->stepsizes[0].expn << 11) | tccp->stepsizes[0].mant);
if(derived) {
- fprintf(xmlout, " <Exponent>%d</Exponent>\n", tccp->stepsizes[0].expn);
- fprintf(xmlout, " <Mantissa>%d</Mantissa>\n", tccp->stepsizes[0].mant);
+ fprintf(xmlout, "%s <Exponent>%d</Exponent>\n", s, tccp->stepsizes[0].expn);
+ fprintf(xmlout, "%s <Mantissa>%d</Mantissa>\n", s, tccp->stepsizes[0].mant);
}
- fprintf(xmlout, " </QuantizationValuesForSubband0>\n");
+ fprintf(xmlout, "%s </QuantizationValuesForSubband0>\n", s);
if(notes) {
- fprintf(xmlout, " <!-- Exponents for subbands beyond 0 are not from header, but calculated per Eq. E.5 -->\n");
- fprintf(xmlout, " <!-- The mantissa for all subbands is the same, given by the value above. -->\n");
- fprintf(xmlout, " <!-- Current mj2_to_metadata implementation dumps entire internal table, -->\n");
- fprintf(xmlout, " <!-- until a subband with exponent of zero value is reached. -->\n");
+ fprintf(xmlout, "%s <!-- Exponents for subbands beyond 0 are not from header, but calculated per Eq. E.5 -->\n", s);
+ fprintf(xmlout, "%s <!-- The mantissa for all subbands is the same, given by the value above. -->\n", s);
+ fprintf(xmlout, "%s <!-- Current mj2_to_metadata implementation dumps entire internal table, -->\n", s);
+ fprintf(xmlout, "%s <!-- until a subband with exponent of zero value is reached. -->\n", s);
}
for (bandno = 1; bandno < J2K_MAXBANDS; bandno++) {
if(tccp->stepsizes[bandno].expn == 0)
break;
- fprintf(xmlout, " <CalculatedExponent Subband=\"%d\">%d</CalculatedExponent>\n", bandno, tccp->stepsizes[bandno].expn);
+ fprintf(xmlout, "%s <CalculatedExponent Subband=\"%d\">%d</CalculatedExponent>\n", s, bandno, tccp->stepsizes[bandno].expn);
}
- fprintf(xmlout, " </QuantizationStepSizeValues>\n");
+ fprintf(xmlout, "%s </QuantizationStepSizeValues>\n", s);
break;
default: /* J2K_CCP_QNTSTY_SEQNT */
numbands = J2K_MAXBANDS; /* should be: (len - 1) / 2;*/
/* Better: IMAGINE numbands = tccp->stepsize_numbands; */
- fprintf(xmlout, " <QuantizationStepSizeValues>\n");
+ fprintf(xmlout, "%s <QuantizationStepSizeValues>\n", s);
if(notes) {
- fprintf(xmlout, " <!-- For irreversible transformation only. See Part I Annex E Equation E.3 -->\n");
- fprintf(xmlout, " <!-- Current mj2_to_metadata implementation dumps entire internal table, -->\n");
- fprintf(xmlout, " <!-- until a subband with mantissa and exponent of zero values is reached. -->\n");
+ fprintf(xmlout, "%s <!-- For irreversible transformation only. See Part I Annex E Equation E.3 -->\n", s);
+ fprintf(xmlout, "%s <!-- Current mj2_to_metadata implementation dumps entire internal table, -->\n", s);
+ fprintf(xmlout, "%s <!-- until a subband with mantissa and exponent of zero values is reached. -->\n", s);
}
for (bandno = 0; bandno < numbands; bandno++) {
if(tccp->stepsizes[bandno].expn == 0 && tccp->stepsizes[bandno].mant == 0)
break; /* Remove this once we have real numbands count */
- fprintf(xmlout, " <QuantizationValues Subband=\"%d\">\n", bandno);
+ fprintf(xmlout, "%s <QuantizationValues Subband=\"%d\">\n", s, bandno);
if(raw)
- fprintf(xmlout," <AsHex>0x%02x</AsHex>\n", (tccp->stepsizes[bandno].expn << 11) | tccp->stepsizes[bandno].mant);
+ fprintf(xmlout,"%s <AsHex>0x%02x</AsHex>\n", s, (tccp->stepsizes[bandno].expn << 11) | tccp->stepsizes[bandno].mant);
if(derived) {
- fprintf(xmlout," <Exponent>%d</Exponent>\n", tccp->stepsizes[bandno].expn);
- fprintf(xmlout," <Mantissa>%d</Mantissa>\n", tccp->stepsizes[bandno].mant);
+ fprintf(xmlout,"%s <Exponent>%d</Exponent>\n", s, tccp->stepsizes[bandno].expn);
+ fprintf(xmlout,"%s <Mantissa>%d</Mantissa>\n", s, tccp->stepsizes[bandno].mant);
}
- fprintf(xmlout, " </QuantizationValues>\n");
+ fprintf(xmlout, "%s </QuantizationValues>\n", s);
}
- fprintf(xmlout, " </QuantizationStepSizeValues>\n");
+ fprintf(xmlout, "%s </QuantizationStepSizeValues>\n", s);
break;
} /* switch */
- fprintf(xmlout, " </SPqcc>\n");
- fprintf(xmlout, " </QuantizationComponent>\n");
+ fprintf(xmlout, "%s </SPqcc>\n", s);
+ fprintf(xmlout, "%s</QuantizationComponent>\n", s);
}
/* Alignments: " < < < < < To help maintain xml pretty-printing */
}
void xml_out_frame_rgn(FILE* xmlout, j2k_tcp_t *tcp, int numcomps)
{
int compno, SPrgn;
- /* Don't know if MJ2 files can have regions of interest. Assume yes. */
+ /* MJ2 files can have regions of interest if hybridized with JPX Part II */
+ char spaces[13] = " "; /* 12 spaces if tilepart*/
+ char* s = spaces;
+ if(tcp == &j2k_default_tcp) {
+ s++;s++; /* shorten s to 10 spaces if main */
+ }
+
for(compno = 0; compno < numcomps; compno++) {
SPrgn = tcp->tccps[compno].roishift; /* 1 byte; SPrgn */
if(SPrgn == 0)
continue; /* Yet another kludge */
- fprintf(xmlout, " <RegionOfInterest Marker=\"RGN\">\n"); /* Optional in main header, at most 1 per component */
+ fprintf(xmlout, "%s<RegionOfInterest Marker=\"RGN\">\n", s); /* Optional in main header, at most 1 per component */
if(notes)
- fprintf(xmlout, " <!-- See Crgn below for zero-based component number. -->\n");
+ fprintf(xmlout, "%s<!-- See Crgn below for zero-based component number. -->\n", s);
/* Not retained or of interest: Lrgd */
- fprintf(xmlout, " <Srgn>0</Srgn>\n"); /* 1 byte */
+ fprintf(xmlout, "%s <Srgn>0</Srgn>\n", s); /* 1 byte */
if(notes)
- fprintf(xmlout, " <!-- Srgn is ROI style. Only style=0 defined: Implicit ROI (max. shift) -->\n");
- fprintf(xmlout, " <Crgn>%d</Crgn>\n", compno); /* 1 or 2 bytes */
- fprintf(xmlout, " <SPrgn>%d</SPrgn>\n", SPrgn); /* 1 byte */
+ fprintf(xmlout, "%s <!-- Srgn is ROI style. Only style=0 defined: Implicit ROI (max. shift) -->\n", s);
+ fprintf(xmlout, "%s <Crgn>%d</Crgn>\n", s, compno); /* 1 or 2 bytes */
+ fprintf(xmlout, "%s <SPrgn>%d</SPrgn>\n", s, SPrgn); /* 1 byte */
if(notes)
- fprintf(xmlout, " <!-- SPrgn is implicit ROI shift, i.e., binary shifting of ROI coefficients above background. -->\n");
- fprintf(xmlout, " </RegionOfInterest\n"); /* Optional in main header, at most 1 per component */
+ fprintf(xmlout, "%s <!-- SPrgn is implicit ROI shift, i.e., binary shifting of ROI coefficients above background. -->\n", s);
+ fprintf(xmlout, "</RegionOfInterest\n", s); /* Optional in main header, at most 1 per component */
}
}
/* Compare j2k_read_poc() */
int i;
j2k_poc_t *poc;
+ char spaces[13] = " "; /* 12 spaces if tilepart*/
+ char* s = spaces;
+ if(tcp == &j2k_default_tcp) {
+ s++;s++; /* shorten s to 10 spaces if main */
+ }
if(tcp->POC != 1)
return; /* Not present */
- fprintf(xmlout, " <ProgressionOrderChange Marker=\"POC\">\n"); /* Optional in main header, at most 1 per component */
+ fprintf(xmlout, "%s<ProgressionOrderChange Marker=\"POC\">\n", s); /* Optional in main header, at most 1 per component */
/* j2k_read_poc seems to allow accumulation of default pocs from multiple POC segments, but does
the spec really allow that? */
/* 2 bytes, not retained; Lpoc */
/* I probably didn't get this dump precisely right. */
for (i = 0; i < tcp->numpocs; i++) {
poc = &tcp->pocs[i];
- fprintf(xmlout, " <Progression Num=\"%d\">\n", i+1);
- fprintf(xmlout, " <RSpoc>%d</RSpoc>\n", poc->resno0); /* 1 byte, RSpoc_i */
+ fprintf(xmlout, "%s <Progression Num=\"%d\">\n", s, i+1);
+ fprintf(xmlout, "%S <RSpoc>%d</RSpoc>\n", s, poc->resno0); /* 1 byte, RSpoc_i */
if(notes)
- fprintf(xmlout," <!-- Resolution level index (inclusive) for progression start. Range: 0 to 33 -->\n");
- fprintf(xmlout, " <CSpoc>%d</CSpoc>\n", poc->compno0);/* j2k_img->numcomps <= 256 ? 1 byte : 2 bytes; CSpoc_i */
+ fprintf(xmlout,"%s <!-- Resolution level index (inclusive) for progression start. Range: 0 to 33 -->\n", s);
+ fprintf(xmlout, "%s <CSpoc>%d</CSpoc>\n", s, poc->compno0);/* j2k_img->numcomps <= 256 ? 1 byte : 2 bytes; CSpoc_i */
if(notes)
- fprintf(xmlout," <!-- Component index (inclusive) for progression start. -->\n");
- fprintf(xmlout, " <LYEpoc>%d</LYEpoc>\n", poc->layno1); /* int_min(cio_read(2), tcp->numlayers); /* 2 bytes; LYEpoc_i */
+ fprintf(xmlout,"%s <!-- Component index (inclusive) for progression start. -->\n", s);
+ fprintf(xmlout, "%s <LYEpoc>%d</LYEpoc>\n", s, poc->layno1); /* int_min(cio_read(2), tcp->numlayers); /* 2 bytes; LYEpoc_i */
if(notes)
- fprintf(xmlout," <!-- Layer index (exclusive) for progression end. -->\n");
- fprintf(xmlout, " <REpoc>%d</REpoc>\n", poc->resno1); /*int_min(cio_read(1), tccp->numresolutions); /* REpoc_i */
+ fprintf(xmlout,"%s <!-- Layer index (exclusive) for progression end. -->\n", s);
+ fprintf(xmlout, "%s <REpoc>%d</REpoc>\n", s, poc->resno1); /*int_min(cio_read(1), tccp->numresolutions); /* REpoc_i */
if(notes)
- fprintf(xmlout," <!-- Resolution level index (exclusive) for progression end. Range: RSpoc to 33 -->\n");
- fprintf(xmlout, " <CEpoc>%d</CEpoc>\n", poc->compno1); /* int_min(cio_read(j2k_img->numcomps <= 256 ? 1 : 2), j2k_img->numcomps); /* CEpoc_i */
+ fprintf(xmlout,"%s <!-- Resolution level index (exclusive) for progression end. Range: RSpoc to 33 -->\n", s);
+ fprintf(xmlout, "%s <CEpoc>%d</CEpoc>\n", s, poc->compno1); /* int_min(cio_read(j2k_img->numcomps <= 256 ? 1 : 2), j2k_img->numcomps); /* CEpoc_i */
if(notes)
- fprintf(xmlout," <!-- Component index (exclusive) for progression end. Minimum: CSpoc -->\n");
- fprintf(xmlout, " <Ppoc>%d</Ppoc>\n", poc->prg); /* 1 byte Ppoc_i */
+ fprintf(xmlout,"%s <!-- Component index (exclusive) for progression end. Minimum: CSpoc -->\n", s);
+ fprintf(xmlout, "%s <Ppoc>%d</Ppoc>\n", s, poc->prg); /* 1 byte Ppoc_i */
if(notes) {
- fprintf(xmlout," <!-- Defined Progression Order Values are: -->\n");
- fprintf(xmlout," <!-- 0 = LRCP; 1 = RLCP; 2 = RPCL; 3 = PCRL; 4 = CPRL -->\n");
- fprintf(xmlout," <!-- where L = \"layer\", R = \"resolution level\", C = \"component\", P = \"position\". -->\n");
+ fprintf(xmlout,"%s <!-- Defined Progression Order Values are: -->\n", s);
+ fprintf(xmlout,"%s <!-- 0 = LRCP; 1 = RLCP; 2 = RPCL; 3 = PCRL; 4 = CPRL -->\n", s);
+ fprintf(xmlout,"%s <!-- where L = \"layer\", R = \"resolution level\", C = \"component\", P = \"position\". -->\n", s);
}
- fprintf(xmlout, " </Progression>\n");
+ fprintf(xmlout, "%s </Progression>\n", s);
}
- fprintf(xmlout, " </ProgressionOrderChange\n");
+ fprintf(xmlout, "%s</ProgressionOrderChange\n", s);
}
/* ------------- */
/* Suppress PPM and PPT since we're not showing data from the third option, namely within the codestream, and
that's evidently what frames_to_mj2 uses. And a hex dump isn't so useful anyway */
-void xml_out_frame_ppm(FILE *xmlout, j2k_cp_t *cp) { /* opt (but reqd in main or tile for any progression order changes) */
+void xml_out_frame_ppm(FILE *xmlout, j2k_cp_t *cp) { /* For main header, not tile-part (which uses PPT instead). */
+/* Either the PPM or PPT is required if the packet headers are not distributed in the bit stream */
+/* Use of PPM and PPT are mutually exclusive. */
/* Compare j2k_read_ppm() */
int j;
if(cp->ppm != 1)
return; /* Not present */
-
- fprintf(xmlout, " <PackedPacketHeadersMainHeader Marker=\"PPM\">\n"); /* Optional in main header, but if not, must be in PPT or codestream */
+/* Main header uses indent of 10 spaces */
+ fprintf(xmlout, "
<PackedPacketHeadersMainHeader Marker=\"PPM\">\n"); /* Optional in main header, but if not, must be in PPT or codestream */
/* 2 bytes Lppm not saved */
if(notes) {
- fprintf(xmlout, " <!-- If there are multiple PPM marker segments in the main header, -->\n");
- fprintf(xmlout, " <!-- this mj2_to_metadata implementation will report them as a single consolidated PPM header. -->\n");
- fprintf(xmlout, " <!-- The implementation can't currently segregate by tile-part. -->\n");
- fprintf(xmlout, " <!-- TO DO? further map the packet headers to xml. -->\n");
+ fprintf(xmlout, " <!-- If there are multiple PPM marker segments in the main header, -->\n");
+ fprintf(xmlout, " <!-- this mj2_to_metadata implementation will report them as a single consolidated PPM header. -->\n");
+ fprintf(xmlout, " <!-- The implementation can't currently segregate by tile-part. -->\n");
+ fprintf(xmlout, " <!-- TO DO? further map the packet headers to xml. -->\n");
}
/* 1 byte, not retained ; Zppm is sequence # of this PPM header */
/* 4 bytes, possibly overwritten multiple times in j2k_cp->ppm_previous: Nppm */
/* Use j symbol for index instead of i, to make comparable with j2k_read_ppm */
/* Not real clear whether to use ppm->store or ppm_len as upper bound */
- fprintf(xmlout, " <PackedData>\n");
+ fprintf(xmlout, "
<PackedData>\n");
xml_out_dump_hex(xmlout, cp->ppm_data, cp->ppm_len);
/* Dump packet headers 1 byte at a time: lppm[i][j] */
- fprintf(xmlout, " </PackedData>\n");
- fprintf(xmlout, " </PackedPacketHeadersMainHeader>\n"); /* Optional in main header, but if not, must be in PPT or codestream */
+ fprintf(xmlout, " </PackedData>\n");
+ fprintf(xmlout, " </PackedPacketHeadersMainHeader>\n"); /* Optional in main header, but if not, must be in PPT or codestream */
}
/* ------------- */
-void xml_out_frame_ppt(FILE *xmlout, j2k_tcp_t *tcp) { /* opt in tilepart header */
+void xml_out_frame_ppt(FILE *xmlout, j2k_tcp_t *tcp) { /* For tile-part header, not main (which uses PPM instead). */
+/* Either the PPM or PPT is required if the packet headers are not distributed in the bit stream */
+/* Use of PPM and PPT are mutually exclusive. */
/* Compare j2k_read_ppt() */
int j;
if(tcp->ppt != 1)
return; /* Not present */
- fprintf(xmlout, " <PackedPacketHeadersTilePartHeader Marker=\"PPT\">\n"); /* Optional in main header, but if not, must be in PPT or codestream */
+ /* Tile-part indents are 12 spaces */
+ fprintf(xmlout, " <PackedPacketHeadersTilePartHeader Marker=\"PPT\">\n"); /* Optional in main header, but if not, must be in PPT or codestream */
/* 2 bytes Lppm not saved */
if(notes) {
- fprintf(xmlout, " <!-- If there are multiple PPT marker segments in the tile-part header, -->\n");
- fprintf(xmlout, " <!-- this mj2_to_metadata implementation will report them as a single consolidated PPT header. -->\n");
- fprintf(xmlout, " <!-- The implementation can't currently segregate by tile-part. -->\n");
- fprintf(xmlout, " <!-- TO DO? further map the packet headers to xml. -->\n");
+ fprintf(xmlout, " <!-- If there are multiple PPT marker segments in the tile-part header, -->\n");
+ fprintf(xmlout, " <!-- this mj2_to_metadata implementation will report them as a single consolidated PPT header. -->\n");
+ fprintf(xmlout, " <!-- The implementation can't currently segregate by tile-part. -->\n");
+ fprintf(xmlout, " <!-- TO DO? further map the packet headers to xml. -->\n");
}
/* 1 byte, not retained ; Zppt is sequence # of this PPT header */
/* 4 bytes, possibly overwritten multiple times in j2k_cp->ppt_previous: Nppt */
/* Use j symbol for index instead of i, to make comparable with j2k_read_ppt */
/* Not real clear whether to use ppt->store or ppt_len as upper bound */
- fprintf(xmlout, " <PackedData>\n");
+ fprintf(xmlout, "
<PackedData>\n");
xml_out_dump_hex(xmlout, tcp->ppt_data, tcp->ppt_len);
/* Dump packet headers 1 byte at a time: lppt[i][j] */
- fprintf(xmlout, " </PackedData>\n");
- fprintf(xmlout, " </PackedPacketHeadersTileHeader>\n"); /* Optional in tile-part header, but if not, must be in PPM or codestream */
+ fprintf(xmlout, " </PackedData>\n");
+ fprintf(xmlout, " </PackedPacketHeadersTileHeader>\n"); /* Optional in tile-part header, but if not, must be in PPM or codestream */
}
#endif SUPPRESS_FOR_NOW
void xml_out_frame_tlm(FILE* xmlout) { /* opt, main header only. May be multiple. */
/* Compare j2k_read_tlm()... which doesn't retain anything! */
/* Plan: Since this is only called from main header, not tilepart, use global j2k_default_tcp rather than parameter */
+/* Main header indents are 10 spaces */
}
/* ------------- */
-void xml_out_frame_plm(FILE* xmlout) { /* opt in main; can be used in conjunction with PLT */
+void xml_out_frame_plm(FILE* xmlout) { /* opt, main header only; can be used in conjunction with tile-part's PLT */
/* NO-OP. PLM NOT SAVED IN DATA STRUCTURE */
/* Compare j2k_read_plm()... which doesn't retain anything! */
/* Plan: Since this is only called from main header, not tilepart, use global j2k_default_tcp rather than parameter */
+/* Main header indents are 10 spaces */
}
/* ------------- */
-void xml_out_frame_plt(FILE* xmlout, j2k_tcp_t *tcp) { /* opt in main; can be used in conjunction with PLT */
+void xml_out_frame_plt(FILE* xmlout, j2k_tcp_t *tcp) { /* opt, tile-part headers only; can be used in conjunction with main header's PLM */
/* NO-OP. PLT NOT SAVED IN DATA STRUCTURE */
/* Compare j2k_read_plt()... which doesn't retain anything! */
+/* Tile-part header indents are 12 spaces */
}
/* ------------- */
-void xml_out_frame_crg(FILE* xmlout) { /* NO-OP. CRG NOT SAVED IN DATA STRUCTURE */ /* opt in main; */
+void xml_out_frame_crg(FILE* xmlout) { /* NO-OP. CRG NOT SAVED IN DATA STRUCTURE */ /* opt, main header only; */
/* Compare j2k_read_crg()... which doesn't retain anything! */
/* Plan: Since this is only called from main header, not tilepart, use global j2k_default_tcp rather than parameter */
#ifdef NOTYET
if(j2k_default_tcp->crg != 1 || j2k_default_tcp->crg_i == 0)
return; /* Not present */
- fprintf(xmlout, " <ComponentRegistration Marker=\"RG\" Count=\"%d\">\n", j2k_default_tcp->crg_i);
+/* Main header indents are 10 spaces */
+ fprintf(xmlout, " <ComponentRegistration Marker=\"RG\" Count=\"%d\">\n", j2k_default_tcp->crg_i);
if(notes) {
- fprintf(xmlout, " <!-- Fine tuning of registration of components with respect to each other, -->\n");
- fprintf(xmlout, " <!-- not required but potentially helpful for decoder. -->\n");
- fprintf(xmlout, " <!-- These supplementary fractional offsets are in units of 1/65536 of the horizontal -->\n");
- fprintf(xmlout, " <!-- or vertical separation (e.g., XRsiz[i] or YRsiz[i] for component i). -->\n");
+ fprintf(xmlout, " <!-- Fine tuning of registration of components with respect to each other, -->\n");
+ fprintf(xmlout, " <!-- not required but potentially helpful for decoder. -->\n");
+ fprintf(xmlout, " <!-- These supplementary fractional offsets are in units of 1/65536 of the horizontal -->\n");
+ fprintf(xmlout, " <!-- or vertical separation (e.g., XRsiz[i] or YRsiz[i] for component i). -->\n");
}
/* This isn't the most compact form of table, but is OK when number of components is small, as is likely. */
for (i = 0; i < j2k_default_tcp->crg_i; i++) {
- fprintf(xmlout, " <Component Num=\"%d\">\n", i+1);
- fprintf(xmlout, " <Xcrg>\n");
+ fprintf(xmlout, " <Component Num=\"%d\">\n", i+1);
+ fprintf(xmlout, " <Xcrg>\n");
if(raw)
- fprintf(xmlout," <AsNumerator>%d</AsNumerator>\n", j2k_default_tcp->crg_xcrg[i]);
+ fprintf(xmlout,"
<AsNumerator>%d</AsNumerator>\n", j2k_default_tcp->crg_xcrg[i]);
if(derived) {
/* Calculate n * 100%/65536; 4 digits after decimal point is sufficiently accurate */
- fprintf(xmlout," <AsPercentage>%.4f</AsPercentage>\n", ((double)j2k_default_tcp->crg_xcrg[i])/655.36);
+ fprintf(xmlout,"
<AsPercentage>%.4f</AsPercentage>\n", ((double)j2k_default_tcp->crg_xcrg[i])/655.36);
/* We could do another calculation that include XRsiz[i]; maybe later. */
}
- fprintf(xmlout, " </Xcrg>\n");
- fprintf(xmlout, " <Ycrg>\n");
+ fprintf(xmlout, " </Xcrg>\n");
+ fprintf(xmlout, " <Ycrg>\n");
if(raw)
- fprintf(xmlout," <AsNumerator>%d</AsNumerator>\n", j2k_default_tcp->crg_ycrg[i]);
+ fprintf(xmlout,"
<AsNumerator>%d</AsNumerator>\n", j2k_default_tcp->crg_ycrg[i]);
if(derived) {
- fprintf(xmlout," <AsPercentage>%f</AsPercentage>\n", ((double)j2k_default_tcp->crg_ycrg[i])/655.36);
+ fprintf(xmlout,"
<AsPercentage>%f</AsPercentage>\n", ((double)j2k_default_tcp->crg_ycrg[i])/655.36);
}
- fprintf(xmlout, " </Ycrg>\n");
- fprintf(xmlout, " </Component>\n");
+ fprintf(xmlout, " </Ycrg>\n");
+ fprintf(xmlout, " </Component>\n");
}
- fprintf(xmlout, " </ComponentRegistration>\n");
+ fprintf(xmlout, " </ComponentRegistration>\n");
#endif
}
/* ------------- */
/* Regrettably from a metadata point of view, j2k_read_com() skips over any comments in main header or tile-part-header */
-void xml_out_frame_com(FILE* xmlout, j2k_tcp_t *tcp) { /* NO-OP. COM NOT SAVED IN DATA STRUCTURE */ /* opt in main; */
+void xml_out_frame_com(FILE* xmlout, j2k_tcp_t *tcp) { /* NO-OP. COM NOT SAVED IN DATA STRUCTURE */ /* opt in main or tile-part headers; */
/* Compare j2k_read_com()... which doesn't retain anything! */
#ifdef NOTYET
+ char spaces[13] = " "; /* 12 spaces if tilepart*/
+ char* s = spaces;
+ if(tcp == &j2k_default_tcp) {
+ s++;s++; /* shorten s to 10 spaces if main */
+ }
THIS PSEUDOCODE IMAGINES THESE EXIST: tcp->com, tcp->com_len, tcp->com_data array
if(tcp->com != 1)
return; /* Not present */
- fprintf(xmlout, " <Comment Marker=\"COM\">\n"); /* Optional in main or tile-part header */
- xml_out_dump_hex_and_ascii(tcp->com_data, tcp->com_len);
- fprintf(xmlout, " </Comment>\n");
+ fprintf(xmlout, "%s<Comment Marker=\"COM\">\n", s); /* Optional in main or tile-part header */
+ xml_out_dump_hex_and_ascii(tcp->com_data, tcp->com_len, s);
+ fprintf(xmlout, "%s</Comment>\n", s);
#endif
}
-void xml_out_dump_hex(FILE* xmlout, char *data, int data_len) {
+void xml_out_dump_hex(FILE* xmlout, char *data, int data_len, char* s) {
+ /* s is a string of spaces for indent */
int i;
/* This is called when raw is true, or there is no appropriate derived form */
- fprintf(xmlout, " <AsHex>\n");
- fprintf(xmlout, " "); /* Inadequate for pretty printing */
+ fprintf(xmlout, "%s<AsHex>\n", s);
+ fprintf(xmlout, "%s ", s); /* Inadequate for pretty printing */
for (i = 0; i < data_len; i++) { /* Dump packet headers */
fprintf(xmlout, "%02x", data[i]);
}
- fprintf(xmlout, " </AsHex>\n");
+ fprintf(xmlout, "%s</AsHex>\n", s);
}
/* Define this as an even number: */
#define BYTES_PER_DUMP_LINE 40
/* Current total width for Hex and ASCII is : 11 spaces lead + (3 * BPDL) + 2 spaces + BPDL */
-void xml_out_dump_hex_and_ascii(FILE* xmlout, char *data, int data_len) {
+void xml_out_dump_hex_and_ascii(FILE* xmlout, char *data, int data_len, char* s) {
+ /* s is a string of spaces for indent */
int i,j;
if(raw)
- xml_out_dump_hex(xmlout, data, data_len);
+ xml_out_dump_hex(xmlout, data, data_len, s);
if(derived) {
- fprintf(xmlout, " <AsHexAndASCII>\n");
+ fprintf(xmlout, "%s<AsHexAndASCII>\n", s);
for (i = 0; i < data_len; ) {
- fprintf(xmlout," "); /* Additional leading space added in loop */
+ fprintf(xmlout,"%s ", s); /* Additional leading space added in loop */
/* First column: hex */
for (j = 0; j < BYTES_PER_DUMP_LINE; j++) /* Dump bytes */
fprintf(xmlout," %02x", data[i+j]);
data is UTF-8 format but still ASCII, then we'll be able to read every byte as ASCII
in column 2. */
}
- fprintf(xmlout, " </AsHexAndASCII>\n");
+ fprintf(xmlout, "%s</AsHexAndASCII>\n", s);
}
}
/* Compare jp2_read_jp2h(jp2_struct_t * jp2_struct) */
int i;
- fprintf(xmlout, " <JP2Header BoxType=\"jp2h\">\n");
+ fprintf(xmlout, " <JP2Header BoxType=\"jp2h\">\n");
/* Compare jp2_read_ihdr(jp2_struct)) */
- fprintf(xmlout, " <ImageHeader BoxType=\"ihdr\">\n");
- fprintf(xmlout, " <HEIGHT>%d</HEIGHT>\n", jp2_struct->h); /* 4 bytes */
- fprintf(xmlout, " <WIDTH>%d</WIDTH>\n", jp2_struct->w); /* 4 bytes */
+ fprintf(xmlout, " <ImageHeader BoxType=\"ihdr\">\n");
+ fprintf(xmlout, " <HEIGHT>%d</HEIGHT>\n", jp2_struct->h); /* 4 bytes */
+ fprintf(xmlout, " <WIDTH>%d</WIDTH>\n", jp2_struct->w); /* 4 bytes */
if(notes)
- fprintf(xmlout, " <!-- HEIGHT here, if 2 fields per image, is of total deinterlaced height. -->\n");
- fprintf(xmlout, " <NC>%d</NC>\n", jp2_struct->numcomps); /* 2 bytes */
+ fprintf(xmlout, " <!-- HEIGHT here, if 2 fields per image, is of total deinterlaced height. -->\n");
+ fprintf(xmlout, " <NC>%d</NC>\n", jp2_struct->numcomps); /* 2 bytes */
if(notes)
- fprintf(xmlout, " <!-- NC is number of components -->\n"); /* 2 bytes */
- fprintf(xmlout, " <BPC>\n"); /* 1 byte */
+ fprintf(xmlout, " <!-- NC is number of components -->\n"); /* 2 bytes */
+ fprintf(xmlout, " <BPC>\n"); /* 1 byte */
if(jp2_struct->bpc == 255) {
- fprintf(xmlout, " <AsHex>0x%02x</AsHex>\n", jp2_struct->bpc); /* 1 byte */
+ fprintf(xmlout, "
<AsHex>0x%02x</AsHex>\n", jp2_struct->bpc); /* 1 byte */
if(notes)
- fprintf(xmlout, " <!-- BPC = 0xff means bits per pixel varies with component; see table below. -->\n");
+ fprintf(xmlout, " <!-- BPC = 0xff means bits per pixel varies with component; see table below. -->\n");
} else { /* Not 0xff */
if(raw) {
- fprintf(xmlout, " <AsHex>0x%02x</AsHex>\n", jp2_struct->bpc); /* 1 byte */
+ fprintf(xmlout, "
<AsHex>0x%02x</AsHex>\n", jp2_struct->bpc); /* 1 byte */
if(notes)
- fprintf(xmlout," <!-- BPC = 0xff means bits per pixel varies with component; see table below. -->\n");
+ fprintf(xmlout," <!-- BPC = 0xff means bits per pixel varies with component; see table below. -->\n");
}
if(derived) {
- fprintf(xmlout, " <BitsPerPixel>%d</BitsPerPixel>\n", jp2_struct->bpc & 0x7f);
- fprintf(xmlout, " <Signed>%d</Signed>\n", jp2_struct->bpc >> 7);
+ fprintf(xmlout, " <BitsPerPixel>%d</BitsPerPixel>\n", jp2_struct->bpc & 0x7f);
+ fprintf(xmlout, " <Signed>%d</Signed>\n", jp2_struct->bpc >> 7);
}
}
- fprintf(xmlout, " </BPC>\n");
- fprintf(xmlout, " <C>%d</C>\n", jp2_struct->C); /* 1 byte */
+ fprintf(xmlout, " </BPC>\n");
+ fprintf(xmlout, " <C>%d</C>\n", jp2_struct->C); /* 1 byte */
if(notes)
- fprintf(xmlout, " <!-- C is compression type. Only \"7\" is allowed to date. -->\n"); /* 2 bytes */
- fprintf(xmlout, " <UnkC>%d</UnkC>\n", jp2_struct->UnkC); /* 1 byte */
+ fprintf(xmlout, " <!-- C is compression type. Only \"7\" is allowed to date. -->\n"); /* 2 bytes */
+ fprintf(xmlout, " <UnkC>%d</UnkC>\n", jp2_struct->UnkC); /* 1 byte */
if(notes)
- fprintf(xmlout, " <!-- Colourspace Unknown. 1 = unknown, 0 = known (e.g., colourspace spec is accurate) -->\n"); /* 1 byte */
- fprintf(xmlout, " <IPR>%d</IPR>\n", jp2_struct->IPR); /* 1 byte */
+ fprintf(xmlout, " <!-- Colourspace Unknown. 1 = unknown, 0 = known (e.g., colourspace spec is accurate) -->\n"); /* 1 byte */
+ fprintf(xmlout, " <IPR>%d</IPR>\n", jp2_struct->IPR); /* 1 byte */
if(notes)
- fprintf(xmlout, " <!-- IPR is 1 if frame contains an Intellectual Property box; 0 otherwise. -->\n"); /* 2 bytes */
- fprintf(xmlout, " </ImageHeader>\n");
+ fprintf(xmlout, " <!-- IPR is 1 if frame contains an Intellectual Property box; 0 otherwise. -->\n"); /* 2 bytes */
+ fprintf(xmlout, " </ImageHeader>\n");
if (jp2_struct->bpc == 255)
{
- fprintf(xmlout, " <BitsPerComponent BoxType=\"bpcc\">\n");
+ fprintf(xmlout, " <BitsPerComponent BoxType=\"bpcc\">\n");
if(notes)
- fprintf(xmlout, " <!-- Pixel depth (range 1 to 38) is low 7 bits of hex value + 1 -->\n");
+ fprintf(xmlout, " <!-- Pixel depth (range 1 to 38) is low 7 bits of hex value + 1 -->\n");
/* Bits per pixel varies with components */
/* Compare jp2_read_bpcc(jp2_struct) */
for (i = 0; i < (int)jp2_struct->numcomps; i++) {
if(raw)
- fprintf(xmlout," <AsHex>0x%02x</AsHex>\n", jp2_struct->comps[i].bpcc); /* 1 byte */
+ fprintf(xmlout,"
<AsHex>0x%02x</AsHex>\n", jp2_struct->comps[i].bpcc); /* 1 byte */
if(derived) {
- fprintf(xmlout," <BitsPerPixel>%d</BitsPerPixel>\n", (jp2_struct->comps[i].bpcc & 0x7f)+1);
- fprintf(xmlout," <Signed>%d</Signed>\n", jp2_struct->comps[i].bpcc >> 7);
+ fprintf(xmlout," <BitsPerPixel>%d</BitsPerPixel>\n", (jp2_struct->comps[i].bpcc & 0x7f)+1);
+ fprintf(xmlout," <Signed>%d</Signed>\n", jp2_struct->comps[i].bpcc >> 7);
}
}
- fprintf(xmlout, " </BitsPerComponent>\n");
+ fprintf(xmlout, " </BitsPerComponent>\n");
}
/* Compare jp2_read_colr(jp2_struct) */
- fprintf(xmlout, " <ColourSpecification BoxType=\"colr\">\n");
- fprintf(xmlout, " <METH>%d</METH>\n", jp2_struct->meth); /* 1 byte */
+ fprintf(xmlout, " <ColourSpecification BoxType=\"colr\">\n");
+ fprintf(xmlout, " <METH>%d</METH>\n", jp2_struct->meth); /* 1 byte */
if(notes) {
- fprintf(xmlout, " <!-- Valid values of specification method so far: -->\n");
- fprintf(xmlout, " <!-- 1 = Enumerated colourspace, in EnumCS field -->\n");
- fprintf(xmlout, " <!-- 2 = Restricted ICC Profile, in PROFILE field -->\n");
+ fprintf(xmlout, " <!-- Valid values of specification method so far: -->\n");
+ fprintf(xmlout, " <!-- 1 = Enumerated colourspace, in EnumCS field -->\n");
+ fprintf(xmlout, " <!-- 2 = Restricted ICC Profile, in PROFILE field -->\n");
}
- fprintf(xmlout, " <PREC>%d</PREC>\n", jp2_struct->precedence); /* 1 byte */
+ fprintf(xmlout, "
<PREC>%d</PREC>\n", jp2_struct->precedence); /* 1 byte */
if(notes)
- fprintf(xmlout, " <!-- 0 is only valid value of precedence so far. -->\n");
- fprintf(xmlout, " <APPROX>%d</APPROX>\n", jp2_struct->approx); /* 1 byte */
+ fprintf(xmlout, " <!-- 0 is only valid value of precedence so far. -->\n");
+ fprintf(xmlout, "
<APPROX>%d</APPROX>\n", jp2_struct->approx); /* 1 byte */
if(notes)
- fprintf(xmlout, " <!-- 0 is only valid value of colourspace approximation so far. -->\n");
+ fprintf(xmlout, " <!-- 0 is only valid value of colourspace approximation so far. -->\n");
if (jp2_struct->meth == 1) {
- fprintf(xmlout, " <EnumCS>%d</EnumCS>\n", jp2_struct->enumcs); /* 4 bytes */
+ fprintf(xmlout, " <EnumCS>%d</EnumCS>\n", jp2_struct->enumcs); /* 4 bytes */
if(notes) {
- fprintf(xmlout, " <!-- Valid values of enumerated MJ2 colourspace so far: -->\n");
- fprintf(xmlout, " <!-- 16: sRGB as defined by IEC 61966-2-1. -->\n");
- fprintf(xmlout, " <!-- 17: greyscale (related to sRGB). -->\n");
- fprintf(xmlout, " <!-- 18: sRGB YCC (from JPEG 2000 Part II). -->\n");
- fprintf(xmlout, " <!-- (Additional JPX values are defined in Part II). -->\n");
+ fprintf(xmlout, " <!-- Valid values of enumerated MJ2 colourspace so far: -->\n");
+ fprintf(xmlout, " <!-- 16: sRGB as defined by IEC 61966-2-1. -->\n");
+ fprintf(xmlout, " <!-- 17: greyscale (related to sRGB). -->\n");
+ fprintf(xmlout, " <!-- 18: sRGB YCC (from JPEG 2000 Part II). -->\n");
+ fprintf(xmlout, " <!-- (Additional JPX values are defined in Part II). -->\n");
}
}
else
if(notes)
- fprintf(xmlout, " <!-- PROFILE is not handled by current OpenJPEG implementation. -->\n");
+ fprintf(xmlout, " <!-- PROFILE is not handled by current OpenJPEG implementation. -->\n");
/* only 1 byte is read and nothing stored */
- fprintf(xmlout, " </ColourSpecification>\n");
+ fprintf(xmlout, " </ColourSpecification>\n");
/* TO DO? No OpenJPEG support.
Palette 'pclr'
ChannelDefinition 'cdef'
Resolution 'res'
*/
- fprintf(xmlout, " </JP2Header>\n");
+ fprintf(xmlout, " </JP2Header>\n");
}
/* ------------- */
for(i = 0; i < cp->jp2i_count; i++)
{
- fprintf(xmlout, " <IntellectualProperty BoxType=\"jp2i\">\n");
+ fprintf(xmlout, " <IntellectualProperty BoxType=\"jp2i\">\n");
/* I think this can be anything, including binary, so do a dump */
/* Is it better to indent or not indent this content? Indent is better for reading, but
worse for cut/paste. */
xml_out_dump_hex_and_ascii(xmlout, cp->jp2i_data[i], cp->jp2i_len[i]);
- fprintf(xmlout, " </IntellectualProperty>\n");
+ fprintf(xmlout, " </IntellectualProperty>\n");
}
}
for(i = 0; i < cp->xml_count; i++)
{
- fprintf(xmlout, " <VendorSpecificXML BoxType=\"xml[space]" Instance=\"%d\">\n", i+1);
+ fprintf(xmlout, " <TextFormXML BoxType=\"xml[space]" Instance=\"%d\">\n", i+1);
/* Is it better to indent or not indent this content? Indent is better for reading, but
worse for cut/paste. Being lazy, didn't indent here. */
fprintf(xmlout,cp->xml_data[i]); /* May be multiple lines */ /* Could check if this is well-formed */
- fprintf(xmlout, " </VendorSpecificXML>\n");
+ fprintf(xmlout, " </TextFormXML>\n");
}
}
for(i = 0; i < cp->uuid_count; i++)
{
- fprintf(xmlout, " <VendorSpecific BoxType=\"uuid\">
- fprintf(xmlout, " <UUID>%s</UUDI>\n", cp->uuid_value[i]);
- fprintf(xmlout, " <Data>\n");
+ fprintf(xmlout, " <UniversalUniqueID BoxType=\"uuid\">
+ fprintf(xmlout, " <UUID>%s</UUDI>\n", cp->uuid_value[i]);
+ fprintf(xmlout, " <Data>\n");
/* I think this can be anything, including binary, so do a dump */
/* Is it better to indent or not indent this content? Indent is better for reading, but
worse for cut/paste. */
xml_out_dump_hex_and_ascii(xmlout, cp->uuid_data[i], cp->uuid_len[i]);
- fprintf(xmlout, " </Data>\n");
- fprintf(xmlout, " </IntellectualProperty>\n");
+ fprintf(xmlout, " </Data>\n");
+ fprintf(xmlout, " </UniversalUniqueID>\n");
}
}
for(i = 0; i < cp->uuid_count; i++)
{
- fprintf(xmlout, " <UUIDInfo BoxType=\"uinf\">\n");
- fprintf(xmlout, " <UUIDList BoxType=\"ulst\" Count=\"%d\">\n",cp->cp->uinf_ulst_nu[i]);
+ fprintf(xmlout, " <UUIDInfo BoxType=\"uinf\">\n");
+ fprintf(xmlout, " <UUIDList BoxType=\"ulst\" Count=\"%d\">\n",cp->cp->uinf_ulst_nu[i]);
for(j = 0; j < cp->uinf_ulst_nu[i]; j++)
fprintf(xmlout, " <ID Instance=\"%s\">%s</ID>\n", cp->uuif_uuid[i][j], j+1);
- fprintf(xmlout, " </UUIDList>\n");
- fprintf(xmlout, " <DataEntryURL>\n");
+ fprintf(xmlout, " </UUIDList>\n");
+ fprintf(xmlout, " <DataEntryURL>\n");
/* Could add VERS and FLAG here */
- fprintf(xmlout, " <LOC>\n");
- fprintf(xmlout, " %s",cp->uinf_url[i]); /* Probably single line, so indent works */ /* In theory, could check if this is well-formed, or good live link */
- fprintf(xmlout, " </LOC>\n");
- fprintf(xmlout, " </DataEntryURL>\n");
- fprintf(xmlout, " </UUIDInfo>\n");
+ fprintf(xmlout, " <LOC>\n");
+ fprintf(xmlout, " %s",cp->uinf_url[i]); /* Probably single line, so indent works */ /* In theory, could check if this is well-formed, or good live link */
+ fprintf(xmlout, " </LOC>\n");
+ fprintf(xmlout, " </DataEntryURL>\n");
+ fprintf(xmlout, " </UUIDInfo>\n");
}
}
for(i = 0; i < cp->unknown_type_count; i++)
{
- fprintf(xmlout, " <UnknownType BoxType=\"%s\">\n", cp->unknown_type_boxtype[i]);
+ fprintf(xmlout, " <UnknownType BoxType=\"%s\">\n", cp->unknown_type_boxtype[i]);
/* Can be anything, including binary, so do a dump */
/* Is it better to indent or not indent this content? Indent is better for reading, but
worse for cut/paste. */
xml_out_dump_hex_and_ascii(xmlout, cp->unknown_type_data[i], cp->unknown_type_len[i]);
- fprintf(xmlout, " </UnknownType>\n");
+ fprintf(xmlout, " </UnknownType>\n");
}
}
projects / openjpeg.git / commitdiff