int main(int argc,char **argv)
{
char cline[1024];
char tempfmt[1024];
char also[1024];
int iarg;
also[0] = '\0';
fprintf(stderr,"[indcolcmp 1.1]\n");
many_trantos = pipe_input = frc_suffix = 0;
for (iarg=2;iarg<argc;++iarg){
if (stricmp(&argv[iarg][1],"fs")==0) frc_suffix = 1;
else if (stricmp(&argv[iarg][1],"pipe")==0) pipe_input = 1;
else if (stricmp(&argv[iarg][1],"big")==0) many_trantos = 1;
else if (stricmp(&argv[iarg][1],"many")==0) many_trantos = 1;
else{
if (strlen(also)>0) strcat(also," ");
strcat(also,argv[iarg]);}}
if (argc>1){
/*
* First do individually modelled.
*/
if (many_trantos){
if (pipe_input){
DO3("many_ind2coll %s.mod -cp -X%s_frc %%s >qqq_%s.mod");}
else if (frc_suffix){
DO4("many_ind2coll %s.mod -cp -X%s_frc %%s <%s_frc.mod >qqq_%s.mod");}
else{
DO4("many_ind2coll %s.mod -cp -Xind_%s %%s <ind_%s.mod >qqq_%s.mod");}}
else{
if (pipe_input){
DO3("ind2coll %s.mod -cp -X%s_frc %%s >qqq_%s.mod");}
else if (frc_suffix){
DO4("ind2coll %s.mod -cp -X%s_frc %%s <%s_frc.mod >qqq_%s.mod");}
else{
DO4("ind2coll %s.mod -cp -Xind_%s %%s <ind_%s.mod >qqq_%s.mod");}}
DO2("coll2sort %%s <qqq_%s.mod >zzz_%s.mod");
DO2("coll2sort -cp %%s <zzz_%s.mod >ccc_%s.mod");
DO2("coll2sort %%s <ccc_%s.mod >ind_%s.mod");
/*
* Then do collectively modelled.
*/
DO4("ind2coll %s.mod -cp %%s -X%s <%s.mod >hhh_%s.mod");
DO2("coll2sort %%s <hhh_%s.mod >jjj_%s.mod");
#ifdef OBSOLETE
DO2("coll2sort -cp %%s <%s.mod >jjj_%s.mod");
#endif
DO2("coll2sort -cp %%s <jjj_%s.mod >sss_%s.mod");
DO2("coll2sort %%s <sss_%s.mod >col_%s.mod");
/*
* Then take differences
*/
DO3("diff ind_%s.mod col_%s.mod >%s.moddf");}
return(0);
}
// (1, frame, height(include padding), width(include padding) )
static unsigned long av_adler32_update(unsigned long adler, const unsigned char *buf, int ylen, int xlen)
{
unsigned long s1 = adler & 0xffff;
unsigned long s2 = adler >> 16;
unsigned char *pbuf;
int xlenorg = xlen;
while(ylen>0){
pbuf = ( unsigned char * )buf;
while (xlen>0) {
#ifdef CONFIG_SMALL
while(xlen>4 && s2 < (1U<<31)){
DO4(buf); xlen-=4;
#else
while(xlen>0 && s2 < (1U<<31) && (xlen>16) ){
DO16(buf); xlen-=16;
#endif
}
DO1(buf); xlen--;
s1 %= BASE;
s2 %= BASE;
}
ylen--;
xlen = xlenorg;
//buf = pbuf;
}
return (s2 << 16) | s1;
}
static int to_sched_priority(UINT8 ui1_priority)
{
int sched_priority;
sched_priority = 100 - (int)ui1_priority * 100 / 256;
if (sched_priority < 1) sched_priority = 1;
if (sched_priority > 99) sched_priority = 99;
return sched_priority;
}