static Errcode play_macro(int repeats)
{
Errcode err;
close_macro();
if((err = ffopen(macro_name,&Mcb.fp,rb_str)) < Success)
goto error;
if((err = ffread(Mcb.fp,&Mcb.mh,sizeof(Mcb.mh))) < Success)
goto error;
if(Mcb.mh.id.type != MAC_MAGIC || Mcb.mh.id.size < sizeof(Machead))
{
err = Err_bad_magic;
goto error;
}
/* pre-fetch next record header flags */
if((err = ffread(Mcb.fp,&Mcb.next,sizeof(Twobytes))) < Success)
goto error;
Mcb.sizeleft = Mcb.mh.id.size - (sizeof(Machead)+sizeof(USHORT));
Mcb.lastmouse = *((Short_xy *)&icb.sx);
icb.macro_mode = USE_MACRO;
icb.macro_clocked = Mcb.mh.realtime;
Mcb.repeats = repeats;
return(Success);
error:
close_macro();
return(err);
}
// *****************************************************************************************************************
void beispiele(void){
char datei[12]="TEST TXT"; // hier muss platz für 11 zeichen sein (8.3), da fat_str diesen string benutzt !!
fat_str(datei); // wandelt "test.txt" in das fat format 8.3 der form: "TEST TXT" muss immer dieses Format haben, auch ordner !!
// 0.) ______________löschen von dateien/ordnern (ordner rekursiv)____________________________________________
ffrm( datei ); // löschen der datei/ordner falls vorhanden
// 1.) ______________anlegen und schreiben____________________________________________________________________
// öffnet datei, wenn nicht vorhanden, legt ffopen datei an (rückgabewert = 1 datei existiert, also nur öffnen, 2 = angelegt).
ffopen( datei );
// schreibt string
ffwrites((char*)"Hallo Datei :)");
// neue zeile in der datei
ffwrite(0x0D);
ffwrite(0x0A);
// schließt datei
ffclose();
// 2.)________________ändern von vorhandenen daten in dateien__________________________________________________
ffopen( datei ); // siehe oben...
ffseek(12); // spult in datei auf position 12 vor (fängt immer bei 0 an zu zählen !)
ffwrite(';'); // schreibt dann ab position 12 (überschreibt daten der datei, hier nur 1 zeichen)
ffclose(); // schließt datei
// 3.)________________lesen von dateien_________________________________________________________________________
ffopen( datei ); // siehe oben...
unsigned long int seek=file.length; // eine variable setzen und runterzählen bis 0 geht am schnellsten !
do{
uputc(ffread()); // liest ein zeichen und gibt es über uart aus !
}while(--seek); // liest solange bytes da sind (von datei länge bis 0)
ffclose(); // schließt datei
uputc('\n'); // neue zeile weil neue unteraufgabe
// 4.)________________anhängen von daten an datei_______________________________________________________________
ffopen( datei); // siehe oben...
ffseek(file.length); // spult in datei ans ende
ffwrites((char*)"Dies ist ein Test..."); // siehe oben
// neue zeile in der datei
ffwrite(0x0D);
ffwrite(0x0A);
ffclose(); // schließt datei
// 3.)________________lesen von dateien_________________________________________________________________________
ffopen( datei ); // siehe oben...
seek=file.length; // eine variable setzen und runterzählen bis 0 geht am schnellsten !
do{
uputc(ffread()); // liest ein zeichen und gibt es über uart aus !
}while(--seek); // liest solange bytes da sind (von datei länge bis 0)
ffclose(); // schließt datei
}
void nahraj_texturu_fc(FFILE f, EDIT_MATERIAL * p_mat, EDIT_TEXT * p_text,
int max, int cislo_text, int save)
{
OLD_MULTITEXT_FLAG mt;
char string[100];
int t;
if (lo_je_tag(f, TEXT_TAG)) {
str_read(string, f);
strlwr(string);
if (!strcmp(string, S_NIC)) {
p_mat->p_text[cislo_text] = NULL;
p_mat->textfile[cislo_text][0] = 0;
}
else {
if (save) {
if ((t = lo_najdi_texturu(p_text, max, string, FALSE)) == K_CHYBA) {
if ((t = lo_najdi_volnou_texturu(p_text, max)) == K_CHYBA)
chyba("Textury");
strcpy(p_text[t].jmeno, string);
}
p_mat->p_text[cislo_text] = p_text + t;
strcpy(p_mat->textfile[cislo_text], string);
}
}
}
if (lo_je_tag(f, MULTI_TAG))
ffread(&mt, sizeof(mt), 1, f);
}
static Errcode read_abort_rec()
{
Errcode err;
int readsize;
Mcb.ar.flags = Mcb.next.b[0];
if(0 != (readsize = Mcb.ar.flags & AR_ABORTLEVEL))
{
((UBYTE *)(&Mcb.ar))[1] = Mcb.next.b[1];
/* readsize = num levels counts - one byte + sizeof next */
Mcb.mab_level = (readsize /= ABORTLEVEL_1) - 1;
readsize = (readsize * sizeof(USHORT)) - 1 + sizeof(USHORT);
if((err = ffread(Mcb.fp,OPTR(Mcb.ar.counts,1),readsize)) < Success)
return(macro_write_error(err));
Mcb.sizeleft -= readsize;
Mcb.next.flags = *((USHORT *)(OPTR(&Mcb.ar,readsize)));
}
else /* one byte non abort poll end record move last byte
* to first and fetch next byte in file */
{
Mcb.next.b[0] = Mcb.next.b[1];
Mcb.next.b[1] = ffgetc(Mcb.fp);
--Mcb.sizeleft;
}
return(Success);
}
int main(int argc,char**argv) {
int cm,x,y,fx,fy,j,k,l,m,n,psfType=0;
FILE *fpsf;
char str[161];
float **psf;
if (argc<7) usage(*argv);
for (j=7;j<argc;j++) {
if (!strcasecmp(argv[j],"-anderson")) psfType=1;
else usage(*argv);
}
cm=atoi(argv[2]);
if (cm<0 || cm>2) {
printf("Chip must be 0-2\n");
return -1;
}
x=atoi(argv[3]);
if (x<0 || x>=wfc3_nxpsfpos[cm]) {
printf("X position must be 0-%d\n",wfc3_nxpsfpos[cm]-1);
return -1;
}
y=atoi(argv[4]);
if (y<0 || y>=wfc3_nypsfpos[cm]) {
printf("Y position must be 0-%d\n",wfc3_nypsfpos[cm]-1);
return -1;
}
fx=atoi(argv[5]);
fy=atoi(argv[6]);
if (fx<-wfc3_n2psf[cm] || fx>wfc3_n2psf[cm] || fy<-wfc3_n2psf[cm] || fy>wfc3_n2psf[cm]) {
printf("dX and dY must be -%d to %d\n",wfc3_n2psf[cm],wfc3_n2psf[cm]);
return -1;
}
if (psfType==0) sprintf(str,"%s/wfc3/data/%s.%s.psf",BASEDIR,argv[1],wfc3_cn[cm]);
else sprintf(str,"%s/wfc3/data/%s_anderson.%s.psf",BASEDIR,argv[1],wfc3_cn[cm]);
if ((fpsf=fopen(str,"rb"))==NULL) {
printf("Cannot open %s\n",str);
return -1;
}
psf=(float**)calloc(sizeof(float*),wfc3_rpsf[cm]*2+1);
if (!psf) merr();
psf+=wfc3_rpsf[cm];
for (j=-wfc3_rpsf[cm];j<=wfc3_rpsf[cm];j++) {
psf[j]=(float*)calloc(sizeof(float),wfc3_rpsf[cm]*2+1);
if (!psf[j]) merr();
psf[j]+=wfc3_rpsf[cm];
}
for (j=0;j<y;j++) for (k=0;k<wfc3_nxpsfpos[cm];k++) for (l=-wfc3_n2psf[cm];l<=wfc3_n2psf[cm];l++) for (m=-wfc3_n2psf[cm];m<=wfc3_n2psf[cm];m++) for (n=-wfc3_rpsf[cm];n<=wfc3_rpsf[cm];n++) fread(psf[n]-wfc3_rpsf[cm],4,2*wfc3_rpsf[cm]+1,fpsf);
for (k=0;k<x;k++) for (l=-wfc3_n2psf[cm];l<=wfc3_n2psf[cm];l++) for (m=-wfc3_n2psf[cm];m<=wfc3_n2psf[cm];m++) for (n=-wfc3_rpsf[cm];n<=wfc3_rpsf[cm];n++) fread(psf[n]-wfc3_rpsf[cm],4,2*wfc3_rpsf[cm]+1,fpsf);
for (l=-wfc3_n2psf[cm];l<fy;l++) for (m=-wfc3_n2psf[cm];m<=wfc3_n2psf[cm];m++) for (n=-wfc3_rpsf[cm];n<=wfc3_rpsf[cm];n++) fread(psf[n]-wfc3_rpsf[cm],4,2*wfc3_rpsf[cm]+1,fpsf);
for (m=-wfc3_n2psf[cm];m<fx;m++) for (n=-wfc3_rpsf[cm];n<=wfc3_rpsf[cm];n++) fread(psf[n]-wfc3_rpsf[cm],4,2*wfc3_rpsf[cm]+1,fpsf);
for (n=-wfc3_rpsf[cm];n<=wfc3_rpsf[cm];n++) ffread(psf[n]-wfc3_rpsf[cm],4,2*wfc3_rpsf[cm]+1,fpsf);
k=wfc3_rpsf[cm];
if (k>6) k=6;
for (n=k;n>=-k;n--) {
for (j=-k;j<=k;j++) printf("%5d ",(int)(psf[n][j]*100000+0.5));
printf("\n");
}
fclose(fpsf);
return 0;
}
int lo_nacti_vertexlist_out(FFILE f, OBJEKT_BOD ** p_vert)
{
GENERIC_HEAD head;
long t = fftell(f);
float v[3];
int i;
if (*p_vert != NULL) {
return ((int) NULL);
}
if (!ffread(&head, sizeof(head), 1, f)) {
ffseek(f, t, SEEK_SET);
return ((int) NULL);
}
if ((head.h[0] != 'V') ||
(head.h[1] != 'V') || (head.h[2] != 'V') || (head.h[3] != 'V')) {
ffseek(f, t, SEEK_SET);
return ((int) NULL);
}
if ((*p_vert =
(OBJEKT_BOD *) mmalloc(sizeof(OBJEKT_BOD) * head.pocet)) == NULL) {
chyba("Nedostatek pameti...");
}
memset(*p_vert, 0, sizeof(OBJEKT_BOD) * head.pocet);
for (i = 0; i < head.pocet; i++) {
if (!ffread(&v, sizeof(v), 1, f)) {
ffseek(f, t, SEEK_SET);
null_free((void **) p_vert);
return ((int) NULL);
}
(*p_vert)[i].x = v[0];
(*p_vert)[i].y = v[1];
(*p_vert)[i].z = v[2];
(*p_vert)[i].dr = (*p_vert)[i].dg = (*p_vert)[i].db = 1.0f;
}
return (head.pocet);
}
int lo_nahraj_konfiguraci_kontejneru_out(FFILE f, EDIT_KONTEJNER * p_kont)
{
KONTEJNER_KONFIG kkonf;
KONTEJNER_KONFIG_OLD kkonf_old;
if (lo_je_tag(f, KONFIG_TAG)) { // nacti nove info
ffread(&kkonf, sizeof(kkonf), 1, f);
p_kont->m1flag = kkonf.flag & 0xffff;
p_kont->kflag = kkonf.flag & 0xffff0000;
return (TRUE);
}
else if (lo_je_tag(f, KONFIG_TAG_OLD)) { // nacti stare info
ffread(&kkonf_old, sizeof(kkonf_old), 1, f);
p_kont->m1flag |= kkonf_old.flag ? MAT_PRUHLEDNY : 0;
return (TRUE);
}
else
return (FALSE);
}
int lo_nacti_word_matrix_out(FFILE f, GLMATRIX * p_mat)
{
GENERIC_HEAD head;
int t = fftell(f);
if (!ffread(&head, sizeof(head), 1, f)) {
ffseek(f, t, SEEK_SET);
return (FALSE);
}
if (head.h[0] != 'W' || head.h[1] != 'W' || head.h[2] != 'W'
|| head.h[3] != 'W') {
ffseek(f, t, SEEK_SET);
return (FALSE);
}
if (!ffread(p_mat, sizeof(GLMATRIX), 1, f)) {
ffseek(f, t, SEEK_SET);
return (FALSE);
}
return (TRUE);
}
int lo_nacti_maplist_out(FFILE f, OBJEKT_BOD ** p_vert, int c_text)
{
GENERIC_HEAD head;
long t = fftell(f);
float *p_map;
float m[2];
int i;
if (*p_vert == NULL)
return ((int) NULL);
if (!ffread(&head, sizeof(head), 1, f)) {
ffseek(f, t, SEEK_SET);
return ((int) NULL);
}
if ((head.h[0] != 'M') ||
(head.h[1] != 'M') || (head.h[2] != 'M') || (head.h[3] != 'M')) {
ffseek(f, t, SEEK_SET);
return ((int) NULL);
}
if (c_text >= 2) {
c_text = 1;
}
for (i = 0; i < head.pocet; i++) {
if (!ffread(&m, sizeof(m), 1, f)) {
ffseek(f, t, SEEK_SET);
return ((int) NULL);
}
p_map = &(*p_vert)[i].tu1;
p_map[0 + c_text * 2] = m[0];
p_map[1 + c_text * 2] = -m[1];
}
return (head.pocet);
}
int lo_nacti_barvy_out(FFILE f, OBJ_VERTEX * p_vert, word pocet)
{
GENERIC_HEAD head;
dword barva;
long t = fftell(f);
int i;
if (p_vert == NULL)
return (FALSE);
for (i = 0; i < pocet; i++) {
p_vert[i].dr = p_vert[i].dg = p_vert[i].db = 1.0f;
}
if (!ffread(&head, sizeof(head), 1, f)) {
ffseek(f, t, SEEK_SET);
return (FALSE);
}
if ((head.h[0] != 'D') ||
(head.h[1] != 'D') || (head.h[2] != 'D') || (head.h[3] != 'D')) {
ffseek(f, t, SEEK_SET);
return (FALSE);
}
for (i = 0; i < head.pocet; i++) {
if (!ffread(&barva, sizeof(dword), 1, f)) {
ffseek(f, t, SEEK_SET);
return (FALSE);
}
else {
rgb_float(barva, &p_vert[i].dr);
}
}
return (head.pocet);
}
/** \brief read WAV-File.
see https://ccrma.stanford.edu/courses/422/projects/WaveFormat/
for details on the wav-file format
\param f a FILE pointer
\return the wavfile (freshly allocated) or NULL (failure)
*/
WavFile* wavfile_read( FILE *f ){
uint32_t buf;
WavFile *w;
int stopflag=0;
if( ffread( &buf, 1, 4, f ) && buf!=0x46464952 ){ /* "RIFF" */
stopflag=1;
}
ffread( &buf, 1, 4, f ); /* trash */
if( ffread( &buf, 1, 4, f ) && buf!=0x45564157 ){ /* 'WAVE' */
stopflag=1;
}
if( ffread( &buf, 1, 4, f ) && buf!=0x20746d66 ){ /* 'fmt ' */
stopflag=1;
}
if( stopflag ){
fprintf( stderr, "No WAV-File\n" );
return NULL;
}
if( ffread( &buf, 1, 4, f ) && buf!=16 ){ /* no compression */
fprintf( stderr, "Cannot handle compression...\n" );
return NULL;
}
w = (WavFile*) malloc( sizeof(WavFile) );
ffread( w, 1, 16, f );
if( ffread( &buf, 1, 4, f ) && buf!=0x61746164 ){ /* 'data' */
fprintf( stderr, "No data\n" );
return NULL;
}
if( !ffread( &(w->data_size), 1, 4, f ) )
return NULL;
w->data = (void*) malloc( w->data_size );
ffread( w->data, 1, w->data_size, f );
return w;
}
int lo_nacti_facelist_out(FFILE f, FACE ** p_face)
{
GENERIC_HEAD head;
long t = fftell(f);
if (*p_face != NULL)
return ((int) NULL);
if (!ffread(&head, sizeof(head), 1, f)) {
ffseek(f, t, SEEK_SET);
return ((int) NULL);
}
if ((head.h[0] != 'F') ||
(head.h[1] != 'F') || (head.h[2] != 'F') || (head.h[3] != 'F')) {
ffseek(f, t, SEEK_SET);
return ((int) NULL);
}
head.pocet *= 3;
if (!head.pocet)
chyba("load facelist -> 0 facu !");
if ((*p_face = (FACE *) mmalloc(sizeof(FACE) * head.pocet)) == NULL) {
chyba("Nedostatek pameti...");
}
if (!ffread(*p_face, sizeof(FACE), head.pocet, f)) {
null_free((void **) p_face);
ffseek(f, t, SEEK_SET);
return ((int) NULL);
}
return (head.pocet);
}
size_t
stdiof_ffread (void *buf, size_t recsz, size_t numrec, FILE *stream)
{
int fd;
size_t reqdbytes;
size_t repval;
size_t recdone;
fd = (long)stream; /* redfine it to be what it actually is */
reqdbytes = recsz * numrec;
repval = ffread(fd, buf, reqdbytes);
recdone = repval / recsz;
return ( recdone );
}
/** Compare an array of doubles to doubles stored binary file.
* The data must be stored in 32 bit floats
*
* \param precision to which position after comma it is compared
* \return
* - 0 if everything is equal
* - 1 if there is an element that is not equal
* \todo check it, does not seem to work properly
*/
int isequal_doublearray_binfile(double *d, int n, const char *filename, int precision){
FILE *f;
double *d2;
int i, flag=1;
d2 = (double*)malloc(n*sizeof(double));
if((f=fopen(filename, "rb"))==NULL){
errprintf("opening file '%s' failed\n", filename);
return -1;
}
ffread(d2, sizeof(double), n, f);
fclose(f);
flag = isequal_doublearray( d, d2, n, precision );
free(d2);
return flag;
}
static int
ffio_pgin(ncio *const nciop,
off_t const offset, const size_t extent,
void *const vp, size_t *nreadp, off_t *posp)
{
int status;
ssize_t nread;
#ifdef X_ALIGN
assert(offset % X_ALIGN == 0);
assert(extent % X_ALIGN == 0);
#endif
if(*posp != offset)
{
if(ffseek(nciop->fd, offset, SEEK_SET) != offset)
{
status = errno;
return status;
}
*posp = offset;
}
errno = 0;
nread = ffread(nciop->fd, vp, extent);
if(nread != extent)
{
status = errno;
if(nread == -1 || status != ENOERR)
return status;
/* else it's okay we read 0. */
}
*nreadp = nread;
*posp += nread;
return ENOERR;
}
Errcode get_macro_input(void)
/* read and process macro into input stream */
{
int readsize;
Errcode err;
USHORT oflags;
if((err = poll_macro_abort()) < Success)
goto error;
if(Mcb.macbuf == NULL) /* no input record in buffer read one in */
{
if(Mcb.sizeleft <= 0) /* end of macro file stream */
{
if(--Mcb.repeats > 0)
{
if((err = play_macro(Mcb.repeats)) < Success)
goto error;
}
else
{
err = Err_abort;
goto error;
}
}
if(Mcb.next.b[0] & MACRO_REC) /* not an input record */
goto reuse_last;
/* retrieve record head and calculate record size to read */
Mcb.ioflags = Mcb.next.flags;
readsize = sizeof(USHORT); /* short for prefetch of next record head */
if(Mcb.ioflags & HAS_CCOUNT) /* get previous io state and count */
{
if((err = ffread(Mcb.fp,&oflags,sizeof(USHORT))) < Success)
goto error;
Mcb.sizeleft -= sizeof(USHORT);
if(oflags & CCOUNT_SHORT)
readsize += sizeof(USHORT);
else if(oflags & CCOUNT_LONG)
readsize += sizeof(ULONG);
else
readsize += sizeof(UBYTE);
if(oflags & HAS_MOUSEX)
readsize += sizeof(SHORT);
if(oflags & HAS_MOUSEY)
readsize += sizeof(SHORT);
if(oflags & HAS_HISTATE)
readsize += sizeof(USHORT);
}
if(Mcb.ioflags & KEYHIT)
readsize += sizeof(USHORT);
if(Mcb.ioflags & HAS_PRESSURE)
readsize += sizeof(UBYTE);
if(Mcb.ioflags & HAS_MOUSEX)
readsize += sizeof(SHORT);
if(Mcb.ioflags & HAS_MOUSEY)
readsize += sizeof(SHORT);
if(Mcb.ioflags & HAS_HISTATE)
readsize += sizeof(USHORT);
if((Mcb.sizeleft -= readsize) < 0)
readsize -= sizeof(USHORT); /* end of file, NO next record */
if( readsize != 0
&& (err = ffread(Mcb.fp,Mcb.mbuf,readsize)) < Success)
{
goto error;
}
/* get last short in buffer, this is head of next rec or garbage if
* end of file (previous short before buffer) */
Mcb.next.flags = *(USHORT *)&(Mcb.mbuf[readsize-sizeof(USHORT)]);
Mcb.macbuf = Mcb.mbuf; /* flag record present, at start of buffer */
if(Mcb.ioflags & HAS_CCOUNT)
{
/* add count to possibly decremented value and get count of
* polls left to do before using this record */
if(oflags & CCOUNT_SHORT)
{
Mcb.iocount += VGETVAL(Mcb.macbuf,USHORT);
}
else if(oflags & CCOUNT_LONG)
{
Mcb.iocount += VGETVAL(Mcb.macbuf,ULONG);
}
else
{
Mcb.iocount += VGETVAL(Mcb.macbuf,UBYTE);
}
if((LONG)Mcb.iocount < 0)
/* oops, file corrupt or program outta sync */
{
err = Err_macrosync;
goto error;
}
/* item with poll count has to provide previous input state
* to re-create recorded conditions in _poll_input() */
icb.state = oflags & MACSTATE;
if(oflags & HAS_MOUSEX)
{
icb.sx = VGETVAL(Mcb.macbuf,SHORT);
}
if(oflags & HAS_MOUSEY)
{
icb.sy = VGETVAL(Mcb.macbuf,SHORT);
}
if(oflags & HAS_HISTATE)
{
HISTATE_WORD(icb.state) |= VGETVAL(Mcb.macbuf,USHORT);
}
if(Mcb.iocount == 0) /* if count is zero we must put this
* iostate into the previous state
* otherwise next poll will do this
* in poll input */
{
SET_BUPBITS(icb.state);
icb.ostate = icb.state & ALL_BSTATES;
get_menucursorxy(); /* recalc previous values as current */
ICB_COPYTO_LAST(); /* put them in last buffer */
}
}
}
if(Mcb.iocount > 0) /* we have record, but keep polling */
goto reuse_last;
/* count satisfied, let user have recorded input */
icb.state = Mcb.ioflags & MACSTATE;
if(icb.state & KEYHIT)
{
icb.inkey = VGETVAL(Mcb.macbuf,USHORT);
}
else
icb.inkey = 0;
if(Mcb.ioflags & HAS_PRESSURE)
{
icb.pressure = VGETVAL(Mcb.macbuf,UBYTE);
}
else
icb.pressure = PRESSURE_MAX;
if(Mcb.ioflags & HAS_MOUSEX)
{
Mcb.lastmouse.x = VGETVAL(Mcb.macbuf,SHORT);
}
if(Mcb.ioflags & HAS_MOUSEY)
{
Mcb.lastmouse.y = VGETVAL(Mcb.macbuf,SHORT);
}
*((Short_xy *)&icb.sx) = Mcb.lastmouse;
if(Mcb.ioflags & HAS_HISTATE)
{
Mcb.last_histate = VGETVAL(Mcb.macbuf,USHORT);
}
HISTATE_WORD(icb.state) |= Mcb.last_histate;
Mcb.macbuf = NULL; /* flag macro consumed no longer present */
return(Success);
reuse_last:
--Mcb.iocount; /* decrement input poll counter */
icb.state &= ALL_BSTATES; /* clear changed _poll_input() unique flags */
return(Success);
error:
return(macro_read_error(err));
}
EDIT_MATERIAL *lo_nahraj_material_out(FFILE f, EDIT_TEXT * p_text, int max,
int save)
{
EDIT_MATERIAL *p_mat;
MATERIAL *p_dxmat;
OLD_MULTITEXT_FLAG mt;
char string[50];
dword tmp;
if (!lo_je_tag(f, MTRL_TAG))
return (NULL);
else {
p_mat = vyrob_material();
str_read(p_mat->jmeno, f);
}
ffread(string, sizeof(char), 9, f);
// nacteni grb
if (save) {
p_dxmat = &p_mat->dxmat;
p_dxmat->ambient_r = (float) string[0] / MAX_BYTE;
p_dxmat->ambient_g = (float) string[1] / MAX_BYTE;
p_dxmat->ambient_b = (float) string[2] / MAX_BYTE;
p_dxmat->diffuse_r = (string[3]) ? ((float) string[3]) / MAX_BYTE : 1.0f;
p_dxmat->diffuse_g = (string[4]) ? ((float) string[4]) / MAX_BYTE : 1.0f;
p_dxmat->diffuse_b = (string[5]) ? ((float) string[4]) / MAX_BYTE : 1.0f;
p_dxmat->diffuse_a = 1.0f;
p_dxmat->specular_r = (float) string[6] / MAX_BYTE;
p_dxmat->specular_g = (float) string[7] / MAX_BYTE;
p_dxmat->specular_b = (float) string[8] / MAX_BYTE;
p_dxmat->faktor_r = 1.0f;
p_dxmat->faktor_g = 1.0f;
p_dxmat->faktor_b = 1.0f;
p_dxmat->faktor_a = 1.0f;
}
// nacte soubor s animacema
if (lo_je_tag(f, MATANIM_TAG)) {
str_read(p_mat->anim.jmeno, f);
//lo_vyrob_animaci_list(p_mat,p_mat->anim.jmeno,p_text,max,ANIM_LOAD_ALL);
}
// nacte alfa tag
if (lo_je_tag(f, FAKTOR_TAG)) {
ffread(&tmp, sizeof(dword), 1, f);
}
// Nacte stage blok
if (lo_je_tag(f, STAG_TAG)) {
ffread(string, sizeof(char), 1, f);
ffread(&tmp, sizeof(dword), 1, f);
ffread(&tmp, sizeof(dword), 1, f);
p_mat->alfa_state = 0;
p_mat->text_state[0].text_stage = 0;
p_mat->text_state[1].text_stage = 0;
}
// nacteni nuloveho blendu
if (lo_je_tag(f, MULTI_TAG))
ffread(&mt, sizeof(mt), 1, f);
nahraj_texturu_fc(f, p_mat, p_text, max, 0, save);
nahraj_texturu_fc(f, p_mat, p_text, max, 1, save);
nahraj_texturu_fc(f, p_mat, p_text, max, 1, save);
strlwr(p_mat->jmeno);
if (save)
return (p_mat);
else {
zrus_material(&p_mat);
return ((EDIT_MATERIAL *) 1);
}
}
int lo_nahraj_objekty_out(EDIT_MATERIAL ** p_mat, int max_mat, FFILE f,
EDIT_KONTEJNER * p_kont, int mat)
{
char string[50];
int i, j, k;
word r1;
for (i = 0; i < p_kont->max_objektu; i++) {
if (!lo_je_tag(f, "JMOB"))
break;
else
str_read(string, f);
if (!lo_je_tag(f, "TMSH"))
continue; //je to objekt ale neni to mes
if ((p_kont->p_obj[i] = lo_nacti_vec_FILE_out(f)) == NULL)
chyba("Nacitani objektu...");
strcpy(p_kont->p_obj[i]->jmeno, string);
for (k = 0; k < 2; k++) {
//nactenej jeden objekt - pricist jeste material
if (!lo_je_tag(f, "FMAT")) {
break; // neni material - na dalsi objekt
}
else
str_read(string, f);
if (mat) {
if (!k) {
if (!strcasecmp(string, S_NIC)) {
p_kont->p_obj[i]->material = 0;
p_kont->p_obj[i]->m1flag = 0;
p_kont->p_obj[i]->m2flag = 0;
p_kont->p_obj[i]->oflag = 0;
}
else {
for (j = 0; j < max_mat; j++) {
if (p_mat[j] && !strcasecmp(string, p_mat[j]->jmeno)) {
p_kont->p_obj[i]->material = (word) j;
p_kont->p_obj[i]->m1flag = p_mat[j]->flag;
p_kont->p_obj[i]->m2flag = p_mat[j]->flag2;
break;
}
}
if (j == max_mat) {
ddw("Neznamy material '%s' v objektu '%s'", string,
p_kont->p_obj[i]->jmeno);
p_kont->p_obj[i]->material = 0;
p_kont->p_obj[i]->m1flag = 0;
p_kont->p_obj[i]->m2flag = 0;
}
}
}
}
else {
p_kont->p_obj[i]->material = 0;
p_kont->p_obj[i]->m1flag = 0;
p_kont->p_obj[i]->m2flag = 0;
}
}
if (lo_je_tag(f, "RECT")) { // sou tam recy
ffread(&r1, sizeof(word), 1, f);
ffread(&r1, sizeof(word), 1, f);
}
}
return (i);
}