Cfimage mw_new_cfimage()
{
Cfimage image;
if(!(image = (Cfimage) (malloc(sizeof(struct cfimage)))))
{
mwerror(ERROR, 0, "[mw_new_cfimage] Not enough memory\n");
return(NULL);
}
image->nrow = image->ncol = 0;
image->allocsize = 0;
image->model = MODEL_RGB;
image->firstcol = image->lastcol = image->firstrow = image->lastrow = 0.0;
image->scale = 0.0;
strcpy(image->cmt,"?");
strcpy(image->name,"?");
image->red = image->green = image->blue = NULL;
image->previous = NULL;
image->next = NULL;
return (image);
}
Cimage mw_new_cimage()
{
Cimage image;
if(!(image = (Cimage) (malloc(sizeof(struct cimage)))))
{
mwerror(ERROR, 0, "[mw_new_cimage] Not enough memory\n");
return(NULL);
}
image->nrow = image->ncol = 0;
image->allocsize = 0;
image->firstcol = image->lastcol = image->firstrow = image->lastrow = 0.0;
image->scale = 1.0;
strcpy(image->cmt,"?");
strcpy(image->name,"?");
image->gray = NULL;
image->previous = NULL;
image->next = NULL;
return (image);
}
Fsignal mw_new_fsignal()
{
Fsignal signal;
if (!(signal = (Fsignal) (malloc(sizeof(struct fsignal)))))
{
mwerror(ERROR, 0, "[mw_new_fsignal] Not enough memory\n");
return (NULL);
}
signal->size = 0;
signal->allocsize = 0;
signal->firstp = signal->lastp = 0;
signal->param = 0.0;
signal->scale = 1.0;
signal->shift = 0.0;
signal->gain = 1.0;
signal->sgrate = 1.0;
signal->bpsample = 8 * sizeof(float);
strcpy(signal->cmt, "?");
strcpy(signal->name, "?");
signal->values = NULL;
return (signal);
}
Fsignal mw_alloc_fsignal(Fsignal signal, int N)
{
int mem_size;
if (signal == NULL)
{
mwerror(ERROR, 0,
"[mw_alloc_fsignal] cannot alloc array : "
"fsignal structure is NULL\n");
return (NULL);
}
mem_size = N * sizeof(float);
if (mem_size <= 0)
{
mwerror(ERROR, 0,
"[mw_alloc_fsignal] Attempts to alloc a fsignal "
"with null size\n");
return NULL;
}
if (signal->values != NULL)
{
mwerror(ERROR, 0,
"[mw_alloc_fsignal] Attempts to alloc a fsignal "
"which is already allocated\n");
return (NULL);
}
signal->values = (float *) malloc(mem_size);
if (signal->values == NULL)
{
signal->size = 0;
signal->allocsize = 0;
mwerror(ERROR, 0, "[mw_alloc_fsignal] Not enough memory\n");
return (NULL);
}
signal->size = N;
signal->allocsize = mem_size;
return (signal);
}
void mw_copy_fsignal_values(Fsignal in, Fsignal out)
{
if ((!in) || (!out) || (!in->values) || (!out->values)
|| (in->size != out->size))
{
mwerror(ERROR, 0,
"[mw_copy_fsignal_values] NULL input or output "
"signal or signals of different sizes !\n");
return;
}
memcpy(out->values, in->values, sizeof(float) * in->size);
}
Rawdata mw_new_rawdata()
{
Rawdata rd;
if(!(rd = (Rawdata) (malloc(sizeof(struct rawdata)))))
{
mwerror(ERROR, 0, "[mw_new_rawdata] Not enough memory\n");
return(NULL);
}
rd->size = 0;
rd->data = NULL;
return (rd);
}
Flist mw_new_flist()
{
Flist l;
if(!(l = (Flist) (malloc(sizeof(struct flist))))) {
mwerror(ERROR,0,"[mw_new_flist] Not enough memory\n");
return(NULL);
}
l->size = l->max_size = l->dim = l->data_size = 0;
l->values = NULL;
l->data = NULL;
return (l);
}
void mw_clear_fsignal(Fsignal signal, float v)
{
register float *ptr;
register int l;
if ((!signal) || (!signal->values))
{
mwerror(ERROR, 0,
"[mw_clear_fsignal] NULL signal struct or NULL values array\n");
return;
}
for (l = 1, ptr = signal->values; l <= signal->size; l++, ptr++)
*ptr = v;
}
void mw_delete_fsignal(Fsignal signal)
{
if (signal == NULL)
{
mwerror(ERROR, 0,
"[mw_delete_fsignal] cannot delete : "
"fsignal structure is NULL\n");
return;
}
if (signal->values != NULL)
free(signal->values);
signal->values = NULL;
free(signal);
signal = NULL;
}
Module mw_new_module()
{
Module module;
int i;
if(!(module = (Module) (malloc(sizeof(struct module)))))
{
mwerror(ERROR, 0, "[mw_new_module] Not enough memory\n");
return(NULL);
}
module->next = module->previous = module->down = module->up = NULL;
strcpy(module->name,"?");
module->type='?';
return(module);
}
Ccmovie mw_new_ccmovie()
{
Ccmovie movie;
if(!(movie = (Ccmovie) (malloc(sizeof(struct ccmovie)))))
{
mwerror(ERROR, 0, "[mw_new_ccmovie] Not enough memory\n");
return(NULL);
}
movie->scale = 1.0;
strcpy(movie->cmt,"?");
strcpy(movie->name,"?");
movie->first = NULL;
return (movie);
}
void mw_copy_fsignal_header(Fsignal in, Fsignal out)
{
if ((!in) || (!out))
{
mwerror(ERROR, 0,
"[mw_copy_fsignal_header] NULL input or output signal !\n");
return;
}
out->firstp = in->firstp;
out->lastp = in->lastp;
out->param = in->param;
out->scale = in->scale;
out->shift = in->shift;
out->gain = in->gain;
out->sgrate = in->sgrate;
out->bpsample = in->bpsample;
strcpy(out->cmt, in->cmt);
}
static int
READ_BIT_FIMAGE()
{
int bit; /* Value of read and returned bit */
if (bits_to_go == 0) {
if (ncwreadfi == sizecomp)
mwerror(FATAL, 1, "Buffer ended to soon while readind header for image!\n");
else
{
ptrc++;
buffer = *ptrc;
bits_to_go = 8;
ncwreadfi += 1;
}
}
bit = buffer&1;
buffer >>= 1;
bits_to_go -= 1;
return bit;
}
Vpoint_wmax mw_new_vpoint_wmax()
{
Vpoint_wmax vpoint;
int n;
if(!(vpoint = (Vpoint_wmax) (malloc(sizeof(struct vpoint_wmax)))))
{
mwerror(ERROR, 0, "[mw_new_vpoint_wmax] Not enough memory\n");
return(NULL);
}
vpoint->x = vpoint->y = -1;
vpoint->previous = NULL;
vpoint->next = NULL;
for (n=0;n<mw_max_nlevel;n++)
{
vpoint->mag[n] = mw_not_a_magnitude;
vpoint->arg[n] = mw_not_an_argument;
}
vpoint->argp = mw_not_an_argument;
return(vpoint);
}
