int pyramid (float *inPtr,
int levels,
float *pyrHdl[],
long nxRange[],
long nyRange[],
long nzRange[],
int nx,
int ny,
int nz,
int zSqueeze,
enum iDegree interpolation) {
float downFilter[maxTapsNumber], upFilter[maxTapsNumber];
short downTapsNb, upTapsNb;
int l;
int error;
switch (interpolation) {
case zero:
pyr_filters(downFilter, &downTapsNb, upFilter, &upTapsNb, (short)0);
break;
case one:
pyr_filters(downFilter, &downTapsNb, upFilter, &upTapsNb, (short)1);
break;
case three:
pyr_filters(downFilter, &downTapsNb, upFilter, &upTapsNb, (short)3);
break;
default:
message("ERROR - Invalid interpolation degree for pyramid computation");
return(ERROR);
}
levels = pyr_getsize(nx, ny, nz, levels, nxRange, nyRange, nzRange);
if (!zSqueeze)
for (l = 0; (l < levels); l++)
nzRange[l] = (long)nz;
for (l = 0; (l < levels); l++) {
pyrHdl[l] = (float *)malloc((size_t)nxRange[l] * (size_t)nyRange[l]
* (size_t)nzRange[l] * sizeof(float));
if (pyrHdl[l] == (float *)NULL) {
message("ERROR - Not enough memory for holding pyramid");
return(ERROR);
}
}
copyClip(inPtr, nx, ny, nz, pyrHdl[0], (int)nxRange[0], (int)nyRange[0], (int)nzRange[0]);
error = !ERROR;
if (zSqueeze)
for (l = 1; (l < levels); l++)
error = error || reduce3D(pyrHdl[l - 1], nxRange[l - 1], nyRange[l - 1],
nzRange[l - 1], pyrHdl[l], nxRange[l], nyRange[l], nzRange[l],
downFilter, downTapsNb);
else
for (l = 1; (l < levels); l++)
error = error || reduce2D(pyrHdl[l - 1], nxRange[l - 1], nyRange[l - 1],
nzRange[l - 1], pyrHdl[l], nxRange[l], nyRange[l], nzRange[l],
downFilter, downTapsNb);
return(error);
} /* End of pyramid */
void TimelineDock::removeSelection(bool withCopy)
{
if (isTrackLocked(currentTrack())) {
pulseLockButtonOnTrack(currentTrack());
return;
}
if (selection().isEmpty())
selectClipUnderPlayhead();
if (selection().isEmpty() || currentTrack() < 0)
return;
if (withCopy)
copyClip(currentTrack(), selection().first());
foreach (int index, selection())
remove(currentTrack(), index);
}