void ModelExporter::processNodes()
{
AABB bounds = calculateModelBounds();
if (_centerObjects)
{
// Depending on the center point, we need to use the object bounds
// or just the translation towards the user-defined origin, ignoring bounds
_centerTransform = _useOriginAsCenter ?
Matrix4::getTranslation(-_origin) :
Matrix4::getTranslation(-bounds.origin);
}
for (const scene::INodePtr& node : _nodes)
{
if (Node_isModel(node))
{
model::ModelNodePtr modelNode = Node_getModel(node);
// Push the geometry into the exporter
model::IModel& model = modelNode->getIModel();
Matrix4 exportTransform = node->localToWorld().getPremultipliedBy(_centerTransform);
for (int s = 0; s < model.getSurfaceCount(); ++s)
{
const model::IModelSurface& surface = model.getSurface(s);
if (isExportableMaterial(surface.getActiveMaterial()))
{
_exporter->addSurface(surface, exportTransform);
}
}
}
else if (Node_isBrush(node))
{
processBrush(node);
}
else if (Node_isPatch(node))
{
processPatch(node);
}
else if (_exportLightsAsObjects && Node_getLightNode(node))
{
processLight(node);
}
}
}
void ResourceManager::addNewGMPatch(SciGameId gameId) {
Common::String gmPatchFile;
switch (gameId) {
case GID_ECOQUEST:
gmPatchFile = "ECO1GM.PAT";
break;
case GID_HOYLE3:
gmPatchFile = "HOY3GM.PAT";
break;
case GID_LSL1:
gmPatchFile = "LL1_GM.PAT";
break;
case GID_LSL5:
gmPatchFile = "LL5_GM.PAT";
break;
case GID_LONGBOW:
gmPatchFile = "ROBNGM.PAT";
break;
case GID_SQ1:
gmPatchFile = "SQ1_GM.PAT";
break;
case GID_SQ4:
gmPatchFile = "SQ4_GM.PAT";
break;
case GID_FAIRYTALES:
gmPatchFile = "TALEGM.PAT";
break;
default:
break;
}
if (!gmPatchFile.empty() && Common::File::exists(gmPatchFile)) {
ResourceSource *psrcPatch = new PatchResourceSource(gmPatchFile);
processPatch(psrcPatch, kResourceTypePatch, 4);
}
}
int main (int argc, char *argv [])
{
/*Structures: these are passed to the sub-routines which need them.*/
patch *p1,*p2;
satellite *s;
rangeRef *r;
getRec *signalGetRec;
file *f;
/*Variables.*/
int n_az,n_range;/*Region to be processed.*/
int patchNo;/*Loop counter.*/
double pixShift,dopDel,old_dop;
int refLen,lineToBeRead;
int saved_NLA;
struct ARDOP_PARAMS params,old_params;
meta_parameters *meta;
StartWatch();
if (!quietflag) printf(" Doppler Determination:\n");
if (logflag) printLog(" Doppler Determination:\n");
if (!parse_cla(argc,argv,¶ms,&meta))
printErr(" ERROR: Usage: dop_prf as ardop\n");
/*Set the initial doppler parameters.*/
if (!quietflag) printf(" Processing to doppler at %f prf...\n",params.fd);
if (logflag) {
sprintf(logbuf," Processing to doppler at %f prf...\n",params.fd);
printLog(logbuf);
}
read_params(params.in1,&old_params);/*Read in user's old parameters*/
/*Set params so we're processing at least 300 samples and 500 lines.*/
refLen=params.fs*params.pulsedur;
params.nla=smallestPow2(300+refLen)-refLen;
params.na_valid=500;
ardop_setup(¶ms,meta,&n_az,&n_range,&s,&r,&f,&signalGetRec);
if (!quietflag) {
printf(" Processing a %d az by %d range patch...\n",n_az,n_range);
printf(" Of the %d azimuth lines, only %d are valid.\n",n_az,f->n_az_valid);
}
/*
Create "patch"es of data.
*/
p1=newPatch(n_az,n_range);
p2=newPatch(n_az,n_range);
/*Process both patches.*/
lineToBeRead = f->firstLineToProcess;
ac_direction=-1;
setPatchLoc(p1,s,f->skipFile,f->skipSamp,lineToBeRead);/*Update patch parameters for location.*/
processPatch(p1,signalGetRec,r,s);/*SAR Process patch.*/
ac_direction=1;
setPatchLoc(p2,s,f->skipFile,f->skipSamp,lineToBeRead);/*Update patch parameters for location.*/
processPatch(p2,signalGetRec,r,s);/*SAR Process patch.*/
/*Do range amplitude correlation.*/
pixShift=amp_corr(p1,p2,f);
StopWatch();
dopDel=2*pixShift*f->rngpix/(s->wavl*s->refPerRange/2*(p1->slantToFirst+p1->slantPer*p1->n_range/2));
if (!quietflag) printf(" The image's doppler is off by %.2f pixels, or %.2f PRF.\n",
pixShift,dopDel);
if (logflag) {
sprintf(logbuf," The image's doppler is off by %.2f pixels, or %.2f PRF.\n",
pixShift,dopDel);
printLog(logbuf);
}
/*dopDel-=0.2; <-- Constant frequency offset?*/
dopDel=floor(dopDel+0.5);
if (!quietflag) printf(" The doppler coefficients should be:\n"
" %.10f %.10f %.10f\n\n",s->orig_fd-dopDel,s->orig_fdd,s->orig_fddd);
if (!quietflag) printf(" These coefficients have been written into '%s'\n",appendExt(params.in1,".in"));
if (logflag) {
sprintf(logbuf," The doppler coefficients should be:\n"
" %.10f %.10f %.10f\n\n",s->orig_fd-dopDel,s->orig_fdd,s->orig_fddd);
printLog(logbuf);
sprintf(logbuf," These coefficients have been written into '%s'\n",appendExt(params.in1,".in"));
printLog(logbuf);
}
old_params.fd=s->orig_fd-dopDel;
old_params.fdd=s->orig_fdd;
old_params.fddd=s->orig_fddd;
print_params(params.in1,&old_params,"dop_prf");
destroyPatch(p1);
destroyPatch(p2);
return(0);
}
