QVector<golographicData> generateImages(const generatingData &data, mslLoader::OBJloader &loader, const std::string &folder)
{
Q_UNUSED (folder);
cubPair cubs = buildCub(loader,data.lengthOfShip,data.numberOfUnit);
std::vector<Cuboid> cubusCubus;
Cuboid cubBig;
QVector<golographicData> imagesData;
for(double XY_plane = data.XY_angleMin; XY_plane < data.XY_angleMax; XY_plane += data.XY_angleStep)
{
for(double XZ_plane = data.XZ_angleMin; XZ_plane <= data.XZ_angleMax; XZ_plane += data.XZ_angleStep)
{
cubusCubus = cubs.cubs;
cubBig = cubs.initialCub;
cubBig.rotateInSpace(mslMesh::make_point3D(XZ_plane,XY_plane,0.0));
std::vector<Cuboid>::iterator cubusCubusIter = cubusCubus.begin();
for(; cubusCubusIter != cubusCubus.end(); ++cubusCubusIter)
{
(*cubusCubusIter).rotateInSpace(mslMesh::make_point3D(XZ_plane,XY_plane,0.0));
}
mslMesh::point3Ddouble bufPoint = cubBig.getVisionDirection();
mslMesh::mesh3D bufMesh = mslMesh::visibleMesh(bufPoint,loader.getMesh());
std::vector<unsigned char> cIm = createImageMatrix(cubusCubus,bufMesh);
std::vector<unsigned char> image = createImage(cIm);
unsigned int imageSize = static_cast<unsigned int>(sqrt(static_cast<double>(image.size())));
golographicData buf;
buf.XY_angle = static_cast<unsigned int>(XY_plane);
buf.XZ_angle = static_cast<unsigned int>(XZ_plane);
buf.rowNumber = buf.columnNumber = imageSize;
buf.numberOfUnit = data.numberOfUnit;
swap_STDtoQT_vector(buf.data,image);
//****
//constDataStruct bufDat;
//bufDat.XY_plane = buf.XY_angle;
//bufDat.XZ_plane = buf.XZ_angle;
//bufDat.imageSize = imageSize;
//bufDat.numberOfUnit = data.numberOfUnit;
//saveFilePNG(image,createFileNamePNG(bufDat,"c:/image/pix/"));
//****
imagesData.push_back(buf);
}
}
return imagesData;
}
void glBegin(){
matrix = createImageMatrix(H,W);
}
QVector<golographicData> ImageGenerator::generateImages()
{
/* QProgressDialog * progressD = new QProgressDialog (tr("Creating images..."), tr("&Cancel"), 0, imagesNum);
connect (progressD, SIGNAL (canceled()), this, SLOT (prCancel()));
progressD->show();
if (progressD->wasCanceled())
{
delete progressD;
return QVector<golographicData>();//imagesData;
}
*/
cubPair cubs = buildCub(loader,imageData.data.lengthOfShip,imageData.data.numberOfUnit);
std::vector<Cuboid> cubusCubus;
Cuboid cubBig;
QVector<golographicData> imagesData;
int value = 0;
/* if (progressD->wasCanceled())
{
delete progressD;
return imagesData;
}
*/
int imagesNum = ((imageData.data.XY_angleMax - imageData.data.XY_angleMin)/imageData.data.XY_angleStep+1) *
((imageData.data.XZ_angleMax - imageData.data.XZ_angleMin)/imageData.data.XZ_angleStep+1 );
emit allImageVal (imagesNum);
for(double XY_plane = imageData.data.XY_angleMin; XY_plane <= imageData.data.XY_angleMax; XY_plane += imageData.data.XY_angleStep)
{
//progressD->update();
for(double XZ_plane = imageData.data.XZ_angleMin; XZ_plane <= imageData.data.XZ_angleMax; XZ_plane += imageData.data.XZ_angleStep)
{
value++;
emit imageVal (value);
/* progressD->setValue(value);
if (progressD->wasCanceled())
{
delete progressD;
return imagesData;
}
*/
cubusCubus = cubs.cubs;
cubBig = cubs.initialCub;
cubBig.rotateInSpace(mslMesh::make_point3D(XZ_plane,XY_plane,0.0));
/* if (progressD->wasCanceled())
{
delete progressD;
return imagesData;
}
*/
std::vector<Cuboid>::iterator cubusCubusIter = cubusCubus.begin();
for(; cubusCubusIter != cubusCubus.end(); ++cubusCubusIter)
{
(*cubusCubusIter).rotateInSpace(mslMesh::make_point3D(XZ_plane,XY_plane,0.0));
/* if (progressD->wasCanceled())
{
delete progressD;
return imagesData;
}
*/
}
mslMesh::point3Ddouble bufPoint = cubBig.getVisionDirection();
mslMesh::mesh3D bufMesh = mslMesh::visibleMesh(bufPoint,loader.getMesh());
/* if (progressD->wasCanceled())
{
delete progressD;
return imagesData;
}
*/
std::vector<unsigned char> cIm = createImageMatrix(cubusCubus,bufMesh);
std::vector<unsigned char> image = createImage(cIm);
/* if (progressD->wasCanceled())
{
delete progressD;
return imagesData;
}
*/
unsigned int imageSize = static_cast<unsigned int>(sqrt(static_cast<double>(image.size())));
golographicData buf;
buf.XY_angle = static_cast<unsigned int>(XY_plane);
buf.XZ_angle = static_cast<unsigned int>(XZ_plane);
buf.rowNumber = buf.columnNumber = imageSize;
buf.numberOfUnit = imageData.data.numberOfUnit;
swap_STDtoQT_vector(buf.data,image);
//****
//constDataStruct bufDat;
//bufDat.XY_plane = buf.XY_angle;
//bufDat.XZ_plane = buf.XZ_angle;
//bufDat.imageSize = imageSize;
//bufDat.numberOfUnit = imageData.data.numberOfUnit;
//saveFilePNG(image,createFileNamePNG(bufDat,"c:/image/pix/"));
//****
imagesData.push_back(buf);
//value++;
}
}
// progressD->setValue(imagesNum);
// delete progressD;
return imagesData;
}
