bool GtPlusAccumulatorImageTriggerGadget::storeImage(const ISMRMRD::ImageHeader& imgHeader, const hoNDArray<ValueType>& img, const ISMRMRD::MetaContainer& attrib, ImageBufferType& buf)
{
try
{
long long cha = attrib.as_long(GADGETRON_CHA, 0);
size_t slc = imgHeader.slice;
long long e2 = attrib.as_long(GADGETRON_E2, 0);
size_t con = imgHeader.contrast;
size_t phs = imgHeader.phase;
size_t rep = imgHeader.repetition;
size_t set = imgHeader.set;
size_t ave = imgHeader.average;
// create image
ImageType* storedImage = new ImageType();
GADGET_CHECK_RETURN_FALSE(storedImage!=NULL);
storedImage->from_NDArray(img);
storedImage->attrib_ = attrib;
GADGET_CHECK_RETURN_FALSE(gtPlus_util_.setMetaAttributesFromImageHeaderISMRMRD(imgHeader, storedImage->attrib_));
storedImage->attrib_.set(GADGETRON_PASS_IMMEDIATE, (long)0);
buf(cha, slc, e2, con, phs, rep, set, ave) = storedImage;
if ( pass_image_immediate_ )
{
Gadgetron::GadgetContainerMessage<ImageBufferType>* cm1 = new Gadgetron::GadgetContainerMessage<ImageBufferType>();
ImageBufferType& imgBuf = *(cm1->getObjectPtr());
std::vector<size_t> dim2D(num_of_dimensions_, 1);
imgBuf.create(dim2D);
imgBuf(0) = new ImageType();
*imgBuf(0) = *storedImage;
// set the pass_image flag, so next gadget knows
imgBuf(0)->attrib_.set(GADGETRON_PASS_IMMEDIATE, (long)1);
if (this->next()->putq(cm1) < 0)
{
cm1->release();
return false;
}
}
}
catch(...)
{
GERROR_STREAM("Error happens in GtPlusAccumulatorImageTriggerGadget::storeImage(const ISMRMRD::ImageHeader& imgHeader, const hoNDArray<ValueType>& img, const ISMRMRD::MetaContainer& attrib, ImageBufferType& buf) ... ");
return false;
}
return true;
}
