| ▼Nglados | |
| ▼Ncuda | |
| ▼Ndetail | |
| Ccopy_ftor | |
| Cdevice_deleter | |
| CDirection | |
| CDirection< Target::Device, Target::Device > | |
| CDirection< Target::Device, Target::Host > | |
| CDirection< Target::Host, Target::Device > | |
| CDirection< Target::Host, Target::Host > | |
| Chost_deleter | |
| Cunique_ptr | |
| Casync_copy_policy | |
| CDeviceMemoryManager | |
| CHostMemoryManager | |
| Csync_copy_policy | |
| ▼Ndef | |
| Ccopy_policy | |
| CMemoryManager | |
| ▼Nloaders | |
| ▼Ndetail | |
| CBitsPerSample | |
| CSampleFormat | |
| CSampleFormat< double > | |
| CSampleFormat< float > | |
| CSampleFormat< T, true, false > | |
| CSampleFormat< T, true, true > | |
| CTIFFDeleter | |
| CHIS | |
| CHISHeader | |
| CTIFF | |
| ▼Npipeline | |
| CInputSide | |
| COutputSide | |
| CPipeline | |
| CPort | |
| CSinkStage | |
| CSourceStage | |
| CStage | |
| ▼Nsavers | |
| ▼Ndetail | |
| CBitsPerSample | |
| CSampleFormat | |
| CSampleFormat< double > | |
| CSampleFormat< float > | |
| CSampleFormat< T, true, false > | |
| CSampleFormat< T, true, true > | |
| CTIFFDeleter | |
| CTIFF | |
| Cbase_ptr | |
| CCircularBuffer | |
| CImage | |
| CImageLoader | |
| CImageSaver | |
| CMemoryPool | This class acts as a Memory pool and initializes memory at program initialization |
| CObserver | |
| Cpitched_ptr | |
| Cptr | |
| CQueue | |
| CSingleton | |
| CSubject | |
| CVolume | |
| ▼Nrisa | |
| ▼Ncuda | |
| CAttenuation | This stage computes the attenuation coefficients in the fan beam sinogram |
| CBackprojection | This stage back projects a parallel beam sinogram and returns the reconstructed image |
| CD2H | This stage transfer a data element from device to host |
| CDetectorInterpolation | This stage interpolates the defect detectors in the raw data sinogram |
| CFan2Para | This stage performs the fan to parallel beam rebinning |
| CFilter | This stage filters the projections in the parallel beam sinogram with a precomputed filter function |
| CH2D | This stage transfers the input data element from device to host |
| ChashTable | Collects all precomputed hash table values |
| CMasking | This stage multiplies a precomputed mask with the reconstructed image |
| Cparameters | Collects all parameters that are needed in the fan to parallel beam interpolation kernel |
| CReordering | This stage restructures the unordered input data received from the detector modules |
| CTemplate | This stage transfer a data element from device to host |
| ▼Ndetail | |
| CBitsPerSample | |
| CSampleFormat | |
| CSampleFormat< double > | |
| CSampleFormat< float > | |
| CSampleFormat< T, true, false > | |
| CSampleFormat< T, true, true > | |
| CTIFFDeleter | |
| CConfigReader | Reads the configuration values from the input file |
| COfflineLoader | The loader stage for offline data processing |
| COfflineLoaderPerfTest | This stage fills the software pipeline with input data stored in ram |
| COfflineSaver | This stage is suited for online and offline processing via configuration options |
| COnlineReceiverNotification | This class implements the synchronization between the ReceiverModule class and the superior Receiver class |
| CReceiver | This class controls the ReceiverModule objects |
| CReceiverModule | Each ReceiverModule is bound to one DetectorModule |
| CTimer | The Timer-class uses the std::chrono library and provides a high precision timer |
| Cudp_client_server_runtime_error | |
| CUDPServer | |
1.8.11 
