![]() |
CASToR
3.2
Tomographic Reconstruction (PET/SPECT/CT)
|
Keywords corresponding to the optimisation methods enabled for the Linear Model
Defined in iLinearModel.hh.
More...
Macros | |
#define | OPTIMISATION_METHOD_DR 0 |
#define | OPTIMISATION_METHOD_NESTEM 1 |
#define | OPTIMISATION_METHOD_NNLS 2 |
#define | OPTIMISATION_METHOD_LS 3 |
#define | OPTIMISATION_METHOD_DR 0 |
#define | OPTIMISATION_METHOD_NESTEM 1 |
#define | OPTIMISATION_METHOD_NNLS 2 |
#define | OPTIMISATION_METHOD_LS 3 |
Keywords corresponding to the optimisation methods enabled for the Linear Model
Defined in iLinearModel.hh.
#define OPTIMISATION_METHOD_DR 0 |
Constant corresponding to the direct dynamic recosntruction (DR) method (non-nested) (=0)
Definition at line 20 of file code/include/dynamic/iLinearModel.hh.
#define OPTIMISATION_METHOD_DR 0 |
Constant corresponding to the direct dynamic recosntruction (DR) method (non-nested) (=0)
Definition at line 20 of file include/dynamic/iLinearModel.hh.
#define OPTIMISATION_METHOD_LS 3 |
Constant corresponding to the least-squares linear regression (=3)
Definition at line 26 of file include/dynamic/iLinearModel.hh.
#define OPTIMISATION_METHOD_LS 3 |
Constant corresponding to the least-squares linear regression (=3)
Definition at line 26 of file code/include/dynamic/iLinearModel.hh.
#define OPTIMISATION_METHOD_NESTEM 1 |
Constant corresponding to the nested EM direct dynamic recosntruction method (Nested-EM) (=1)
Definition at line 22 of file code/include/dynamic/iLinearModel.hh.
#define OPTIMISATION_METHOD_NESTEM 1 |
Constant corresponding to the nested EM direct dynamic recosntruction method (Nested-EM) (=1)
Definition at line 22 of file include/dynamic/iLinearModel.hh.
#define OPTIMISATION_METHOD_NNLS 2 |
Constant corresponding to the non-negative least-square method (=2)
Definition at line 24 of file code/include/dynamic/iLinearModel.hh.
#define OPTIMISATION_METHOD_NNLS 2 |
Constant corresponding to the non-negative least-square method (=2)
Definition at line 24 of file include/dynamic/iLinearModel.hh.