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STIR 6.4.0
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Directories | |
| ecat | |
| GE | |
| UPENN | |
Files | |
| abs_image.cxx | |
| It produces the absolute value image of an image. | |
| apply_normfactors.cxx | |
| Apply normalisation factors using an ML approach. | |
| apply_normfactors3D.cxx | |
| Apply normalisation factors estimated using the ML code to projection data. | |
| attenuation_coefficients_to_projections.cxx | |
| Takes the logarithm of attenuation coefficients to 'convert' them to line integrals. | |
| back_project.cxx | |
| Back project an image. | |
| calculate_attenuation_coefficients.cxx | |
Calculates attenuation coefficients (as an alternative to correct_projdata). | |
| compare_image.cxx | |
| compare images to see if they are identical, allowing for small differences | |
| compare_projdata.cxx | |
| compare 2 files with sinogram data | |
| compute_sqrt_Hessian_row_sum.cxx | |
| Computes the Square Root of the Hessian Row Sum of the objective function. | |
| construct_randoms_from_GEsingles.cxx | |
| Construct randoms as a product of singles estimates. | |
| construct_randoms_from_singles.cxx | |
| Construct randoms as a product of singles estimates. | |
| conv_GATE_raw_ECAT_projdata_to_interfile.cxx | |
| This program converts GATE ECAT output (.ima) into STIR interfile format. | |
| conv_gipl_to_interfile.cxx | |
| This program converts Images from GIPL (Guy's Imaging Processing Lab) format to Interfile Format. | |
| conv_interfile_to_gipl.cxx | |
| This program converts Images from Interfile Format to GIPL (Guy's Imaging Processing Lab) format. | |
| convert_to_binary_image.cxx | |
| This program outputs a binary image (voxel values 0 or 1) where all values strictly below a threshold are set to 0, and others to 1. | |
| correct_projdata.cxx | |
| A utility applying/undoing some corrections on projection data. | |
| create_multi_header.cxx | |
| create a "Multi" header for a set of data | |
| create_projdata_template.cxx | |
| A utility that creates a template projection data. | |
| ctac_to_mu_values.cxx | |
| Produces an image of mu-values from a CT/CTAC. | |
| display_projdata.cxx | |
| This program displays projection data by segment. | |
| do_linear_regression.cxx | |
| A simple programme to perform weighted least squares. | |
| estimate_triple_energy_window_scatter_sinogram.cxx | |
| Calculate Triple energy window scatter. | |
| extract_segments.cxx | |
| This program extracts projection data by segment into 3d image files. | |
| extract_single_images_from_dynamic_image.cxx | |
| Split dynamic image into individual images. | |
| find_fwhm_in_image.cxx | |
| List of FWHM and location of maximum in the image. | |
| find_maxima_in_image.cxx | |
| List coordinates of maxima in the image to stdout. | |
| find_ML_normfactors.cxx | |
| Find normalisation factors using an ML approach. | |
| find_ML_normfactors3D.cxx | |
| Find normalisation factors using an ML approach. | |
| find_ML_singles_from_delayed.cxx | |
| Find singles (and hence randoms) from delayed events using an ML approach. | |
| find_normfactors_from_cylinder_data.cxx | |
| Find normalisation factors given projection data of a cylinder (direct method) | |
| find_recovery_coefficients_in_image_quality_phantom_nema_nu4.cxx | |
| Utility program for calculating recovery coeficient values in the image quality phantom described in NEMA NU 4. | |
| find_sum_projection_of_viewgram_and_sinogram.cxx | |
| This program reads a projection data file and squeezes a given sinogrm or viewgram of it (from a 2D matrix to a 1D vector). | |
| forward_project.cxx | |
| Forward project an image. | |
| generate_image.cxx | |
| A utility to generate images consisting of uniform objects added/subtracted together. | |
| get_time_frame_info.cxx | |
| Prints start time and duration of a frame to stdout. | |
| invert_axis.cxx | |
| This program inverts x y or z axis. | |
| list_detector_and_bin_info.cxx | |
| A utility that lists bin and detector info for a given (cylindrical) scanner on stdout. | |
| list_image_info.cxx | |
| This program lists basic image info. It works for dynamic images. | |
| list_image_values.cxx | |
| Utility to extract image values along profiles (or another box-shape) | |
| list_projdata_info.cxx | |
| A utility that lists size info on the projection data on stdout. | |
| list_ROI_values.cxx | |
| Utility program for getting ROI values. | |
| manip_image.cxx | |
| This program performs operations on image data. | |
| manip_projdata.cxx | |
| process sinogram data | |
| poisson_noise.cxx | |
| Generates a noise realisation according to Poisson statistics for some projection data. | |
| postfilter.cxx | |
| This program performs filtering on image data. | |
| rebin_projdata.cxx | |
| A utility to rebin projection data. | |
| separate_true_from_random_scatter_for_necr.cxx | |
| This program gets a projection data file of a mouse/rat scatter phantom measured according to NEMA NU 4. It seperates number of true events from number of random+scatter events. | |
| shift_image.cxx | |
| This program shifts the origin of an image. | |
| shift_image_origin.cxx | |
| This program shifts the origin of an image. | |
| SPECT_dicom_to_interfile.cxx | |
| Convert SPECT DICOM projection data to Interfile. | |
| SSRB.cxx | |
| Main program for stir::SSRB. | |
| stir_config.cxx | |
| Prints configuration directory and STIR version. | |
| stir_list_registries.cxx | |
| Prints all registered names for many registries. | |
| stir_math.cxx | |
| add or multiply data, with some other basic math manipulations | |
| stir_timings.cxx | |
| Perform timings. | |
| stir_write_pgm.cxx | |
| This program writes a PGM bitmap for an image (preliminary) | |
| warp_and_accumulate_gated_images.cxx | |
| This program corrects the motion from an image. | |
| warp_image.cxx | |
| This program warps an image. | |
| write_proj_matrix_by_bin.cxx | |
| Program that writes a projection matrix by bin to file. | |
| zeropad_planes.cxx | |
| This program zero pads the start & end planes of an image. | |
| zoom_image.cxx | |
| This program serves as a stand-alone zoom/trim utility for image files Run without arguments to get a usage message. | |