dicutil.hpp¶

namespace util¶

Enums

enum class ECorrCrit¶

Values:

enumerator SSD¶

enumerator NSSD¶

enumerator ZNSSD¶

enum class EShapeFunc¶

Values:

enumerator RIGID¶

enumerator AFFINE¶

enumerator QUAD¶

enum class EInterpRoutine¶

Values:

enumerator BSPLINE¶

enumerator HERMITE¶

enum class EScanMethod¶

Values:

enumerator MULTIWINDOW_RG¶

enumerator SINGLEWINDOW_RG¶

enumerator MULTIWINDOW¶

enumerator RASTER¶

enum class EIncrementalCond¶

Values:

enumerator IMAGE¶

enumerator ITER¶

enumerator COST¶

enum class EFFTPrecision¶

Values:

enumerator FLOAT32¶

enumerator FLOAT64¶

Functions

void extract_image(double *img_def_stack, int image_number, int px_hori, int px_vert)¶

Extracts a single image from a stacked image array and stores it in an Image object.

Takes a specific 2D image (identified by image_number) from a 3D image stack (img_def_stack) and stores its pixel values into the vals field of the provided util::Image structure.

Parameters:

img_def – Pointer to a util::Image object that will be populated with the extracted image data.
img_def_stack – Pointer to a flat array representing a stack of images stored sequentially (row-major order).
image_number – Index of the image to extract from the stack (0-based).

int next_pow2(int n)¶

void gen_size_and_step_vector(std::vector<int> &ss_sizes, std::vector<int> &ss_steps, const int ss_size, const int ss_step, const int max_disp)¶

struct PairHash¶

Public Functions

inline std::size_t operator()(const std::pair<int, int> &p) const¶

struct Config¶

Public Members

int ss_step¶

int ss_size¶

double partial_subset = 1.0¶

double partial_subset_multiwindow = 0.7¶

int max_iter¶

int px_hori¶

int px_vert¶

int num_def_img¶

int num_params¶

double precision¶

double threshold¶

int max_disp¶

int epi_search_distance¶

int epi_distance_threshold¶

std::vector<int> rg_seeds¶

ECorrCrit corr_crit¶

EShapeFunc shape_func¶

EInterpRoutine interp_routine¶

EScanMethod scan_method¶

std::vector<std::string> basenames¶

std::vector<std::string> fullpaths¶

bool fft_filter¶

bool fft_save¶

EFFTPrecision fft_precision¶

double fft_filter_threshold¶

int fft_filter_radius¶

double fft_filter_corr_power¶

unsigned int debug_level¶

bool stereo¶

bool incremental¶

EIncrementalCond incremental_update_cond¶

double incremental_update_val¶

int multiwindow_overlap¶

std::vector<int> multiwindow_subset_size¶

std::vector<int> multiwindow_search_area¶

int image_filter_kernel = 0¶

double image_filter_sigma = 1.0¶