RLAPSolverHungarian.cpp File Reference

#include <unordered_set>
#include <numeric>
#include <stdexcept>
#include "RLAPSolverHungarian.hpp"
#include <iostream>

Macros
#define	DBG_PRINT_ZEROS(v)
#define	MAX_DIM(m)   std::max(m.getDims()[0], m.getDims()[1])

Functions
	rowMin ({MAX_DIM(mat)}, maxCost)
	colMin ({MAX_DIM(mat)}, maxCost)
	solved (false)

Macro Definition Documentation

#define DBG_PRINT_ZEROS

(

v

)

Value:

std::cout << "zeros" << std::endl; \
    for(auto elm: v) \
        std::cout << '[' << elm.row \
        << ", " << elm.col << \
        ", " << elm.deleted << ']' << std::endl

Prints contents of a container of RLAPSolverHungarian::Zero human readable

#define MAX_DIM

(

m

)

std::max(m.getDims()[0], m.getDims()[1])

Used to determine the solver size needed internally

Function Documentation

colMin	(	{MAX_DIM(mat)}	,
		maxCost
	)

rowMin	(	{MAX_DIM(mat)}	,
		maxCost
	)

solved

(

false

)