do not use std::isnan on integer parameters; it fails to compile on windows

This commit is contained in:
Laurent Perron
2022-12-19 11:25:00 +01:00
parent 94042e72cc
commit b4c52b3913

View File

@@ -33,6 +33,11 @@ namespace operations_research::glop {
return absl::StrCat("Parameters '", #name, "' must be non-negative"); \
}
#define TEST_INTEGER_NON_NEGATIVE(name) \
if (params.name() < 0) { \
return absl::StrCat("Parameters '", #name, "' must be non-negative"); \
}
#define TEST_FINITE_AND_NON_NEGATIVE(name) \
if (!std::isfinite(params.name())) { \
return absl::StrCat("parameter '", #name, "' is NaN or not finite"); \
@@ -42,40 +47,40 @@ namespace operations_research::glop {
}
std::string ValidateParameters(const GlopParameters& params) {
TEST_FINITE_AND_NON_NEGATIVE(refactorization_threshold);
TEST_FINITE_AND_NON_NEGATIVE(recompute_reduced_costs_threshold);
TEST_FINITE_AND_NON_NEGATIVE(recompute_edges_norm_threshold);
TEST_FINITE_AND_NON_NEGATIVE(primal_feasibility_tolerance);
TEST_FINITE_AND_NON_NEGATIVE(dual_feasibility_tolerance);
TEST_FINITE_AND_NON_NEGATIVE(ratio_test_zero_threshold);
TEST_FINITE_AND_NON_NEGATIVE(harris_tolerance_ratio);
TEST_FINITE_AND_NON_NEGATIVE(small_pivot_threshold);
TEST_FINITE_AND_NON_NEGATIVE(minimum_acceptable_pivot);
TEST_FINITE_AND_NON_NEGATIVE(degenerate_ministep_factor);
TEST_FINITE_AND_NON_NEGATIVE(drop_tolerance);
TEST_FINITE_AND_NON_NEGATIVE(dual_feasibility_tolerance);
TEST_FINITE_AND_NON_NEGATIVE(dual_small_pivot_threshold);
TEST_FINITE_AND_NON_NEGATIVE(dualizer_threshold);
TEST_FINITE_AND_NON_NEGATIVE(solution_feasibility_tolerance);
TEST_FINITE_AND_NON_NEGATIVE(max_number_of_reoptimizations);
TEST_FINITE_AND_NON_NEGATIVE(harris_tolerance_ratio);
TEST_FINITE_AND_NON_NEGATIVE(lu_factorization_pivot_threshold);
TEST_FINITE_AND_NON_NEGATIVE(markowitz_singularity_threshold);
TEST_FINITE_AND_NON_NEGATIVE(dual_small_pivot_threshold);
TEST_FINITE_AND_NON_NEGATIVE(max_number_of_reoptimizations);
TEST_FINITE_AND_NON_NEGATIVE(minimum_acceptable_pivot);
TEST_FINITE_AND_NON_NEGATIVE(preprocessor_zero_tolerance);
TEST_FINITE_AND_NON_NEGATIVE(degenerate_ministep_factor);
TEST_FINITE_AND_NON_NEGATIVE(primal_feasibility_tolerance);
TEST_FINITE_AND_NON_NEGATIVE(ratio_test_zero_threshold);
TEST_FINITE_AND_NON_NEGATIVE(recompute_edges_norm_threshold);
TEST_FINITE_AND_NON_NEGATIVE(recompute_reduced_costs_threshold);
TEST_FINITE_AND_NON_NEGATIVE(refactorization_threshold);
TEST_FINITE_AND_NON_NEGATIVE(relative_cost_perturbation);
TEST_FINITE_AND_NON_NEGATIVE(relative_max_cost_perturbation);
TEST_FINITE_AND_NON_NEGATIVE(small_pivot_threshold);
TEST_FINITE_AND_NON_NEGATIVE(solution_feasibility_tolerance);
TEST_NOT_NAN(objective_lower_limit);
TEST_NOT_NAN(objective_upper_limit);
TEST_NON_NEGATIVE(max_time_in_seconds);
TEST_NON_NEGATIVE(max_deterministic_time);
TEST_NON_NEGATIVE(initial_condition_number_threshold);
TEST_NON_NEGATIVE(crossover_bound_snapping_distance);
TEST_NON_NEGATIVE(initial_condition_number_threshold);
TEST_NON_NEGATIVE(max_deterministic_time);
TEST_NON_NEGATIVE(max_time_in_seconds);
TEST_NON_NEGATIVE(max_valid_magnitude);
TEST_FINITE_AND_NON_NEGATIVE(basis_refactorization_period);
TEST_FINITE_AND_NON_NEGATIVE(random_seed);
TEST_FINITE_AND_NON_NEGATIVE(num_omp_threads);
TEST_FINITE_AND_NON_NEGATIVE(devex_weights_reset_period);
TEST_INTEGER_NON_NEGATIVE(basis_refactorization_period);
TEST_INTEGER_NON_NEGATIVE(devex_weights_reset_period);
TEST_INTEGER_NON_NEGATIVE(num_omp_threads);
TEST_INTEGER_NON_NEGATIVE(random_seed);
if (params.markowitz_zlatev_parameter() < 1) {
return "markowitz_zlatev_parameter must be >= 1";
@@ -84,8 +89,10 @@ std::string ValidateParameters(const GlopParameters& params) {
return "";
}
#undef TEST_NOT_NAN
#undef TEST_NON_NEGATIVE
#undef TEST_FINITE_AND_NON_NEGATIVE
#undef TEST_INTEGER_NON_NEGATIVE
#undef TEST_NON_NEGATIVE
#undef TEST_NOT_NAN
} // namespace operations_research::glop