gm_to_dirac_short_standard_normal_deviation_c.h

#ifndef GM_TO_DIRAC_SHORT_STANDARD_NORMAL_DEVIATION_C_H
#define GM_TO_DIRAC_SHORT_STANDARD_NORMAL_DEVIATION_C_H
 
#include "gm_to_dirac_short_standard_normal_deviation.h"
 
#ifdef _WIN32
#define DLL_EXPORT __declspec(dllexport)
#else
#define DLL_EXPORT
#endif
 
extern "C" {
 
DLL_EXPORT void* create_gm_to_dirac_short_standard_normal_deviation_double() {
  return new gm_to_dirac_short_standard_normal_deviation<double>();
}
 
DLL_EXPORT void delete_gm_to_dirac_short_standard_normal_deviation_double(
    void* instance) {
  delete static_cast<gm_to_dirac_short_standard_normal_deviation<double>*>(
      instance);
}
 
DLL_EXPORT bool gm_to_dirac_short_standard_normal_deviation_double_approximate(
    void* instance, size_t L, size_t N, double* x, const double* wX,
    GslminimizerResult* result, const ApproximateOptions* options) {
  auto* obj = static_cast<gm_to_dirac_short_standard_normal_deviation<double>*>(
      instance);
  return obj->approximate(L, N, x, wX, result,
                          options ? *options : ApproximateOptions{});
}
 
DLL_EXPORT void
gm_to_dirac_short_standard_normal_deviation_double_modified_van_mises_distance_sq(
    void* instance, double* distance, size_t L, size_t N, size_t bMax,
    double* x, const double* wX) {
  auto* obj = static_cast<gm_to_dirac_short_standard_normal_deviation<double>*>(
      instance);
  obj->modified_van_mises_distance_sq(distance, L, N, bMax, x, wX);
}
 
DLL_EXPORT void
gm_to_dirac_short_standard_normal_deviation_double_modified_van_mises_distance_sq_derivative(
    void* instance, double* gradient, size_t L, size_t N, size_t bMax,
    double* x, const double* wX) {
  auto* obj = static_cast<gm_to_dirac_short_standard_normal_deviation<double>*>(
      instance);
  obj->modified_van_mises_distance_sq_derivative(gradient, L, N, bMax, x, wX);
}
 
DLL_EXPORT void* create_gm_to_dirac_short_standard_normal_deviation_float() {
  return new gm_to_dirac_short_standard_normal_deviation<float>();
}
 
DLL_EXPORT void delete_gm_to_dirac_short_standard_normal_deviation_float(
    void* instance) {
  delete static_cast<gm_to_dirac_short_standard_normal_deviation<float>*>(
      instance);
}
 
DLL_EXPORT bool gm_to_dirac_short_standard_normal_deviation_float_approximate(
    void* instance, size_t L, size_t N, float* x, const float* wX,
    GslminimizerResult* result, const ApproximateOptions* options) {
  auto* obj = static_cast<gm_to_dirac_short_standard_normal_deviation<float>*>(
      instance);
  return obj->approximate(L, N, x, wX, result,
                          options ? *options : ApproximateOptions{});
}
 
DLL_EXPORT void
gm_to_dirac_short_standard_normal_deviation_float_modified_van_mises_distance_sq(
    void* instance, float* distance, size_t L, size_t N, size_t bMax, float* x,
    const float* wX) {
  auto* obj = static_cast<gm_to_dirac_short_standard_normal_deviation<float>*>(
      instance);
  obj->modified_van_mises_distance_sq(distance, L, N, bMax, x, wX);
}
 
DLL_EXPORT void
gm_to_dirac_short_standard_normal_deviation_float_modified_van_mises_distance_sq_derivative(
    void* instance, float* gradient, size_t L, size_t N, size_t bMax, float* x,
    const float* wX) {
  auto* obj = static_cast<gm_to_dirac_short_standard_normal_deviation<float>*>(
      instance);
  obj->modified_van_mises_distance_sq_derivative(gradient, L, N, bMax, x, wX);
}
 
}  // extern "C"
 
#endif  // GM_TO_DIRAC_SHORT_STANDARD_NORMAL_DEVIATION_C_H