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/******************************************************************************
* This file is part of libome *
* Copyright (C) 2025 Arnd Behring, Kay Schoenwald *
* SPDX-License-Identifier: GPL-3.0-or-later *
******************************************************************************/
#ifndef LIBOME_POLAQG_H
#define LIBOME_POLAQG_H
#ifdef __cplusplus
#include <ome/ome_type_aliases.h>
#include <ome/rpd_distribution.h>
namespace ome
{
/**
* \addtogroup ome-data
* \{
* \defgroup ome-data-polAQg polAQg
* \brief Data objects for \f$\Delta A_{Qg}\f$
* \{
*/
/// Regular part of \f$\Delta A_{Qg}\f$
extern const ome_as<double> polAQg_reg;
/// Container for regular, plus and delta part of \f$\Delta A_{Qg}\f$
extern const rpd_distribution<ome_as_view<double>, ome_as_plus_view<double>, ome_as_const_view<double>> polAQg;
/**
* \}
* \}
*/
}
extern "C"
{
#endif /* ifdef __cpluscplus */
/* C interface */
/**
* \addtogroup c-interface
* \{
* \defgroup c-interface-polAQg polAQg
* \brief C interface functions for \f$\Delta A_{Qg}\f$
* \{
* \name Evaluation
* \{
*/
/// Evaluate regular part of \f$\Delta A_{Qg}\f$
double ome_polAQg_reg(double as, double LM, double NF, double x);
/// Evaluate regular part of \f$\Delta A_{Qg}\f$ truncated in \f$a_s\f$
double ome_polAQg_reg_trunc_as(int trunc_order, double as, double LM, double NF, double x);
/// Evaluate a given \f$a_s\f$ coefficient of the regular part of \f$\Delta A_{Qg}\f$
double ome_polAQg_reg_coeff_as(int order_as, double LM, double NF, double x);
/// Evaluate a given \f$a_s\f$, \f$L_M\f$ coefficient of the regular part of \f$\Delta A_{Qg}\f$
double ome_polAQg_reg_coeff_as_LM(int order_as, int order_LM, double NF, double x);
/// Evaluate a given \f$a_s\f$, \f$L_M\f$, \f$N_F\f$ coefficient of the regular part of \f$\Delta A_{Qg}\f$
double ome_polAQg_reg_coeff_as_LM_NF(int order_as, int order_LM, int order_NF, double x);
/**
* \}
*
* \name Range getters
* \{
*/
/// Get minimum power in \f$a_s\f$ of regular part of \f$\Delta A_{Qg}\f$
int ome_polAQg_reg_min_power();
/// Get maximum power in \f$a_s\f$ of regular part of \f$\Delta A_{Qg}\f$
int ome_polAQg_reg_max_power();
/// Get minimum power in \f$L_M\f$ of a specific \f$a_s\f$ coefficient of the regular part of \f$\Delta A_{Qg}\f$
int ome_polAQg_reg_coeff_as_min_power(int order_as);
/// Get maximum power in \f$L_M\f$ of a specific \f$a_s\f$ coefficient of the regular part of \f$\Delta A_{Qg}\f$
int ome_polAQg_reg_coeff_as_max_power(int order_as);
/// Get minimum power in \f$N_F\f$ of a specific \f$a_s\f$, \f$L_M\f$ coefficient of the regular part of \f$\Delta A_{Qg}\f$
int ome_polAQg_reg_coeff_as_LM_min_power(int order_as, int order_LM);
/// Get maximum power in \f$N_F\f$ of a specific \f$a_s\f$, \f$L_M\f$ coefficient of the regular part of \f$\Delta A_{Qg}\f$
int ome_polAQg_reg_coeff_as_LM_max_power(int order_as, int order_LM);
/**
* \}
* \}
* \}
*/
#ifdef __cplusplus
}
#endif
#endif