/* $ -*- C++ -*-
 * Copyright (C) 2024, 2025 Felix Salfelder
 *
 * This file is part of "Gnucap", the Gnu Circuit Analysis Package
 *
 * This program is free software; you can redistribute it and/or modify
 * it under the terms of the GNU General Public License as published by
 * the Free Software Foundation; either version 3, or (at your option)
 * any later version.
 *
 * This program is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
 * GNU General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 * along with this program; if not, write to the Free Software
 * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA
 * 02110-1301, USA.
 *------------------------------------------------------------------
 * hierarchical system parameters
 */
/*--------------------------------------------------------------------------*/
#ifndef HS_PARAM_H
#define HS_PARAM_H
/*--------------------------------------------------------------------------*/
#include "u_parameter.h"
#include "io_trace.h"
#include "e_paramlist.h"
/*--------------------------------------------------------------------------*/
static const int sysparams_count = 14;
/*--------------------------------------------------------------------------*/
bool Get(CS& cmd, std::string const& key, method_t* method); // u_opt2.cc
/*--------------------------------------------------------------------------*/
class HS_PARAM : public COMMON_PARAMLIST {
 PARAMETER<double> _mfactor;
 PARAMETER<double> _xposition;
 PARAMETER<double> _yposition;
 PARAMETER<double> _zposition;
 PARAMETER<double> _hflip;
 PARAMETER<double> _vflip;
 PARAMETER<double> _zflip;
 PARAMETER<double> _angle;
 PARAMETER<vstring> _method{};
 PARAMETER<double> _temperature; // absolute temperature (K)
 PARAMETER<double> _dtemp; // difference to ambient
 PARAMETER<double> _tnom; // nominal (K)
private: // hmm. use a flag instead?
 PARAMETER<double> _temp_c;
 PARAMETER<double> _tnom_c;
private: // fixed values. combining hierarchical and specified.
 double _mfactor_fixed{NOT_INPUT};
 method_t _method_fixed{meUNKNOWN};
 double _temperature_fixed{NOT_INPUT};
 explicit HS_PARAM(HS_PARAM const& p) : COMMON_PARAMLIST(p),
 _mfactor(p._mfactor),
 _xposition(p._xposition),
 _yposition(p._yposition),
 _zposition(p._zposition),
 _hflip(p._hflip),
 _vflip(p._vflip),
 _zflip(p._zflip),
 _angle(p._angle),
 _method(p._method),
 _temperature(p._temperature),
 _dtemp(p._dtemp),
 _tnom(p._tnom),
 _temp_c(p._temp_c),
 _tnom_c(p._tnom_c),
 _mfactor_fixed(p._mfactor_fixed),
 _method_fixed(p._method_fixed),
 _temperature_fixed(p._temperature_fixed) {
 }
public:
 explicit HS_PARAM() : COMMON_PARAMLIST() {
 _mfactor.set_default(1.);
 _xposition.set_default(0.);
 _yposition.set_default(0.);
 _zposition.set_default(0.);
 _hflip.set_default(1);
 _vflip.set_default(1);
 _zflip.set_default(1);
 _angle.set_default(0.);
 _method.set_default(vString(std::string("")));
 _temperature.set_default(OPT::temp_k);
 _dtemp.set_default(0);
 _tnom.set_default(OPT::temp_k);
 _temp_c.set_default(OPT::temp_k - P_CELSIUS0);
 _tnom_c.set_default(OPT::temp_k - P_CELSIUS0);
 }
 explicit HS_PARAM(int i) : COMMON_PARAMLIST(i){
 _mfactor.set_default(1.);
 _xposition.set_default(0.);
 _yposition.set_default(0.);
 _zposition.set_default(0.);
 _hflip.set_default(1);
 _vflip.set_default(1);
 _zflip.set_default(1);
 _angle.set_default(0.);
 _method.set_default(vString(std::string("")));
 _temperature.set_default(OPT::temp_k);
 _dtemp.set_default(0);
 _tnom.set_default(OPT::temp_k);
 _temp_c.set_default(OPT::temp_k - P_CELSIUS0);
 _tnom_c.set_default(OPT::temp_k - P_CELSIUS0);
 }
 ~HS_PARAM() {}
 bool operator==(const COMMON_COMPONENT& x)const override;
 HS_PARAM* clone()const override { return new HS_PARAM(*this); }
 bool param_is_printable(int i)const override;
 void set_param_by_index(int i, std::string& v, int)override;
 int set_param_by_name(std::string Name, std::string Value) override;
 void set_mfactor(double x)override { itested(); _mfactor = x; }
 int param_count()const override {
 return sysparams_count + COMMON_PARAMLIST::param_count();
 }
 std::string param_name(int i, int j)const override { untested();
 assert(i < HS_PARAM::param_count());
 if (j == 0) {
 return param_name(i);
 }else if (j == 1) { untested();
 if(i==11){ untested();
	return "temp"; // legacy, celsius. handle in lang_spice?
 }else if(i==12){ untested();
	return "tnom"; // legacy, celsius. handle in lang_spice?
 }else{ untested();
 }
 }else{
 }
 return "";
 }
 std::string param_name(int i)const override;
 std::string param_value(int i)const override;
public: // hsp access
 double mfactor()const {
 if(_mfactor_fixed == NOT_INPUT) {
 return 1.;
 }else{
 // assert(_mfactor_fixed);
 return _mfactor_fixed;
 }
 }
 double temp_k()const {
 if(_temperature_fixed == NOT_INPUT){
 return OPT::temp_k;
 }else{
 return _temperature_fixed;
 }
 }
 double temp_diff()const {
 return _temperature_fixed - _tnom;
 }
 method_t method()const {
 if(_method_fixed){
 return _method_fixed;
 }else{ untested();
 return OPT::method;
 }
 }
 void precalc_first(PARAM_LIST const*)override {}
 void expand(COMPONENT const* c) override;
 void precalc_last(PARAM_LIST const*)override;
 void export_to(PARAM_LIST*)const;
private:
 void precalc_mfactor(PARAM_LIST const*);
 void precalc_temperature(PARAM_LIST const*);
 void precalc_method(PARAM_LIST const*);
 HS_PARAM* hsparam()override { return this; }
private:
 method_t method_propagate(method_t env, method_t here) const;
public:
 // static Base const* new_default(std::string const& name);
 void print_common_obsolete_callback(OMSTREAM& o, LANGUAGE* lang)const override;
public:
 static HS_PARAM hs_param;
};
/*--------------------------------------------------------------------------*/
/*--------------------------------------------------------------------------*/
#endif
// vim:ts=8:sw=2:noet:
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