simclimat-lib
Version:
This library was generated with [Angular CLI](https://github.com/angular/angular-cli) version 7.2.0.
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JavaScript
import { CLogger } from './simclimat-lib.logger';
import { CModelVars } from './simclimat-lib.model-vars';
import { CPhysicsConstants } from './simclimat-lib.physics-constants';
import { CDataArray } from './simclimat-lib.data-array';
export class CSimulationValues {
constructor() {
// Simulation name
this.simulation_name = '';
/** Constants */
// private readonly ID_MIN: number = -100;
this.ID_MIN = 0;
this.ID_MAX = 100;
this.TEMPS_ELEM = 1;
this.INTERN_ECHEANCE = 100.;
// Instanciate a CPhysicsConstants object
CLogger.log('Enter CSimulationValues constructor');
this.modelPhysicsConstants = new CPhysicsConstants();
this.modelVarsConstants = new CModelVars();
} // eo constructor
set_simulation_name(name) {
this.simulation_name = name;
return true;
} // eo set_simulation_name method
get_simulation_name() {
return this.simulation_name;
} // eo get_simulation_name method
set_annee_fin(echeance) {
this.annee_fin = Number.parseInt(this.annee_debut.toString()) + Number.parseInt(echeance.toString());
return true;
} // eo set_simulation_name method
get_annee_fin() {
return this.annee_fin;
} // eo get_simulation_name method
set_resolution(resolution) {
this.emissions_coo_data.resolution = resolution;
this.concentrations_coo_data.resolution = resolution;
this.niveau_calottes_data.resolution = resolution;
this.niveau_mer_data.resolution = resolution;
this.albedo_data.resolution = resolution;
this.temperature_data.resolution = resolution;
return true;
} // eo set_simulation_name method
recast_final_initial(sv, ev) {
// this.annee_debut = Number.parseInt( sv.annee_debut.toString() ) + Number.parseInt( sv.annee_fin.toString() );
this.annee_debut = sv.annee_fin;
this.emissions_coo_data.recast_final_initial_origin(sv.emissions_coo_data);
this.concentrations_coo_data.recast_final_initial_origin(sv.concentrations_coo_data);
this.niveau_calottes_data.recast_final_initial_origin_calotte(sv.niveau_calottes_data); // Modif pour gérer le changement d'origine sur le niveau des calottes A. Deseine 13-05-2024
this.niveau_mer_data.recast_final_initial_origin(sv.niveau_mer_data);
this.albedo_data.recast_final_initial_origin(sv.albedo_data);
this.temperature_data.recast_final_initial_origin(sv.temperature_data);
this.temperature_data.recast_final_initial_past(sv.temperature_data, ev);
return true;
} // eo recast_final_initial method
init_simulation_arrays(name, indice_min, indice_max, temps_elem) {
CLogger.log('Enter init_simulation_arrays method');
if (name == undefined) {
name = 'Nouvelle simulation';
}
if (indice_min == undefined) {
indice_min = this.ID_MIN;
}
if (indice_max == undefined) {
indice_max = this.ID_MAX;
}
if (temps_elem == undefined) {
temps_elem = this.TEMPS_ELEM;
}
this.simulation_name = name;
this.emissions_coo_data = new CDataArray(temps_elem, indice_min, indice_max);
this.concentrations_coo_data = new CDataArray(temps_elem, indice_min, indice_max);
this.temperature_data = new CDataArray(temps_elem, indice_min, indice_max);
this.niveau_calottes_data = new CDataArray(temps_elem, indice_min, indice_max);
this.niveau_mer_data = new CDataArray(temps_elem, indice_min, indice_max);
this.albedo_data = new CDataArray(temps_elem, indice_min, indice_max);
} // eo init_simulation_arrays method
create_1750_state() {
CLogger.log('Enter create_1750_state method');
// SimulationValues s("le monde en 1750",ID_MIN,ID_MAX,TEMPS_ELEM); // TODO ALain : Initialise les tableaux.
this.init_simulation_arrays('le monde en 1750', this.ID_MIN, this.ID_MAX, this.TEMPS_ELEM);
this.annee_debut = 1750.; // 1650 ou 1750 ?
this.fixed_eau = false;
this.fixed_concentration = false;
this.debranche_biologie = false;
this.fixed_ocean = false;
this.debranche_ocean = false;
this.fixed_albedo = false;
this.rapport_H2O_value = 100.;
this.puit_bio_value = this.modelVarsConstants.modelConstants.puit_bio_reset_value;
this.puit_oce_value = this.modelVarsConstants.modelConstants.puit_ocean_reset_value;
this.albedo_value = CPhysicsConstants.albedo_1750 * 100;
this.coo_concentr_value = this.modelVarsConstants.modelConstants.coo_concentr_reset_value;
this.puissance_soleil_value = this.modelVarsConstants.modelConstants.puissance_soleil_reset_value;
this.distance_ts_value = this.modelVarsConstants.modelConstants.distance_ts_reset_value;
this.obliquite_value = this.modelVarsConstants.modelConstants.obliquite_reset_value;
this.excentricite_value = this.modelVarsConstants.modelConstants.excentricite_reset_value;
this.precession_value = this.modelVarsConstants.modelConstants.precession_reset_value;
this.alteration_value = this.modelVarsConstants.modelConstants.alteration_reset_value;
this.emit_anthro_coo_value = this.modelVarsConstants.modelConstants.emit_anthro_coo_reset_value;
this.volcan_value = this.modelVarsConstants.modelConstants.volcan_reset_value;
this.stockage_biologique_value = this.modelVarsConstants.modelConstants.stockage_biologique_reset_value;
for (let t = this.ID_MIN; t <= this.ID_MAX; t++) {
this.temperature_data.set(t, CPhysicsConstants.temperature_1750);
this.niveau_mer_data.set(t, this.modelPhysicsConstants.niveau_mer_1750);
this.niveau_calottes_data.set(t, CPhysicsConstants.niveau_calottes_1750);
this.concentrations_coo_data.set(t, CPhysicsConstants.concentration_coo_1750);
this.emissions_coo_data.set(t, 0.);
this.albedo_data.set(t, CPhysicsConstants.albedo_1750 * 100);
if (t > 0) {
this.temperature_data.set_past(t, CPhysicsConstants.temperature_1750);
} // eo if
else {
this.temperature_data.set_past(t, 0);
} // eo else
} //eo for
return;
} // eo create_1750_state method
create_actual_state() {
CLogger.log('Enter create_actual_state method');
// SimulationValues s("le monde en 2022",ID_MIN,ID_MAX,TEMPS_ELEM); // TODO ALain : Initialise les tableaux.
this.init_simulation_arrays('le monde en 2022', this.ID_MIN, this.ID_MAX, this.TEMPS_ELEM);
this.annee_debut = 2022.; // CR: mise à jour mars 2022
this.fixed_eau = false;
this.fixed_concentration = false;
this.debranche_biologie = false;
this.fixed_ocean = false;
this.debranche_ocean = false;
this.fixed_albedo = false;
this.rapport_H2O_value = this.modelVarsConstants.modelConstants.rapport_H2O_actuel;
this.puit_bio_value = this.modelVarsConstants.modelConstants.puit_bio_reset_value;
this.puit_oce_value = this.modelVarsConstants.modelConstants.puit_ocean_reset_value;
this.albedo_value = this.modelVarsConstants.modelConstants.albedo_reset_value;
this.coo_concentr_value = CPhysicsConstants.concentration_coo_actuel;
this.puissance_soleil_value = this.modelVarsConstants.modelConstants.puissance_soleil_reset_value;
this.distance_ts_value = this.modelVarsConstants.modelConstants.distance_ts_reset_value;
this.obliquite_value = this.modelVarsConstants.modelConstants.obliquite_reset_value;
this.excentricite_value = this.modelVarsConstants.modelConstants.excentricite_reset_value;
this.precession_value = this.modelVarsConstants.modelConstants.precession_reset_value;
this.alteration_value = this.modelVarsConstants.modelConstants.alteration_reset_value;
this.emit_anthro_coo_value = CPhysicsConstants.emit_anthro_coo_act;
this.volcan_value = this.modelVarsConstants.modelConstants.volcan_reset_value;
this.stockage_biologique_value = this.modelVarsConstants.modelConstants.stockage_biologique_reset_value;
for (let t = this.ID_MIN; t <= this.ID_MAX; t++) {
// modif CR: 31 oct 2019: les températures positives ou nulles doivent être fixées à temperature_actuelle
// this.temperature_data.set( t, CPhysicsConstants.temperature_actuelle + ( this.TEMPS_ELEM * ( t - this.ID_MAX ) * CPhysicsConstants.deltaT_last_century ) / this.INTERN_ECHEANCE );
this.temperature_data.set(t, CPhysicsConstants.temperature_actuelle);
this.niveau_mer_data.set(t, 0.);
this.niveau_calottes_data.set(t, this.modelPhysicsConstants.niveau_calottes_actuel);
this.concentrations_coo_data.set(t, CPhysicsConstants.concentration_coo_actuel);
this.emissions_coo_data.set(t, CPhysicsConstants.emit_anthro_coo_act * (1 - CPhysicsConstants.puit_bio_act - CPhysicsConstants.puit_ocean_act));
this.albedo_data.set(t, this.modelPhysicsConstants.albedo_actuel * 100);
if (t > 0) {
// this.temperature_data.set_past( t, CPhysicsConstants.temperature_actuelle + ( this.TEMPS_ELEM * ( - t - this.ID_MAX ) * CPhysicsConstants.deltaT_last_century ) / this.INTERN_ECHEANCE );
this.temperature_data.set_past(t, CPhysicsConstants.temperature_actuelle - (this.TEMPS_ELEM / this.INTERN_ECHEANCE * t * this.modelPhysicsConstants.deltaT_last_century));
// modif Camille 28 avril 2024: deltaT_last_century est maintenant un this.modelPhysicsConstants
} // eo if
else {
this.temperature_data.set_past(t, 0);
} // eo else
} //eo for
return;
} // eo create_actual_state method
} // eo CSimulationValues class
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{CLogger} from './simclimat-lib.logger';\nimport {modelVarsConstants, CModelVars} from './simclimat-lib.model-vars';\nimport {CPhysicsConstants} from './simclimat-lib.physics-constants';\nimport {CDataArray} from './simclimat-lib.data-array';\nimport {CExperienceValues} from './simclimat-lib.experience-values';\n\nexport class CSimulationValues {\n    // Simulation name\n    public simulation_name: string  = '';\n\n\tpublic annee_debut: number;\n\tpublic annee_fin: number;\n\n\t// Simulation_type_dialog\n\tpublic fixed_concentration: boolean;\n\n\t// Concentration_dialog\n\tpublic coo_concentr_value: number;\n\n\t// Emission_dialog\n\tpublic emit_anthro_coo_value: number;\n\tpublic volcan_value: number;\n\tpublic alteration_value: number;\n\tpublic stockage_biologique_value: number; \n\n\t// Parametres_astronomiques_dialog\n\tpublic puissance_soleil_value: number;\n\tpublic distance_ts_value: number;\n\tpublic precession_value: number;\n\tpublic excentricite_value: number;\n\tpublic obliquite_value: number;\n\n\t// Retroactions_dialog\n\t// Albedo\n\tpublic fixed_albedo: boolean;\n    public albedo_value: number;\n    \n\t// Ocean\n\tpublic debranche_ocean: boolean;\n\tpublic fixed_ocean: boolean;\n\tpublic puit_oce_value: number;\n    \n    // Vegetation\t\n\tpublic debranche_biologie: boolean;\n\tpublic puit_bio_value: number;\n    \n    // Vapeur d'eau\n\tpublic fixed_eau: boolean;\n\tpublic rapport_H2O_value: number;\n\n    // Tableaux de données\n\tpublic emissions_coo_data: CDataArray;\n\tpublic concentrations_coo_data: CDataArray;\n\tpublic temperature_data: CDataArray;\n\tpublic niveau_calottes_data: CDataArray;\n\tpublic niveau_mer_data: CDataArray;\n\tpublic albedo_data: CDataArray;\n\n\n    /** Constants */\n    // private readonly ID_MIN: number             = -100;\n    private readonly ID_MIN: number             = 0;\n    private readonly ID_MAX: number             = 100;\n    private readonly TEMPS_ELEM: number         = 1;\n    private readonly INTERN_ECHEANCE: number    = 100.;\n\n    /** Objects */\n    private modelPhysicsConstants: CPhysicsConstants;\n    private modelVarsConstants: CModelVars;\n\n    constructor() {\n        // Instanciate a CPhysicsConstants object\n        CLogger.log( 'Enter CSimulationValues constructor' );\n        this.modelPhysicsConstants  = new CPhysicsConstants();\n        this.modelVarsConstants  = new CModelVars();\n    } // eo constructor\n\n\n    public set_simulation_name( name: string ) : boolean {\n        this.simulation_name    = name;\n        return true;\n    } // eo set_simulation_name method\n\n\n    public get_simulation_name() : string {\n        return this.simulation_name;\n    } // eo get_simulation_name method\n\n\n    public set_annee_fin( echeance: number ) : boolean {\n        this.annee_fin    = Number.parseInt( this.annee_debut.toString() ) + Number.parseInt( echeance.toString() );\n        return true;\n    } // eo set_simulation_name method\n\n\n    public get_annee_fin() : number {\n        return this.annee_fin;\n    } // eo get_simulation_name method\n\n\n    public set_resolution( resolution: number ) : boolean {\n        this.emissions_coo_data.resolution      = resolution;\n        this.concentrations_coo_data.resolution = resolution;\n        this.niveau_calottes_data.resolution    = resolution;\n        this.niveau_mer_data.resolution         = resolution;\n        this.albedo_data.resolution             = resolution;\n        this.temperature_data.resolution        = resolution;\n\n        return true;\n    } // eo set_simulation_name method\n\n\n    public recast_final_initial( sv: CSimulationValues, ev: CExperienceValues ) : boolean {\n        // this.annee_debut    = Number.parseInt( sv.annee_debut.toString() ) + Number.parseInt( sv.annee_fin.toString() );\n        this.annee_debut    = sv.annee_fin;\n\n        this.emissions_coo_data.recast_final_initial_origin( sv.emissions_coo_data );\n        this.concentrations_coo_data.recast_final_initial_origin( sv.concentrations_coo_data );\n        this.niveau_calottes_data.recast_final_initial_origin_calotte( sv.niveau_calottes_data ); // Modif pour gérer le changement d'origine sur le niveau des calottes A. Deseine 13-05-2024\n        this.niveau_mer_data.recast_final_initial_origin( sv.niveau_mer_data );\n        this.albedo_data.recast_final_initial_origin( sv.albedo_data );\n        this.temperature_data.recast_final_initial_origin( sv.temperature_data );\n        this.temperature_data.recast_final_initial_past( sv.temperature_data, ev );\n\n        return true;\n    } // eo recast_final_initial method\n\n\n    public init_simulation_arrays( name?: string, indice_min?: number, indice_max?: number, temps_elem?: number )\n    {\n        CLogger.log( 'Enter init_simulation_arrays method' );\n\n        if ( name == undefined )\n        {\n            name = 'Nouvelle simulation';\n        }\n\n        if ( indice_min == undefined )\n        {\n            indice_min = this.ID_MIN;\n        }\n\n        if ( indice_max == undefined )\n        {\n            indice_max = this.ID_MAX;\n        }\n\n        if ( temps_elem == undefined )\n        {\n            temps_elem = this.TEMPS_ELEM;\n        }\n\n        this.simulation_name            = name;\n        this.emissions_coo_data         = new CDataArray( temps_elem, indice_min, indice_max );\n        this.concentrations_coo_data    = new CDataArray( temps_elem, indice_min, indice_max );\n        this.temperature_data           = new CDataArray( temps_elem, indice_min, indice_max );\n        this.niveau_calottes_data       = new CDataArray( temps_elem, indice_min, indice_max );\n        this.niveau_mer_data            = new CDataArray( temps_elem, indice_min, indice_max );\n        this.albedo_data                = new CDataArray( temps_elem, indice_min, indice_max );\n    \n    } // eo init_simulation_arrays method\n\n\n    public create_1750_state() \n    {\n        CLogger.log( 'Enter create_1750_state method' );\n\n        // SimulationValues s(\"le monde en 1750\",ID_MIN,ID_MAX,TEMPS_ELEM); // TODO ALain : Initialise les tableaux.\n        this.init_simulation_arrays( 'le monde en 1750', this.ID_MIN, this.ID_MAX, this.TEMPS_ELEM );\n\n        this.annee_debut                = 1750.; // 1650 ou 1750 ?\n        this.fixed_eau                  = false;\t\n        this.fixed_concentration        = false;\t\t\n        this.debranche_biologie         = false;\t\n        this.fixed_ocean                = false;\t\n        this.debranche_ocean            = false;\n        this.fixed_albedo               = false;\t\t\n        this.rapport_H2O_value          = 100.;\t\n        this.puit_bio_value             = this.modelVarsConstants.modelConstants.puit_bio_reset_value;\n        this.puit_oce_value             = this.modelVarsConstants.modelConstants.puit_ocean_reset_value;\n        this.albedo_value               = CPhysicsConstants.albedo_1750 * 100;\n        this.coo_concentr_value         = this.modelVarsConstants.modelConstants.coo_concentr_reset_value;\n        this.puissance_soleil_value     = this.modelVarsConstants.modelConstants.puissance_soleil_reset_value;\n        this.distance_ts_value          = this.modelVarsConstants.modelConstants.distance_ts_reset_value;\n        this.obliquite_value            = this.modelVarsConstants.modelConstants.obliquite_reset_value;\n        this.excentricite_value         = this.modelVarsConstants.modelConstants.excentricite_reset_value;\n        this.precession_value           = this.modelVarsConstants.modelConstants.precession_reset_value;\n        this.alteration_value           = this.modelVarsConstants.modelConstants.alteration_reset_value;\n        this.emit_anthro_coo_value      = this.modelVarsConstants.modelConstants.emit_anthro_coo_reset_value;\n        this.volcan_value               = this.modelVarsConstants.modelConstants.volcan_reset_value;\n        this.stockage_biologique_value  = this.modelVarsConstants.modelConstants.stockage_biologique_reset_value;\n    \n        for ( let t = this.ID_MIN; t <= this.ID_MAX; t++ )\n        {\n            this.temperature_data.set( t, CPhysicsConstants.temperature_1750 );\n            this.niveau_mer_data.set( t, this.modelPhysicsConstants.niveau_mer_1750 );\n            this.niveau_calottes_data.set( t, CPhysicsConstants.niveau_calottes_1750 );\n            this.concentrations_coo_data.set( t, CPhysicsConstants.concentration_coo_1750 );\n            this.emissions_coo_data.set( t, 0. );\n            this.albedo_data.set( t, CPhysicsConstants.albedo_1750 * 100 );\n\n            if ( t > 0 )\n            {\n                this.temperature_data.set_past( t, CPhysicsConstants.temperature_1750 );\n            } // eo if\n            else\n            {\n                this.temperature_data.set_past( t, 0 );\n            } // eo else\n        } //eo for\n        \n        return;\n    } // eo create_1750_state method\n    \n\n    public create_actual_state() \n    {\n        CLogger.log( 'Enter create_actual_state method' );\n\n        // SimulationValues s(\"le monde en 2022\",ID_MIN,ID_MAX,TEMPS_ELEM); // TODO ALain : Initialise les tableaux.\n        this.init_simulation_arrays( 'le monde en 2022', this.ID_MIN, this.ID_MAX, this.TEMPS_ELEM );\n\n        this.annee_debut                = 2022.; // CR: mise à jour mars 2022\n        this.fixed_eau                  = false;\t\n        this.fixed_concentration        = false;\t\t\n        this.debranche_biologie         = false;\t\n        this.fixed_ocean                = false;\t\n        this.debranche_ocean            = false;\n        this.fixed_albedo               = false;\t\t\n        this.rapport_H2O_value          = this.modelVarsConstants.modelConstants.rapport_H2O_actuel;\t\n        this.puit_bio_value             = this.modelVarsConstants.modelConstants.puit_bio_reset_value;\n        this.puit_oce_value             = this.modelVarsConstants.modelConstants.puit_ocean_reset_value;\n        this.albedo_value               = this.modelVarsConstants.modelConstants.albedo_reset_value;\n        this.coo_concentr_value         = CPhysicsConstants.concentration_coo_actuel;\n        this.puissance_soleil_value     = this.modelVarsConstants.modelConstants.puissance_soleil_reset_value;\n        this.distance_ts_value          = this.modelVarsConstants.modelConstants.distance_ts_reset_value;\n        this.obliquite_value            = this.modelVarsConstants.modelConstants.obliquite_reset_value;\n        this.excentricite_value         = this.modelVarsConstants.modelConstants.excentricite_reset_value;\n        this.precession_value           = this.modelVarsConstants.modelConstants.precession_reset_value;\n        this.alteration_value           = this.modelVarsConstants.modelConstants.alteration_reset_value;\n        this.emit_anthro_coo_value      = CPhysicsConstants.emit_anthro_coo_act;\n        this.volcan_value               = this.modelVarsConstants.modelConstants.volcan_reset_value;\n        this.stockage_biologique_value  = this.modelVarsConstants.modelConstants.stockage_biologique_reset_value;\n\n        for ( let t = this.ID_MIN; t <= this.ID_MAX; t++ )\n        {\n            // modif CR: 31 oct 2019: les températures positives ou nulles doivent être fixées à temperature_actuelle\n            // this.temperature_data.set( t, CPhysicsConstants.temperature_actuelle + ( this.TEMPS_ELEM * ( t - this.ID_MAX ) * CPhysicsConstants.deltaT_last_century ) / this.INTERN_ECHEANCE );\n\t    this.temperature_data.set( t, CPhysicsConstants.temperature_actuelle);\n            this.niveau_mer_data.set( t, 0. );\n            this.niveau_calottes_data.set( t, this.modelPhysicsConstants.niveau_calottes_actuel );\n            this.concentrations_coo_data.set( t, CPhysicsConstants.concentration_coo_actuel );\n            this.emissions_coo_data.set( t, CPhysicsConstants.emit_anthro_coo_act * ( 1 - CPhysicsConstants.puit_bio_act - CPhysicsConstants.puit_ocean_act ) );\n            this.albedo_data.set( t, this.modelPhysicsConstants.albedo_actuel * 100 );\n\n            if ( t > 0 )\n            {\n                // this.temperature_data.set_past( t, CPhysicsConstants.temperature_actuelle + ( this.TEMPS_ELEM * (  - t - this.ID_MAX ) * CPhysicsConstants.deltaT_last_century ) / this.INTERN_ECHEANCE );\n                this.temperature_data.set_past( t, CPhysicsConstants.temperature_actuelle - ( this.TEMPS_ELEM / this.INTERN_ECHEANCE * t * this.modelPhysicsConstants.deltaT_last_century ) );\n\t\t// modif Camille 28 avril 2024: deltaT_last_century est maintenant un this.modelPhysicsConstants\n            } // eo if\n            else\n            {\n                this.temperature_data.set_past( t, 0 );\n            } // eo else\n        } //eo for\n\n        return;\n    } // eo create_actual_state method\n} // eo CSimulationValues class\n"]}