import fr.ifremer.isisfish.annotations.Doc;
import fr.ifremer.isisfish.simulator.*; //SimulationParameter;
import org.nuiton.math.matrix.MatrixFactory;
import org.nuiton.math.matrix.MatrixND;
import rules.EffortReduction_Fermetures_PreSimu_Delmoges;
//import rules.EffortReduction;
import fr.ifremer.isisfish.types.Month;
import fr.ifremer.isisfish.rule.Rule;

import java.util.*;
import java.io.*;
import java.util.regex.*;


//recup num de simu
String simu = context.getSimulationControl().getId();
        java.util.regex.Pattern simulNamePattern = java.util.regex.Pattern.compile("^.+_(\\d+)$");
        // pour un nom de simu quelconque terminant par "_XXX" XXX etat des chiffres
        java.util.regex.Matcher matcher = simulNamePattern.matcher(simu);
matcher.find();
        int numero = Integer.parseInt(matcher.group(1));
System.out.println("numero de simu : "+ numero);

        SimulationParameter parameter = context.getSimulationStorage().getParameter();
parameter.clearRules(); // suppresison des regles deja existante

// read matrice d'experience matExp
// [simu x rules] contient les modalités

        String param_pathExpMatrix = "InputsDelmoges/MatExp_fev2025.csv" ;
        int matrix_length = 47;
        int parameterNumber = 9;
        MatrixND matExp = MatrixFactory.getInstance().create(new int[]{matrix_length, parameterNumber});
        matExp.importCSV(new FileReader(new File(param_pathExpMatrix)), new int[]{0,0});
        List<Integer> dim0 = new ArrayList<Integer>();
        for (int i=0; i < matrix_length; i++) {
        dim0.add(i);
        }
                matExp.setSemantic(0, dim0);
        matExp.setSemantic(1, Arrays.asList(
        new String[]{"simu","ferm1startMonth","ferm1duree","ferm1endMonth","ferm2startMonth","txReduction",
        "Realloc","txRealloc","txNavAQuai"}));
        System.out.println("plan d'exp :"+matExp);
        /////////////////////////////////////////////////////////////////////////////
// Read matrix values
        double txNavQuai = matExp.getValue(numero,"txNavAQuai");
        double txRed = matExp.getValue(numero,"txReduction");
        double txRealloc = matExp.getValue(numero,"txRealloc");
        int Realloc = (int) matExp.getValue(numero,"Realloc");
        int deb1 = (int) matExp.getValue(numero,"ferm1startMonth");
        int fin1 = (int) matExp.getValue(numero,"ferm1endMonth");
        int deb2 = (int) matExp.getValue(numero,"ferm2startMonth");

        List<Month> months = Month.getMonths(Month.JANUARY,Month.DECEMBER);
        Boolean Brealloc = true;
        if(Realloc ==0) Brealloc = false;

        // test ajout d'une regle
        EffortReduction test = new EffortReduction();
        parameter.addRule(test);

        // ajout regle 1
        EffortReduction_Fermetures_PreSimu_Delmoges ruleDelmoges = new EffortReduction_Fermetures_PreSimu_Delmoges();
        ruleDelmoges.param_beginMonthFermeture = months.get(deb1);
        //ruleDelmoges.param_endMonthFermeture = months.get(fin1);
        ruleDelmoges.param_endMonthFermeture = months.get(0);
        ruleDelmoges.param_txReduction = txRed;
        ruleDelmoges.param_reallocation = Brealloc;
        ruleDelmoges.param_txReallocation = txRealloc;
        ruleDelmoges.param_txAquai = txNavQuai;

        parameter.addRule(ruleDelmoges);

        // ajoute regle 2 : fermeture ete si besoin
        if (deb2 != 13){ // remettre les 2 memes pour l'ete }
        EffortReduction_Fermetures_PreSimu_Delmoges ferm2 = new EffortReduction_Fermetures_PreSimu_Delmoges();
        ferm2.param_beginMonthFermeture =months.get(deb2);
        ferm2.param_endMonthFermeture =months.get(deb2);
        ruleDelmoges.param_txReduction =0;
        ruleDelmoges.param_reallocation =Brealloc;
        ruleDelmoges.param_txReallocation =txRealloc;
        ruleDelmoges.param_txAquai =txNavQuai;
            parameter.addRule(ferm2);
        }