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| using System;
using System.Collections.Generic;
using System.Text;
using System.Collections;
namespace CalculCOP
{
class ObjPuissance
{
private int config;
private double pressionGroupe1, pressionGroupe2, pressionGroupe3,pFroidTotal;
#region//
public int Config
{
get { return config; }
set { config = value; }
}
public double PressionGroupe1
{
get { return pressionGroupe1; }
set { pressionGroupe1 = value; }
}
public double PressionGroupe2
{
get { return pressionGroupe2; }
set { pressionGroupe2 = value; }
}
public double PressionGroupe3
{
get { return pressionGroupe3; }
set { pressionGroupe3 = value; }
}
public double PFroidTotal
{
get { return pFroidTotal; }
set { pFroidTotal = value; }
}
#endregion
#region//Constructeur
public ObjPuissance()
{
Config = 0;
PressionGroupe1 = 0.0 ;
PressionGroupe2 = 0.0 ;
PressionGroupe3 = 0.0;
}
#endregion
}
class Calcul
{
protected static double approcheCond1 = 0.7, approcheCond2 = 0.7, approcheCond3 = 0.0, approcheCond4 = 0.3, approcheCond5 = 0.0, approcheCond6 = 0.3;
protected static double approcheTours = 3.0, coefHRDispo = 1.05 , rendementChaudiere = 0.935,prixGaz = 32,prixElec = 32;
protected static ArrayList ArFinal = new ArrayList();
#region//Constructeur
public Calcul()
{
ArFinal.Clear();
}
#endregion
public ArrayList RepartitionCharge(int NumCas, double TempBulbe,int PTotalSouhaite,double TempChaudRetour,double PChaudDemandee)
{
ArrayList ArObj = new ArrayList();
ArrayList ArTemp = new ArrayList();
#region//Creation du array des puissances
double[,] tabPuiss = {
{50,2800,2800,2800,2450,2800,2450},
{52,2912,2912,2912,2548,2912,2548},
{54,3024,3024,3024,2646,3024,2646},
{56,3136,3136,3136,2744,3136,2744},
{58,3248,3248,3248,2842,3248,2842},
{60,3360,3360,3360,2940,3360,2940},
{62,3472,3472,3472,3038,3472,3038},
{64,3584,3584,3584,3136,3584,3136},
{66,3696,3696,3696,3234,3696,3234},
{68,3808,3808,3808,3332,3808,3332},
{70,3920,3920,3920,3430,3920,3430},
{72,4032,4032,4032,3528,4032,3528},
{74,4144,4144,4144,3626,4144,3626},
{76,4256,4256,4256,3724,4256,3724},
{78,4368,4368,4368,3822,4368,3822},
{80,4480,4480,4480,3920,4480,3920},
{82,4592,4592,4592,4018,4592,4018},
{84,4704,4704,4592,4116,4704,4116},
{86,4816,4816,4816,4214,4816,4214},
{88,4928,4928,4928,4312,4928,4312},
{90,5040,5040,5040,4410,5040,4410},
{92,5152,5152,5152,4508,5152,4508},
{94,5264,5264,5264,4606,5264,4606},
{96,5376,5376,5376,4704,5376,4704},
{98,5488,5488,5488,4802,5488,4802},
{100,5600,5600,5600,4900,5600,4900},
{102,5712,5712,5377,4998,5712,4998},
{104,5824,5824,5824,5096,5824,5096},
{105,5880,5880,5880,5145,5880,5145},
//29:Débit HR groupe
{-1,0,0,1020,0,910,0},
//30:coef retour chaud
{-1,0,0,5.2,0,4.7,0},
//31:coef chaud
{-1,0.8,0.92,0.78,0.92,0.78,0.92},
//32:debit max tours
{-1,750,950,960,850,960,910},
//33:P Elec pompes
{-1,45,45,45,30,45,30}
};
#endregion
#region//Recherche des solutions probable pour atteindre la puissance froid souhaitée
int Compteur = 0;
for (int i = 1 ;i<=4 ; i++)
{
for (int j = 2; j <= 5; j++)
{
for (int k = 3; k <= 6; k++)
{
if(i<j == true && j<k == true)
{
Compteur++;
for( int m = 0;m <= 28 ; m++)
{
for (int n = 0; n <= 28; n++)
{
for (int o = 0; o <= 28; o++)
{
ObjPuissance objP = new ObjPuissance();
objP.Config = Compteur;
objP.PFroidTotal = Convert.ToInt32(tabPuiss[m, i]) + Convert.ToInt32(tabPuiss[n, j]) + Convert.ToInt32(tabPuiss[o, k]);
if (Math.Abs(objP.PFroidTotal - PTotalSouhaite) < 50)
{
ArTemp.Add(objP);
}
}
}
}
}
}
}
}
#endregion
#region//Creation du array des coef par pression
double[,] tabCoef101 = {
{6.2,-1.75638 * Math.Pow(10,-7),4.95145 * Math.Pow(10,-5),-0.005541,0.3198181,-2.177478},
{6.4,-4.9612 * Math.Pow(10,-8),6.65328 * Math.Pow(10,-6),-0.000225,0.0369987,3.084201},
{6.6,-1.43175 * Math.Pow(10,-8),-6.5623 * Math.Pow(10,-6),0.0015121,-0.0590748,4.8701949},
{6.8,-2.11188 * Math.Pow(10,-7),5.40515 * Math.Pow(10,-5),-0.005331,0.27574846,-1.200688}
};
double[,] tabCoef102 = {
{6.2, -4.32302 * Math.Pow(10,-8),1.02 * Math.Pow(10,-5),-0.001329,0.11826464,1.407564},
{6.4, -5.49983 * Math.Pow(10,-8),-2.22 * Math.Pow(10,-5),0.002581,-0.0857001,5.160205},
{6.6, 2.13445 * Math.Pow(10,-8),-1.115 * Math.Pow(10,-5),0.001401,-0.032115,4.182547},
{6.8, 9.71452 * Math.Pow(10,-8),-3.85 * Math.Pow(10,-5),0.004914,-0.22725748,7.929132}
};
double[,] tabCoef103 = {
{8, -2.18845 * Math.Pow(10,-7),6.31205 * Math.Pow(10,-5),-0.006834,0.347721873,-2.782213},
{8.3, 2.03568 * Math.Pow(10,-8),-1.58218 * Math.Pow(10,-5),0.0026067,-0.1367737,6.124236},
{8.6, 1.03649 * Math.Pow(10,-8),-1.14351 * Math.Pow(10,-5),0.0020072,-0.10597544,5.5252708},
{8.9, 8.44408 * Math.Pow(10,-8),-3.5123 * Math.Pow(10,-5),0.0047143,-0.2375741,7.7355792}
};
double[,] tabCoef104 = {
{6.2, -4.32302 * Math.Pow(10,-8),1.02 * Math.Pow(10,-5),-0.001329,0.11826464,0.407564},
{6.4, -5.49983 * Math.Pow(10,-8),-2.22 * Math.Pow(10,-5),0.002581,-0.0857001,3.160205},
{6.6, 2.13445 * Math.Pow(10,-8),-1.115 * Math.Pow(10,-5),0.001401,-0.032115,5.182547},
{6.8, 9.71452 * Math.Pow(10,-8),-3.85 * Math.Pow(10,-5),0.004914,-0.22725748,2.929132}
};
double[,] tabCoef105 = {
{8, -2.18845 * Math.Pow(10,-7),6.31205 * Math.Pow(10,-5),-0.006834,0.347721873,-1.782213},
{8.3, 2.03568 * Math.Pow(10,-8),-1.58218 * Math.Pow(10,-5),0.0026067,-0.1367737,5.124236},
{8.6, 1.03649 * Math.Pow(10,-8),-1.14351 * Math.Pow(10,-5),0.0020072,-0.10597544,4.5252708},
{8.9, 8.44408 * Math.Pow(10,-8),-3.5123 * Math.Pow(10,-5),0.0047143,-0.2375741,6.7355792}
};
double[,] tabCoef106 = {
{6.2, -4.32302 * Math.Pow(10,-8),1.02 * Math.Pow(10,-5),-0.001329,0.11826464,0.407564},
{6.4, -5.49983 * Math.Pow(10,-8),-2.22 * Math.Pow(10,-5),0.002581,-0.0857001,6.160205},
{6.6, 2.13445 * Math.Pow(10,-8),-1.115 * Math.Pow(10,-5),0.001401,-0.032115,5.182547},
{6.8, 9.71452 * Math.Pow(10,-8),-3.85 * Math.Pow(10,-5),0.004914,-0.22725748,6.929132}
};
#endregion
#region//boucle calcul
foreach (ObjPuissance oP in ArTemp)
{
//attribution t chaud
//oP.TRetourChaud = TempChaudRetour;
switch (oP.Config)
{
case 1:
CalculCas(oP, PChaudDemandee, TempBulbe, tabCoef101, tabCoef102, tabCoef103);
break;
}
}
#endregion
string toto = "";
return ArFinal;
}
private void CalculCas(ObjPuissance oP1,double PChaudDemandee, double TempBulbe, double[,] tabCoef101, double[,] tabCoef102, double[,] tabCoef103)
{
#region//Calcus Cas
for (int p = 0; p <= 3; p++)
{
for (int q = 0; q <= 3; q++)
{
for (int r = 0; r <= 3; r++)
{
#region//Attribution valeurs pression groupe
oP1.PressionGroupe1 = tabCoef101[p, 0];
oP1.PressionGroupe2 = tabCoef102[q, 0];
oP1.PressionGroupe3 = tabCoef103[r, 0];
#endregion
ArFinal.Insert(0,oP1);
}
}
}
#endregion
}
}
} |
