public double energy(string[] vsol)
{
double[] vcost = new double[pumps.Count + 1];
int[] soli = new int[25];
int[,] msol = new int[pumps.Count + 1, 25];
for (int j = 1; j <= 24; j++)
{
int[] vint = ConverterInt(vsol[j - 1]);
for (int i = 1; i <= pumps.Count; i++)
{
msol[i, j] = vint[i];
}
}
Epanet.ENopen(f1, f2, "");
Epanet.ENsettimeparam(0, 86400);
int tstep_hid = 0;
Epanet.ENgettimeparam(1, ref tstep_hid);
Epanet.ENsettimeparam(4, 0);
int cont = 0;
foreach (pump p in pumps)
{
cont++;
for (int h = 1; h <= 24; h++)
{
Epanet.ENsetpatternvalue(p.indexpattern, h, msol[cont, h]);
}
}
Epanet.ENopenH();
Epanet.ENinitH(1);
long tstep = 1;
long t = 0;
while (tstep > 0)
{
Epanet.ENrunH(ref t);
Epanet.ENnextH(ref tstep);
double db1 = t / 3600;
int hora = Convert.ToInt16(Math.Truncate(db1)) + 1;
cont = 0;
foreach (pump p in pumps)
{
cont++;
float pot = 0;
Epanet.ENgetlinkvalue(p.index, 13, ref pot);
float tariff = 0;
Epanet.ENgetpatternvalue(p.indextariff, hora, ref tariff);
vcost[cont] += (tstep / 3600.0) * pot * tariff;
}
}
double re = 0;
cont = 0;
double soma = 0;
foreach (pump p in pumps)
{
cont++;
soma = soma + vcost[cont];
}
re = soma;
Epanet.ENcloseH();
Epanet.ENclose();
return(re);
}
public string[] simulation1h(string solh, int h, string niveli)
{
Epanet.ENopen(f1, f2, "");
Epanet.ENsettimeparam(0, 3600);
int tstep_hid = 0;
Epanet.ENgettimeparam(1, ref tstep_hid);
float[] cod = solhtof(solh);
float[] vniveis = ConvertFloat(niveli);
int cont = 0;
foreach (pump b in pumps)
{
cont++;
Epanet.ENsetpatternvalue(b.indexpattern, h, cod[cont]);
}
cont = 0;
foreach (tank tk in tanks)
{
cont++;
Epanet.ENsetnodevalue(tk.index, 8, vniveis[cont]);
}
Epanet.ENsettimeparam(4, (h - 1) * 3600);
Epanet.ENopenH();
Epanet.ENinitH(1);
int erro = 0;
long tstep = 1;
long t = 0;
bool v = true;
while (tstep > 0)
{
erro = Epanet.ENrunH(ref t);
if (erro > 0)
{
v = false;
}
if (v)
{
float pressure = 0;
//n170
Epanet.ENgetnodevalue(13, 11, ref pressure);
if (pressure < 30 + 0.0001)
{
feasible = false;
}
//n50
Epanet.ENgetnodevalue(9, 11, ref pressure);
if (pressure < 42 + 0.0001)
{
feasible = false;
}
//n90
Epanet.ENgetnodevalue(6, 11, ref pressure);
if (pressure < 51 + 0.0001)
{
feasible = false;
}
}
if (v)
{
foreach (tank tk in tanks)
{
float nivel = 0;
Epanet.ENgetnodevalue(tk.index, 11, ref nivel);
if ((nivel < tk.nivelmin + 0.0001) || (nivel > tk.nivelmax - 0.0001))
{
v = false;
}
}
}
if (v && t == 3600 && h == 24)
{
foreach (tank tk in tanks)
{
float nivel = 0;
Epanet.ENgetnodevalue(tk.index, 11, ref nivel);
if (nivel < tk.nivelini + 0.0001)
{
v = false;
}
if ((nivel < tk.nivelmin + 0.0001) || (nivel > tk.nivelmax - 0.0001))
{
v = false;
}
}
}
if (v)
{
int erro2 = Epanet.ENnextH(ref tstep);
if (tstep > 0 && tstep < tstep_hid)
{
v = false;
}
}
if (v == false)
{
break;
}
}
float[] re = new float[this.tanks.Count + 1];
re[0] = 0;
if (v)
{
re[0] = 1;
cont = 0;
foreach (tank tk in tanks)
{
cont++;
Epanet.ENgetnodevalue(tk.index, 11, ref re[cont]);
}
}
Epanet.ENcloseH();
Epanet.ENclose();
string[] vst = new string[2];
vst[1] = ConvertString(re);
if (v)
{
vst[0] = "T";
}
else
{
vst[0] = "F";
}
return(vst);
}