public static CalcCirArr CircuitArrange_0(int iCircuit, int Nrow, int Tubeof_Nrow, int N_tube, int[,] CirArrange)
{
CalcCirArr res_CirArr = new CalcCirArr();
int AddNumber_1 = 0;
int AddNumber_2 = 0;
int AddNumber_3 = 0;
for (int iTube_Cir = 0; iTube_Cir < Nrow * Tubeof_Nrow; iTube_Cir++)
{
if (iTube_Cir < Tubeof_Nrow)
{
CirArrange[iCircuit, iTube_Cir] = iTube_Cir + 1 + N_tube * (Nrow - 1);
AddNumber_1 = AddNumber_1 + 1;
}
else if (iTube_Cir >= Tubeof_Nrow && iTube_Cir < (Nrow - 1) * Tubeof_Nrow)
{
CirArrange[iCircuit, iTube_Cir] = 2 * Tubeof_Nrow - iTube_Cir + N_tube * (Nrow - 2);
AddNumber_2 += 1;
}
else
{
CirArrange[iCircuit, iTube_Cir] = iTube_Cir - 2 * Tubeof_Nrow + 1 + N_tube * (Nrow - 3);
AddNumber_3 += 1;
}
}
res_CirArr.AddNumber_1 = AddNumber_1;
res_CirArr.AddNumber_2 = AddNumber_2;
res_CirArr.AddNumber_3 = AddNumber_3;
res_CirArr.CirArrange = CirArrange;
return(res_CirArr);
}
public static int[,] GetCirArrange_3Row(int[,] CirArrange, int Nrow, int N_tube, CircuitNumber CircuitInfo)
{
CirArrange = new int[CircuitInfo.number[0], CircuitInfo.TubeofCir[CircuitInfo.number[0] - 1]];
int AddNumber1 = 0;
int AddNumber2 = 0;
int AddNumber3 = 0;
CalcCirArr res_CirArr1 = new CalcCirArr();
for (int iCircuit = 0; iCircuit < CircuitInfo.number[0]; iCircuit++)
{
if (CircuitInfo.TubeofCir[iCircuit] % Nrow == 0)
{
res_CirArr1 = CircuitArrange_0(iCircuit, Nrow, CircuitInfo.TubeofCir[iCircuit] / Nrow, N_tube, CirArrange);
CirArrange = res_CirArr1.CirArrange;
for (int iTube_Cir = 0; iTube_Cir < Nrow * CircuitInfo.TubeofCir[iCircuit] / Nrow; iTube_Cir++)
{
if (iTube_Cir < CircuitInfo.TubeofCir[iCircuit] / Nrow)
{
CirArrange[iCircuit, iTube_Cir] += AddNumber1;
}
else if (iTube_Cir >= CircuitInfo.TubeofCir[iCircuit] / Nrow && iTube_Cir < (Nrow - 1) * CircuitInfo.TubeofCir[iCircuit] / Nrow)
{
CirArrange[iCircuit, iTube_Cir] += AddNumber2;
}
else
{
CirArrange[iCircuit, iTube_Cir] += AddNumber3;
}
}
AddNumber1 += res_CirArr1.AddNumber_1;
AddNumber2 += res_CirArr1.AddNumber_2;
AddNumber3 += res_CirArr1.AddNumber_3;
}
else if (CircuitInfo.TubeofCir[iCircuit] % Nrow == 1)
{
res_CirArr1 = CircuitArrange_1(iCircuit, Nrow, CircuitInfo.TubeofCir[iCircuit] / Nrow, N_tube, CirArrange);
CirArrange = res_CirArr1.CirArrange;
for (int iCircuit0 = iCircuit; iCircuit0 < iCircuit + 3; iCircuit0++)
{
for (int iTube_Cir = 0; iTube_Cir < CircuitInfo.TubeofCir[iCircuit0]; iTube_Cir++)
{
CirArrange[iCircuit0, iTube_Cir] += AddNumber1;
}
}
AddNumber1 += res_CirArr1.AddNumber_1;
AddNumber2 += res_CirArr1.AddNumber_2;
AddNumber3 += res_CirArr1.AddNumber_3;
iCircuit = iCircuit + 2;
}
else
{
res_CirArr1 = CircuitArrange_2(iCircuit, Nrow, CircuitInfo.TubeofCir[iCircuit] / Nrow, N_tube, CirArrange);
CirArrange = res_CirArr1.CirArrange;
for (int iCircuit0 = iCircuit; iCircuit0 < iCircuit + 3; iCircuit0++)
{
for (int iTube_Cir = 0; iTube_Cir < CircuitInfo.TubeofCir[iCircuit0]; iTube_Cir++)
{
CirArrange[iCircuit0, iTube_Cir] += AddNumber1;
}
}
AddNumber1 += res_CirArr1.AddNumber_1;
AddNumber2 += res_CirArr1.AddNumber_2;
AddNumber3 += res_CirArr1.AddNumber_3;
iCircuit = iCircuit + 2;
}
}
return(CirArrange);
}
public static CalcCirArr CircuitArrange_2(int iCircuit, int Nrow, int Tubeof_Nrow, int N_tube, int[,] CirArrange)
{
CalcCirArr res_CirArr = new CalcCirArr();
int AddNumber_1 = 0;
int AddNumber_2 = 0;
int AddNumber_3 = 0;
int iCircuit1 = iCircuit + 1;
int iCircuit2 = iCircuit + 2;
//第一路
for (int iTube_Cir = 0; iTube_Cir < Nrow * Tubeof_Nrow + 2; iTube_Cir++)
{
if (iTube_Cir < Tubeof_Nrow)
{
CirArrange[iCircuit, iTube_Cir] = Tubeof_Nrow - iTube_Cir + N_tube * (Nrow - 1);
AddNumber_1 = AddNumber_1 + 1;
}
else if (iTube_Cir >= Tubeof_Nrow && iTube_Cir < ((Nrow - 1) * Tubeof_Nrow + 1))
{
CirArrange[iCircuit, iTube_Cir] = iTube_Cir - 1 + N_tube * (Nrow - 2);
AddNumber_2 += 1;
}
else
{
CirArrange[iCircuit, iTube_Cir] = 3 * Tubeof_Nrow + 2 - iTube_Cir + N_tube * (Nrow - 3);
AddNumber_3 += 1;
}
}
//第二路
for (int iTube_Cir = 0; iTube_Cir < Nrow * Tubeof_Nrow + 2; iTube_Cir++)
{
if (iTube_Cir < Tubeof_Nrow + 1)
{
CirArrange[iCircuit1, iTube_Cir] = Tubeof_Nrow + iTube_Cir + 1 + N_tube * (Nrow - 1);
AddNumber_1 = AddNumber_1 + 1;
}
else if (iTube_Cir >= (Tubeof_Nrow + 1) && iTube_Cir < (Nrow - 1) * Tubeof_Nrow + 1)
{
CirArrange[iCircuit1, iTube_Cir] = 3 * Tubeof_Nrow + 2 - iTube_Cir + N_tube * (Nrow - 2);
AddNumber_2 += 1;
}
else
{
CirArrange[iCircuit1, iTube_Cir] = iTube_Cir - 1 + N_tube * (Nrow - 3);
AddNumber_3 += 1;
}
}
//第三路
for (int iTube_Cir = 0; iTube_Cir < Nrow * Tubeof_Nrow + 2; iTube_Cir++)
{
if (iTube_Cir < Tubeof_Nrow + 1)
{
CirArrange[iCircuit2, iTube_Cir] = 3 * Tubeof_Nrow - iTube_Cir + 2 + N_tube * (Nrow - 1);
AddNumber_1 = AddNumber_1 + 1;
}
else if (iTube_Cir >= (Tubeof_Nrow + 1) && iTube_Cir < (Nrow - 1) * (Tubeof_Nrow + 1))
{
CirArrange[iCircuit2, iTube_Cir] = Tubeof_Nrow + 1 + iTube_Cir + N_tube * (Nrow - 2);
AddNumber_2 += 1;
}
else
{
CirArrange[iCircuit2, iTube_Cir] = 5 * Tubeof_Nrow + 4 - iTube_Cir + N_tube * (Nrow - 3);
AddNumber_3 += 1;
}
}
res_CirArr.AddNumber_1 = AddNumber_1;
res_CirArr.AddNumber_2 = AddNumber_2;
res_CirArr.AddNumber_3 = AddNumber_3;
res_CirArr.CirArrange = CirArrange;
return(res_CirArr);
}