//---------------------------------------------------------------
public Cluster_Pos(Deck[] deck_GA, int r_deck_No, int r_row, int r_column, Cluster_Inf c_inf)
{
p_row = r_row;
p_column = r_column;
p_deck_No = r_deck_No;
Calc_Center(deck_GA, c_inf);
}
public ClusterList(Cluster_Inf form_cluster, Cluster_Pos c_position)
{
name = form_cluster.Name;
width = form_cluster.Width;
height = form_cluster.Height;
position_deck_No = c_position.P_deck_No;
p_row = c_position.P_row;
p_column = c_position.P_column;
center_x = c_position.center_X;
center_y = c_position.center_Y;
zone = c_position.Zone;
}
public void Calc_Center(Deck[] deck_GA, Cluster_Inf c_inf)
{
if (p_deck_No == 0)
{
for (int i = 0; i < c_inf.Height; i++)//We put the cluster information of the grid line-by-line
{
for (int j = 0; j < c_inf.Width; j++)
{
if (HasString(c_inf.Name, "VALVE") == true)
{
deck_GA[0].grids[p_row + i, p_column + j].Valve = true;
}
else
{
deck_GA[0].grids[p_row + i, p_column + j].Module = true;
}
}
}
//To calculate the center coordinate
double cluster_x = c_inf.Width;
double cluster_y = c_inf.Height;
center_x = deck_GA[0].grids[p_row, p_column].Vertexes[0].P.X + cluster_x / 2 * deck_GA[0].g_size - deck_GA[0].g_size;
center_y = deck_GA[0].grids[p_row, p_column].Vertexes[0].P.Y + cluster_y / 2 * deck_GA[0].g_size - deck_GA[0].g_size;
//-----------Zone of judgment ----------------------------------------
if (center_x >= 64 & center_x <= 152 & center_y <= 136)
{
zone = "A";
}
else if (center_x >= 152 & center_y >= 136 & center_y <= 192)
{
zone = "B";
}
else if (center_x >= 64 & center_x <= 152 & center_y >= 192)
{
zone = "C";
}
else if (center_x <= 64 & center_y >= 136 & center_y <= 192)
{
zone = "D";
}
//---------------------------------------------------------------
}
if (p_deck_No == 1)
{
for (int i = 0; i < c_inf.Height; i++)//Go put one to the grid line-by-line
{
for (int j = 0; j < c_inf.Width; j++)
{
if (HasString(c_inf.Name, "VALVE") == true)
{
deck_GA[1].grids[p_row + i, p_column + j].Valve = true;
}
else
{
deck_GA[1].grids[p_row + i, p_column + j].Module = true;
}
}
}
//To calculate the center coordinate
double cluster_x = c_inf.Width;
double cluster_y = c_inf.Height;
center_x = deck_GA[1].grids[p_row, p_column].Vertexes[0].P.X + cluster_x / 2 * deck_GA[1].g_size - deck_GA[1].g_size;
center_y = deck_GA[1].grids[p_row, p_column].Vertexes[0].P.Y + cluster_y / 2 * deck_GA[1].g_size - deck_GA[1].g_size;
//-----------Zone of judgment----------------------------------------
if (center_x >= 64 & center_x <= 152 & center_y <= 136)
{
zone = "A";
}
else if (center_x >= 152 & center_y >= 136 & center_y <= 192)
{
zone = "B";
}
else if (center_x >= 64 & center_x <= 152 & center_y >= 192)
{
zone = "C";
}
else if (center_x <= 64 & center_y >= 136 & center_y <= 192)
{
zone = "D";
}
//---------------------------------------------------------------
}
if (p_deck_No == 2)
{
for (int i = 0; i < c_inf.Height; i++)//Go put one to the grid line-by-line
{
for (int j = 0; j < c_inf.Width; j++)
{
if (HasString(c_inf.Name, "VALVE") == true)
{
deck_GA[2].grids[p_row + i, p_column + j].Valve = true;
}
else
{
deck_GA[2].grids[p_row + i, p_column + j].Module = true;
}
}
}
//To calculate the center coordinate
double cluster_x = c_inf.Width;
double cluster_y = c_inf.Height;
center_x = deck_GA[2].grids[p_row, p_column].Vertexes[0].P.X + cluster_x / 2 * deck_GA[2].g_size - deck_GA[2].g_size;
center_y = deck_GA[2].grids[p_row, p_column].Vertexes[0].P.Y + cluster_y / 2 * deck_GA[2].g_size - deck_GA[2].g_size;
//-----------Zone of judgment----------------------------------------
if (center_x >= 40 & center_x <= 160 & center_y <= 128)
{
zone = "A";
}
else if (center_x >= 160 & center_y >= 128 & center_y <= 216)
{
zone = "B";
}
else if (center_x >= 40 & center_x <= 160 & center_y >= 216)
{
zone = "C";
}
else if (center_x <= 40 & center_y >= 128 & center_y <= 216)
{
zone = "D";
}
//---------------------------------------------------------------
}
if (p_deck_No == 3)
{
for (int i = 0; i < c_inf.Height; i++)//Go put one to the grid line-by-line
{
for (int j = 0; j < c_inf.Width; j++)
{
if (HasString(c_inf.Name, "VALVE") == true)
{
deck_GA[3].grids[p_row + i, p_column + j].Valve = true;
}
else
{
deck_GA[3].grids[p_row + i, p_column + j].Module = true;
}
}
}
//To calculate the center coordinate
double cluster_x = c_inf.Width;
double cluster_y = c_inf.Height;
center_x = deck_GA[3].grids[p_row, p_column].Vertexes[0].P.X + cluster_x / 2 * deck_GA[3].g_size - deck_GA[3].g_size;
center_y = deck_GA[3].grids[p_row, p_column].Vertexes[0].P.Y + cluster_y / 2 * deck_GA[3].g_size - deck_GA[3].g_size;
//-----------Zone of judgment----------------------------------------
if (center_x >= 40 & center_x <= 160 & center_y <= 128)
{
zone = "A";
}
else if (center_x >= 160 & center_y >= 128 & center_y <= 216)
{
zone = "B";
}
else if (center_x >= 40 & center_x <= 160 & center_y >= 216)
{
zone = "C";
}
else if (center_x <= 40 & center_y >= 128 & center_y <= 216)
{
zone = "D";
}
//---------------------------------------------------------------
}
}
