/// <summary>
/// Checks the passed in node to see if it is inside the layer bounds
/// </summary>
/// <param name="node">Current node object to inspect</param>
/// <param name="Current_Layer">Current layer in which the node object resides</param>
private void Check_Node(Node node, Layer Current_Layer)
{
if (node.x_pos > Current_Layer.Layer_xf)
Mesh_Errors.Post_Error("MESH ERROR: Node assignment outside of layer bounds {xf-" + Current_Layer.Layer_xf.ToString() + ", x_node-" + node.x_pos.ToString() + "}");
if (node.y_pos > Current_Layer.Layer_y0)
Mesh_Errors.Post_Error("MESH ERROR: Node assignment outside of layer bounds {y0-" + Current_Layer.Layer_y0.ToString() + ", y_node-" + node.y_pos.ToString() + "}");
if (node.y_pos < Current_Layer.Layer_yf)
Mesh_Errors.Post_Error("MESH ERROR: Node assignment outside of layer bounds {yf-" + Current_Layer.Layer_yf.ToString() + ", y_node-" + node.y_pos.ToString() + "}");
if (node.x_pos < Current_Layer.Layer_x0)
Mesh_Errors.Post_Error("MESH ERROR: Node assignment outside of layer bounds {x0-" + Current_Layer.Layer_x0.ToString() + ", x_node-" + node.x_pos.ToString() + "}");
}
// GenerateGeometry
//
// Main function which generates the geometry of the TEM, and organizes it into a list of layers
/// <summary>
/// Generates geometry of the TEM, which is essentially a list of rectangular coordinates
/// </summary>
/// <returns>List (array) of Layer objects</returns>
public List<Layer> GenerateGeometry()
{
// Update MainUI (ie, the user) with the progress of the geometry generation
Geometry_Errors.UpdateProgress(0);
Geometry_Errors.UpdateProgress_Text("Generating Geometry and Material Layers");
// Generates Layers for both top and bottom ceramic pieces of TEM geometry
Layer TEM_Bottom = new Layer(Geometry_Errors, Coord_Ceramic_Base_Bottom[0], Coord_Ceramic_Base_Bottom[1], Coord_Ceramic_Base_Bottom[2], Coord_Ceramic_Base_Bottom[3], "Ceramic", n_Nodes_Ceramic);
Layer TEM_Top = new Layer(Geometry_Errors, Coord_Ceramic_Base_Top[0], Coord_Ceramic_Base_Top[1], Coord_Ceramic_Base_Top[2], Coord_Ceramic_Base_Top[3], "Ceramic", n_Nodes_Ceramic);
Layer_List.Add(TEM_Bottom);
Layer_List.Add(TEM_Top);
// End of ceramic geometry creation
// Generates Layers for air gaps to the far left and far right of the computational domain
Layer Left_Air_Gap = new Layer(Geometry_Errors, Coord_Left_Air_Gap[0], Coord_Left_Air_Gap[1], Coord_Left_Air_Gap[2], Coord_Left_Air_Gap[3], "Air", n_Nodes_Air);
Layer Right_Air_Gap = new Layer(Geometry_Errors, Coord_Right_Air_Gap[0], Coord_Right_Air_Gap[1], Coord_Right_Air_Gap[2], Coord_Right_Air_Gap[3], "Air", n_Nodes_Air);
Layer_List.Add(Left_Air_Gap);
Layer_List.Add(Right_Air_Gap);
// End creation of Air Gaps
// Generates Layer for first and last Cu pieces on the bottom (stubbed off ones)
Layer First_Bot_Cu = new Layer(Geometry_Errors, Coord_First_Bot_CU[0], Coord_First_Bot_CU[1], Coord_First_Bot_CU[2], Coord_First_Bot_CU[3], "Copper", n_Nodes_CE);
Layer Last_Bot_Cu = new Layer(Geometry_Errors, Coord_Last_Bot_CU[0], Coord_Last_Bot_CU[1], Coord_Last_Bot_CU[2], Coord_Last_Bot_CU[3], "Copper", n_Nodes_CE);
Layer_List.Add(First_Bot_Cu);
Layer_List.Add(Last_Bot_Cu);
// End creation of the first and last bottom Cu pieces
// Generates Layers for each the rest of the bottom Cu pieces
for (int i = 0; i < 8; i++)
{
float x0 = Coord_Cu_Bottom[0] + ((float)i * (BiTE_AirGap + CE_Width));
float y0 = Coord_Cu_Bottom[1];
float xf = x0 + CE_Width;
float yf = Coord_Cu_Bottom[3];
Layer_List.Add(new Layer(Geometry_Errors, x0, y0, xf, yf, "Copper", n_Nodes_CE));
}
// End creation of bottom Cu pieces
// Generates Layers for each of the top of the Cu pieces
for (int i = 0; i < 9; i++)
{
float x0 = Coord_Cu_Top[0] + ((float)i * (BiTE_AirGap + CE_Width));
float y0 = Coord_Cu_Top[1];
float xf = x0 + CE_Width;
float yf = Coord_Cu_Top[3];
Layer_List.Add(new Layer(Geometry_Errors, x0, y0, xf, yf, "Copper", n_Nodes_CE));
}
// End creation of the top Cu pieces
// Generates layers for each of the Bismuth Telluride Pieces
for (int i = 0; i < 18; i++)
{
float x0 = Coord_BiTE[0] + ((float)i * (BiTE_Thickness + BiTE_AirGap));
float y0 = Coord_BiTE[1];
float xf = x0 + BiTE_Thickness;
float yf = Coord_BiTE[3];
Layer_List.Add(new Layer(Geometry_Errors, x0, y0, xf, yf, "BiTe", n_Nodes_BiTe));
}
// End creation of the Bismuth Telluride Pieces
// Generates layers for air gaps that 'float' near top
for (int i = 0; i < 8; i++)
{
float x0 = Coord_Top_AirGaps[0] + ((float)i * (2 * (BiTE_Thickness + BiTE_AirGap)));
float y0 = Coord_Top_AirGaps[1];
float xf = x0 + BiTE_AirGap;
float yf = Coord_Top_AirGaps[3];
Layer_List.Add(new Layer(Geometry_Errors, x0, y0, xf, yf, "Air", n_Nodes_Air));
}
// End creation of layers for top air gaps
// Generates layers for air gaps that 'float' near bottom
for (int i = 0; i < 9; i++)
{
float x0 = Coord_Bottom_AirGaps[0] + ((float)i * (2 * (BiTE_Thickness + BiTE_AirGap)));
float y0 = Coord_Bottom_AirGaps[1];
float xf = x0 + BiTE_AirGap;
float yf = Coord_Bottom_AirGaps[3];
Layer_List.Add(new Layer(Geometry_Errors, x0, y0, xf, yf, "Air", n_Nodes_Air));
}
// End creation of layers for the bottom air gaps
Geometry_Errors.Post_Error("NOTE: Geometry for the TEM has been generated succesfully");
return Layer_List;
}