public Construction(String filename)
{
// Creates the blueprint
this.blueprint = new BluePrint(filename);
// Initializing the builting blocks
this.roofApex = "A";
this.roofLeft = "/";
this.roofRight= "\\";
this.Edge = "+";
this.Brick = "-";
this.sideWall = "|";
this.window = "o";
// If only blueprint construction was successful
if (this.blueprint.wasBluePrintConstrunctionSuccessful())
{
// The dimensions are scaled according to the blueprints
this.maximumWidth = 5 * this.blueprint.getWidthInBluePrint();
this.maximumHeight = 2 * this.blueprint.getHeightInBluePrint() + this.maximumWidth;
this.House = new String[this.maximumWidth, maximumHeight];
// array is filled with blank spaces
for (int runY = 0; runY < maximumHeight; runY++)
{
for (int runX = 0; runX < maximumWidth; runX++)
{
this.House[runX, runY] = " ";
}
}
}
// Initialzing rest of the variables
this.currentYCoordinate = -1;
this.locationofWindows = new List<Tuple<int, int>>();
this.possibleDoorLocations = new List<Tuple<int, int>>();
this.finalDoorLocation = new Tuple<int, int>(-1, -1);
}
public Construction(String filename)
{
// Creates the blueprint
this.blueprint = new BluePrint(filename);
// Initializing the builting blocks
this.roofApex = "A";
this.roofLeft = "/";
this.roofRight = "\\";
this.Edge = "+";
this.Brick = "-";
this.sideWall = "|";
this.window = "o";
// If only blueprint construction was successful
if (this.blueprint.wasBluePrintConstrunctionSuccessful())
{
// The dimensions are scaled according to the blueprints
this.maximumWidth = 5 * this.blueprint.getWidthInBluePrint();
this.maximumHeight = 2 * this.blueprint.getHeightInBluePrint() + this.maximumWidth;
this.House = new String[this.maximumWidth, maximumHeight];
// array is filled with blank spaces
for (int runY = 0; runY < maximumHeight; runY++)
{
for (int runX = 0; runX < maximumWidth; runX++)
{
this.House[runX, runY] = " ";
}
}
}
// Initialzing rest of the variables
this.currentYCoordinate = -1;
this.locationofWindows = new List <Tuple <int, int> >();
this.possibleDoorLocations = new List <Tuple <int, int> >();
this.finalDoorLocation = new Tuple <int, int>(-1, -1);
}