public Board resize(int mapMargin)
{
if (mapMargin < 0)
{
return(this);
}
Board resized = new Board(rows() + mapMargin * 2, cols() + mapMargin * 2);
foreach (IShape each in _roomsAndCorridors)
{
if (each is Room)
{
Room r = (Room)each;
Cell vert = r.topLeftVertex().plusCell(mapMargin, mapMargin);
Room relocated = new Room(vert, r.grid());
resized.addRoom(relocated);
}
else
{
Corridor c = (Corridor)each;
Cell vert = c.topLeftVertex().plusCell(mapMargin, mapMargin);
Corridor.Orientation orient = c.isOrizontal() ? Corridor.Orientation.horizontal : Corridor.Orientation.vertical;
Corridor relocated = new Corridor(vert, c.grid(), orient);
resized.addCorridor(relocated);
}
}
return(resized);
}
private Corridor generateCorridor(CardinalPoint mapDirection, Room lastRoom, IntInRangePicker corrLengthPicker, IntInRangePicker corrWidthPicker, CellInRangePicker cellRangePicker)
{
int corridorLenght = corrLengthPicker.draw();
int corridorSection = corrWidthPicker.draw();
Corridor.Orientation corrOrient = 0;
Grid grid = null;
Cell topLeftCell = lastRoom.topLeftVertex();
if (mapDirection == CardinalPoint.NORD)
{
grid = new Grid(corridorLenght, corridorSection);
corrOrient = Corridor.Orientation.vertical;
Cell topLeftVertexMin = lastRoom.topLeftVertex().minusSize(corridorLenght, 0);
Cell topLeftVertexMax = topLeftVertexMin.plusCell(0, lastRoom.width() - corridorSection);
//Excluding cells to avoid Inward and Outward Corner Walls Overlapping
Cell excludeOne = topLeftVertexMin.plusCell(0, 1);
Cell excludeTwo = topLeftVertexMax.minusCell(0, 1);
topLeftCell = cellRangePicker.drawBetweenWithExclusion(topLeftVertexMin, topLeftVertexMax, excludeOne, excludeTwo);
_logger.info("Min: " + topLeftVertexMin + " Max: " + topLeftVertexMax + " Selected: " + topLeftCell + " Exclusions: " + excludeOne + " - " + excludeTwo);
}
else if (mapDirection == CardinalPoint.EST)
{
grid = new Grid(corridorSection, corridorLenght);
corrOrient = Corridor.Orientation.horizontal;
Cell topLeftVertexMin = lastRoom.topRightVertex();
Cell topLeftVertexMax = topLeftVertexMin.plusCell(lastRoom.height() - corridorSection, 0);
//Excluding cells to avoid Inward and Outward Corner Walls Overlapping
Cell excludeOne = topLeftVertexMin.plusCell(1, 0);
Cell excludeTwo = topLeftVertexMax.minusCell(1, 0);
topLeftCell = cellRangePicker.drawBetweenWithExclusion(topLeftVertexMin, topLeftVertexMax, excludeOne, excludeTwo);
_logger.info("Min: " + topLeftVertexMin + " Max: " + topLeftVertexMax + " Selected: " + topLeftCell + " Exclusions: " + excludeOne + " - " + excludeTwo);
}
else if (mapDirection == CardinalPoint.SUD)
{
grid = new Grid(corridorLenght, corridorSection);
corrOrient = Corridor.Orientation.vertical;
Cell topLeftVertexMin = lastRoom.bottomLeftVertex();
Cell topLeftVertexMax = topLeftVertexMin.plusCell(0, lastRoom.width() - corridorSection);
//Excluding cells to avoid Inward and Outward Corner Walls Overlapping
Cell excludeOne = topLeftVertexMin.plusCell(0, 1);
Cell excludeTwo = topLeftVertexMax.minusCell(0, 1);
topLeftCell = cellRangePicker.drawBetweenWithExclusion(topLeftVertexMin, topLeftVertexMax, excludeOne, excludeTwo);
_logger.info("Min: " + topLeftVertexMin + " Max: " + topLeftVertexMax + " Selected: " + topLeftCell + " Exclusions: " + excludeOne + " - " + excludeTwo);
}
else if (mapDirection == CardinalPoint.WEST)
{
grid = new Grid(corridorSection, corridorLenght);
corrOrient = Corridor.Orientation.horizontal;
Cell topLeftVertexMin = lastRoom.topLeftVertex().minusSize(0, corridorLenght);
Cell topLeftVertexMax = topLeftVertexMin.plusCell(lastRoom.height() - corridorSection, 0);
//Excluding cells to avoid Inward and Outward Corner Walls Overlapping
Cell excludeOne = topLeftVertexMin.plusCell(1, 0);
Cell excludeTwo = topLeftVertexMax.minusCell(1, 0);
topLeftCell = cellRangePicker.drawBetweenWithExclusion(topLeftVertexMin, topLeftVertexMax, excludeOne, excludeTwo);
_logger.info("Min: " + topLeftVertexMin + " Max: " + topLeftVertexMax + " Selected: " + topLeftCell + " Exclusions: " + excludeOne + " - " + excludeTwo);
}
return(new Corridor(topLeftCell, grid, corrOrient));
}
public Board crop(int marginToAddAfterCrop)
{
Cell upperTopLeftVert = null;
Cell righterBottomRightVert = null;
Cell downerBottomRightVert = null;
Cell lefterTopLeftVert = null;
foreach (Room each in rooms())
{
if (upperTopLeftVert == null)
{
upperTopLeftVert = each.topLeftVertex();
righterBottomRightVert = each.bottomRightVertex();
downerBottomRightVert = righterBottomRightVert;
lefterTopLeftVert = upperTopLeftVert;
}
else
{
if (each.topLeftVertex().isRowLesserThan(upperTopLeftVert))
{
upperTopLeftVert = each.topLeftVertex();
}
if (each.bottomRightVertex().isColGreatherThan(righterBottomRightVert))
{
righterBottomRightVert = each.bottomRightVertex();
}
if (each.bottomRightVertex().isRowGreatherThan(downerBottomRightVert))
{
downerBottomRightVert = each.bottomRightVertex();
}
if (each.topLeftVertex().isColLesserThan(lefterTopLeftVert))
{
lefterTopLeftVert = each.topLeftVertex();
}
}
}
int rows = downerBottomRightVert.row() - upperTopLeftVert.row() + 1 + marginToAddAfterCrop * 2;
int cols = righterBottomRightVert.col() - lefterTopLeftVert.col() + 1 + marginToAddAfterCrop * 2;
int cropUp = upperTopLeftVert.row() - marginToAddAfterCrop;
int cropLeft = lefterTopLeftVert.col() - marginToAddAfterCrop;
Board cropped = new Board(rows, cols);
foreach (IShape each in _roomsAndCorridors)
{
if (each is Room)
{
Room r = (Room)each;
Cell vert = r.topLeftVertex().minus(cropUp, cropLeft);
Room relocated = new Room(vert, r.grid());
cropped.addRoom(relocated);
}
else
{
Corridor c = (Corridor)each;
Cell vert = c.topLeftVertex().minus(cropUp, cropLeft);
Corridor.Orientation orient = c.isOrizontal() ? Corridor.Orientation.horizontal : Corridor.Orientation.vertical;
Corridor relocated = new Corridor(vert, c.grid(), orient);
cropped.addCorridor(relocated);
}
}
return(cropped);
}
