public static void assignCoverToTile(Cover cover, Map battleMap)
{
int coverPositionX = cover.PositionX;
int coverPositionY = cover.PositionY;
Tile assignTile = battleMap.tiles[coverPositionX, coverPositionY];
assignTile.cover = cover;
assignTile.isOccupied = true;
}
public static List<Cover> createTestCover(Map map)
{
List<Cover> cover = new List<Cover>();
Cover testPiece1 = new Cover(1, 2, "upper-left,lower-right");
Cover testPiece2 = new Cover(2, 4, "upper-left,lower-right");
Cover testPiece3 = new Cover(3, 3, "upper-left,lower-right");
Cover testPiece4 = new Cover(19, 18, "upper-left,lower-right");
Cover testPiece5 = new Cover(19, 19, "upper-left,lower-right");
cover.Add(testPiece1);
assignCoverToTile(testPiece1, map);
cover.Add(testPiece2);
assignCoverToTile(testPiece2, map);
cover.Add(testPiece3);
assignCoverToTile(testPiece3, map);
cover.Add(testPiece4);
assignCoverToTile(testPiece4, map);
cover.Add(testPiece5);
assignCoverToTile(testPiece5, map);
return cover;
}
public static Rectangle GetSourceRect(Cover cover)
{
int xPos = 0;
int yPos = 0;
string orientation = cover.Orientation;
switch (orientation)
{
// 1/\2
// 3\/4
case "upper-left,lower-right":
xPos = width + bufferWidth;
break;
case "lower-left-,upper-right":
xPos = 2*(width + bufferWidth);
break;
case "upper-left,upper-right":
yPos = height + bufferWidth;
break;
}
Rectangle sourceRect = new Rectangle(xPos, yPos, width, height);
return sourceRect;
}
