def scaleImage(self, scale):
self.adjWRad = Tile.ADJ_WIDTH * scale * .5
self.adjHRad = Tile.ADJ_HEIGHT * scale * .5
self.adjWidth = int(round(common.x(self.position) + self.adjWRad)) - \
int(round(common.x(self.position) - self.adjWRad)) + 1
self.adjHeight = int(round(common.y(self.position) + self.adjHRad)) - \
int(round(common.y(self.position) - self.adjHRad)) + 1
self.scaledImage = pygame.transform.smoothscale(self.image,
(self.adjWidth, self.adjHeight))
def getAreasToCheck(location, grid, gridRes):
row = int(common.y(location) // gridRes) + 1
col = int(common.x(location) // gridRes) + 1
areasToCheck = []
for i in range(-1, 1 + 1):
for j in range(-1, 1 + 1):
if (row + i >= 0 and col + j >= 0 and row + i < len(grid) and
col + j < len(grid[0])):
areasToCheck.append(grid[row + i][col + j])
return areasToCheck
def toGrid(myCanvas, myObject, grid, resolution):
row = int(common.y(myObject.getPosition()) // resolution) + 1
col = int(common.x(myObject.getPosition()) // resolution) + 1
if not (row == myObject.gridRow and col == myObject.gridCol):
if myObject.gridRow is not None:
grid[myObject.gridRow][myObject.gridCol].remove(myObject)
if myObject.getRect().colliderect(0, 0, myCanvas.WIDTH,
myCanvas.HEIGHT):
myObject.gridRow = row
myObject.gridCol = col
grid[row][col].append(myObject)
else:
myObject.gridRow = myObject.gridCol = None
def resizePalletBack(myCanvas):
lastTile = myCanvas.tilePallet[-1]
palletBack = pygame.Rect(0, 0, common.x(lastTile.position) +
lastTile.scaledImage.get_width() / 2,
lastTile.scaledImage.get_height())
return palletBack
