def getHitbox(xpos,
ypos,
name,
rotation,
centered=True,
beFancy=True,
realRotation=False):
if isinstance(rotation, str):
image = Images.get(name)
elif realRotation:
image = rotatePixelArt(Images.get(name), rotation)
else:
image = Images.get(name, rotation)
if beFancy:
if isinstance(rotation, str):
bound = Images.getRect(name)
elif realRotation:
image = rotatePixelArt(Images.get(name), rotation)
bound = image.get_bounding_rect()
else:
bound = Images.getRect(name, rotation)
else:
bound = image.get_rect()
if centered:
return bound.move(xpos - 0.5 * image.get_width(),
ypos - 0.5 * image.get_height())
return bound.move(xpos, ypos)
def addRotate(
ID, image, **kwargs
): #takes an ID and a surface and adds the dictionary of its rotations to Images storage
image = Images._processImage(image, **kwargs)
rotatedict = {}
rectdict = {}
for j in range(36):
rotatedImage = rotatePixelArt(image, j * 10)
rotatedict[j * 10] = rotatedImage
rectdict[j * 10] = rotatedImage.get_bounding_rect()
Images.storage[ID] = rotatedict
Images.bounding_rects[ID] = rectdict
def crayprinter(screen, xpos, ypos, object_number, rotation, decayLife,
scalar3, graphlist, scalarscalar, flame, special):
colliderect = ""
if object_number == 0: #draws zvezda
image = Images.get(0)
screen.blit(image, (xpos, ypos))
elif object_number == 1 or object_number == 5: #draws main ship
image = rotatePixelArt(Images.get(1 + SHIPSTATE / 10),
-rotation.getRotation())
screen.blit(image, (int(xpos - 0.5 * image.get_width()),
int(ypos - 0.5 * image.get_height())))
colliderect = [
int(xpos - 0.5 * image.get_width()),
int(ypos - 0.5 * image.get_height()),
image.get_width(),
image.get_height()
]
if flame == True:
#flame_pointlist = [[50 + 6, 50 + 5], [50, 50 + 20], [50 - 6, 50 + 5]]
flame_pointlist = [[xpos, ypos],
[xpos + 6 * scalar3, ypos + 5 * scalar3],
[xpos, ypos + 20 * scalar3],
[xpos - 6 * scalar3, ypos + 5 * scalar3]]
flame_pointlist = Rotate(xpos, ypos, flame_pointlist,
rotation.getRotation())
flame_color = (255, 100,
0) if pgx.filehelper.get(3)[4] < 1 else (138, 43,
226)
pygame.gfxdraw.aapolygon(screen, flame_pointlist, flame_color)
pygame.gfxdraw.filled_polygon(screen, flame_pointlist, flame_color)
flame = False
elif object_number == 2 or object_number == 8: #draws missiles (id 8 are alien missiles)
pygame.draw.circle(screen, (255, 255, 255), (int(xpos), int(ypos)), 2,
0)
elif object_number == 4: #draws explosion effects
pygame.draw.circle(screen, (255, 255, 255), (int(xpos), int(ypos)), 1,
0)
elif object_number == 9: #draws alien blasts
scale = 1 + (.1 * (300 - decayLife))
image = scaleImage(Images.get(9), scale)
screen.blit(image, (int(xpos - 0.5 * image.get_width()),
int(ypos - 0.5 * image.get_height())))
colliderect = Images.getHitbox(xpos, ypos, 9, rotation.getRotation())
Images.scaleHitbox(colliderect, scale)
elif object_number == 123:
image = Images.get(special.getFrameNum(), rotation.getRotation())
screen.blit(image, (int(xpos - 0.5 * image.get_width()),
int(ypos - 0.5 * image.get_height())))
colliderect = Images.getHitbox(xpos, ypos, 123, rotation.getRotation())
else:
try:
if rotation.getRotating():
image = Images.get(object_number, rotation.getRotation())
else:
image = Images.get(object_number)
screen.blit(image, (int(xpos - 0.5 * image.get_width()),
int(ypos - 0.5 * image.get_height())))
colliderect = Images.getHitbox(xpos, ypos, object_number,
rotation.getRotation())
except:
pass
return colliderect