def draw(self, surface, flags):
bp = intpos(self._worldobj.body.position)
rotimg = Cache().getRotatedImage(self._imageName, math.degrees(-self._worldobj.body.angle))
w, h = rotimg.get_rect().size
#TODO: convert world to graphics coordinates
surface.blit(rotimg, (bp[0] -w/2, bp[1] -h/2))
#if flags["DEBUG"]:
#pygame.draw.line(surface, (64, 128, 255), bp, intpos(self._worldobj.body.position - (self._worldobj.pull / 50, 0)))
if flags["DEBUG"]:
bp = intpos(self._worldobj.body.position)
wrapcircle(surface, (64, 64, 255), bp, self._worldobj.influence_range, self._world.size, 3)
if self._worldobj.type == WormHole.RANDOM:
# make 'X' for Random
pygame.draw.line(surface, (64, 64, 255), intpos(self._worldobj.body.position - (self._worldobj.influence_range, self._worldobj.influence_range)), intpos(self._worldobj.body.position + (self._worldobj.influence_range, self._worldobj.influence_range)), 5)
pygame.draw.line(surface, (64, 64, 255), intpos(self._worldobj.body.position - (-self._worldobj.influence_range, self._worldobj.influence_range)), intpos(self._worldobj.body.position + (-self._worldobj.influence_range, self._worldobj.influence_range)), 5)
elif self._worldobj.type == WormHole.FIXED_POINT:
pygame.draw.line(surface, (64, 64, 255), bp, intpos(self._worldobj.exit))
wrapcircle(surface, (64, 64, 255), intpos(self._worldobj.exit), self._worldobj.radius / 2, self._world.size, 2) # 'target'
elif self._worldobj.type == WormHole.OTHER_CELESTIALBODY:
c = (64, 64, 255)
if isinstance(self._worldobj.exit, WormHole) and isinstance(self._worldobj.exit.exit, WormHole) and self._worldobj.exit.exit == self._worldobj:
c = (128, 192, 255) # check if linked in both directions - make brighter if two-way wormhole
pygame.draw.line(surface, c, bp, intpos(self._worldobj.exit.body.position))
wrapcircle(surface, c, intpos(self._worldobj.exit.body.position), self._worldobj.radius / 2, self._world.size, 2) # 'target'
super(WormHoleGUI, self).draw(surface, flags)
def draw(self, surface, flags):
ang = 45 - self._worldobj.body.velocity.angle_degrees
rang = math.radians(self._worldobj.body.velocity.angle_degrees)
#rotimg = pygame.transform.rotate(self.surface, ang)
rotimg = Cache().getRotatedImage(self._imageName, ang)
w, h = rotimg.get_rect().size
#TODO: convert world to graphics coordinates
surface.blit(rotimg, (self._worldobj.body.position[0] - w / 2 - self.__extra * math.cos(rang), self._worldobj.body.position[1] - h / 2 - self.__extra * math.sin(rang)))
super(AsteroidGUI, self).draw(surface, flags)
def draw(self, surface, flags):
bp = intpos(self._worldobj.body.position)
rotimg = Cache().getRotatedImage(self._imageName, math.degrees(-self._worldobj.body.angle))
w, h = rotimg.get_rect().size
#TODO: convert world to graphics coordinates
surface.blit(rotimg, (bp[0] -w/2, bp[1] -h/2))
if flags["DEBUG"]:
pygame.draw.line(surface, (64, 128, 255), bp, intpos(self._worldobj.body.position - (self._worldobj.pull / 50, 0)))
super(NebulaGUI, self).draw(surface, flags)
def draw(self, surface, flags):
bp = intpos(self._worldobj.body.position)
rotimg = Cache().getRotatedImage(self._imageName, math.degrees(-self._worldobj.body.angle))
w, h = rotimg.get_rect().size
#TODO: convert world to graphics coordinates
surface.blit(rotimg, (bp[0] -w/2, bp[1] -h/2))
if flags["DEBUG"]:
pygame.draw.line(surface, (64, 128, 255), bp, intpos(self._worldobj.body.position - (self._worldobj.pull / 50, 0)))
super(NebulaGUI, self).draw(surface, flags)
def draw(self, surface, flags):
bp = intpos(self._worldobj.body.position)
rotimg = Cache().getRotatedImage(
self._imageName, math.degrees(-self._worldobj.body.angle))
w, h = rotimg.get_rect().size
#TODO: convert world to graphics coordinates
surface.blit(rotimg, (bp[0] - w / 2, bp[1] - h / 2))
#if flags["DEBUG"]:
#pygame.draw.line(surface, (64, 128, 255), bp, intpos(self._worldobj.body.position - (self._worldobj.pull / 50, 0)))
if flags["DEBUG"]:
bp = intpos(self._worldobj.body.position)
wrapcircle(surface, (64, 64, 255), bp,
self._worldobj.influence_range, self._world.size, 3)
if self._worldobj.type == WormHole.RANDOM:
# make 'X' for Random
pygame.draw.line(
surface, (64, 64, 255),
intpos(self._worldobj.body.position -
(self._worldobj.influence_range,
self._worldobj.influence_range)),
intpos(self._worldobj.body.position +
(self._worldobj.influence_range,
self._worldobj.influence_range)), 5)
pygame.draw.line(
surface, (64, 64, 255),
intpos(self._worldobj.body.position -
(-self._worldobj.influence_range,
self._worldobj.influence_range)),
intpos(self._worldobj.body.position +
(-self._worldobj.influence_range,
self._worldobj.influence_range)), 5)
elif self._worldobj.type == WormHole.FIXED_POINT:
pygame.draw.line(surface, (64, 64, 255), bp,
intpos(self._worldobj.exit))
wrapcircle(surface, (64, 64, 255), intpos(self._worldobj.exit),
self._worldobj.radius / 2, self._world.size,
2) # 'target'
elif self._worldobj.type == WormHole.OTHER_CELESTIALBODY:
c = (64, 64, 255)
if isinstance(self._worldobj.exit, WormHole) and isinstance(
self._worldobj.exit.exit, WormHole
) and self._worldobj.exit.exit == self._worldobj:
c = (
128, 192, 255
) # check if linked in both directions - make brighter if two-way wormhole
pygame.draw.line(surface, c, bp,
intpos(self._worldobj.exit.body.position))
wrapcircle(surface, c,
intpos(self._worldobj.exit.body.position),
self._worldobj.radius / 2, self._world.size,
2) # 'target'
super(WormHoleGUI, self).draw(surface, flags)
def draw(self, surface, flags):
ang = 45 - self._worldobj.body.velocity.angle_degrees
rang = math.radians(self._worldobj.body.velocity.angle_degrees)
#rotimg = pygame.transform.rotate(self.surface, ang)
rotimg = Cache().getRotatedImage(self._imageName, ang)
w, h = rotimg.get_rect().size
#TODO: convert world to graphics coordinates
surface.blit(
rotimg,
(self._worldobj.body.position[0] - w / 2 -
self.__extra * math.cos(rang), self._worldobj.body.position[1] -
h / 2 - self.__extra * math.sin(rang)))
super(AsteroidGUI, self).draw(surface, flags)
def draw(self, surface, flags):
self.anicount += 1
if self.anicount == self.anispeed:
self.anicount = 0
self.anirot += self.anidirection
if self.anirot >= 360:
self.anirot = 0
elif self.anirot <= 0:
self.anirot = 360
rotimg = Cache().getRotatedImage(self._imageName, self.anirot)
w, h = rotimg.get_rect().size
# TODO: convert world to graphics coordinates
surface.blit(rotimg, (self._worldobj.body.position[0] - w / 2, self._worldobj.body.position[1] - h / 2))
if flags["DEBUG"]:
bp = intpos(self._worldobj.body.position)
wrapcircle(surface, (64, 64, 255), bp, self._worldobj.gravityFieldLength, self._world.size, 3)
pygame.draw.line(
surface,
(64, 128, 255),
intpos(self._worldobj.body.position - (0, self._worldobj.gravityFieldLength)),
intpos(self._worldobj.body.position - (0, self._worldobj.gravityFieldLength - self._worldobj.pull)),
)
pygame.draw.line(
surface,
(64, 128, 255),
intpos(self._worldobj.body.position - (self._worldobj.gravityFieldLength, 0)),
intpos(self._worldobj.body.position - (self._worldobj.gravityFieldLength - self._worldobj.pull, 0)),
)
pygame.draw.line(
surface,
(64, 128, 255),
intpos(self._worldobj.body.position + (self._worldobj.gravityFieldLength, 0)),
intpos(self._worldobj.body.position + (self._worldobj.gravityFieldLength - self._worldobj.pull, 0)),
)
pygame.draw.line(
surface,
(64, 128, 255),
intpos(self._worldobj.body.position + (0, self._worldobj.gravityFieldLength)),
intpos(self._worldobj.body.position + (0, self._worldobj.gravityFieldLength - self._worldobj.pull)),
)
# radius
surface.blit(
debugfont().render(repr(self._worldobj.gravityFieldLength), False, (255, 255, 192)),
intpos((bp[0], bp[1] - self._worldobj.gravityFieldLength - 16)),
)
super(PlanetGUI, self).draw(surface, flags)
def draw(self, surface, flags):
ang = 45 - self._worldobj.body.velocity.angle_degrees
rang = math.radians(self._worldobj.body.velocity.angle_degrees)
#rotimg = pygame.transform.rotate(self.surface, ang)
rotimg = Cache().getRotatedImage(self._imageName, ang)
w, h = rotimg.get_rect().size
#TODO: convert world to graphics coordinates
surface.blit(rotimg, (self._worldobj.body.position[0] - w / 2 - self.__extra * math.cos(rang), self._worldobj.body.position[1] - h / 2 - self.__extra * math.sin(rang)))
# Draw Dragon attack area
if flags["DEBUG"] and isinstance(self._worldobj, Dragon) and self._worldobj.influence_range > 0:
bp = intpos(self._worldobj.body.position)
wrapcircle(surface, (64, 64, 255), bp, self._worldobj.influence_range, self._world.size, 3)
pygame.draw.line(surface, (64, 128, 255), intpos(self._worldobj.body.position - (0, self._worldobj.influence_range)), intpos(self._worldobj.body.position - (0, self._worldobj.influence_range + self._worldobj.attack_speed)))
pygame.draw.line(surface, (64, 128, 255), intpos(self._worldobj.body.position - (self._worldobj.influence_range, 0)), intpos(self._worldobj.body.position - (self._worldobj.influence_range + self._worldobj.attack_speed, 0)))
pygame.draw.line(surface, (64, 128, 255), intpos(self._worldobj.body.position + (self._worldobj.influence_range, 0)), intpos(self._worldobj.body.position + (self._worldobj.influence_range + self._worldobj.attack_speed, 0)))
pygame.draw.line(surface, (64, 128, 255), intpos(self._worldobj.body.position + (0, self._worldobj.influence_range)), intpos(self._worldobj.body.position + (0, self._worldobj.influence_range + self._worldobj.attack_speed)))
# radius
surface.blit(debugfont().render(repr(self._worldobj.influence_range), False, (255, 255, 192)), intpos((bp[0], bp[1] - self._worldobj.influence_range - 16)))
super(AsteroidGUI, self).draw(surface, flags)
def draw(self, surface, flags):
self.anicount += 1
if self.anicount == self.anispeed:
self.anicount = 0
self.anirot += self.anidirection
if self.anirot >= 360: self.anirot = 0
elif self.anirot <= 0: self.anirot = 360
rotimg = Cache().getRotatedImage(self._imageName, self.anirot)
w, h = rotimg.get_rect().size
#TODO: convert world to graphics coordinates
surface.blit(rotimg, (self._worldobj.body.position[0] -w/2, self._worldobj.body.position[1] -h/2))
if flags["DEBUG"] and isinstance(self._worldobj, Influential) and self._worldobj.influence_range > 0:
bp = intpos(self._worldobj.body.position)
wrapcircle(surface, (64, 64, 255), bp, self._worldobj.influence_range, self._world.size, 3)
pygame.draw.line(surface, (64, 128, 255), intpos(self._worldobj.body.position - (0, self._worldobj.influence_range)), intpos(self._worldobj.body.position - (0, self._worldobj.influence_range - self._worldobj.pull)))
pygame.draw.line(surface, (64, 128, 255), intpos(self._worldobj.body.position - (self._worldobj.influence_range, 0)), intpos(self._worldobj.body.position - (self._worldobj.influence_range - self._worldobj.pull, 0)))
pygame.draw.line(surface, (64, 128, 255), intpos(self._worldobj.body.position + (self._worldobj.influence_range, 0)), intpos(self._worldobj.body.position + (self._worldobj.influence_range - self._worldobj.pull, 0)))
pygame.draw.line(surface, (64, 128, 255), intpos(self._worldobj.body.position + (0, self._worldobj.influence_range)), intpos(self._worldobj.body.position + (0, self._worldobj.influence_range - self._worldobj.pull)))
# radius
surface.blit(debugfont().render(repr(self._worldobj.influence_range), False, (255, 255, 192)), intpos((bp[0], bp[1] - self._worldobj.influence_range - 16)))
super(PlanetGUI, self).draw(surface, flags)
