def handle_draw(self, entity):
ratio = entity.time_remaining / entity.time_limit
x, y = get_midpoint(entity)
game.get_game().renderer.appendCircle((50, 50, 50), x, y,
entity.width / 2)
game.get_game().renderer.appendFan((200, 200, 200), x, y,
entity.width / 2, ratio)
def handle_draw(self, entity):
# print entity.x,entity.y
# screen_x, screen_y = transform(entity.x, entity.y)
# r = pygame.Rect(int(screen_x), int(screen_y), entity.height, entity.width)
# pygame.draw.ellipse(surface, entity.color, r)
if entity.visible:
p = get_midpoint(entity)
game.get_game().renderer.appendPlayerCircle( entity.color,p.x,p.y, entity.height/2)
def handle_action(self, entity, action):
if action == 'TRAP' and entity.trap_cooldown <= 0:
p = get_midpoint(entity)
game.get_game().renderer.appendRing(entity.color, int(p[0]),
int(p[1]), entity.trap_out_rad,
entity.trap_in_rad)
#pygame.draw.circle(game.get_game().screen, entity.color, (int(p[0]), int(p[1])), entity.smoke_screen_rad)
entity.trap_cooldown = entity.trap_cooldown_time
def handle_action(self, entity, action):
if action == 'SMOKE_SCREEN' and entity.smoke_screen_cooldown <= 0:
p = get_midpoint(entity)
game.get_game().renderer.appendCircle(entity.color, int(p[0]),
int(p[1]),
entity.smoke_screen_rad)
#pygame.draw.circle(game.get_game().screen, entity.color, (int(p[0]), int(p[1])), entity.smoke_screen_rad)
entity.smoke_screen_cooldown = entity.smoke_screen_cooldown_time
def handle_action(self, entity, action):
if action == 'TRAP' and entity.trap_cooldown <= 0:
p = get_midpoint(entity)
game.get_game().renderer.appendRing(
entity.color,int(p[0]), int(p[1]), entity.trap_out_rad, entity.trap_in_rad
)
#pygame.draw.circle(game.get_game().screen, entity.color, (int(p[0]), int(p[1])), entity.smoke_screen_rad)
entity.trap_cooldown = entity.trap_cooldown_time
def handle_action(self, entity, action):
if action == 'SMOKE_SCREEN' and entity.smoke_screen_cooldown <= 0:
p = get_midpoint(entity)
game.get_game().renderer.appendCircle(
entity.color,int(p[0]), int(p[1]), entity.smoke_screen_rad
)
#pygame.draw.circle(game.get_game().screen, entity.color, (int(p[0]), int(p[1])), entity.smoke_screen_rad)
entity.smoke_screen_cooldown = entity.smoke_screen_cooldown_time
def handle_draw(self, entity):
# print entity.x,entity.y
# screen_x, screen_y = transform(entity.x, entity.y)
# r = pygame.Rect(int(screen_x), int(screen_y), entity.height, entity.width)
# pygame.draw.ellipse(surface, entity.color, r)
if entity.visible:
p = get_midpoint(entity)
game.get_game().renderer.appendPlayerCircle(
entity.color, p.x, p.y, entity.height / 2)
def move_pivot_to_components(components):
"""
puts the Pivot to the current component selection
:param list[str] components: A list of components.
"""
vertices = com.convert_to_vertices(components)
transform = vertices[0].split('.')[0]
mid_x, mid_y, mid_z = com.get_midpoint(vertices)
cmds.move(mid_x, mid_y, mid_z, transform + '.scalePivot')
cmds.move(mid_x, mid_y, mid_z, transform + '.rotatePivot')
def move_components_to_axis(components, axis='x'):
"""
puts selected Components to the average of the specified axis
"""
vertices = com.convert_to_vertices(components)
aver = com.get_midpoint(vertices)
if axis == 'x':
cmds.move(aver[0], components, x=True)
elif axis == 'y':
cmds.move(aver[1], components, y=True)
else:
cmds.move(aver[2], components, z=True)
def handle_action(self, entity, action):
if action == 'PLACE_MINEFIELD' and entity.minefield_cooldown <= 0:
m = get_midpoint(entity)
for r in range(entity.minefield_min_rad, entity.minefield_max_rad, entity.minefield_rad_density):
anglestart = 0
angleend = 360
for a in xrange(anglestart, angleend, entity.minefield_ang_density):
v = Vec2d(0, 1)
v.length = r
v.angle = a
p = m + v
#pygame.draw.circle(game.get_game().screen, entity.color, (int(p[0]), int(p[1])), 5)
game.get_game().renderer.appendPlayerCircle( entity.color,int(p[0]), int(p[1]), 5)
entity.minefield_cooldown = entity.minefield_cooldown_time
def handle_action(self, entity, action):
if action == 'PLACE_MINEFIELD' and entity.minefield_cooldown <= 0:
m = get_midpoint(entity)
for r in range(entity.minefield_min_rad, entity.minefield_max_rad,
entity.minefield_rad_density):
anglestart = 0
angleend = 360
for a in xrange(anglestart, angleend,
entity.minefield_ang_density):
v = Vec2d(0, 1)
v.length = r
v.angle = a
p = m + v
#pygame.draw.circle(game.get_game().screen, entity.color, (int(p[0]), int(p[1])), 5)
game.get_game().renderer.appendPlayerCircle(
entity.color, int(p[0]), int(p[1]), 5)
entity.minefield_cooldown = entity.minefield_cooldown_time
def handle_draw(self, entity):
ratio = entity.time_remaining / entity.time_limit
x, y = get_midpoint(entity)
game.get_game().renderer.appendCircle((50,50,50), x, y, entity.width/2)
game.get_game().renderer.appendFan((200,200,200), x, y, entity.width/2, ratio)
