def pose_based_deformation():
smooth_mesh = get_mesh()
rigid_mesh = get_mesh()
skeleton = get_hierarchy()
pose_deformers = PoseSpaceDeformer()
# Training Part
# Create poses from a SmoothSkinning (max_influences > 1) and RigidSkinning (max_influences = 1)
smooth_skinning = LinearBlendSkinning(smooth_mesh, skeleton)
smooth_skinning.attach_mesh(max_influences=4, kernel_func=KERNEL_FUNCTION)
rigid_skinning = LinearBlendSkinning(rigid_mesh, skeleton)
rigid_skinning.attach_mesh(max_influences=1, kernel_func=KERNEL_FUNCTION)
for pose_id in range(NUM_POSES):
# create a new pose
frame_id = pose_id * (NUM_FRAMES / NUM_POSES)
skeleton.animate(frame_id * FRAME_TIME_STEP)
smooth_skinning.update_mesh()
rigid_skinning.update_mesh()
# record the new feature and mesh from the pose
feature = pose_space_deformer.feature_from_skeleton(skeleton)
psd_target = smooth_skinning.mesh.vertices
underlying_surface = rigid_skinning.mesh.vertices
pose_deformers.add_pose(feature, underlying_surface, psd_target)
last_displacement = pose_deformers.displacements[-1]
render.draw(rigid_mesh, skeleton, smooth_skinning.weights,
last_displacement, frame_id, RENDER_FOLDER_PATH)
def run():
play_time = 0
clock = pygame.time.Clock()
while state == RUNNING:
ms = clock.tick(60)
play_time += ms / 1000.0
# handle player inputs
action = controls.process_events()
controls.update_keys()
# debug actions
if action == "shoot":
player1.shoot()
elif action == "spawn_item":
DroppedPerk(ab, player1.rect.move(30, 0).center)
elif action == "spawn_gun":
player1.add_weapon(Gun((0, 0)))
elif action == "swap_gun":
player1.swap_weapons()
elif action == "host":
if not is_host:
init_host()
elif action == "connect":
if not is_host:
init_net()
elif action == "test_sock":
client.send("hello")
# update cursor
cursor_pos_x, cursor_pos_y = pygame.mouse.get_pos()
cursor.move((cursor_pos_x / options.scale(), cursor_pos_y / options.scale()),
controls.click)
# update cursor text
cursor.set_hover_text(examine.find_examine_text(cursor.point()))
# update window title to show frame rate
pygame.display.set_caption("FPS: {0:.2f}".format(clock.get_fps()))
# update player with cursor information
player1.update_cursor(cursor, camera)
# flip player to face cursor
# player1.flip(cursor.point()[0] < camera.apply(player1.rect).centerx)
perk_collide(player1)
# render screen
render.draw()
# update the camera to the player's position
camera.follow(player1.rect)
def run():
play_time = 0
clock = pygame.time.Clock()
while state == RUNNING:
ms = clock.tick(60)
play_time += ms / 1000.0
# handle player inputs
action = controls.process_events()
controls.update_keys()
# debug actions
if action == "shoot":
player1.shoot()
elif action == "spawn_item":
DroppedPerk(ab, player1.rect.move(30, 0).center)
elif action == "spawn_gun":
player1.add_weapon(Gun((0, 0)))
elif action == "swap_gun":
player1.swap_weapons()
elif action == "host":
if not is_host:
init_host()
elif action == "connect":
if not is_host:
init_net()
elif action == "test_sock":
client.send("hello")
# update cursor
cursor_pos_x, cursor_pos_y = pygame.mouse.get_pos()
cursor.move((cursor_pos_x / options.scale(), cursor_pos_y / options.scale()), controls.click)
# update cursor text
cursor.set_hover_text(examine.find_examine_text(cursor.point()))
# update window title to show frame rate
pygame.display.set_caption("FPS: {0:.2f}".format(clock.get_fps()))
# update player with cursor information
player1.update_cursor(cursor, camera)
# flip player to face cursor
# player1.flip(cursor.point()[0] < camera.apply(player1.rect).centerx)
perk_collide(player1)
# render screen
render.draw()
# update the camera to the player's position
camera.follow(player1.rect)
def linear_blend_skinning():
mesh = get_mesh()
skeleton = get_hierarchy()
linear_blend_skinning = LinearBlendSkinning(mesh, skeleton)
linear_blend_skinning.attach_mesh(max_influences=BIDDING_MAX_INFLUENCES,
kernel_func=KERNEL_FUNCTION)
for frame_id in range(NUM_FRAMES):
skeleton.animate(frame_id * FRAME_TIME_STEP)
linear_blend_skinning.update_mesh()
render.draw(mesh, skeleton, linear_blend_skinning.weights, None,
frame_id, RENDER_FOLDER_PATH)
def draw(dt):
window.clear()
render.draw()
window.flip()
def on_draw():
render.draw()
text.draw()
def run():
while True:
move()
input(pygame.event.get())
render.draw()
current_color_generator = color.terrain
current_height_generator = generator.land
current_detailer = detailer.shift
current_output = render.draw
current_weight_generator = weight.random
current_map_generator = g.continent_map(
generator.ocean) #g.ocean_map(generator.ocean)
if len(sys.argv) > 1:
random.seed(sys.argv[1])
else:
seed = random.randint(0, 10000)
print "Seed is " + str(seed)
random.seed(seed)
for y in xrange(20):
seed = random.randint(0, 10000)
grid = render.init(50, 30, 16, current_map_generator,
current_height_generator, "Map" + str(seed),
g.BORDER_OCEAN, g.BORDER_OCEAN)
print "Hi!"
render.draw(grid, current_color_generator)
current_output(grid, current_color_generator)
for x in xrange(4):
grid = current_detailer(grid, current_weight_generator)
print "Done Detailing"
current_output(grid, current_color_generator)
render.render_bmp(grid, current_color_generator)
print "Done Outputting"
pygame.quit()
