def fold_in_frames(meshes, gp_layer, callbacks = []):
NUM_FRAMES = 600
FRAMES_SPACING=1
for frame in range(NUM_FRAMES):
for mesh in meshes:
if len(list(gp_layer.frames)) <= frame*FRAMES_SPACING:
gp_frame = gp_layer.frames.new(frame*FRAMES_SPACING)
else:
gp_frame = gp_layer.frames[frame*FRAMES_SPACING]
inter_con_count = lib.get_cloth_interconnector_count(mesh)
constraint_counts = [lib.get_interconnector_constraint_count(mesh, index) for index in range(inter_con_count)]
connector_positions = []
for inter_index in range(inter_con_count):
connector_positions += [lib.get_interconnector_constraint(mesh, inter_index, index) for index in range(constraint_counts[inter_index])]
#nodes = [(node.dx, 0, node.dy) for node in connector_positions]
#draw_stroke(gp_frame, nodes)
for node in connector_positions:
draw_line(gp_frame, (node.x, 0, node.y), (node.dx, 0, node.dy))
for callback in callbacks:
callback(gp_frame)
lib.update_cloth_mesh(mesh, 0.005, 3)
def execute(self, context):
NUM_FRAMES = 400
FRAMES_SPACING=1
gp_layer = init_grease_pencil()
cloth_ptr = lib.get_cloth_mesh_field(5,10,5,98,-0.5,0.5)
cloth_sims = bpy.data.meshes.new("cloth")
cloth_sims.pointer = cloth_ptr
for frame in range(NUM_FRAMES):
gp_frame = gp_layer.frames.new(frame*FRAMES_SPACING)
node_count = lib.mesh_node_count(cloth_ptr)
node_positions = [lib.mesh_node_position(cloth_ptr, i) for i in range(node_count)]
inter_con_count = lib.get_cloth_interconnector_count(cloth_ptr)
constraint_counts = [lib.get_interconnector_constraint_count(cloth_ptr, index) for index in range(inter_con_count)]
if frame == 100:
name = ffi.new('char[]', bytes("wind", 'utf-8'))
lib.remove_constraint_by_id(cloth_ptr, name)
connector_positions = []
for inter_index in range(inter_con_count):
connector_positions += [lib.get_interconnector_constraint(cloth_ptr, inter_index, index) for index in range(constraint_counts[inter_index])]
#for node in connector_positions:
# draw_line(gp_frame, (node.x, 0, node.y), (node.dx, 0, node.dy))
node = [(node.x, 0, node.y) for node in connector_positions]
draw_stroke(gp_frame, nodes)
lib.update_cloth_mesh(cloth_ptr, 0.005, 5)
#lib.mesh_free(cloth_ptr)
return {'FINISHED'}
def test():
cloth_ptr = lib.get_cloth_mesh(5, 10, 5)
print(lib.mesh_node_count(cloth_ptr))
lib.mesh_free(cloth_ptr)
lib.update_cloth_mesh(cloth_ptr, 0.0016, 3)
import time
while True:
positions = lib.get_cloth_mesh_positions(cloth_ptr)
print(positions)
time.sleep(0.2)
def create_frames(mesh, gp_layer, callbacks = []):
NUM_FRAMES = 600
FRAMES_SPACING=1
for frame in range(NUM_FRAMES):
if len(list(gp_layer.frames)) <= frame*FRAMES_SPACING:
gp_frame = gp_layer.frames.new(frame*FRAMES_SPACING)
else:
gp_frame = gp_layer.frames[frame*FRAMES_SPACING]
#node_count = lib.mesh_node_count(mesh)
#node_positions = [lib.mesh_node_position(mesh, i) for i in range(node_count)]
#print(node_positions)
inter_con_count = lib.get_cloth_interconnector_count(mesh)
constraint_counts = [lib.get_interconnector_constraint_count(mesh, index) for index in range(inter_con_count)]
#if frame == 100:
# name = ffi.new('char[]', bytes("wind", 'utf-8'))
# lib.remove_constraint_by_id(mesh, name)
#if frame == 6:
# name = ffi.new('char[]', bytes('gravity', 'utf-8'))
# lib.remove_constraint_by_id(mesh, name)
connector_positions = []
for inter_index in range(inter_con_count):
connector_positions += [lib.get_interconnector_constraint(mesh, inter_index, index) for index in range(constraint_counts[inter_index])]
#for node in connector_positions:
# draw_line(gp_frame, (node.x, 0, node.y), (node.dx, 0, node.dy))
nodes = [(node.x, 0, node.y) for node in connector_positions]
draw_stroke(gp_frame, nodes)
for callback in callbacks:
callback(gp_frame)
lib.update_cloth_mesh(mesh, 0.005, 4)
]
#node_pos_d = None
#for node_pos in node_positions:
# if node_pos_d:
# draw_line(gp_frame, (0, node_pos.x, node_pos.y), (0, node_pos_d.x, node_pos_d.y))
# node_pos_d = node_pos
inter_con_count = lib.get_cloth_interconnector_count(cloth_ptr)
constraint_counts = [
lib.get_interconnector_constraint_count(cloth_ptr, index)
for index in range(inter_con_count)
]
if frame == 100:
name = ffi.new('char[]', bytes("wind", 'utf-8'))
lib.remove_constraint_by_id(cloth_ptr, name)
connector_positions = []
for inter_index in range(inter_con_count):
connector_positions += [
lib.get_interconnector_constraint(cloth_ptr, inter_index, index)
for index in range(constraint_counts[inter_index])
]
for node in connector_positions:
draw_line(gp_frame, (0, node.x, node.y), (0, node.dx, node.dy))
lib.update_cloth_mesh(cloth_ptr, 0.016, 3)
lib.mesh_free(cloth_ptr)