def deserialise(self, coords):
vertices_children = self._vertices.children
try:
for i, coord in enumerate(zip(*(iter(coords),)*3)):
vertices_children[name_of_vertex(i)].localPosition = coord
except KeyError:
raise SerialisedDataUnmatched
def deserialise(self, coords):
vertices_children = self._vertices.children
try:
for i, coord in enumerate(zip(*(iter(coords), ) * 3)):
vertices_children[name_of_vertex(i)].localPosition = coord
except KeyError:
raise SerialisedDataUnmatched
def on_communication(self, states):
# Local reference
surface = self.surface
# Prepare and send data
data = []
for identifier, vertex in surface.selected():
vertex_position = vertex.localPosition
data.append((index_of_vertex(vertex.name),
vertex_position[0],
vertex_position[1],
vertex_position[2]))
# Receive data and act based on it
for vertex in surface.unlock_all():
vertex.color = COLOR_UNLOCKED
try:
received_data = self._connection.transfer(data)
for i, x, y, z in received_data:
vertex_name = name_of_vertex(i)
surface[vertex_name].localPosition = x, y, z
surface.lock(vertex_name).color = COLOR_LOCKED
surface.update()
# If 'NoneType|int' object is not iterable
except TypeError:
if received_data == COMM_RESTART:
raise RestartApplication
def serialise(self) -> 'list':
coords = []
vertices_children = self._vertices.children
try:
for i in count():
coords.extend(vertices_children[name_of_vertex(i)].localPosition)
except KeyError:
return coords
def serialise(self) -> 'list':
coords = []
vertices_children = self._vertices.children
try:
for i in count():
coords.extend(
vertices_children[name_of_vertex(i)].localPosition)
except KeyError:
return coords
def on_communication(self, states):
# Local reference
surface = self.surface
# Prepare and send data
data = []
for identifier, vertex in surface.selected():
vertex_position = vertex.localPosition
data.append((index_of_vertex(vertex.name), vertex_position[0],
vertex_position[1], vertex_position[2]))
# Receive data and act based on it
for vertex in surface.unlock_all():
vertex.color = COLOR_UNLOCKED
try:
received_data = self._connection.transfer(data)
for i, x, y, z in received_data:
vertex_name = name_of_vertex(i)
surface[vertex_name].localPosition = x, y, z
surface.lock(vertex_name).color = COLOR_LOCKED
surface.update()
# If 'NoneType|int' object is not iterable
except TypeError:
if received_data == COMM_RESTART:
raise RestartApplication
# Import plastey modules
path.insert(0, '.')
from utils import load_from_file, name_of_vertex
from const import INT_PERMANENT_FOLDER, OBJ_GEOMETRY
#------------------------------------------------------------------------------#
FILE_NAME = '.bz2'
SURF_TYPE = 0 # plane=0, sphere=1
#------------------------------------------------------------------------------#
coords = load_from_file(join(INT_PERMANENT_FOLDER, FILE_NAME))
try:
# Adjust locations of the dots
for i, coord in enumerate(zip(*(iter(coords),)*3)):
bpy.data.objects[name_of_vertex(i)].location = coord
# Deselect everything
bpy.ops.object.select_all(action='DESELECT')
# Get and surface object
surface = bpy.data.objects[OBJ_GEOMETRY]
surface.select = True
bpy.context.scene.objects.active = surface
# If surface is a plane
if not SURF_TYPE:
modifier = surface.modifiers.new('Solidify', 'SOLIDIFY')
modifier.thickness = 1.2
modifier.use_quality_normals = True
# Apply modifiers
