def update(self):
# find data value
if self.data_item:
data_path = "bpy.data." + self.data_enum + "['" + self.data_item + "']"
data_path = eval(data_path)
# send data value to connected nodes
for output in self.outputs:
for link in output.links:
# set value
try:
value = eval('data_path' + '.' + output.name)
except:
value = None
if value:
send_value_link(link, value)
def update(self):
# Send data value to connected nodes
for output in self.outputs:
for link in output.links:
if output.name == 'R':
send_value_link(link,
self.inputs['Color'].default_value[0])
elif output.name == 'G':
send_value_link(link,
self.inputs['Color'].default_value[1])
elif output.name == 'B':
send_value_link(link,
self.inputs['Color'].default_value[2])
elif output.name == 'A':
send_value_link(link,
self.inputs['Color'].default_value[3])
def update(self):
# send data value to connected nodes
for output in self.outputs:
for link in output.links:
if output.name == "X":
send_value_link(link, self.inputs["Vector"].default_value[0])
elif output.name == "Y":
send_value_link(link, self.inputs["Vector"].default_value[1])
elif output.name == "Z":
send_value_link(link, self.inputs["Vector"].default_value[2])
def update(self):
# send data value to connected nodes
for output in self.outputs:
for link in output.links:
if output.name == "R":
send_value_link(link,
self.inputs["Color"].default_value[0])
elif output.name == "G":
send_value_link(link,
self.inputs["Color"].default_value[1])
elif output.name == "B":
send_value_link(link,
self.inputs["Color"].default_value[2])
elif output.name == "A":
send_value_link(link,
self.inputs["Color"].default_value[3])
def update(self):
# Send data value to connected nodes
for output in self.outputs:
for link in output.links:
if output.name == 'X':
send_value_link(link,
self.inputs['Vector'].default_value[0])
elif output.name == 'Y':
send_value_link(link,
self.inputs['Vector'].default_value[1])
elif output.name == 'Z':
send_value_link(link,
self.inputs['Vector'].default_value[2])
def update(self):
self.update_matrix()
for output in self.outputs:
for link in output.links:
if output.name == 'Location':
output.default_value = self.locationProperty
if link.to_socket.type == 'VECTOR':
send_value_link(link, self.locationProperty)
elif output.name == 'Rotation':
output.default_value = self.rotationProperty
if link.to_socket.type == 'VECTOR':
send_value_link(link, self.rotationProperty)
elif output.name == 'Scale':
output.default_value = self.scaleProperty
if link.to_socket.type == 'VECTOR':
send_value_link(link, self.scaleProperty)
elif output.name == 'Matrix Row1':
output.default_value = self.matrixRow1Property
if link.to_socket.type == 'VECTOR':
send_value_link(link, self.matrixRow1Property)
elif output.name == 'Matrix Row2':
output.default_value = self.matrixRow2Property
if link.to_socket.type == 'VECTOR':
send_value_link(link, self.matrixRow2Property)
elif output.name == 'Matrix Row3':
output.default_value = self.matrixRow3Property
if link.to_socket.type == 'VECTOR':
send_value_link(link, self.matrixRow3Property)
self.update_target_nodes()
def update(self):
self.update_matrix()
for output in self.outputs:
for link in output.links:
if output.name == "Location":
output.default_value = self.locationProperty
if link.to_socket.type == "VECTOR":
send_value_link(link, self.locationProperty)
elif output.name == "Rotation":
output.default_value = self.rotationProperty
if link.to_socket.type == "VECTOR":
send_value_link(link, self.rotationProperty)
elif output.name == "Scale":
output.default_value = self.scaleProperty
if link.to_socket.type == "VECTOR":
send_value_link(link, self.scaleProperty)
elif output.name == "Matrix Row1":
output.default_value = self.matrixRow1Property
if link.to_socket.type == "VECTOR":
send_value_link(link, self.matrixRow1Property)
elif output.name == "Matrix Row2":
output.default_value = self.matrixRow2Property
if link.to_socket.type == "VECTOR":
send_value_link(link, self.matrixRow2Property)
elif output.name == "Matrix Row3":
output.default_value = self.matrixRow3Property
if link.to_socket.type == "VECTOR":
send_value_link(link, self.matrixRow3Property)
self.update_target_nodes()