/
nodes.py
1761 lines (1423 loc) · 63.7 KB
/
nodes.py
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import bpy
import bge_bricknodes
_enum_sensor_bricks = [
("logic.sensor_add(type='ACTUATOR')", "Actuator", "Add a new sensor"),
("logic.sensor_add(type='ALWAYS')", "Always", "Add a new sensor"),
("logic.sensor_add(type='COLLISION')", "Collision", "Add a new sensor"),
("logic.sensor_add(type='DELAY')", "Delay", "Add a new sensor"),
("logic.sensor_add(type='JOYSTICK')", "Joystick", "Add a new sensor"),
("logic.sensor_add(type='KEYBOARD')", "Keyboard", "Add a new sensor"),
("logic.sensor_add(type='MESSAGE')", "Message", "Add a new sensor"),
("logic.sensor_add(type='MOUSE')", "Mouse", "Add a new sensor"),
("logic.sensor_add(type='MOVEMENT')", "Movement", "Add a new sensor"),
("logic.sensor_add(type='NEAR')", "Near", "Add a new sensor"),
("logic.sensor_add(type='PROPERTY')", "Property", "Add a new sensor"),
("logic.sensor_add(type='RADAR')", "Radar", "Add a new sensor"),
("logic.sensor_add(type='RANDOM')", "Random", "Add a new sensor"),
("logic.sensor_add(type='RAY')", "Ray", "Add a new sensor")
]
_enum_controller_bricks = [
("logic.controller_add(type='LOGIC_AND')", "And", "Add a new controller"),
("logic.controller_add(type='LOGIC_OR')", "Or", "Add a new controller"),
("logic.controller_add(type='LOGIC_NAND')", "Nand", "Add a new controller"),
("logic.controller_add(type='LOGIC_NOR')", "Nor", "Add a new controller"),
("logic.controller_add(type='LOGIC_XOR')", "Xor", "Add a new controller"),
("logic.controller_add(type='LOGIC_XNOR')", "Xnor", "Add a new controller"),
("logic.controller_add(type='EXPRESSION')", "Expression", "Add a new controller"),
("logic.controller_add(type='PYTHON')", "Python", "Add a new controller")
]
_enum_actuator_bricks = [
("logic.actuator_add(type='ACTION')", "Action", "Add a new actuator"),
("logic.actuator_add(type='CAMERA')", "Camera", "Add a new actuator"),
("logic.actuator_add(type='COLLECTION')", "Collection", "Add a new actuator"),
("logic.actuator_add(type='CONSTRAINT')", "Constraint", "Add a new actuator"),
("logic.actuator_add(type='EDIT_OBJECT')", "Edit Object", "Add a new actuator"),
("logic.actuator_add(type='FILTER_2D')", "Filter 2D", "Add a new actuator"),
("logic.actuator_add(type='GAME')", "Game", "Add a new actuator"),
("logic.actuator_add(type='MESSAGE')", "Message", "Add a new actuator"),
("logic.actuator_add(type='MOTION')", "Motion", "Add a new actuator"),
("logic.actuator_add(type='MOUSE')", "Mouse", "Add a new actuator"),
("logic.actuator_add(type='PARENT')", "Parent", "Add a new actuator"),
("logic.actuator_add(type='PROPERTY')", "Property", "Add a new actuator"),
("logic.actuator_add(type='RANDOM')", "Random", "Add a new actuator"),
("logic.actuator_add(type='SCENE')", "Scene", "Add a new actuator"),
("logic.actuator_add(type='SOUND')", "Sound", "Add a new actuator"),
("logic.actuator_add(type='STATE')", "State", "Add a new actuator"),
("logic.actuator_add(type='STEERING')", "Steering", "Add a new actuator"),
("logic.actuator_add(type='VIBRATION')", "Vibration", "Add a new actuator"),
("logic.actuator_add(type='VISIBILITY')", "Visibility", "Add a new actuator")
]
def check_logic_brick(self, context):
self.update_draw()
tree = getattr(bpy.context.space_data, 'edit_tree', None)
if not tree:
return
if self.brick_name != self.get_brick().name:
self.brick_name = self.get_brick().name
tree.update()
def rename_brick(self, context):
brick = self.get_brick()
old_name = self.target_brick
if self.target_brick != self.brick_name:
brick.name = self.target_brick = self.brick_name
for t in bpy.data.node_groups:
if isinstance(t, bge_bricknodes.ui.BGEBrickTree):
for n in t.nodes:
if n.target_brick == old_name and n.target_object == self.target_object:
n.target_brick = self.brick_name
tree = getattr(bpy.context.space_data, 'edit_tree', None)
if not tree:
return
tree.update()
def update_tree(self, context):
tree = getattr(bpy.context.space_data, 'edit_tree', None)
if not tree:
return
tree.update()
def update_all_trees(self, context):
for tree in bpy.data.node_groups:
if isinstance(tree, bge_bricknodes.ui.BGEBrickTree):
tree.update()
def create_sensors(self, context):
update_tree(self, context)
select_object(self, context)
eval('bpy.ops.%s' % self.bricks)
self.target_brick = bpy.context.object.game.sensors[-1].name
def create_controllers(self, context):
update_tree(self, context)
select_object(self, context)
eval('bpy.ops.%s' % self.bricks)
self.target_brick = bpy.context.object.game.controllers[-1].name
def create_actuators(self, context):
update_tree(self, context)
select_object(self, context)
eval('bpy.ops.%s' % self.bricks)
self.target_brick = bpy.context.object.game.actuators[-1].name
def select_object(self, context):
self.update_draw()
scene = bpy.context.scene
if not self.target_object:
return
for obj in scene.objects:
if obj.name != self.target_object.name:
obj.select_set(False)
else:
bpy.context.view_layer.objects.active = obj
obj.select_set(True)
_sockets = []
_nodes = []
_sen_nodes = []
_act_nodes = []
_con_nodes = []
class BLSocket(bpy.types.NodeSocket):
bl_idname = "BLSocket"
def draw_color(self, context, node):
return [1, 1, 1, 1]
def draw(self, context, layout, node, text):
if not self.is_linked:
layout.label(text=text)
class BLSensorSocket(BLSocket):
bl_idname = "BLSensorSocket"
def draw_color(self, context, node):
return [.8, .2, .2, 1]
_sockets.append(BLSensorSocket)
class BLActuatorSocket(BLSocket):
bl_idname = "BLActuatorSocket"
def draw_color(self, context, node):
return [.4, .8, .4, 1]
_sockets.append(BLActuatorSocket)
class BNBasicNode():
target_object: bpy.props.PointerProperty(type=bpy.types.Object, update=select_object)
target_brick: bpy.props.StringProperty(update=check_logic_brick)
brick_name: bpy.props.StringProperty(update=rename_brick)
show_info: bpy.props.BoolProperty(
default=True,
name='Expand Selector',
description='Show Object and Brick selection bar',
update=update_tree
)
def init(self, context):
if bpy.context.object:
self.target_object = bpy.context.object
self.use_custom_color = True
self.color = [.25, .25, .25]
def update_draw(self):
pass
def get_brick(self):
if isinstance(self, BNSensorNode):
brick_type = 'sensors'
elif isinstance(self, BNControllerNode):
brick_type = 'controllers'
elif isinstance(self, BNActuatorNode):
brick_type = 'actuators'
else:
return
game = getattr(self.target_object, 'game', None)
if not game:
return None
bricks = getattr(game, brick_type)
return bricks.get(self.target_brick, None)
class BNSensorNode(bpy.types.Node, BNBasicNode):
bl_idname = 'BNSensorNode'
bl_label = 'Sensor'
bl_width_default = 360
bn_type = 'SensorNode'
bricks: bpy.props.EnumProperty(
items=_enum_sensor_bricks,
update=create_sensors,
name='Add Sensor'
)
def init(self, context):
BNBasicNode.init(self, context)
self.outputs.new(BLSensorSocket.bl_idname, "Connect to a Controller")
self.outputs[-1].enabled = False
def update_draw(self):
tree = getattr(bpy.context.space_data, 'edit_tree', None)
if not tree:
return
sensor = self.get_brick()
if not sensor:
if not self.outputs:
tree.update()
return
self.outputs[0].enabled = False
for link in self.outputs[0].links:
tree.links.remove(link)
tree.update()
return
self.outputs[0].enabled = True
def draw_buttons(self, context, layout):
sensor = self.get_brick()
if self.show_info:
topper = layout.box()
head = topper.column(align=True)
header = head.row(align=True)
if self.target_object:
header.prop(self, 'show_info', text='', icon='COLLAPSEMENU')
underline = head.row()
subheader = underline.row(align=True)
header.prop(self, 'target_object', text='')
if self.target_object:
header.prop_menu_enum(self, 'bricks', text='Add Sensor')
subheader.prop_search(
self,
'target_brick',
self.target_object.game,
'sensors',
text='Sensor'
)
if sensor:
# subheader.operator('bge_bricknodes.rename_brick', text='', icon='GREASEPENCIL')
underline.operator('bge_bricknodes.remove_sensor', text='', icon='X')
# layout.separator()
else:
return
else:
return
# Custom Draw
main = layout.column(align=True)
infobox = main.box()
info = infobox.row()
if not self.show_info:
text = '' if sensor else 'Sensor invalid, choose another'
info.prop(self, 'show_info', text=text, icon='COLLAPSEMENU')
if not sensor:
return
info.prop(sensor, 'type', text='')
info.prop(self, 'brick_name', text='')
info.prop(sensor, 'active', text='')
info.operator('bge_bricknodes.duplicate_brick', text='', icon='DUPLICATE')
if not self.show_info:
info.operator('bge_bricknodes.remove_sensor', text='', icon='X')
optbox = main.box()
opts = optbox.row()
trigger = opts.row(align=True)
trigger.prop(sensor, 'use_pulse_true_level', text='', icon='TRIA_UP')
trigger.prop(sensor, 'use_pulse_false_level', text='', icon='TRIA_DOWN')
opts.prop(sensor, 'tick_skip', text='Skip')
leveltap = opts.row(align=True)
leveltap.prop(sensor, 'use_level', text='Level', toggle=True)
leveltap.prop(sensor, 'use_tap', text='Tap', toggle=True)
opts.prop(sensor, 'invert', text='Invert', toggle=True)
draw_types = {
'ACTUATOR': self.draw_actuator,
'COLLISION': self.draw_collision,
'DELAY': self.draw_delay,
'JOYSTICK': self.draw_joystick,
'KEYBOARD': self.draw_keyboard,
'MESSAGE': self.draw_message,
'MOUSE': self.draw_mouse,
'MOVEMENT': self.draw_movement,
'NEAR': self.draw_near,
'PROPERTY': self.draw_property,
'RADAR': self.draw_radar,
'RANDOM': self.draw_random,
'RAY': self.draw_ray
}
body = main.box()
if sensor.type != 'ALWAYS':
draw_types.get(sensor.type)(sensor, body)
if self.target_object and not self.show_info:
footer = main.box()
footer.label(text=f'Applied To: {self.target_object.name}')
def draw_actuator(self, sensor, body):
row = body.row()
row.prop_search(sensor, 'actuator', self.target_object.game, 'actuators', text='Actuator', icon='ACTION')
def draw_collision(self, sensor, body):
row = body.split(factor=.4)
pulsemat = row.row(align=True)
pulsemat.prop(sensor, 'use_pulse', text='Pulse', toggle=True)
pulsemat.prop(sensor, 'use_material', text='M/P', toggle=True)
if sensor.use_material:
row.prop_search(sensor, 'material', bpy.data, 'materials', text='Material')
else:
row.prop(sensor, 'property', text='Property')
def draw_delay(self, sensor, body):
row = body.row()
row.prop(sensor, 'delay')
row.prop(sensor, 'duration')
row.prop(sensor, 'use_repeat')
def draw_joystick(self, sensor, body):
header = body.row()
events = body.row()
header.prop(sensor, 'joystick_index', text='Joystick Index')
events.prop(sensor, 'event_type', text='Event Type')
events.prop(sensor, 'use_all_events', text='All Events')
if sensor.use_all_events:
return
elif sensor.event_type == 'STICK_DIRECTIONS':
content = body.column(align=False)
content.prop(sensor, 'axis_number', text='Stick')
content.prop(sensor, 'axis_direction', text='Stick Direction')
content.prop(sensor, 'axis_threshold', text='Threshold')
elif sensor.event_type == 'STICK_AXIS':
content = body.column(align=True)
content.prop(sensor, 'single_axis_number', text='Stick Axis')
content.prop(sensor, 'axis_threshold', text='Threshold')
elif sensor.event_type == 'SHOULDER_TRIGGERS':
content = body.column(align=True)
content.prop(sensor, 'axis_trigger_number', text='Triggers')
content.prop(sensor, 'axis_threshold', text='Threshold')
elif sensor.event_type == 'BUTTONS':
content = body.column(align=True)
content.prop(sensor, 'button_number', text='Button')
def draw_keyboard(self, sensor, body):
header = body.row()
if not sensor.use_all_keys:
header.label(text='Key:')
key = header.prop(sensor, 'key', text='', event=True)
mods = body.column(align=True)
mod1 = mods.row()
mod2 = mods.row()
mod1.label(text='First Modifier:')
mod1.prop(sensor, 'modifier_key_1', text='', event=True)
mod2.label(text='Second Modifier:')
mod2.prop(sensor, 'modifier_key_2', text='', event=True)
header.prop(sensor, 'use_all_keys', text='All Keys', toggle=True)
content = body.column()
content.prop_search(sensor, 'log', self.target_object.game, 'properties', text='Log Toggle')
content.prop_search(sensor, 'target', self.target_object.game, 'properties', text='Target')
def draw_message(self, sensor, body):
body.prop(sensor, 'subject', text='Subject')
def draw_mouse(self, sensor, body):
body.prop(sensor, 'mouse_event', text='Mouse Event')
def draw_movement(self, sensor, body):
body.prop(sensor, 'axis', text='Axis')
opts = body.row()
opts.prop(sensor, 'use_local', text='Local', toggle=True)
opts.prop(sensor, 'threshold', text='Threshold')
def draw_near(self, sensor, body):
body.prop(sensor, 'property', text='Property')
opts = body.row(align=True)
opts.prop(sensor, 'distance', text='Distance')
opts.prop(sensor, 'reset_distance', text='Reset Distance')
def draw_property(self, sensor, body):
body.prop(sensor, 'evaluation_type', text='Evaluation Type')
body.prop_search(sensor, 'property', self.target_object.game, 'properties', text='Property')
body.prop(sensor, 'value', text='Value')
print(sensor.evaluation_type)
if sensor.evaluation_type == 'PROPINTERVAL':
minmax = body.row()
minmax.prop(sensor, 'value_min')
minmax.prop(sensor, 'value_max')
def draw_radar(self, sensor, body):
body.prop(sensor, 'property', text='Property')
body.prop(sensor, 'axis', text='Axis')
opts = body.row()
opts.prop(sensor, 'angle', text='Angle')
opts.prop(sensor, 'distance', text='Distance')
def draw_random(self, sensor, body):
body.prop(sensor, 'seed', text='Seed')
def draw_ray(self, sensor, body):
main = body.split(factor=.33333)
main.prop(sensor, 'ray_type', text='')
if sensor.ray_type == 'PROPERTY':
main.prop(sensor, 'property', text='')
else:
main.prop_search(sensor, 'material', bpy.data, 'materials', text='')
sec = body.row()
sec.prop(sensor, 'axis', text='')
sec.prop(sensor, 'range', text='Range')
sec.prop(sensor, 'use_x_ray', text='X-Ray Mode', toggle=True)
thi = body.split(factor=.3, align=True)
thi.label(text='Mask:')
thi.prop(sensor, 'mask', text='')
class BNControllerNode(bpy.types.Node, BNBasicNode):
bl_idname = 'BNControllerNode'
bl_label = 'Controller'
bl_width_default = 260
bn_type = 'ControllerNode'
bricks: bpy.props.EnumProperty(
items=_enum_controller_bricks,
update=create_controllers,
name='Add Controller'
)
def init(self, context):
BNBasicNode.init(self, context)
self.inputs.new(BLSensorSocket.bl_idname, "Connect to a Sensor")
self.inputs[-1].link_limit = 100
self.inputs[-1].enabled = False
self.outputs.new(BLActuatorSocket.bl_idname, "Connect to an Actuator")
self.outputs[-1].enabled = False
def update_draw(self):
tree = getattr(bpy.context.space_data, 'edit_tree', None)
if not tree:
return
controller = self.get_brick()
if not controller:
if not self.inputs or not self.outputs:
tree.update()
return
self.inputs[0].enabled = False
for link in self.inputs[0].links:
tree.links.remove(link)
self.outputs[0].enabled = False
for link in self.outputs[0].links:
tree.links.remove(link)
tree.update()
return
self.inputs[0].enabled = True
self.outputs[0].enabled = True
def draw_buttons(self, context, layout):
controller = self.get_brick()
if self.show_info:
topper = layout.box()
head = topper.column(align=True)
header = head.row(align=True)
underline = head.row()
subheader = underline.row(align=True)
if self.target_object:
header.prop(self, 'show_info', text='', icon='COLLAPSEMENU')
header.prop(self, 'target_object', text='')
if self.target_object:
header.prop_menu_enum(self, 'bricks', text='Add Controller')
subheader.prop_search(
self,
'target_brick',
self.target_object.game,
'controllers',
text='Controller'
)
if controller:
# subheader.operator('bge_bricknodes.rename_brick', text='', icon='GREASEPENCIL')
underline.operator('bge_bricknodes.remove_controller', text='', icon='X')
# layout.separator()
else:
return
else:
return
main = layout.column(align=True)
infobox = main.box()
info = infobox.row()
if not self.show_info:
text = '' if controller else 'Controller invalid, choose another'
info.prop(self, 'show_info', text=text, icon='COLLAPSEMENU')
if not controller:
return
info.prop(controller, 'type', text='')
info.prop(self, 'brick_name', text='')
info.prop(controller, 'use_priority', text='', icon='BOOKMARKS')
info.prop(controller, 'active', text='')
info.operator('bge_bricknodes.duplicate_brick', text='', icon='DUPLICATE')
if not self.show_info:
info.operator('bge_bricknodes.remove_controller', text='', icon='X')
infobox.prop(controller, 'states', text='Controller visible at')
infobox.template_layers(controller, 'states', self.target_object.game, 'used_states', 0)
body = main.box()
if controller.type == 'EXPRESSION':
content = body.row()
content.prop(controller, 'expression', text='')
elif controller.type == 'PYTHON':
if controller.mode == 'SCRIPT':
content = body.split(factor=.3, align=True)
content.prop(controller, 'mode', text='')
content.prop_search(controller, 'text', bpy.data, 'texts', text='')
else:
parts = body.split(factor=.9)
data = parts.split(factor=.3333)
data.prop(controller, 'mode', text='')
data.prop(controller, 'module', text='')
parts.prop(controller, 'use_debug', text='D', toggle=True)
if self.target_object and not self.show_info:
footer = main.box()
footer.label(text=f'Applied To: {self.target_object.name}')
class BNActuatorNode(bpy.types.Node, BNBasicNode):
bl_idname = 'BNActuatorNode'
bl_label = 'Actuator'
bl_width_default = 360
bn_type = 'ActuatorNode'
bricks: bpy.props.EnumProperty(
items=_enum_actuator_bricks,
update=create_actuators,
name='Add Actuator'
)
def init(self, context):
BNBasicNode.init(self, context)
self.inputs.new(BLActuatorSocket.bl_idname, "Connect to a Controller")
self.inputs[-1].enabled = False
self.inputs[-1].link_limit = 0
def update_draw(self):
tree = getattr(bpy.context.space_data, 'edit_tree', None)
if not tree:
return
actuator = self.get_brick()
if not actuator:
if not self.outputs:
tree.update()
return
self.inputs[0].enabled = False
for link in self.inputs[0].links:
tree.links.remove(link)
tree.update()
return
self.inputs[0].enabled = True
def draw_buttons(self, context, layout):
actuator = self.get_brick()
if self.show_info:
topper = layout.box()
head = topper.column(align=True)
header = head.row(align=True)
underline = head.row()
subheader = underline.row(align=True)
if self.target_object:
header.prop(self, 'show_info', text='', icon='COLLAPSEMENU')
header.prop(self, 'target_object', text='')
if self.target_object:
header.prop_menu_enum(self, 'bricks', text='Add Actuator')
subheader.prop_search(
self,
'target_brick',
self.target_object.game,
'actuators',
text='Actuator'
)
if actuator:
# subheader.operator('bge_bricknodes.rename_brick', text='', icon='GREASEPENCIL')
underline.operator('bge_bricknodes.remove_actuator', text='', icon='X')
# layout.separator()
else:
return
else:
return
main = layout.column(align=True)
infobox = main.box()
info = infobox.row()
if not self.show_info:
text = '' if actuator else 'Actuator invalid, choose another'
info.prop(self, 'show_info', text=text, icon='COLLAPSEMENU')
if not actuator:
return
info.prop(actuator, 'type', text='')
info.prop(self, 'brick_name', text='')
info.prop(actuator, 'active', text='')
info.operator('bge_bricknodes.duplicate_brick', text='', icon='DUPLICATE')
if not self.show_info:
info.operator('bge_bricknodes.remove_actuator', text='', icon='X')
draw_types = {
'ACTION': self.draw_action,
'CAMERA': self.draw_camera,
'COLLECTION': self.draw_collection,
'CONSTRAINT': self.draw_constraint,
'EDIT_OBJECT': self.draw_edit_object,
'FILTER_2D': self.draw_filter2d,
'GAME': self.draw_game,
'MESSAGE': self.draw_message,
'MOTION': self.draw_motion,
'MOUSE': self.draw_mouse,
'PARENT': self.draw_parent,
'PROPERTY': self.draw_property,
'RANDOM': self.draw_random,
'SCENE': self.draw_scene,
'SOUND': self.draw_sound,
'STATE': self.draw_state,
'STEERING': self.draw_steering,
'VIBRATION': self.draw_vibration,
'VISIBILITY': self.draw_visibility
}
body = main.box()
draw_types.get(actuator.type)(actuator, body)
if self.target_object and not self.show_info:
footer = main.box()
footer.label(text=f'Applied To: {self.target_object.name}')
def draw_action(self, act, body):
main = body.row()
main.prop(act, 'play_mode', text='')
forceadd = main.row(align=True)
forceadd.prop(act, 'use_force', text='Force', toggle=True)
forceadd.prop(act, 'use_additive', text='Add', toggle=True)
main.prop(act, 'use_local', text='L', toggle=True)
action = body.row()
action.prop_search(act, 'action', bpy.data, 'actions', text='')
action.prop(act, 'use_continue_last_frame', text='Continue')
if act.play_mode != 'PROPERTY':
frames = body.row()
frames.prop(act, 'frame_start', text='Start Frame')
frames.prop(act, 'frame_end', text='End Frame')
else:
frames = body.split(factor=.6)
frames.prop_search(act, 'property', self.target_object.game, 'properties', text='Property')
frames.prop(act, 'apply_to_children', text='Child')
opts = body.row()
opts.prop(act, 'frame_blend_in', text='Blendin')
opts.prop(act, 'priority', text='Priority')
layers = body.row()
layers.prop(act, 'layer', text='Layer')
layers.prop(act, 'layer_weight', text='Layer Weight')
layers.prop(act, 'blend_mode', text='')
body.prop_search(act, 'frame_property', self.target_object.game, 'properties', text='Frame Property')
def draw_camera(self, act, body):
body.prop(act, 'object', text='Camera Object')
params = body.row()
params.prop(act, 'height', text='Height')
params.prop(act, 'axis', text='Axis')
minmax = body.row(align=True)
minmax.prop(act, 'min', text='Min')
minmax.prop(act, 'max', text='Max')
body.prop(act, 'damping', text='Damping')
def draw_collection(self, act, body):
body.prop_search(act, 'collection', bpy.data, 'collections', text='Collection')
body.prop(act, 'mode', text='Mode')
row = body.row()
if act.mode == 'REMOVE_OVERLAY':
return
elif act.mode == 'ADD_OVERLAY':
row.prop_search(act, 'camera', bpy.data, 'objects', text='Camera')
else:
row.prop(act, 'use_logic', text='Logic')
row.prop(act, 'use_physics', text='Physics')
row.prop(act, 'use_render', text='Visibility')
def draw_constraint(self, act, body):
body.prop(act, 'mode', text='Constraints Mode')
if act.mode == 'LOC':
body.prop(act, 'limit', text='Limit')
minmax = body.row(align=True)
minmax.prop(act, 'limit_min', text='Min')
minmax.prop(act, 'limit_max', text='Max')
body.prop(act, 'damping', text='Damping', slider=True)
if act.mode == 'DIST':
header = body.split(factor=.80)
header.prop(act, 'direction', text='Direction')
ln = header.row(align=True)
ln.prop(act, 'use_local', text='L', toggle=True)
ln.prop(act, 'use_normal', text='N', toggle=True)
stuff = body.split()
ran = stuff.column()
ran.label(text='Range:')
ran.prop(act, 'range', text='')
fdist = stuff.column()
fdist.prop(act, 'use_force_distance', text='Force Distance', toggle=True)
fdist.prop(act, 'distance', text='')
body.prop(act, 'damping', text='Damping', toggle=True)
mp = body.split(factor=.15)
mp.prop(act, 'use_material_detect', text='M/P', toggle=True)
if act.use_material_detect:
mp.prop_search(act, 'material', bpy.data, 'materials', text='Material')
else:
mp.prop(act, 'property', text='Property')
pertiro = body.split(factor=.15)
pertiro.prop(act, 'use_persistent', text='PER', toggle=True)
tiro = pertiro.row(align=True)
tiro.prop(act, 'time', text='Time')
tiro.prop(act, 'damping_rotation', text='RotDamp', slider=True)
if act.mode == 'ORI':
body.prop(act, 'direction', text='Direction')
dati = body.row(align=True)
dati.prop(act, 'damping', text='Damping', slider=True)
dati.prop(act, 'time', text='Time')
romax = body.row(align=True)
romax.prop(act, 'rotation_max', text='Reference Direction')
minmax = body.row(align=True)
minmax.prop(act, 'angle_min', text='Min')
minmax.prop(act, 'angle_max', text='Max')
if act.mode == 'FH':
header = body.split(factor=.75)
subhead = header.row()
subhead.prop(act, 'fh_damping', text='Damping', slider=True)
subhead.prop(act, 'fh_height', text='Distance')
header.prop(act, 'use_fh_paralel_axis', text='Rot Fh', toggle=True)
sub = body.split(factor=.95)
subsub = sub.row()
subsub.prop(act, 'direction_axis', text='Direction Axis')
subsub.prop(act, 'fh_force', text='Force')
sub.prop(act, 'use_fh_normal', text='N', toggle=True)
mp = body.split(factor=.15)
mp.prop(act, 'use_material_detect', text='M/P', toggle=True)
if act.use_material_detect:
mp.prop_search(act, 'material', bpy.data, 'materials', text='Material')
else:
mp.prop(act, 'property', text='Property')
pertiro = body.split(factor=.15)
pertiro.prop(act, 'use_persistent', text='PER', toggle=True)
tiro = pertiro.row()
tiro.prop(act, 'time', text='Time')
tiro.prop(act, 'damping_rotation', text='RotDamp', slider=True)
def draw_edit_object(self, act, body):
body.prop(act, 'mode', text='Edit Object')
if act.mode == 'ADDOBJECT':
obrow = body.row()
obrow.prop(act, 'object', text='Object')
obrow.prop(act, 'time', text='Time')
velrow = body.split(factor=.85)
vel = velrow.row(align=True)
vel.prop(act, 'linear_velocity', text='Linear Velocity')
velrow.prop(act, 'use_local_linear_velocity', text='L', toggle=True)
angrow = body.split(factor=.85)
ang = angrow.row(align=True)
ang.prop(act, 'angular_velocity', text='Linear Velocity')
angrow.prop(act, 'use_local_angular_velocity', text='L', toggle=True)
elif act.mode == 'REPLACEMESH':
if self.target_object.type != 'MESH':
body.label(text='Mode only available for mesh objects')
else:
content = body.split(factor=.65)
content.prop_search(act, 'mesh', bpy.data, 'meshes', text='Mesh')
opts = content.row()
opts.prop(act, 'use_replace_display_mesh', text='Gfx', toggle=True)
opts.prop(act, 'use_replace_physics_mesh', text='Phys', toggle=True)
elif act.mode == 'TRACKTO':
content = body.split()
content.prop_search(act, 'track_object', bpy.data, 'objects', text='Object')
opts = content.row()
opts.prop(act, 'time', text='Time')
opts.prop(act, 'use_3d_tracking', text='3D', toggle=True)
body.prop(act, 'up_axis', text='Up Axis')
body.prop(act, 'track_axis', text='Track Axis')
elif act.mode == 'DYNAMICS':
body.prop(act, 'dynamic_operation', text='Dynamic Operation')
if act.dynamic_operation == 'SETMASS':
body.prop(act, 'mass', text='Mass')
if act.dynamic_operation == 'RESTOREPHY':
body.prop(act, 'children_recursive_restore', text='Restore Children Dynamics')
if act.dynamic_operation == 'SUSPENDPHY':
body.prop(act, 'children_recursive_suspend', text='Suspend Children Dynamics')
body.prop(act, 'free_constraints', text='Free constraints')
def draw_filter2d(self, act, body):
body.prop(act, 'mode', text='Filted 2D Type')
if act.mode == 'MOTIONBLUR':
content = body.split(factor=.8)
content.prop(act, 'motion_blur_factor', text='Value')
content.prop(act, 'use_motion_blur', text='Enable', toggle=True)
else:
body.prop(act, 'filter_pass', text='Pass Number')
if act.mode == 'CUSTOMFILTER':
body.prop_search(act, 'glsl_shader', bpy.data, 'texts', text='Script')
def draw_game(self, act, body):
body.prop(act, 'mode', text='Game')
if act.mode == 'START' or act.mode == 'SCREENSHOT':
body.prop(act, 'filename', text='File')
def draw_message(self, act, body):
body.prop_search(act, 'to_property', bpy.data, 'objects', text='To')
body.prop(act, 'subject', text='Subject')
content = body.split(factor=.6, align=True)
content.prop(act, 'body_type', text='Body')
if act.body_type == 'TEXT':
content.prop(act, 'body_message', text='')
else:
content.prop_search(act, 'body_property', self.target_object.game, 'properties', text='')
def draw_motion(self, act, body):
body.prop(act, 'mode', text='Motion Type')
if act.mode == 'OBJECT_NORMAL':
locrow = body.split(factor=.9)
loc = locrow.row(align=True)
loc.prop(act, 'offset_location', text='Loc')
locrow.prop(act, 'use_local_location', text='L', toggle=True)
rotrow = body.split(factor=.9)
rot = rotrow.row(align=True)
rot.prop(act, 'offset_rotation', text='Rot')
rotrow.prop(act, 'use_local_rotation', text='L', toggle=True)
if self.target_object.game.physics_type in ['DYNAMIC', 'RIGID_BODY', 'SOFT_BODY']:
body.label(text='Dynamic Object Settings:')
row = body.split(factor=.9)
rowrow = row.row(align=True)
rowrow.prop(act, 'force', text='Force')
row.prop(act, 'use_local_force', text='L', toggle=True)
row = body.split(factor=.9)
rowrow = row.row(align=True)
rowrow.prop(act, 'torque', text='Torque')
row.prop(act, 'use_local_torque', text='L', toggle=True)
row = body.split(factor=.9)
rowrow = row.row(align=True)
rowrow.prop(act, 'linear_velocity', text='Linear Velocity')
rowrowrow = row.row(align=True)
rowrowrow.prop(act, 'use_local_linear_velocity', text='L', toggle=True)
rowrowrow.prop(act, 'use_add_linear_velocity', text='A', toggle=True)
row = body.split(factor=.9)
rowrow = row.row(align=True)
rowrow.prop(act, 'angular_velocity', text='Angular Velocity')
row.prop(act, 'use_local_angular_velocity', text='L', toggle=True)
body.prop(act, 'damping', text='Damping')
if act.mode == 'OBJECT_SERVO':
body.prop_search(act, 'reference_object', bpy.data, 'objects', text='Reference Object')
body.prop(act, 'servo_mode', text='Servo Type')
row = body.split(factor=.9)
rowrow = row.row(align=True)
rowrow.prop(act, 'linear_velocity', text='Linear Velocity')
row.prop(act, 'use_local_angular_velocity', text='L', toggle=True)
axis = body.row()
axis.prop(act, 'use_servo_limit_x', text='X', toggle=True)
axis.prop(act, 'use_servo_limit_y', text='Y', toggle=True)
axis.prop(act, 'use_servo_limit_z', text='Z', toggle=True)
axis_row = body.row()
x_col = axis_row.column(align=True)
x_col.prop(act, 'force_max_x', text='Max')
x_col.prop(act, 'force_min_x', text='Min')
y_col = axis_row.column(align=True)
y_col.prop(act, 'force_max_y', text='Max')
y_col.prop(act, 'force_min_y', text='Min')
z_col = axis_row.column(align=True)
z_col.prop(act, 'force_max_z', text='Max')
z_col.prop(act, 'force_min_z', text='Min')
opts = body.column(align=True)
opts.prop(act, 'proportional_coefficient', text='Proportional Coefficient', slider=True)
opts.prop(act, 'integral_coefficient', text='Integral Coefficient', slider=True)
opts.prop(act, 'derivate_coefficient', text='Derivate Coefficient', slider=True)
if act.mode == 'OBJECT_CHARACTER':
locrow = body.split(factor=.9)
loc = locrow.row(align=True)
loc.prop(act, 'offset_location', text='Loc')
locloc = locrow.row(align=True)
locloc.prop(act, 'use_local_location', text='L', toggle=True)
locloc.prop(act, 'use_add_character_location', text='A', toggle=True)
rotrow = body.split(factor=.9)
rot = rotrow.row(align=True)
rot.prop(act, 'offset_rotation', text='Rot')
rotrow.prop(act, 'use_local_rotation', text='L', toggle=True)
row = body.split(factor=.6)
row.label(text='')
row = row.split(factor=.8)
row.prop(act, 'use_character_jump', text='Jump', toggle=True)
row.label(text='')
def draw_mouse(self, act, body):
body.prop(act, 'mode', text='Mode')
if act.mode == 'VISIBILITY':
body.prop(act, 'visible', text='Visible', toggle=True)
else:
data = body.row()
xdat = data.column(align=True)
ydat = data.column(align=True)
xdat.prop(act, 'use_axis_x', text='Use X Axis', toggle=True)
xdat.prop(act, 'sensitivity_x', text='Sensitivity')
xdat.prop(act, 'threshold_x', text='Threshold')
xdat.prop(act, 'min_x', text='Min')
xdat.prop(act, 'max_x', text='Max')
xdat.prop(act, 'object_axis_x', text='Object Axis')
ydat.prop(act, 'use_axis_y', text='Use Y Axis', toggle=True)
ydat.prop(act, 'sensitivity_y', text='Sensitivity')
ydat.prop(act, 'threshold_y', text='Threshold')
ydat.prop(act, 'min_y', text='Min')
ydat.prop(act, 'max_y', text='Max')
ydat.prop(act, 'object_axis_y', text='Object Axis')
subrow = body.row()
xsub = subrow.row(align=True)
xsub.prop(act, 'local_x', text='Local', toggle=True)
xsub.prop(act, 'reset_x', text='Reset', toggle=True)
ysub = subrow.row(align=True)
ysub.prop(act, 'local_y', text='Local', toggle=True)
ysub.prop(act, 'reset_y', text='Reset', toggle=True)
def draw_parent(self, act, body):
body.prop(act, 'mode', text='Scene')
if act.mode == 'SETPARENT':
body.prop_search(act, 'object', bpy.data, 'objects', text='Parent Object')
row = body.row()
row.prop(act, 'use_compound', text='Compound')
row.prop(act, 'use_ghost', text='Ghost')
def draw_property(self, act, body):
body.prop(act, 'mode', text='Mode')
body.prop_search(act, 'property', self.target_object.game, 'properties', text='Property')
if act.mode in ['ASSIGN', 'ADD']:
body.prop(act, 'value', text='Value')
row = body.split()
if act.mode == 'COPY':
row.prop_search(act, 'object', bpy.data, 'objects', text='Object')
if getattr(act.object, 'game', None):
row.prop_search(act, 'object_property', act.object.game, 'properties', text='Property')
else:
row.label(text='')
def draw_random(self, act, body):
header = body.row()
header.prop(act, 'seed', text='Seed')
header.prop(act, 'distribution', text='Distribution')
body.prop_search(act, 'property', self.target_object.game, 'properties', text='Property')
if act.distribution == 'BOOL_CONSTANT':
body.prop(act, 'use_always_true', text='Always True', toggle=True)
elif act.distribution == 'BOOL_UNIFORM':
body.label(text='Choose between true and false, 50% chance each')
elif act.distribution == 'BOOL_BERNOUILLI':
body.prop(act, 'chance', text='Chance', slider=True)
elif act.distribution == 'INT_CONSTANT':
body.prop(act, 'int_value', text='Value')
elif act.distribution == 'INT_UNIFORM':
row = body.row()
row.prop(act, 'int_min', text='Min')
row.prop(act, 'int_max', text='Max')
elif act.distribution == 'INT_POISSON':
body.prop(act, 'int_mean', text='Mean')
elif act.distribution == 'FLOAT_CONSTANT':
body.prop(act, 'float_value', text='Value')
elif act.distribution == 'FLOAT_UNIFORM':
row = body.row()
row.prop(act, 'float_min', text='Min')
row.prop(act, 'float_max', text='Max')
elif act.distribution == 'FLOAT_NORMAL':
row = body.row()
row.prop(act, 'float_mean', text='Mean')
row.prop(act, 'standard_derivation', text='SD')
elif act.distribution == 'FLOAT_NEGATIVE_EXPONENTIAL':
body.prop(act, 'half_life_time', text='Half-Life Time')
def draw_scene(self, act, body):
body.prop(act, 'mode', text='Mode')
if act.mode == 'SET':
body.prop_search(act, 'scene', bpy.data, 'scenes', text='Scene')
elif act.mode == 'CAMERA':
body.prop_search(act, 'camera', bpy.data, 'objects', text='Scene')