def update(self, ctx, clickcount, dimantion):
if clickcount == 1:
self.params.radius1 = dimantion.radius
self.compass.update(ctx)
if clickcount == 2:
if self.subclass.owner == None:
self.subclass.create(self.context, "SUN")
self.subclass.target = self.compass.owner
self.subclass.owner.location = self.compass.owner.location
set_create_target(self.subclass.owner, self.subclass.target)
self.distance = dimantion.height
self.subclass.owner.location.z = self.distance
if clickcount == 3:
if self.distance > 0:
# TODO create a better way to caculate angle
# store angle in prim data
dx = dimantion.width
dy = dimantion.length
delta = dx if abs(dx) > abs(dy) else dy
delta = delta if delta < self.distance else self.distance
delta = delta if delta > -self.distance else -self.distance
teta = (-pi / 2) * (delta / self.distance)
x = sin(teta) * self.distance
z = cos(teta) * self.distance
self.subclass.owner.location.x = self.subclass.target.location.x + x
self.subclass.owner.location.z = self.subclass.target.location.z + z
def update(self, ctx, clickcount, dimantion):
if clickcount == 1:
if self.drag and self.subclass.target == None:
self.subclass.target = set_create_target(
self.subclass.owner, None)
if self.subclass.target != None:
self.subclass.target.location = dimantion.view
def execute(self, ctx):
cam = ctx.active_object
size = cam.data.display_size
target = set_create_target(cam, None, distance=(0, 0, -size * 3))
target.empty_display_size = size / 10
set_as_active_object(ctx, cam)
self.report({'OPERATOR'}, "bpy.ops.camera.create_target()")
return {'FINISHED'}
def update(self, ctx, clickcount, dimantion): if clickcount == 1: if self.drag and self.subclass.target == None: self.subclass.target = set_create_target(self.subclass.owner, None) self.subclass.target.location = dimantion.view size = get_distance(self.subclass.owner.location,self.subclass.target.location)/3 self.subclass.owner.data.display_size = size self.subclass.target.empty_display_size = size / 10
def update(self, ctx, clickcount, dimantion):
if clickcount == 1:
width = dimantion.width
length = dimantion.length
self.subclass.owner.data.size = max(width, length)
if max(width, length) > 0:
aspect = min(width, length) / max(width, length)
if width > length:
self.subclass.owner.scale = (1, aspect, 1)
else:
self.subclass.owner.scale = (aspect, 1, 1)
self.subclass.owner.location = dimantion.center
if clickcount == 2 and not self.free:
if self.subclass.target == None:
self.subclass.target = set_create_target(
self.subclass.owner, None)
self.subclass.target.location = dimantion.view
def execute(self, ctx):
light = ctx.active_object
set_create_target(light, None)
set_as_active_object(ctx, light)
self.report({'INFO'}, 'bpy.ops.light.create_target()')
return {'FINISHED'}
def execute(self, ctx):
cam = ctx.active_object
set_create_target(cam, None)
set_as_active_object(ctx, cam)
self.report({'INFO'}, "bpy.ops.camera.create_target()")
return {'FINISHED'}
def create_holder(ctx, location, radius, target):
bpy.ops.object.empty_add(type='CUBE', location=location)
holder = ctx.active_object
holder.empty_display_size = radius
set_create_target(holder, target)
return holder