def create(self, context):
if all(is_one_of_arc(item) for item in context.selected_objects):
count_create_point = 2
elif all(
is_one_of_bezier_curve(item)
for item in context.selected_objects):
count_create_point = 9
elif all(is_one_of_lines(item) for item in context.selected_objects):
count_create_point = 1
elif ((is_one_of_lines(context.selected_objects[0])
and is_one_of_bezier_curve(context.selected_objects[1]))
or (is_one_of_lines(context.selected_objects[1])
and is_one_of_bezier_curve(context.selected_objects[0]))):
count_create_point = 3
elif ((is_one_of_lines(context.selected_objects[0])
and is_one_of_arc(context.selected_objects[1]))
or (is_one_of_lines(context.selected_objects[1])
and is_one_of_arc(context.selected_objects[0]))):
count_create_point = 2
elif ((is_one_of_arc(context.selected_objects[0])
and is_one_of_bezier_curve(context.selected_objects[1]))
or (is_one_of_arc(context.selected_objects[1])
and is_one_of_bezier_curve(context.selected_objects[0]))):
count_create_point = 6
parents = [
obj for obj in bpy.data.objects if obj.fp_id > 0 and (
obj.fp_id == context.selected_objects[0].fp_id
or obj.fp_id == context.selected_objects[1].fp_id)
]
dep_id = tuple([parents[0].fp_id] + [parents[1].fp_id] + [0])
count = 0
while count < count_create_point:
bpy.ops.mesh.primitive_plane_add(radius=self.POINT_RADIUS)
obj = context.object
Counter.register(obj, self.FP_TYPE)
obj.name = self.BASE_NAME + '.' + Counter.get_counter_suffix(obj)
obj.fp_deps = dep_id
obj.fp_number = count
obj.lock_location = (True, True, True)
obj.show_name = True
obj.select = False
mat = bpy.data.materials.new('ЗаливкаТочкиПересеченияФигур')
mat.diffuse_color = self.FILL_COLOR
obj.data.materials.append(mat)
count += 1
def create_countur(self, objects):
lines = [ob for ob in objects if is_one_of_lines(ob)]
# points = [ob for ob in objects if is_one_of_points(ob)]
arcs = [ob for ob in objects if is_one_of_arc(ob)]
curves = [ob for ob in objects if is_one_of_bezier_curve(ob)]
objs = [ob for ob in objects if not is_one_of_points(ob)]
for o in objects:
self.find_ob_ends(o)
ob = objs[0]
for o in range(0, len(objs) - 1):
self.coords_for_bezier(ob)
self.USEDPOINTS.append(ob.fp_id)
point1 = ob.end1
point2 = ob.end2
ob = self.find_line_for_point(ob, objects, ob.end2)
if (o == len(objects) - 2):
self.coords_for_bezier(ob)
if (Vector(ob.end1) == Vector(point2)):
point1 = Vector(ob.end1)
point2 = Vector(ob.end2)
if (is_one_of_arc(ob)):
ob.order = 0
else:
point1 = Vector(ob.end2)
point2 = Vector(ob.end1)
if (is_one_of_arc(ob)):
ob.order = 1
ob.end1 = Vector(point1)
ob.end2 = Vector(point2)
def modal(self, context, event):
if (is_one_of_lines(context.active_object)
and context.active_object not in self._moving_contour
and get_line_length(self._moving_line) == get_line_length(
context.active_object)):
self._target_line = context.active_object
self._move(context)
return {'FINISHED'}
else:
return {'PASS_THROUGH'}
def poll(cls, context):
global FP_ID, CURRENT_INDEX
cond = is_one_of_lines(context.active_object) and len(get_contours(context.active_object)) # True если выделена линия
if cond:
if FP_ID != context.active_object.fp_id:
FP_ID = context.active_object.fp_id # ID выделенного объекта
CURRENT_INDEX = 0
else:
FP_ID = 0
CURRENT_INDEX = 0
return cond
def poll(self, context):
'''
Нужны две выделенных фигуры.
'''
return (len(context.selected_objects) == 2 and (
(all(is_one_of_lines(item)
for item in context.selected_objects)) or
(all(is_one_of_arc(item)
for item in context.selected_objects)) or (all(
is_one_of_bezier_curve(item)
for item in context.selected_objects)) or
((is_one_of_lines(context.selected_objects[0])
and is_one_of_bezier_curve(context.selected_objects[1])) or
(is_one_of_lines(context.selected_objects[1])
and is_one_of_bezier_curve(context.selected_objects[0]))) or
((is_one_of_lines(context.selected_objects[0])
and is_one_of_arc(context.selected_objects[1])) or
(is_one_of_lines(context.selected_objects[1])
and is_one_of_arc(context.selected_objects[0]))) or
((is_one_of_arc(context.selected_objects[0])
and is_one_of_bezier_curve(context.selected_objects[1])) or
(is_one_of_arc(context.selected_objects[1])
and is_one_of_bezier_curve(context.selected_objects[0])))))
def modal(self, context, event):
global TARGET_MONITOR
if (is_one_of_lines(context.active_object)
and context.active_object.fp_id not in MODELING_BUFFER
and get_line_length(self._moving_line) == get_line_length(
context.active_object)):
self._target_line = context.active_object
self._move()
TARGET_MONITOR = False
RESULTSET = {'FINISHED'}
else:
RESULTSET = {'PASS_THROUGH'}
for obj in [
obj for obj in bpy.data.objects if obj.fp_id in MODELING_BUFFER
]:
obj.select = True
return RESULTSET
def find_ob_ends(self, obj):
if (is_one_of_arc(obj)):
coordsmas = get_arc_ends_coords(obj)
obj.end1 = Vector(coordsmas[0])
obj.end2 = Vector(coordsmas[1])
elif (is_one_of_lines(obj)):
coords = get_line_ends(obj)
x = coords[0]
y = coords[1]
obj.end1 = Vector(x)
obj.end2 = Vector(y)
elif (is_one_of_bezier_curve(obj)):
coords = get_curve_ends(obj)
x = coords[0]
y = coords[1]
obj.end1 = Vector(x)
obj.end2 = Vector(y)
def coords_for_bezier(self, obj):
if (is_one_of_arc(obj)):
coords1 = obj.end1
coords2 = obj.end2
pointX = self.check_points(coords1, obj.fp_id)
pointY = self.check_points(coords2, obj.fp_id)
pointX.fp_angles = obj.fp_angles
pointY.fp_angles = obj.fp_angles
self.make_line_new_type(obj, pointX, pointY, "arc")
elif (is_one_of_lines(obj)):
x = obj.end1
y = obj.end2
nx = self.check_points(x, obj.fp_id)
ny = self.check_points(y, obj.fp_id)
self.make_line_new_type(obj, nx, ny, "line")
elif (is_one_of_bezier_curve(obj)):
x = obj.end1
y = obj.end2
nx = self.check_points(x, obj.fp_id)
ny = self.check_points(y, obj.fp_id)
self.make_line_new_type(obj, nx, ny, "curve")
else:
pass
def poll(cls, context):
return (MODELING_MONITOR and is_one_of_lines(context.active_object))
def poll(cls, context):
return selection_is_contour() and is_one_of_lines(
context.active_object)
def get_all_obj():
# возвращает все линии и кривые на сцене
return [
item for item in bpy.data.objects
if is_one_of_lines(item) or is_one_of_bezier_curve(item)
]