def test_duplicate_and_reconstruct(self):
test_utils.new_scene()
self._head_and_cameras()
settings = get_main_settings()
headnum = settings.get_last_headnum()
test_utils.deselect_all()
test_utils.select_camera(headnum, 0)
test_utils.out_pinmode()
headobj = test_utils.select_by_headnum(headnum)
bpy.ops.object.duplicate_move(
OBJECT_OT_duplicate={
"linked": False,
"mode": 'TRANSLATION'
},
TRANSFORM_OT_translate={"value": (-4.0, 0, 0)})
test_utils.save_scene(filename='before.blend')
op = get_operator(Config.fb_reconstruct_head_idname)
op('EXEC_DEFAULT')
headnum2 = settings.get_last_headnum()
head_new = settings.get_head(headnum2)
# Two heads in scene
self.assertEqual(1, settings.get_last_headnum())
# Three cameras created
self.assertEqual(2, head_new.get_last_camnum())
def execute(self, context):
filename_info = pkt.core_filename_info(self.filepath)
warning = None
if not filename_info.is_zip:
warning = 'We distribute our Core Library as a ZIP-file. ' +\
'The selected file appears to be of a different type'
elif not filename_info.is_keentools_core:
warning = 'The selected file name appears to be different from Core library file name'
elif filename_info.version != pkt.MINIMUM_VERSION_REQUIRED:
def _version_to_string(version):
return str(version[0]) + '.' + str(version[1]) + '.' + str(
version[2])
warning = 'Core library version %s doesn\'t match the add-on version %s' %\
(_version_to_string(filename_info.version),
_version_to_string(pkt.MINIMUM_VERSION_REQUIRED))
elif filename_info.os != pkt.os_name():
warning = 'Your OS is %s, you\'re trying to install the core library for %s' %\
(pkt.os_name(), filename_info.os)
elif filename_info.is_nightly:
warning = 'You\'re installing an unstable nightly build, is this what you really want?'
if warning is not None:
install_with_warning = get_operator(
PREF_OT_InstalFromFilePktWithWarning.bl_idname)
install_with_warning('INVOKE_DEFAULT',
filepath=self.filepath,
filename=filename_info.filename,
warning=warning)
return {'FINISHED'}
InstallationProgress.start_zip_install(self.filepath)
return {'FINISHED'}
def test_duplicate_and_reconstruct():
bpy.ops.object.select_all(action='DESELECT')
bpy.ops.object.duplicate_move(
OBJECT_OT_duplicate={"linked": False, "mode": 'TRANSLATION'},
TRANSFORM_OT_translate={"value": (-3.0, 0, 0)})
op = get_operator(Config.fb_history_actor_idname)
op('EXEC_DEFAULT', action='reconstruct_by_head')
def create_camera(headnum, filepath):
filename = os.path.basename(filepath)
dir = os.path.dirname(filepath)
op = get_operator(Config.fb_multiple_filebrowser_idname)
op('EXEC_DEFAULT',
headnum=headnum,
directory=dir,
files=({
'name': filename
}, ))
def execute(self, context):
if self.action == "print_work":
test_print_work()
elif self.action == "test_create_head_and_cameras":
test_create_head_and_cameras()
elif self.action == "test_move_pins":
test_move_pins()
elif self.action == "test_delete_last_сamera":
test_delete_last_camera()
elif self.action == "test_duplicate_and_reconstruct":
test_duplicate_and_reconstruct()
elif self.action == "test_error_message":
warn = get_operator(Config.fb_warning_idname)
warn('INVOKE_DEFAULT', msg=self.error_type)
return {'FINISHED'}
def test_move_pins():
# test_create_head_and_cameras()
# Switch to PinMode
select_camera(0, 0)
fake_context = get_fake_context()
brect = tuple(coords.get_camera_border(fake_context))
arect = (396.5, -261.9, 1189.5, 1147.9)
move_pin(793, 421, 651, 425, arect, brect)
move_pin(732, 478, 826, 510, arect, brect)
move_pin(542, 549, 639, 527, arect, brect)
move_pin(912, 412, 911, 388, arect, brect)
# Coloring wireframe
op = get_operator(Config.fb_wireframe_color_idname)
op('EXEC_DEFAULT', action='wireframe_green')
def move_pin(start_x, start_y, end_x, end_y, arect, brect,
headnum=0, camnum=0):
# Registered Operator call
op = get_operator(Config.fb_movepin_idname)
# Move pin
x, y = coords.region_to_image_space(start_x, start_y, *arect)
px, py = coords.image_space_to_region(x, y, *brect)
print("P:", px, py)
op('EXEC_DEFAULT', headnum=headnum, camnum=camnum,
pinx=px, piny=py, test_action="add_pin")
x, y = coords.region_to_image_space(end_x, end_y, *arect)
px, py = coords.image_space_to_region(x, y, *brect)
op('EXEC_DEFAULT', headnum=headnum, camnum=camnum,
pinx=px, piny=py, test_action="mouse_move")
# Stop pin
op('EXEC_DEFAULT', headnum=headnum, camnum=camnum,
pinx=px, piny=py, test_action="mouse_release")
def create_example_animation():
op = get_operator(Config.fb_create_example_animation_idname)
op('EXEC_DEFAULT')
def delete_blendshapes():
op = get_operator(Config.fb_delete_blendshapes_idname)
op('EXEC_DEFAULT')
def wireframe_coloring(action='wireframe_green'):
op = get_operator(Config.fb_wireframe_color_idname)
op('EXEC_DEFAULT', action=action)
def select_camera(headnum=0, camnum=0):
op = get_operator(Config.fb_select_camera_idname)
op('EXEC_DEFAULT', headnum=headnum, camnum=camnum)
def delete_camera(headnum, camnum):
op = get_operator(Config.fb_delete_camera_idname)
op('EXEC_DEFAULT', headnum=headnum, camnum=camnum)
def test_wireframe_coloring(self):
test_utils.new_scene()
self._head_and_cameras()
op = get_operator(Config.fb_wireframe_color_idname)
op('EXEC_DEFAULT', action='wireframe_green')
def pickmode_start(headnum, camnum):
op = get_operator(Config.fb_pickmode_starter_idname)
op('EXEC_DEFAULT', headnum=headnum, camnum=camnum)
def create_head():
# Create Head
op = get_operator(Config.fb_add_head_operator_idname)
op('EXEC_DEFAULT')
def pickmode_select(headnum, camnum, selected):
op = get_operator(Config.fb_pickmode_idname)
op('EXEC_DEFAULT', headnum=headnum, camnum=camnum, selected=selected)
def create_camera(dir, filename):
headnum = get_last_headnum()
op = get_operator(Config.fb_multiple_filebrowser_idname)
op('EXEC_DEFAULT', headnum=headnum, directory=dir,
files=({'name': filename},))
