def execute(self, context):
bpy.ops.node.clean_desk()
NodeCommandHandler.clear_node_groups()
NodeCommandHandler.get_or_create_node_tree()
# orange_theme()
bpy.engine_worker_thread.start()
# bpy.jupyter_worker_thread.start()
# self._timer = context.window_manager.event_timer_add(1, context.window)
# context.window_manager.modal_handler_add(self)
if self.loc_tutorial_path:
url = "file://" + self.loc_tutorial_path
webbrowser.open(url)
logger.info("Opne tutorial from URL: {}".format(url))
return {'FINISHED'}
def step_2(self):
self.step = 2
nt = NodeCommandHandler.get_or_create_node_tree()
if nt.nodes.get('ImageViewer'):
self.col.label(text=TEXT_STEP_2, icon="FILE_TICK")
return self.step_3()
else:
self.col.operator('node.tutorial_mode_command',
text=TEXT_STEP_2,
icon='NODETREE').loc_command = ' imageviewer!'
def step_4(self):
self.step = 4
nt = NodeCommandHandler.get_or_create_node_tree()
if nt.nodes.get('blur'):
self.col.label(text=TEXT_STEP_4, icon="FILE_TICK")
return self.step_5()
else:
self.col.operator('node.tutorial_mode_command',
text=TEXT_STEP_4,
icon='NODETREE').loc_command = ' blur!'
def step_10(self):
self.step = 10
nt = NodeCommandHandler.get_or_create_node_tree()
add_weighted = nt.nodes.get('addWeighted')
if add_weighted:
self.col.label(text=TEXT_STEP_10, icon="FILE_TICK")
return self.step_11()
else:
self.col.operator('node.tutorial_mode_command',
text=TEXT_STEP_10,
icon='NODETREE').loc_command = ' addweighted!'
def step_7(self):
self.step = 7
nt = NodeCommandHandler.get_or_create_node_tree()
if nt.nodes.get('ImageSample.001'):
self.col.label(text=TEXT_STEP_7, icon="FILE_TICK")
return self.step_8()
else:
self.col.operator('node.tutorial_mode_command',
text=TEXT_STEP_7,
icon='NODETREE').loc_command = ' imagesample!'
def step_11(self):
self.step = 11
nt = NodeCommandHandler.get_or_create_node_tree()
add_weighted = nt.nodes.get('addWeighted')
if add_weighted and add_weighted.inputs["image_1_in"].is_linked:
self.col.label(text=TEXT_STEP_11, icon="FILE_TICK")
return self.step_12()
else:
self.col.operator('node.tutorial_mode_command',
text=TEXT_STEP_11,
icon='NODETREE'
).loc_command = 'connect_addweighted_first_input'
def step_9(self):
self.step = 9
nt = NodeCommandHandler.get_or_create_node_tree()
image_sample = nt.nodes.get('ImageSample.001')
if image_sample and image_sample.loc_image_mode == "FILE" and image_sample.loc_filepath != "":
self.col.label(text=TEXT_STEP_9, icon="FILE_TICK")
return self.step_10()
else:
self.col.operator(
'node.tutorial_mode_command',
text=TEXT_STEP_9,
icon='NODETREE').loc_command = 'select_file_for_sample'
def step_6(self):
self.step = 6
nt = NodeCommandHandler.get_or_create_node_tree()
blur = nt.nodes.get('blur')
if blur.ksize_in[0] == 10 and blur.ksize_in[1] == 10:
self.col.label(text=TEXT_STEP_6, icon="FILE_TICK")
return self.step_7()
else:
self.col.operator(
'node.tutorial_mode_command',
text=TEXT_STEP_6,
icon='NODETREE').loc_command = 'set_ksize_on_blur'
def step_3(self):
self.step = 3
nt = NodeCommandHandler.get_or_create_node_tree()
img_sample = nt.nodes.get('ImageSample')
img_viewer = nt.nodes.get('ImageViewer')
if img_sample.outputs['image_out'].is_linked and img_viewer.inputs[
'image_in'].is_linked:
self.col.label(text=TEXT_STEP_3, icon="FILE_TICK")
return self.step_4()
else:
self.col.operator(
'node.tutorial_mode_command',
text=TEXT_STEP_3,
icon='NODETREE').loc_command = 'connect_sample_and_view'
def execute(self, context):
for area in bpy.context.screen.areas:
if area.type == 'NODE_EDITOR':
NodeCommandHandler.clear_node_groups()
NodeCommandHandler.get_or_create_node_tree()
NodeCommandHandler.create_node("OCVLAuthNode",
location=(520, 560))
NodeCommandHandler.create_node("OCVLSettingsNode",
location=(-300, 240))
NodeCommandHandler.create_node("OCVLDocsNode",
location=(-300, 100))
NodeCommandHandler.create_node("OCVLSplashNode",
location=(-60, 460))
NodeCommandHandler.connect_nodes("Splash", "settings",
"Settings", "settings")
NodeCommandHandler.connect_nodes("Splash", "docs", "Docs",
"docs")
NodeCommandHandler.connect_nodes("Auth", "auth", "Splash",
"auth")
NodeCommandHandler.view_all()
return {'FINISHED'}
return {'CANCELLED'}
def execute(self, context):
for area in bpy.context.screen.areas:
if area.type == 'NODE_EDITOR':
NodeCommandHandler.clear_node_groups()
NodeCommandHandler.get_or_create_node_tree()
NodeCommandHandler.create_node("OCVLFirstStepsNode",
location=(0, 0))
NodeCommandHandler.create_node("OCVLTipNode",
location=(400, 0))
NodeCommandHandler.connect_nodes("Tip", "tip", "FirstSteps",
"tip")
NodeCommandHandler.view_all()
bpy.ops.wm.modal_timer_refresh_first_steps_tip_operator()
return {'FINISHED'}
return {'CANCELLED'}
def execute(self, context):
if self.loc_command == "connect_sample_and_view":
nt = NodeCommandHandler.get_or_create_node_tree()
NodeCommandHandler.connect_nodes(node_input="ImageViewer",
node_output="ImageSample",
input_name="image_in",
output_name="image_out")
return {'FINISHED'}
elif self.loc_command == "connect_sample_and_view_and_blur":
nt = NodeCommandHandler.get_or_create_node_tree()
NodeCommandHandler.connect_nodes(node_input="ImageViewer",
node_output="blur",
input_name="image_in",
output_name="image_out")
NodeCommandHandler.connect_nodes(node_input="blur",
node_output="ImageSample",
input_name="image_in",
output_name="image_out")
return {'FINISHED'}
elif self.loc_command == "set_ksize_on_blur":
nt = NodeCommandHandler.get_or_create_node_tree()
blur = nt.nodes.get('blur')
blur.ksize_in = (10, 10)
return {'FINISHED'}
elif self.loc_command == "file_mode_for_image_sample":
nt = NodeCommandHandler.get_or_create_node_tree()
blur = nt.nodes.get('ImageSample.001')
blur.loc_image_mode = "FILE"
return {'FINISHED'}
elif self.loc_command == "select_file_for_sample":
nt = NodeCommandHandler.get_or_create_node_tree()
blur = nt.nodes.get('ImageSample.001')
full_tutorial_path = os.path.abspath(
os.path.join(TUTORIAL_PATH, "first_steps/ml.png"))
blur.loc_filepath = full_tutorial_path
return {'FINISHED'}
elif self.loc_command == "connect_addweighted_first_input":
nt = NodeCommandHandler.get_or_create_node_tree()
NodeCommandHandler.connect_nodes(node_input="addWeighted",
node_output="ImageSample.001",
input_name="image_1_in",
output_name="image_out")
return {'FINISHED'}
elif self.loc_command == "connect_addweighted_second_input":
nt = NodeCommandHandler.get_or_create_node_tree()
NodeCommandHandler.connect_nodes(node_input="addWeighted",
node_output="blur",
input_name="image_2_in",
output_name="image_out")
return {'FINISHED'}
elif self.loc_command == "connect_addweighted_output":
nt = NodeCommandHandler.get_or_create_node_tree()
NodeCommandHandler.connect_nodes(node_input="ImageViewer",
node_output="addWeighted",
input_name="image_in",
output_name="image_out")
return {'FINISHED'}
elif self.loc_command:
keyborad_worker_thread = print_keyborad_worker(
text=self.loc_command)
keyborad_worker_thread.start()
return {'FINISHED'}