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synced 2024-11-22 11:50:53 +00:00
feat(Blenvy): improvements to change detection & co
* node trees are now using the same logic as other types * cleaned up & restructured code accordingly * added more failure handling for project serialization & diffing * experimenting with ways to deal with scene renaming * minor tweaks
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kaosat.dev
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0b5cdcc4a5
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2b6e17a6b7
@ -102,6 +102,8 @@ General issues:
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- [ ] add tests for disabled components
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- [x] fix auto export workflow
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- [ ] should we write the previous _xxx data only AFTER a sucessfull export only ?
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- [ ] add hashing of modifiers/ geometry nodes in serialize scene
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- [x] add hashing of modifiers/ geometry nodes in serialize scene
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- [ ] add ability to FORCE export specific blueprints & levels
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- [ ] undo after a save removes any saved "serialized scene" data ? DIG into this
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- [ ] handle scene renames between saves (breaks diffing)
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- [ ] change scene selector to work on actual scenes aka to deal with renamed scenes
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@ -4,21 +4,27 @@ from .serialize_scene import serialize_scene
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from blenvy.settings import load_settings, upsert_settings
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def bubble_up_changes(object, changes_per_scene):
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if object.parent:
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if object is not None and object.parent:
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changes_per_scene[object.parent.name] = bpy.data.objects[object.parent.name]
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bubble_up_changes(object.parent, changes_per_scene)
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import uuid
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def serialize_current(settings):
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# sigh... you need to save & reset the frame otherwise it saves the values AT THE CURRENT FRAME WHICH CAN DIFFER ACROSS SCENES
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current_frames = [scene.frame_current for scene in bpy.data.scenes]
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for scene in bpy.data.scenes:
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scene.frame_set(0)
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if scene.id_test == '':
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print("GENERATE ID")
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scene.id_test = str(uuid.uuid4())
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print("SCENE ID", scene.id_test)
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current_scene = bpy.context.window.scene
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bpy.context.window.scene = bpy.data.scenes[0]
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#serialize scene at frame 0
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"""with bpy.context.temp_override(scene=bpy.data.scenes[1]):
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bpy.context.scene.frame_set(0)"""
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current = serialize_scene(settings)
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bpy.context.window.scene = current_scene
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@ -32,8 +38,13 @@ def get_changes_per_scene(settings):
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previous = load_settings(".blenvy.project_serialized_previous")
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current = serialize_current(settings)
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# determine changes
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changes_per_scene = project_diff(previous, current)
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changes_per_scene = {}
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try:
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changes_per_scene = project_diff(previous, current, settings)
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except Exception as error:
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print("failed to compare current serialized scenes to previous ones", error)
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# save the current project as previous
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upsert_settings(".blenvy.project_serialized_previous", current, overwrite=True)
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@ -42,27 +53,34 @@ def get_changes_per_scene(settings):
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return changes_per_scene
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def project_diff(previous, current):
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def project_diff(previous, current, settings):
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"""print("previous", previous)
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print("current", current)"""
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if previous is None or current is None:
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return {}
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print("HERE")
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print("Settings", settings,"current", current, "previous", previous)
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changes_per_scene = {}
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# TODO : how do we deal with changed scene names ???
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# possible ? on each save, inject an id into each scene, that cannot be copied over
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print('TEST SCENE', bpy.data.scenes.get("ULTRA LEVEL2"), None)
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for scene in current:
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print("SCENE", scene)
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previous_object_names = list(previous[scene].keys())
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current_object_names =list(current[scene].keys())
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if scene in previous: # we can only compare scenes that are in both previous and current data
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previous_object_names = list(previous[scene].keys())
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added = list(set(current_object_names) - set(previous_object_names))
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removed = list(set(previous_object_names) - set(current_object_names))
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for obj in added:
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if not scene in changes_per_scene:
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changes_per_scene[scene] = {}
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changes_per_scene[scene][obj] = bpy.data.objects[obj]
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changes_per_scene[scene][obj] = bpy.data.objects[obj] if obj in bpy.data.objects else None
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# TODO: how do we deal with this, as we obviously do not have data for removed objects ?
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for obj in removed:
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@ -80,8 +98,11 @@ def project_diff(previous, current):
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if not scene in changes_per_scene:
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changes_per_scene[scene] = {}
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changes_per_scene[scene][object_name] = bpy.data.objects[object_name]
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bubble_up_changes(bpy.data.objects[object_name], changes_per_scene[scene])
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target_object = bpy.data.objects[object_name] if object_name in bpy.data.objects else None
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changes_per_scene[scene][object_name] = target_object
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bubble_up_changes(target_object, changes_per_scene[scene])
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# now bubble up for instances & parents
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else:
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print(f"scene {scene} not present in previous data")
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return changes_per_scene
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@ -50,22 +50,75 @@ def _lookup_collection(data):
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def _lookup_materialLineArt(data):
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return generic_fields_hasher_evolved(data, fields_to_ignore=fields_to_ignore_generic)
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# used for various node trees: shaders, modifiers etc
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def node_tree(node_tree):
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print("SCANNING NODE TREE", node_tree)
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# storage for hashing
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links_hashes = []
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nodes_hashes = []
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root_inputs = dict(node_tree) # probably useless for materials, contains settings for certain modifiers
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for node in node_tree.nodes:
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#print("node", node, node.type, node.name, node.label)
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input_hashes = []
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for input in node.inputs:
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#print(" input", input, "label", input.label, "name", input.name, dir(input))
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default_value = getattr(input, 'default_value', None)
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input_hash = f"{convert_field(default_value)}"
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input_hashes.append(input_hash)
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output_hashes = []
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# IF the node itself is a group input, its outputs are the inputs of the geometry node (yes, not easy)
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node_in_use = True
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for (index, output) in enumerate(node.outputs):
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# print(" output", output, "label", output.label, "name", output.name, "generated name", f"Socket_{index+1}")
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default_value = getattr(output, 'default_value', None)
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output_hash = f"{convert_field(default_value)}"
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output_hashes.append(output_hash)
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node_in_use = node_in_use and default_value is not None
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#print("NODE IN USE", node_in_use)
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node_fields_to_ignore = fields_to_ignore_generic + ['internal_links', 'inputs', 'outputs']
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node_hash = f"{generic_fields_hasher_evolved(node, node_fields_to_ignore)}_{str(input_hashes)}_{str(output_hashes)}"
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#print("node hash", node_hash)
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#print("node hash", str(input_hashes))
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nodes_hashes.append(node_hash)
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for link in node_tree.links:
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"""print("LINK", link, dir(link))
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print("FROM", link.from_node, link.from_socket)
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print("TO", link.to_node, link.to_socket)"""
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from_socket_default = link.from_socket.default_value if hasattr(link.from_socket, "default_value") else None
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to_socket_default = link.to_socket.default_value if hasattr(link.to_socket, "default_value") else None
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link_hash = f"{link.from_node.name}_{link.from_socket.name}_{from_socket_default}+{link.to_node.name}_{link.to_socket.name}_{to_socket_default}"
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links_hashes.append(link_hash)
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#print("node hashes",nodes_hashes, "links_hashes", links_hashes)
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print("root_inputs", root_inputs)
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return f"{str(root_inputs)}_{str(nodes_hashes)}_{str(links_hashes)}"
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type_lookups = {
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Color: _lookup_color,#lambda input: print("dsf")',
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bpy.types.FloatVectorAttribute: _lookup_array2,
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bpy.types.bpy_prop_array: _lookup_array,
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bpy.types.PropertyGroup: _lookup_prop_group,
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bpy.types.bpy_prop_collection: _lookup_collection,
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bpy.types.MaterialLineArt: _lookup_materialLineArt
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bpy.types.MaterialLineArt: _lookup_materialLineArt,
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bpy.types.NodeTree: node_tree,
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}
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def convert_field(raw_value, field_name="", scan_node_tree=True):
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# nodes are a special case: # TODO: find out their types & move these to type lookups
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"""# nodes are a special case: # TODO: find out their types & move these to type lookups
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if field_name in ["node_tree", "node_group"] and scan_node_tree:
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print("scan node tree")
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print("scan node tree", inspect.getmro(type(raw_value)))
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return node_tree(raw_value)
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"""
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conversion_lookup = None # type_lookups.get(type(raw_value), None)
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all_types = inspect.getmro(type(raw_value))
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for s_type in all_types:
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@ -83,6 +136,7 @@ def convert_field(raw_value, field_name="", scan_node_tree=True):
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return field_value
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# just a helper , for shorthand
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def obj_to_dict(object):
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try:
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return dict(object)
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@ -194,59 +248,6 @@ def armature_hash(obj):
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print("bone", bone, bone_hash(bone))"""
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return str(fields)
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# used for various node trees: shaders, modifiers etc
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def node_tree(node_tree):
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print("SCANNING NODE TREE", node_tree)
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# storage for hashing
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links_hashes = []
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nodes_hashes = []
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root_inputs = dict(node_tree) # probably useless for materials, contains settings for certain modifiers
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for node in node_tree.nodes:
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#print("node", node, node.type, node.name, node.label)
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input_hashes = []
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for input in node.inputs:
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#print(" input", input, "label", input.label, "name", input.name, dir(input))
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default_value = getattr(input, 'default_value', None)
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input_hash = f"{convert_field(default_value)}"
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input_hashes.append(input_hash)
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output_hashes = []
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# IF the node itself is a group input, its outputs are the inputs of the geometry node (yes, not easy)
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node_in_use = True
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for (index, output) in enumerate(node.outputs):
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# print(" output", output, "label", output.label, "name", output.name, "generated name", f"Socket_{index+1}")
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default_value = getattr(output, 'default_value', None)
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output_hash = f"{convert_field(default_value)}"
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output_hashes.append(output_hash)
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node_in_use = node_in_use and default_value is not None
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#print("NODE IN USE", node_in_use)
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node_fields_to_ignore = fields_to_ignore_generic + ['internal_links', 'inputs', 'outputs']
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node_hash = f"{generic_fields_hasher_evolved(node, node_fields_to_ignore)}_{str(input_hashes)}_{str(output_hashes)}"
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#print("node hash", node_hash)
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#print("node hash", str(input_hashes))
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nodes_hashes.append(node_hash)
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for link in node_tree.links:
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"""print("LINK", link, dir(link))
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print("FROM", link.from_node, link.from_socket)
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print("TO", link.to_node, link.to_socket)"""
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from_socket_default = link.from_socket.default_value if hasattr(link.from_socket, "default_value") else None
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to_socket_default = link.to_socket.default_value if hasattr(link.to_socket, "default_value") else None
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link_hash = f"{link.from_node.name}_{link.from_socket.name}_{from_socket_default}+{link.to_node.name}_{link.to_socket.name}_{to_socket_default}"
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links_hashes.append(link_hash)
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#print("node hashes",nodes_hashes, "links_hashes", links_hashes)
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print("root_inputs", root_inputs)
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return f"{str(root_inputs)}_{str(nodes_hashes)}_{str(links_hashes)}"
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def material_hash(material, settings):
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scan_node_tree = settings.auto_export.materials_in_depth_scan
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hashed_material_except_node_tree = generic_fields_hasher_evolved(material, fields_to_ignore_generic, scan_node_tree=scan_node_tree)
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@ -290,10 +291,29 @@ def serialize_scene(settings):
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cache = {"materials":{}}
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print("serializing scene")
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data = {}
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# render settings are injected into each scene
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# TODO: only go through scenes actually in our list
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for scene in bpy.data.scenes:
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# ignore temporary scenes
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if scene.name.startswith(TEMPSCENE_PREFIX):
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continue
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data[scene.name] = {}
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custom_properties = custom_properties_hash(scene) if len(scene.keys()) > 0 else None
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eevee_settings = generic_fields_hasher_evolved(scene.eevee, fields_to_ignore=fields_to_ignore_generic) # TODO: ignore most of the fields
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scene_field_hashes = {
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"custom_properties": custom_properties,
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"eevee": eevee_settings
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}
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print("SCENE WORLD", scene.world, dir(scene.eevee))
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#generic_fields_hasher_evolved(scene.eevee, fields_to_ignore=fields_to_ignore_generic)
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data[scene.name]["____scene_settings"] = str(hash(str(scene_field_hashes)))
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for object in scene.objects:
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object = bpy.data.objects[object.name]
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@ -43,6 +43,8 @@ class AutoExportTracker(PropertyGroup):
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def register(cls):
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bpy.types.WindowManager.auto_export_tracker = PointerProperty(type=AutoExportTracker)
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bpy.types.Scene.id_test = StringProperty(default="")
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# setup handlers for updates & saving
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#bpy.app.handlers.save_post.append(cls.save_handler)
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#bpy.app.handlers.depsgraph_update_post.append(cls.deps_update_handler)
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@ -58,6 +60,8 @@ class AutoExportTracker(PropertyGroup):
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except:pass"""
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del bpy.types.WindowManager.auto_export_tracker
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del bpy.types.Scene.id_test
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@classmethod
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def save_handler(cls, scene, depsgraph):
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print("-------------")
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@ -73,6 +77,7 @@ class AutoExportTracker(PropertyGroup):
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@classmethod
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def deps_post_update_handler(cls, scene, depsgraph):
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# print("change detection enabled", cls.change_detection_enabled)
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print("change detected", list(map(lambda x: x.name, list(bpy.data.scenes))))
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"""ops = bpy.context.window_manager.operators
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print("last operators", ops)
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