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2022-09-14ViewLayer: Lazy sync of scene data.Monique Dewanchand
When a change happens which invalidates view layers the syncing will be postponed until the first usage. This will improve importing or adding many objects in a single operation/script. `BKE_view_layer_need_resync_tag` is used to tag the view layer to be out of sync. Before accessing `BKE_view_layer_active_base_get`, `BKE_view_layer_active_object_get`, `BKE_view_layer_active_collection` or `BKE_view_layer_object_bases` the caller should call `BKE_view_layer_synced_ensure`. Having two functions ensures that partial syncing could be added as smaller patches in the future. Tagging a view layer out of sync could be replaced with a partial sync. Eventually the number of full resyncs could be reduced. After all tagging has been replaced with partial syncs the ensure_sync could be phased out. This patch has been added to discuss the details and consequences of the current approach. For clarity the call to BKE_view_layer_ensure_sync is placed close to the getters. In the future this could be placed in more strategical places to reduce the number of calls or improve performance. Finding those strategical places isn't that clear. When multiple operations are grouped in a single script you might want to always check for resync. Some areas found that can be improved. This list isn't complete. These areas aren't addressed by this patch as these changes would be hard to detect to the reviewer. The idea is to add changes to these areas as a separate patch. It might be that the initial commit would reduce performance compared to master, but will be fixed by the additional patches. **Object duplication** During object duplication the syncing is temporarily disabled. With this patch this isn't useful as when disabled the view_layer is accessed to locate bases. This can be improved by first locating the source bases, then duplicate and sync and locate the new bases. Will be solved in a separate patch for clarity reasons ({D15886}). **Object add** `BKE_object_add` not only adds a new object, but also selects and activates the new base. This requires the view_layer to be resynced. Some callers reverse the selection and activation (See `get_new_constraint_target`). We should make the selection and activation optional. This would make it possible to add multiple objects without having to resync per object. **Postpone Activate Base** Setting the basact is done in many locations. They follow a rule as after an action find the base and set the basact. Finding the base could require a resync. The idea is to store in the view_layer the object which base will be set in the basact during the next sync, reducing the times resyncing needs to happen. Reviewed By: mont29 Maniphest Tasks: T73411 Differential Revision: https://developer.blender.org/D15885
2022-09-08IDManagement: change `IDTypeInfo.owner_get` to instead return address of the ↵Bastien Montagne
owner_id pointer. Also rename the callback. That way, we can keep moving toward a more generic handling of those embedded IDs (think e.g. about copy code).
2022-08-28Cleanup: replace NULL with nullptr for C++ filesCampbell Barton
2022-08-17Cleanup: Remove unused functionHans Goudey
Also remove two DispList references I missed in the previous commit.
2022-08-17Cleanup: Fix outdated comments referring to DispListHans Goudey
2022-08-17Metaball: Evaluate metaball objects as mesh componentsHans Goudey
With the ultimate goal of simplifying drawing and evaluation, this patch makes the following changes and removes code: - Use `Mesh` instead of `DispList` for evaluated basis metaballs. - Remove all `DispList` drawing code, which is now unused. - Simplify code that converts evaluated metaballs to meshes. - Store the evaluated mesh in the evaluated geometry set. This has the following indirect benefits: - Evaluated meshes from metaball objects can be used in geometry nodes. - Renderers can ignore evaluated metaball objects completely - Cycles rendering no longer has to convert to mesh from `DispList`. - We get closer to removing `DispList` completely. - Optimizations to mesh rendering will also apply to metaball objects. The vertex normals on the evaluated mesh are technically invalid; the regular calculation wouldn't reproduce them. Metaball objects don't support modifiers though, so it shouldn't be a problem. Eventually we can support per-vertex custom normals (T93551). Differential Revision: https://developer.blender.org/D14593
2022-08-09Cleanup: Move mball.c to C++Hans Goudey
Facilitates changes in D14593