Added a warning if a networked Object or non-client-side Thinker was erroneously destroyed manually while predicting. This only applies to ZScript since this is the only place it's relevant. Added a warning if a non-client-side Thinker was spawned while predicting. Sweep objects before backing up while predicting to ensure invalid pointers aren't captured.
These shouldn't be left as they'll now point towards potentially invalid memory and also cause errors with serializing. Arrays and maps holding them are cleared. Also unlinks and relinks inventory items correctly from the hashmap on traveling.
* add getters for frame poses
* fix missing joint in GetJointPose
* clean up models_iqm.cpp
* clean up usage of I_GetTimeFrac, split out matrix calculation into its own function
* clean up SetModelBoneRotationInternal
* clean up a few float <-> double and unsigned <-> signed warnings
* fix more warnings
* further clean up warnings
* split mode ObjectToWorldMatrix stuff
* initial work on bone getters, matrix hell
(the matrix/vec3 multiplications are probably wrong af, just gotta add more stuff 'till i can test it)
* clean up matrix math
* GetBone/TransformByBone
* fix GetBoneFramePose
* fix ObjectToWorldMatrix
* fix missing array resize
* raw matrix getters (for use with gutamatics/etc)
* reverse matrix mult order
* replace GetBoneLength/GetBoneDir with GetBoneBaseTRS
* fix GetBonePosition, remove GetBoneWorldMatrix as it's useless
* GetBonePosition
* deduplicate code
* rename GetBonePosition to GetBoneBasePosition to avoid confusion
* GetBoneBaseRotation
* GetBonePosition helper function
* forgot include_offsets
Adds support for client-side Thinkers, Actors, and ACS scripts (ACS uses the existing CLIENTSIDE keyword). These will tick regardless of the network state allowing for localized client handling and are put in their own separate lists so they can't be accidentally accessed by server code. They currently aren't serialized since this would have no meaning for other clients in the game that would get saved. Other logic like the menu, console, HUD, and particles have also been moved to client-side ticking to prevent them from becoming locked up by poor network conditions. Additionally, screenshotting and the automap are now handled immediately instead of having to wait for any game tick to run first, making them free of net lag.
Fixed an off-by-one error on client IDs (these need to start at 1 as 0 is an invalid network ID). Morphing will now swap the client body's ID so it remains in the first 1 - MAXPLAYERS slots.
This is a combination of 2 commits.
Revert "New API for assigning unique network ids to objects"
This reverts commit e37c19b5b4.
This is the commit message #2:
Revert "Fix for Morph virtual"
This reverts commit 0ef042562e.
With the delayed handling of internal references of destroyed objects the function now returned without making sure that it really got everything.
Repeating until it cannot delete anything new anymore makes it work again as intended.
- Have a real finalizer stage for destroying objects instead of mixing them
in to the sweep stage.
- Base GC rate on a running average of the allocation rate instead of basing
it on the amount of time taken since the last sweep started.
- More GC stats for better tweaking.
* deleting some unused code
* turned several class methods into static local functions in cases where they never were used outside this file.
* inlined the dangerous assignment operator in the only place where it was used.
This solves two problems:
* The linked list is too slow, a map is better. A map cannot be used with statically allocated CVARs because order of initialization is undefined.
* The current CVAR system is an unordered mishmash of static variables and dynamically allocated ones and the means of identification are unsafe. With this everything is allocated on the heap so it can all be handled the same by the cleanup code.
Mainly to avoid problems with Raze, but eliminating this constructor lets us catch erroneous local definitions via 'auto', which can cause major problems if left undetected.
