- Improved performance of YZ axis swap matrix calculations by calculating them with the initial matrix calculations.
- IQMs with no bones will no longer crash
- Removed bone manipulation code
- Implemented an index in calculateBones to optimize multi-armature actors
- Moved the bone storage object's creation to RenderModels so that the armature array can be sized there
- Factored in parent bone rotations to check if a bone needs updating
- Implemented multiply Quaternion functions to TVector4
- Converted Euler rotations in A_ManipulateBone to degrees
- Refactored IQM and calculateBones to process TRS at runtime which resolves some of the faulty animations with large rotations. Will also make bone manipulations much easier to do
- The compile errors should be fixed
- Implemented a way for skeletal models using the MODELSAREATTACHMENTS flag to not upload duplicate bones to the bone buffer
- I need to figure out how I'm gonna reference the same boneStartIndex between the indices. Maybe some property in smf? The problem is that even though the bone calculations are done just once per instance of the actor when the flag is enabled, the bone buffers are being copied still, and if there's too much data, some will quit uploading because it's full. Besides doing this, I may just see about increasing the buffer size if possible. It's really just not very big.
- Part of having mesh data in an IQM includes joints. If a model doesn't have any mesh data to it, it won't have joints, and those are necessary. Poses are a different story however.
- Implemented Animation parameters for A_ChangeModel
- Made a modeldef flag to treat additional model indices as just attachments, meaning they will use armature data from index 0
- Fixed an issue with A_ChangeModel where generated indices lower than smf frame amounts could not actually generate anything
- Removed redundant AttachAnimationData functions from derived model classes
- Fixed indentation in IQM loader
- Fixed a merging issue in the MD3 FindFrame
- Fixed a formatting issue in FindFrame in Model.h?
This is *not* the right way to reduce function parameter count. The data in question is far easier evaluated at the calling site and passed as a parameter.
- Made it so when rendering a model, it clones an smf to use so that data isn't overwritten
- Reimplemented the skin index property. This changes the behavior of this index if CMDL_USESURFACESKIN is activated
- Implemented an FString TArray which goes into save files that saves a model file and path, and when the game is loaded, spits back out the model to be Loaded when loading a save file
There is no `TVector2<>` constructor that accepts a pointer to float. However, there is such constructor in `TVector3<>`, so `TVector2<>` can be constructed from `float*` implicitly via temporary `TVector3<>` object.
Re-worded error messages which were unprecise or unfitting before (model index below 0 was not acknowledged at all, or grouped together with a "too many models" message).
modelIDs are given a default value of -1.
Important: A MODELDEF's FrameIndex lines can no longer refer to model indices that are beyond the number of models of that MODELDEF entry. There is in fact a check to avoid going beyond the number of an actor's models which would abort program operation at startup, but it never caught any such occurances.
surfaceSkinIDs was two-dimensional and is now a one-dimensional TArray as well, elements are accessed via [Row + Column * NumRows], in this case surfaceIndex + modelIndex * MD3_MAX_SURFACES]
Used TArray.Alloc to make TArrays have the correct size depending on the number of models.
Also removed MAX_MODELS_PER_FRAME.
Edited skinSurfaceIDs access for one-dimensional TArray
Added MD3_MODELS_MIN
To ensure compatibility with mods, all model-related TArrays (four in total) have a minimum size of 4, defined by MD3_MODELS_MIN.
