AnimatedMesh (Mibo)

AnimatedMesh Module

Namespace: Mibo.Animation
Assembly: Mibo.Raylib.dll

Functions and values

Function or value	Description
`computeBoneMatrices clip frame mesh` Full Usage: `computeBoneMatrices clip frame mesh` Parameters: clip : `ModelAnimation` frame : `float32` mesh : `AnimatedMesh` Returns: `Matrix4x4[]`	Compute bone matrices for a given animation clip and frame. This is pure math — does not mutate the model. The result can be passed directly to `DrawSkinnedMesh` for GPU skinning. The algorithm matches raylib's `UpdateModelAnimation`: interpolates keyframes (lerp/slerp), builds TRS matrices, and multiplies by the inverse bind pose. The result is kept in plain System.Numerics row-major layout (`InverseBindPose[i] * pose[i]`, NOT transposed) so the instanced palette-texture upload copies it verbatim; consumers that upload through `SetShaderValueMatrix` transpose at upload time. `clip` is sampled by raw bone index — this path does NOT apply the bone-order remaps built by `Animation3DClips.merge`. Clips from a merged clip set must be played through `Animation3DState.computePose` (or `AnimatedModel`), the only remap-aware path; feeding a merged clip here drives the wrong bones (typically seen as mirrored limbs). clip : `ModelAnimation` frame : `float32` mesh : `AnimatedMesh` Returns: `Matrix4x4[]`
`fromModel model` Full Usage: `fromModel model` Parameters: model : `Model` Returns: `AnimatedMesh voption`	Extract an `AnimatedMesh` from a loaded `Model`. The model must have been loaded from a file that contains skeleton data (glb/gltf/iqm). Returns `ValueNone` if the model has no bones. model : `Model` Returns: `AnimatedMesh voption`
`tryFindBoneIndex name mesh` Full Usage: `tryFindBoneIndex name mesh` Parameters: name : `string` mesh : `AnimatedMesh` Returns: `int voption` Modifiers: inline	Try to find the index of a bone by its authored name. Returns `ValueNone` when the mesh has no bone with that name. name : `string` mesh : `AnimatedMesh` Returns: `int voption`