AnimatedMesh (Mibo)

AnimatedMesh Type

Namespace: Mibo.Animation
Assembly: Mibo.Raylib.dll
Base Type: ValueType
All Interfaces: IEquatable<AnimatedMesh> , IStructuralEquatable
Kind: Struct

A mesh with skeleton data for GPU skinning.

Load once from a Model via AnimatedMesh.fromModel, then share across all entities that use the same mesh. Each entity computes its own bone matrices via AnimatedMesh.computeBoneMatrices and passes them to DrawSkinnedMesh. This avoids per-entity model copies and CPU skinning — the GPU does the vertex transform.

Record fields

Record Field	Description
`BindPose` Full Usage: `BindPose` Field type: `Transform[]`	Model-space bind pose per bone (the rest pose captured at load). Bones a clip doesn't animate fall back to this so they hold their rest position instead of collapsing to the skeleton origin — same space as raylib's keyframe poses. Field type: `Transform[]`
`BoneCount` Full Usage: `BoneCount` Field type: `int`	Field type: `int`
`BoneLookup` Full Usage: `BoneLookup` Field type: `IReadOnlyDictionary<string, int>`	Bone name → bone index lookup used by `AnimatedMesh.tryFindBoneIndex`. Field type: `IReadOnlyDictionary<string, int>`
`BoneNames` Full Usage: `BoneNames` Field type: `string[]`	Authored bone names, indexed by bone index (for `BoneRef.ByName` lookups). Field type: `string[]`
`BoneParents` Full Usage: `BoneParents` Field type: `int[]`	Parent bone index per bone (-1 for roots). Informational — raylib keyframe poses are model-space. Field type: `int[]`
`InverseBindPose` Full Usage: `InverseBindPose` Field type: `Matrix4x4[]`	Inverse bind pose per bone, in `System.Numerics` layout — internal input to pose evaluation; the transposed, upload-ready palette lives on `BonePose`. Field type: `Matrix4x4[]`
`Mesh` Full Usage: `Mesh` Field type: `Mesh`	Field type: `Mesh`