Animation3DState (Mibo)

Animation3DState Module

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

Functions and values

Function or value	Description
`applyToModel state` Full Usage: `applyToModel state` Parameters: state : `Animation3DState`	Apply the current animation frame to the model's bone matrices. Calls `Raylib.UpdateModelAnimation` (or `UpdateModelAnimationEx` when blending) which mutates the model's internal bone data. Must be called before rendering with `DrawModel`. state : `Animation3DState`
`blendTo clipName duration state` Full Usage: `blendTo clipName duration state` Parameters: clipName : `string` - The animation to blend towards. duration : `float32` - The blend duration in seconds. state : `Animation3DState` Returns: `Animation3DState` Modifiers: inline	Start blending from the current animation to a target animation. clipName : `string` The animation to blend towards. duration : `float32` The blend duration in seconds. state : `Animation3DState` Returns: `Animation3DState`
`blendToByIndex clipIndex duration state` Full Usage: `blendToByIndex clipIndex duration state` Parameters: clipIndex : `int` duration : `float32` state : `Animation3DState` Returns: `Animation3DState` Modifiers: inline	Start blending to a target animation by clip index. clipIndex : `int` duration : `float32` state : `Animation3DState` Returns: `Animation3DState`
`computePose mesh state` Full Usage: `computePose mesh state` Parameters: mesh : `AnimatedMesh` state : `Animation3DState` Returns: `BonePose` Modifiers: inline	Compute the full bone pose for the current animation frame. Keyframe poses are already model-space, so no parent-chain composition is needed (unlike the MonoGame backend). `WorldPoses` is transposed into raylib's native matrix layout (composes with `Raymath.` ops); `Palette` is kept in plain System.Numerics row-major layout (`Palette[i] = InverseBindPose[i] pose[i]`) so the instanced palette-texture upload can copy the array verbatim. mesh : `AnimatedMesh` state : `Animation3DState` Returns: `BonePose`
`computePoseInto mesh state existing` Full Usage: `computePoseInto mesh state existing` Parameters: mesh : `AnimatedMesh` state : `Animation3DState` existing : `BonePose` Returns: `BonePose`	Evaluate the current pose of state on mesh once, producing both the model-space bone transforms for the current frame (`WorldPoses`) and the shader skinning palette (`Palette`). Pure math — does not mutate the model (unlike `applyToModel`). Uses the same TRS sampling as `AnimatedMesh.computeBoneMatrices`; when the state is blending, both clips are sampled and blended by `BlendProgress`, mirroring the `applyToModel` branch. raylib keyframe poses are model-space, so the world pose is the sampled pose directly (no parent walk). `WorldPoses` is transposed into raylib's native matrix layout (composes with `Raymath.` ops); `Palette` is kept in plain System.Numerics row-major layout (`Palette[i] = InverseBindPose[i] pose[i]`) so the instanced palette-texture upload can copy the array verbatim — consumers that upload through `SetShaderValueMatrix` transpose at upload time instead. mesh : `AnimatedMesh` state : `Animation3DState` existing : `BonePose` Returns: `BonePose`
`create model clips clipName fps` Full Usage: `create model clips clipName fps` Parameters: model : `Model` - The model to animate. Must be a unique instance per entity. clips : `Animation3DClips` - The loaded animation clip set. clipName : `string` - The name of the animation to start on. fps : `float32` - The animation playback speed in frames per second. Returns: `Animation3DState`	Create a new 3D animation state starting on the specified clip. Also uploads the mesh's bone attribute VBOs when the native raylib build skipped them (stock NuGet builds do — see `SUPPORT_GPU_SKINNING`), so `UpdateModelAnimation` skinning works out of the box. model : `Model` The model to animate. Must be a unique instance per entity. clips : `Animation3DClips` The loaded animation clip set. clipName : `string` The name of the animation to start on. fps : `float32` The animation playback speed in frames per second. Returns: `Animation3DState`
`createByIndex model clips clipIndex fps` Full Usage: `createByIndex model clips clipIndex fps` Parameters: model : `Model` clips : `Animation3DClips` clipIndex : `int` fps : `float32` Returns: `Animation3DState`	Create a new 3D animation state starting on the specified clip index. See `create` — also ensures bone attribute VBOs are uploaded. model : `Model` clips : `Animation3DClips` clipIndex : `int` fps : `float32` Returns: `Animation3DState`
`currentClipName state` Full Usage: `currentClipName state` Parameters: state : `Animation3DState` Returns: `string`	Get the name of the current animation clip. state : `Animation3DState` Returns: `string`
`duration state` Full Usage: `duration state` Parameters: state : `Animation3DState` Returns: `float32` Modifiers: inline	Get the total duration of the current clip in seconds at the current speed. state : `Animation3DState` Returns: `float32`
`isBlending state` Full Usage: `isBlending state` Parameters: state : `Animation3DState` Returns: `bool` Modifiers: inline	Is currently blending between two animations? state : `Animation3DState` Returns: `bool`
`isFinished state` Full Usage: `isFinished state` Parameters: state : `Animation3DState` Returns: `bool` Modifiers: inline	Is the current animation finished? (always false for looping animations). state : `Animation3DState` Returns: `bool`
`isPlaying clipName state` Full Usage: `isPlaying clipName state` Parameters: clipName : `string` state : `Animation3DState` Returns: `bool` Modifiers: inline	Is currently playing the specified animation? clipName : `string` state : `Animation3DState` Returns: `bool`
`play clipName state` Full Usage: `play clipName state` Parameters: clipName : `string` state : `Animation3DState` Returns: `Animation3DState` Modifiers: inline	Play an animation by name. Resets the frame if switching clips. clipName : `string` state : `Animation3DState` Returns: `Animation3DState`
`playByIndex clipIndex state` Full Usage: `playByIndex clipIndex state` Parameters: clipIndex : `int` state : `Animation3DState` Returns: `Animation3DState` Modifiers: inline	Play by clip index (zero string allocation). clipIndex : `int` state : `Animation3DState` Returns: `Animation3DState`
`playIfNot clipName state` Full Usage: `playIfNot clipName state` Parameters: clipName : `string` state : `Animation3DState` Returns: `Animation3DState` Modifiers: inline	Play animation only if not already playing it. clipName : `string` state : `Animation3DState` Returns: `Animation3DState`
`restart state` Full Usage: `restart state` Parameters: state : `Animation3DState` Returns: `Animation3DState` Modifiers: inline	Force restart the current animation from the beginning. state : `Animation3DState` Returns: `Animation3DState`
`update deltaSeconds state` Full Usage: `update deltaSeconds state` Parameters: deltaSeconds : `float32` state : `Animation3DState` Returns: `Animation3DState` Modifiers: inline	Advance the animation by delta time. Call from your Elmish update function each frame. Does not apply to the model — use `applyToModel` after. deltaSeconds : `float32` state : `Animation3DState` Returns: `Animation3DState`
`withLoop loop state` Full Usage: `withLoop loop state` Parameters: loop : `bool` state : `Animation3DState` Returns: `Animation3DState` Modifiers: inline	loop : `bool` state : `Animation3DState` Returns: `Animation3DState`
`withSpeed speed state` Full Usage: `withSpeed speed state` Parameters: speed : `float32` state : `Animation3DState` Returns: `Animation3DState` Modifiers: inline	speed : `float32` state : `Animation3DState` Returns: `Animation3DState`