animation module

Clip playback on a node's animation component: play, pause, seek and query. tween builds a short clip from a table of steps and returns a handle.

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Functions
Constants

Clip playback on a node's animation component: play, pause, seek and query. tween builds a short clip from a table of steps and returns a handle.

20 functions, 80 constants. Scripts reach it as animation::.

Acts on animation, state_machine: those functions are also methods on the component's handle, without the node argument.

Functions

Argument kinds are the script values a call passes: node is a node handle, any a table or value of any kind, fn a callback.

function	acts on	what it does
`add_clip(node, string, any)`	`animation`	Give this node a clip of its own under that name, from a definition table shaped like a scene file's.
`current_clip(node) -> string?`	`animation`	The clip playing or paused on this node, and nil once it has ended, been stopped, or never started.
`current_state(node) -> any`	`state_machine`	The state the machine is in, or nil before it has entered one.
`ease_names() -> any`	—	Every curve an `ease` takes, by name: the bare `linear`, then eleven transitions in four modes each.
`is_playing(node) -> bool`	`animation`	Whether a clip is advancing on this node; a paused, stopped, finished or absent one answers false.
`is_tween_running(any) -> bool`	—	Whether a handle still names a running tween; one that finished, was stopped, or lost its node answers false. Takes a tween handle, where `is_playing` takes a node and asks about its clip.
`jump(node, string)`	`state_machine`	Cut the state machine to the named state on the next step, with no fade.
`just_finished(node) -> string?`	`animation`	The clip that ended on this node during the last step, and nil on every other frame.
`pause(node)`	`animation`	Hold the playhead where it is, keeping the clip current so `resume` has something to go back to.
`play(node, string, any?)`	`animation`	Start the clip of that name on this node; the trailing options table takes `speed_scale` (a multiplier), `from_start`, `blend_time` (seconds to blend out of the clip before), `ease` (the blend's curve, an `EASE_*` constant), and `retarget` (a `bone_map` reference, so this rig can play another rig's clips).
`queue(node, string)`	`animation`	Play the clip of that name once the current one ends; a looping clip never ends, so a queue behind one never drains.
`resume(node)`	`animation`	Carry on from where `pause` left off; a stopped, finished or never-started node is left alone.
`seek(node, float)`	`animation`	Move the playhead to a number of seconds and pose the node there, even on a paused or ended clip.
`set_condition(node, string, bool)`	`state_machine`	Turn on or off a condition that `auto` transitions wait on.
`stop(any)`	—	End the clip on a node, or the tween a handle names, leaving the pose where it is; `resume` cannot revive it.
`time(node) -> float`	`animation`	Seconds of playback since the current clip started, before wrapping; a stopped clip keeps where it stopped.
`travel(node, string)`	`state_machine`	Head for the named state through the cheapest chain of transitions, each costing its priority and fading as it says; a state no transition reaches is cut to directly.
`tween(node, any) -> int`	—	Generate a clip on the node from a table of steps and run it, returning the handle `stop` and `is_tween_running` take. The table also takes `delay` in seconds, `then = <handle>` to wait for another tween, `loops` and `speed_scale`; a step's `call` names a method or passes a function; the node's `on_tween_finished(handle)` is called when it runs out.
`tween_value(any, any, float, string?) -> int`	—	A tween over a number, or a list of up to four, that drives no node: read it each frame with `tween_value_of` and write it wherever you like. Returns a handle `stop` takes.
`tween_value_of(any) -> any`	—	Where a value tween has got to, in the shape it was started with; nil once it is over.

Constants

name	value
`ADVANCE_MODE_AUTO`	`auto`
`ADVANCE_MODE_DISABLED`	`disabled`
`ADVANCE_MODE_ENABLED`	`enabled`
`EASE_IN_BACK`	`in_back`
`EASE_IN_BOUNCE`	`in_bounce`
`EASE_IN_CIRC`	`in_circ`
`EASE_IN_CUBIC`	`in_cubic`
`EASE_IN_ELASTIC`	`in_elastic`
`EASE_IN_EXPO`	`in_expo`
`EASE_IN_OUT_BACK`	`in_out_back`
`EASE_IN_OUT_BOUNCE`	`in_out_bounce`
`EASE_IN_OUT_CIRC`	`in_out_circ`
`EASE_IN_OUT_CUBIC`	`in_out_cubic`
`EASE_IN_OUT_ELASTIC`	`in_out_elastic`
`EASE_IN_OUT_EXPO`	`in_out_expo`
`EASE_IN_OUT_QUAD`	`in_out_quad`
`EASE_IN_OUT_QUART`	`in_out_quart`
`EASE_IN_OUT_QUINT`	`in_out_quint`
`EASE_IN_OUT_SINE`	`in_out_sine`
`EASE_IN_OUT_SPRING`	`in_out_spring`
`EASE_IN_QUAD`	`in_quad`
`EASE_IN_QUART`	`in_quart`
`EASE_IN_QUINT`	`in_quint`
`EASE_IN_SINE`	`in_sine`
`EASE_IN_SPRING`	`in_spring`
`EASE_LINEAR`	`linear`
`EASE_OUT_BACK`	`out_back`
`EASE_OUT_BOUNCE`	`out_bounce`
`EASE_OUT_CIRC`	`out_circ`
`EASE_OUT_CUBIC`	`out_cubic`
`EASE_OUT_ELASTIC`	`out_elastic`
`EASE_OUT_EXPO`	`out_expo`
`EASE_OUT_IN_BACK`	`out_in_back`
`EASE_OUT_IN_BOUNCE`	`out_in_bounce`
`EASE_OUT_IN_CIRC`	`out_in_circ`
`EASE_OUT_IN_CUBIC`	`out_in_cubic`
`EASE_OUT_IN_ELASTIC`	`out_in_elastic`
`EASE_OUT_IN_EXPO`	`out_in_expo`
`EASE_OUT_IN_QUAD`	`out_in_quad`
`EASE_OUT_IN_QUART`	`out_in_quart`
`EASE_OUT_IN_QUINT`	`out_in_quint`
`EASE_OUT_IN_SINE`	`out_in_sine`
`EASE_OUT_IN_SPRING`	`out_in_spring`
`EASE_OUT_QUAD`	`out_quad`
`EASE_OUT_QUART`	`out_quart`
`EASE_OUT_QUINT`	`out_quint`
`EASE_OUT_SINE`	`out_sine`
`EASE_OUT_SPRING`	`out_spring`
`EVENT_ANIMATION_CHANGED`	`animation_changed`
`EVENT_ANIMATION_FINISHED`	`animation_finished`
`EVENT_ANIMATION_LOOPED`	`animation_looped`
`EVENT_ANIMATION_STARTED`	`animation_started`
`EVENT_STATE_FINISHED`	`state_finished`
`EVENT_STATE_STARTED`	`state_started`
`EVENT_TWEEN_FINISHED`	`tween_finished`
`EVENT_TWEEN_LOOPED`	`tween_looped`
`EVENT_TWEEN_STEP`	`tween_step`
`INTERPOLATION_CUBIC`	`cubic`
`INTERPOLATION_LINEAR`	`linear`
`INTERPOLATION_STEP`	`step`
`LOOP_LINEAR`	`linear`
`LOOP_NONE`	`none`
`LOOP_PINGPONG`	`pingpong`
`MODIFIER_CCDIK`	`ccdik`
`MODIFIER_FABRIK`	`fabrik`
`MODIFIER_FOLLOW`	`follow`
`MODIFIER_JIGGLE`	`jiggle`
`MODIFIER_LOOK_AT`	`look_at`
`MODIFIER_TWO_BONE_IK`	`two_bone_ik`
`PROPERTY_DEFORM`	`polygon/deform`
`PROPERTY_POSITION`	`position`
`PROPERTY_ROTATION`	`rotation`
`PROPERTY_ROTATION_EULER`	`rotation_euler`
`PROPERTY_SCALE`	`scale`
`PROPERTY_TINT`	`tint`
`PROPERTY_VISIBLE`	`visible`
`STATE_END`	`end`
`SWITCH_MODE_AT_END`	`at_end`
`SWITCH_MODE_IMMEDIATE`	`immediate`
`SWITCH_MODE_SYNC`	`sync`