Description

This object provides access to the HumanIK interface.

Other related reference items

Functions

character_aim_set_target_position ( unit, constraint_index, position )

This is a tuning operation for aim Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
position :	stingray.Vector3	Target position you want to reach.

Returns

This function does not return any values.

It allows you to update the target position for a specific aim Constraint, depending on the context.

character_aim_set_target_unit ( unit, constraint_index, target_unit, target_effector )

This is a tuning operation for aim Constraint.

Parameters

unit :	stingray.Unit	Unit associated to the Character evaluation context you want to query.
constraint_index :	number	Index of the Constraint you want to query.
target_unit :	stingray.Unit	CHARACTERIZED unit you want to aim at (can be nil to switch to raw position aim).
target_effector :	number	EffectorID of the effector you want to aim at.

Returns

This function does not return any values.

It allows you to update the target unit (and effector) for a specific aim Constraint, depending on the context.

character_declare_context ( unit, resource_name )

Declare a Character context.

Parameters

unit :	stingray.Unit	Unit you want to associate a context to.
resource_name :	string	name of the .character resource associated to the unit.

Returns

This function does not return any values.

It is not necessary to explicitly declare Character context in most cases. Character contexts are automatically declared and created when an update event happens on the related unit It is only necessary to declare Character contexts when you want to setup IK or retargeting on a character before the first update happens on that Character, especially when using flow (if you do not declare the Context, the plug-in will discard your queries).

character_delete_context ( unit, resource_name )

Delete a Character context.

Parameters

unit :

stingray.Unit

Unit you want to delete the context.

Returns

This function does not return any values.

Character contexts gets automatically deleted when the world they belong is destroyed. Yet you might want to explicitely delete some character contexts on specific events (like a Unit Unspawn event). It is recommended to delete contexts on Characters you wont operate with HumanIK again for performances reasons. For instance, dead Characters should be deleted.

character_dump ( )

Dump all Character evaluation contexts information in the log.

Parameters

This function does not accept any parameters.

Returns

This function does not return any values.

Useful for understanding/debugging. For all Character evaluation context, this lists all current Constraints and their main settings. Always call that function when you do not understand why a Character does not react properly.

character_dump_effectors ( unit )

Dump critical effectors information for a Character in the log.

Parameters

unit :

stingray.Unit

Unit you want the HumanIK effector information to get dumped into the log.

Returns

This function does not return any values.

Useful for understanding/debugging.

character_dump_in_file ( unit )

Dump all HumanIK structures Character evaluation contexts information into binary files on the hard drive Files are dumped in the current directory.

Parameters

unit :

stingray.Unit

Unit you want the HumanIK information to get dumped into a file.

Returns

This function does not return any values.

Files are: hik_dump.hik: characterization hik_dump.hiks: character state hik_dump.hikes: effector state hik_dump.hikps: propery state)

character_fingers_get_factor ( unit, constraint_index, factor_id ) : number

Retrieve the finger extension factor for a fingers control Constraint

Parameters

unit :	stingray.Unit	Unit you want to retrieve the Fingers Control constraint "factor" value.
constraint_index :	number	Index of the Constraint you want to query.
factor_id :	number	ID of the Constraint you want set (0: all, 1-5: fingers, 6:lateral spread)

Returns

number

Extension factor (0.0: No extension; 1.0: Full extension).

character_fingers_is_all ( unit, constraint_index ) : boolean

Returns whether a specific fingers controls Constraint operates on all fingers at the same time

Parameters

unit :	stingray.Unit	Unit you want to retrieve the Fingers Control constraint "all" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

boolean

true if the Constraint operates on all fingers at the same time.

character_fingers_is_left ( unit, constraint_index ) : boolean

Returns whether a specific fingers controls Constraint operates on the left hand

Parameters

unit :	stingray.Unit	Unit you want to retrieve the Fingers Control constraint "left" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

boolean

true if the Constraint operates on the left hand.

character_fingers_set_all ( unit, constraint_index, all )

This is a tuning operation for a fingers control Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Fingers Control constraint "all" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
all :	number	Set to 1 for the fingers control to operate on all fingers at the same time

Returns

This function does not return any values.

It allows you to chose whether fingers control should operate on all fingers at the same time or not.

character_fingers_set_factor ( unit, constraint_index, factor_id, factor )

Set one of the finger extension factor for a fingers control Constraint

Parameters

unit :	stingray.Unit	Unit you want to set the Fingers Control constraint "factor" value.
constraint_index :	number	Index of the Constraint you want to query.
factor_id :	number	ID of the Constraint you want set (0: all, 1-5: fingers, 6:lateral spread)
factor :	number	Extension factor (0.0: No extension; 1.0: Full extension).

Returns

This function does not return any values.

character_fingers_set_left ( unit, constraint_index, left )

This is a tuning operation for a fingers control Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Fingers Control constraint "left" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
left :	number	Set to 1 for the fingers control to operate on the left hand

Returns

This function does not return any values.

It allows you to chose whether the left hand is to be affected or not (or the right hand).

character_floor_get_feet_enabled ( unit, constraint_index ) : boolean

Asks whether feet are evaluated on a specific floor contact Constraint in the IK stack of a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Floor Contact constraint "feet enabled" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

boolean

true if HumanIK feet solving is enabled.

character_floor_get_hands_enabled ( unit, constraint_index ) : boolean

Asks whether feet are evaluated on a specific floor contact Constraint in the IK stack of a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Floor Contact constraint "hands enabled" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

boolean

true if HumanIK hands solving is enabled.

character_floor_get_nb_rays ( unit, constraint_index ) : number

Retrieve the number of rays that get cast to scan the ground topology

Parameters

unit :	stingray.Unit	Unit you want to retreive the Floor Contact constraint "nb rays" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Number of rays that get cast to scan the ground topology

character_floor_get_ray_down_length ( unit, constraint_index ) : number

Retrieve ray down length for a floor constraint.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Floor Contact constraint "ray down length" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Vertical distance downwards (from the ankle/wrists effectors) for the rayacst ray end position.

character_floor_get_ray_up_length ( unit, constraint_index ) : number

Retrieve ray up length for a floor constraint.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Floor Contact constraint "ray up length" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Vertical distance upwards (from the ankle/wrists effectors) for the raycast ray start position.

character_floor_get_smoothing ( unit, constraint_index ) : number

Retrieve smoothing intensity for a floor constraint.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Floor Contact constraint "hands enabled" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Smoothing intensity for the constraint

character_floor_set_feet_enabled ( unit, constraint_index, enable_feet )

This is a tuning operation for a floor contact Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Floor Contact constraint "feet enabled" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
enable_feet :	boolean	Set to true to enable feet floor contact.

Returns

This function does not return any values.

It allows you to set whether feet floor contact should be enabled on a specific floor contact. Constraint or not, depending on the context.

character_floor_set_hands_enabled ( unit, constraint_index, enable_hands )

This is a tuning operation for a floor contact Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Floor Contact constraint "feet enabled" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
enable_hands :	boolean	Set to true to enable hands floor contact.

Returns

This function does not return any values.

It allows you to set whether hands floor contact should be enabled on a specific floor contact. Constraint or not, depending on the context.

character_floor_set_nb_rays ( unit, constraint_index, nb_rays )

Set the number of rays that get cast to scan the ground topology

Parameters

unit :	stingray.Unit	Unit you want to set the Floor Contact constraint "nb rays" value.
constraint_index :	number	Index of the Constraint you want to tune.
nb_rays :	number	Number of rays that get cast to scan the ground topology (1 is minimum; 9 is a generous value)

Returns

This function does not return any values.

character_floor_set_ray_down_length ( unit, constraint_index, ray_down_length )

Set the ray down length for a floor constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Floor Contact constraint "ray down length" value.
constraint_index :	number	Index of the Constraint you want to tune.
ray_down_length :	number	Vertical distance downwards (from the ankle/wrists effectors) for the raycast ray start position.

Returns

This function does not return any values.

character_floor_set_ray_up_length ( unit, constraint_index, ray_up_length )

Set the ray up length for a floor constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Floor Contact constraint "ray up length" value.
constraint_index :	number	Index of the Constraint you want to tune.
ray_up_length :	number	Vertical distance upwards (from the ankle/wrists effectors) for the raycast ray start position.

Returns

This function does not return any values.

character_floor_set_smoothing ( unit, constraint_index, smoothing )

Set the smoothing intensity for a plant constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Floor Contact constraint "smoothing" value.
constraint_index :	number	Index of the Constraint you want to tune.
smoothing :	number	Smoothing intensity for adjustments (0.0 means no smoothing at all)

Returns

This function does not return any values.

character_get_constraint_index_from_constraint_id ( unit, constraint_id ) : number

Retrieve the index of a Constraint int a Character evaluation context that is associated to a specific Constraint ID.

Parameters

unit :	stingray.Unit	Unit you want to query.
constraint_id :	number	ID of the Constraint you are looking after.

Returns

number

Index of the Constraint in the IK Constraint stack of the Character evaluation context (-1 when not found).

character_get_constraint_type ( unit, constraint_index ) : number

Retrieve the type of a constraint in the IK Constraints stack for a specific Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to query.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Constraint type (see valued in main "HumanIK.lua" file).

character_get_debug_name ( unit ) : string

Retrieve the debug name for a Character evaluation context.

Parameters

unit :

stingray.Unit

Unit you want to query.

Returns

string

A debug name for for the context.

character_get_draw_rigs_flags ( unit ) : boolean, boolean, boolean

Retrieve flags indicateing whether FK and IK rigs should be drawn in the editor viewports.

Parameters

unit :

stingray.Unit

Unit you want to retrieve information from.

Returns

boolean	true if the FK rig has to be drawn in the editor viewports.
boolean	true if the IK rig has to be drawn in the editor viewports.
boolean	true if rigs should always be drawn, even when the unit is not selected.

character_get_effector_transform ( unit, effector_id ) : stingray.Vector3, stingray.Quaternion

Retrieve the transformation (both position and orientation) of an Effector for a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to query for an effector transforms.
effector_id :	number	Effector ID of the Effector you want to read the transformation.

Returns

stingray.Vector3	The Position of the Effector.
stingray.Quaternion	The Orientation of the Effector.

character_get_line_position ( unit, line_index ) : stingray.Vector3, stingray.Vector3

Retrieve the position of the end points of a line in a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to query.
line_index :	number	Index of the line you want to query.

Returns

stingray.Vector3	End point 1 position for the line (in world coordinates).
stingray.Vector3	End point 2 position for the line (in world coordinates).

character_get_marker_position ( unit, marker_index ) : stingray.Vector3

Retrieve the position of a marker in a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to query.
marker_index :	number	Index of the marker you want to query.

Returns

stingray.Vector3

Position of the marker (in world coordinates).

character_get_node_children_count ( unit, node_id ) : number

Retrieve the number of children nodes/joints of a node/joint.

Parameters

unit :	stingray.Unit	Unit you want to query.
node_id :	number	ID of the node/joint to query.

Returns

number

The number of children nodes/joints for the specified node/joint.

character_get_node_child_id ( unit, node_id, child_index ) : number

Retrieve the index of a child node/joint.

Parameters

unit :	stingray.Unit	Unit you want to query.
node_id :	number	ID of the node/joint to query.
child_index :	number	Index of child node/joint to query.

Returns

number

Index of the child node.

character_get_node_parent_id ( unit, node_id ) : number

Retrieve the index of a parent node/joint.

Parameters

unit :	stingray.Unit	Unit you want to query.
node_id :	number	ID of the node/joint to query.

Returns

number

Index of the parent node.

character_get_node_position ( unit, node_id, fk ) : stingray.Vector3

Retrieve the position of an Node for a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to query.
node_id :	number	Node ID of the Node you want to read the position.
fk :	boolean	FK position when true, IK position when false

Returns

stingray.Vector3

The Position of the Node.

character_get_node_transform ( unit, node_id, fk ) : stingray.Vector3, stingray.Quaternion

Retrieve the transformation (both position and orientation) of a node/bone for a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to query.
node_id :	number	ID of the node/bone you want to read the transformation.
fk :	number	Set to 0 to query the IK position; Set to 1 to query the FK position.

Returns

stingray.Vector3	The Position of the node/bone.
stingray.Quaternion	The Orientation of the node/bone.

Returns the FK position when fk is set to 1. Returns the IK position when fk is set to 0.

character_get_solve_flags ( unit ) : boolean, boolean

Retrieve flags indicating whether IK solve and FK updates are disabled for a specific Character evaluation context.

Parameters

unit :

stingray.Unit

Unit you want to retrieve information from.

Returns

boolean	true if IK solve is disabled for that context.
boolean	true if FK update is disabled for that context.

character_get_source ( unit ) : number

Retrieve the source Character evaluation context a Character evaluation context is retargeting from.

Parameters

unit :

stingray.Unit

Unit you would like to retreive the retargeting source.

Returns

number

Index of the Character evaluation context used as source for retargeting (-1 if none).

character_look_at_get_chest_contribution ( unit, constraint_index ) : number

Retrieve the chest contribution factor for a look at constraint.

Parameters

unit :	stingray.Unit	Unit you want to retrieve the Look At constraint "chest contribution" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Chest contribution factor (between 0.0 and 1.0) for the specified look at behavior.

character_look_at_is_xy_only ( unit, constraint_index ) : boolean

Asks whether a look at Constraint only operates on the horizontal (XY) plan.

Parameters

unit :	stingray.Unit	Unit you want to retrieve the Look At constraint "xy only" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

boolean

true if look at Constraint only operates on the horizontal (XY) plan.

character_look_at_set_chest_contribution ( unit, constraint_index, chest_contribution )

Set the chest contribution factor for a look at constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Look At constraint "chest contribution" value.
constraint_index :	number	Index of the Constraint you want to query.
chest_contribution :	number	Defines how much the chest can contribute to the target tracking (0.0: No contribution; 1.0: Full contribution).

Returns

This function does not return any values.

character_look_at_set_target_position ( unit, constraint_index, target_position )

This is a tuning operation for look at Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Look At constraint "target position" value.
constraint_index :	number	Index of the Constraint you want to query.
target_position :	stingray.Vector3	Actual global position to look at.

Returns

This function does not return any values.

It allows you to update the target position for a specific look at Constraint, depending on the context.

character_look_at_set_target_unit ( unit, constraint_index, target_unit, target_effector )

This is a tuning operation for look at Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Look At constraint "target unit" value.
constraint_index :	number	Index of the Constraint you want to query.
target_unit :	stingray.Unit	CHARACTERIZED unit you want to look at (can be nil to switch to raw position look at).
target_effector :	number	EffectorID of the effector you want to look at.

Returns

This function does not return any values.

It allows you to update the target unit (and effector) for a specific look at Constraint, depending on the context.

character_look_at_set_xy_only ( unit, constraint_index, restrain_to_xy_plan )

Restrain or not whether a look at Constraint only operates on the horizontal (XY) plan.

Parameters

unit :	stingray.Unit	Unit you want to set the Look At constraint "xy only" value.
constraint_index :	number	Index of the Constraint you want to set.
restrain_to_xy_plan :	boolean	Restrain the head (and chest) motion to the XY plan.

Returns

This function does not return any values.

character_node_get_limits ( unit, node_id ) : stingray.Vector3, stingray.Vector3, stingray.Quaternion

Returns limits information for a Node for a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to query.
node_id :	number	Node ID of the Node you want to query.

Returns

stingray.Vector3	The minimum limits (X, Y, Z) in euler/radians for the Node.
stingray.Vector3	The maximum limits (X, Y, Z) in euler/radians for the Node.
stingray.Quaternion	The pre-rotation for the Node.

character_node_get_limits_draw_info ( unit, node_id ) : number

Returns the number of lines to draw the limits info (and get ready for queries).

Parameters

unit :	stingray.Unit	Unit you want to query.
node_id :	number	Node ID of the Node you want to query.

Returns

number

The number of lines to draw for limits.

character_node_get_limits_draw_line ( unit, element_index ) : stingray.Vector3, stingray.Vector3, number, number, number

Returns a line composing a limits icon (endpoints and color)

Parameters

unit :	stingray.Unit	Unit you want to query.
element_index :	number	Index of the element to get.

Returns

stingray.Vector3	The first end point position (absolute position).
stingray.Vector3	The second end point position (absolute position).
number	Red component of the element
number	Green component of the element
number	Blue component of the element

character_node_has_limits ( unit, node_id ) : boolean

Retrieve whether a node is equipped with limits for a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to query.
node_id :	number	Node ID of the Node you want to query.

Returns

boolean

true if the Node is equiped with limits.

character_num_constraints ( unit ) : number

Retrieve the number of Constraints currently in the IK Constraints stack for a Character evaluation context.

Parameters

unit :

stingray.Unit

Unit you want to query.

Returns

number

Number of Constraints currently in the stack for that context.

character_num_lines ( unit ) : number

Retrieve the number of lines associated to a Character evaluation context.

Parameters

unit :

stingray.Unit

Unit you want to query.

Returns

number

Number of lines associated to that context.

Lines are mostly used for debugging purposes to display key positions during IK computations. A line pointing from a Character head to another Character head might. get generated by the look at Constraint, for instance.

character_num_markers ( unit ) : number

Retrieve the number of markers associated to a Character evaluation context.

Parameters

unit :

stingray.Unit

Unit you want to query.

Returns

number

Number of markers associated to that context.

Markers are mostly used for debugging purposes to display key positions during IK computation. A ray cast collision point computed during floor contact computation might generate a marker, for instance.

character_offset_position_get_effector ( unit, constraint_index ) : number

Retrieve the Effector ID for a specific offset position Constraint in the IK stack of a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Offset Position constraint "effector" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

number

The Effector ID of the offset rotation Constraint.

character_offset_position_get_vector ( unit, constraint_index ) : stingray.Vector3

Retrieve the delta vector for a specific offset position Constraint in the IK stack of a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to set the Offset Position constraint "vector" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

stingray.Vector3

The delta vector (displacement) for the offset rotation Constraint.

character_offset_position_is_world_space ( unit, constraint_index ) : boolean

Returns whether a specific offset position Constraint is working in World Space (as opposed to Local Space (latest evaluated pose)) in the IK stack of a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to retrieve the Offset Position constraint "world space" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

boolean

true if the Constraint is working in World Space.

character_offset_position_set_effector ( unit, constraint_index, effector_id )

This is a tuning operation for an offset position Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Offset Position constraint "effector" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
effector_id :	number	Effector ID of the effector (Hips, LeftWrist, ...) you want the Constraint to get applied to.

Returns

This function does not return any values.

It allows you to update the effector for a specific offset position Constraint, depending on the context.

character_offset_position_set_vector ( unit, constraint_index, delta )

This is a tuning operation for an offset position Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Offset Position constraint "vector" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
delta :	stingray.Vector3	Delta vector (displacement) for the position offset you want to apply.

Returns

This function does not return any values.

It allows you to update the delta vector for a specific offset position Constraint, depending on the context.

character_offset_position_set_world_space ( unit, constraint_index, world_space )

This is a tuning operation for an offset position Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Offset Position constraint "world space" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
world_space :	number	Set to 1 to work in World Space, otherwise reference pose is the latest evaluated pose (in local coordinates)

Returns

This function does not return any values.

It allows you to update the space (World Space/Local Space (latest evaluated pose)) for a specific offset position Constraint, depending on the context.

character_offset_rotation_get_angle ( unit, constraint_index ) : number

Retrieve the rotation angle for a specific offset rotation Constraint in the IK stack of a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Offset Rotation constraint "angle" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

number

The angle, in degrees, of the offset rotation Constraint.

character_offset_rotation_get_axis ( unit, constraint_index ) : stingray.Vector3

Retrieve the axis for a specific Offset Rotation Constraint in the IK stack of a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Offset Rotation constraint "axis" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

stingray.Vector3

The axis of the Offset Rotation Constraint.

character_offset_rotation_get_effector ( unit, constraint_index ) : number

Retrieve the Effector ID for a specific Offset Rotation Constraint in the IK stack of a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Offset Rotation constraint "effector" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

number

The Effector ID of the Offset Rotation Constraint.

character_offset_rotation_is_world_space ( unit, constraint_index ) : boolean

Asks whether a specific offset rotation Constraint is working in World Space (as opposed to Character Space) in the IK stack of a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Offset Rotation constraint "is world space" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

boolean

true if the Constraint is working in World Space.

character_offset_rotation_set_angle ( unit, constraint_index, angle )

This is a tuning operation for an offset rotation Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Offset Rotation constraint "angle" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
angle :	number	Angle (in degrees) for the rotation offset you want to apply.

Returns

This function does not return any values.

It allows you to update the angle of a specific offset rotation Constraint, depending on the context.

character_offset_rotation_set_axis ( unit, constraint_index, axis )

This is a tuning operation for an offset rotation Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Offset Rotation constraint "axis" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
axis :	stingray.Vector3	Axis of the rotation offset you want to apply.

Returns

This function does not return any values.

It allows you to update the axis of rotation for a specific offset rotation Constraint, depending on the context.

character_offset_rotation_set_effector ( unit, constraint_index, effector )

This is a tuning operation for an offset rotation Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Offset Rotation constraint "effector" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
effector :	number	Effector ID of the effector (Hips, LeftWrist, ...) you want the Constraint to get applied to.

Returns

This function does not return any values.

It allows you to update the effector of a specific offset rotation Constraint, depending on the context.

character_offset_rotation_set_world_space ( unit, constraint_index, world_space )

This is a tuning operation for an offset rotation Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Offset Rotation constraint "world space" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
world_space :	number	Set to 1 to work in World Space, otherwise reference pose is the latest evaluated pose (in local coordinates)

Returns

This function does not return any values.

It allows you to update the space (World Space/Local Space (latest evaluated pose)) for a specific offset rotation Constraint, depending on the context.

character_pin_get_effector ( unit, constraint_index ) : number

Retrieve the Effector ID for a specific pin Constraint in the IK stack of a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to retrieve the Pin constraint "effector" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

number

The Effector ID of the pin Constraint.

character_pin_is_world_space ( unit, constraint_index ) : boolean

Returns whether a specific pin Constraint is working in World Space (as opposed to Character Space) in the IK stack of a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to retrieve the Pin constraint "world space" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

boolean

true if the Constraint is working in World Space.

character_pin_set_effector ( unit, constraint_index, effector_id )

This is a tuning operation for a pin Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Pin constraint "effector" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
effector_id :	number	Effector ID of the effector (Hips, LeftWrist, ...) you want the Constraint to get applied to.

Returns

This function does not return any values.

It allows you to update the effector for a specific pin Constraint, depending on the context.

character_pin_set_world_space ( unit, constraint_index, world_space )

This is a tuning operation for a pin Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Pin constraint "world space" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
world_space :	number	Set to 1 to work in World Space, otherwise reference pose is the latest evaluated pose (in local coordinates)

Returns

This function does not return any values.

It allows you to update the space (World Space/Local Space (latest evaluated pose)) for a specific pin Constraint, depending on the context.

character_plant_get_depth ( unit, constraint_index ) : number

Retrieve planting depth for a plant constraint.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Plant constraint "depth" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

The planting depth for the constraint

character_plant_get_feet_enabled ( unit, constraint_index ) : boolean

Returns whether feet planting is enables

Parameters

unit :	stingray.Unit	Unit you want to retreive the Plant constraint "feet enabled" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

boolean

true if planting is enabled on feet

character_plant_get_hands_enabled ( unit, constraint_index ) : boolean

Returns whether hands planting is enables

Parameters

unit :	stingray.Unit	Unit you want to retreive the Plant constraint "feet enabled" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

boolean

true if planting is enabled on hands

character_plant_get_nb_rays ( unit, constraint_index ) : number

Retrieve the number of rays that get cast to scan the ground topology

Parameters

unit :	stingray.Unit	Unit you want to retreive the Plant constraint "nb rays" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Number of rays that get cast to scan the ground topology

character_plant_get_ray_down_length ( unit, constraint_index ) : number

Retrieve ray down length for a plant constraint.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Plant constraint "ray down length" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Vertical distance downwards (from the ankle/wrists effectors) for the rayacst ray end position.

character_plant_get_ray_up_length ( unit, constraint_index ) : number

Retrieve ray up length for a plant constraint.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Plant constraint "ray up length" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Vertical distance upwards (from the ankle/wrists effectors) for the raycast ray start position.

character_plant_get_smoothing ( unit, constraint_index ) : number

Retrieve smoothing intensity for a plant constraint.

Parameters

unit :	stingray.Unit	Unit you want to retreive the Plant constraint "smoothing" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Smoothing intensity for the constraint

character_plant_is_relative ( unit, constraint_index ) : boolean

Returns whether planting is working in relative mode

Parameters

unit :	stingray.Unit	Unit you want to retreive the Plant constraint "is relative" value.
constraint_index :	number	Index of the Constraint you want to query.

Returns

boolean

true if planting works in relative mode

character_plant_set_depth ( unit, constraint_index, depth )

Set the planting depth for a plant constraint

Parameters

unit :	stingray.Unit	Unit you want to set the Plant constraint "depth" value.
constraint_index :	number	Index of the Constraint you want to tune.
depth :	number	Planting depth (0.0 means exactly on floor surface; 0.03 is usually a good value).

Returns

This function does not return any values.

character_plant_set_feet_enabled ( unit, constraint_index, feet )

Enable or disable feet planting

Parameters

unit :	stingray.Unit	Unit you want to set the Plant constraint "feet enabled" value.
constraint_index :	number	Index of the Constraint you want to tune.
feet :	boolean	Set to true to enable feet planting

Returns

This function does not return any values.

character_plant_set_hands_enabled ( unit, constraint_index, hands )

Enable or disable hands planting

Parameters

unit :	stingray.Unit	Unit you want to set the Plant constraint "hands enabled" value.
constraint_index :	number	Index of the Constraint you want to tune.
hands :	boolean	Set to true to enable hands planting (mostly for quadrupeds)

Returns

This function does not return any values.

character_plant_set_nb_rays ( unit, constraint_index, nb_rays )

Set the number of rays that get cast to scan the ground topology

Parameters

unit :	stingray.Unit	Unit you want to set the Plant constraint "nb rays" value.
constraint_index :	number	Index of the Constraint you want to tune.
nb_rays :	number	Number of rays that get cast to scan the ground topology (1 is minimum; 9 is a generous value)

Returns

This function does not return any values.

character_plant_set_ray_down_length ( unit, constraint_index, ray_down_length )

Set the ray down length for a plant constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Plant constraint "ray down length" value.
constraint_index :	number	Index of the Constraint you want to tune.
ray_down_length :	number	Vertical distance downwards (from the ankle/wrists effectors) for the rayacst ray end position

Returns

This function does not return any values.

character_plant_set_ray_up_length ( unit, constraint_index, ray_up_length )

Set the ray up length for a plant constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Plant constraint "ray up length" value.
constraint_index :	number	Index of the Constraint you want to tune.
ray_up_length :	number	Vertical distance upwards (from the ankle/wrists effectors) for the raycast ray start position.

Returns

This function does not return any values.

character_plant_set_relative ( unit, constraint_index, hands )

Enable or disable relative planting mode (preserve FK altitude)

Parameters

unit :	stingray.Unit	Unit you want to set the Plant constraint "relative" value.
constraint_index :	number	Index of the Constraint you want to tune.
hands :	boolean	Set to true to enable relative mode (preserve FK altitude)

Returns

This function does not return any values.

character_plant_set_smoothing ( unit, constraint_index, smoothing )

Set the smoothing intensity for a plant constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Plant constraint "smoothing" value.
constraint_index :	number	Index of the Constraint you want to tune.
smoothing :	number	Smoothing intensity for adjustments (0.0 means no smoothing at all)

Returns

This function does not return any values.

character_pop ( unit )

Remove the latest Constraint pushed into the Character IK Constraints stack.

Parameters

unit :

stingray.Unit

Unit you want the Character evaluation context to be poped by one constraint.

Returns

This function does not return any values.

character_pop_all ( unit )

Remove all constraints pushed into the Character IK Constraints stack.

Parameters

unit :

stingray.Unit

Unit you want the Character evaluation context to be cleared.

Returns

This function does not return any values.

After that call, the IK Constraints stack for that Character will be empty.

character_push_aim ( unit, attachment_effectorID, hips_contribution, chest_contribution, shoulder_contribution, elbow_contribution, reference_target_bone, pin_other_hand, target_unit, target_effector, target_position, aim_at_position, max_angular_speed, contact, alpha, blend_in_time, constraint_id )

Push an aim Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the Aim constraint on.
attachment_effectorID :	number	ID of the effector where the weapon is attached.
hips_contribution :	number	Hips contribution factor to the aiming effort (between 0.0 and 1.0)
chest_contribution :	number	Chest contribution factor to the aiming effort (between 0.0 and 1.0)
shoulder_contribution :	number	Shoulder contribution factor to the aiming effort (between 0.0 and 1.0)
elbow_contribution :	number	Elbow contribution factor to the aiming effort (between 0.0 and 1.0)
reference_target_bone :	number	The unit reference target bone object node index.
pin_other_hand :	boolean	Pin other hand (the one the weapon is not parented to) to its relative position to the gun (for 2 handed weapons, when pivot is not chest or hips)
target_unit :	number	CHARACTERIZED unit you want to aim at (set to nil for target position aim at).
target_effector :	number	EffectorID of the target unit to aim at (can be -1 when aiming at a target position)
target_position :	stingray.Vector3	Actual target position (when aim_at_position is true)
aim_at_position :	boolean	Set to true to aim target position, set to false to aim at target unit
max_angular_speed :	number	Maximal angular speed for the tracking vector (degrees per second).
contact :	boolean	Set to true when dealing with contact weapons (or no punching)
alpha :	number	Alpha value (strength/intensity) of the Constraint (between 0.0 and 1.0).
blend_in_time :	number	Time (in seconds) for the Constraint to become fully active (to reach its alpha value).
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required).

Returns

This function does not return any values.

An aim Constraints reorients a character part (usually an elbow, a shoulder, a chest or the hips) to point to an aiming target Several aiming Constraints can be simultaneously active on a character to distribute the aiming effort over several body parts (with different alpha values)

character_push_fingers_control ( unit, all, left, hand_factor, factor_1, factor_2, factor_3, factor_4, factor_5, spread, alpha, blend_in_time, constraint_id )

Push a fingers control Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the Fingers Control constraint on.
all :	number	Set to 1 for the fingers control to operate on all fingers at the same time.
left :	number	Set to 1 for the fingers control to operate on the left hand.
hand_factor :	number	Extension factor for the whole hand (0.0: No extension; 1.0: Full extension).
factor_1 :	number	Extension factor for the finger 1 (0.0: No extension; 1.0: Full extension).
factor_2 :	number	Extension factor for the finger 2 (0.0: No extension; 1.0: Full extension).
factor_3 :	number	Extension factor for the finger 3 (0.0: No extension; 1.0: Full extension).
factor_4 :	number	Extension factor for the finger 4 (0.0: No extension; 1.0: Full extension).
factor_5 :	number	Extension factor for the finger 5 (0.0: No extension; 1.0: Full extension).
spread :	number	Lateral spread factor (0.0: Not spread; 1.0: Full spread).
alpha :	number	Alpha value (strength/intensity) of the Constraint (between 0.0 and 1.0).
blend_in_time :	number	Time (in seconds) for the Constraint to become fully active (to reach its alpha value).
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required).

Returns

This function does not return any values.

character_push_floor ( unit, enable_feet, enable_hands, constraint_id, smoothing, nb_rays, ray_up_length, ray_down_length )

Push a floor contact Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the floor constraint on.
enable_feet :	boolean	Set to true to enable feet floor contact.
enable_hands :	boolean	Set to true to enable hands floor contact.
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required)
smoothing :	number	Smoothing intensity to avoid sharp adjustments (0.0 means disable)
nb_rays :	number	Number of rays to cast to scan terrain position and normal (1 is minimum; 9 is a generous value)
ray_up_length :	number	Vertical distance upwards (from the ankle/wrists effectors) for the raycast ray start position
ray_down_length :	number	Vertical distance downwards (from the ankle/wrists effectors) for the rayacst ray end position

Returns

This function does not return any values.

The floor contact Constraint only affects legs and arms and does not affect hips nor chest. The purpose of this Constraint is to avoid feet and hands penetration inside the terrain geometry. If you also want to update hips and/or chest, you can call the plant Constraint first.

character_push_invert ( unit, limb_name )

Push an invert Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the Invert constraint on.
limb_name :	string	Name of the limb you want to invert (Accepted values are: "Left Leg", "Right Leg", "Left Arm", "Right Arm").

Returns

This function does not return any values.

The 'invert' Constraint enables a Character limb to bend in the opposite direction you would expect (like a knee bending frontward). This is useful when dealing with special bipeds where this is the expected behavior like chickens.

character_push_lod ( unit, low_definition_retarget, low_definition_solve )

Push a LOD Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the LOD constraint on.
low_definition_retarget :	boolean	Use low definition retarget (true) or full precision retarget (false).
low_definition_solve :	boolean	Use low definition solver (true) or full precision solver (false).

Returns

This function does not return any values.

The LOD solver (low definition solver) operates 10x faster than the full precision solver. In many situations, the results are fair enough for characters standing far from the camera. It is totally legitimate to use both the low definition and the high definition solver during a multipass solve.

character_push_look_at ( unit, target_unit, target_effector, target_position, look_at_position, restrain_to_xy_plan, chest_contribution, max_angular_speed, enable_limits, max_horizontal_angle, max_vertical_angle, alpha, blend_in_time, constraint_id )

Push a look at Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the Look At constraint on.
target_unit :	number	CHARACTERIZED unit you want to aim at (can be nil when look_at_position is set to true).
target_effector :	number	Effector ID of the target effector you want to look at (can be -1 when look_at_position is set to false).
target_position :	stingray.Vector3	Actual target position (when look_at_position is true)
look_at_position :	boolean	Set to true to look at target position, set to false to look at target unit.
restrain_to_xy_plan :	boolean	Restrain the head (and chest) motion to the XY plan.
chest_contribution :	number	Defines how much the chest can contribute to the target tracking (0.0: No contribution; 1.0: Full contribution).
max_angular_speed :	number	Maximal angular speed for the tracking vector (degrees per second).
enable_limits :	boolean	Set to true to enable FOV limits.
max_horizontal_angle :	number	Maximal horizontal angle (60 means: you can turn the head up to 60 degrees left and 60 degrees right).
max_vertical_angle :	number	Maximal vertical angle (30 means: you can turn the head up to 30 degrees up and 30 degrees down).
alpha :	number	Alpha value (strength/intensity) of the Constraint (between 0.0 and 1.0).
blend_in_time :	number	Time (in seconds) for the Constraint to become fully active (to reach its alpha value).
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required).

Returns

This function does not return any values.

A 'look at' Constraint enables a Character to look at another Character.

character_push_offset_position ( unit, effector_id, delta, world_space, alpha, blend_in_time, constraint_id )

Push an offset position Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the Offset Position constraint on.
effector_id :	number	Effector ID of the effector (Hips, LeftWrist, ...) you want the Constraint to get applied to.
delta :	stingray.Vector3	Delta vector (displacement) for the position offset you want to apply.
world_space :	number	Set to 1 to work in World Space, otherwise reference pose is the latest evaluated pose (in local coordinates)
alpha :	number	Alpha value (strength/intensity) of the Constraint (between 0.0 and 1.0).
blend_in_time :	number	Time (in seconds) for the Constraint to become fully active (to reach its alpha value).
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required).

Returns

This function does not return any values.

The 'offset position' Constraint enables you to set a position offset for a specific effector to get applied. The position offset can either be expressed in world space or in local space (latest evaluated pose) depending on the world_space value.

character_push_offset_rotation ( unit, effector_id, axis, angle, world_space, alpha, blend_in_time, constraint_id )

Push an offset rotation Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the Offset Rotation constraint on.
effector_id :	number	Effector ID of the effector (Hips, LeftWrist, ...) you want the Constraint to get applied to.
axis :	stingray.Vector3	Axis of for the rotation offset you want to apply.
angle :	number	Angle (in degrees) for the rotation offset you want to apply.
world_space :	number	Set to 1 to work in World Space, otherwise reference pose is the latest evaluated pose (in local coordinates)
alpha :	number	Alpha value (strength/intensity) of the Constraint (between 0.0 and 1.0).
blend_in_time :	number	Time (in seconds) for the Constraint to become fully active (to reach its alpha value).
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required).

Returns

This function does not return any values.

The 'offset rotation' Constraint enables you to set a rotation offset for a specific effector to get applied. The rotation offset can either be expressed in world space or in local space (latest evaluated pose) depending on the world_space value.

character_push_partial_solving ( unit, solve_left_arm, solve_right_arm, solve_left_leg, solve_right_leg, solve_left_shoulder, solve_right_shoulder, solve_left_hand, solve_right_hand, solve_left_foot, solve_right_foot, solve_head, solve_spine )

Push a Partial Solving Settings Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the LOD constraint on.
solve_left_arm :	boolean	Solve or do not solve the left arm.
solve_right_arm :	boolean	Solve or do not solve the right arm.
solve_left_leg :	boolean	Solve or do not solve the left leg.
solve_right_leg :	boolean	Solve or do not solve the right leg.
solve_left_shoulder :	boolean	Solve or do not solve the left shoulder.
solve_right_shoulder :	boolean	Solve or do not solve the right shoulder.
solve_left_hand :	boolean	Solve or do not solve the left hand.
solve_right_hand :	boolean	Solve or do not solve the right hand.
solve_left_foot :	boolean	Solve or do not solve the left foot.
solve_right_foot :	boolean	Solve or do not solve the right foot.
solve_head :	boolean	Solve or do not solve the head.
solve_spine :	boolean	Solve or do not solve the spine.

Returns

This function does not return any values.

By default, all body parts are solved on a character. Insert this constraint in the IK constraint stack to limit the solving to certain body parts. It is correct to insert several Partial Solving Settings Constraint in the IK constraints stack when implementing multipass solve. (Note the solved parts are automatically reset to "all" after each call to a Solve Constraint).

character_push_pin ( unit, effector_id, world_space, alpha, blend_in_time, constraint_id )

Push a pin Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the Pin constraint on.
effector_id :	number	Effector ID of the effector (Hips, LeftWrist, ...) you want the Constraint to get applied to.
world_space :	number	Set to 1 to work in World Space, Set to 0 to work in Character Space.
alpha :	number	Alpha value (strength/intensity) of the Constraint (between 0.0 and 1.0).
blend_in_time :	number	Time (in seconds) for the Constraint to become fully active (to reach its alpha value).
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required).

Returns

This function does not return any values.

A 'pin' Constraint is an easy way to lock an effector to its initial position (either in World Space or Character Space).

character_push_plant ( unit, enable_feet, enable_hands, constraint_id, nb_rays, ray_up_length, ray_down_length, relative, smoothing, depth, affect_chest_rotation, affect_hips_rotation )

Push a plant Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the plant constraint on.
enable_feet :	boolean	Set to true to enable feet floor planting.
enable_hands :	boolean	Set to true to enable hands floor planting.
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required).
nb_rays :	number	Number of rays to cast to scan terrain position and normal (1 is minimum; 9 is a generous value)
ray_up_length :	number	Vertical distance upwards (from the ankle/wrists effectors) for the raycast ray start position
ray_down_length :	number	Vertical distance downwards (from the ankle/wrists effectors) for the rayacst ray end position
relative :	boolean	Set to true to enable relative floor planting (preserve FK altitude for ankles and hips).
smoothing :	number	Smoothing intensity (0.0 means no smoothing 1.5 is usually a good value).
depth :	number	Planting depth (0.0 means exactly on floor surface; 0.03 is usually a good value).
affect_chest_rotation :	number	How much (between 0.0 and 1.0) the chest rotation can be affected by this node (0.05 is usually a good value)
affect_hips_rotation :	number	How much (between 0.0 and 1.0) the hips rotation can be affected by this node (0.2 is usually a good value)

Returns

This function does not return any values.

The purpose of this Constraint is to plant feet and hands inside the terrain geometry. In order to do this, the Constraint can move the Character hips, mostly vertically. Usually, a floor contact Constraint gets pushed on the stack imediately after the plant Constraint.

character_push_property_value ( unit, property_id, value )

Push a property value change on a Character context IK Constraint stack This allow fine tuning on both solving and retargeting.

Parameters

unit :	stingray.Unit	Unit you want the Property Value constraint to be pushed on.
property_id :	number	ID of the property to change the value
value :	number	New value for the property

Returns

This function does not return any values.

character_push_pull ( unit, effector_id, alpha, blend_in_time, constraint_id )

Push a pull Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the Fingers Control constraint on.
effector_id :	number	Effector ID of the effector (Hips, LeftWrist, ...) you want the Constraint to get applied to.
alpha :	number	Alpha value (strength/intensity) of the Constraint (between 0.0 and 1.0).
blend_in_time :	number	Time (in seconds) for the Constraint to become fully active (to reach its alpha value).
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required).

Returns

This function does not return any values.

The 'pull' Constraint enables actual full body IK: the possibility for an effector to drag the entiere body to satisfy its Constraints.

character_push_reach_orientation ( unit, effector_id, euler_orientation, world_space, alpha, blend_in_time, constraint_id )

Push a reach orientation Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the Reach Orientation constraint on.
effector_id :	number	Effector ID of the effector (Hips, LeftWrist, ...) you want the Constraint to get applied to.
euler_orientation :	stingray.Vector3	Target orientation you want to reach (in euler angles).
world_space :	number	Set to 1 to work in World Space, otherwise reference pose is the latest evaluated pose (in local coordinates)
alpha :	number	Alpha value (strength/intensity) of the Constraint (between 0.0 and 1.0).
blend_in_time :	number	Time (in seconds) for the Constraint to become fully active (to reach its alpha value).
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required).

Returns

This function does not return any values.

The 'reach orientation' Constraint enables you to set a target orientation for a specific effector to get reached. The target orientation can either be expressed in world space or in local space (latest evaluated pose) depending on the world_space value.

character_push_reach_position ( unit, effector_id, position, world_space, alpha, blend_in_time, constraint_id )

Push a reach position Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the Reach Position constraint on.
effector_id :	number	Effector ID of the effector (Hips, LeftWrist, ...) you want the Constraint to get applied to.
position :	stingray.Vector3	Target position you want to reach.
world_space :	number	Set to 1 to work in World Space, otherwise reference pose is the latest evaluated pose (in local coordinates)
alpha :	number	Alpha value (strength/intensity) of the Constraint (between 0.0 and 1.0).
blend_in_time :	number	Time (in seconds) for the Constraint to become fully active (to reach its alpha value).
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required).

Returns

This function does not return any values.

The 'reach position' Constraint enables you to set a target position for a specific effector to get reached. The target position can either be expressed in world space or in local space (latest evaluated pose) depending on the world_space value.

character_push_relative_pin ( unit, effector_id, pin_to_unit, pin_to_unit_object, translation, rotation, pull, alpha, blend_in_time, constraint_id )

Push a relative pin Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the Relative Pin constraint on.
effector_id :	number	Effector ID of the effector (Hips, LeftWrist, ...) you want the Constraint to get applied to.
pin_to_unit :	stingray.Unit	The unit to use for relative pinning.
pin_to_unit_object :	number	The unit object node index.
translation :	number	Translation factor (between 0.0 and 1.0) (set to 1.0 by default)
rotation :	number	Rotation factor (between 0.0 and 1.0) (set to 1.0 by default)
pull :	number	Pull factor (between 0.0 and 1.0).
alpha :	number	Alpha value (strength/intensity) of the Constraint (between 0.0 and 1.0).
blend_in_time :	number	Time (in seconds) for the Constraint to become fully active (to reach its alpha value).
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required).

Returns

This function does not return any values.

A relative pin Constraint pins an effector to an external unit (so when this external unit moves or rotates, the effector will track its movements)

character_push_resist ( unit, effector_id, alpha, blend_in_time, constraint_id )

Push a resist Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want to push the Resist constraint on.
effector_id :	number	Effector ID of the effector (Hips, LeftWrist, ...) you want the Constraint to get applied to.
alpha :	number	Alpha value (strength/intensity) of the Constraint (between 0.0 and 1.0).
blend_in_time :	number	Time (in seconds) for the Constraint to become fully active (to reach its alpha value).
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required).

Returns

This function does not return any values.

The 'resist' Constraint is only effective in full body IK; it indicates how much an effector should try to preserve its original FK orientation.

character_push_solve ( unit )

Push a test solve request on a Character context IK Constraint stack By default, an IK Constraint stack automatically gets solved after all IK Constraints have been applied.

Parameters

unit :

stingray.Unit

Unit you want the solve constraint to be pushed on.

Returns

This function does not return any values.

In some cases, though, it might be useful to solve the Character several times during the same frame. This solve request enables multi-pass solving and can be inserted anywhere in the IK Constraint stack.

character_push_test_biped ( unit, alpha, blend_in_time, constraint_id )

Push a test biped Constraint on a Character context IK Constraint stack.

Parameters

unit :	stingray.Unit	Unit you want the Test Biped constraint to be applied to.
alpha :	number	Alpha value (strength/intensity) of the Constraint (between 0.0 and 1.0).
blend_in_time :	number	Time (in seconds) for the Constraint to become fully active (to reach its alpha value).
constraint_id :	number	Constraint ID for later retrieving and tuning the Constraint (can be -1 if no tracking is required).

Returns

This function does not return any values.

The 'test biped' Constraint is an easy way to check a biped skeletal unit can properly be manipulated by HumanIK. When pushing this Constraint on a biped unit, you should see it starting to move its hips, chest and wrist to follow test motions.

character_push_test_quadruped ( unit )

Push a test quadruped Constraint on a Character context IK Constraint stack.

Parameters

unit :

stingray.Unit

Unit you want the Test Quadruped constraint to be applied to.

Returns

This function does not return any values.

The 'test quadruped' Constraint is a easy way to check a quadruped skeletal unit can properly be manipulated by HumanIK. When pushing this Constraint on a quadruped unit, you should see it starting to move its hips and chest while keeping its feet planted on the ground.

character_reach_orientation_set_orientation ( unit, constraint_index, euler_orientation )

This is a tuning operation for reach orientation Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Reach Orientation constraint "orientation" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
euler_orientation :	stingray.Vector3	Target orientation you want to reach (in euler angles).

Returns

This function does not return any values.

It allows you to update the target orientation for a specific reach orientation Constraint, depending on the context.

character_reach_position_set_position ( unit, constraint_index, position )

This is a tuning operation for reach position Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set the Reach Position constraint "position" value.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
position :	stingray.Vector3	Target position you want to reach.

Returns

This function does not return any values.

It allows you to update the target position for a specific reach position Constraint, depending on the context.

character_relative_pin_refresh ( unit, constraint_index )

Refreshes the relative transform between the external unit and the pinned effector.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.

Returns

This function does not return any values.

At refresh time, the Constraints compute and store a relative transform between the effector (in its FK state) and the external unit; the Constraint will preserve this relative transform during the next frames.

character_set_blend_alpha ( unit, constraint_index, alpha )

Sets the alpha value for a specific Constraint in a Character evaluation context.

Parameters

unit :	stingray.Unit	Unit associated to the evaluation context to modify.
constraint_index :	number	Index of the Constraint to set the alpha to.
alpha :	number	Alpha value (intensity) for that Constraint (between 0.0 and 1.0).

Returns

This function does not return any values.

The alpha value indicated the strength/intensity of a Constraint. When alpha is set to 0.0, the Constraint has no visible effect. When alpha is set to 1.0, the Constraint is fully active.

character_set_draw_rigs_flags ( unit, draw_fk, draw_ik, draw_always )

This enables to switch off FK and IK rig rendering in the editor viewports.

Parameters

unit :	stingray.Unit	Unit you want to affect.
draw_fk :	boolean	Set to true to draw the FK rig in the editor viewports.
draw_ik :	boolean	Set to true to draw the IK rig in the editor viewports.
draw_always :	boolean	Set to true to always draw the rigs in the editor viewports, even when the unit is not selected.

Returns

This function does not return any values.

character_set_solve_flags ( unit, disable_ik, disable_fk )

This enables to switch off the IK solving and/or the FK update for a specific Character evaluation context.

Parameters

unit :	stingray.Unit	Unit you want to affect.
disable_ik :	boolean	Set to true to disable IK solve.
disable_fk :	boolean	Set to true to disable FK update.

Returns

This function does not return any values.

character_set_source ( target_unit, source_unit )

This is the main function for enabling/disabling retargeting between units.

Parameters

target_unit :	stingray.Unit	Unit associated to the evaluation context to retarget to.
source_unit :	stingray.Unit	Unit associated to the evaluation context to retarget from.

Returns

This function does not return any values.

To disable retargeting, you can set the value of source_context_index to -1

creature_chain_motion_set_amplitude ( unit, constraint_index, amplitude )

This is a tuning operation for a Chain Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
amplitude :	number	Amplitude of the motion to be applied

Returns

This function does not return any values.

It allows you to update the motion amplitude for a specific Chain Motion Constraint, depending on the context.

creature_chain_motion_set_chain_index ( unit, constraint_index, chain_index )

This is a tuning operation for a Chain Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
chain_index :	number	Index of the Chain you want the Constraint to get applied to.

Returns

This function does not return any values.

It allows you to update the chain index for a specific Chain Motion Constraint, depending on the context.

creature_chain_motion_set_frequency ( unit, constraint_index, frequency )

This is a tuning operation for a Chain Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
frequency :	number	Frequency of the motion to be applied

Returns

This function does not return any values.

It allows you to update the motion frequency for a specific Chain Motion Constraint, depending on the context.

creature_chain_motion_set_phase ( unit, constraint_index, phase )

This is a tuning operation for a Chain Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
phase :	number	Phase of the motion to be applied.

Returns

This function does not return any values.

It allows you to update the motion phase for a specific Chain Motion Constraint, depending on the context.

creature_chain_motion_set_pull ( unit, constraint_index, pull )

This is a tuning operation for a Chain Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
pull :	number	Pull intensity of the motion.

Returns

This function does not return any values.

It allows you to update the pull intensity of the motion for a specific Chain Motion Constraint, depending on the context. Note pull can only be active when reach_t > 0.0

creature_chain_motion_set_reach_r ( unit, constraint_index, reach_r )

This is a tuning operation for a Chain Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
reach_r :	number	Rotation reach blending factor for the motion.

Returns

This function does not return any values.

It allows you to update the rotation reach blending factor of the motion for a specific Chain Motion Constraint, depending on the context.

creature_chain_motion_set_reach_t ( unit, constraint_index, reach_t )

This is a tuning operation for a Chain Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
reach_t :	number	Position reach blending factor for the motion.

Returns

This function does not return any values.

It allows you to update the position reach blending factor of the motion for a specific Chain Motion Constraint, depending on the context.

creature_chain_motion_set_type ( unit, constraint_index, motion_type )

This is a tuning operation for a Chain Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
motion_type :	number	Type of motion to be applied: // 0: no motion // 1: move effector position on a circle on the horizontal plan axis // 2: move effector position on the up axis, cosine movement // 3: move effector position on the right axis, cosine movement // 4: move effector position on the front axis, cosine movement // 5: move effector position around // 6: rotate effector on roll axis // 7: rotate effector on pitch axis // 8: rotate effector on yaw axis

Returns

This function does not return any values.

It allows you to update the motion type for a specific Chain Motion Constraint, depending on the context.

creature_chain_pin_get_chain_index ( unit, constraint_index ) : number

Retrieve the Chain index for the specified Chain Pin Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Index of the Chain for the specified Chain Pin Constraint.

creature_chain_pin_is_world_space ( unit, constraint_index ) : boolean

Returns whether a specific Chain Pin Constraint is working in World Space (as opposed to Local Space (from latest evaluated pose)) for a specific Chain Pin Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to query.

Returns

boolean

true if the Constraint is working in World Space.

creature_chain_pin_set_chain_index ( unit, constraint_index, chain_index )

This is a tuning operation for a Chain Pin Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
chain_index :	number	Index of the Chain you want the Constraint to get applied to.

Returns

This function does not return any values.

It allows you to update the effector for a specific Chain Pin Constraint, depending on the context.

creature_chain_pin_set_world_space ( unit, constraint_index, world_space )

This is a tuning operation for a Chain Pin Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Character evaluation context stack you want to set.
world_space :	number	Set to 1 to work in World Space, otherwise reference pose is the latest evaluated pose (in local coordinates)

Returns

This function does not return any values.

It allows you to update the space (World Space/Local Space (latest evaluated pose)) for a specific Chain Pin Constraint, depending on the context.

creature_declare_context ( unit, resource_name )

Declare a Creature context.

Parameters

unit :	stingray.Unit	Unit you want to associate a context to.
resource_name :	string	name of the .creature resource associated to the unit.

Returns

This function does not return any values.

It is not necessary to explicitely declare Creature context in most cases. Creature contexts are automatically declared and created when an update event happens on the related unit It is only necessary to declare Creature contexts when you want to setup IK or retargeting on a creature before the first update happens on that Creature, especially when using flow (if you do not declare the Context, the plug-in will discard your queries).

creature_delete_context ( unit, resource_name )

Delete a Creature context.

Parameters

unit :

stingray.Unit

Unit you want to delete the context.

Returns

This function does not return any values.

Creature contexts gets automatically deleted when the world they belong is destroyed. Yet you might want to explicitely delete some Creature contexts on specific events (like a Unit Unspawn event). It is recommended to delete contexts on Creatures you wont operate with HumanIK again for performances reasons. For instance, dead Creatures should be deleted.

creature_dump ( )

Dump all Creature evaluation contexts information in the log.

Parameters

This function does not accept any parameters.

Returns

This function does not return any values.

Useful for understanding/debugging. For all Creature evaluation context, this will list all current Constraints and their settings. Always call that function when you do not understand why a Creature does not react properly.

creature_section_motion_get_amplitude ( unit, constraint_index ) : number

Retrieve the amplitude for the specified Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Amplitude of the motion for the specified Section Motion Constraint.

creature_section_motion_get_frequency ( unit, constraint_index ) : number

Retrieve the frequency for the specified Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Frequency (in Hz) of the motion for the specified Section Motion Constraint.

creature_section_motion_get_phase ( unit, constraint_index ) : number

Retrieve the phase for the specified Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Phase (in seconds) of the motion for the specified Section Motion Constraint.

creature_section_motion_get_pull ( unit, constraint_index ) : number

Retrieve the pull strength for the specified Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Pull strength (between 0.0 and 1.0) of the motion for the specified Section Motion Constraint.

creature_section_motion_get_reach_r ( unit, constraint_index ) : number

Retrieve the orientation reach blending factor for the specified Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Orientation reach blending factor (between 0.0 and 1.0) of the motion for the specified Section Motion Constraint.

creature_section_motion_get_reach_t ( unit, constraint_index ) : number

Retrieve the translation reach blending factor for the specified Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Translation reach blending factor (between 0.0 and 1.0) of the motion for the specified Section Motion Constraint.

creature_section_motion_get_section_index ( unit, constraint_index ) : number

Retrieve the Section index for the specified Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Index of the Section for the specified Section Motion Constraint.

creature_section_motion_get_type ( unit, constraint_index ) : number

Retrieve the type for the specified Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint you want to query.

Returns

number

Type of the motion for the specified Section Motion Constraint.

creature_section_motion_set_amplitude ( unit, constraint_index, amplitude )

This is a tuning operation for a Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
amplitude :	number	Amplitude of the motion to be applied.

Returns

This function does not return any values.

It allows you to update the motion amplitude for a specific Section Motion Constraint, depending on the context.

creature_section_motion_set_frequency ( unit, constraint_index, frequency )

This is a tuning operation for a Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
frequency :	number	Frequency of the motion to be applied.

Returns

This function does not return any values.

It allows you to update the motion frequency for a specific Section Motion Constraint, depending on the context.

creature_section_motion_set_phase ( unit, constraint_index, phase )

This is a tuning operation for a Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
phase :	number	Phase of the motion to be applied.

Returns

This function does not return any values.

It allows you to update the motion phase for a specific Section Motion Constraint, depending on the context.

creature_section_motion_set_pull ( unit, constraint_index, pull )

This is a tuning operation for a Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
pull :	number	Pull intensity of the motion.

Returns

This function does not return any values.

It allows you to update the pull intensity of the motion for a specific Section Motion Constraint, depending on the context. Note pull can only be active when reach_t > 0.0

creature_section_motion_set_reach_r ( unit, constraint_index, reach_r )

This is a tuning operation for a Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
reach_r :	number	Rotation reach blending factor for the motion.

Returns

This function does not return any values.

It allows you to update the rotation reach blending factor of the motion for a specific Section Motion Constraint, depending on the context.

creature_section_motion_set_reach_t ( unit, constraint_index, reach_t )

This is a tuning operation for a Section Motion Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
reach_t :	number	Position reach blending factor for the motion.

Returns

This function does not return any values.

It allows you to update the position reach blending factor of the motion for a specific Section Motion Constraint, depending on the context.

creature_section_motion_set_section_index ( unit, constraint_index, section_index )

This is a tuning operation for a Section Pin Constraint.

Parameters

unit :	stingray.Unit	Unit you want to set.
constraint_index :	number	Index of the Constraint in the Creature evaluation context stack you want to set.
section_index :	number	Index of the Section you want the Constraint to get applied to.

Returns

This function does not return any values.

It allows you to update the section index for a specific Section Pin Constraint, depending on the context.

creature_section_motion_set_type ( unit, constraint_index, motion_type )

This is a tuning operation for a Section Motion Constraint.

Parameters

unit :

stingray.Unit

Unit you want to set.

constraint_index :

number

Index of the Constraint in the Creature evaluation context stack you want to set.

motion_type :

number

Type of motion to be applied:

0: no motion
1: move effector position on a circle on the horizontal plan
2: move effector position on the up axis, cosine movement
3: move effector position on the right axis, cosine movement
4: move effector position on the front axis, cosine movement
5: move effector position on a sphere
6: rotate effector on roll axis
7: rotate effector on pitch axis
8: rotate effector on yaw axis

Returns

This function does not return any values.

It allows you to update the motion type for a specific Section Motion Constraint, depending on the context.

enable ( do_enable )

Enable or disable HumanIK.

Parameters

do_enable :

boolean

Set to true to enable HumanIK; set to false to disable HumanIK.

Returns

This function does not return any values.

If you do not intend to use HumanIK, it is better to keep it disabled to spare CPU time.

enable_collisions_debug ( do_enable )

Enable or disable collisions debug when (X-rays mode has to be on).

Parameters

do_enable :

boolean

Set to true to enable collisions debug mode; set to false to disable collisions debug mode.

Returns

This function does not return any values.

This helps visualizing, understanding and debugging floor contact issues.

enable_x_rays ( do_enable )

Enable or disable X-rays mode.

Parameters

do_enable :

boolean

Set to true to enable X-rays mode; set to false to disable X-rays mode.

Returns

This function does not return any values.

X-rays mode displays quantity of useful debug information in the game viewport (rigs, targets, markers, ...).

is_enabled ( ) : boolean

Returns whether HumanIK is enabled or not.

Parameters

This function does not accept any parameters.

Returns

boolean

true if HumanIK is enabled.

reveal_all ( do_reveal )

Mostly used at edition time to display FK rigs and IK rigs as well as markers for understanding/debugging IK (only in the editor viewport).

Parameters

do_reveal :

boolean

Set to true to display all HumanIK rigs and markers; set to false to conceal them.

Returns

This function does not return any values.

HumanIK - stingray.HumanIK namespace reference - Stingray Lua API Reference

Description

Functions

character_aim_set_target_position ( unit, constraint_index, position )

character_aim_set_target_unit ( unit, constraint_index, target_unit, target_effector )

character_declare_context ( unit, resource_name )

character_delete_context ( unit, resource_name )

character_dump ( )

character_dump_effectors ( unit )

character_dump_in_file ( unit )

character_fingers_get_factor ( unit, constraint_index, factor_id ) : number

character_fingers_is_all ( unit, constraint_index ) : boolean

character_fingers_is_left ( unit, constraint_index ) : boolean

character_fingers_set_all ( unit, constraint_index, all )

character_fingers_set_factor ( unit, constraint_index, factor_id, factor )

character_fingers_set_left ( unit, constraint_index, left )

character_floor_get_feet_enabled ( unit, constraint_index ) : boolean

character_floor_get_hands_enabled ( unit, constraint_index ) : boolean

character_floor_get_nb_rays ( unit, constraint_index ) : number

character_floor_get_ray_down_length ( unit, constraint_index ) : number

character_floor_get_ray_up_length ( unit, constraint_index ) : number

character_floor_get_smoothing ( unit, constraint_index ) : number

character_floor_set_feet_enabled ( unit, constraint_index, enable_feet )

character_floor_set_hands_enabled ( unit, constraint_index, enable_hands )

character_floor_set_nb_rays ( unit, constraint_index, nb_rays )

character_floor_set_ray_down_length ( unit, constraint_index, ray_down_length )

character_floor_set_ray_up_length ( unit, constraint_index, ray_up_length )

character_floor_set_smoothing ( unit, constraint_index, smoothing )

character_get_constraint_index_from_constraint_id ( unit, constraint_id ) : number

character_get_constraint_type ( unit, constraint_index ) : number

character_get_debug_name ( unit ) : string

character_get_draw_rigs_flags ( unit ) : boolean, boolean, boolean

character_get_effector_transform ( unit, effector_id ) : stingray.Vector3, stingray.Quaternion

character_get_line_position ( unit, line_index ) : stingray.Vector3, stingray.Vector3

character_get_marker_position ( unit, marker_index ) : stingray.Vector3

character_get_node_children_count ( unit, node_id ) : number

character_get_node_child_id ( unit, node_id, child_index ) : number

character_get_node_parent_id ( unit, node_id ) : number

character_get_node_position ( unit, node_id, fk ) : stingray.Vector3

character_get_node_transform ( unit, node_id, fk ) : stingray.Vector3, stingray.Quaternion

character_get_solve_flags ( unit ) : boolean, boolean

character_get_source ( unit ) : number

character_look_at_get_chest_contribution ( unit, constraint_index ) : number

character_look_at_is_xy_only ( unit, constraint_index ) : boolean

character_look_at_set_chest_contribution ( unit, constraint_index, chest_contribution )

character_look_at_set_target_position ( unit, constraint_index, target_position )

character_look_at_set_target_unit ( unit, constraint_index, target_unit, target_effector )

character_look_at_set_xy_only ( unit, constraint_index, restrain_to_xy_plan )

character_node_get_limits ( unit, node_id ) : stingray.Vector3, stingray.Vector3, stingray.Quaternion

character_node_get_limits_draw_info ( unit, node_id ) : number

character_node_get_limits_draw_line ( unit, element_index ) : stingray.Vector3, stingray.Vector3, number, number, number

character_node_has_limits ( unit, node_id ) : boolean

character_num_constraints ( unit ) : number

character_num_lines ( unit ) : number

character_num_markers ( unit ) : number

character_offset_position_get_effector ( unit, constraint_index ) : number

character_offset_position_get_vector ( unit, constraint_index ) : stingray.Vector3

character_offset_position_is_world_space ( unit, constraint_index ) : boolean

character_offset_position_set_effector ( unit, constraint_index, effector_id )

character_offset_position_set_vector ( unit, constraint_index, delta )

character_offset_position_set_world_space ( unit, constraint_index, world_space )

character_offset_rotation_get_angle ( unit, constraint_index ) : number

character_offset_rotation_get_axis ( unit, constraint_index ) : stingray.Vector3

character_offset_rotation_get_effector ( unit, constraint_index ) : number

character_offset_rotation_is_world_space ( unit, constraint_index ) : boolean

character_offset_rotation_set_angle ( unit, constraint_index, angle )

character_offset_rotation_set_axis ( unit, constraint_index, axis )

character_offset_rotation_set_effector ( unit, constraint_index, effector )

character_offset_rotation_set_world_space ( unit, constraint_index, world_space )

character_pin_get_effector ( unit, constraint_index ) : number

character_pin_is_world_space ( unit, constraint_index ) : boolean

character_pin_set_effector ( unit, constraint_index, effector_id )

character_pin_set_world_space ( unit, constraint_index, world_space )

character_plant_get_depth ( unit, constraint_index ) : number

character_plant_get_feet_enabled ( unit, constraint_index ) : boolean

character_plant_get_hands_enabled ( unit, constraint_index ) : boolean

character_plant_get_nb_rays ( unit, constraint_index ) : number

character_plant_get_ray_down_length ( unit, constraint_index ) : number

character_plant_get_ray_up_length ( unit, constraint_index ) : number

character_plant_get_smoothing ( unit, constraint_index ) : number