Trait IIKMapping_BoneMapMethods 

pub trait IIKMapping_BoneMapMethods: IIKMapping_BoneMap {
    // Provided methods
    fn initiate(
        self,
        transform: impl Into<Transform>,
        solver: impl Into<IKSolverFullBody>,
    ) { ... }
    fn get_swing_direction(self) -> Vector3 { ... }
    fn store_default_local_state(self) { ... }
    fn fix_transform(self, position: impl Into<bool>) { ... }
    fn get_is_node_bone(self) -> bool { ... }
    fn set_length(self, next_bone: impl Into<IKMapping_BoneMap>) { ... }
    fn set_local_swing_axis(self, swing_target: impl Into<IKMapping_BoneMap>) { ... }
    fn set_local_swing_axis_2(
        self,
        bone1: impl Into<IKMapping_BoneMap>,
        bone2: impl Into<IKMapping_BoneMap>,
    ) { ... }
    fn set_local_twist_axis(
        self,
        twist_direction: impl Into<Vector3>,
        normal_direction: impl Into<Vector3>,
    ) { ... }
    fn set_plane(
        self,
        solver: impl Into<IKSolverFullBody>,
        plane_bone1: impl Into<Transform>,
        plane_bone2: impl Into<Transform>,
        plane_bone3: impl Into<Transform>,
    ) { ... }
    fn update_plane(self, rotation: impl Into<bool>, position: impl Into<bool>) { ... }
    fn set_ik_position(self) { ... }
    fn maintain_rotation(self) { ... }
    fn set_to_ik_position(self) { ... }
    fn fix_to_node(
        self,
        solver: impl Into<IKSolverFullBody>,
        weight: impl Into<f32>,
        fix_node: impl Into<IKSolver_Node>,
    ) { ... }
    fn get_plane_position(self, solver: impl Into<IKSolverFullBody>) -> Vector3 { ... }
    fn position_to_plane(self, solver: impl Into<IKSolverFullBody>) { ... }
    fn rotate_to_plane(
        self,
        solver: impl Into<IKSolverFullBody>,
        weight: impl Into<f32>,
    ) { ... }
    fn swing(self, swing_target: impl Into<Vector3>, weight: impl Into<f32>) { ... }
    fn swing_2(
        self,
        pos1: impl Into<Vector3>,
        pos2: impl Into<Vector3>,
        weight: impl Into<f32>,
    ) { ... }
    fn twist(
        self,
        twist_direction: impl Into<Vector3>,
        normal_direction: impl Into<Vector3>,
        weight: impl Into<f32>,
    ) { ... }
    fn rotate_to_maintain(self, weight: impl Into<f32>) { ... }
    fn rotate_to_effector(
        self,
        solver: impl Into<IKSolverFullBody>,
        weight: impl Into<f32>,
    ) { ... }
    fn get_target_rotation(
        self,
        solver: impl Into<IKSolverFullBody>,
    ) -> Quaternion { ... }
    fn get_last_animated_target_rotation(self) -> Quaternion { ... }
    fn ctor(self) { ... }
}

Provided Methods

fn initiate( self, transform: impl Into<Transform>, solver: impl Into<IKSolverFullBody>, )

Initiate(crate::unity_engine::transform::Transform, crate::root_motion::final_ik::iksolverfullbody::IKSolverFullBody) overload

fn get_swing_direction(self) -> Vector3

get_swingDirection() overload

fn store_default_local_state(self)

StoreDefaultLocalState() overload

fn fix_transform(self, position: impl Into<bool>)

FixTransform(bool) overload

fn get_is_node_bone(self) -> bool

get_isNodeBone() overload

fn set_length(self, next_bone: impl Into<IKMapping_BoneMap>)

SetLength(crate::root_motion::final_ik::ikmapping::IKMapping_BoneMap) overload

fn set_local_swing_axis(self, swing_target: impl Into<IKMapping_BoneMap>)

SetLocalSwingAxis(crate::root_motion::final_ik::ikmapping::IKMapping_BoneMap) overload

fn set_local_swing_axis_2( self, bone1: impl Into<IKMapping_BoneMap>, bone2: impl Into<IKMapping_BoneMap>, )

SetLocalSwingAxis(crate::root_motion::final_ik::ikmapping::IKMapping_BoneMap, crate::root_motion::final_ik::ikmapping::IKMapping_BoneMap) overload

fn set_local_twist_axis( self, twist_direction: impl Into<Vector3>, normal_direction: impl Into<Vector3>, )

SetLocalTwistAxis(crate::unity_engine::vector3::Vector3, crate::unity_engine::vector3::Vector3) overload

fn set_plane( self, solver: impl Into<IKSolverFullBody>, plane_bone1: impl Into<Transform>, plane_bone2: impl Into<Transform>, plane_bone3: impl Into<Transform>, )

SetPlane(crate::root_motion::final_ik::iksolverfullbody::IKSolverFullBody, crate::unity_engine::transform::Transform, crate::unity_engine::transform::Transform, crate::unity_engine::transform::Transform) overload

fn update_plane(self, rotation: impl Into<bool>, position: impl Into<bool>)

UpdatePlane(bool, bool) overload

fn set_ik_position(self)

SetIKPosition() overload

fn maintain_rotation(self)

MaintainRotation() overload

fn set_to_ik_position(self)

SetToIKPosition() overload

fn fix_to_node( self, solver: impl Into<IKSolverFullBody>, weight: impl Into<f32>, fix_node: impl Into<IKSolver_Node>, )

FixToNode(crate::root_motion::final_ik::iksolverfullbody::IKSolverFullBody, f32, crate::root_motion::final_ik::iksolver::IKSolver_Node) overload

fn get_plane_position(self, solver: impl Into<IKSolverFullBody>) -> Vector3

GetPlanePosition(crate::root_motion::final_ik::iksolverfullbody::IKSolverFullBody) overload

fn position_to_plane(self, solver: impl Into<IKSolverFullBody>)

PositionToPlane(crate::root_motion::final_ik::iksolverfullbody::IKSolverFullBody) overload

fn rotate_to_plane( self, solver: impl Into<IKSolverFullBody>, weight: impl Into<f32>, )

RotateToPlane(crate::root_motion::final_ik::iksolverfullbody::IKSolverFullBody, f32) overload

fn swing(self, swing_target: impl Into<Vector3>, weight: impl Into<f32>)

Swing(crate::unity_engine::vector3::Vector3, f32) overload

fn swing_2( self, pos1: impl Into<Vector3>, pos2: impl Into<Vector3>, weight: impl Into<f32>, )

Swing(crate::unity_engine::vector3::Vector3, crate::unity_engine::vector3::Vector3, f32) overload

fn twist( self, twist_direction: impl Into<Vector3>, normal_direction: impl Into<Vector3>, weight: impl Into<f32>, )

Twist(crate::unity_engine::vector3::Vector3, crate::unity_engine::vector3::Vector3, f32) overload

fn rotate_to_maintain(self, weight: impl Into<f32>)

RotateToMaintain(f32) overload

fn rotate_to_effector( self, solver: impl Into<IKSolverFullBody>, weight: impl Into<f32>, )

RotateToEffector(crate::root_motion::final_ik::iksolverfullbody::IKSolverFullBody, f32) overload

fn get_target_rotation(self, solver: impl Into<IKSolverFullBody>) -> Quaternion

GetTargetRotation(crate::root_motion::final_ik::iksolverfullbody::IKSolverFullBody) overload

fn get_last_animated_target_rotation(self) -> Quaternion

get_lastAnimatedTargetRotation() overload

fn ctor(self)

.ctor() overload

Dyn Compatibility

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety", so this trait is not object safe.

Implementors

impl<__T: IIKMapping_BoneMap> IIKMapping_BoneMapMethods for __T

Available on crate feature root_motion-final_ik-ikmapping only.