Struct hkbFootIkDriverInfoLeg

pub struct hkbFootIkDriverInfoLeg {

    pub __ptr: Option<Pointer>,
    pub m_prevAnkleRotLS: Quaternion,
    pub m_kneeAxisLS: Vector4,
    pub m_footEndLS: Vector4,
    pub m_footPlantedAnkleHeightMS: f32,
    pub m_footRaisedAnkleHeightMS: f32,
    pub m_maxAnkleHeightMS: f32,
    pub m_minAnkleHeightMS: f32,
    pub m_maxKneeAngleDegrees: f32,
    pub m_minKneeAngleDegrees: f32,
    pub m_maxAnkleAngleDegrees: f32,
    pub m_hipIndex: i16,
    pub m_kneeIndex: i16,
    pub m_ankleIndex: i16,
}

C++ Info

• name: hkbFootIkDriverInfoLeg
• version: 0
• signature: 0x224b18d1
• size: 96(x86)/ 96(x86_64)
• vtable: false

Fields

__ptr: Option<Pointer>

Unique index for this class

• Represents a pointer on XML (<hkobject name="#0001"></hkobject>)
• Option::None => This class is class in field.(<hkobject></hkobject>)

Note

Not present in the binary & Not exist actual C++ field.

m_prevAnkleRotLS: Quaternion

C++ Info

• name: prevAnkleRotLS(ctype: hkQuaternion)
• offset: 0(x86)/ 0(x86_64)
• type_size: 16(x86)/ 16(x86_64)
• flags: SERIALIZE_IGNORED

m_kneeAxisLS: Vector4

C++ Info

• name: kneeAxisLS(ctype: hkVector4)
• offset: 16(x86)/ 16(x86_64)
• type_size: 16(x86)/ 16(x86_64)

m_footEndLS: Vector4

C++ Info

• name: footEndLS(ctype: hkVector4)
• offset: 32(x86)/ 32(x86_64)
• type_size: 16(x86)/ 16(x86_64)

m_footPlantedAnkleHeightMS: f32

C++ Info

• name: footPlantedAnkleHeightMS(ctype: hkReal)
• offset: 48(x86)/ 48(x86_64)
• type_size: 4(x86)/ 4(x86_64)

m_footRaisedAnkleHeightMS: f32

C++ Info

• name: footRaisedAnkleHeightMS(ctype: hkReal)
• offset: 52(x86)/ 52(x86_64)
• type_size: 4(x86)/ 4(x86_64)

m_maxAnkleHeightMS: f32

C++ Info

• name: maxAnkleHeightMS(ctype: hkReal)
• offset: 56(x86)/ 56(x86_64)
• type_size: 4(x86)/ 4(x86_64)

m_minAnkleHeightMS: f32

C++ Info

• name: minAnkleHeightMS(ctype: hkReal)
• offset: 60(x86)/ 60(x86_64)
• type_size: 4(x86)/ 4(x86_64)

m_maxKneeAngleDegrees: f32

C++ Info

• name: maxKneeAngleDegrees(ctype: hkReal)
• offset: 64(x86)/ 64(x86_64)
• type_size: 4(x86)/ 4(x86_64)

m_minKneeAngleDegrees: f32

C++ Info

• name: minKneeAngleDegrees(ctype: hkReal)
• offset: 68(x86)/ 68(x86_64)
• type_size: 4(x86)/ 4(x86_64)

m_maxAnkleAngleDegrees: f32

C++ Info

• name: maxAnkleAngleDegrees(ctype: hkReal)
• offset: 72(x86)/ 72(x86_64)
• type_size: 4(x86)/ 4(x86_64)

m_hipIndex: i16

C++ Info

• name: hipIndex(ctype: hkInt16)
• offset: 76(x86)/ 76(x86_64)
• type_size: 2(x86)/ 2(x86_64)

m_kneeIndex: i16

C++ Info

• name: kneeIndex(ctype: hkInt16)
• offset: 78(x86)/ 78(x86_64)
• type_size: 2(x86)/ 2(x86_64)

m_ankleIndex: i16

C++ Info

• name: ankleIndex(ctype: hkInt16)
• offset: 80(x86)/ 80(x86_64)
• type_size: 2(x86)/ 2(x86_64)

Trait Implementations

impl Clone for hkbFootIkDriverInfoLeg

where Option<Pointer>: Clone, Quaternion: Clone, Vector4: Clone, f32: Clone, i16: Clone,

fn clone(&self) -> Self

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for hkbFootIkDriverInfoLeg

where Option<Pointer>: Debug, Quaternion: Debug, Vector4: Debug, f32: Debug, i16: Debug,

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Default for hkbFootIkDriverInfoLeg

where Option<Pointer>: Default, Quaternion: Default, Vector4: Default, f32: Default, i16: Default,

fn default() -> Self

Returns the “default value” for a type.

impl<'de> Deserialize<'de> for hkbFootIkDriverInfoLeg

fn deserialize<__D>(deserializer: __D) -> Result<Self, __D::Error>

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl HavokClass for hkbFootIkDriverInfoLeg

fn name(&self) -> &'static str

Get Class name.

fn signature(&self) -> Signature

Get signature.

fn deps_indexes(&self) -> Vec<usize>

Get dependencies class of indexes to do topological sort.

impl PartialEq for hkbFootIkDriverInfoLeg

where Option<Pointer>: PartialEq, Quaternion: PartialEq, Vector4: PartialEq, f32: PartialEq, i16: PartialEq,

fn eq(&self, other: &Self) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Serialize for hkbFootIkDriverInfoLeg

fn serialize<S>(&self, __serializer: S) -> Result<S::Ok, S::Error>

where S: Serializer,

Serialize this value into the given Serde serializer.