CitadelCameraOperationDef_t

class CitadelCameraOperationDef_t
{
    void* __vftable;
public:
    CameraOperation m_eCameraOperation;
    // MPropertySuppressExpr = m_eCameraOperation == k_ECameraOp_Lag
    // MPropertyDescription = All operation source and target values are considered relative to the default values
    bool m_bValuesAreRelative;
    float32 m_flDelay;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Maintain
    // MPropertyDescription = How long to hold the current value. Less than zero for an indefinite end.
    float32 m_flMaintainDuration;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Approach
    // MPropertyDescription = How fast to approach the target value
    float32 m_flApproachSpeed;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Approach
    // MPropertyDescription = Acceleration as we approach the target value
    float32 m_flApproachAcceleration;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Approach
    // MPropertyDescription = Minimum time to try approaching
    float32 m_flApproachMinDuration;
    // MPropertySuppressExpr = m_bApproachDefault == true || m_eCameraOperation != k_ECameraOp_Approach || m_nCameraParam == 4
    // MPropertyDescription = The target value
    float32 m_flApproachTarget;
    // MPropertySuppressExpr = m_bApproachDefault == true || m_eCameraOperation != k_ECameraOp_Approach || m_nCameraParam != 4
    // MPropertyDescription = The target value
    Vector m_vApproachTarget;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Approach
    // MPropertyDescription = If true, approaches the dafault value.  If false, allows specifying a target value
    bool m_bApproachDefault;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Spring
    // MPropertyDescription = Strength of the spring.  Larger is stronger
    float32 m_flSpringStrength;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Spring
    // MPropertyDescription = Minimum speed of the spring.  Useful is the spring strength is low or the target is near.
    float32 m_flSpringMinSpeed;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Spring
    // MPropertyDescription = Maximum time to spring to the target
    float32 m_flSpringMaxDuration;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Spring
    // MPropertyDescription = If true, spring to the default value.  If false, allows specifing the target value
    bool m_bSpringToDefault;
    // MPropertySuppressExpr = m_bSpringToDefault == true || m_eCameraOperation != k_ECameraOp_Spring || m_nCameraParam == 4
    // MPropertyDescription = The target value to spring to
    float32 m_flSpringTarget;
    // MPropertySuppressExpr = m_bSpringToDefault == true || m_eCameraOperation != k_ECameraOp_Spring || m_nCameraParam != 4
    // MPropertyDescription = The target value to spring to
    Vector m_vSpringTarget;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Lerp
    // MPropertyDescription = If true, start lerping from the current value.  If false, allows specifying the start lerp value
    bool m_bLerpStartAtCurrent;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Lerp
    // MPropertyDescription = If true, lerp to the default value.  If false, allows specifying the end lerp value
    bool m_bLerpEndAtDefault;
    // MPropertySuppressExpr = m_bLerpStartAtCurrent == true || m_eCameraOperation != k_ECameraOp_Lerp || m_nCameraParam == 4
    // MPropertyDescription = The start lerp value
    float32 m_flLerpStart;
    // MPropertySuppressExpr = m_bLerpEndAtDefault == true || m_eCameraOperation != k_ECameraOp_Lerp || m_nCameraParam == 4
    // MPropertyDescription = The end lerp value
    float32 m_flLerpEnd;
    // MPropertySuppressExpr = m_bLerpStartAtCurrent == true || m_eCameraOperation != k_ECameraOp_Lerp || m_nCameraParam != 4
    // MPropertyDescription = The start lerp value
    Vector m_vLerpStart;
    // MPropertySuppressExpr = m_bLerpEndAtDefault == true || m_eCameraOperation != k_ECameraOp_Lerp || m_nCameraParam != 4
    // MPropertyDescription = The end lerp value
    Vector m_vLerpEnd;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Lerp
    // MPropertyAttributeRange = 0 1
    // MPropertyDescription = A bias on the lerp
    float32 m_flLerpBias;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Lerp
    // MPropertyAttributeRange = 0 1
    // MPropertyDescription = A gain on the lerp
    float32 m_flLerpGain;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Lerp
    // MPropertyDescription = How long to lerp from start to end
    float32 m_flLerpDuration;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Lag
    // MPropertyDescription = Minimum time to have the spring active
    float32 m_flLagMinDuration;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Lag
    // MPropertyDescription = How long to let the value lag behind before springing to the default value
    float32 m_flLagTime;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Lag
    // MPropertyDescription = While lagging behind, the max value we can approach the target value.
    float32 m_flLagMaxSpeed;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Lag
    // MPropertyDescription = Once the lag period is over, how strong the spring is that pulls the current value to the default value
    float32 m_flLagSpringStrength;
    // MPropertySuppressExpr = m_eCameraOperation != k_ECameraOp_Lag
    // MPropertyDescription = When true, the spring strength will scale up to try to keep the target on screen
    bool m_bIncreaseSpringStrengthToKeepTargetOnScreen;
};

KV3 Class Defaults