CharacterCamera1stPersonUnconscious.c

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// *************************************************************************************
// ! CharacterCamera1stPersonUnconscious - first person only unconscious
// *************************************************************************************
class CharacterCamera1stPersonUnconscious extends CharacterCamera1stPerson
{
    void CharacterCamera1stPersonUnconscious(CameraHandlerComponent pCameraHandler)
    {
    }
    
    override void OnUpdate(float pDt, out ScriptedCameraItemResult pOutResult)
    {
        // Note: The transformation is discarded (overwritten) later on
        super.OnUpdate(pDt, pOutResult);
 
        pOutResult.m_vBaseAngles        = "0 0 0";
        pOutResult.m_fUseHeading        = 0.0;
        pOutResult.m_iDirectBoneMode    = EDirectBoneMode.RelativeTransform;
        
        // TODO@AS: For now always use the camera bone. If transition is animated,
        // it is safe to revert to using GetCameraBoneIndex(), assuming sm_TagFPCamera is set.
        pOutResult.m_iDirectBone        = sm_iCameraBoneIndex;
        
        // Head bone in model space is rotated 180 around its yaw axis,
        // so we simply undo this rotation
        vector lookAngles = m_CharacterHeadAimingComponent.GetLookAngles();
        float y = lookAngles[0] - 180.0;
 
        while (y < -180)
            y += 360;
        while (y > 180)
            y -= 360;
 
        lookAngles[0] = y;
        
        Math3D.AnglesToMatrix(lookAngles, pOutResult.m_CameraTM);   
        pOutResult.m_CameraTM[3] = m_OffsetLS;
        
        // Apply camera shake if there is shake to be applied
        if (m_CharacterCameraHandler)
            m_CharacterCameraHandler.AddShakeToToTransform(pOutResult.m_CameraTM, pOutResult.m_fFOV);
    }
};