shard_model_desc_t

// MNetworkVarNames = int32 m_nModelID
// MNetworkVarNames = HMaterialStrong m_hMaterialBase
// MNetworkVarNames = HMaterialStrong m_hMaterialDamageOverlay
// MNetworkVarNames = ShardSolid_t m_solid
// MNetworkVarNames = Vector2D m_vecPanelSize
// MNetworkVarNames = Vector2D m_vecStressPositionA
// MNetworkVarNames = Vector2D m_vecStressPositionB
// MNetworkVarNames = Vector2D m_vecPanelVertices
// MNetworkVarNames = Vector4D m_vInitialPanelVertices
// MNetworkVarNames = float m_flGlassHalfThickness
// MNetworkVarNames = bool m_bHasParent
// MNetworkVarNames = bool m_bParentFrozen
// MNetworkVarNames = CUtlStringToken m_SurfacePropStringToken
class shard_model_desc_t
{
    void* __vftable;
public:
    // MNetworkEnable
    int32 m_nModelID;
    // MNetworkEnable
    CStrongHandle<InfoForResourceTypeIMaterial2> m_hMaterialBase;
    // MNetworkEnable
    CStrongHandle<InfoForResourceTypeIMaterial2> m_hMaterialDamageOverlay;
    // MNetworkEnable
    ShardSolid_t m_solid;
    // MNetworkEnable
    Vector2D m_vecPanelSize;
    // MNetworkEnable
    Vector2D m_vecStressPositionA;
    // MNetworkEnable
    Vector2D m_vecStressPositionB;
    // MNetworkEnable
    CNetworkUtlVectorBase<Vector2D> m_vecPanelVertices;
    // MNetworkEnable
    CNetworkUtlVectorBase<Vector4D> m_vInitialPanelVertices;
    // MNetworkEnable
    float32 m_flGlassHalfThickness;
    // MNetworkEnable
    bool m_bHasParent;
    // MNetworkEnable
    bool m_bParentFrozen;
    // MNetworkEnable
    CUtlStringToken m_SurfacePropStringToken;
};