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1
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#open "dummy_lib"
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2
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3
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const MatrixAndArrays_Constant_Value = [ [ 2.2, 3.3, 4.4, 2.2, 4.4, 3.3 ] ] ;
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4
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const MatrixAndArrays_Gain_Gain = [ [ 2.1, 1.0, 3.0, 4.2 ] ] ;
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5
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const MatrixAndArrays_UnitDelay_InitialValue = [ [ 1.1, 2.2, 1.0, 1.0 ] ] ;
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6
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7
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8
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node MatrixAndArrays (
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In1_Out1_11 : real^2^3)
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returns (
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11
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Out1_In1_57 : real^2^2) ;
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12
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var
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13
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Gain_Out1_28 : real^2^2 ;
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14
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Product_Out1_40 : real^2^2 ;
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15
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UnitDelay_Out1_45 : real^2^2 ;
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16
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Gain_In1_27 : real^2^2 ;
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17
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Product_In1_38 : real^2^3 ;
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18
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Product_In2_39 : real^3^2 ;
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19
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UnitDelay_In1_44 : real^2^2 ;
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let
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Gain_Out1_28 = _MatMul_real (2, 2, 2, MatrixAndArrays_Gain_Gain, Gain_In1_27) ;
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Product_Out1_40 = _MatMul_real (2, 3, Product_In1_38, Product_In2_39) ;
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UnitDelay_Out1_45 = MatrixAndArrays_UnitDelay_InitialValue -> pre UnitDelay_In1_44 ;
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Product_In1_38 = In1_Out1_11 ;
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Product_In2_39 = MatrixAndArrays_Constant_Value ;
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Gain_In1_27 = Product_Out1_40 ;
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27
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UnitDelay_In1_44 = Gain_Out1_28 ;
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28
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Out1_In1_57 = UnitDelay_Out1_45 ;
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29
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--! MAIN : true ;
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30
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tel
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