version = 4.2

//
// Saved by sw version: 2021.2
// Save timestamp: 25-Jun-2021 @ 04:23:44 PM
//

model "filtro_attivo" {
    configuration {
        hil_device = "VHIL+"
        hil_configuration_id = 1
        simulation_method = exact
        simulation_time_step = 2e-6
        simulation_discret_scaling = 1.0
        dsp_timer_periods = 100e-6, 50e-3
        ss_calc_method = "systematic elimination"
        enb_pole_shift = True
        enb_gds_oversampling = True
        show_modes = False
        device_ao_limit_enable = False
        reset_analog_outputs_on_sim_stop = True
        reset_digital_outputs_on_sim_stop = True
        cpl_stb = False
        enb_dep_sw_detect = False
        code_section = "internal memory"
        data_section = "internal memory"
        sys_sp_rate_1 = 0.0001
        sys_sp_rate_2 = 0.05
        sys_real_type_precision = "default"
        user_real_type_precision = "default"
        sys_cpu_optimization = "high"
        user_cpu_optimization = "high"
        user_cpu_part_option = "default"
        matrix_based_reduction = True
        cpl_dynamics_analysis = False
        export_ss_to_pickle = False
        cce_platform = "generic"
        cce_use_relative_names = False
        cce_type_mapping_real = "double"
        cce_type_mapping_uint = "unsigned int"
        cce_type_mapping_int = "int"
        cce_directory = ""
        cce_custom_type_int = ""
        cce_custom_type_uint = ""
        cce_custom_type_real = ""
        tunable_params = "component defined"
    }

    component Subsystem Root {
        component "core/Three Phase Voltage Source" Vs {
            init_rms_value = "230.0"
        }
        [
            position = 7920, 8160
            size = 62, 256
        ]

        component "core/Three Phase Diode Rectifier" "Three Phase Diode Rectifier1" {
        }
        [
            position = 9336, 8160
            size = 127, 256
        ]

        component pas_capacitor C1 {
            capacitance = "1e-3"
            initial_voltage = "500"
        }
        [
            position = 9456, 8160
            rotation = right
        ]

        component pas_resistor R1 {
            resistance = "30"
        }
        [
            position = 9512, 8208
            rotation = right
        ]

        component "core/Three Phase Inverter" "Three Phase Inverter1" {
            carrier_freq = "20000.0"
            ctrl_src = "Internal modulator"
            d_time = "5e-7"
            fvd_def_method = "LUT"
        }
        [
            position = 8056, 8576
            size = 127, 256
        ]

        component pas_capacitor C2 {
            capacitance = "750e-6"
            initial_voltage = "700"
        }
        [
            position = 7920, 8568
            rotation = right
        ]

        component pas_inductor L1 {
            inductance = "5e-3"
        }
        [
            position = 8192, 8480
        ]

        component pas_inductor L2 {
            inductance = "5e-3"
        }
        [
            position = 8192, 8576
        ]

        component pas_inductor L3 {
            inductance = "5e-3"
        }
        [
            position = 8192, 8672
        ]

        component "core/Current Measurement" If1 {
            execution_rate = "2e-6"
            feed_forward = "true"
            sig_output = "True"
        }
        [
            position = 8288, 8480
            scale = 1, -1
            size = 64, 32
        ]

        component "core/Current Measurement" If2 {
            execution_rate = "2e-6"
            feed_forward = "true"
            sig_output = "True"
        }
        [
            position = 8352, 8576
            scale = 1, -1
            size = 64, 32
        ]

        component "core/Current Measurement" If3 {
            execution_rate = "2e-6"
            feed_forward = "true"
            sig_output = "True"
        }
        [
            position = 8416, 8672
            scale = 1, -1
            size = 64, 32
        ]

        component "core/Current Measurement" Ic1 {
            execution_rate = "2e-6"
            feed_forward = "true"
            sig_output = "True"
        }
        [
            position = 9040, 8064
            scale = 1, -1
            size = 64, 32
        ]

        component "core/Current Measurement" Ic2 {
            execution_rate = "2e-6"
            feed_forward = "true"
            sig_output = "True"
        }
        [
            position = 8992, 8160
            scale = 1, -1
            size = 64, 32
        ]

        component "core/Current Measurement" Ic3 {
            execution_rate = "2e-6"
            feed_forward = "true"
            sig_output = "True"
        }
        [
            position = 8944, 8256
            scale = 1, -1
            size = 64, 32
        ]

        component "core/Voltage Measurement" Vdc {
            bw_limit = "True"
            execution_rate = "2e-6"
            sig_output = "True"
        }
        [
            position = 7848, 8568
            rotation = right
            scale = -1, 1
            size = 64, 32
        ]

        component "core/Voltage Measurement" Vs1 {
            execution_rate = "2e-6"
            sig_output = "True"
        }
        [
            position = 8600, 8304
            rotation = right
            size = 64, 32
        ]

        component "core/Voltage Measurement" Vs2 {
            execution_rate = "2e-6"
            sig_output = "True"
        }
        [
            position = 8672, 8352
            rotation = right
            size = 64, 32
        ]

        component "core/Voltage Measurement" Vs3 {
            execution_rate = "2e-6"
            sig_output = "True"
        }
        [
            position = 8744, 8400
            rotation = right
            size = 64, 32
        ]

        component src_ground gnd1 {
        }
        [
            position = 8672, 8512
        ]

        component src_ground gnd2 {
        }
        [
            position = 7832, 8160
            rotation = right
        ]

        component "core/Current Measurement" Is1 {
        }
        [
            position = 8264, 8064
            size = 64, 32
        ]

        component "core/Current Measurement" Is2 {
        }
        [
            position = 8264, 8160
            size = 64, 32
        ]

        component "core/Current Measurement" Is3 {
        }
        [
            position = 8264, 8256
            size = 64, 32
        ]

        component gen_sum Sum1 {
            signs = "+-"
        }
        [
            position = 10272, 8488
        ]

        component gen_abc2alpha_beta "abc to alpha beta1" {
        }
        [
            position = 8480, 9032
        ]

        component gen_sum Sum2 {
            signs = "+-"
        }
        [
            position = 10288, 8648
        ]

        component gen_abc2alpha_beta "abc to alpha beta i" {
            power_form = "invariant"
        }
        [
            position = 9168, 8440
        ]

        component gen_abc2alpha_beta "abc to alpha beta v" {
            power_form = "invariant"
        }
        [
            position = 9168, 8616
        ]

        component gen_product Product1 {
        }
        [
            position = 9408, 8424
        ]

        component gen_product Product2 {
        }
        [
            position = 9408, 8528
        ]

        component gen_sum pl {
        }
        [
            position = 9528, 8472
        ]

        component gen_product Product3 {
        }
        [
            position = 9336, 8720
        ]

        component gen_product Product4 {
        }
        [
            position = 9336, 8816
        ]

        component gen_sum ql {
            signs = "-+"
        }
        [
            position = 9432, 8776
        ]

        component gen_sum pf {
            signs = "+-"
        }
        [
            position = 9728, 8440
        ]

        component gen_sum qf {
            signs = "+-"
        }
        [
            position = 9728, 8744
        ]

        component gen_product valpha_x_pf {
        }
        [
            position = 9944, 8584
        ]

        component gen_product vbeta_x_qf {
        }
        [
            position = 9944, 8680
        ]

        component gen_sum Sum7 {
        }
        [
            position = 10040, 8632
        ]

        component gen_product Product7 {
        }
        [
            position = 9632, 8864
        ]

        component gen_product Product8 {
        }
        [
            position = 9632, 8944
        ]

        component gen_sum "valpha^2+vbeta^2" {
        }
        [
            position = 9752, 8904
        ]

        component gen_product i_ref_alpha {
            signs = "*/"
        }
        [
            position = 10152, 8640
        ]

        component gen_product vbeta_x_pf {
        }
        [
            position = 9944, 8440
        ]

        component gen_product i_ref_beta {
            signs = "*/"
        }
        [
            position = 10152, 8480
        ]

        component gen_product valpha_x_qf {
        }
        [
            position = 9944, 8512
        ]

        component gen_sum sum8 {
            signs = "+-"
        }
        [
            position = 10040, 8472
        ]

        component gen_terminator Termination1 {
        }
        [
            position = 9168, 8704
            scale = -1, 1
        ]

        component gen_terminator Termination2 {
        }
        [
            position = 9168, 8528
            scale = -1, 1
        ]

        component gen_terminator Termination3 {
        }
        [
            position = 8584, 9056
        ]

        component gen_alpha_beta2abc Vabc_ref {
        }
        [
            position = 10616, 8560
            scale = 1, -1
        ]

        component gen_product "Vdc^2" {
        }
        [
            position = 9640, 8216
            scale = -1, 1
        ]

        component gen_pid_controller R_Vdc {
            controller_type = "PI"
            ki = "3e-3"
            kp = "3e-4"
        }
        [
            position = 9728, 8312
        ]

        component gen_sum pf1 {
            signs = "-+"
        }
        [
            position = 9824, 8432
        ]

        component gen_sum ql2 {
            signs = "-+"
        }
        [
            position = 9640, 8312
        ]

        component gen_product Product10 {
        }
        [
            position = 9560, 8320
        ]

        component src_constant Vdc_ref {
            execution_rate = "2e-6"
            value = "1000"
        }
        [
            position = 9408, 8328
        ]

        component gen_gain Gain1 {
            gain = "0.8165"
        }
        [
            position = 9424, 8592
        ]

        component gen_gain Gain2 {
            gain = "0.8165"
        }
        [
            position = 9424, 8672
        ]

        component src_constant Const {
            execution_rate = "2e-6"
            value = "0"
        }
        [
            position = 10608, 8464
            scale = -1, 1
        ]

        component pas_inductor L4 {
            inductance = "3e-3"
        }
        [
            position = 9184, 8064
        ]

        component pas_inductor L5 {
            inductance = "3e-3"
        }
        [
            position = 9184, 8160
        ]

        component pas_inductor L6 {
            inductance = "3e-3"
        }
        [
            position = 9184, 8256
        ]

        component "core/Three Phase Core Coupling" "Core Coupling 1" {
            C1 = "10e-06"
            L1 = "0.01"
            R1 = "10e3"
            R2 = "0.01"
            snb_type_i = "R1-C1"
            snb_type_u = "R2||L1"
        }
        [
            position = 9112, 8160
            size = 12, 256
        ]

        component src_scada_input "Active filter" {
            execution_rate = "2e-6"
            max = "1"
            min = "0"
            unit = ""
        }
        [
            position = 7888, 8416
        ]

        component "core/Single Pole Single Throw Contactor" S1 {
            ctrl_src = "Model"
        }
        [
            position = 9512, 8120
            rotation = right
            size = 64, 32
        ]

        component src_scada_input Load {
            execution_rate = "2e-6"
            max = "1"
            min = "0"
            unit = ""
        }
        [
            position = 9576, 8120
            scale = -1, 1
        ]

        component gen_sum sum_Vs_alpha {
        }
        [
            position = 10520, 8616
        ]

        component gen_sum sum_Vs_beta {
        }
        [
            position = 10520, 8528
        ]

        component pas_resistor R2 {
            resistance = "1e6"
        }
        [
            position = 8672, 8000
            rotation = right
        ]

        component pas_resistor R3 {
            resistance = "1e6"
        }
        [
            position = 8744, 8000
            rotation = right
        ]

        component pas_resistor R4 {
            resistance = "1e6"
        }
        [
            position = 8600, 8000
            rotation = right
        ]

        component src_ground gnd3 {
        }
        [
            position = 8672, 7888
            rotation = down
        ]

        component gen_probe Ri_alfa {
        }
        [
            position = 10360, 8552
            scale = -1, 1
        ]

        component gen_gain Gain4 {
            gain = "0.002"
        }
        [
            position = 10448, 8688
            rotation = left
        ]

        component gen_pid_controller "PID controller1" {
            controller_type = "PI"
            enb_anti_windup_out = "True"
            ki = "25"
            kp = "0.1"
            lower_sat_lim = "-70"
            signal_out_type = "real"
            upper_sat_lim = "70"
        }
        [
            position = 10368, 8488
        ]

        component gen_pid_controller "PID controller2" {
            controller_type = "PI"
            enb_anti_windup_out = "True"
            ki = "25"
            kp = "0.1"
            lower_sat_lim = "-70"
            signal_out_type = "real"
            upper_sat_lim = "70"
        }
        [
            position = 10368, 8648
        ]

        component gen_limiter Limit1 {
            lower_limit = "1e-3"
        }
        [
            position = 10000, 8904
        ]

        component gen_gain Gain5 {
            gain = "0.002"
        }
        [
            position = 10448, 8464
            rotation = left
            scale = 1, -1
        ]

        component gen_z_domain_transfer "Discrete Transfer Function2" {
            a_coeff = "[2.81e-5,7.43e-3,1]"
            b_coeff = "[1]"
            domain = "S-domain"
            method = "Bilinear"
        }
        [
            position = 9640, 8472
        ]

        component gen_z_domain_transfer "Discrete Transfer Function3" {
            a_coeff = "[2.81e-5,7.43e-3,1]"
            b_coeff = "[1]"
            domain = "S-domain"
            method = "Bilinear"
        }
        [
            position = 9640, 8776
        ]

        tag Goto1 {
            value = "v_alpha"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9792, 8552
        ]

        tag From1 {
            value = "v_alpha"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 10376, 8736
        ]

        tag Goto2 {
            value = "v_beta"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9792, 8632
        ]

        tag From2 {
            value = "v_beta"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 10376, 8416
        ]

        tag From3 {
            value = "vfa"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 8256, 8320
            scale = -1, 1
        ]

        tag From4 {
            value = "vfb"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 8256, 8368
            scale = -1, 1
        ]

        tag From5 {
            value = "vfc"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 8256, 8416
            scale = -1, 1
        ]

        tag Goto3 {
            value = "vfa"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 10704, 8608
        ]

        tag Goto4 {
            value = "vfb"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 10704, 8560
        ]

        tag Goto5 {
            value = "vfc"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 10704, 8512
        ]

        tag Goto6 {
            value = "Vdc"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 7760, 8568
            scale = -1, 1
        ]

        tag From6 {
            value = "Vdc"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 9736, 8216
            scale = -1, 1
        ]

        junction Junction7 pe
        [
            position = 8440, 8064
        ]

        junction Junction8 pe
        [
            position = 8480, 8160
        ]

        junction Junction10 pe
        [
            position = 7920, 8480
        ]

        junction Junction11 pe
        [
            position = 7920, 8672
        ]

        junction Junction12 pe
        [
            position = 8600, 8064
        ]

        junction Junction13 pe
        [
            position = 8672, 8160
        ]

        junction Junction14 pe
        [
            position = 8744, 8256
        ]

        junction Junction15 sp
        [
            position = 9296, 8592
        ]

        junction Junction16 sp
        [
            position = 9272, 8440
        ]

        junction Junction17 sp
        [
            position = 9248, 8616
        ]

        junction Junction18 sp
        [
            position = 9224, 8416
        ]

        junction Junction30 sp
        [
            position = 9832, 8744
        ]

        junction Junction34 sp
        [
            position = 9888, 8432
        ]

        junction Junction35 sp
        [
            position = 9464, 8328
        ]

        junction Junction37 sp
        [
            position = 9744, 8592
        ]

        junction Junction39 sp
        [
            position = 9336, 8616
        ]

        junction Junction40 sp
        [
            position = 9864, 8672
        ]

        junction Junction41 pe
        [
            position = 8520, 8256
        ]

        junction Junction42 pe
        [
            position = 8672, 8440
        ]

        junction Junction43 pe
        [
            position = 8672, 8440
        ]

        junction Junction56 pe
        [
            position = 9456, 8064
        ]

        junction Junction57 pe
        [
            position = 9456, 8256
        ]

        junction Junction59 sp
        [
            position = 9744, 8672
        ]

        junction Junction60 sp
        [
            position = 9744, 8552
        ]

        junction Junction61 sp
        [
            position = 9680, 8216
        ]

        junction Junction64 pe
        [
            position = 8600, 8064
        ]

        junction Junction65 pe
        [
            position = 8672, 8160
        ]

        junction Junction66 pe
        [
            position = 8744, 8256
        ]

        junction Junction73 sp
        [
            position = 9296, 8592
        ]

        junction Junction74 sp
        [
            position = 9560, 8672
        ]

        junction Junction75 sp
        [
            position = 9560, 8856
        ]

        junction Junction89 sp
        [
            position = 10416, 8536
        ]

        junction Junction94 sp
        [
            position = 9584, 8472
        ]

        junction Junction95 sp
        [
            position = 9584, 8776
        ]

        junction Junction96 sp
        [
            position = 9512, 8592
        ]

        junction Junction97 sp
        [
            position = 9512, 8936
        ]

        junction Junction98 sp
        [
            position = 10088, 8648
        ]

        connect "Three Phase Inverter1.a_in" L1.p_node as Connection21
        connect "Three Phase Inverter1.b_in" L2.p_node as Connection22
        connect "Three Phase Inverter1.c_in" L3.p_node as Connection23
        connect L1.n_node If1.p_node as Connection41
        connect L2.n_node If2.p_node as Connection43
        connect L3.n_node If3.p_node as Connection45
        connect Junction7 If1.n_node as Connection50
        [
            breakpoints = 8440, 8064
        ]
        connect Junction8 If2.n_node as Connection56
        [
            breakpoints = 8480, 8160
        ]
        connect C2.p_node Junction10 as Connection62
        connect Junction10 "Three Phase Inverter1.pos_out" as Connection63
        connect C2.n_node Junction11 as Connection65
        connect Junction11 "Three Phase Inverter1.neg_out" as Connection66
        connect Ic1.p_node Junction12 as Connection68
        connect Junction12 Junction7 as Connection69
        [
            breakpoints = 8608, 8064; 8448, 8064
        ]
        connect Ic2.p_node Junction13 as Connection71
        connect Junction13 Junction8 as Connection72
        connect Ic3.p_node Junction14 as Connection74
        connect Vs3.p_node Junction14 as Connection76
        connect Vs.n_node gnd2.node as Connection80
        connect Is1.n_node Junction7 as Connection82
        connect Is2.n_node Junction8 as Connection84
        connect If1.out "abc to alpha beta1.A" as Connection85
        [
            breakpoints = 8288, 8472; 8288, 8720
        ]
        connect If2.out "abc to alpha beta1.B" as Connection86
        connect If3.out "abc to alpha beta1.C" as Connection87
        connect Ic1.out "abc to alpha beta i.A" as Connection88
        [
            breakpoints = 9040, 8136; 9040, 8232; 9048, 8416
        ]
        connect Ic3.out "abc to alpha beta i.C" as Connection90
        connect Vs1.out "abc to alpha beta v.A" as Connection91
        [
            breakpoints = 8888, 8304; 8888, 8592
        ]
        connect Vs2.out "abc to alpha beta v.B" as Connection92
        [
            breakpoints = 8848, 8352; 8848, 8616
        ]
        connect Vs3.out "abc to alpha beta v.C" as Connection93
        [
            breakpoints = 8808, 8400; 8808, 8640
        ]
        connect Product1.out pl.in as Connection98
        [
            breakpoints = 9480, 8456
        ]
        connect Product2.out pl.in1 as Connection99
        [
            breakpoints = 9480, 8528; 9480, 8480
        ]
        connect "abc to alpha beta v.alpha" Junction15 as Connection100
        connect Junction15 Product1.in1 as Connection101
        [
            breakpoints = 9296, 8592; 9296, 8432
        ]
        connect "abc to alpha beta i.beta" Junction16 as Connection103
        connect Junction16 Product2.in as Connection104
        [
            breakpoints = 9336, 8440; 9336, 8520
        ]
        connect Product3.in1 Junction16 as Connection105
        connect "abc to alpha beta v.beta" Junction17 as Connection106
        connect "abc to alpha beta i.alpha" Junction18 as Connection109
        connect Junction18 Product1.in as Connection110
        connect Product4.in1 Junction18 as Connection111
        connect ql.in Product3.out as Connection113
        connect valpha_x_pf.out Sum7.in as Connection133
        connect Sum7.in1 vbeta_x_qf.out as Connection134
        connect "valpha^2+vbeta^2.in" Product7.out as Connection163
        connect "valpha^2+vbeta^2.in1" Product8.out as Connection164
        connect Sum7.out i_ref_alpha.in as Connection165
        connect qf.out Junction30 as Connection181
        connect Junction30 vbeta_x_qf.in1 as Connection182
        [
            breakpoints = 9832, 8744; 9904, 8744
        ]
        connect vbeta_x_pf.out sum8.in as Connection196
        connect sum8.in1 valpha_x_qf.out as Connection197
        connect i_ref_beta.in sum8.out as Connection201
        connect "abc to alpha beta v.gamma" Termination1.in as Connection202
        connect Termination2.in "abc to alpha beta i.gamma" as Connection203
        connect Termination3.in "abc to alpha beta1.gamma" as Connection208
        connect vbeta_x_pf.in Junction34 as Connection216
        connect Junction34 valpha_x_pf.in as Connection217
        [
            breakpoints = 9888, 8432; 9888, 8576
        ]
        connect ql2.out R_Vdc.in as Connection222
        connect Product10.out ql2.in1 as Connection223
        connect Vdc_ref.out Junction35 as Connection225
        connect Junction35 Product10.in1 as Connection226
        connect Product10.in Junction35 as Connection227
        connect ql2.in "Vdc^2.out" as Connection228
        connect valpha_x_pf.in1 Junction37 as Connection235
        connect Product2.in1 Junction39 as Connection242
        [
            breakpoints = 9336, 8536; 9336, 8568; 9336, 8616; 9336, 8616
        ]
        connect Junction39 Junction17 as Connection243
        [
            breakpoints = 9336, 8616; 9336, 8616
        ]
        connect Gain2.in Junction39 as Connection244
        [
            breakpoints = 9336, 8672; 9336, 8616
        ]
        connect Junction40 vbeta_x_qf.in as Connection247
        connect vbeta_x_pf.in1 Junction40 as Connection248
        connect Vabc_ref.gamma Const.out as Connection249
        connect Junction41 If3.n_node as Connection253
        [
            breakpoints = 8520, 8256
        ]
        connect Is3.n_node Junction41 as Connection254
        connect Vs2.n_node Junction42 as Connection263
        connect Junction42 gnd1.node as Connection264
        [
            breakpoints = 8672, 8432
        ]
        connect Vs3.n_node Junction43 as Connection266
        connect Junction43 Junction42 as Connection267
        connect Vs1.n_node Junction43 as Connection268
        connect L4.n_node "Three Phase Diode Rectifier1.a_in" as Connection275
        connect L5.n_node "Three Phase Diode Rectifier1.b_in" as Connection277
        connect L6.n_node "Three Phase Diode Rectifier1.c_in" as Connection279
        connect "Core Coupling 1.a_out" L4.p_node as Connection280
        connect "Core Coupling 1.b_out" L5.p_node as Connection281
        connect "Core Coupling 1.c_out" L6.p_node as Connection282
        connect "Core Coupling 1.c_in" Ic3.n_node as Connection283
        connect "Core Coupling 1.b_in" Ic2.n_node as Connection284
        connect "Core Coupling 1.a_in" Ic1.n_node as Connection285
        connect pf.out pf1.in1 as Connection295
        [
            breakpoints = 9768, 8440
        ]
        connect "Active filter.out" "Three Phase Inverter1.En" as Connection328
        connect R1.p_node S1.a_out as Connection340
        connect C1.p_node Junction56 as Connection341
        connect Junction56 "Three Phase Diode Rectifier1.pos_out" as Connection342
        connect S1.a_in Junction56 as Connection343
        connect "Three Phase Diode Rectifier1.neg_out" Junction57 as Connection344
        connect Junction57 C1.n_node as Connection345
        connect R1.n_node Junction57 as Connection346
        connect Load.out S1.ctrl_in as Connection347
        connect Junction59 Junction40 as Connection357
        connect Goto2 Junction59 as Connection358
        connect Junction37 Junction60 as Connection360
        [
            breakpoints = 9744, 8592
        ]
        connect Junction60 valpha_x_qf.in as Connection361
        [
            breakpoints = 9744, 8504; 9904, 8504
        ]
        connect Goto1 Junction60 as Connection362
        connect From3 "Three Phase Inverter1.InA" as Connection365
        connect From4 "Three Phase Inverter1.InB" as Connection366
        connect From5 "Three Phase Inverter1.InC" as Connection367
        connect Goto3 Vabc_ref.A as Connection368
        connect Vabc_ref.B Goto4 as Connection369
        connect Vabc_ref.C Goto5 as Connection370
        [
            breakpoints = 10656, 8536; 10656, 8512
        ]
        connect Goto6 Vdc.out as Connection372
        connect From6 Junction61 as Connection374
        connect Junction61 "Vdc^2.in" as Connection375
        connect "Vdc^2.in1" Junction61 as Connection376
        connect Ic2.out "abc to alpha beta i.B" as Connection383
        connect R4.p_node R2.p_node as Connection384
        [
            breakpoints = 8600, 7944; 8672, 7944
        ]
        connect R3.p_node R2.p_node as Connection385
        [
            breakpoints = 8744, 7944; 8672, 7944
        ]
        connect Vs1.p_node Junction64 as Connection386
        connect Junction64 Junction12 as Connection387
        connect R4.n_node Junction64 as Connection388
        connect Vs2.p_node Junction65 as Connection389
        connect Junction65 Junction13 as Connection390
        connect R2.n_node Junction65 as Connection391
        connect Junction14 Junction66 as Connection392
        connect Junction66 Junction41 as Connection393
        [
            breakpoints = 8744, 8256
        ]
        connect R3.n_node Junction66 as Connection394
        connect gnd3.node R2.p_node as Connection395
        [
            breakpoints = 8672, 7928; 8672, 7960
        ]
        connect Product4.in Junction17 as Connection432
        [
            breakpoints = 9248, 8808; 9248, 8808; 9248, 8808
        ]
        connect Junction15 Junction73 as Connection435
        connect Junction73 Product3.in as Connection436
        [
            breakpoints = 9296, 8592; 9296, 8592; 9296, 8592; 9296, 8592; 9296, 8592; 9296, 8592; 9296, 8712; 9296, 8712; 9296, 8712
        ]
        connect Gain1.in Junction73 as Connection437
        connect Product4.out ql.in1 as Connection438
        [
            breakpoints = 9376, 8784; 9392, 8784
        ]
        connect Gain2.out Junction74 as Connection446
        connect Junction74 Junction59 as Connection447
        connect Product7.in Junction75 as Connection449
        connect Product7.in1 Junction75 as Connection451
        connect Junction74 Junction75 as Connection505
        [
            breakpoints = 9560, 8672; 9560, 8696
        ]
        connect "PID controller1.out" Junction89 as Connection563
        connect Junction89 Ri_alfa.in as Connection564
        [
            breakpoints = 10416, 8536; 10392, 8536
        ]
        connect sum_Vs_beta.in1 Junction89 as Connection565
        connect sum_Vs_alpha.in1 Gain4.out as Connection571
        connect Gain5.out sum_Vs_beta.in as Connection577
        connect "valpha^2+vbeta^2.out" Limit1.in as Connection589
        connect Junction94 pl.out as Connection592
        [
            breakpoints = 9584, 8472; 9584, 8472; 9584, 8472; 9584, 8472; 9584, 8472; 9584, 8472
        ]
        connect "Discrete Transfer Function2.in" Junction94 as Connection593
        [
            breakpoints = 9608, 8472
        ]
        connect Junction95 ql.out as Connection597
        [
            breakpoints = 9584, 8776; 9584, 8776; 9584, 8776; 9584, 8776; 9584, 8776; 9584, 8776; 9584, 8776; 9584, 8776; 9560, 8776
        ]
        connect "Discrete Transfer Function3.in" Junction95 as Connection598
        connect Is1.p_node Vs.a_node as Connection606
        connect Is2.p_node Vs.b_node as Connection607
        connect Is3.p_node Vs.c_node as Connection608
        connect Vdc.n_node Junction11 as Connection609
        [
            breakpoints = 7848, 8672; 7848, 8672
        ]
        connect Vdc.p_node Junction10 as Connection610
        [
            breakpoints = 7848, 8480; 7848, 8480; 7920, 8480
        ]
        connect qf.in Junction95 as Connection616
        [
            breakpoints = 9688, 8736; 9584, 8736; 9584, 8776
        ]
        connect qf.in1 "Discrete Transfer Function3.out" as Connection617
        [
            breakpoints = 9688, 8776
        ]
        connect Junction94 pf.in as Connection618
        [
            breakpoints = 9584, 8472; 9584, 8472; 9584, 8472; 9584, 8472
        ]
        connect pf.in1 "Discrete Transfer Function2.out" as Connection619
        [
            breakpoints = 9672, 8472
        ]
        connect pf1.in R_Vdc.out as Connection620
        [
            breakpoints = 9776, 8312
        ]
        connect Junction34 pf1.out as Connection621
        [
            breakpoints = 9888, 8432; 9888, 8432; 9888, 8432; 9888, 8432
        ]
        connect i_ref_beta.out Sum1.in as Connection622
        [
            breakpoints = 10200, 8480
        ]
        connect "PID controller1.in" Sum1.out as Connection623
        [
            breakpoints = 10328, 8488; 10328, 8488; 10328, 8488
        ]
        connect Gain5.in From2 as Connection624
        [
            breakpoints = 10448, 8416; 10448, 8416
        ]
        connect From1 Gain4.in as Connection625
        connect sum_Vs_beta.out Vabc_ref.beta as Connection626
        [
            breakpoints = 10568, 8528; 10568, 8528; 10568, 8560
        ]
        connect Vabc_ref.alpha sum_Vs_alpha.out as Connection627
        [
            breakpoints = 10568, 8584; 10568, 8608; 10568, 8616
        ]
        connect Gain1.out Junction96 as Connection629
        connect Junction96 Junction37 as Connection630
        [
            breakpoints = 9520, 8592; 9744, 8592
        ]
        connect Product8.in Junction97 as Connection632
        connect Junction97 Junction96 as Connection633
        connect Product8.in1 Junction97 as Connection634
        connect i_ref_alpha.in1 Junction98 as Connection636
        connect Junction98 i_ref_beta.in1 as Connection637
        [
            breakpoints = 10088, 8648
        ]
        connect Limit1.out Junction98 as Connection638
        connect Sum1.in1 "abc to alpha beta1.beta" as Connection639
        [
            breakpoints = 10200, 8496; 10200, 9032
        ]
        connect Sum2.in1 "abc to alpha beta1.alpha" as Connection640
        [
            breakpoints = 10232, 8656; 10232, 9008
        ]
        connect i_ref_alpha.out Sum2.in as Connection641
        [
            breakpoints = 10208, 8640
        ]
        connect "PID controller2.in" Sum2.out as Connection642
        [
            breakpoints = 10328, 8648
        ]
        connect sum_Vs_alpha.in "PID controller2.out" as Connection643
        [
            breakpoints = 10416, 8608
        ]
        connect Junction30 valpha_x_qf.in1 as Connection644
        [
            breakpoints = 9832, 8736; 9832, 8736; 9832, 8736
        ]
    }

    default {
        gen_abc2alpha_beta {
            power_form = "variant - Clarke\'s original"
            execution_rate = "inherit"
        }

        gen_alpha_beta2abc {
            power_form = "variant - Clarke\'s original"
            execution_rate = "inherit"
        }

        gen_gain {
            gain = "1"
            multiplication = "Element-wise(K.*u)"
            _tunable = "False"
            execution_rate = "inherit"
        }

        gen_limiter {
            upper_limit = "[\'inf\']"
            lower_limit = "[\'-inf\']"
            execution_rate = "inherit"
        }

        gen_pid_controller {
            controller_type = "PID"
            kp = "1"
            kp_source = "internal"
            ki = "1"
            ki_source = "internal"
            kd = "0"
            kd_source = "internal"
            filt_coef = "100"
            int_init_value = "0"
            filt_init_value = "0"
            enb_output_limit_out = "False"
            show_reset = "none"
            upper_sat_lim = "1"
            upper_sat_lim_source = "internal"
            lower_sat_lim = "-1"
            lower_sat_lim_source = "internal"
            enb_anti_windup_out = "False"
            signal_out_type = "inherit"
            _tunable = "False"
            execution_rate = "inherit"
        }

        gen_probe {
            addr = "0"
            override_signal_name = "False"
            signal_name = ""
            signal_type = "generic"
            streaming_en = "False"
            streaming_er_idx = "0"
            execution_rate = "inherit"
        }

        gen_product {
            signs = "2"
            execution_rate = "inherit"
        }

        gen_sum {
            signs = "2"
            execution_rate = "inherit"
        }

        gen_terminator {
            execution_rate = "inherit"
        }

        gen_z_domain_transfer {
            domain = "Z-domain"
            method = "Zero-order hold"
            b_coeff = "[1,1]"
            a_coeff = "[1,1]"
            signal_out_type = "inherit"
            execution_rate = "inherit"
        }

        pas_capacitor {
            capacitance = "1e-6"
            initial_voltage = "0"
            pole_shift_ignore = "False"
            visible = "True"
        }

        pas_inductor {
            inductance = "1e-3"
            initial_current = "0.0"
            pole_shift_ignore = "False"
            visible = "True"
        }

        pas_resistor {
            resistance = "1"
            param_set = ""
        }

        src_constant {
            value = "1"
            signal_type = "real"
            execution_rate = "100e-6"
            _tunable = "False"
        }

        src_scada_input {
            addr = "0"
            format = "real"
            override_signal_name = "False"
            signal_name = ""
            signal_type = "real"
            min = "-1e6"
            max = "1e6"
            def_value = "0"
            unit = " "
            execution_rate = "100e-6"
        }

        "core/Current Measurement" {
            bw_limit = "False"
            frequency = "10e3"
            comparator_enable = "False"
            operator = "greater"
            threshold = "0"
            cmp_abs_value = "False"
            feed_forward = "false"
            sig_output = "False"
            sig_output_filt_and_full_bw = "False"
            execution_rate = "100e-6"
            addr = "0"
            nd_msr_estimation = "false"
            dev_cpl_msr = "false"
            host_device = "0"
            output_to_device = "0"
            dev_cpl_index = "0"
            dev_cpl_var_nb = "0"
            visible = "True"
            override_signal_name = "False"
            signal_name = ""
        }

        "core/Single Pole Single Throw Contactor" {
            ctrl_src = "Digital input"
            Sa = "1"
            Sa_logic = "active high"
            enable_fb_out = "False"
            fb_out_type = "real"
            execution_rate = "inherit"
            initial_state = "off"
            on_delay = "0"
            off_delay = "0"
            switching = "any current"
        }

        "core/Three Phase Core Coupling" {
            snb_type_i = "none"
            R1 = "100e3"
            C1 = "1e-06"
            C2 = "1e-06"
            fixed_snb_i = "false"
            snb_type_u = "none"
            R2 = "0.1"
            L1 = "0.1"
            L2 = "0.1"
            fixed_snb_u = "false"
            cpl_connection = "star"
        }

        "core/Three Phase Inverter" {
            ctrl_src = "Digital input per switch"
            op_mode = "Fixed carrier frequency"
            carrier_freq = "10000.0"
            carr_ph_offset = "0.0"
            d_time = "5e-6"
            ref_sig_min_max = "[-1.0, 1.0]"
            load_mode = "on min"
            execution_rate = "inherit"
            Sa_top = "1"
            Sa_top_logic = "active high"
            Sa_bot = "2"
            Sa_bot_logic = "active high"
            Sb_top = "3"
            Sb_top_logic = "active high"
            Sb_bot = "4"
            Sb_bot_logic = "active high"
            Sc_top = "5"
            Sc_top_logic = "active high"
            Sc_bot = "6"
            Sc_bot_logic = "active high"
            delay_enabled = "False"
            fixed_delay = "1e-6"
            var_delay_lut = "[-10.0, 1e-6, 10.0, 1e-6]"
            preview_var_delay = "Preview"
            Sa_top_I = "False"
            Sa_bot_I = "False"
            Sb_top_I = "False"
            Sb_bot_I = "False"
            Sc_top_I = "False"
            Sc_bot_I = "False"
            fvd = "False"
            losses_estimation = "False"
            fvd_def_method = "Voltage and Resistance"
            Import_igbt_xml = "not selected"
            Import_diode_xml = "not selected"
            Switch_type = "IGBT"
            Vce = "1.3"
            Rce = "0"
            Vd = "1.2"
            Rd = "0"
            i_sw = "[0.0, 6.0, 12.0, 18.0, 24.0]"
            v_sw = "[0.0, 600.0]"
            temp_sw = "[25.0, 50.0, 75.0, 100.0, 125.0]"
            vce_table_out = "[1.3, 1.3, 1.3, 1.3, 1.3]"
            vd_table_out = "[1.2, 1.2, 1.2, 1.2, 1.2]"
            et_on_table_out = "[[0.0, 0.0275e-3, 0.15e-3, 0.275e-3, 0.3e-3], [0.35*3.8e-3, 0.4*3.8e-3, 0.8*3.8e-3, 0.68*3.8e-3, 0.9*3.8e-3], [0.65*3.8e-3, 0.9*3.8e-3, 1.2*3.8e-3, 1.5*3.8e-3, 1.7*3.8e-3], [0.9*3.8e-3, 1.3*3.8e-3, 1.7*3.8e-3, 1.9*3.8e-3, 2.25*3.8e-3], [1.1*3.8e-3, 1.7*3.8e-3, 2.1*3.8e-3, 2.3*3.8e-3, 2.5*3.8e-3]]"
            et_off_table_out = "[[0.0, 0.0275e-3, 0.15e-3, 0.275e-3, 0.3e-3], [0.35*2.1e-3, 0.4*2.1e-3, 0.8*2.1e-3, 0.68*2.1e-3, 0.9*2.1e-3], [0.65*2.1e-3, 0.9*2.1e-3, 1.2*2.1e-3, 1.5*2.1e-3, 1.7*2.1e-3], [0.9*2.1e-3, 1.3*2.1e-3, 1.7*2.1e-3, 1.9*2.1e-3, 2.25*2.1e-3], [1.1*2.1e-3, 1.7*2.1e-3, 2.1*2.1e-3, 2.3*2.1e-3, 2.5*2.1e-3]]"
            ed_off_table_out = "[[0.0, 0.0275e-3, 0.15e-3, 0.275e-3, 0.3e-3], [0.35*2.2e-3, 0.4*2.2e-3, 0.8*2.2e-3, 0.68*2.2e-3, 0.9*2.2e-3], [0.65*2.2e-3, 0.9*2.2e-3, 1.2*2.2e-3, 1.5*2.2e-3, 1.7*2.2e-3], [0.9*2.2e-3, 1.3*2.2e-3, 1.7*2.2e-3, 1.9*2.2e-3, 2.25*2.2e-3], [1.1*2.2e-3, 1.7*2.2e-3, 2.1*2.2e-3, 2.3*2.2e-3, 2.5*2.2e-3]]"
            temp_estimation = "False"
            thermal_networks_type = "Foster"
            switch_Rth = "[0.159, 0.133, 0.120, 0.038]"
            switch_Tth = "[1.1e-1, 1.56e-2, 1.35e-3, 1.51e-4]"
            switch_Cth = "[0.0029, 0.0097, 0.1068, 0.8500]"
            diode_Rth = "[0.159, 0.133, 0.120, 0.038]"
            diode_Tth = "[1.1e-1, 1.56e-2, 1.35e-3, 1.51e-4]"
            diode_Cth = "[0.0029, 0.0097, 0.1068, 0.8500]"
            loss_exec_rate = "100e-6"
            vout_cmp_pullup_mode = "False"
            show_cnt_out = "False"
            show_monitoring = "False"
            _control_property = "all high"
            pwm_enabling = "False"
            pwm_enable_di = "13"
            pwm_enable_inv = "active high"
            dtv_flag_en = "True"
        }

        "core/Three Phase Voltage Source" {
            init_rms_value = "0.0"
            init_frequency = "50.0"
            init_phase = "0.0"
        }

        "core/Voltage Measurement" {
            bw_limit = "False"
            frequency = "10e3"
            comparator_enable = "False"
            operator = "greater"
            threshold = "0"
            cmp_abs_value = "False"
            feed_forward = "false"
            sig_output = "False"
            sig_output_filt_and_full_bw = "False"
            execution_rate = "100e-6"
            addr = "0"
            nd_msr_estimation = "false"
            dev_cpl_msr = "false"
            host_device = "0"
            output_to_device = "0"
            dev_cpl_index = "0"
            dev_cpl_var_nb = "0"
            visible = "True"
            override_signal_name = "False"
            signal_name = ""
        }
    }
}