CHAdeMO-TyphoonHIL.tse

version = 4.2

//
// Saved by sw version: 2023.3
//

model "CHAdeMO-TyphoonHIL" {
    configuration {
        hil_device = "HIL606"
        hil_configuration_id = 1
        simulation_method = exact
        simulation_time_step = auto
        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
        vhil_adio_loopback = False
        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
        ground_scope_core = False
        dss_num_tol = 1e-15
        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"
        sp_compiler_type = "C++ compiler"
        sig_stim = "off"
        export_resource_list = ""
        export_dependency_list = ""
        excluded_resource_list = ""
        export_out_file = ""
        export_lock_top_level = True
        export_encrypt_library = True
        export_encrypt_resources = True
    }

    component Subsystem Root {
        component Subsystem "CHAdeMO v1 EVCC" {
            layout = dynamic
            component "core/Advanced C function" "Advanced C function2" {
                add_src_path = "chademo.h;globals.h"
                add_src_path_full = "C:\Users\Teodora Mijovic\Desktop\CHAdeMO\chademo.h;C:\Users\Teodora Mijovic\Desktop\CHAdeMO\globals.h"
                arb_defs = "/*Begin code section*/

/*End code section*/"
                arm_a53_file_path = "libChademoLower.a"
                arm_a53_file_path_full = "C:/Users/Teodora Mijovic/Desktop/CHAdeMO/libChademoLower.a"
                arm_a9_file_path = "libChademoUpper.a"
                arm_a9_file_path_full = "C:/Users/Teodora Mijovic/Desktop/CHAdeMO/libChademoUpper.a"
                execution_rate = "excRate"
                global_variables = "uint Count;uint PreviousMillis;uint Interval;uint Time;uint CurrentSecs;uint debugTick;uint receiveMillis;uint auxReceiveParams;uint auxReceiveStatus;uint receiveID;uint currentMillis;uint currentSeconds;"
                init_fnc = "/*Begin code section*/
receiveMillis = 0;
auxReceiveParams = 0;
auxReceiveStatus = 0;
receiveID = 0;

currentMillis = 0;
currentSeconds = 0;

ERRORdoP = 0;
errorDoProcessing = 0;
ERRORhandle = 0;
errorHandle = 0;

AV, PV = 0;

CHADEMO();  //constructor

chademo.evse_params.availVoltage = 0;
chademo.evse_params.availCurrent = 0;
chademo.evse_params.thresholdVoltage = 0;
chademo.bChademo10Protocol = 0;
chademo.evse_status.presentVoltage = 0;
chademo.evse_status.presentCurrent = 0;
chademo.evse_status.status = 0; 
chademo.evse_status.remainingChargeSeconds = 18;
chademo.evse_status.remainingChargeMinutes = 3;

maxChargeVoltage = MaxChargeVoltage;
packSizeKWH = PackSizeKWH;

howLongCharge = 0;
howLongWeThink = 0;

talkingProtocol = 0;
targetVoltage = TargetVoltage;
askingAmps = AskingAmps;
faults = 0;
status = 0;
kiloWattHours = 0;

settings.packSizeKWH = PackSizeKWH; 
settings.ampHours = 0.0;
settings.kiloWattHours = 0.0; 
settings.maxChargeVoltage = MaxChargeVoltage;  
settings.minChargeAmperage = MinChargeAmperage;
settings.capacity = 180;

settings.targetChargeVoltage = 0; //targetVoltage
settings.maxChargeAmperage = 0; //targetCurrent
chademo.updateTargetAV();

Count = 0;
PreviousMillis = 0;
Interval = 10;
Time = 0;

Voltage = 0;
Current  = 0;
Power = 0;
kwh = 0;

in1 = IN1;
in2 = IN2;

out1 = 0;
out2 = 0;
OUT1 = out1;
OUT2 = out2;
/*End code section*/"
                input_terminals = "inherit receiveParams;inherit receiveStatus;inherit weldCheck;inherit availVoltage;inherit availCurrent;inherit thresholdVoltage;inherit bChademo10Protocol;inherit presentVoltage;inherit presentCurrent;inherit evseStatus;inherit remainingChargeSeconds;inherit bChademoRequest;inherit voltage;inherit current;inherit remainingChargeMinutes;inherit IN1;inherit IN2;inherit batterySOC;inherit TargetVoltage;inherit AskingAmps;inherit TargetCurrent;inherit complete;inherit MaxChargeVoltage;inherit PackSizeKWH;inherit MinChargeAmperage;"
                input_terminals_dimensions = "inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit"
                input_terminals_feedthrough = "True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;False;True;True;True"
                input_terminals_show_labels = "False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False"
                output_fnc = "/*Begin code section*/
currentMillis += (execution_rate*1000);

if ((currentMillis % 1000) == 0 )
{ 
    currentSeconds += 1;
}

chademo.bChademoRequest = bChademoRequest;
CurrentSeconds = currentSeconds;

//error tracking outputs
ERRORdoP = errorDoProcessing;
ERRORhandle = errorHandle;

AV = chademo.evse_params.availVoltage;                     //available voltage on EVSE side
PV = chademo.evse_status.presentVoltage;                  //present voltage on EVSE side

chademo.askingAmps = AskingAmps;

settings.targetChargeVoltage = TargetVoltage;              //targetVoltage
settings.maxChargeAmperage = TargetCurrent;              //targetCurrent
chademo.updateTargetAV();

chademoState = chademo.chademoState;

in1 = IN1;
in2 = IN2;

OUT1 = out1;
OUT2 = out2;

//if charging process is complete than open contactors
if (complete != 0)
{
    chademo.chademoState = OPEN_CONTACTOR;
}

chademo.CurrentMillis = currentMillis;  

chademo.loop(currentMillis);  //CHAdeMO loop is based on the state machine

//sending battery specifications from EV to EVSE
if (chademo.sendBatt == 1) 
{
    chademo.sendBatt = 0;
    sendBatt = 1;

    maxChargeVoltage = settings.maxChargeVoltage;       //maximum voltage value at the vehicle inlet terminals, at which the station stops charging to protect the vehicle battery
    packSizeKWH = settings.packSizeKWH;                    //fixed value for charging rate indication
}
else sendBatt = 0;
 
//sending EV status to EVSE
if (chademo.sendStatus == 1)
{
    chademo.sendStatus = 0;
    sendStatus = 1;
    
    if (bChademo10Protocol) talkingProtocol = 2;            //software version of control protocol to which EV corresponds (tell EVSE we are talking 1.0 protocol)
    targetVoltage = chademo.carStatus.targetVoltage;    //targeted charging voltage at the vehicle inlet terminals
    askingAmps = chademo.askingAmps;                        //current value requested by EV during charging
    faults = chademo.faults;                                        //faults reporting
    status = chademo.status;                                      //status reporting
    kiloWattHours = settings.kiloWattHours;                    //charging rate of vehicles battery
}
else sendStatus = 0;
    
//sending charging time from EV to EVSE  
if (chademo.sendTime == 1)  
{
    chademo.sendTime = 0;
    sendTime = 1;
    
    howLongCharge = 3;                                              //maximum charging time permitted by EV (minutes)
    howLongWeThink = 2;                                            //maximum charging time permitted by user (minutes)
}
else sendTime = 0;

if (chademo.CurrentMillis - PreviousMillis >= Interval)
{ 
    Time = chademo.CurrentMillis - PreviousMillis;
    PreviousMillis = chademo.CurrentMillis;
    
    Count++;
    Voltage = voltage;
    Current = current;
    Power = Voltage*Current/1000;          
    settings.kiloWattHours = batterySOC;   //%
    settings.ampHours = settings.capacity*batterySOC/100;  
    kwh = settings.ampHours*Voltage/1000;  
    
    chademo.doProcessing();
    
    if(Count >= 50)
    {
        Count = 0;
        
        if (!chademo.bChademoMode)
        {
            chademo.checkChargingState(); //looking for reset of charging.
        }
    }
}

if (currentMillis - 100 == receiveMillis)    //check every 100ms if there is a received message
{
    receiveMillis = currentMillis;
    
    if(receiveParams > auxReceiveParams)
    {
        auxReceiveParams = receiveParams;
        receiveID = 0x108;
        
        chademo.evse_params.supportWeldCheck = weldCheck;                                    //identifier indicating whether or not the station deals with EV contactor welding detection
        chademo.evse_params.availVoltage = availVoltage;                                          //maximum output voltage value at the vehicle conntactor terminals
        chademo.evse_params.availCurrent = availCurrent;                                          //maximum output current value of the station
        chademo.evse_params.thresholdVoltage = thresholdVoltage;                              //threshold voltage to stop the charging process in order to protect vehicles battery
        
        chademo.handleCANFrame(currentMillis, receiveID);
    }
    
    if (receiveStatus > auxReceiveStatus)
    {
        auxReceiveStatus = receiveStatus;
        receiveID = 0x109;
       
        if (bChademo10Protocol > 1) chademo.bChademo10Protocol = 1;                       //software version number of control protocol or charging sequences that the station deals with
        chademo.evse_status.presentVoltage = presentVoltage;                                    //supply voltage value of the output circuit in the station
        chademo.evse_status.presentCurrent = presentCurrent;                                    //supply current value of the output circuit in the station
        chademo.evse_status.status = evseStatus;                                                    //status reporting
        chademo.evse_status.remainingChargeSeconds = remainingChargeSeconds * 10;   //remaining time before the end of charging (counted by 10s)
        chademo.evse_status.remainingChargeMinutes = remainingChargeSeconds * 60;    //remaining time before the end of charging (counted by min)

        chademo.handleCANFrame(currentMillis, receiveID);
    }
}
/*End code section*/"
                output_terminals = "inherit CurrentSeconds;uint sendBatt;uint sendStatus;uint sendTime;inherit maxChargeVoltage;inherit packSizeKWH;inherit howLongCharge;inherit howLongWeThink;inherit talkingProtocol;inherit targetVoltage;inherit askingAmps;inherit faults;inherit status;inherit kiloWattHours;uint chademoState;inherit ERRORdoP;inherit ERRORhandle;inherit OUT1;inherit OUT2;inherit AV;inherit kwh;inherit PV;"
                output_terminals_dimensions = "inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit;inherit"
                output_terminals_feedthrough = "True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;True;True"
                output_terminals_show_labels = "False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False;False"
            }
            [
                position = 7048, 8064
                hide_name = True
                size = 152, 480
            ]

            component "core/Probe" CurrentSeconds {
            }
            [
                position = 7464, 7600
            ]

            component "core/Probe" chademoState {
            }
            [
                position = 7464, 8176
            ]

            component "core/Probe" ERRORdoP {
            }
            [
                position = 7464, 8232
            ]

            component "core/Probe" ERRORhandle {
            }
            [
                position = 7464, 8288
            ]

            component "core/Probe" sendBatt {
            }
            [
                position = 7600, 7656
            ]

            component "core/Probe" sendStatus {
            }
            [
                position = 7600, 7712
            ]

            component "core/Probe" sendTime {
            }
            [
                position = 7600, 7768
            ]

            component "core/Probe" AV {
            }
            [
                position = 7464, 8424
            ]

            component "core/Probe" KWH {
            }
            [
                position = 7464, 8480
            ]

            component "core/Constant" askingAmps {
                execution_rate = "excRate"
                signal_type = "uint"
                value = "AskingAmps"
            }
            [
                position = 5912, 8376
            ]

            component "core/Probe" PV {
            }
            [
                position = 7464, 8536
            ]

            component "core/Constant" MaxChargeVoltage {
                execution_rate = "excRate"
                signal_type = "uint"
                value = "MaxChargeVoltage"
            }
            [
                position = 5912, 8432
            ]

            component "core/Constant" PackSizeKWH {
                execution_rate = "excRate"
                signal_type = "uint"
                value = "PackSizeKWH"
            }
            [
                position = 5912, 8496
            ]

            component "core/Constant" MinChargeAmperage {
                execution_rate = "excRate"
                signal_type = "uint"
                value = "MinChargeAmperage"
            }
            [
                position = 5912, 8560
            ]

            component "core/CAN Bus Send" "EV - BATTERY SPECS" {
                data_length = "7"
                identifier_type = "CAN 2.0 A (11 bit identifier)"
                signals = "[{\'name\': \'EVmaxChargeVoltage\', \'start_bit\': \'32\', \'length\': \'16\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'V\', \'name_old\': \'EVmaxChargeVoltage\', \'name_changed\': \'False\'}, {\'name\': \'EVpackSizeKWH\', \'start_bit\': \'48\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'%\', \'name_old\': \'EVpackSizeKWH\', \'name_changed\': \'False\'}]"
                transmit_period = "100.0"
                transmit_type = "{\'On event\': True, \'On timer\': False, \'On request\': False}"
            }
            [
                position = 8168, 7952
                size = 160, 120
            ]

            component "core/CAN Bus Send" "CHARGING TIME" {
                data_length = "5"
                identifier_type = "CAN 2.0 A (11 bit identifier)"
                identifier_value = "101"
                signals = "[{\'name\': \'EVhowLongCharge\', \'start_bit\': \'16\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'min\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVhowLongWeThink\', \'start_bit\': \'32\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'min\', \'name_old\': \'\', \'name_changed\': \'True\'}]"
                transmit_period = "100.0"
                transmit_type = "{\'On event\': True, \'On timer\': False, \'On request\': False}"
            }
            [
                position = 8168, 8200
                size = 160, 120
            ]

            component "core/CAN Bus Send" "EV STATUS" {
                data_length = "8"
                identifier_type = "CAN 2.0 A (11 bit identifier)"
                identifier_value = "102"
                signals = "[{\'name\': \'EVtalkingProtocol\', \'start_bit\': \'0\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVtargetVoltage\', \'start_bit\': \'8\', \'length\': \'16\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'V\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVaskingAmps\', \'start_bit\': \'24\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'A\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVfaults\', \'start_bit\': \'32\', \'length\': \'5\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVstatus\', \'start_bit\': \'40\', \'length\': \'5\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVkiloWattHours\', \'start_bit\': \'48\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'%\', \'name_old\': \'\', \'name_changed\': \'True\'}]"
                transmit_period = "100.0"
                transmit_type = "{\'On event\': True, \'On timer\': False, \'On request\': False}"
            }
            [
                position = 8168, 8448
                size = 160, 120
            ]

            component "core/CAN Bus Receive" "EVSE PARAMS" {
                data_length = "6"
                execution_rate = "excRate"
                identifier_type = "CAN 2.0 A (11 bit identifier)"
                identifier_value = "108"
                signals = "[{\'name\': \'EVSEweldCheck\', \'start_bit\': \'0\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVSEavailVoltage\', \'start_bit\': \'8\', \'length\': \'16\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'V\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVSEavailCurrent\', \'start_bit\': \'24\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'A\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVSEthresholdVoltage\', \'start_bit\': \'32\', \'length\': \'16\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'V\', \'name_old\': \'\', \'name_changed\': \'True\'}]"
            }
            [
                position = 8632, 7960
                size = 160, 120
            ]

            component "core/CAN Bus Receive" "EVSE STATUS" {
                data_length = "8"
                execution_rate = "excRate"
                identifier_type = "CAN 2.0 A (11 bit identifier)"
                identifier_value = "109"
                signals = "[{\'name\': \'EVSEbChademo10Protocol\', \'start_bit\': \'0\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVSEpresentVoltage\', \'start_bit\': \'8\', \'length\': \'16\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'V\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVSEpresentCurrent\', \'start_bit\': \'24\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'A\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVSEstatus\', \'start_bit\': \'40\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVSEremainingChargeSeconds\', \'start_bit\': \'48\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'s\', \'name_old\': \'\', \'name_changed\': \'True\'}, {\'name\': \'EVSEremainingChargeMinutes\', \'start_bit\': \'56\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'min\', \'name_old\': \'\', \'name_changed\': \'True\'}]"
            }
            [
                position = 8632, 8456
                size = 160, 120
            ]

            port bChademoRequest {
                position = auto:auto
                kind = sp
                direction =  out
                sp_type {
                    default = auto
                    readonly = True
                }
            }
            [
                position = 5912, 7808
            ]

            port voltage {
                position = auto:auto
                kind = sp
                direction =  out
                sp_type {
                    default = auto
                    readonly = True
                }
            }
            [
                position = 5912, 7864
            ]

            port current {
                position = auto:auto
                kind = sp
                direction =  out
                sp_type {
                    default = auto
                    readonly = True
                }
            }
            [
                position = 5912, 7928
            ]

            port faults {
                position = right:1
                kind = sp
                direction =  in
                sp_type {
                    default = inherit
                    readonly = True
                }
            }
            [
                position = 9216, 8008
            ]

            port in1 {
                position = auto:auto
                kind = sp
                direction =  out
                sp_type {
                    default = auto
                    readonly = True
                }
            }
            [
                position = 5912, 7992
            ]

            port in2 {
                position = auto:auto
                kind = sp
                direction =  out
                sp_type {
                    default = auto
                    readonly = True
                }
            }
            [
                position = 5912, 8056
            ]

            port OUT1 {
                position = right:2
                kind = sp
                direction =  in
                sp_type {
                    default = inherit
                    readonly = True
                }
            }
            [
                position = 9216, 8064
            ]

            port OUT2 {
                position = right:3
                kind = sp
                direction =  in
                sp_type {
                    default = inherit
                    readonly = True
                }
            }
            [
                position = 9216, 8120
            ]

            port "battery soc" {
                position = auto:auto
                kind = sp
                direction =  out
                sp_type {
                    default = auto
                    readonly = True
                }
            }
            [
                position = 5912, 8120
            ]

            port targetVoltage {
                position = auto:auto
                kind = sp
                direction =  out
                sp_type {
                    default = auto
                    readonly = True
                }
            }
            [
                position = 5912, 8184
            ]

            port targetCurrent {
                position = auto:auto
                kind = sp
                direction =  out
                sp_type {
                    default = auto
                    readonly = True
                }
            }
            [
                position = 5912, 8240
            ]

            port "battery size" {
                position = right:4
                kind = sp
                direction =  in
                sp_type {
                    default = inherit
                    readonly = True
                }
            }
            [
                position = 9216, 8176
            ]

            port complete {
                position = auto:auto
                kind = sp
                direction =  out
                sp_type {
                    default = auto
                    readonly = True
                }
            }
            [
                position = 5912, 8304
            ]

            port availVoltage {
                position = right:5
                kind = sp
                direction =  in
                sp_type {
                    default = inherit
                    readonly = True
                }
            }
            [
                position = 9216, 8232
            ]

            port availCurrent {
                position = right:6
                kind = sp
                direction =  in
                sp_type {
                    default = inherit
                    readonly = True
                }
            }
            [
                position = 9216, 8288
            ]

            port presentVoltage {
                position = right:7
                kind = sp
                direction =  in
                sp_type {
                    default = inherit
                    readonly = True
                }
            }
            [
                position = 9216, 8344
            ]

            port presentCurrent {
                position = right:8
                kind = sp
                direction =  in
                sp_type {
                    default = inherit
                    readonly = True
                }
            }
            [
                position = 9216, 8400
            ]

            tag Goto12 {
                value = "sendBatt"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7472, 7688
                hide_name = True
                size = 60, 20
            ]

            tag Goto13 {
                value = "sendStatus"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7472, 7744
                hide_name = True
                size = 60, 20
            ]

            tag Goto14 {
                value = "sendTime"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7472, 7800
                hide_name = True
                size = 60, 20
            ]

            tag Goto15 {
                value = "maxChargeVoltage"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7488, 7840
                hide_name = True
                size = 94, 20
            ]

            tag Goto16 {
                value = "packSizeKWH"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7488, 7872
                hide_name = True
                size = 94, 20
            ]

            tag Goto17 {
                value = "howLongCharge"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7488, 7904
                hide_name = True
                size = 92, 20
            ]

            tag Goto18 {
                value = "howLongWeThink"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7488, 7936
                hide_name = True
                size = 89, 20
            ]

            tag Goto19 {
                value = "talkingProtocol"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7488, 7976
                hide_name = True
                size = 89, 20
            ]

            tag Goto20 {
                value = "targetVoltage"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7488, 8008
                hide_name = True
                size = 96, 20
            ]

            tag Goto21 {
                value = "askingAmps"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7472, 8040
                hide_name = True
                size = 67, 20
            ]

            tag Goto22 {
                value = "faults"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7472, 8072
                hide_name = True
                size = 60, 20
            ]

            tag Goto23 {
                value = "status"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7472, 8104
                hide_name = True
                size = 60, 20
            ]

            tag Goto24 {
                value = "kiloWattHours"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7488, 8136
                hide_name = True
                size = 98, 20
            ]

            tag From21 {
                value = "receiveParams"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 7656
                hide_name = True
                size = 98, 20
            ]

            tag From22 {
                value = "receiveStatus"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 7688
                hide_name = True
                size = 102, 20
            ]

            tag Goto44 {
                value = "bChademoRequest"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 6032, 7808
                hide_name = True
                size = 95, 20
            ]

            tag Goto45 {
                value = "voltage"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 6032, 7864
                hide_name = True
                size = 95, 20
            ]

            tag Goto46 {
                value = "current"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 6032, 7928
                hide_name = True
                size = 95, 20
            ]

            tag From23 {
                value = "weldCheck"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 7728
                hide_name = True
                size = 98, 20
            ]

            tag From24 {
                value = "availVoltage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 7760
                hide_name = True
                size = 102, 20
            ]

            tag From25 {
                value = "availCurrent"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 7792
                hide_name = True
                size = 98, 20
            ]

            tag From26 {
                value = "thresholdVoltage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 7824
                hide_name = True
                size = 102, 20
            ]

            tag From27 {
                value = "bChademo10Protocol"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6600, 7864
                hide_name = True
                size = 115, 20
            ]

            tag From28 {
                value = "presentVoltage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 7896
                hide_name = True
                size = 102, 20
            ]

            tag From29 {
                value = "presentCurrent"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 7928
                hide_name = True
                size = 98, 20
            ]

            tag From30 {
                value = "evseStatus"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 7960
                hide_name = True
                size = 102, 20
            ]

            tag From31 {
                value = "remainingChargeSeconds"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6584, 7992
                hide_name = True
                size = 149, 20
            ]

            tag From32 {
                value = "bChademoRequest"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 8024
                hide_name = True
                size = 98, 20
            ]

            tag From33 {
                value = "voltage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 8064
                hide_name = True
                size = 102, 20
            ]

            tag From34 {
                value = "current"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 8096
                hide_name = True
                size = 98, 20
            ]

            tag From36 {
                value = "remainingChargeMinutes"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6592, 8128
                hide_name = True
                size = 131, 20
            ]

            tag From39 {
                value = "faults"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 9112, 8008
                hide_name = True
                size = 60, 20
            ]

            tag Goto49 {
                value = "IN1"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 6016, 7992
                hide_name = True
                size = 55, 20
            ]

            tag Goto50 {
                value = "IN2"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 6016, 8056
                hide_name = True
                size = 54, 20
            ]

            tag From40 {
                value = "IN1"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 8168
                hide_name = True
                size = 98, 20
            ]

            tag From41 {
                value = "IN2"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 8200
                hide_name = True
                size = 102, 20
            ]

            tag Goto53 {
                value = "OUT1"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7464, 8344
                hide_name = True
                size = 55, 20
            ]

            tag Goto54 {
                value = "OUT2"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7464, 8384
                hide_name = True
                size = 54, 20
            ]

            tag From70 {
                value = "OUT1"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 9104, 8064
                hide_name = True
                size = 71, 20
            ]

            tag From71 {
                value = "OUT2"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 9104, 8120
                hide_name = True
                size = 71, 20
            ]

            tag Goto55 {
                value = "battery soc"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 6032, 8120
                hide_name = True
                size = 84, 20
            ]

            tag From72 {
                value = "battery soc"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 8240
                hide_name = True
                size = 102, 20
            ]

            tag From73 {
                value = "TargetVoltage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 8280
                hide_name = True
                size = 98, 20
            ]

            tag From74 {
                value = "AskingAmps"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 8312
                hide_name = True
                size = 102, 20
            ]

            tag Goto56 {
                value = "TargetVoltage"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 6032, 8184
                hide_name = True
                size = 95, 20
            ]

            tag From76 {
                value = "TargetCurrent"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 8344
                hide_name = True
                size = 98, 20
            ]

            tag Goto58 {
                value = "TargetCurrent"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 6032, 8240
                hide_name = True
                size = 95, 20
            ]

            tag From77 {
                value = "packSizeKWH"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 9096, 8176
                hide_name = True
                size = 85, 20
            ]

            tag Goto59 {
                value = "COMPLETE"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 6032, 8304
                hide_name = True
                size = 95, 20
            ]

            tag From78 {
                value = "COMPLETE"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 8384
                hide_name = True
                size = 98, 20
            ]

            tag From79 {
                value = "availVoltage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 9088, 8232
                hide_name = True
                size = 102, 20
            ]

            tag From80 {
                value = "availCurrent"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 9088, 8288
                hide_name = True
                size = 98, 20
            ]

            tag From81 {
                value = "presentVoltage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 9088, 8344
                hide_name = True
                size = 102, 20
            ]

            tag From82 {
                value = "presentCurrent"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 9088, 8400
                hide_name = True
                size = 98, 20
            ]

            tag Goto60 {
                value = "AskingAmps"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 6032, 8376
                hide_name = True
                size = 95, 20
            ]

            tag Goto61 {
                value = "MaxChargeVoltage"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 6032, 8432
                hide_name = True
                size = 95, 20
            ]

            tag Goto62 {
                value = "PackSizeKWH"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 6032, 8496
                hide_name = True
                size = 95, 20
            ]

            tag From83 {
                value = "MaxChargeVoltage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 8424
                hide_name = True
                size = 109, 20
            ]

            tag From84 {
                value = "PackSizeKWH"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 8456
                hide_name = True
                size = 102, 20
            ]

            tag Goto63 {
                value = "MinChargeAmperage"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 6040, 8560
                hide_name = True
                size = 114, 20
            ]

            tag From85 {
                value = "MinChargeAmperage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 6608, 8496
                hide_name = True
                size = 109, 20
            ]

            tag From86 {
                value = "sendBatt"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 8168, 7832
                rotation = right
                hide_name = True
                size = 60, 20
            ]

            tag From87 {
                value = "sendTime"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 8168, 8080
                rotation = right
                hide_name = True
                size = 60, 20
            ]

            tag From88 {
                value = "sendStatus"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 8168, 8328
                rotation = right
                hide_name = True
                size = 70, 20
            ]

            tag From89 {
                value = "howLongCharge"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 7976, 8160
                hide_name = True
                size = 100, 20
            ]

            tag From90 {
                value = "howLongWeThink"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 7976, 8240
                hide_name = True
                size = 100, 20
            ]

            tag From91 {
                value = "talkingProtocol"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 7976, 8368
                hide_name = True
                size = 92, 20
            ]

            tag From92 {
                value = "targetVoltage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 7976, 8400
                hide_name = True
                size = 101, 20
            ]

            tag From93 {
                value = "askingAmps"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 7992, 8432
                hide_name = True
                size = 67, 20
            ]

            tag From94 {
                value = "faults"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 7992, 8472
                hide_name = True
                size = 60, 20
            ]

            tag From95 {
                value = "status"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 7992, 8504
                hide_name = True
                size = 60, 20
            ]

            tag From96 {
                value = "kiloWattHours"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 7984, 8536
                hide_name = True
                size = 83, 20
            ]

            tag From97 {
                value = "maxChargeVoltage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 7968, 7912
                hide_name = True
                size = 114, 20
            ]

            tag From98 {
                value = "packSizeKWH"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 7984, 7992
                hide_name = True
                size = 85, 20
            ]

            tag Goto64 {
                value = "weldCheck"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 8840, 7904
                hide_name = True
                size = 71, 20
            ]

            tag Goto65 {
                value = "availVoltage"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 8840, 7944
                hide_name = True
                size = 74, 20
            ]

            tag Goto66 {
                value = "availCurrent"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 8840, 7976
                hide_name = True
                size = 77, 20
            ]

            tag Goto67 {
                value = "thresholdVoltage"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 8848, 8016
                hide_name = True
                size = 93, 20
            ]

            tag Goto68 {
                value = "bChademo10Protocol"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 8856, 8376
                hide_name = True
                size = 117, 20
            ]

            tag Goto69 {
                value = "presentVoltage"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 8848, 8408
                hide_name = True
                size = 101, 20
            ]

            tag Goto70 {
                value = "presentCurrent"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 8848, 8448
                hide_name = True
                size = 97, 20
            ]

            tag Goto71 {
                value = "evseStatus"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 8832, 8480
                hide_name = True
                size = 68, 20
            ]

            tag Goto72 {
                value = "remainingChargeSeconds"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 8864, 8512
                hide_name = True
                size = 132, 20
            ]

            tag Goto73 {
                value = "remainingChargeMinutes"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 8864, 8560
                hide_name = True
                size = 132, 20
            ]

            tag Goto74 {
                value = "receiveParams"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 8632, 7832
                rotation = left
                hide_name = True
                size = 80, 20
            ]

            tag Goto75 {
                value = "receiveStatus"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 8632, 8336
                rotation = left
                hide_name = True
                size = 73, 20
            ]

            junction Junction1 sp
            [
                position = 7152, 7688
            ]

            junction Junction2 sp
            [
                position = 7160, 7744
            ]

            junction Junction3 sp
            [
                position = 7168, 7800
            ]

            connect bChademoRequest Goto44 as Connection677
            connect voltage Goto45 as Connection678
            connect Goto46 current as Connection679
            connect From39 faults as Connection720
            connect in1 Goto49 as Connection721
            connect in2 Goto50 as Connection722
            connect From71 OUT2 as Connection759
            connect From70 OUT1 as Connection760
            connect "battery soc" Goto55 as Connection761
            connect targetVoltage Goto56 as Connection764
            connect targetCurrent Goto58 as Connection776
            connect From77 "battery size" as Connection781
            connect complete Goto59 as Connection782
            connect From79 availVoltage as Connection794
            connect From80 availCurrent as Connection795
            connect From81 presentVoltage as Connection796
            connect From82 presentCurrent as Connection797
            connect askingAmps.out Goto60 as Connection798
            connect PackSizeKWH.out Goto62 as Connection861
            connect MaxChargeVoltage.out Goto61 as Connection862
            connect From21 "Advanced C function2.receiveParams" as Connection1142
            [
                breakpoints = 6936, 7696
            ]
            connect From22 "Advanced C function2.receiveStatus" as Connection1143
            [
                breakpoints = 6920, 7704
            ]
            connect From23 "Advanced C function2.weldCheck" as Connection1144
            [
                breakpoints = 6904, 7736; 6904, 7904; 6928, 7904
            ]
            connect From24 "Advanced C function2.availVoltage" as Connection1145
            [
                breakpoints = 6888, 7792; 6888, 7920; 6896, 7920
            ]
            connect From25 "Advanced C function2.availCurrent" as Connection1146
            [
                breakpoints = 6872, 7800; 6872, 7936; 6904, 7936
            ]
            connect From26 "Advanced C function2.thresholdVoltage" as Connection1147
            [
                breakpoints = 6856, 7840; 6856, 7952; 6872, 7952
            ]
            connect From27 "Advanced C function2.bChademo10Protocol" as Connection1148
            [
                breakpoints = 6840, 7880; 6840, 7960
            ]
            connect From28 "Advanced C function2.presentVoltage" as Connection1149
            [
                breakpoints = 6824, 7912; 6824, 7968; 6824, 7976
            ]
            connect From29 "Advanced C function2.presentCurrent" as Connection1150
            [
                breakpoints = 6808, 7944; 6808, 7984; 6808, 7992
            ]
            connect From30 "Advanced C function2.evseStatus" as Connection1151
            [
                breakpoints = 6792, 7976; 6792, 8008
            ]
            connect From31 "Advanced C function2.remainingChargeSeconds" as Connection1152
            [
                breakpoints = 6776, 8000; 6776, 8024
            ]
            connect From32 "Advanced C function2.bChademoRequest" as Connection1153
            [
                breakpoints = 6760, 8024; 6760, 8040
            ]
            connect From33 "Advanced C function2.voltage" as Connection1154
            [
                breakpoints = 6680, 8064; 6944, 8064
            ]
            connect From72 "Advanced C function2.batterySOC" as Connection1159
            [
                breakpoints = 6824, 8240; 6824, 8144; 6848, 8144
            ]
            connect From74 "Advanced C function2.AskingAmps" as Connection1161
            [
                breakpoints = 6856, 8312; 6856, 8176; 6880, 8176
            ]
            connect From76 "Advanced C function2.TargetCurrent" as Connection1162
            [
                breakpoints = 6872, 8344; 6872, 8192; 6888, 8192
            ]
            connect From78 "Advanced C function2.complete" as Connection1163
            [
                breakpoints = 6888, 8368; 6888, 8208; 6920, 8208
            ]
            connect From84 "Advanced C function2.PackSizeKWH" as Connection1165
            [
                breakpoints = 6920, 8448; 6920, 8240; 6936, 8240
            ]
            connect CurrentSeconds.in "Advanced C function2.CurrentSeconds" as Connection1166
            [
                breakpoints = 7144, 7712; 7144, 7816; 7136, 7896
            ]
            connect Goto15 "Advanced C function2.maxChargeVoltage" as Connection1170
            [
                breakpoints = 7184, 7856; 7184, 7944; 7184, 7944
            ]
            connect Goto16 "Advanced C function2.packSizeKWH" as Connection1171
            [
                breakpoints = 7200, 7904; 7200, 7960; 7200, 7960
            ]
            connect Goto17 "Advanced C function2.howLongCharge" as Connection1172
            [
                breakpoints = 7224, 7920; 7224, 7976; 7224, 7976
            ]
            connect Goto18 "Advanced C function2.howLongWeThink" as Connection1173
            [
                breakpoints = 7248, 7944; 7248, 8008; 7224, 8008
            ]
            connect Goto19 "Advanced C function2.talkingProtocol" as Connection1174
            [
                breakpoints = 7264, 7984; 7264, 8008; 7264, 8008; 7264, 8024
            ]
            connect Goto20 "Advanced C function2.targetVoltage" as Connection1175
            [
                breakpoints = 7280, 8008; 7280, 8040; 7272, 8040
            ]
            connect Goto12 Junction1 as Connection1188
            connect Junction1 "Advanced C function2.sendBatt" as Connection1189
            [
                breakpoints = 7152, 7792; 7152, 7896; 7152, 7896; 7152, 7912
            ]
            connect sendBatt.in Junction1 as Connection1190
            connect Goto13 Junction2 as Connection1191
            connect Junction2 "Advanced C function2.sendStatus" as Connection1192
            [
                breakpoints = 7160, 7744; 7160, 7912; 7160, 7912
            ]
            connect sendStatus.in Junction2 as Connection1193
            [
                breakpoints = 7160, 7712; 7160, 7744
            ]
            connect From83 "Advanced C function2.MaxChargeVoltage" as Connection1197
            [
                breakpoints = 6904, 8416; 6912, 8224
            ]
            connect From73 "Advanced C function2.TargetVoltage" as Connection1198
            [
                breakpoints = 6840, 8280; 6840, 8160
            ]
            connect From34 "Advanced C function2.current" as Connection1199
            [
                breakpoints = 6760, 8080
            ]
            connect From36 "Advanced C function2.remainingChargeMinutes" as Connection1200
            [
                breakpoints = 6776, 8128; 6776, 8096
            ]
            connect From40 "Advanced C function2.IN1" as Connection1201
            [
                breakpoints = 6792, 8168; 6792, 8112
            ]
            connect From41 "Advanced C function2.IN2" as Connection1202
            [
                breakpoints = 6808, 8200; 6816, 8128
            ]
            connect "Advanced C function2.sendTime" Junction3 as Connection1206
            [
                breakpoints = 7168, 7944
            ]
            connect Junction3 Goto14 as Connection1207
            [
                breakpoints = 7184, 7800
            ]
            connect sendTime.in Junction3 as Connection1208
            connect "Advanced C function2.askingAmps" Goto21 as Connection1209
            [
                breakpoints = 7296, 8048; 7304, 8040
            ]
            connect "Advanced C function2.faults" Goto22 as Connection1210
            connect "Advanced C function2.status" Goto23 as Connection1211
            [
                breakpoints = 7296, 8088; 7296, 8104
            ]
            connect "Advanced C function2.kiloWattHours" Goto24 as Connection1212
            [
                breakpoints = 7280, 8120; 7280, 8128; 7280, 8136
            ]
            connect "Advanced C function2.chademoState" chademoState.in as Connection1213
            [
                breakpoints = 7264, 8136; 7272, 8176
            ]
            connect "Advanced C function2.ERRORdoP" ERRORdoP.in as Connection1214
            [
                breakpoints = 7248, 8152; 7256, 8232
            ]
            connect "Advanced C function2.ERRORhandle" ERRORhandle.in as Connection1215
            [
                breakpoints = 7232, 8176; 7256, 8288
            ]
            connect "Advanced C function2.OUT1" Goto53 as Connection1216
            [
                breakpoints = 7216, 8208; 7216, 8344; 7256, 8344
            ]
            connect "Advanced C function2.OUT2" Goto54 as Connection1217
            [
                breakpoints = 7200, 8208; 7200, 8384; 7232, 8384
            ]
            connect "Advanced C function2.AV" AV.in as Connection1218
            [
                breakpoints = 7184, 8208; 7240, 8424
            ]
            connect "Advanced C function2.kwh" KWH.in as Connection1219
            [
                breakpoints = 7168, 8248; 7200, 8480
            ]
            connect "Advanced C function2.PV" PV.in as Connection1220
            [
                breakpoints = 7152, 8240; 7176, 8536
            ]
            connect MinChargeAmperage.out Goto63 as Connection1221
            connect From85 "Advanced C function2.MinChargeAmperage" as Connection1222
            [
                breakpoints = 6936, 8496
            ]
            connect "EV - BATTERY SPECS.event" From86 as Connection1223
            connect From87 "CHARGING TIME.event" as Connection1224
            [
                breakpoints = 8168, 8120
            ]
            connect From88 "EV STATUS.event" as Connection1225
            connect From97 "EV - BATTERY SPECS.EVmaxChargeVoltage" as Connection1226
            connect From98 "EV - BATTERY SPECS.EVpackSizeKWH" as Connection1227
            connect From89 "CHARGING TIME.EVhowLongCharge" as Connection1228
            connect From90 "CHARGING TIME.EVhowLongWeThink" as Connection1229
            connect From91 "EV STATUS.EVtalkingProtocol" as Connection1230
            [
                breakpoints = 8072, 8376
            ]
            connect From92 "EV STATUS.EVtargetVoltage" as Connection1231
            [
                breakpoints = 8064, 8424
            ]
            connect From93 "EV STATUS.EVaskingAmps" as Connection1232
            [
                breakpoints = 8056, 8440
            ]
            connect From94 "EV STATUS.EVfaults" as Connection1233
            [
                breakpoints = 8056, 8472; 8056, 8456
            ]
            connect From95 "EV STATUS.EVstatus" as Connection1234
            [
                breakpoints = 8064, 8496
            ]
            connect From96 "EV STATUS.EVkiloWattHours" as Connection1235
            [
                breakpoints = 8072, 8536
            ]
            connect "EVSE PARAMS.rcv_cnt" Goto74 as Connection1236
            connect "EVSE STATUS.rcv_cnt" Goto75 as Connection1237
            connect "EVSE PARAMS.EVSEweldCheck" Goto64 as Connection1238
            [
                breakpoints = 8736, 7920; 8736, 7904
            ]
            connect "EVSE PARAMS.EVSEavailVoltage" Goto65 as Connection1239
            connect "EVSE PARAMS.EVSEavailCurrent" Goto66 as Connection1240
            connect "EVSE PARAMS.EVSEthresholdVoltage" Goto67 as Connection1241
            [
                breakpoints = 8736, 7992; 8744, 8016
            ]
            connect "EVSE STATUS.EVSEbChademo10Protocol" Goto68 as Connection1242
            [
                breakpoints = 8752, 8408; 8784, 8376
            ]
            connect Goto69 "EVSE STATUS.EVSEpresentVoltage" as Connection1243
            [
                breakpoints = 8768, 8424; 8760, 8432
            ]
            connect Goto70 "EVSE STATUS.EVSEpresentCurrent" as Connection1244
            connect "EVSE STATUS.EVSEstatus" Goto71 as Connection1245
            [
                breakpoints = 8768, 8472; 8768, 8480
            ]
            connect "EVSE STATUS.EVSEremainingChargeSeconds" Goto72 as Connection1246
            [
                breakpoints = 8752, 8488; 8768, 8512
            ]
            connect "EVSE STATUS.EVSEremainingChargeMinutes" Goto73 as Connection1247
            [
                breakpoints = 8736, 8496; 8744, 8560
            ]

            AskingAmps = "120"
            CANcontroller = "CAN1"
            MaxChargeVoltage = "485"
            MinChargeAmperage = "20"
            PackSizeKWH = "100"
            excRate = "1e-3"

            mask {
                description = "<html><head><meta name=\"qrichtext\" content=\"1\"></meta><style type=\"text/css\">p, li { white-space: pre-wrap; }</style></head><body style=\"\"><p style=\"margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;\">This component contains logic of charging process and processing of messages on the electrical vehicle\'s (EV) side.</p></body></html>"

                MaxChargeVoltage {
                    label = "Maximum charge voltage"
                    widget = edit
                    type = uint
                    default_value = "0"
                }

                PackSizeKWH {
                    label = "Battery size"
                    widget = edit
                    type = uint
                    default_value = "0"
                }

                AskingAmps {
                    label = "Maximum charge current"
                    widget = edit
                    type = uint
                    default_value = "0"
                }

                MinChargeAmperage {
                    label = "Minimum charge current"
                    widget = edit
                    type = uint
                    default_value = "0"
                }

                excRate {
                    label = "Execution rate"
                    widget = edit
                    type = real
                    default_value = "0"
                }

                CANcontroller {
                    label = "Choose CAN controller"
                    widget = combo
                    combo_values = "CAN1", "CAN2"
                    type = string
                    default_value = "CAN2"
                    no_evaluate

                    CODE property_value_changed
                        comp_handle = mdl.get_sub_level_handle(container_handle)
                        
                        if new_value == "CAN1":
                            comp1 = mdl.get_item("EV - BATTERY SPECS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp1, "can_controller"), "CAN1")
                            
                            comp2 = mdl.get_item("CHARGING TIME", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp2, "can_controller"), "CAN1")
                            
                            comp3 = mdl.get_item("EV STATUS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp3, "can_controller"), "CAN1")
                            
                            comp4 = mdl.get_item("EVSE PARAMS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp4, "can_controller"), "CAN1")
                            
                            comp5 = mdl.get_item("EVSE STATUS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp5, "can_controller"), "CAN1")
                            
                        elif new_value == "CAN2":
                            comp1 = mdl.get_item("EV - BATTERY SPECS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp1, "can_controller"), "CAN2")
                            
                            comp2 = mdl.get_item("CHARGING TIME", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp2, "can_controller"), "CAN2")
                            
                            comp3 = mdl.get_item("EV STATUS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp3, "can_controller"), "CAN2")
                            
                            comp4 = mdl.get_item("EVSE PARAMS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp4, "can_controller"), "CAN2")
                            
                            comp5 = mdl.get_item("EVSE STATUS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp5, "can_controller"), "CAN2")
                        elif new_value == "CAN FD1":
                            comp1 = mdl.get_item("EV - BATTERY SPECS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp1, "can_controller"), "CAN FD1")
                            
                            comp2 = mdl.get_item("CHARGING TIME", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp2, "can_controller"), "CAN FD1")
                            
                            comp3 = mdl.get_item("EV STATUS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp3, "can_controller"), "CAN FD1")
                            
                            comp4 = mdl.get_item("EVSE PARAMS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp4, "can_controller"), "CAN FD1")
                            
                            comp5 = mdl.get_item("EVSE STATUS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp5, "can_controller"), "CAN FD1")
                            
                        elif new_value == "CAN FD2":
                            comp1 = mdl.get_item("EV - BATTERY SPECS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp1, "can_controller"), "CAN FD2")
                            
                            comp2 = mdl.get_item("CHARGING TIME", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp2, "can_controller"), "CAN FD2")
                            
                            comp3 = mdl.get_item("EV STATUS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp3, "can_controller"), "CAN FD2")
                            
                            comp4 = mdl.get_item("EVSE PARAMS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp4, "can_controller"), "CAN FD2")
                            
                            comp5 = mdl.get_item("EVSE STATUS", parent=comp_handle)
                            mdl.set_property_value(mdl.prop(comp5, "can_controller"), "CAN FD2")
                    ENDCODE
                }

                CODE open
                    from typhoon.apps.schematic_editor.dialogs.component_property_dialogs.general import RegularComponentPropertiesDialog
                
                    model_def_handle = mdl.prop(item_handle, "CANcontroller")
                    
                    if mdl.get_model_property_value("hil_device") == "HIL606":
                        new_combo_values = ["CAN1"] + ["CAN2"] + ["CAN FD1"] + ["CAN FD2"]
                        mdl.set_property_combo_values(model_def_handle, new_combo_values)
                    elif mdl.get_model_property_value("hil_device") == "HIL604":
                        new_combo_values = ["CAN1"] + ["CAN2"]
                        mdl.set_property_combo_values(model_def_handle, new_combo_values)
                    elif mdl.get_model_property_value("hil_device") == "HIL404":
                        new_combo_values = ["CAN1"] + ["CAN2"]
                        mdl.set_property_combo_values(model_def_handle, new_combo_values)
                
                    dialog = RegularComponentPropertiesDialog(
                        component=component,
                        property_container=component.masks[-1],
                        current_diagram=current_diagram
                    )
                    dialog.exec_()
                    
                ENDCODE

                CODE init
                ENDCODE

                CODE define_icon
                    image('./CHAdeMO_logo.svg')
                ENDCODE
            }
        }
        [
            position = 8808, 8160
            size = 488, 552
        ]

        component "core/SCADA Input" bChademoRequest {
            execution_rate = "Ts"
            format = "uint"
            min = "0"
            signal_type = "uint"
            unit = ""
        }
        [
            position = 8336, 7904
        ]

        component "core/SCADA Input" "Charging cable" {
            execution_rate = "Ts"
            format = "int"
            max = "1"
            min = "0"
            signal_type = "int"
            unit = ""
        }
        [
            position = 11136, 7904
            rotation = right
        ]

        component "core/Multi Pole Single Throw Contactor" SW {
            ctrl_src = "Model"
            execution_rate = "Ts"
            num_of_phases = "7"
            signal_access = "Inherit"
        }
        [
            position = 11136, 8128
            size = 64, 352
        ]

        component "core/Battery" Battery {
            Kdisc_I = "20.0"
            Ke_exp = "103.0"
            Ke_full = "116.0"
            Kq_exp = "85.0"
            Kq_nom = "93.5"
            R_series = "0.1250000000000001"
            battery_type = "Lithium-Ion"
            capacity = "80"
            execution_rate = "Ts"
            initial_soc = "95"
            nominal_voltage = "400"
            sig_output = "True"
            signal_access = "Inherit"
        }
        [
            position = 11760, 8032
            rotation = right
            size = 64, 48
        ]

        component "core/Double Pole Single Throw Contactor" "EV contactor" {
            Sa = "3"
            ctrl_src = "Model"
            signal_access = "Inherit"
        }
        [
            position = 11400, 8032
            size = 64, 256
        ]

        component "core/Voltage Measurement" "battery voltage" {
            execution_rate = "Ts"
            sig_output = "True"
        }
        [
            position = 11624, 8032
            rotation = right
            size = 64, 32
        ]

        component "core/Current Measurement" "battery current" {
            execution_rate = "Ts"
            sig_output = "True"
            signal_access = "Inherit"
        }
        [
            position = 11528, 7936
            size = 64, 32
        ]

        component "core/Voltage Source" "+V DC" {
            init_const_value = "12"
        }
        [
            position = 10392, 8120
            rotation = right
        ]

        component "core/Resistor" R5 {
        }
        [
            position = 11640, 8208
        ]

        component "core/Resistor" R6 {
        }
        [
            position = 11416, 8288
        ]

        component "core/Single Pole Single Throw Contactor" d1 {
            ctrl_src = "Model"
            signal_access = "Inherit"
        }
        [
            position = 10720, 8080
            size = 64, 32
        ]

        component "core/Single Pole Single Throw Contactor" d2 {
            ctrl_src = "Model"
            signal_access = "Inherit"
        }
        [
            position = 10720, 8128
            size = 64, 32
        ]

        component "core/Resistor" R1 {
            resistance = "200"
        }
        [
            position = 10720, 8176
        ]

        component "core/Resistor" R3 {
            resistance = "1000"
        }
        [
            position = 11336, 8352
        ]

        component "core/Resistor" R2 {
            resistance = "1000"
        }
        [
            position = 10784, 8224
        ]

        component "core/Resistor" R4 {
            resistance = "200"
        }
        [
            position = 11312, 8520
        ]

        component "core/Current Measurement" f {
            execution_rate = "Ts"
            sig_output = "True"
            signal_access = "Inherit"
        }
        [
            position = 11816, 8352
            rotation = right
            size = 64, 32
        ]

        component "core/Current Measurement" g {
            execution_rate = "Ts"
            sig_output = "True"
            signal_access = "Inherit"
        }
        [
            position = 11568, 8248
            rotation = left
            scale = -1, 1
            size = 64, 32
        ]

        component "core/Signal switch" "Signal switch1" {
            execution_rate = "Ts"
            threshold = "0"
        }
        [
            position = 11672, 8448
        ]

        component "core/Constant" Constant4 {
            execution_rate = "Ts"
        }
        [
            position = 11600, 8432
            hide_name = True
        ]

        component "core/Constant" Constant5 {
            execution_rate = "Ts"
            value = "0"
        }
        [
            position = 11600, 8464
            hide_name = True
        ]

        component "core/Voltage Source" "+V DC2" {
            init_const_value = "12"
        }
        [
            position = 11352, 8656
        ]

        component "core/Battery" Battery1 {
            Kdisc_I = "20.0"
            Ke_exp = "103.0"
            Ke_full = "116.0"
            Kq_exp = "85.0"
            Kq_nom = "93.5"
            R_series = "0.20000000000000018"
            battery_type = "Lithium-Ion"
            capacity = "50"
            execution_rate = "Ts"
            initial_soc = "80.0"
            nominal_voltage = "400.0"
            signal_access = "Inherit"
        }
        [
            position = 11304, 8752
            rotation = right
            hide_name = True
            size = 64, 48
        ]

        component "core/Current Measurement" "(dis)connection" {
            execution_rate = "Ts"
            sig_output = "True"
            signal_access = "Inherit"
        }
        [
            position = 11448, 8392
            rotation = right
            size = 64, 32
        ]

        component "core/Current Measurement" "(not)ready" {
            execution_rate = "Ts"
            signal_access = "Inherit"
        }
        [
            position = 10648, 8224
            rotation = down
            scale = -1, -1
            size = 64, 32
        ]

        component "core/Signal Controlled Current Source" Isp1 {
            execution_rate = "Ts"
        }
        [
            position = 10624, 7848
            scale = -1, 1
            size = 64, 32
        ]

        component "core/Signal switch" "Signal switch3" {
            criterion = "ctrl != threshold"
            threshold = "1"
        }
        [
            position = 10536, 7760
            hide_name = True
        ]

        component "core/Constant" Constant8 {
            execution_rate = "Ts"
            signal_type = "int"
            value = "0"
        }
        [
            position = 10400, 7744
            hide_name = True
        ]

        component "core/Resistor" R8 {
            resistance = "1e4"
        }
        [
            position = 10680, 7944
            rotation = right
        ]

        component "core/Single Pole Single Throw Contactor" k {
            ctrl_src = "Model"
            execution_rate = "Ts"
            signal_access = "Inherit"
        }
        [
            position = 11408, 8584
            rotation = right
            size = 64, 32
        ]

        component "core/C function" "EV Ready logic" {
            input_terminals = "real max_current;real max_voltage;int charge_complete;int ev_error;"
            input_terminals_dimensions = "1;1;1;1"
            input_terminals_feedthrough = "True;True;True;True"
            input_terminals_show_labels = "False;False;False;False"
            output_fnc = "/*Begin code section*/
// The EVReady value will be True when the EVSE send the receiveParams message.
// With this message, the EVSE sends its maximum voltage, current.
if((max_current > 0) && (max_voltage > 0)) 
{
    EVReady = 1;
} else 
{
    EVReady = 0;
}

// EVReady is set to False if charging is completed or there is an Error present
if ((charge_complete == 1) || (ev_error > 0)) 
{
    EVReady = 0;
}
/*End code section*/"
            output_terminals = "int EVReady;"
            output_terminals_dimensions = "1"
            output_terminals_feedthrough = "True"
            output_terminals_show_labels = "False"
        }
        [
            position = 9824, 7928
            size = 112, 128
        ]

        component "core/Digital Probe" EVReady {
        }
        [
            position = 9984, 7864
        ]

        component "core/C function" "Charge complete logic" {
            execution_rate = "Ts"
            init_fnc = "/*Begin code section*/
COMPLETE = 0;
/*End code section*/"
            input_terminals = "int batterySOC;inherit packSizeKWH;"
            input_terminals_dimensions = "1;inherit"
            input_terminals_feedthrough = "True;True"
            input_terminals_show_labels = "False;False"
            output_fnc = "/*Begin code section*/
// bulk_charge_complete will be True when the battery SoC is greater than the defined threashold (bulk_charge_value)
// charge_complete will be True when the battery SoC is greater than the defined threashold (complete_charge_value)

//complete_charge_value = 100  #%
//bulk_charge_value = 80  #%

if (batterySOC >= packSizeKWH) {
    bulk_charge_complete = 1;
    charge_complete = 1;
    COMPLETE = 1;
} else if (batterySOC >= bulk_charge_value) {
    bulk_charge_complete = 1;
    charge_complete = 0;
} else {
    bulk_charge_complete = 0;
    charge_complete = 0;
}
/*End code section*/"
            output_terminals = "int charge_complete;int bulk_charge_complete;uint COMPLETE;"
            output_terminals_dimensions = "1;1;1"
            output_terminals_feedthrough = "True;True;True"
            output_terminals_show_labels = "False;False;False"
            parameters = "int bulk_charge_value;int complete_charge_value;"
        }
        [
            position = 9824, 8168
            size = 120, 128
        ]

        component "core/Digital Probe" charge_complete {
        }
        [
            position = 9984, 8056
        ]

        component "core/C function" "EV disconnection logic" {
            execution_rate = "Ts"
            global_variables = "int out_state;"
            init_fnc = "/*Begin code section*/
out_state = 0;
/*End code section*/"
            input_terminals = "real battery_voltage;real present_voltage;int ev_ready;"
            input_terminals_dimensions = "1;1;1"
            input_terminals_feedthrough = "True;True;True"
            input_terminals_show_labels = "False;False;False"
            output_fnc = "/*Begin code section*/
out = out_state;
/*End code section*/"
            output_terminals = "int out;"
            output_terminals_dimensions = "1"
            output_terminals_feedthrough = "True"
            output_terminals_show_labels = "False"
            parameters = "real voltage_accuracy;"
            update_fnc = "/*Begin code section*/
// Disconnection state refers to the Charge contactor on the EV side
// This contactor is closed after the PreCharge process when the present voltage
// on the EVSE side is matched with the battery voltage. This prevents the inrush current
// chat could ocure if the voltage difference is too high.

// The contactor will open when the EVReady is set to False.

if (ev_ready)
{
    if (present_voltage >= battery_voltage * (1 - voltage_accuracy / 100) && present_voltage <= battery_voltage * (1 + voltage_accuracy / 100)) 
    {
        out_state = 1;
    } 
} else 
{
    out_state = 0;
}
/*End code section*/"
        }
        [
            position = 9824, 8384
            size = 128, 128
        ]

        component "core/Digital Probe" disconection_status {
        }
        [
            position = 9984, 8320
        ]

        component "core/Ground" gnd7 {
        }
        [
            position = 11384, 8872
            hide_name = True
        ]

        component "core/SCADA Input" SId1 {
            execution_rate = "Ts"
            format = "int"
            max = "1"
            min = "0"
            signal_type = "int"
            unit = ""
        }
        [
            position = 10584, 8304
        ]

        component "core/SCADA Input" SId2 {
            execution_rate = "Ts"
            format = "int"
            max = "1"
            min = "0"
            signal_type = "int"
            unit = ""
        }
        [
            position = 10584, 8360
        ]

        component "core/Logical operator" "Logical operator1" {
        }
        [
            position = 11344, 7744
            hide_name = True
        ]

        component "core/Probe" "BATTERY SOC" {
        }
        [
            position = 12000, 7984
        ]

        component "core/Probe" voltage {
        }
        [
            position = 12000, 7904
        ]

        component "core/Probe" current {
        }
        [
            position = 11664, 7768
        ]

        component "core/SCADA Input" targetCurrent {
            execution_rate = "Ts"
            min = "0"
            unit = "A"
        }
        [
            position = 8336, 8352
        ]

        component Subsystem EVSE {
            layout = dynamic
            component "core/Constant" weldCheck {
                execution_rate = "Ts"
                signal_type = "uint"
                value = "weldCheck"
            }
            [
                position = 7424, 7784
            ]

            component "core/Constant" availVoltage {
                execution_rate = "Ts"
                signal_type = "uint"
                value = "availVoltage"
            }
            [
                position = 7424, 7840
            ]

            component "core/Constant" availCurrent {
                execution_rate = "Ts"
                signal_type = "uint"
                value = "availCurrent"
            }
            [
                position = 7424, 7896
            ]

            component "core/Constant" thresholdVoltage {
                execution_rate = "Ts"
                signal_type = "uint"
                value = "thresholdVoltage"
            }
            [
                position = 7424, 7960
            ]

            component "core/Constant" bChademo10Protocol {
                execution_rate = "Ts"
                signal_type = "uint"
                value = "bChademo10Protocol"
            }
            [
                position = 7424, 8016
            ]

            component "core/Constant" presentVoltage {
                execution_rate = "Ts"
                signal_type = "uint"
                value = "presentVoltage"
            }
            [
                position = 7424, 8072
            ]

            component "core/Constant" evseStatus {
                execution_rate = "Ts"
                signal_type = "uint"
                value = "evseStatus"
            }
            [
                position = 7424, 8192
            ]

            component "core/Constant" remainingChargeSeconds {
                execution_rate = "Ts"
                signal_type = "uint"
                value = "remainingChargeSeconds"
            }
            [
                position = 7424, 8248
            ]

            component "core/Constant" remainingChargeMinutes {
                execution_rate = "Ts"
                signal_type = "uint"
                value = "remainingChargeMinutes"
            }
            [
                position = 7424, 8312
            ]

            component "core/CAN Bus Receive" "EV - BATTERY SPECSS" {
                can_controller = "CAN2"
                data_length = "7"
                execution_rate = "Ts"
                identifier_type = "CAN 2.0 A (11 bit identifier)"
                signals = "[{\'name\': \'EVmaxChargeVoltage\', \'start_bit\': \'32\', \'length\': \'16\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'V\', \'name_old\': \'EVmaxChargeVoltage\', \'name_changed\': \'False\'}, {\'name\': \'EVpackSizeKWH\', \'start_bit\': \'48\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'%\', \'name_old\': \'EVpackSizeKWH\', \'name_changed\': \'False\'}]"
            }
            [
                position = 8656, 7784
                size = 160, 120
            ]

            component "core/CAN Bus Receive" "CHARGING TIMEE" {
                can_controller = "CAN2"
                data_length = "8"
                execution_rate = "Ts"
                identifier_type = "CAN 2.0 A (11 bit identifier)"
                identifier_value = "101"
                signals = "[{\'name\': \'EVhowLongCharge\', \'start_bit\': \'16\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'min\', \'name_old\': \'EVhowLongCharge\', \'name_changed\': \'False\'}, {\'name\': \'EVhowLongWeThink\', \'start_bit\': \'32\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'min\', \'name_old\': \'EVhowLongWeThink\', \'name_changed\': \'False\'}]"
            }
            [
                position = 8656, 8072
                size = 160, 120
            ]

            component "core/CAN Bus Send" "EVSE PARAMSS" {
                can_controller = "CAN2"
                data_length = "6"
                identifier_type = "CAN 2.0 A (11 bit identifier)"
                identifier_value = "108"
                signals = "[{\'name\': \'EVSEweldCheck\', \'start_bit\': \'0\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'\', \'name_old\': \'EVSEweldCheck\', \'name_changed\': \'False\'}, {\'name\': \'EVSEavailVoltage\', \'start_bit\': \'8\', \'length\': \'16\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'V\', \'name_old\': \'EVSEavailVoltage\', \'name_changed\': \'False\'}, {\'name\': \'EVSEavailCurrent\', \'start_bit\': \'24\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'A\', \'name_old\': \'EVSEavailCurrent\', \'name_changed\': \'False\'}, {\'name\': \'EVSEthresholdVoltage\', \'start_bit\': \'32\', \'length\': \'16\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'V\', \'name_old\': \'EVSEthresholdVoltage\', \'name_changed\': \'False\'}]"
                transmit_period = "10.0"
                transmit_type = "{\'On event\': False, \'On timer\': True, \'On request\': False}"
            }
            [
                position = 8360, 7888
                size = 160, 120
            ]

            component "core/CAN Bus Receive" "EV STATUSS" {
                can_controller = "CAN2"
                data_length = "8"
                execution_rate = "Ts"
                identifier_type = "CAN 2.0 A (11 bit identifier)"
                identifier_value = "102"
                signals = "[{\'name\': \'EVtalkingProtocol\', \'start_bit\': \'0\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'\', \'name_old\': \'EVtalkingProtocol\', \'name_changed\': \'False\'}, {\'name\': \'EVtargetVoltage\', \'start_bit\': \'8\', \'length\': \'16\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'V\', \'name_old\': \'EVtargetVoltage\', \'name_changed\': \'False\'}, {\'name\': \'EVaskingAmps\', \'start_bit\': \'24\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'A\', \'name_old\': \'EVaskingAmps\', \'name_changed\': \'False\'}, {\'name\': \'EVfaults\', \'start_bit\': \'32\', \'length\': \'5\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'\', \'name_old\': \'EVfaults\', \'name_changed\': \'False\'}, {\'name\': \'EVstatus\', \'start_bit\': \'40\', \'length\': \'5\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'\', \'name_old\': \'EVstatus\', \'name_changed\': \'False\'}, {\'name\': \'EVkiloWattHours\', \'start_bit\': \'48\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'%\', \'name_old\': \'EVkiloWattHours\', \'name_changed\': \'False\'}]"
            }
            [
                position = 8656, 8376
                size = 160, 120
            ]

            component "core/CAN Bus Send" "EVSE STATUSS" {
                can_controller = "CAN2"
                data_length = "8"
                identifier_type = "CAN 2.0 A (11 bit identifier)"
                identifier_value = "109"
                signals = "[{\'name\': \'EVSEbChademo10Protocol\', \'start_bit\': \'0\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'\', \'name_old\': \'EVSEbChademo10Protocol\', \'name_changed\': \'False\'}, {\'name\': \'EVSEpresentVoltage\', \'start_bit\': \'8\', \'length\': \'16\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'V\', \'name_old\': \'EVSEpresentVoltage\', \'name_changed\': \'False\'}, {\'name\': \'EVSEpresentCurrent\', \'start_bit\': \'24\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'A\', \'name_old\': \'EVSEpresentCurrent\', \'name_changed\': \'False\'}, {\'name\': \'EVSEstatus\', \'start_bit\': \'40\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'\', \'name_old\': \'EVSEstatus\', \'name_changed\': \'False\'}, {\'name\': \'EVSEremainingChargeSeconds\', \'start_bit\': \'48\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'s\', \'name_old\': \'EVSEremainingChargeSeconds\', \'name_changed\': \'False\'}, {\'name\': \'EVSEremainingChargeMinutes\', \'start_bit\': \'56\', \'length\': \'8\', \'byte_order\': \'Little Endian\', \'data_type\': \'uint\', \'mux_type\': \'None\', \'mux_val\': \'\', \'scale\': \'\', \'offset\': \'\', \'min\': \'\', \'max\': \'\', \'unit\': \'min\', \'name_old\': \'EVSEremainingChargeMinutes\', \'name_changed\': \'False\'}]"
                transmit_period = "10.0"
                transmit_type = "{\'On event\': False, \'On timer\': True, \'On request\': False}"
            }
            [
                position = 8360, 8184
                size = 160, 120
            ]

            component "core/Probe" maxChargeVoltage {
            }
            [
                position = 8904, 7744
            ]

            component "core/Probe" packSizeKWH {
            }
            [
                position = 8904, 7824
            ]

            component "core/Probe" askingAmps {
            }
            [
                position = 8904, 8344
            ]

            component "core/Probe" faultss {
            }
            [
                position = 8904, 8424
            ]

            component "core/Probe" talkingProtocol {
            }
            [
                position = 8904, 8232
            ]

            component "core/Probe" targetVoltage {
            }
            [
                position = 8904, 8288
            ]

            component "core/Probe" status {
            }
            [
                position = 8904, 8480
            ]

            component "core/Probe" kiloWattHours {
            }
            [
                position = 8904, 8536
            ]

            component "core/Probe" howLongCharge {
            }
            [
                position = 8896, 8032
            ]

            component "core/Probe" howLongWeThink {
            }
            [
                position = 8896, 8112
            ]

            component "core/Probe" countBattSpecss {
            }
            [
                position = 8720, 7632
            ]

            component "core/Probe" countChargeTimee {
            }
            [
                position = 8720, 7912
            ]

            component "core/Probe" countStatuss {
            }
            [
                position = 8720, 8208
            ]

            port presentCurrent {
                position = auto:auto
                kind = sp
                direction =  out
                sp_type {
                    default = auto
                    readonly = True
                }
            }
            [
                position = 7424, 8136
            ]

            tag Goto35 {
                value = "weldCheck"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7544, 7784
                hide_name = True
                size = 95, 20
            ]

            tag Goto36 {
                value = "availVoltage"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7544, 7840
                hide_name = True
                size = 95, 20
            ]

            tag Goto37 {
                value = "availCurrent"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7544, 7896
                hide_name = True
                size = 95, 20
            ]

            tag Goto38 {
                value = "thresholdVoltage"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7544, 7960
                hide_name = True
                size = 95, 20
            ]

            tag Goto39 {
                value = "bChademo10Protocol"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7552, 8016
                hide_name = True
                size = 115, 20
            ]

            tag Goto40 {
                value = "presentVoltage"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7544, 8072
                hide_name = True
                size = 95, 20
            ]

            tag Goto42 {
                value = "evseStatus"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7544, 8192
                hide_name = True
                size = 95, 20
            ]

            tag Goto43 {
                value = "remainingChargeSeconds"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7568, 8248
                hide_name = True
                size = 146, 20
            ]

            tag Goto48 {
                value = "remainingChargeMinutes"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7576, 8312
                hide_name = True
                size = 155, 20
            ]

            tag From85 {
                value = "weldCheck"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 8056, 7832
                hide_name = True
                size = 98, 20
            ]

            tag From86 {
                value = "availVoltage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 8056, 7872
                hide_name = True
                size = 102, 20
            ]

            tag From87 {
                value = "availCurrent"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 8056, 7904
                hide_name = True
                size = 98, 20
            ]

            tag From88 {
                value = "thresholdVoltage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 8056, 7944
                hide_name = True
                size = 102, 20
            ]

            tag From89 {
                value = "bChademo10Protocol"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 8040, 8112
                hide_name = True
                size = 115, 20
            ]

            tag From90 {
                value = "presentVoltage"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 8048, 8144
                hide_name = True
                size = 102, 20
            ]

            tag From91 {
                value = "presentCurrent"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 8048, 8176
                hide_name = True
                size = 98, 20
            ]

            tag From92 {
                value = "evseStatus"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 8048, 8216
                hide_name = True
                size = 102, 20
            ]

            tag From93 {
                value = "remainingChargeSeconds"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 8024, 8248
                hide_name = True
                size = 149, 20
            ]

            tag From94 {
                value = "remainingChargeMinutes"
                scope = local
                kind = sp
                direction = out
            }
            [
                position = 8032, 8280
                hide_name = True
                size = 131, 20
            ]

            tag Goto61 {
                value = "presentCurrent"
                scope = local
                kind = sp
                direction = in
            }
            [
                position = 7544, 8136
                hide_name = True
                size = 95, 20
            ]

            connect weldCheck.out Goto35 as Connection784
            connect availVoltage.out Goto36 as Connection785
            [
                breakpoints = 7488, 7840
            ]
            connect availCurrent.out Goto37 as Connection786
            connect thresholdVoltage.out Goto38 as Connection787
            connect bChademo10Protocol.out Goto39 as Connection788
            connect presentVoltage.out Goto40 as Connection789
            connect evseStatus.out Goto42 as Connection791
            connect remainingChargeSeconds.out Goto43 as Connection792
            [
                breakpoints = 7488, 8248
            ]
            connect remainingChargeMinutes.out Goto48 as Connection793
            connect From85 "EVSE PARAMSS.EVSEweldCheck" as Connection863
            connect From86 "EVSE PARAMSS.EVSEavailVoltage" as Connection1107
            connect From87 "EVSE PARAMSS.EVSEavailCurrent" as Connection865
            [
                breakpoints = 8120, 7904; 8264, 7904
            ]
            connect From88 "EVSE PARAMSS.EVSEthresholdVoltage" as Connection866
            connect From89 "EVSE STATUSS.EVSEbChademo10Protocol" as Connection867
            [
                breakpoints = 8112, 8112; 8264, 8112
            ]
            connect From90 "EVSE STATUSS.EVSEpresentVoltage" as Connection1108
            [
                breakpoints = 8120, 8144; 8248, 8144; 8248, 8160; 8264, 8160
            ]
            connect From91 "EVSE STATUSS.EVSEpresentCurrent" as Connection1109
            [
                breakpoints = 8112, 8176; 8232, 8176
            ]
            connect From92 "EVSE STATUSS.EVSEstatus" as Connection1110
            [
                breakpoints = 8232, 8200
            ]
            connect From93 "EVSE STATUSS.EVSEremainingChargeSeconds" as Connection1111
            [
                breakpoints = 8248, 8216
            ]
            connect From94 "EVSE STATUSS.EVSEremainingChargeMinutes" as Connection872
            [
                breakpoints = 8264, 8272
            ]
            connect "EV STATUSS.EVtalkingProtocol" talkingProtocol.in as Connection1112
            [
                breakpoints = 8752, 8328; 8760, 8232
            ]
            connect "EV STATUSS.EVtargetVoltage" targetVoltage.in as Connection1113
            [
                breakpoints = 8768, 8352; 8776, 8288
            ]
            connect "EV STATUSS.EVaskingAmps" askingAmps.in as Connection1114
            [
                breakpoints = 8776, 8368; 8784, 8368; 8800, 8344
            ]
            connect "EV STATUSS.EVfaults" faultss.in as Connection1115
            [
                breakpoints = 8776, 8384; 8792, 8384; 8824, 8424
            ]
            connect "EV STATUSS.EVstatus" status.in as Connection1116
            [
                breakpoints = 8776, 8400; 8792, 8480
            ]
            connect "EV STATUSS.EVkiloWattHours" kiloWattHours.in as Connection1117
            [
                breakpoints = 8760, 8424; 8808, 8536
            ]
            connect "EV - BATTERY SPECSS.EVmaxChargeVoltage" maxChargeVoltage.in as Connection1118
            connect "EV - BATTERY SPECSS.EVpackSizeKWH" packSizeKWH.in as Connection1119
            connect "CHARGING TIMEE.EVhowLongCharge" howLongCharge.in as Connection1120
            connect "CHARGING TIMEE.EVhowLongWeThink" howLongWeThink.in as Connection1121
            connect "EV - BATTERY SPECSS.rcv_cnt" countBattSpecss.in as Connection1122
            [
                breakpoints = 8656, 7632
            ]
            connect "CHARGING TIMEE.rcv_cnt" countChargeTimee.in as Connection1123
            [
                breakpoints = 8656, 7912
            ]
            connect countStatuss.in "EV STATUSS.rcv_cnt" as Connection1124
            [
                breakpoints = 8656, 8224
            ]
            connect presentCurrent Goto61 as Connection1125

            availCurrent = "120"
            availVoltage = "490"
            bChademo10Protocol = "1"
            presentVoltage = "480"
            remainingChargeMinutes = "3"
            remainingChargeSeconds = "180"
            thresholdVoltage = "500"
            weldCheck = "1"

            mask {
                description = "<html><head><meta name=\"qrichtext\" content=\"1\"></meta><style type=\"text/css\">p, li { white-space: pre-wrap; }</style></head><body style=\"\"><p style=\"margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;\">This component contains just sending and receiving parameters on EVSE side.</p></body></html>"

                weldCheck {
                    label = "Welding detection"
                    widget = edit
                    type = int
                    default_value = "0"
                }

                availVoltage {
                    label = "Available voltage"
                    widget = edit
                    type = real
                    default_value = "0"
                }

                availCurrent {
                    label = "Available current"
                    widget = edit
                    type = real
                    default_value = "0"
                }

                thresholdVoltage {
                    label = "Threshold voltage"
                    widget = edit
                    type = int
                    default_value = "0"
                }

                bChademo10Protocol {
                    label = "Chademo protocol"
                    widget = edit
                    type = int
                    default_value = "0"
                }

                presentVoltage {
                    label = "Present voltage"
                    widget = edit
                    type = real
                    default_value = "0"
                }

                evseStatus {
                    label = "Station status"
                    widget = edit
                    type = int
                    default_value = "0"
                }

                remainingChargeSeconds {
                    label = "Remaining charging time (s)"
                    widget = edit
                    type = int
                    default_value = "0"
                }

                remainingChargeMinutes {
                    label = "Remaining charging time (min)"
                    widget = edit
                    type = int
                    default_value = "0"
                }

                CODE open
                    from typhoon.apps.schematic_editor.dialogs.component_property_dialogs.general import RegularComponentPropertiesDialog
                
                    dialog = RegularComponentPropertiesDialog(
                        component=component,
                        property_container=component.masks[-1],
                        current_diagram=current_diagram
                    )
                    dialog.exec_()
                    
                ENDCODE
            }
        }
        [
            position = 8784, 8768
            size = 352, 368
        ]

        component "core/SCADA Input" presentCurrent {
            execution_rate = "Ts"
            unit = "V"
        }
        [
            position = 8376, 8768
        ]

        component "core/CAN Setup" "CAN Setup1" {
            execution_rate = "Ts"
        }
        [
            position = 9840, 8600
            hide_name = True
            size = 64, 64
        ]

        tag From25 {
            value = "disconnection status"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 11192, 7704
            hide_name = True
            size = 141, 20
        ]

        tag Goto35 {
            value = "Voltage"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 11888, 7960
            hide_name = True
            size = 113, 20
        ]

        tag Goto36 {
            value = "battery soc"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 11888, 8032
            hide_name = True
            size = 113, 20
        ]

        tag Goto37 {
            value = "IN1"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 11912, 8352
            hide_name = True
            size = 60, 20
        ]

        tag Goto38 {
            value = "IN2"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 11688, 8280
            hide_name = True
            size = 60, 20
        ]

        tag h {
            value = "pp"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 11768, 8448
            size = 60, 20
        ]

        tag From47 {
            value = "disconnection status"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 10360, 7704
            hide_name = True
            size = 158, 20
        ]

        tag From48 {
            value = "present current"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 10360, 7776
            hide_name = True
            size = 158, 20
        ]

        tag Goto4 {
            value = "EV ready"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9984, 7928
            hide_name = True
            size = 77, 20
        ]

        tag Goto9 {
            value = "charge complete"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 10024, 8128
            hide_name = True
            size = 150, 20
        ]

        tag Goto10 {
            value = "bulk charge complete"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 10024, 8168
            hide_name = True
            size = 153, 20
        ]

        tag From43 {
            value = "availCurrent"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 9640, 7880
            hide_name = True
            size = 151, 20
        ]

        tag From44 {
            value = "availVoltage"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 9640, 7912
            hide_name = True
            size = 151, 20
        ]

        tag From46 {
            value = "charge complete"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 9640, 7944
            hide_name = True
            size = 151, 20
        ]

        tag From49 {
            value = "faults"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 9640, 7976
            hide_name = True
            size = 151, 20
        ]

        tag From50 {
            value = "battery soc"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 9640, 8120
            hide_name = True
            size = 151, 20
        ]

        tag From63 {
            value = "Voltage"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 9640, 8344
            hide_name = True
            size = 151, 20
        ]

        tag From64 {
            value = "present voltage"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 9640, 8384
            hide_name = True
            size = 151, 20
        ]

        tag Goto42 {
            value = "disconnection status"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 10032, 8384
            hide_name = True
            size = 153, 20
        ]

        tag From65 {
            value = "EV ready"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 9640, 8424
            hide_name = True
            size = 151, 20
        ]

        tag Goto45 {
            value = "present voltage"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9216, 8336
            hide_name = True
            size = 92, 20
        ]

        tag Goto46 {
            value = "present current"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9216, 8416
            hide_name = True
            size = 99, 20
        ]

        tag Goto47 {
            value = "faults"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9208, 7904
            hide_name = True
            size = 79, 20
        ]

        tag From66 {
            value = "IN1"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 8336, 8096
            hide_name = True
            size = 71, 20
        ]

        tag From67 {
            value = "IN2"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 8336, 8160
            hide_name = True
            size = 71, 20
        ]

        tag From70 {
            value = "OUT1"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 11504, 8584
            hide_name = True
            scale = -1, 1
            size = 60, 20
        ]

        tag Goto49 {
            value = "OUT1"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9200, 7984
            hide_name = True
            size = 60, 20
        ]

        tag Goto50 {
            value = "OUT2"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9200, 8048
            hide_name = True
            size = 60, 20
        ]

        tag From71 {
            value = "OUT2"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 11232, 7760
            rotation = down
            hide_name = True
            scale = -1, 1
            size = 60, 20
        ]

        tag From72 {
            value = "Voltage"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 8336, 7968
            hide_name = True
            size = 71, 20
        ]

        tag Goto2 {
            value = "availVoltage"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9208, 8192
            hide_name = True
            size = 74, 20
        ]

        tag Goto3 {
            value = "availCurrent"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9208, 8272
            hide_name = True
            size = 77, 20
        ]

        tag Goto51 {
            value = "Current"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 11624, 7840
            hide_name = True
            size = 113, 20
        ]

        tag From73 {
            value = "Current"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 8336, 8032
            hide_name = True
            size = 71, 20
        ]

        tag From74 {
            value = "battery soc"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 8336, 8224
            hide_name = True
            size = 71, 20
        ]

        tag Goto52 {
            value = "packSizeKWH"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 9208, 8128
            hide_name = True
            size = 84, 20
        ]

        tag From75 {
            value = "packSizeKWH"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 9640, 8216
            hide_name = True
            size = 151, 20
        ]

        tag From76 {
            value = "complete"
            scope = local
            kind = sp
            direction = out
        }
        [
            position = 8336, 8416
            hide_name = True
            size = 78, 20
        ]

        tag Goto53 {
            value = "complete"
            scope = local
            kind = sp
            direction = in
        }
        [
            position = 10024, 8208
            hide_name = True
            size = 150, 20
        ]

        junction Junction67 pe
        [
            position = 11624, 7936
        ]

        junction Junction38 sp
        [
            position = 9904, 7928
        ]

        junction Junction40 sp
        [
            position = 9920, 8384
        ]

        junction Junction92 sp
        [
            position = 9928, 8128
        ]

        junction Junction95 pe
        [
            position = 10480, 8176
        ]

        junction Junction97 pe
        [
            position = 10480, 8272
        ]

        junction Junction98 pe
        [
            position = 10536, 8080
        ]

        junction Junction99 pe
        [
            position = 11624, 8128
        ]

        junction Junction101 pe
        [
            position = 11568, 8208
        ]

        junction Junction104 pe
        [
            position = 11304, 8816
        ]

        junction Junction105 pe
        [
            position = 11384, 8816
        ]

        junction Junction110 pe
        [
            position = 11448, 8808
        ]

        junction Junction114 sp
        [
            position = 11808, 8032
        ]

        junction Junction115 sp
        [
            position = 11808, 7960
        ]

        junction Junction118 sp
        [
            position = 11528, 7840
        ]

        junction Junction121 pe
        [
            position = 10680, 8008
        ]

        junction Junction122 pe
        [
            position = 10680, 7848
        ]

        junction Junction123 sp
        [
            position = 8392, 7968
        ]

        comment Comment3 START <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd"><html><head><meta name="qrichtext" content="1" /><style type="text/css">p, li { white-space: pre-wrap; }</style></head><body style=" font-family:'Arial'; font-size:12pt; font-weight:400; font-style:normal;"><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">DC+</p></body></html> ENDCOMMENT 
        [
            position = 11040, 7944
        ]

        comment Comment4 START <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd"><html><head><meta name="qrichtext" content="1" /><style type="text/css">p, li { white-space: pre-wrap; }</style></head><body style=" font-family:'Arial'; font-size:12pt; font-weight:400; font-style:normal;"><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">DC-</p></body></html> ENDCOMMENT 
        [
            position = 11040, 7992
        ]

        comment Comment5 START <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd"><html><head><meta name="qrichtext" content="1" /><style type="text/css">p, li { white-space: pre-wrap; }</style></head><body style=" font-family:'Arial'; font-size:12pt; font-weight:400; font-style:normal;"><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">CS</p></body></html> ENDCOMMENT 
        [
            position = 11048, 8144
        ]

        comment Comment6 START <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd"><html><head><meta name="qrichtext" content="1" /><style type="text/css">p, li { white-space: pre-wrap; }</style></head><body style=" font-family:'Arial'; font-size:12pt; font-weight:400; font-style:normal;"><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">CP3</p></body></html> ENDCOMMENT 
        [
            position = 11040, 8192
        ]

        comment Comment7 START <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd"><html><head><meta name="qrichtext" content="1" /><style type="text/css">p, li { white-space: pre-wrap; }</style></head><body style=" font-family:'Arial'; font-size:12pt; font-weight:400; font-style:normal;"><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">PE</p></body></html> ENDCOMMENT 
        [
            position = 11048, 8240
        ]

        comment Comment9 START <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd"><html><head><meta name="qrichtext" content="1" /><style type="text/css">p, li { white-space: pre-wrap; }</style></head><body style=" font-family:'Arial'; font-size:12pt; font-weight:400; font-style:normal;"><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">CP</p></body></html> ENDCOMMENT 
        [
            position = 11056, 8048
        ]

        comment Comment10 START <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd"><html><head><meta name="qrichtext" content="1" /><style type="text/css">p, li { white-space: pre-wrap; }</style></head><body style=" font-family:'Arial'; font-size:12pt; font-weight:400; font-style:normal;"><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">CP2 </p></body></html> ENDCOMMENT 
        [
            position = 11040, 8096
        ]

        comment Comment11 START <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd"><html><head><meta name="qrichtext" content="1" /><style type="text/css">p, li { white-space: pre-wrap; }</style></head><body style=" font-family:'Arial'; font-size:12pt; font-weight:400; font-style:normal;"><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">EV Ready logic</p></body></html> ENDCOMMENT 
        [
            position = 9760, 7816
        ]

        comment Comment8 START <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd"><html><head><meta name="qrichtext" content="1" /><style type="text/css">p, li { white-space: pre-wrap; }</style></head><body style=" font-family:'Arial'; font-size:12pt; font-weight:400; font-style:normal;"><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">Charge complete logic</p></body></html> ENDCOMMENT 
        [
            position = 9736, 8056
        ]

        comment Comment12 START <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd"><html><head><meta name="qrichtext" content="1" /><style type="text/css">p, li { white-space: pre-wrap; }</style></head><body style=" font-family:'Arial'; font-size:12pt; font-weight:400; font-style:normal;"><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">Charge contactor logic</p></body></html> ENDCOMMENT 
        [
            position = 9736, 8280
        ]

        comment Comment13 START <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd"><html><head><meta name="qrichtext" content="1" /><style type="text/css">p, li { white-space: pre-wrap; }</style></head><body style=" font-family:'Arial'; font-size:12pt; font-weight:400; font-style:normal;"><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">EVSE</p></body></html> ENDCOMMENT 
        [
            position = 10800, 7592
        ]

        comment Comment14 START <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN" "http://www.w3.org/TR/REC-html40/strict.dtd"><html><head><meta name="qrichtext" content="1" /><style type="text/css">p, li { white-space: pre-wrap; }</style></head><body style=" font-family:'Arial'; font-size:12pt; font-weight:400; font-style:normal;"><p style=" margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;">EV</p></body></html> ENDCOMMENT 
        [
            position = 11480, 7592
        ]

        connect "battery current.n_node" Junction67 as Connection493
        connect Junction67 Battery.p_node as Connection494
        connect "battery voltage.p_node" Junction67 as Connection697
        [
            breakpoints = 11624, 7960
        ]
        connect Constant4.out "Signal switch1.in" as Connection732
        connect "Signal switch1.out" h as Connection734
        connect "+V DC2.p_node" Battery1.p_node as Connection774
        [
            breakpoints = 11304, 8688
        ]
        connect "Signal switch3.out" Isp1.in as Connection528
        connect Constant8.out "Signal switch3.in" as Connection530
        connect From47 "Signal switch3.in2" as Connection548
        connect From48 "Signal switch3.in1" as Connection558
        connect "Charging cable.out" SW.ctrl_in as Connection796
        connect d1.a_out SW.in_3 as Connection814
        connect d2.a_out SW.in_4 as Connection815
        connect R1.n_node SW.in_5 as Connection816
        connect R2.n_node SW.in_6 as Connection817
        connect R4.n_node k.a_in as Connection832
        [
            breakpoints = 11400, 8520
        ]
        connect "EV Ready logic.EVReady" Junction38 as Connection246
        connect Junction38 EVReady.in as Connection247
        [
            breakpoints = 9920, 7928; 9904, 7928
        ]
        connect Goto4 Junction38 as Connection248
        connect From49 "EV Ready logic.ev_error" as Connection303
        connect From50 "Charge complete logic.batterySOC" as Connection307
        connect From64 "EV disconnection logic.present_voltage" as Connection322
        connect From63 "EV disconnection logic.battery_voltage" as Connection323
        connect From65 "EV disconnection logic.ev_ready" as Connection326
        connect Goto42 Junction40 as Connection327
        connect Junction40 "EV disconnection logic.out" as Connection328
        connect disconection_status.in Junction40 as Connection329
        connect "EV Ready logic.charge_complete" From46 as Connection579
        connect "EV Ready logic.max_voltage" From44 as Connection580
        connect From43 "EV Ready logic.max_current" as Connection581
        connect "Signal switch1.in1" Constant5.out as Connection864
        connect "EV contactor.a_out" "battery current.p_node" as Connection868
        connect SW.out_1 "EV contactor.a_in" as Connection869
        [
            breakpoints = 11320, 7968; 11328, 7936
        ]
        connect SW.out_2 "EV contactor.b_in" as Connection870
        [
            breakpoints = 11320, 8040; 11336, 8128
        ]
        connect "CHAdeMO v1 EVCC.faults" Goto47 as Connection871
        connect "Charge complete logic.charge_complete" Junction92 as Connection875
        connect Junction92 Goto9 as Connection876
        connect charge_complete.in Junction92 as Connection877
        [
            breakpoints = 9928, 8088; 9928, 8128
        ]
        connect d2.a_in Junction95 as Connection893
        [
            breakpoints = 10480, 8136
        ]
        connect Junction95 R1.p_node as Connection894
        [
            breakpoints = 10480, 8176
        ]
        connect Junction97 SW.in_7 as Connection918
        [
            breakpoints = 10480, 8264; 10480, 8272
        ]
        connect "+V DC.n_node" Junction97 as Connection919
        connect R2.p_node "(not)ready.n_node" as Connection927
        connect Junction97 Junction95 as Connection928
        [
            breakpoints = 10480, 8272; 10480, 8224; 10480, 8224; 10480, 8176; 10480, 8176
        ]
        connect "+V DC.p_node" Junction98 as Connection929
        connect Junction98 d1.a_in as Connection930
        [
            breakpoints = 10536, 8080
        ]
        connect "(not)ready.p_node" Junction98 as Connection931
        connect "battery voltage.n_node" Junction99 as Connection933
        connect Junction99 Battery.n_node as Connection934
        [
            breakpoints = 11624, 8128; 11624, 8128
        ]
        connect "EV contactor.b_out" Junction99 as Connection935
        connect SW.out_4 R6.p_node as Connection944
        [
            breakpoints = 11272, 8216; 11328, 8288
        ]
        connect R6.n_node g.p_node as Connection946
        connect R5.p_node Junction101 as Connection947
        connect Junction101 SW.out_3 as Connection948
        [
            breakpoints = 11576, 8208; 11296, 8208; 11296, 8200
        ]
        connect g.n_node Junction101 as Connection949
        connect R3.n_node "(dis)connection.p_node" as Connection951
        connect "(dis)connection.out" "Signal switch1.in2" as Connection959
        [
            breakpoints = 11672, 8392; 11672, 8480; 11672, 8480
        ]
        connect SW.out_5 R3.p_node as Connection960
        [
            breakpoints = 11248, 8184; 11280, 8352
        ]
        connect SW.out_6 R4.p_node as Connection961
        [
            breakpoints = 11208, 8224; 11224, 8224
        ]
        connect "+V DC2.n_node" k.a_out as Connection968
        [
            breakpoints = 11408, 8648
        ]
        connect SW.out_7 Junction104 as Connection971
        [
            breakpoints = 11192, 8272; 11224, 8816
        ]
        connect Junction104 Battery1.n_node as Connection972
        [
            breakpoints = 11304, 8800
        ]
        connect gnd7.node Junction105 as Connection974
        connect Junction105 Junction104 as Connection975
        [
            breakpoints = 11384, 8816
        ]
        connect f.p_node R5.n_node as Connection1000
        [
            breakpoints = 11792, 8208
        ]
        connect "(dis)connection.n_node" Junction110 as Connection1001
        connect Junction110 Junction105 as Connection1002
        [
            breakpoints = 11448, 8816; 11456, 8816; 11432, 8816; 11384, 8816
        ]
        connect f.n_node Junction110 as Connection1003
        [
            breakpoints = 11728, 8816; 11728, 8816; 11448, 8816
        ]
        connect From70 k.ctrl_in as Connection1013
        connect "CHAdeMO v1 EVCC.OUT1" Goto49 as Connection1018
        connect From25 "Logical operator1.in" as Connection1021
        connect From71 "Logical operator1.in1" as Connection1022
        [
            breakpoints = 11304, 7760; 11312, 7752
        ]
        connect "Logical operator1.out" "EV contactor.ctrl_in" as Connection1023
        [
            breakpoints = 11392, 7744
        ]
        connect Goto36 Junction114 as Connection1034
        connect Junction114 Battery.out as Connection1035
        connect "BATTERY SOC.in" Junction114 as Connection1036
        [
            breakpoints = 11808, 8016
        ]
        connect "battery voltage.out" Junction115 as Connection1038
        [
            breakpoints = 11672, 8032; 11672, 7960; 11784, 7960
        ]
        connect Junction115 Goto35 as Connection1039
        connect voltage.in Junction115 as Connection1040
        [
            breakpoints = 11808, 7920
        ]
        connect "battery current.out" Junction118 as Connection1049
        connect Junction118 Goto51 as Connection1050
        [
            breakpoints = 11536, 7840
        ]
        connect current.in Junction118 as Connection1051
        [
            breakpoints = 11528, 7800
        ]
        connect "CHAdeMO v1 EVCC.battery size" Goto52 as Connection1073
        connect From75 "Charge complete logic.packSizeKWH" as Connection1074
        connect From76 "CHAdeMO v1 EVCC.complete" as Connection1075
        connect targetCurrent.out "CHAdeMO v1 EVCC.targetCurrent" as Connection1076
        connect From74 "CHAdeMO v1 EVCC.battery soc" as Connection1079
        connect From67 "CHAdeMO v1 EVCC.in2" as Connection1080
        connect From66 "CHAdeMO v1 EVCC.in1" as Connection1081
        connect From73 "CHAdeMO v1 EVCC.current" as Connection1082
        connect "CHAdeMO v1 EVCC.availVoltage" Goto2 as Connection1091
        connect "CHAdeMO v1 EVCC.availCurrent" Goto3 as Connection1092
        connect "CHAdeMO v1 EVCC.presentVoltage" Goto45 as Connection1093
        connect "CHAdeMO v1 EVCC.presentCurrent" Goto46 as Connection1094
        connect bChademoRequest.out "CHAdeMO v1 EVCC.bChademoRequest" as Connection1097
        connect "Charge complete logic.bulk_charge_complete" Goto10 as Connection1102
        connect "Charge complete logic.COMPLETE" Goto53 as Connection1103
        connect "CHAdeMO v1 EVCC.OUT2" Goto50 as Connection1104
        connect g.out Goto38 as Connection1105
        [
            breakpoints = 11624, 8248; 11632, 8280
        ]
        connect f.out Goto37 as Connection1106
        connect SId1.out d1.ctrl_in as Connection1107
        [
            breakpoints = 10832, 8200; 10832, 8040; 10720, 8040
        ]
        connect R8.n_node Junction121 as Connection1110
        connect Junction121 Isp1.n_node as Connection1111
        [
            breakpoints = 10680, 8016; 10680, 8032; 10576, 8032; 10576, 7872
        ]
        connect SW.in_2 Junction121 as Connection1112
        connect R8.p_node Junction122 as Connection1114
        [
            breakpoints = 10680, 7888; 10680, 7888
        ]
        connect Junction122 Isp1.p_node as Connection1115
        [
            breakpoints = 10680, 7848; 10680, 7848; 10680, 7848
        ]
        connect SW.in_1 Junction122 as Connection1116
        [
            breakpoints = 11024, 7952; 11008, 7848
        ]
        connect SId2.out d2.ctrl_in as Connection1117
        [
            breakpoints = 10872, 8344; 10864, 8096; 10720, 8096
        ]
        connect presentCurrent.out EVSE.presentCurrent as Connection1118
        connect "CHAdeMO v1 EVCC.targetVoltage" Junction123 as Connection1120
        [
            breakpoints = 8224, 8264; 8224, 8000; 8280, 8000; 8280, 8000; 8392, 8000
        ]
        connect Junction123 From72 as Connection1121
        [
            breakpoints = 8392, 7968
        ]
        connect "CHAdeMO v1 EVCC.voltage" Junction123 as Connection1122
    }

    default {
        "core/Advanced C function" {
            input_terminals = "real in;"
            input_terminals_show_labels = "False;"
            input_terminals_feedthrough = "True;"
            input_terminals_dimensions = "inherit;"
            output_terminals = "real out;"
            output_terminals_show_labels = "False;"
            output_terminals_feedthrough = "True;"
            output_terminals_dimensions = "inherit;"
            output_fnc = ""
            update_fnc = ""
            init_fnc = ""
            global_variables = ""
            parameters = ""
            library_load_type = "Compile-time load"
            dll_file_path = ""
            dll_file_path_full = ""
            arm_a9_file_path = ""
            arm_a9_file_path_full = ""
            arm_a53_file_path = ""
            arm_a53_file_path_full = ""
            h_file_path = ""
            h_file_path_full = ""
            add_src_path = ""
            add_src_path_full = ""
            convert_to_relative_dll = "True"
            convert_to_relative_a = "True"
            convert_to_relative_src = "True"
            arb_defs = ""
            add_macros = ""
            skip_pre_cmpl_check = "False"
            generate_for_hil = "True"
            execution_rate = "inherit"
            _supported_platforms = "[\'generic\']"
            refresh = "refresh"
        }

        "core/C function" {
            input_terminals = "real in;"
            input_terminals_show_labels = "False;"
            input_terminals_feedthrough = "True;"
            input_terminals_dimensions = "inherit;"
            output_terminals = "real out;"
            output_terminals_show_labels = "False;"
            output_terminals_feedthrough = "True;"
            output_terminals_dimensions = "inherit;"
            output_fnc = ""
            update_fnc = ""
            init_fnc = ""
            global_variables = ""
            parameters = ""
            execution_rate = "inherit"
        }

        "core/Constant" {
            value = "1"
            signal_type = "real"
            execution_rate = "100e-6"
            _tunable = "False"
        }

        "core/Digital Probe" {
            signal_access = "inherit"
            override_signal_name = "False"
            signal_name = ""
            streaming_en = "False"
            addr = "0"
            streaming_er_idx = "0"
            execution_rate = "inherit"
        }

        "core/Logical operator" {
            operator = "AND"
            inputs = "2"
            execution_rate = "inherit"
        }

        "core/Probe" {
            signal_access = "inherit"
            addr = "0"
            override_signal_name = "False"
            signal_name = ""
            signal_type = "generic"
            streaming_en = "False"
            streaming_er_idx = "0"
            execution_rate = "inherit"
        }

        "core/Resistor" {
            resistance = "1"
            param_set = ""
        }

        "core/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/Signal switch" {
            criterion = "ctrl > threshold"
            threshold = "0.5"
            execution_rate = "inherit"
        }

        "core/Voltage Source" {
            sig_input = "False"
            type = "signal generator"
            param_set = "1phase"
            parent_label = ""
            addr = "0"
            spc_nb = "0"
            execution_rate = "100e-6"
            cpd_visible = "True"
            enable_snb = "False"
            snb_type = "R2"
            R2 = "0.0"
            L1 = "0.1"
            override_signal_name = "False"
            signal_name = ""
            init_source_nature = "Constant"
            init_const_value = "0.0"
            init_rms_value = "0.0"
            init_frequency = "50.0"
            init_phase = "0.0"
        }

        "core/Battery" {
            signal_access = "inherit"
            sig_output = "False"
            lut = "False"
            battery_type = "Lead-Acid"
            nominal_voltage = "12.0"
            capacity = "1.2"
            initial_soc = "100.0"
            execution_rate = "100e-6"
            Ke_full = "108.0"
            Kdisc_I = "5.0"
            R_series = "0.25"
            Kq_nom = "50.0"
            Kq_exp = "0.9"
            Ke_exp = "102.5"
            preview = "Preview SOC Curve"
        }

        "core/CAN Bus Receive" {
            hil_id = "0"
            db_messages = "[]"
            name = "CAN message"
            can_controller = "CAN1"
            data_input = "Dialog window"
            file_label = "Configuration file"
            file_path = "Configuration file"
            choose_message_values = "[]"
            choose_message = ""
            identifier_type = "11 bit"
            identifier_value = "100"
            data_length = "1"
            signals = "[]"
            signal_names_dict = "{}"
            execution_rate = "100e-6"
            _supported_platforms = "[\'hil\']"
        }

        "core/CAN Bus Send" {
            hil_id = "0"
            db_messages = "[]"
            name = "CAN message"
            can_controller = "CAN1"
            data_input = "Dialog window"
            file_label = "Configuration file"
            file_path = "Configuration file"
            choose_message_values = "[]"
            choose_message = ""
            identifier_type = "11 bit"
            identifier_value = "100"
            data_length = "1"
            transmit_type = "{\'On event\': True, \'On timer\': False}"
            transmit_period = "100"
            signals = "[]"
            signal_names_dict = "{}"
            _supported_platforms = "[\'hil\']"
        }

        "core/CAN Setup" {
            can1_cofig_method = "Automatic"
            can1_baud_rate = "50000"
            can1_cd = "0"
            can1_ts1 = "0"
            can1_ts2 = "0"
            can1_sjw = "1"
            can1_er = "10e-3"
            can2_cofig_method = "Automatic"
            can2_baud_rate = "50000"
            can2_cd = "0"
            can2_ts1 = "0"
            can2_ts2 = "0"
            can2_sjw = "1"
            can2_er = "10e-3"
            hil_id = "0"
            calc_values = "{\'CAN1\': {\'cd_calc\': \'1\', \'ts1_calc\': \'1\', \'ts2_calc\': \'1\', \'sjw_calc\': \'1\'}, \'CAN2\': {\'cd_calc\': \'1\', \'ts1_calc\': \'1\', \'ts2_calc\': \'1\', \'sjw_calc\': \'1\'},
                                \'CAN FD1\': {\'cd_calc\': \'1\', \'ts1_calc\': \'1\', \'ts2_calc\': \'1\', \'sjw_calc\': \'1\'}, 
                                \'CAN FD2\': {\'cd_calc\': \'1\', \'ts1_calc\': \'1\', \'ts2_calc\': \'1\', \'sjw_calc\': \'1\'},  
                                \'send_num\': 0,
                                \'send_buff_len\': 0,
                                \'receive_num\': 0,}"
            calc_values_can_fd = "{
                                \'CAN FD1\': {\'cd_calc\': \'1\', \'ts1_calc\': \'1\', \'ts2_calc\': \'1\', \'sjw_calc\': \'1\'}, 
                                \'CAN FD2\': {\'cd_calc\': \'1\', \'ts1_calc\': \'1\', \'ts2_calc\': \'1\', \'sjw_calc\': \'1\'},  
                                \'send_num\': 0,
                                \'send_buff_len\': 0,
                                \'receive_num\': 0,
                                \'receive_buff_len\': 0,}"
            execution_rate = "100e-6"
            can_fd1_config_method = "Automatic"
            can_fd1_baud_rate = "50000"
            can_fd1_cd = "0"
            can_fd1_ts1 = "0"
            can_fd1_ts2 = "0"
            can_fd1_sjw = "1"
            can_fd1_er = "10e-3"
            can_fd2_config_method = "Automatic"
            can_fd2_baud_rate = "50000"
            can_fd2_cd = "0"
            can_fd2_ts1 = "0"
            can_fd2_ts2 = "0"
            can_fd2_sjw = "1"
            can_fd2_er = "10e-3"
            hil_device_id_combo_values = "[]"
            saved_hil_device_config = ""
        }

        "core/Current Measurement" {
            signal_access = "inherit"
            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/Double Pole Single Throw Contactor" {
            signal_access = "inherit"
            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"
        }

        "core/Multi Pole Single Throw Contactor" {
            signal_access = "inherit"
            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"
            num_of_phases = "4"
        }

        "core/Signal Controlled Current Source" {
            execution_rate = "inherit"
        }

        "core/Single Pole Single Throw Contactor" {
            signal_access = "inherit"
            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"
            hide_int_meas = "False"
        }

        "core/Voltage Measurement" {
            signal_access = "inherit"
            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 = ""
        }
    }

    CODE model_init
        # Numpy module is imported as 'np'
        # Scipy module is imported as 'sp'
        # The Schematic API is imported as 'mdl'
        # To get the model file path, use 'mdl.get_model_file_path()'
        # To print information to the console, use info()
        
        # Signal Processing time step
        
        Ts = 1e-3
        
        # Voltage accuracy is used in PreCharge state. The PreCharge is complete
        # when EVSE voltage is equal (with some deviation) to the battery voltage before closing the
        # charge contactor. The deviation is defined as voltage_accuracy in %
        
        voltage_accuracy = 5  #%
        
        # The values that represent the battery full charge and
        # battery bulk charge
        complete_charge_value = 95  #%
        bulk_charge_value = 80  #%
    ENDCODE
}