Electrical_ParametersFn
Asobo_EX1\Common\Interior\Templates\ParametersFn\Electrical_ParametersFn.xml
Source XML
<ModelBehaviors>
<!-- ################################## ELECTRICAL ################################ -->
<!-- ############################################################################## -->
<!-- ################################ CIRCUIT TYPES ################################ -->
<Macro Name="CIRCUIT_INVALID">0</Macro>
<Macro Name="CIRCUIT_XML">1</Macro>
<Macro Name="CIRCUIT_GENERAL_PANEL">2</Macro>
<Macro Name="CIRCUIT_FLAP_MOTOR">3</Macro>
<Macro Name="CIRCUIT_GEAR_MOTOR">4</Macro>
<Macro Name="CIRCUIT_AUTOPILOT">5</Macro>
<Macro Name="CIRCUIT_AVIONICS">6</Macro>
<Macro Name="CIRCUIT_PITOT_HEAT">7</Macro>
<Macro Name="CIRCUIT_PROP_SYNC">8</Macro>
<Macro Name="CIRCUIT_AUTO_FEATHER">9</Macro>
<Macro Name="CIRCUIT_AUTO_BRAKES">10</Macro>
<Macro Name="CIRCUIT_STANDBY_VACUUM">11</Macro>
<Macro Name="CIRCUIT_MARKER_BEACON">12</Macro>
<Macro Name="CIRCUIT_GEAR_WARNING">13</Macro>
<Macro Name="CIRCUIT_HYDRAULIC_PUMP">14</Macro>
<Macro Name="CIRCUIT_HYDRAULIC_VALVE">15</Macro>
<Macro Name="CIRCUIT_FUEL_PUMP">16</Macro>
<Macro Name="CIRCUIT_FUEL_TRANSFER_PUMP">17</Macro>
<Macro Name="CIRCUIT_PROP_DEICE">18</Macro>
<Macro Name="CIRCUIT_STARTER">19</Macro>
<Macro Name="CIRCUIT_LIGHT_NAV">20</Macro>
<Macro Name="CIRCUIT_LIGHT_BEACON">21</Macro>
<Macro Name="CIRCUIT_LIGHT_LANDING">22</Macro>
<Macro Name="CIRCUIT_LIGHT_TAXI">23</Macro>
<Macro Name="CIRCUIT_LIGHT_STROBE">24</Macro>
<Macro Name="CIRCUIT_LIGHT_PANEL">25</Macro>
<Macro Name="CIRCUIT_LIGHT_RECOGNITION">26</Macro>
<Macro Name="CIRCUIT_LIGHT_WING">27</Macro>
<Macro Name="CIRCUIT_LIGHT_LOGO">28</Macro>
<Macro Name="CIRCUIT_LIGHT_CABIN">29</Macro>
<Macro Name="CIRCUIT_LIGHT_PEDESTAL">30</Macro>
<Macro Name="CIRCUIT_LIGHT_GLARESHIELD">31</Macro>
<Macro Name="CIRCUIT_DIRECTIONAL_GYRO">32</Macro>
<Macro Name="CIRCUIT_DIRECTIONAL_GYRO_SLAVING">33</Macro>
<Macro Name="CIRCUIT_NAV">34</Macro>
<Macro Name="CIRCUIT_COM">35</Macro>
<Macro Name="CIRCUIT_PFD">36</Macro>
<Macro Name="CIRCUIT_MFD">37</Macro>
<Macro Name="CIRCUIT_ADC_AHRS">38</Macro>
<Macro Name="CIRCUIT_FIS">39</Macro>
<Macro Name="CIRCUIT_ADF_DME">40</Macro>
<Macro Name="CIRCUIT_XPNDR">41</Macro>
<Macro Name="CIRCUIT_TURN_COORDINATOR">42</Macro>
<Macro Name="CIRCUIT_AUDIO">43</Macro>
<Macro Name="CIRCUIT_AVNFAN">44</Macro>
<Macro Name="CIRCUIT_GPS">45</Macro>
<Macro Name="CIRCUIT_INST">46</Macro>
<Macro Name="CIRCUIT_INST_LIGHTS">47</Macro>
<Macro Name="CIRCUIT_ALTFLD">48</Macro>
<Macro Name="CIRCUIT_WARN">49</Macro>
<Macro Name="CIRCUIT_LTS_PWR">50</Macro>
<Macro Name="CIRCUIT_ATTITUDE_INDICATOR">51</Macro>
<Macro Name="CIRCUIT_STALL_WARNING">52</Macro>
<Macro Name="CIRCUIT_APU_STARTER">53</Macro>
<Macro Name="CIRCUIT_FUEL_VALVE">54</Macro>
<Macro Name="CIRCUIT_WING_FOLD">55</Macro>
<Macro Name="CIRCUIT_ELECTRIC_ENGINE">56</Macro>
<Macro Name="CIRCUIT_PNEUMATICS_VALVE">57</Macro>
<Macro Name="CIRCUIT_PNEUMATICS_PACK">58</Macro>
<Macro Name="CIRCUIT_CABIN_SIGNAL_GO">59</Macro>
<Macro Name="CIRCUIT_CABIN_SIGNAL_STANDBY">60</Macro>
<Macro Name="CIRCUIT_CABIN_SIGNAL_STOP">61</Macro>
<Macro Name="CIRCUIT_LIQUID_DROPPING_DOOR">62</Macro>
<Macro Name="CIRCUIT_LIQUID_DROPPING_SCOOP">63</Macro>
<Macro Name="CIRCUIT_ROTOR_BRAKE">64</Macro>
<Macro Name="CIRCUIT_HOIST">65</Macro>
<Macro Name="CIRCUIT_SLING">66</Macro>
<Macro Name="CIRCUIT_PNEUMATICS_FAN">67</Macro>
<Macro Name="CIRCUIT_ROTOR_CLUTCH">68</Macro>
<Macro Name="CIRCUIT_INTERACTIVE_POINT">69</Macro>
<Macro Name="CIRCUIT_DEICE">70</Macro>
<!-- ############################################################################## -->
<Include RelativeFile="InteractionPresets\\Electrical_Interactions.xml"/>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_Battery_Parameters">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/>
</Parameters>
<Parameters Type="Default">
<BATTERY_ID>1</BATTERY_ID>
</Parameters>
<Parameters Type="Default">
<SIMVAR_BATTERY_SWITCH>ELECTRICAL MASTER BATTERY:#BATTERY_ID#</SIMVAR_BATTERY_SWITCH>
<SIMVAR_BATTERY_VOLTAGE>ELECTRICAL BATTERY VOLTAGE:#BATTERY_ID#</SIMVAR_BATTERY_VOLTAGE>
<SIMVAR_BATTERY_LOAD>ELECTRICAL BATTERY LOAD:#BATTERY_ID#</SIMVAR_BATTERY_LOAD>
<UNITS_BATTERY_VOLTAGE>volts</UNITS_BATTERY_VOLTAGE>
<UNITS_BATTERY_LOAD>amps</UNITS_BATTERY_LOAD>
</Parameters>
<Parameters Type="Default">
<GET_BATTERY_SWITCH>(A:#SIMVAR_BATTERY_SWITCH#, Bool)</GET_BATTERY_SWITCH>
<GET_BATTERY_VOLTAGE>(A:#SIMVAR_BATTERY_VOLTAGE#, #UNITS_BATTERY_VOLTAGE#)</GET_BATTERY_VOLTAGE>
<GET_BATTERY_LOAD>(A:#SIMVAR_BATTERY_LOAD#, #UNITS_BATTERY_LOAD#)</GET_BATTERY_LOAD>
</Parameters>
<Parameters Type="Default">
<TOGGLE_BATTERY>#BATTERY_ID# (>K:TOGGLE_MASTER_BATTERY)</TOGGLE_BATTERY>
</Parameters>
<Parameters Type="Default">
<SET_BATTERY>#GET_BATTERY_SWITCH# != if{ #TOGGLE_BATTERY# }</SET_BATTERY>
</Parameters>
<ReturnParameters>
<TOGGLE_BATTERY#OUT_PARAM_SUFFIX#>#TOGGLE_BATTERY#</TOGGLE_BATTERY#OUT_PARAM_SUFFIX#>
<SET_BATTERY#OUT_PARAM_SUFFIX#>#SET_BATTERY#</SET_BATTERY#OUT_PARAM_SUFFIX#>
<GET_BATTERY#OUT_PARAM_SUFFIX#_SWITCH>#GET_BATTERY_SWITCH#</GET_BATTERY#OUT_PARAM_SUFFIX#_SWITCH>
<GET_BATTERY#OUT_PARAM_SUFFIX#_VOLTAGE>#GET_BATTERY_VOLTAGE#</GET_BATTERY#OUT_PARAM_SUFFIX#_VOLTAGE>
<GET_BATTERY#OUT_PARAM_SUFFIX#_LOAD>#GET_BATTERY_LOAD#</GET_BATTERY#OUT_PARAM_SUFFIX#_LOAD>
<SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_SWITCH>#SIMVAR_BATTERY_SWITCH#</SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_SWITCH>
<SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_VOLTAGE>#SIMVAR_BATTERY_VOLTAGE#</SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_VOLTAGE>
<SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_LOAD>#SIMVAR_BATTERY_LOAD#</SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_LOAD>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_Alternator_Parameters">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/>
</Parameters>
<Parameters Type="Default">
<ALTERNATOR_ID>1</ALTERNATOR_ID>
</Parameters>
<Parameters Type="Default">
<Switch Param="ELECTRICAL_SYSTEM">
<Case Value="EX1">
<SIMVAR_ALTERNATOR_SWITCH>ELECTRICAL GENERATOR SWITCH:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_SWITCH>
<SIMVAR_ALTERNATOR_ACTIVE>ELECTRICAL GENERATOR ACTIVE:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_ACTIVE>
<SIMVAR_ALTERNATOR_VOLTAGE>ELECTRICAL GENERATOR VOLTAGE:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_VOLTAGE>
<SIMVAR_ALTERNATOR_LOAD>ELECTRICAL GENERATOR AMPS:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_LOAD>
</Case>
<Default>
<SIMVAR_ALTERNATOR_SWITCH>GENERAL ENG MASTER ALTERNATOR:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_SWITCH>
<SIMVAR_ALTERNATOR_VOLTAGE>ELECTRICAL GENALT BUS VOLTAGE:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_VOLTAGE>
<SIMVAR_ALTERNATOR_LOAD>ELECTRICAL GENALT BUS AMPS:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_LOAD>
<SIMVAR_ALTERNATOR_LOAD_RATIO>ELECTRICAL GENALT LOAD:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_LOAD_RATIO>
</Default>
</Switch>
<UNITS_ALTERNATOR_VOLTAGE>volts</UNITS_ALTERNATOR_VOLTAGE>
<UNITS_ALTERNATOR_LOAD>amps</UNITS_ALTERNATOR_LOAD>
<UNITS_ALTERNATOR_LOAD_RATIO>percent</UNITS_ALTERNATOR_LOAD_RATIO>
</Parameters>
<Parameters Type="Default">
<GET_ALTERNATOR_SWITCH>(A:#SIMVAR_ALTERNATOR_SWITCH#, Bool)</GET_ALTERNATOR_SWITCH>
<GET_ALTERNATOR_VOLTAGE>(A:#SIMVAR_ALTERNATOR_VOLTAGE#, #UNITS_ALTERNATOR_VOLTAGE#)</GET_ALTERNATOR_VOLTAGE>
<GET_ALTERNATOR_LOAD>(A:#SIMVAR_ALTERNATOR_LOAD#, #UNITS_ALTERNATOR_LOAD#)</GET_ALTERNATOR_LOAD>
<Switch Param="ELECTRICAL_SYSTEM">
<Case Value="EX1">
<GET_ALTERNATOR_ACTIVE>(A:#SIMVAR_ALTERNATOR_ACTIVE#, Bool)</GET_ALTERNATOR_ACTIVE>
</Case>
<Default>
<GET_ALTERNATOR_LOAD_RATIO>(A:#SIMVAR_ALTERNATOR_LOAD_RATIO#, #UNITS_ALTERNATOR_LOAD_RATIO#)</GET_ALTERNATOR_LOAD_RATIO>
</Default>
</Switch>
</Parameters>
<Parameters Type="Default">
<SET_ALTERNATOR>#GET_ALTERNATOR_SWITCH# != if{ #ALTERNATOR_ID# (>K:TOGGLE_MASTER_ALTERNATOR) }</SET_ALTERNATOR>
<TOGGLE_ALTERNATOR>#ALTERNATOR_ID# (>K:TOGGLE_MASTER_ALTERNATOR)</TOGGLE_ALTERNATOR>
</Parameters>
<ReturnParameters>
<TOGGLE_ALTERNATOR#OUT_PARAM_SUFFIX#>#TOGGLE_ALTERNATOR#</TOGGLE_ALTERNATOR#OUT_PARAM_SUFFIX#>
<SET_ALTERNATOR#OUT_PARAM_SUFFIX#>#SET_ALTERNATOR#</SET_ALTERNATOR#OUT_PARAM_SUFFIX#>
<GET_ALTERNATOR#OUT_PARAM_SUFFIX#_SWITCH>#GET_ALTERNATOR_SWITCH#</GET_ALTERNATOR#OUT_PARAM_SUFFIX#_SWITCH>
<GET_ALTERNATOR#OUT_PARAM_SUFFIX#_VOLTAGE>#GET_ALTERNATOR_VOLTAGE#</GET_ALTERNATOR#OUT_PARAM_SUFFIX#_VOLTAGE>
<GET_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD>#GET_ALTERNATOR_LOAD#</GET_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD>
<Switch Param="ELECTRICAL_SYSTEM">
<Case Value="EX1">
<GET_ALTERNATOR#OUT_PARAM_SUFFIX#_ACTIVE>#GET_ALTERNATOR_ACTIVE#</GET_ALTERNATOR#OUT_PARAM_SUFFIX#_ACTIVE>
</Case>
<Default>
<GET_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD_RATIO>#GET_ALTERNATOR_LOAD_RATIO#</GET_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD_RATIO>
</Default>
</Switch>
<SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_SWITCH>#SIMVAR_ALTERNATOR_SWITCH#</SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_SWITCH>
<SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_VOLTAGE>#SIMVAR_ALTERNATOR_VOLTAGE#</SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_SWITCH>
<SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD>#SIMVAR_ALTERNATOR_LOAD#</SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD>
<SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD_RATIO>#UNITS_ALTERNATOR_LOAD_RATIO#</SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD_RATIO>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_External_Power_Parameters">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/>
</Parameters>
<Parameters Type="Default">
<EXTERNAL_POWER_ID>1</EXTERNAL_POWER_ID>
</Parameters>
<Parameters Type="Default">
<SIMVAR_EXTERNAL_POWER_SWITCH>EXTERNAL POWER ON:#EXTERNAL_POWER_ID#</SIMVAR_EXTERNAL_POWER_SWITCH>
<SIMVAR_EXTERNAL_POWER_AVAILABLE>EXTERNAL POWER AVAILABLE:#EXTERNAL_POWER_ID#</SIMVAR_EXTERNAL_POWER_AVAILABLE>
<Switch Param="ELECTRICAL_SYSTEM">
<Case Value="EX1">
<SIMVAR_EXTERNAL_POWER_VOLTAGE>ELECTRICAL EXTERNAL POWER VOLTAGE:#EXTERNAL_POWER_ID#</SIMVAR_EXTERNAL_POWER_VOLTAGE>
<SIMVAR_EXTERNAL_POWER_LOAD>ELECTRICAL EXTERNAL POWER AMPS:#EXTERNAL_POWER_ID#</SIMVAR_EXTERNAL_POWER_LOAD>
<UNITS_EXTERNAL_POWER_VOLTAGE>volts</UNITS_EXTERNAL_POWER_VOLTAGE>
<UNITS_EXTERNAL_POWER_LOAD>amps</UNITS_EXTERNAL_POWER_LOAD>
</Case>
</Switch>
</Parameters>
<Parameters Type="Default">
<GET_EXTERNAL_POWER_SWITCH>(A:#SIMVAR_EXTERNAL_POWER_SWITCH#, Bool)</GET_EXTERNAL_POWER_SWITCH>
<GET_EXTERNAL_POWER_AVAILABLE>(A:#SIMVAR_EXTERNAL_POWER_AVAILABLE#, Bool)</GET_EXTERNAL_POWER_AVAILABLE>
<Switch Param="ELECTRICAL_SYSTEM">
<Case Value="EX1">
<GET_EXTERNAL_POWER_VOLTAGE>(A:#SIMVAR_EXTERNAL_POWER_VOLTAGE#, #UNITS_EXTERNAL_POWER_VOLTAGE#)</GET_EXTERNAL_POWER_VOLTAGE>
<GET_EXTERNAL_POWER_LOAD>(A:#SIMVAR_EXTERNAL_POWER_LOAD#, #UNITS_EXTERNAL_POWER_LOAD#)</GET_EXTERNAL_POWER_LOAD>
</Case>
</Switch>
<SET_EXTERNAL_POWER>#EXTERNAL_POWER_ID# (>K:2:SET_EXTERNAL_POWER)</SET_EXTERNAL_POWER>
</Parameters>
<Parameters Type="Default">
<TOGGLE_EXTERNAL_POWER>#GET_EXTERNAL_POWER_SWITCH# ! #SET_EXTERNAL_POWER#</TOGGLE_EXTERNAL_POWER>
</Parameters>
<ReturnParameters>
<TOGGLE_EXTERNAL_POWER#OUT_PARAM_SUFFIX#>#TOGGLE_EXTERNAL_POWER#</TOGGLE_EXTERNAL_POWER#OUT_PARAM_SUFFIX#>
<SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#>#SET_EXTERNAL_POWER#</SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#>
<SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_ON>1 #SET_EXTERNAL_POWER#</SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_ON>
<SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_OFF>0 #SET_EXTERNAL_POWER#</SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_OFF>
<GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_SWITCH>#GET_EXTERNAL_POWER_SWITCH#</GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_SWITCH>
<GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_AVAILABLE>#GET_EXTERNAL_POWER_AVAILABLE#</GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_AVAILABLE>
<SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_SWITCH>#SIMVAR_EXTERNAL_POWER_SWITCH#</SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_SWITCH>
<SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_AVAILABLE>#SIMVAR_EXTERNAL_POWER_AVAILABLE#</SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_AVAILABLE>
<Switch Param="ELECTRICAL_SYSTEM">
<Case Value="EX1">
<GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_VOLTAGE>#GET_EXTERNAL_POWER_VOLTAGE#</GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_VOLTAGE>
<GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_LOAD>#GET_EXTERNAL_POWER_LOAD#</GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_LOAD>
<SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_VOLTAGE>#SIMVAR_EXTERNAL_POWER_VOLTAGE#</SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_VOLTAGE>
<SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_LOAD>#SIMVAR_EXTERNAL_POWER_LOAD#</SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_LOAD>
</Case>
</Switch>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_Bus_Parameters">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/>
</Parameters>
<Parameters Type="Default">
<BUS_ID>1</BUS_ID>
</Parameters>
<Parameters Type="Default">
<SIMVAR_BUS_LOAD>ELECTRICAL BUS AMPS:#BUS_ID#</SIMVAR_BUS_LOAD>
<SIMVAR_BUS_VOLTAGE>ELECTRICAL BUS VOLTAGE:#BUS_ID#</SIMVAR_BUS_VOLTAGE>
<UNITS_BUS_VOLTAGE>volts</UNITS_BUS_VOLTAGE>
<UNITS_BUS_LOAD>amps</UNITS_BUS_LOAD>
</Parameters>
<Parameters Type="Default">
<GET_BUS_VOLTAGE>(A:#SIMVAR_BUS_VOLTAGE#, #UNITS_BUS_VOLTAGE#)</GET_BUS_VOLTAGE>
<GET_BUS_LOAD>(A:#SIMVAR_BUS_LOAD#, #UNITS_BUS_LOAD#)</GET_BUS_LOAD>
</Parameters>
<ReturnParameters>
<SIMVAR_BUS#OUT_PARAM_SUFFIX#_VOLTAGE>#SIMVAR_BUS_VOLTAGE#</SIMVAR_BUS#OUT_PARAM_SUFFIX#_VOLTAGE>
<SIMVAR_BUS#OUT_PARAM_SUFFIX#_LOAD>#SIMVAR_BUS_LOAD#</SIMVAR_BUS#OUT_PARAM_SUFFIX#_LOAD>
<GET_BUS#OUT_PARAM_SUFFIX#_VOLTAGE>#GET_BUS_VOLTAGE#</GET_BUS#OUT_PARAM_SUFFIX#_VOLTAGE>
<GET_BUS#OUT_PARAM_SUFFIX#_LOAD>#GET_BUS_LOAD#</GET_BUS#OUT_PARAM_SUFFIX#_LOAD>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_APU_Generator_Parameters">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/>
</Parameters>
<Parameters Type="Default">
<APU_ID>1</APU_ID>
</Parameters>
<Parameters Type="Default">
<SIMVAR_APU_GENERATOR_SWITCH>APU GENERATOR SWITCH:#APU_ID#</SIMVAR_APU_GENERATOR_SWITCH>
<SIMVAR_APU_GENERATOR_ACTIVE>APU GENERATOR ACTIVE:#APU_ID#</SIMVAR_APU_GENERATOR_ACTIVE>
</Parameters>
<Parameters Type="Default">
<GET_APU_GENERATOR_SWITCH>(A:#SIMVAR_APU_GENERATOR_SWITCH#, Bool)</GET_APU_GENERATOR_SWITCH>
<GET_APU_GENERATOR_ACTIVE>(A:#SIMVAR_APU_GENERATOR_ACTIVE#, Bool)</GET_APU_GENERATOR_ACTIVE>
</Parameters>
<Parameters Type="Default">
<TOGGLE_APU_GENERATOR>#APU_ID# #GET_APU_GENERATOR_SWITCH# ! (>K:2:APU_GENERATOR_SWITCH_SET)</TOGGLE_APU_GENERATOR>
<SET_APU_GENERATOR>#GET_APU_GENERATOR_SWITCH# != if{ #APU_ID# #GET_APU_GENERATOR_SWITCH# ! (>K:2:APU_GENERATOR_SWITCH_SET) }</SET_APU_GENERATOR>
</Parameters>
<ReturnParameters>
<TOGGLE_APU_GENERATOR#OUT_PARAM_SUFFIX#>#TOGGLE_APU_GENERATOR#</TOGGLE_APU_GENERATOR#OUT_PARAM_SUFFIX#>
<SET_APU_GENERATOR#OUT_PARAM_SUFFIX#>#SET_APU_GENERATOR#</SET_APU_GENERATOR#OUT_PARAM_SUFFIX#>
<GET_APU_GENERATOR#OUT_PARAM_SUFFIX#_SWITCH>#GET_APU_GENERATOR_SWITCH#</GET_APU_GENERATOR#OUT_PARAM_SUFFIX#_SWITCH>
<GET_APU_GENERATOR#OUT_PARAM_SUFFIX#_ACTIVE>#GET_APU_GENERATOR_ACTIVE#</GET_APU_GENERATOR#OUT_PARAM_SUFFIX#_ACTIVE>
<SIMVAR_APU_GENERATOR#OUT_PARAM_SUFFIX#_SWITCH>#SIMVAR_APU_GENERATOR_SWITCH#</SIMVAR_APU_GENERATOR#OUT_PARAM_SUFFIX#_SWITCH>
<SIMVAR_APU_GENERATOR#OUT_PARAM_SUFFIX#_ACTIVE>#SIMVAR_APU_GENERATOR_ACTIVE#</SIMVAR_APU_GENERATOR#OUT_PARAM_SUFFIX#_ACTIVE>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_Circuit_Parameters">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/>
</Parameters>
<Parameters Type="Default">
<CIRCUIT_ID>1</CIRCUIT_ID>
</Parameters>
<Parameters Type="Default">
<SIMVAR_CIRCUIT_SWITCH>CIRCUIT SWITCH ON:#CIRCUIT_ID#</SIMVAR_CIRCUIT_SWITCH>
<SIMVAR_CIRCUIT_ON>CIRCUIT ON:#CIRCUIT_ID#</SIMVAR_CIRCUIT_ON>
<SIMVAR_CIRCUIT_POWER>CIRCUIT POWER SETTING:#CIRCUIT_ID#</SIMVAR_CIRCUIT_POWER>
<Switch Param="ELECTRICAL_SYSTEM">
<Case Value="EX1">
<SIMVAR_CIRCUIT_EXISTS>ELECTRICAL CIRCUIT EXISTS:#CIRCUIT_ID#</SIMVAR_CIRCUIT_EXISTS>
<SIMVAR_CIRCUIT_VOLTAGE>ELECTRICAL CIRCUIT VOLTAGE:#CIRCUIT_ID#</SIMVAR_CIRCUIT_VOLTAGE>
<SIMVAR_CIRCUIT_LOAD>ELECTRICAL CIRCUIT AMPS:#CIRCUIT_ID#</SIMVAR_CIRCUIT_LOAD>
<UNITS_CIRCUIT_VOLTAGE>volts</UNITS_CIRCUI_VOLTAGE>
<UNITS_CIRCUIT_LOAD>amps</UNITS_CIRCUIT_LOAD>
</Case>
</Switch>
</Parameters>
<Parameters Type="Default">
<GET_CIRCUIT_SWITCH>(A:#SIMVAR_CIRCUIT_SWITCH#, Bool)</GET_CIRCUIT_SWITCH>
<GET_CIRCUIT_ON>(A:#SIMVAR_CIRCUIT_ON#, Bool)</GET_CIRCUIT_ON>
<GET_CIRCUIT_POWER_SETTING>(A:#SIMVAR_CIRCUIT_POWER#, Percent)</GET_CIRCUIT_POWER_SETTING>
<Switch Param="ELECTRICAL_SYSTEM">
<Case Value="EX1">
<GET_CIRCUIT_EXISTS>(A:#SIMVAR_CIRCUIT_EXISTS#, Bool)</GET_CIRCUIT_EXISTS>
<GET_CIRCUIT_VOLTAGE>(A:#SIMVAR_CIRCUIT_VOLTAGE#, #UNITS_CIRCUIT_VOLTAGE#)</GET_CIRCUIT_VOLTAGE>
<GET_CIRCUIT_LOAD>(A:#SIMVAR_CIRCUIT_LOAD#, #SIMVAR_CIRCUIT_LOAD#)</GET_CIRCUIT_LOAD>
</Case>
</Switch>
</Parameters>
<Parameters Type="Default">
<TOGGLE_CIRCUIT>#CIRCUIT_ID# (>K:ELECTRICAL_CIRCUIT_TOGGLE)</TOGGLE_CIRCUIT>
<SET_CIRCUIT>#GET_CIRCUIT_SWITCH# != if{ #CIRCUIT_ID# (>K:ELECTRICAL_CIRCUIT_TOGGLE) }</SET_CIRCUIT>
<SET_CIRCUIT_POWER_SETTING>#CIRCUIT_ID# (>K:2:ELECTRICAL_CIRCUIT_POWER_SETTING_SET)</SET_CIRCUIT_POWER_SETTING>
</Parameters>
<ReturnParameters>
<SET_CIRCUIT#OUT_PARAM_SUFFIX#>#SET_CIRCUIT#</SET_CIRCUIT#OUT_PARAM_SUFFIX#>
<TOGGLE_CIRCUIT#OUT_PARAM_SUFFIX#>#TOGGLE_CIRCUIT#</TOGGLE_CIRCUIT#OUT_PARAM_SUFFIX#>
<SET_CIRCUIT#OUT_PARAM_SUFFIX#_POWER_SETTING>#SET_CIRCUIT_POWER_SETTING#</SET_CIRCUIT#OUT_PARAM_SUFFIX#_POWER_SETTING>
<GET_CIRCUIT#OUT_PARAM_SUFFIX#_SWITCH>#GET_CIRCUIT_SWITCH#</GET_CIRCUIT#OUT_PARAM_SUFFIX#_SWITCH>
<GET_CIRCUIT#OUT_PARAM_SUFFIX#_ON>#GET_CIRCUIT_ON#</GET_CIRCUIT#OUT_PARAM_SUFFIX#_ON>
<GET_CIRCUIT#OUT_PARAM_SUFFIX#_POWER_SETTING>#GET_CIRCUIT_POWER_SETTING#</GET_CIRCUIT#OUT_PARAM_SUFFIX#_POWER_SETTING>
<SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_SWITCH>#SIMVAR_CIRCUIT_SWITCH#</SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_SWITCH>
<SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_ON>#SIMVAR_CIRCUIT_ON#</SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_ON>
<SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_POWER>#SIMVAR_CIRCUIT_POWER#</SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_POWER>
<Switch Param="ELECTRICAL_SYSTEM">
<Case Value="EX1">
<SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_EXISTS>#SIMVAR_CIRCUIT_EXISTS#</SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_EXISTS>
<SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_VOLTAGE>#SIMVAR_CIRCUIT_VOLTAGE#</SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_VOLTAGE>
<SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_LOAD>#SIMVAR_CIRCUIT_LOAD#</SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_LOAD>
<GET_CIRCUIT#OUT_PARAM_SUFFIX#_EXISTS>#GET_CIRCUIT_EXISTS#</GET_CIRCUIT#OUT_PARAM_SUFFIX#_EXISTS>
<GET_CIRCUIT#OUT_PARAM_SUFFIX#_VOLTAGE>#GET_CIRCUIT_EXISTS#</GET_CIRCUIT#OUT_PARAM_SUFFIX#_VOLTAGE>
<GET_CIRCUIT#OUT_PARAM_SUFFIX#_LOAD>#GET_CIRCUIT_EXISTS#</GET_CIRCUIT#OUT_PARAM_SUFFIX#_LOAD>
</Case>
</Switch>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_Procedure_Parameters">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/>
</Parameters>
<Parameters Type="Default">
<GET_PROCEDURE>1</GET_PROCEDURE>
<PROC_ID>1</PROC_ID>
</Parameters>
<Parameters Type="Default">
<TOGGLE_PROCEDURE>#GET_PROCEDURE# ! #PROC_ID# (>K:2:ELECTRICAL_EXECUTE_PROCEDURE)</TOGGLE_PROCEDURE>
<EXEC_PROCEDURE>0 #PROC_ID# (>K:2:ELECTRICAL_EXECUTE_PROCEDURE)</EXEC_PROCEDURE>
<EXEC_INVERT_PROCEDURE>1 #PROC_ID# (>K:2:ELECTRICAL_EXECUTE_PROCEDURE)</EXEC_INVERT_PROCEDURE>
</Parameters>
<ReturnParameters>
<TOGGLE_PROCEDURE#OUT_PARAM_SUFFIX#>#TOGGLE_PROCEDURE#</TOGGLE_PROCEDURE#OUT_PARAM_SUFFIX#>
<EXEC_PROCEDURE#OUT_PARAM_SUFFIX#>#EXEC_PROCEDURE#</EXEC_PROCEDURE#OUT_PARAM_SUFFIX#>
<EXEC_INVERT_PROCEDURE#OUT_PARAM_SUFFIX#>#EXEC_INVERT_PROCEDURE#</EXEC_INVERT_PROCEDURE#OUT_PARAM_SUFFIX#>
<GET_PROCEDURE#OUT_PARAM_SUFFIX#>#GET_PROCEDURE#</GET_PROCEDURE#OUT_PARAM_SUFFIX#>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_Connection_Parameters_Default">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/>
</Parameters>
<Parameters Type="Default">
<SOURCE_BUS_ID>1</SOURCE_BUS_ID>
<TARGET_ID>1</TARGET_ID>
</Parameters>
<Parameters Type="Default">
<SOURCE_ID>#SOURCE_BUS_ID#</SOURCE_ID>
</Parameters>
<Parameters Type="Override">
<TOGGLE_CONNECTION>#TARGET_ID# #SOURCE_ID# (>K:2:ELECTRICAL_BUS_TO_#TARGET_COMPONENT#_CONNECTION_TOGGLE)</TOGGLE_CONNECTION>
<GET_CONNECTION>#SOURCE_ID# (A:1:#TARGET_COMPONENT# CONNECTION ON:#TARGET_ID#, Bool)</GET_CONNECTION>
</Parameters>
<Parameters Type="Override">
<SET_CONNECTION>#GET_CONNECTION# != if{ #TOGGLE_CONNECTION# }</SET_CONNECTION>
</Parameters>
<ReturnParameters>
<SET#OUT_PARAM_SUFFIX#_CONNECTION>#SET_CONNECTION#</SET#OUT_PARAM_SUFFIX#_CONNECTION>
<TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION>#TOGGLE_CONNECTION#</TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION>
<GET#OUT_PARAM_SUFFIX#_CONNECTION>#GET_CONNECTION#</GET#OUT_PARAM_SUFFIX#_CONNECTION>
</ReturnParameters>
</ParametersFn>
<ParametersFn Name="ASOBO_Connection_Parameters_EX1">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/>
</Parameters>
<Parameters Type="Default">
<SOURCE_BUS_ID></SOURCE_BUS_ID>
<TARGET_ID>1</TARGET_ID>
</Parameters>
<Parameters Type="Default">
<SOURCE_ID>#SOURCE_BUS_ID#</SOURCE_ID>
</Parameters>
<Parameters Type="Override">
<SIMVAR_CONNECTION>#TARGET_COMPONENT# CONNECTION ON:#TARGET_ID#</SIMVAR_CONNECTION>
</Parameters>
<Parameters Type="Override">
<Switch>
<Case NotEmpty="SOURCE_ID">
<TOGGLE_CONNECTION>#SOURCE_ID# #TARGET_ID# (>K:2:ELECTRICAL_BUS_TO_#TARGET_COMPONENT#_CONNECTION_TOGGLE)</TOGGLE_CONNECTION>
</Case>
<Default>
<TOGGLE_CONNECTION>#TARGET_ID# (>K:ELECTRICAL_BUS_TO_#TARGET_COMPONENT#_CONNECTION_TOGGLE)</TOGGLE_CONNECTION>
</Default>
</Switch>
<Switch>
<Case NotEmpty="SOURCE_ID">
<GET_CONNECTION>#SOURCE_ID# (A:1:#SIMVAR_CONNECTION#, Bool)</GET_CONNECTION>
</Case>
<Default>
<GET_CONNECTION>(A:#SIMVAR_CONNECTION#, Bool)</GET_CONNECTION>
</Default>
</Switch>
</Parameters>
<Parameters Type="Override">
<SET_CONNECTION>#GET_CONNECTION# != if{ #TOGGLE_CONNECTION# }</SET_CONNECTION>
</Parameters>
<ReturnParameters>
<SET#OUT_PARAM_SUFFIX#_CONNECTION>#SET_CONNECTION#</SET#OUT_PARAM_SUFFIX#_CONNECTION>
<TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION>#TOGGLE_CONNECTION#</TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION>
<GET#OUT_PARAM_SUFFIX#_CONNECTION>#GET_CONNECTION#</GET#OUT_PARAM_SUFFIX#_CONNECTION>
<SIMVAR#OUT_PARAM_SUFFIX#_CONNECTION>#SIMVAR_CONNECTION#</SIMVAR#OUT_PARAM_SUFFIX#_CONNECTION>
</ReturnParameters>
</ParametersFn>
<ParametersFn Name="ASOBO_Connection_Parameters">
<ReturnParameters>
<Switch Param="ELECTRICAL_SYSTEM">
<Case Value="EX1">
<UseParametersFn Name="ASOBO_Connection_Parameters_EX1"/>
</Case>
<Default>
<UseParametersFn Name="ASOBO_Connection_Parameters_Default"/>
</Default>
</Switch>
</ReturnParameters>
</ParametersFn>
<ParametersFn Name="ASOBO_Breaker_Parameters_Default">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/>
</Parameters>
<Parameters Type="Default">
<SOURCE_BUS_ID>1</SOURCE_BUS_ID>
<TARGET_ID>1</TARGET_ID>
</Parameters>
<Parameters Type="Default">
<SOURCE_ID>#SOURCE_BUS_ID#</SOURCE_ID>
</Parameters>
<Parameters Type="Default">
<TOGGLE_BREAKER>#TARGET_ID# #SOURCE_ID# (>K:2:ELECTRICAL_#TARGET_COMPONENT#_BREAKER_TOGGLE)</TOGGLE_BREAKER>
<GET_BREAKER>#SOURCE_ID# (A:1:#TARGET_COMPONENT# BREAKER PULLED:#TARGET_ID#, Bool)</GET_BREAKER>
</Parameters>
<Parameters Type="Default">
<SET_BREAKER>#GET_BREAKER# != if{ #TOGGLE_BREAKER# }</SET_BREAKER>
</Parameters>
<ReturnParameters>
<SET#OUT_PARAM_SUFFIX#_BREAKER>#SET_BREAKER#</SET#OUT_PARAM_SUFFIX#_BREAKER>
<TOGGLE#OUT_PARAM_SUFFIX#_BREAKER>#TOGGLE_BREAKER#</TOGGLE#OUT_PARAM_SUFFIX#_BREAKER>
<GET#OUT_PARAM_SUFFIX#_BREAKER>#GET_BREAKER#</GET#OUT_PARAM_SUFFIX#_BREAKER>
</ReturnParameters>
</ParametersFn>
<Macro Name="Electrical_Breaker_Pulled">1</Macro>
<Macro Name="Electrical_Breaker_Pushed">0</Macro>
<ParametersFn Name="ASOBO_Breaker_Parameters_EX1">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/>
</Parameters>
<Parameters Type="Default">
<SOURCE_BUS_ID></SOURCE_BUS_ID>
<TARGET_ID>1</TARGET_ID>
</Parameters>
<Parameters Type="Default">
<SOURCE_ID>#SOURCE_BUS_ID#</SOURCE_ID>
</Parameters>
<Parameters Type="Default">
<Switch>
<Case NotEmpty="SOURCE_ID">
<TOGGLE_BREAKER>#SOURCE_ID# #TARGET_ID# (>K:2:ELECTRICAL_#TARGET_COMPONENT#_BREAKER_TOGGLE)</TOGGLE_BREAKER>
</Case>
<Default>
<TOGGLE_BREAKER>#TARGET_ID# (>K:ELECTRICAL_#TARGET_COMPONENT#_BREAKER_TOGGLE)</TOGGLE_BREAKER>
</Default>
</Switch>
<Switch>
<Case NotEmpty="SOURCE_ID">
<GET_BREAKER>#SOURCE_ID# (A:1:#TARGET_COMPONENT# BREAKER PULLED:#TARGET_ID#, Bool)</GET_BREAKER>
</Case>
<Default>
<GET_BREAKER>(A:#TARGET_COMPONENT# BREAKER PULLED:#TARGET_ID#, Bool)</GET_BREAKER>
</Default>
</Switch>
</Parameters>
<Parameters Type="Default">
<SET_BREAKER>#GET_BREAKER# != if{ #TOGGLE_BREAKER# }</SET_BREAKER>
</Parameters>
<ReturnParameters>
<SET#OUT_PARAM_SUFFIX#_BREAKER>#SET_BREAKER#</SET#OUT_PARAM_SUFFIX#_BREAKER>
<TOGGLE#OUT_PARAM_SUFFIX#_BREAKER>#TOGGLE_BREAKER#</TOGGLE#OUT_PARAM_SUFFIX#_BREAKER>
<GET#OUT_PARAM_SUFFIX#_BREAKER>#GET_BREAKER#</GET#OUT_PARAM_SUFFIX#_BREAKER>
</ReturnParameters>
</ParametersFn>
<ParametersFn Name="ASOBO_Breaker_Parameters">
<ReturnParameters>
<Switch Param="ELECTRICAL_SYSTEM">
<Case Value="EX1">
<UseParametersFn Name="ASOBO_Breaker_Parameters_EX1"/>
</Case>
<Default>
<UseParametersFn Name="ASOBO_Breaker_Parameters_Default"/>
</Default>
</Switch>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_Bus_Connection_Parameters">
<Parameters Type="Default">
<BUS_ID>1</BUS_ID>
<SOURCE_BUS_ID>1</SOURCE_BUS_ID>
</Parameters>
<ReturnParameters>
<UseParametersFn Name="ASOBO_Connection_Parameters">
<TARGET_COMPONENT>BUS</TARGET_COMPONENT>
<TARGET_ID>#BUS_ID#</TARGET_ID>
</UseParametersFn>
</ReturnParameters>
</ParametersFn>
<ParametersFn Name="ASOBO_Bus_Breaker_Parameters">
<Parameters Type="Default">
<BUS_ID>1</BUS_ID>
</Parameters>
<ReturnParameters>
<UseParametersFn Name="ASOBO_Breaker_Parameters">
<TARGET_COMPONENT>BUS</TARGET_COMPONENT>
<TARGET_ID>#BUS_ID#</TARGET_ID>
</UseParametersFn>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_Circuit_Connection_Parameters">
<Parameters Type="Default">
<CIRCUIT_ID>1</CIRCUIT_ID>
</Parameters>
<ReturnParameters>
<UseParametersFn Name="ASOBO_Connection_Parameters">
<TARGET_COMPONENT>CIRCUIT</TARGET_COMPONENT>
<TARGET_ID>#CIRCUIT_ID#</TARGET_ID>
</UseParametersFn>
</ReturnParameters>
</ParametersFn>
<ParametersFn Name="ASOBO_Circuit_Breaker_Parameters">
<Parameters Type="Default">
<CIRCUIT_ID>1</CIRCUIT_ID>
</Parameters>
<ReturnParameters>
<UseParametersFn Name="ASOBO_Breaker_Parameters">
<TARGET_COMPONENT>CIRCUIT</TARGET_COMPONENT>
<TARGET_ID>#CIRCUIT_ID#</TARGET_ID>
</UseParametersFn>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_Alternator_Connection_Parameters">
<Parameters Type="Default">
<ALTERNATOR_ID>1</ALTERNATOR_ID>
</Parameters>
<ReturnParameters>
<UseParametersFn Name="ASOBO_Connection_Parameters">
<TARGET_COMPONENT>ALTERNATOR</TARGET_COMPONENT>
<TARGET_ID>#ALTERNATOR_ID#</TARGET_ID>
</UseParametersFn>
</ReturnParameters>
</ParametersFn>
<ParametersFn Name="ASOBO_Alternator_Breaker_Parameters">
<Parameters Type="Default">
<ALTERNATOR_ID>1</ALTERNATOR_ID>
</Parameters>
<ReturnParameters>
<UseParametersFn Name="ASOBO_Breaker_Parameters">
<TARGET_COMPONENT>ALTERNATOR</TARGET_COMPONENT>
<TARGET_ID>#ALTERNATOR_ID#</TARGET_ID>
</UseParametersFn>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_Battery_Connection_Parameters">
<Parameters Type="Default">
<BATTERY_ID>1</BATTERY_ID>
</Parameters>
<ReturnParameters>
<UseParametersFn Name="ASOBO_Connection_Parameters">
<TARGET_COMPONENT>BATTERY</TARGET_COMPONENT>
<TARGET_ID>#BATTERY_ID#</TARGET_ID>
</UseParametersFn>
</ReturnParameters>
</ParametersFn>
<ParametersFn Name="ASOBO_Battery_Breaker_Parameters">
<Parameters Type="Default">
<BATTERY_ID>1</BATTERY_ID>
</Parameters>
<ReturnParameters>
<UseParametersFn Name="ASOBO_Breaker_Parameters">
<TARGET_COMPONENT>BATTERY</TARGET_COMPONENT>
<TARGET_ID>#BATTERY_ID#</TARGET_ID>
</UseParametersFn>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_External_Power_Connection_Parameters">
<Parameters Type="Default">
<EXTERNAL_POWER_ID>1</EXTERNAL_POWER_ID>
</Parameters>
<ReturnParameters>
<UseParametersFn Name="ASOBO_Connection_Parameters">
<TARGET_COMPONENT>EXTERNAL_POWER</TARGET_COMPONENT>
<TARGET_ID>#EXTERNAL_POWER_ID#</TARGET_ID>
</UseParametersFn>
</ReturnParameters>
</ParametersFn>
<ParametersFn Name="ASOBO_External_Power_Breaker_Parameters">
<Parameters Type="Default">
<EXTERNAL_POWER_ID>1</EXTERNAL_POWER_ID>
</Parameters>
<ReturnParameters>
<UseParametersFn Name="ASOBO_Breaker_Parameters">
<TARGET_COMPONENT>EXTERNAL_POWER</TARGET_COMPONENT>
<TARGET_ID>#EXTERNAL_POWER_ID#</TARGET_ID>
</UseParametersFn>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<Macro Name="Electrical_Line_Connected">1</Macro>
<Macro Name="Electrical_Line_Disconnected">0</Macro>
<ParametersFn Name="ASOBO_Line_Connection_Parameters">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/>
</Parameters>
<Parameters Type="Default">
<LINE_ID>1</LINE_ID>
</Parameters>
<Parameters Type="Override">
<SIMVAR_CONNECTION>LINE CONNECTION ON:#LINE_ID#</SIMVAR_CONNECTION>
</Parameters>
<Parameters Type="Override">
<TOGGLE_CONNECTION>#LINE_ID# (>K:ELECTRICAL_LINE_CONNECTION_TOGGLE)</TOGGLE_CONNECTION>
<GET_CONNECTION>(A:#SIMVAR_CONNECTION#, Bool)</GET_CONNECTION>
</Parameters>
<Parameters Type="Override">
<SET_CONNECTION>#GET_CONNECTION# != if{ #TOGGLE_CONNECTION# }</SET_CONNECTION>
</Parameters>
<ReturnParameters>
<SET#OUT_PARAM_SUFFIX#_CONNECTION>#SET_CONNECTION#</SET#OUT_PARAM_SUFFIX#_CONNECTION>
<SET#OUT_PARAM_SUFFIX#_CONNECTED>@Electrical_Line_Connected #SET_CONNECTION#</SET#OUT_PARAM_SUFFIX#_CONNECTED>
<SET#OUT_PARAM_SUFFIX#_DISCONNECTED>@Electrical_Line_Disconnected #SET_CONNECTION#</SET#OUT_PARAM_SUFFIX#_DISCONNECTED>
<TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION>#TOGGLE_CONNECTION#</TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION>
<GET#OUT_PARAM_SUFFIX#_CONNECTION>#GET_CONNECTION#</GET#OUT_PARAM_SUFFIX#_CONNECTION>
<SIMVAR#OUT_PARAM_SUFFIX#_CONNECTION>#SIMVAR_CONNECTION#</SIMVAR#OUT_PARAM_SUFFIX#_CONNECTION>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<ParametersFn Name="ASOBO_Line_Breaker_Parameters">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/>
</Parameters>
<Parameters Type="Default">
<LINE_ID>1</LINE_ID>
</Parameters>
<Parameters Type="Override">
<SIMVAR_BREAKER>LINE BREAKER PULLED:#LINE_ID#</SIMVAR_BREAKER>
</Parameters>
<Parameters Type="Override">
<TOGGLE_BREAKER>#LINE_ID# (>K:ELECTRICAL_LINE_BREAKER_TOGGLE)</TOGGLE_BREAKER>
<GET_BREAKER>(A:#SIMVAR_BREAKER#, Bool)</GET_BREAKER>
</Parameters>
<Parameters Type="Override">
<SET_BREAKER>#GET_BREAKER# != if{ #TOGGLE_BREAKER# }</SET_BREAKER>
</Parameters>
<ReturnParameters>
<SIMVAR#OUT_PARAM_SUFFIX#_BREAKER>#SIMVAR_BREAKER#</SIMVAR#OUT_PARAM_SUFFIX#_BREAKER>
<SET#OUT_PARAM_SUFFIX#_BREAKER>#SET_BREAKER#</SET#OUT_PARAM_SUFFIX#_BREAKER>
<SET#OUT_PARAM_SUFFIX#_PULLED>@Electrical_Breaker_Pulled #SET_BREAKER#</SET#OUT_PARAM_SUFFIX#_PULLED>
<SET#OUT_PARAM_SUFFIX#_PUSHED>@Electrical_Breaker_Pushed #SET_BREAKER#</SET#OUT_PARAM_SUFFIX#_PUSHED>
<TOGGLE#OUT_PARAM_SUFFIX#_BREAKER>#TOGGLE_BREAKER#</TOGGLE#OUT_PARAM_SUFFIX#_BREAKER>
<GET#OUT_PARAM_SUFFIX#_BREAKER>#GET_BREAKER#</GET#OUT_PARAM_SUFFIX#_BREAKER>
</ReturnParameters>
</ParametersFn>
<!-- ############################################################################## -->
<!-- Given line id will be set connected, all others wil be disconnected -->
<ParametersFn Name="ASOBO_One_Line_Active_Junction_Parameters">
<Parameters Type="Override">
<UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper" />
<UseParametersFn Name="ASOBO_Get_Next_Safe_Jump_Flag_Helper">
<OUT_PARAM_NAME>END_LOOP</OUT_PARAM_NAME>
</UseParametersFn>
</Parameters>
<ReturnParameters>
<Loop>
<Setup>
<Param>LINE_ID</Param>
<Parameters>
<LoadParameters ID="Lines_Parameters" />
<RemoveSavedParameters ID="Lines_Parameters" />
</Parameters>
</Setup>
<Do>
<Parameters Type="Override" Lifetime="Loop">
<UseParametersFn Name="ASOBO_Increment_ID_Helper">
<OUT_PARAM_ID_NAME>LOOP_INDEX</OUT_PARAM_ID_NAME>
</UseParametersFn>
</Parameters>
<Parameters Type="Default" Lifetime="Loop">
<SET_JUNCTION_STATE>sp0</SET_JUNCTION_STATE>
<GET_JUNCTION_STATE></GET_JUNCTION_STATE>
</Parameters>
<Parameters Type="Override" Lifetime="Loop">
<UseParametersFn Name="ASOBO_Line_Connection_Parameters">
<OUT_PARAM_SUFFIX />
<LINE_ID>'#LINE_ID#'_n</LINE_ID>
</UseParametersFn>
</Parameters>
<Parameters Type="Override" Lifetime="Loop">
<GET_LINE_STATE>#GET_CONNECTION#</GET_LINE_STATE>
<TOGGLE_LINE_STATE>#TOGGLE_CONNECTION#</TOGGLE_LINE_STATE>
</Parameters>
<Parameters Type="Override" Lifetime="Loop">
<SET_JUNCTION_STATE>#SET_JUNCTION_STATE# l0 #LOOP_INDEX# == #GET_LINE_STATE# != if{ #TOGGLE_LINE_STATE# }</SET_JUNCTION_STATE>
<GET_JUNCTION_STATE>#GET_JUNCTION_STATE# #GET_LINE_STATE# if{ #LOOP_INDEX# g#END_LOOP# }</GET_JUNCTION_STATE>
</Parameters>
</Do>
<Then>
<SET_JUNCTION#OUT_PARAM_SUFFIX#_STATE>#SET_JUNCTION_STATE#</SET_JUNCTION#OUT_PARAM_SUFFIX#_STATE>
<GET_JUNCTION#OUT_PARAM_SUFFIX#_STATE>#GET_JUNCTION_STATE# :#END_LOOP#</GET_JUNCTION#OUT_PARAM_SUFFIX#_STATE>
</Then>
</Loop>
</ReturnParameters>
</ParametersFn>
</ModelBehaviors>
Includes
- RelativeFile: InteractionPresets\\Electrical_Interactions.xml
ParametersFn
ASOBO_Battery_Parameters
Definition from XML<ParametersFn Name="ASOBO_Battery_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <BATTERY_ID>1</BATTERY_ID> </Parameters> <Parameters Type="Default"> <SIMVAR_BATTERY_SWITCH>ELECTRICAL MASTER BATTERY:#BATTERY_ID#</SIMVAR_BATTERY_SWITCH> <SIMVAR_BATTERY_VOLTAGE>ELECTRICAL BATTERY VOLTAGE:#BATTERY_ID#</SIMVAR_BATTERY_VOLTAGE> <SIMVAR_BATTERY_LOAD>ELECTRICAL BATTERY LOAD:#BATTERY_ID#</SIMVAR_BATTERY_LOAD> <UNITS_BATTERY_VOLTAGE>volts</UNITS_BATTERY_VOLTAGE> <UNITS_BATTERY_LOAD>amps</UNITS_BATTERY_LOAD> </Parameters> <Parameters Type="Default"> <GET_BATTERY_SWITCH>(A:#SIMVAR_BATTERY_SWITCH#, Bool)</GET_BATTERY_SWITCH> <GET_BATTERY_VOLTAGE>(A:#SIMVAR_BATTERY_VOLTAGE#, #UNITS_BATTERY_VOLTAGE#)</GET_BATTERY_VOLTAGE> <GET_BATTERY_LOAD>(A:#SIMVAR_BATTERY_LOAD#, #UNITS_BATTERY_LOAD#)</GET_BATTERY_LOAD> </Parameters> <Parameters Type="Default"> <TOGGLE_BATTERY>#BATTERY_ID# (>K:TOGGLE_MASTER_BATTERY)</TOGGLE_BATTERY> </Parameters> <Parameters Type="Default"> <SET_BATTERY>#GET_BATTERY_SWITCH# != if{ #TOGGLE_BATTERY# }</SET_BATTERY> </Parameters> <ReturnParameters> <TOGGLE_BATTERY#OUT_PARAM_SUFFIX#>#TOGGLE_BATTERY#</TOGGLE_BATTERY#OUT_PARAM_SUFFIX#> <SET_BATTERY#OUT_PARAM_SUFFIX#>#SET_BATTERY#</SET_BATTERY#OUT_PARAM_SUFFIX#> <GET_BATTERY#OUT_PARAM_SUFFIX#_SWITCH>#GET_BATTERY_SWITCH#</GET_BATTERY#OUT_PARAM_SUFFIX#_SWITCH> <GET_BATTERY#OUT_PARAM_SUFFIX#_VOLTAGE>#GET_BATTERY_VOLTAGE#</GET_BATTERY#OUT_PARAM_SUFFIX#_VOLTAGE> <GET_BATTERY#OUT_PARAM_SUFFIX#_LOAD>#GET_BATTERY_LOAD#</GET_BATTERY#OUT_PARAM_SUFFIX#_LOAD> <SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_SWITCH>#SIMVAR_BATTERY_SWITCH#</SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_SWITCH> <SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_VOLTAGE>#SIMVAR_BATTERY_VOLTAGE#</SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_VOLTAGE> <SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_LOAD>#SIMVAR_BATTERY_LOAD#</SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_LOAD> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- Default
Parameters set:
- BATTERY_ID
- Default
Parameters set:
- SIMVAR_BATTERY_SWITCH (using BATTERY_ID)
- SIMVAR_BATTERY_VOLTAGE (using BATTERY_ID)
- SIMVAR_BATTERY_LOAD (using BATTERY_ID)
- UNITS_BATTERY_VOLTAGE
- UNITS_BATTERY_LOAD
- Default
Parameters set:
- GET_BATTERY_SWITCH (using SIMVAR_BATTERY_SWITCH)
- GET_BATTERY_VOLTAGE (using SIMVAR_BATTERY_VOLTAGE, UNITS_BATTERY_VOLTAGE)
- GET_BATTERY_LOAD (using SIMVAR_BATTERY_LOAD, UNITS_BATTERY_LOAD)
- Default
Parameters set:
- TOGGLE_BATTERY (using BATTERY_ID)
- Default
Parameters set:
- SET_BATTERY (using GET_BATTERY_SWITCH, TOGGLE_BATTERY)
Return parameters:
Parameters set:
- TOGGLE_BATTERY#OUT_PARAM_SUFFIX# (using TOGGLE_BATTERY)
- SET_BATTERY#OUT_PARAM_SUFFIX# (using SET_BATTERY)
- GET_BATTERY#OUT_PARAM_SUFFIX#_SWITCH (using GET_BATTERY_SWITCH)
- GET_BATTERY#OUT_PARAM_SUFFIX#_VOLTAGE (using GET_BATTERY_VOLTAGE)
- GET_BATTERY#OUT_PARAM_SUFFIX#_LOAD (using GET_BATTERY_LOAD)
- SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_SWITCH (using SIMVAR_BATTERY_SWITCH)
- SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_VOLTAGE (using SIMVAR_BATTERY_VOLTAGE)
- SIMVAR_BATTERY#OUT_PARAM_SUFFIX#_LOAD (using SIMVAR_BATTERY_LOAD)
- Override
ASOBO_Alternator_Parameters
Definition from XML<ParametersFn Name="ASOBO_Alternator_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <ALTERNATOR_ID>1</ALTERNATOR_ID> </Parameters> <Parameters Type="Default"> <Switch Param="ELECTRICAL_SYSTEM"> <Case Value="EX1"> <SIMVAR_ALTERNATOR_SWITCH>ELECTRICAL GENERATOR SWITCH:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_SWITCH> <SIMVAR_ALTERNATOR_ACTIVE>ELECTRICAL GENERATOR ACTIVE:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_ACTIVE> <SIMVAR_ALTERNATOR_VOLTAGE>ELECTRICAL GENERATOR VOLTAGE:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_VOLTAGE> <SIMVAR_ALTERNATOR_LOAD>ELECTRICAL GENERATOR AMPS:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_LOAD> </Case> <Default> <SIMVAR_ALTERNATOR_SWITCH>GENERAL ENG MASTER ALTERNATOR:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_SWITCH> <SIMVAR_ALTERNATOR_VOLTAGE>ELECTRICAL GENALT BUS VOLTAGE:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_VOLTAGE> <SIMVAR_ALTERNATOR_LOAD>ELECTRICAL GENALT BUS AMPS:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_LOAD> <SIMVAR_ALTERNATOR_LOAD_RATIO>ELECTRICAL GENALT LOAD:#ALTERNATOR_ID#</SIMVAR_ALTERNATOR_LOAD_RATIO> </Default> </Switch> <UNITS_ALTERNATOR_VOLTAGE>volts</UNITS_ALTERNATOR_VOLTAGE> <UNITS_ALTERNATOR_LOAD>amps</UNITS_ALTERNATOR_LOAD> <UNITS_ALTERNATOR_LOAD_RATIO>percent</UNITS_ALTERNATOR_LOAD_RATIO> </Parameters> <Parameters Type="Default"> <GET_ALTERNATOR_SWITCH>(A:#SIMVAR_ALTERNATOR_SWITCH#, Bool)</GET_ALTERNATOR_SWITCH> <GET_ALTERNATOR_VOLTAGE>(A:#SIMVAR_ALTERNATOR_VOLTAGE#, #UNITS_ALTERNATOR_VOLTAGE#)</GET_ALTERNATOR_VOLTAGE> <GET_ALTERNATOR_LOAD>(A:#SIMVAR_ALTERNATOR_LOAD#, #UNITS_ALTERNATOR_LOAD#)</GET_ALTERNATOR_LOAD> <Switch Param="ELECTRICAL_SYSTEM"> <Case Value="EX1"> <GET_ALTERNATOR_ACTIVE>(A:#SIMVAR_ALTERNATOR_ACTIVE#, Bool)</GET_ALTERNATOR_ACTIVE> </Case> <Default> <GET_ALTERNATOR_LOAD_RATIO>(A:#SIMVAR_ALTERNATOR_LOAD_RATIO#, #UNITS_ALTERNATOR_LOAD_RATIO#)</GET_ALTERNATOR_LOAD_RATIO> </Default> </Switch> </Parameters> <Parameters Type="Default"> <SET_ALTERNATOR>#GET_ALTERNATOR_SWITCH# != if{ #ALTERNATOR_ID# (>K:TOGGLE_MASTER_ALTERNATOR) }</SET_ALTERNATOR> <TOGGLE_ALTERNATOR>#ALTERNATOR_ID# (>K:TOGGLE_MASTER_ALTERNATOR)</TOGGLE_ALTERNATOR> </Parameters> <ReturnParameters> <TOGGLE_ALTERNATOR#OUT_PARAM_SUFFIX#>#TOGGLE_ALTERNATOR#</TOGGLE_ALTERNATOR#OUT_PARAM_SUFFIX#> <SET_ALTERNATOR#OUT_PARAM_SUFFIX#>#SET_ALTERNATOR#</SET_ALTERNATOR#OUT_PARAM_SUFFIX#> <GET_ALTERNATOR#OUT_PARAM_SUFFIX#_SWITCH>#GET_ALTERNATOR_SWITCH#</GET_ALTERNATOR#OUT_PARAM_SUFFIX#_SWITCH> <GET_ALTERNATOR#OUT_PARAM_SUFFIX#_VOLTAGE>#GET_ALTERNATOR_VOLTAGE#</GET_ALTERNATOR#OUT_PARAM_SUFFIX#_VOLTAGE> <GET_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD>#GET_ALTERNATOR_LOAD#</GET_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD> <Switch Param="ELECTRICAL_SYSTEM"> <Case Value="EX1"> <GET_ALTERNATOR#OUT_PARAM_SUFFIX#_ACTIVE>#GET_ALTERNATOR_ACTIVE#</GET_ALTERNATOR#OUT_PARAM_SUFFIX#_ACTIVE> </Case> <Default> <GET_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD_RATIO>#GET_ALTERNATOR_LOAD_RATIO#</GET_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD_RATIO> </Default> </Switch> <SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_SWITCH>#SIMVAR_ALTERNATOR_SWITCH#</SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_SWITCH> <SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_VOLTAGE>#SIMVAR_ALTERNATOR_VOLTAGE#</SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_VOLTAGE> <SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD>#SIMVAR_ALTERNATOR_LOAD#</SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD> <SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD_RATIO>#UNITS_ALTERNATOR_LOAD_RATIO#</SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD_RATIO> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- Default
Parameters set:
- ALTERNATOR_ID
- Default
Parameters set:
- UNITS_ALTERNATOR_VOLTAGE
- UNITS_ALTERNATOR_LOAD
- UNITS_ALTERNATOR_LOAD_RATIO
Condition: Switch(ELECTRICAL_SYSTEM)
- Case: EX1
Parameters set:
- SIMVAR_ALTERNATOR_SWITCH (using ALTERNATOR_ID)
- SIMVAR_ALTERNATOR_ACTIVE (using ALTERNATOR_ID)
- SIMVAR_ALTERNATOR_VOLTAGE (using ALTERNATOR_ID)
- SIMVAR_ALTERNATOR_LOAD (using ALTERNATOR_ID)
- Default case:
Parameters set:
- SIMVAR_ALTERNATOR_SWITCH (using ALTERNATOR_ID)
- SIMVAR_ALTERNATOR_VOLTAGE (using ALTERNATOR_ID)
- SIMVAR_ALTERNATOR_LOAD (using ALTERNATOR_ID)
- SIMVAR_ALTERNATOR_LOAD_RATIO (using ALTERNATOR_ID)
- Default
Parameters set:
- GET_ALTERNATOR_SWITCH (using SIMVAR_ALTERNATOR_SWITCH)
- GET_ALTERNATOR_VOLTAGE (using SIMVAR_ALTERNATOR_VOLTAGE, UNITS_ALTERNATOR_VOLTAGE)
- GET_ALTERNATOR_LOAD (using SIMVAR_ALTERNATOR_LOAD, UNITS_ALTERNATOR_LOAD)
Condition: Switch(ELECTRICAL_SYSTEM)
- Case: EX1
Parameters set:
- GET_ALTERNATOR_ACTIVE (using SIMVAR_ALTERNATOR_ACTIVE)
- Default case:
Parameters set:
- GET_ALTERNATOR_LOAD_RATIO (using SIMVAR_ALTERNATOR_LOAD_RATIO, UNITS_ALTERNATOR_LOAD_RATIO)
- Default
Parameters set:
- SET_ALTERNATOR (using GET_ALTERNATOR_SWITCH, ALTERNATOR_ID)
- TOGGLE_ALTERNATOR (using ALTERNATOR_ID)
Return parameters:
Parameters set:
- TOGGLE_ALTERNATOR#OUT_PARAM_SUFFIX# (using TOGGLE_ALTERNATOR)
- SET_ALTERNATOR#OUT_PARAM_SUFFIX# (using SET_ALTERNATOR)
- GET_ALTERNATOR#OUT_PARAM_SUFFIX#_SWITCH (using GET_ALTERNATOR_SWITCH)
- GET_ALTERNATOR#OUT_PARAM_SUFFIX#_VOLTAGE (using GET_ALTERNATOR_VOLTAGE)
- GET_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD (using GET_ALTERNATOR_LOAD)
- SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_SWITCH (using SIMVAR_ALTERNATOR_SWITCH)
- SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_VOLTAGE (using SIMVAR_ALTERNATOR_VOLTAGE)
- SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD (using SIMVAR_ALTERNATOR_LOAD)
- SIMVAR_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD_RATIO (using UNITS_ALTERNATOR_LOAD_RATIO)
Condition: Switch(ELECTRICAL_SYSTEM)
- Case: EX1
Parameters set:
- GET_ALTERNATOR#OUT_PARAM_SUFFIX#_ACTIVE (using GET_ALTERNATOR_ACTIVE)
- Default case:
Parameters set:
- GET_ALTERNATOR#OUT_PARAM_SUFFIX#_LOAD_RATIO (using GET_ALTERNATOR_LOAD_RATIO)
- Override
ASOBO_External_Power_Parameters
Definition from XML<ParametersFn Name="ASOBO_External_Power_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <EXTERNAL_POWER_ID>1</EXTERNAL_POWER_ID> </Parameters> <Parameters Type="Default"> <SIMVAR_EXTERNAL_POWER_SWITCH>EXTERNAL POWER ON:#EXTERNAL_POWER_ID#</SIMVAR_EXTERNAL_POWER_SWITCH> <SIMVAR_EXTERNAL_POWER_AVAILABLE>EXTERNAL POWER AVAILABLE:#EXTERNAL_POWER_ID#</SIMVAR_EXTERNAL_POWER_AVAILABLE> <Switch Param="ELECTRICAL_SYSTEM"> <Case Value="EX1"> <SIMVAR_EXTERNAL_POWER_VOLTAGE>ELECTRICAL EXTERNAL POWER VOLTAGE:#EXTERNAL_POWER_ID#</SIMVAR_EXTERNAL_POWER_VOLTAGE> <SIMVAR_EXTERNAL_POWER_LOAD>ELECTRICAL EXTERNAL POWER AMPS:#EXTERNAL_POWER_ID#</SIMVAR_EXTERNAL_POWER_LOAD> <UNITS_EXTERNAL_POWER_VOLTAGE>volts</UNITS_EXTERNAL_POWER_VOLTAGE> <UNITS_EXTERNAL_POWER_LOAD>amps</UNITS_EXTERNAL_POWER_LOAD> </Case> </Switch> </Parameters> <Parameters Type="Default"> <GET_EXTERNAL_POWER_SWITCH>(A:#SIMVAR_EXTERNAL_POWER_SWITCH#, Bool)</GET_EXTERNAL_POWER_SWITCH> <GET_EXTERNAL_POWER_AVAILABLE>(A:#SIMVAR_EXTERNAL_POWER_AVAILABLE#, Bool)</GET_EXTERNAL_POWER_AVAILABLE> <Switch Param="ELECTRICAL_SYSTEM"> <Case Value="EX1"> <GET_EXTERNAL_POWER_VOLTAGE>(A:#SIMVAR_EXTERNAL_POWER_VOLTAGE#, #UNITS_EXTERNAL_POWER_VOLTAGE#)</GET_EXTERNAL_POWER_VOLTAGE> <GET_EXTERNAL_POWER_LOAD>(A:#SIMVAR_EXTERNAL_POWER_LOAD#, #UNITS_EXTERNAL_POWER_LOAD#)</GET_EXTERNAL_POWER_LOAD> </Case> </Switch> <SET_EXTERNAL_POWER>#EXTERNAL_POWER_ID# (>K:2:SET_EXTERNAL_POWER)</SET_EXTERNAL_POWER> </Parameters> <Parameters Type="Default"> <TOGGLE_EXTERNAL_POWER>#GET_EXTERNAL_POWER_SWITCH# ! #SET_EXTERNAL_POWER#</TOGGLE_EXTERNAL_POWER> </Parameters> <ReturnParameters> <TOGGLE_EXTERNAL_POWER#OUT_PARAM_SUFFIX#>#TOGGLE_EXTERNAL_POWER#</TOGGLE_EXTERNAL_POWER#OUT_PARAM_SUFFIX#> <SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#>#SET_EXTERNAL_POWER#</SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#> <SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_ON>1 #SET_EXTERNAL_POWER#</SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_ON> <SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_OFF>0 #SET_EXTERNAL_POWER#</SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_OFF> <GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_SWITCH>#GET_EXTERNAL_POWER_SWITCH#</GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_SWITCH> <GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_AVAILABLE>#GET_EXTERNAL_POWER_AVAILABLE#</GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_AVAILABLE> <SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_SWITCH>#SIMVAR_EXTERNAL_POWER_SWITCH#</SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_SWITCH> <SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_AVAILABLE>#SIMVAR_EXTERNAL_POWER_AVAILABLE#</SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_AVAILABLE> <Switch Param="ELECTRICAL_SYSTEM"> <Case Value="EX1"> <GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_VOLTAGE>#GET_EXTERNAL_POWER_VOLTAGE#</GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_VOLTAGE> <GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_LOAD>#GET_EXTERNAL_POWER_LOAD#</GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_LOAD> <SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_VOLTAGE>#SIMVAR_EXTERNAL_POWER_VOLTAGE#</SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_VOLTAGE> <SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_LOAD>#SIMVAR_EXTERNAL_POWER_LOAD#</SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_LOAD> </Case> </Switch> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- Default
Parameters set:
- EXTERNAL_POWER_ID
- Default
Parameters set:
- SIMVAR_EXTERNAL_POWER_SWITCH (using EXTERNAL_POWER_ID)
- SIMVAR_EXTERNAL_POWER_AVAILABLE (using EXTERNAL_POWER_ID)
Condition: Switch(ELECTRICAL_SYSTEM)
- Case: EX1
Parameters set:
- SIMVAR_EXTERNAL_POWER_VOLTAGE (using EXTERNAL_POWER_ID)
- SIMVAR_EXTERNAL_POWER_LOAD (using EXTERNAL_POWER_ID)
- UNITS_EXTERNAL_POWER_VOLTAGE
- UNITS_EXTERNAL_POWER_LOAD
- Default
Parameters set:
- GET_EXTERNAL_POWER_SWITCH (using SIMVAR_EXTERNAL_POWER_SWITCH)
- GET_EXTERNAL_POWER_AVAILABLE (using SIMVAR_EXTERNAL_POWER_AVAILABLE)
- SET_EXTERNAL_POWER (using EXTERNAL_POWER_ID)
Condition: Switch(ELECTRICAL_SYSTEM)
- Case: EX1
Parameters set:
- GET_EXTERNAL_POWER_VOLTAGE (using SIMVAR_EXTERNAL_POWER_VOLTAGE, UNITS_EXTERNAL_POWER_VOLTAGE)
- GET_EXTERNAL_POWER_LOAD (using SIMVAR_EXTERNAL_POWER_LOAD, UNITS_EXTERNAL_POWER_LOAD)
- Default
Parameters set:
- TOGGLE_EXTERNAL_POWER (using GET_EXTERNAL_POWER_SWITCH, SET_EXTERNAL_POWER)
Return parameters:
Parameters set:
- TOGGLE_EXTERNAL_POWER#OUT_PARAM_SUFFIX# (using TOGGLE_EXTERNAL_POWER)
- SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX# (using SET_EXTERNAL_POWER)
- SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_ON (using SET_EXTERNAL_POWER)
- SET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_OFF (using SET_EXTERNAL_POWER)
- GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_SWITCH (using GET_EXTERNAL_POWER_SWITCH)
- GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_AVAILABLE (using GET_EXTERNAL_POWER_AVAILABLE)
- SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_SWITCH (using SIMVAR_EXTERNAL_POWER_SWITCH)
- SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_AVAILABLE (using SIMVAR_EXTERNAL_POWER_AVAILABLE)
Condition: Switch(ELECTRICAL_SYSTEM)
- Case: EX1
Parameters set:
- GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_VOLTAGE (using GET_EXTERNAL_POWER_VOLTAGE)
- GET_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_LOAD (using GET_EXTERNAL_POWER_LOAD)
- SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_VOLTAGE (using SIMVAR_EXTERNAL_POWER_VOLTAGE)
- SIMVAR_EXTERNAL_POWER#OUT_PARAM_SUFFIX#_LOAD (using SIMVAR_EXTERNAL_POWER_LOAD)
- Override
ASOBO_Bus_Parameters
Definition from XML<ParametersFn Name="ASOBO_Bus_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <BUS_ID>1</BUS_ID> </Parameters> <Parameters Type="Default"> <SIMVAR_BUS_LOAD>ELECTRICAL BUS AMPS:#BUS_ID#</SIMVAR_BUS_LOAD> <SIMVAR_BUS_VOLTAGE>ELECTRICAL BUS VOLTAGE:#BUS_ID#</SIMVAR_BUS_VOLTAGE> <UNITS_BUS_VOLTAGE>volts</UNITS_BUS_VOLTAGE> <UNITS_BUS_LOAD>amps</UNITS_BUS_LOAD> </Parameters> <Parameters Type="Default"> <GET_BUS_VOLTAGE>(A:#SIMVAR_BUS_VOLTAGE#, #UNITS_BUS_VOLTAGE#)</GET_BUS_VOLTAGE> <GET_BUS_LOAD>(A:#SIMVAR_BUS_LOAD#, #UNITS_BUS_LOAD#)</GET_BUS_LOAD> </Parameters> <ReturnParameters> <SIMVAR_BUS#OUT_PARAM_SUFFIX#_VOLTAGE>#SIMVAR_BUS_VOLTAGE#</SIMVAR_BUS#OUT_PARAM_SUFFIX#_VOLTAGE> <SIMVAR_BUS#OUT_PARAM_SUFFIX#_LOAD>#SIMVAR_BUS_LOAD#</SIMVAR_BUS#OUT_PARAM_SUFFIX#_LOAD> <GET_BUS#OUT_PARAM_SUFFIX#_VOLTAGE>#GET_BUS_VOLTAGE#</GET_BUS#OUT_PARAM_SUFFIX#_VOLTAGE> <GET_BUS#OUT_PARAM_SUFFIX#_LOAD>#GET_BUS_LOAD#</GET_BUS#OUT_PARAM_SUFFIX#_LOAD> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- Default
Parameters set:
- BUS_ID
- Default
Parameters set:
- SIMVAR_BUS_LOAD (using BUS_ID)
- SIMVAR_BUS_VOLTAGE (using BUS_ID)
- UNITS_BUS_VOLTAGE
- UNITS_BUS_LOAD
- Default
Parameters set:
- GET_BUS_VOLTAGE (using SIMVAR_BUS_VOLTAGE, UNITS_BUS_VOLTAGE)
- GET_BUS_LOAD (using SIMVAR_BUS_LOAD, UNITS_BUS_LOAD)
Return parameters:
Parameters set:
- SIMVAR_BUS#OUT_PARAM_SUFFIX#_VOLTAGE (using SIMVAR_BUS_VOLTAGE)
- SIMVAR_BUS#OUT_PARAM_SUFFIX#_LOAD (using SIMVAR_BUS_LOAD)
- GET_BUS#OUT_PARAM_SUFFIX#_VOLTAGE (using GET_BUS_VOLTAGE)
- GET_BUS#OUT_PARAM_SUFFIX#_LOAD (using GET_BUS_LOAD)
- Override
ASOBO_APU_Generator_Parameters
Definition from XML<ParametersFn Name="ASOBO_APU_Generator_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <APU_ID>1</APU_ID> </Parameters> <Parameters Type="Default"> <SIMVAR_APU_GENERATOR_SWITCH>APU GENERATOR SWITCH:#APU_ID#</SIMVAR_APU_GENERATOR_SWITCH> <SIMVAR_APU_GENERATOR_ACTIVE>APU GENERATOR ACTIVE:#APU_ID#</SIMVAR_APU_GENERATOR_ACTIVE> </Parameters> <Parameters Type="Default"> <GET_APU_GENERATOR_SWITCH>(A:#SIMVAR_APU_GENERATOR_SWITCH#, Bool)</GET_APU_GENERATOR_SWITCH> <GET_APU_GENERATOR_ACTIVE>(A:#SIMVAR_APU_GENERATOR_ACTIVE#, Bool)</GET_APU_GENERATOR_ACTIVE> </Parameters> <Parameters Type="Default"> <TOGGLE_APU_GENERATOR>#APU_ID# #GET_APU_GENERATOR_SWITCH# ! (>K:2:APU_GENERATOR_SWITCH_SET)</TOGGLE_APU_GENERATOR> <SET_APU_GENERATOR>#GET_APU_GENERATOR_SWITCH# != if{ #APU_ID# #GET_APU_GENERATOR_SWITCH# ! (>K:2:APU_GENERATOR_SWITCH_SET) }</SET_APU_GENERATOR> </Parameters> <ReturnParameters> <TOGGLE_APU_GENERATOR#OUT_PARAM_SUFFIX#>#TOGGLE_APU_GENERATOR#</TOGGLE_APU_GENERATOR#OUT_PARAM_SUFFIX#> <SET_APU_GENERATOR#OUT_PARAM_SUFFIX#>#SET_APU_GENERATOR#</SET_APU_GENERATOR#OUT_PARAM_SUFFIX#> <GET_APU_GENERATOR#OUT_PARAM_SUFFIX#_SWITCH>#GET_APU_GENERATOR_SWITCH#</GET_APU_GENERATOR#OUT_PARAM_SUFFIX#_SWITCH> <GET_APU_GENERATOR#OUT_PARAM_SUFFIX#_ACTIVE>#GET_APU_GENERATOR_ACTIVE#</GET_APU_GENERATOR#OUT_PARAM_SUFFIX#_ACTIVE> <SIMVAR_APU_GENERATOR#OUT_PARAM_SUFFIX#_SWITCH>#SIMVAR_APU_GENERATOR_SWITCH#</SIMVAR_APU_GENERATOR#OUT_PARAM_SUFFIX#_SWITCH> <SIMVAR_APU_GENERATOR#OUT_PARAM_SUFFIX#_ACTIVE>#SIMVAR_APU_GENERATOR_ACTIVE#</SIMVAR_APU_GENERATOR#OUT_PARAM_SUFFIX#_ACTIVE> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- Default
Parameters set:
- APU_ID
- Default
Parameters set:
- SIMVAR_APU_GENERATOR_SWITCH (using APU_ID)
- SIMVAR_APU_GENERATOR_ACTIVE (using APU_ID)
- Default
Parameters set:
- GET_APU_GENERATOR_SWITCH (using SIMVAR_APU_GENERATOR_SWITCH)
- GET_APU_GENERATOR_ACTIVE (using SIMVAR_APU_GENERATOR_ACTIVE)
- Default
Parameters set:
- TOGGLE_APU_GENERATOR (using APU_ID, GET_APU_GENERATOR_SWITCH)
- SET_APU_GENERATOR (using GET_APU_GENERATOR_SWITCH, APU_ID)
Return parameters:
Parameters set:
- TOGGLE_APU_GENERATOR#OUT_PARAM_SUFFIX# (using TOGGLE_APU_GENERATOR)
- SET_APU_GENERATOR#OUT_PARAM_SUFFIX# (using SET_APU_GENERATOR)
- GET_APU_GENERATOR#OUT_PARAM_SUFFIX#_SWITCH (using GET_APU_GENERATOR_SWITCH)
- GET_APU_GENERATOR#OUT_PARAM_SUFFIX#_ACTIVE (using GET_APU_GENERATOR_ACTIVE)
- SIMVAR_APU_GENERATOR#OUT_PARAM_SUFFIX#_SWITCH (using SIMVAR_APU_GENERATOR_SWITCH)
- SIMVAR_APU_GENERATOR#OUT_PARAM_SUFFIX#_ACTIVE (using SIMVAR_APU_GENERATOR_ACTIVE)
- Override
ASOBO_Circuit_Parameters
Definition from XML<ParametersFn Name="ASOBO_Circuit_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <CIRCUIT_ID>1</CIRCUIT_ID> </Parameters> <Parameters Type="Default"> <SIMVAR_CIRCUIT_SWITCH>CIRCUIT SWITCH ON:#CIRCUIT_ID#</SIMVAR_CIRCUIT_SWITCH> <SIMVAR_CIRCUIT_ON>CIRCUIT ON:#CIRCUIT_ID#</SIMVAR_CIRCUIT_ON> <SIMVAR_CIRCUIT_POWER>CIRCUIT POWER SETTING:#CIRCUIT_ID#</SIMVAR_CIRCUIT_POWER> <Switch Param="ELECTRICAL_SYSTEM"> <Case Value="EX1"> <SIMVAR_CIRCUIT_EXISTS>ELECTRICAL CIRCUIT EXISTS:#CIRCUIT_ID#</SIMVAR_CIRCUIT_EXISTS> <SIMVAR_CIRCUIT_VOLTAGE>ELECTRICAL CIRCUIT VOLTAGE:#CIRCUIT_ID#</SIMVAR_CIRCUIT_VOLTAGE> <SIMVAR_CIRCUIT_LOAD>ELECTRICAL CIRCUIT AMPS:#CIRCUIT_ID#</SIMVAR_CIRCUIT_LOAD> <UNITS_CIRCUIT_VOLTAGE>volts</UNITS_CIRCUIT_VOLTAGE> <UNITS_CIRCUIT_LOAD>amps</UNITS_CIRCUIT_LOAD> </Case> </Switch> </Parameters> <Parameters Type="Default"> <GET_CIRCUIT_SWITCH>(A:#SIMVAR_CIRCUIT_SWITCH#, Bool)</GET_CIRCUIT_SWITCH> <GET_CIRCUIT_ON>(A:#SIMVAR_CIRCUIT_ON#, Bool)</GET_CIRCUIT_ON> <GET_CIRCUIT_POWER_SETTING>(A:#SIMVAR_CIRCUIT_POWER#, Percent)</GET_CIRCUIT_POWER_SETTING> <Switch Param="ELECTRICAL_SYSTEM"> <Case Value="EX1"> <GET_CIRCUIT_EXISTS>(A:#SIMVAR_CIRCUIT_EXISTS#, Bool)</GET_CIRCUIT_EXISTS> <GET_CIRCUIT_VOLTAGE>(A:#SIMVAR_CIRCUIT_VOLTAGE#, #UNITS_CIRCUIT_VOLTAGE#)</GET_CIRCUIT_VOLTAGE> <GET_CIRCUIT_LOAD>(A:#SIMVAR_CIRCUIT_LOAD#, #SIMVAR_CIRCUIT_LOAD#)</GET_CIRCUIT_LOAD> </Case> </Switch> </Parameters> <Parameters Type="Default"> <TOGGLE_CIRCUIT>#CIRCUIT_ID# (>K:ELECTRICAL_CIRCUIT_TOGGLE)</TOGGLE_CIRCUIT> <SET_CIRCUIT>#GET_CIRCUIT_SWITCH# != if{ #CIRCUIT_ID# (>K:ELECTRICAL_CIRCUIT_TOGGLE) }</SET_CIRCUIT> <SET_CIRCUIT_POWER_SETTING>#CIRCUIT_ID# (>K:2:ELECTRICAL_CIRCUIT_POWER_SETTING_SET)</SET_CIRCUIT_POWER_SETTING> </Parameters> <ReturnParameters> <SET_CIRCUIT#OUT_PARAM_SUFFIX#>#SET_CIRCUIT#</SET_CIRCUIT#OUT_PARAM_SUFFIX#> <TOGGLE_CIRCUIT#OUT_PARAM_SUFFIX#>#TOGGLE_CIRCUIT#</TOGGLE_CIRCUIT#OUT_PARAM_SUFFIX#> <SET_CIRCUIT#OUT_PARAM_SUFFIX#_POWER_SETTING>#SET_CIRCUIT_POWER_SETTING#</SET_CIRCUIT#OUT_PARAM_SUFFIX#_POWER_SETTING> <GET_CIRCUIT#OUT_PARAM_SUFFIX#_SWITCH>#GET_CIRCUIT_SWITCH#</GET_CIRCUIT#OUT_PARAM_SUFFIX#_SWITCH> <GET_CIRCUIT#OUT_PARAM_SUFFIX#_ON>#GET_CIRCUIT_ON#</GET_CIRCUIT#OUT_PARAM_SUFFIX#_ON> <GET_CIRCUIT#OUT_PARAM_SUFFIX#_POWER_SETTING>#GET_CIRCUIT_POWER_SETTING#</GET_CIRCUIT#OUT_PARAM_SUFFIX#_POWER_SETTING> <SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_SWITCH>#SIMVAR_CIRCUIT_SWITCH#</SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_SWITCH> <SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_ON>#SIMVAR_CIRCUIT_ON#</SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_ON> <SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_POWER>#SIMVAR_CIRCUIT_POWER#</SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_POWER> <Switch Param="ELECTRICAL_SYSTEM"> <Case Value="EX1"> <SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_EXISTS>#SIMVAR_CIRCUIT_EXISTS#</SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_EXISTS> <SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_VOLTAGE>#SIMVAR_CIRCUIT_VOLTAGE#</SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_VOLTAGE> <SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_LOAD>#SIMVAR_CIRCUIT_LOAD#</SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_LOAD> <GET_CIRCUIT#OUT_PARAM_SUFFIX#_EXISTS>#GET_CIRCUIT_EXISTS#</GET_CIRCUIT#OUT_PARAM_SUFFIX#_EXISTS> <GET_CIRCUIT#OUT_PARAM_SUFFIX#_VOLTAGE>#GET_CIRCUIT_EXISTS#</GET_CIRCUIT#OUT_PARAM_SUFFIX#_VOLTAGE> <GET_CIRCUIT#OUT_PARAM_SUFFIX#_LOAD>#GET_CIRCUIT_EXISTS#</GET_CIRCUIT#OUT_PARAM_SUFFIX#_LOAD> </Case> </Switch> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- Default
Parameters set:
- CIRCUIT_ID
- Default
Parameters set:
- SIMVAR_CIRCUIT_SWITCH (using CIRCUIT_ID)
- SIMVAR_CIRCUIT_ON (using CIRCUIT_ID)
- SIMVAR_CIRCUIT_POWER (using CIRCUIT_ID)
Condition: Switch(ELECTRICAL_SYSTEM)
- Case: EX1
Parameters set:
- SIMVAR_CIRCUIT_EXISTS (using CIRCUIT_ID)
- SIMVAR_CIRCUIT_VOLTAGE (using CIRCUIT_ID)
- SIMVAR_CIRCUIT_LOAD (using CIRCUIT_ID)
- UNITS_CIRCUIT_VOLTAGE
- UNITS_CIRCUIT_LOAD
- Default
Parameters set:
- GET_CIRCUIT_SWITCH (using SIMVAR_CIRCUIT_SWITCH)
- GET_CIRCUIT_ON (using SIMVAR_CIRCUIT_ON)
- GET_CIRCUIT_POWER_SETTING (using SIMVAR_CIRCUIT_POWER)
Condition: Switch(ELECTRICAL_SYSTEM)
- Case: EX1
Parameters set:
- GET_CIRCUIT_EXISTS (using SIMVAR_CIRCUIT_EXISTS)
- GET_CIRCUIT_VOLTAGE (using SIMVAR_CIRCUIT_VOLTAGE, UNITS_CIRCUIT_VOLTAGE)
- GET_CIRCUIT_LOAD (using SIMVAR_CIRCUIT_LOAD)
- Default
Parameters set:
- TOGGLE_CIRCUIT (using CIRCUIT_ID)
- SET_CIRCUIT (using GET_CIRCUIT_SWITCH, CIRCUIT_ID)
- SET_CIRCUIT_POWER_SETTING (using CIRCUIT_ID)
Return parameters:
Parameters set:
- SET_CIRCUIT#OUT_PARAM_SUFFIX# (using SET_CIRCUIT)
- TOGGLE_CIRCUIT#OUT_PARAM_SUFFIX# (using TOGGLE_CIRCUIT)
- SET_CIRCUIT#OUT_PARAM_SUFFIX#_POWER_SETTING (using SET_CIRCUIT_POWER_SETTING)
- GET_CIRCUIT#OUT_PARAM_SUFFIX#_SWITCH (using GET_CIRCUIT_SWITCH)
- GET_CIRCUIT#OUT_PARAM_SUFFIX#_ON (using GET_CIRCUIT_ON)
- GET_CIRCUIT#OUT_PARAM_SUFFIX#_POWER_SETTING (using GET_CIRCUIT_POWER_SETTING)
- SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_SWITCH (using SIMVAR_CIRCUIT_SWITCH)
- SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_ON (using SIMVAR_CIRCUIT_ON)
- SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_POWER (using SIMVAR_CIRCUIT_POWER)
Condition: Switch(ELECTRICAL_SYSTEM)
- Case: EX1
Parameters set:
- SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_EXISTS (using SIMVAR_CIRCUIT_EXISTS)
- SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_VOLTAGE (using SIMVAR_CIRCUIT_VOLTAGE)
- SIMVAR_CIRCUIT#OUT_PARAM_SUFFIX#_LOAD (using SIMVAR_CIRCUIT_LOAD)
- GET_CIRCUIT#OUT_PARAM_SUFFIX#_EXISTS (using GET_CIRCUIT_EXISTS)
- GET_CIRCUIT#OUT_PARAM_SUFFIX#_VOLTAGE (using GET_CIRCUIT_EXISTS)
- GET_CIRCUIT#OUT_PARAM_SUFFIX#_LOAD (using GET_CIRCUIT_EXISTS)
- Override
ASOBO_Procedure_Parameters
Definition from XML<ParametersFn Name="ASOBO_Procedure_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <GET_PROCEDURE>1</GET_PROCEDURE> <PROC_ID>1</PROC_ID> </Parameters> <Parameters Type="Default"> <TOGGLE_PROCEDURE>#GET_PROCEDURE# ! #PROC_ID# (>K:2:ELECTRICAL_EXECUTE_PROCEDURE)</TOGGLE_PROCEDURE> <EXEC_PROCEDURE>0 #PROC_ID# (>K:2:ELECTRICAL_EXECUTE_PROCEDURE)</EXEC_PROCEDURE> <EXEC_INVERT_PROCEDURE>1 #PROC_ID# (>K:2:ELECTRICAL_EXECUTE_PROCEDURE)</EXEC_INVERT_PROCEDURE> </Parameters> <ReturnParameters> <TOGGLE_PROCEDURE#OUT_PARAM_SUFFIX#>#TOGGLE_PROCEDURE#</TOGGLE_PROCEDURE#OUT_PARAM_SUFFIX#> <EXEC_PROCEDURE#OUT_PARAM_SUFFIX#>#EXEC_PROCEDURE#</EXEC_PROCEDURE#OUT_PARAM_SUFFIX#> <EXEC_INVERT_PROCEDURE#OUT_PARAM_SUFFIX#>#EXEC_INVERT_PROCEDURE#</EXEC_INVERT_PROCEDURE#OUT_PARAM_SUFFIX#> <GET_PROCEDURE#OUT_PARAM_SUFFIX#>#GET_PROCEDURE#</GET_PROCEDURE#OUT_PARAM_SUFFIX#> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- Default
Parameters set:
- GET_PROCEDURE
- PROC_ID
- Default
Parameters set:
- TOGGLE_PROCEDURE (using GET_PROCEDURE, PROC_ID)
- EXEC_PROCEDURE (using PROC_ID)
- EXEC_INVERT_PROCEDURE (using PROC_ID)
Return parameters:
Parameters set:
- TOGGLE_PROCEDURE#OUT_PARAM_SUFFIX# (using TOGGLE_PROCEDURE)
- EXEC_PROCEDURE#OUT_PARAM_SUFFIX# (using EXEC_PROCEDURE)
- EXEC_INVERT_PROCEDURE#OUT_PARAM_SUFFIX# (using EXEC_INVERT_PROCEDURE)
- GET_PROCEDURE#OUT_PARAM_SUFFIX# (using GET_PROCEDURE)
- Override
ASOBO_Connection_Parameters_Default
Definition from XML<ParametersFn Name="ASOBO_Connection_Parameters_Default"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <SOURCE_BUS_ID>1</SOURCE_BUS_ID> <TARGET_ID>1</TARGET_ID> </Parameters> <Parameters Type="Default"> <SOURCE_ID>#SOURCE_BUS_ID#</SOURCE_ID> </Parameters> <Parameters Type="Override"> <TOGGLE_CONNECTION>#TARGET_ID# #SOURCE_ID# (>K:2:ELECTRICAL_BUS_TO_#TARGET_COMPONENT#_CONNECTION_TOGGLE)</TOGGLE_CONNECTION> <GET_CONNECTION>#SOURCE_ID# (A:1:#TARGET_COMPONENT# CONNECTION ON:#TARGET_ID#, Bool)</GET_CONNECTION> </Parameters> <Parameters Type="Override"> <SET_CONNECTION>#GET_CONNECTION# != if{ #TOGGLE_CONNECTION# }</SET_CONNECTION> </Parameters> <ReturnParameters> <SET#OUT_PARAM_SUFFIX#_CONNECTION>#SET_CONNECTION#</SET#OUT_PARAM_SUFFIX#_CONNECTION> <TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION>#TOGGLE_CONNECTION#</TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION> <GET#OUT_PARAM_SUFFIX#_CONNECTION>#GET_CONNECTION#</GET#OUT_PARAM_SUFFIX#_CONNECTION> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- Default
Parameters set:
- SOURCE_BUS_ID
- TARGET_ID
- Default
Parameters set:
- SOURCE_ID (using SOURCE_BUS_ID)
- Override
Parameters set:
- TOGGLE_CONNECTION (using TARGET_ID, SOURCE_ID, TARGET_COMPONENT)
- GET_CONNECTION (using SOURCE_ID, TARGET_COMPONENT, TARGET_ID)
- Override
Parameters set:
- SET_CONNECTION (using GET_CONNECTION, TOGGLE_CONNECTION)
Return parameters:
Parameters set:
- SET#OUT_PARAM_SUFFIX#_CONNECTION (using SET_CONNECTION)
- TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION (using TOGGLE_CONNECTION)
- GET#OUT_PARAM_SUFFIX#_CONNECTION (using GET_CONNECTION)
- Override
ASOBO_Connection_Parameters_EX1
Definition from XML<ParametersFn Name="ASOBO_Connection_Parameters_EX1"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <SOURCE_BUS_ID/> <TARGET_ID>1</TARGET_ID> </Parameters> <Parameters Type="Default"> <SOURCE_ID>#SOURCE_BUS_ID#</SOURCE_ID> </Parameters> <Parameters Type="Override"> <SIMVAR_CONNECTION>#TARGET_COMPONENT# CONNECTION ON:#TARGET_ID#</SIMVAR_CONNECTION> </Parameters> <Parameters Type="Override"> <Switch> <Case NotEmpty="SOURCE_ID"> <TOGGLE_CONNECTION>#SOURCE_ID# #TARGET_ID# (>K:2:ELECTRICAL_BUS_TO_#TARGET_COMPONENT#_CONNECTION_TOGGLE)</TOGGLE_CONNECTION> </Case> <Default> <TOGGLE_CONNECTION>#TARGET_ID# (>K:ELECTRICAL_BUS_TO_#TARGET_COMPONENT#_CONNECTION_TOGGLE)</TOGGLE_CONNECTION> </Default> </Switch> <Switch> <Case NotEmpty="SOURCE_ID"> <GET_CONNECTION>#SOURCE_ID# (A:1:#SIMVAR_CONNECTION#, Bool)</GET_CONNECTION> </Case> <Default> <GET_CONNECTION>(A:#SIMVAR_CONNECTION#, Bool)</GET_CONNECTION> </Default> </Switch> </Parameters> <Parameters Type="Override"> <SET_CONNECTION>#GET_CONNECTION# != if{ #TOGGLE_CONNECTION# }</SET_CONNECTION> </Parameters> <ReturnParameters> <SET#OUT_PARAM_SUFFIX#_CONNECTION>#SET_CONNECTION#</SET#OUT_PARAM_SUFFIX#_CONNECTION> <TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION>#TOGGLE_CONNECTION#</TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION> <GET#OUT_PARAM_SUFFIX#_CONNECTION>#GET_CONNECTION#</GET#OUT_PARAM_SUFFIX#_CONNECTION> <SIMVAR#OUT_PARAM_SUFFIX#_CONNECTION>#SIMVAR_CONNECTION#</SIMVAR#OUT_PARAM_SUFFIX#_CONNECTION> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- Default
Parameters set:
- SOURCE_BUS_ID
- TARGET_ID
- Default
Parameters set:
- SOURCE_ID (using SOURCE_BUS_ID)
- Override
Parameters set:
- SIMVAR_CONNECTION (using TARGET_COMPONENT, TARGET_ID)
- Override
Condition: Switch
- Case: NotEmpty(SOURCE_ID)
Parameters set:
- TOGGLE_CONNECTION (using SOURCE_ID, TARGET_ID, TARGET_COMPONENT)
- Default case:
Parameters set:
- TOGGLE_CONNECTION (using TARGET_ID, TARGET_COMPONENT)
Condition: Switch
- Case: NotEmpty(SOURCE_ID)
Parameters set:
- GET_CONNECTION (using SOURCE_ID, SIMVAR_CONNECTION)
- Default case:
Parameters set:
- GET_CONNECTION (using SIMVAR_CONNECTION)
- Override
Parameters set:
- SET_CONNECTION (using GET_CONNECTION, TOGGLE_CONNECTION)
Return parameters:
Parameters set:
- SET#OUT_PARAM_SUFFIX#_CONNECTION (using SET_CONNECTION)
- TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION (using TOGGLE_CONNECTION)
- GET#OUT_PARAM_SUFFIX#_CONNECTION (using GET_CONNECTION)
- SIMVAR#OUT_PARAM_SUFFIX#_CONNECTION (using SIMVAR_CONNECTION)
- Override
ASOBO_Connection_Parameters
Definition from XML<ParametersFn Name="ASOBO_Connection_Parameters"> <ReturnParameters> <Switch Param="ELECTRICAL_SYSTEM"> <Case Value="EX1"> <UseParametersFn Name="ASOBO_Connection_Parameters_EX1"/> </Case> <Default> <UseParametersFn Name="ASOBO_Connection_Parameters_Default"/> </Default> </Switch> </ReturnParameters> </ParametersFn>Return parameters:
Condition: Switch(ELECTRICAL_SYSTEM)
- Case: EX1
ParametersFn used:
- Default case:
ParametersFn used:
ASOBO_Breaker_Parameters_Default
Definition from XML<ParametersFn Name="ASOBO_Breaker_Parameters_Default"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <SOURCE_BUS_ID>1</SOURCE_BUS_ID> <TARGET_ID>1</TARGET_ID> </Parameters> <Parameters Type="Default"> <SOURCE_ID>#SOURCE_BUS_ID#</SOURCE_ID> </Parameters> <Parameters Type="Default"> <TOGGLE_BREAKER>#TARGET_ID# #SOURCE_ID# (>K:2:ELECTRICAL_#TARGET_COMPONENT#_BREAKER_TOGGLE)</TOGGLE_BREAKER> <GET_BREAKER>#SOURCE_ID# (A:1:#TARGET_COMPONENT# BREAKER PULLED:#TARGET_ID#, Bool)</GET_BREAKER> </Parameters> <Parameters Type="Default"> <SET_BREAKER>#GET_BREAKER# != if{ #TOGGLE_BREAKER# }</SET_BREAKER> </Parameters> <ReturnParameters> <SET#OUT_PARAM_SUFFIX#_BREAKER>#SET_BREAKER#</SET#OUT_PARAM_SUFFIX#_BREAKER> <TOGGLE#OUT_PARAM_SUFFIX#_BREAKER>#TOGGLE_BREAKER#</TOGGLE#OUT_PARAM_SUFFIX#_BREAKER> <GET#OUT_PARAM_SUFFIX#_BREAKER>#GET_BREAKER#</GET#OUT_PARAM_SUFFIX#_BREAKER> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- Default
Parameters set:
- SOURCE_BUS_ID
- TARGET_ID
- Default
Parameters set:
- SOURCE_ID (using SOURCE_BUS_ID)
- Default
Parameters set:
- TOGGLE_BREAKER (using TARGET_ID, SOURCE_ID, TARGET_COMPONENT)
- GET_BREAKER (using SOURCE_ID, TARGET_COMPONENT, TARGET_ID)
- Default
Parameters set:
- SET_BREAKER (using GET_BREAKER, TOGGLE_BREAKER)
Return parameters:
Parameters set:
- SET#OUT_PARAM_SUFFIX#_BREAKER (using SET_BREAKER)
- TOGGLE#OUT_PARAM_SUFFIX#_BREAKER (using TOGGLE_BREAKER)
- GET#OUT_PARAM_SUFFIX#_BREAKER (using GET_BREAKER)
- Override
ASOBO_Breaker_Parameters_EX1
Definition from XML<ParametersFn Name="ASOBO_Breaker_Parameters_EX1"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <SOURCE_BUS_ID/> <TARGET_ID>1</TARGET_ID> </Parameters> <Parameters Type="Default"> <SOURCE_ID>#SOURCE_BUS_ID#</SOURCE_ID> </Parameters> <Parameters Type="Default"> <Switch> <Case NotEmpty="SOURCE_ID"> <TOGGLE_BREAKER>#SOURCE_ID# #TARGET_ID# (>K:2:ELECTRICAL_#TARGET_COMPONENT#_BREAKER_TOGGLE)</TOGGLE_BREAKER> </Case> <Default> <TOGGLE_BREAKER>#TARGET_ID# (>K:ELECTRICAL_#TARGET_COMPONENT#_BREAKER_TOGGLE)</TOGGLE_BREAKER> </Default> </Switch> <Switch> <Case NotEmpty="SOURCE_ID"> <GET_BREAKER>#SOURCE_ID# (A:1:#TARGET_COMPONENT# BREAKER PULLED:#TARGET_ID#, Bool)</GET_BREAKER> </Case> <Default> <GET_BREAKER>(A:#TARGET_COMPONENT# BREAKER PULLED:#TARGET_ID#, Bool)</GET_BREAKER> </Default> </Switch> </Parameters> <Parameters Type="Default"> <SET_BREAKER>#GET_BREAKER# != if{ #TOGGLE_BREAKER# }</SET_BREAKER> </Parameters> <ReturnParameters> <SET#OUT_PARAM_SUFFIX#_BREAKER>#SET_BREAKER#</SET#OUT_PARAM_SUFFIX#_BREAKER> <TOGGLE#OUT_PARAM_SUFFIX#_BREAKER>#TOGGLE_BREAKER#</TOGGLE#OUT_PARAM_SUFFIX#_BREAKER> <GET#OUT_PARAM_SUFFIX#_BREAKER>#GET_BREAKER#</GET#OUT_PARAM_SUFFIX#_BREAKER> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- Default
Parameters set:
- SOURCE_BUS_ID
- TARGET_ID
- Default
Parameters set:
- SOURCE_ID (using SOURCE_BUS_ID)
- Default
Condition: Switch
- Case: NotEmpty(SOURCE_ID)
Parameters set:
- TOGGLE_BREAKER (using SOURCE_ID, TARGET_ID, TARGET_COMPONENT)
- Default case:
Parameters set:
- TOGGLE_BREAKER (using TARGET_ID, TARGET_COMPONENT)
Condition: Switch
- Case: NotEmpty(SOURCE_ID)
Parameters set:
- GET_BREAKER (using SOURCE_ID, TARGET_COMPONENT, TARGET_ID)
- Default case:
Parameters set:
- GET_BREAKER (using TARGET_COMPONENT, TARGET_ID)
- Default
Parameters set:
- SET_BREAKER (using GET_BREAKER, TOGGLE_BREAKER)
Return parameters:
Parameters set:
- SET#OUT_PARAM_SUFFIX#_BREAKER (using SET_BREAKER)
- TOGGLE#OUT_PARAM_SUFFIX#_BREAKER (using TOGGLE_BREAKER)
- GET#OUT_PARAM_SUFFIX#_BREAKER (using GET_BREAKER)
- Override
ASOBO_Breaker_Parameters
Definition from XML<ParametersFn Name="ASOBO_Breaker_Parameters"> <ReturnParameters> <Switch Param="ELECTRICAL_SYSTEM"> <Case Value="EX1"> <UseParametersFn Name="ASOBO_Breaker_Parameters_EX1"/> </Case> <Default> <UseParametersFn Name="ASOBO_Breaker_Parameters_Default"/> </Default> </Switch> </ReturnParameters> </ParametersFn>Return parameters:
Condition: Switch(ELECTRICAL_SYSTEM)
- Case: EX1
ParametersFn used:
- Default case:
ParametersFn used:
ASOBO_Bus_Connection_Parameters
Definition from XML<ParametersFn Name="ASOBO_Bus_Connection_Parameters"> <Parameters Type="Default"> <BUS_ID>1</BUS_ID> <SOURCE_BUS_ID>1</SOURCE_BUS_ID> </Parameters> <ReturnParameters> <UseParametersFn Name="ASOBO_Connection_Parameters"> <TARGET_COMPONENT>BUS</TARGET_COMPONENT> <TARGET_ID>#BUS_ID#</TARGET_ID> </UseParametersFn> </ReturnParameters> </ParametersFn>Parameters initialization:
- Default
Parameters set:
- BUS_ID
- SOURCE_BUS_ID
Return parameters:
ParametersFn used:
- ASOBO_Connection_Parameters
Parameters set:
- TARGET_COMPONENT
- TARGET_ID (using BUS_ID)
- Default
ASOBO_Bus_Breaker_Parameters
Definition from XML<ParametersFn Name="ASOBO_Bus_Breaker_Parameters"> <Parameters Type="Default"> <BUS_ID>1</BUS_ID> </Parameters> <ReturnParameters> <UseParametersFn Name="ASOBO_Breaker_Parameters"> <TARGET_COMPONENT>BUS</TARGET_COMPONENT> <TARGET_ID>#BUS_ID#</TARGET_ID> </UseParametersFn> </ReturnParameters> </ParametersFn>Parameters initialization:
- Default
Parameters set:
- BUS_ID
Return parameters:
ParametersFn used:
- ASOBO_Breaker_Parameters
Parameters set:
- TARGET_COMPONENT
- TARGET_ID (using BUS_ID)
- Default
ASOBO_Circuit_Connection_Parameters
Definition from XML<ParametersFn Name="ASOBO_Circuit_Connection_Parameters"> <Parameters Type="Default"> <CIRCUIT_ID>1</CIRCUIT_ID> </Parameters> <ReturnParameters> <UseParametersFn Name="ASOBO_Connection_Parameters"> <TARGET_COMPONENT>CIRCUIT</TARGET_COMPONENT> <TARGET_ID>#CIRCUIT_ID#</TARGET_ID> </UseParametersFn> </ReturnParameters> </ParametersFn>Parameters initialization:
- Default
Parameters set:
- CIRCUIT_ID
Return parameters:
ParametersFn used:
- ASOBO_Connection_Parameters
Parameters set:
- TARGET_COMPONENT
- TARGET_ID (using CIRCUIT_ID)
- Default
ASOBO_Circuit_Breaker_Parameters
Definition from XML<ParametersFn Name="ASOBO_Circuit_Breaker_Parameters"> <Parameters Type="Default"> <CIRCUIT_ID>1</CIRCUIT_ID> </Parameters> <ReturnParameters> <UseParametersFn Name="ASOBO_Breaker_Parameters"> <TARGET_COMPONENT>CIRCUIT</TARGET_COMPONENT> <TARGET_ID>#CIRCUIT_ID#</TARGET_ID> </UseParametersFn> </ReturnParameters> </ParametersFn>Parameters initialization:
- Default
Parameters set:
- CIRCUIT_ID
Return parameters:
ParametersFn used:
- ASOBO_Breaker_Parameters
Parameters set:
- TARGET_COMPONENT
- TARGET_ID (using CIRCUIT_ID)
- Default
ASOBO_Alternator_Connection_Parameters
Definition from XML<ParametersFn Name="ASOBO_Alternator_Connection_Parameters"> <Parameters Type="Default"> <ALTERNATOR_ID>1</ALTERNATOR_ID> </Parameters> <ReturnParameters> <UseParametersFn Name="ASOBO_Connection_Parameters"> <TARGET_COMPONENT>ALTERNATOR</TARGET_COMPONENT> <TARGET_ID>#ALTERNATOR_ID#</TARGET_ID> </UseParametersFn> </ReturnParameters> </ParametersFn>Parameters initialization:
- Default
Parameters set:
- ALTERNATOR_ID
Return parameters:
ParametersFn used:
- ASOBO_Connection_Parameters
Parameters set:
- TARGET_COMPONENT
- TARGET_ID (using ALTERNATOR_ID)
- Default
ASOBO_Alternator_Breaker_Parameters
Definition from XML<ParametersFn Name="ASOBO_Alternator_Breaker_Parameters"> <Parameters Type="Default"> <ALTERNATOR_ID>1</ALTERNATOR_ID> </Parameters> <ReturnParameters> <UseParametersFn Name="ASOBO_Breaker_Parameters"> <TARGET_COMPONENT>ALTERNATOR</TARGET_COMPONENT> <TARGET_ID>#ALTERNATOR_ID#</TARGET_ID> </UseParametersFn> </ReturnParameters> </ParametersFn>Parameters initialization:
- Default
Parameters set:
- ALTERNATOR_ID
Return parameters:
ParametersFn used:
- ASOBO_Breaker_Parameters
Parameters set:
- TARGET_COMPONENT
- TARGET_ID (using ALTERNATOR_ID)
- Default
ASOBO_Battery_Connection_Parameters
Definition from XML<ParametersFn Name="ASOBO_Battery_Connection_Parameters"> <Parameters Type="Default"> <BATTERY_ID>1</BATTERY_ID> </Parameters> <ReturnParameters> <UseParametersFn Name="ASOBO_Connection_Parameters"> <TARGET_COMPONENT>BATTERY</TARGET_COMPONENT> <TARGET_ID>#BATTERY_ID#</TARGET_ID> </UseParametersFn> </ReturnParameters> </ParametersFn>Parameters initialization:
- Default
Parameters set:
- BATTERY_ID
Return parameters:
ParametersFn used:
- ASOBO_Connection_Parameters
Parameters set:
- TARGET_COMPONENT
- TARGET_ID (using BATTERY_ID)
- Default
ASOBO_Battery_Breaker_Parameters
Definition from XML<ParametersFn Name="ASOBO_Battery_Breaker_Parameters"> <Parameters Type="Default"> <BATTERY_ID>1</BATTERY_ID> </Parameters> <ReturnParameters> <UseParametersFn Name="ASOBO_Breaker_Parameters"> <TARGET_COMPONENT>BATTERY</TARGET_COMPONENT> <TARGET_ID>#BATTERY_ID#</TARGET_ID> </UseParametersFn> </ReturnParameters> </ParametersFn>Parameters initialization:
- Default
Parameters set:
- BATTERY_ID
Return parameters:
ParametersFn used:
- ASOBO_Breaker_Parameters
Parameters set:
- TARGET_COMPONENT
- TARGET_ID (using BATTERY_ID)
- Default
ASOBO_External_Power_Connection_Parameters
Definition from XML<ParametersFn Name="ASOBO_External_Power_Connection_Parameters"> <Parameters Type="Default"> <EXTERNAL_POWER_ID>1</EXTERNAL_POWER_ID> </Parameters> <ReturnParameters> <UseParametersFn Name="ASOBO_Connection_Parameters"> <TARGET_COMPONENT>EXTERNAL_POWER</TARGET_COMPONENT> <TARGET_ID>#EXTERNAL_POWER_ID#</TARGET_ID> </UseParametersFn> </ReturnParameters> </ParametersFn>Parameters initialization:
- Default
Parameters set:
- EXTERNAL_POWER_ID
Return parameters:
ParametersFn used:
- ASOBO_Connection_Parameters
Parameters set:
- TARGET_COMPONENT
- TARGET_ID (using EXTERNAL_POWER_ID)
- Default
ASOBO_External_Power_Breaker_Parameters
Definition from XML<ParametersFn Name="ASOBO_External_Power_Breaker_Parameters"> <Parameters Type="Default"> <EXTERNAL_POWER_ID>1</EXTERNAL_POWER_ID> </Parameters> <ReturnParameters> <UseParametersFn Name="ASOBO_Breaker_Parameters"> <TARGET_COMPONENT>EXTERNAL_POWER</TARGET_COMPONENT> <TARGET_ID>#EXTERNAL_POWER_ID#</TARGET_ID> </UseParametersFn> </ReturnParameters> </ParametersFn>Parameters initialization:
- Default
Parameters set:
- EXTERNAL_POWER_ID
Return parameters:
ParametersFn used:
- ASOBO_Breaker_Parameters
Parameters set:
- TARGET_COMPONENT
- TARGET_ID (using EXTERNAL_POWER_ID)
- Default
ASOBO_Line_Connection_Parameters
Definition from XML<ParametersFn Name="ASOBO_Line_Connection_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <LINE_ID>1</LINE_ID> </Parameters> <Parameters Type="Override"> <SIMVAR_CONNECTION>LINE CONNECTION ON:#LINE_ID#</SIMVAR_CONNECTION> </Parameters> <Parameters Type="Override"> <TOGGLE_CONNECTION>#LINE_ID# (>K:ELECTRICAL_LINE_CONNECTION_TOGGLE)</TOGGLE_CONNECTION> <GET_CONNECTION>(A:#SIMVAR_CONNECTION#, Bool)</GET_CONNECTION> </Parameters> <Parameters Type="Override"> <SET_CONNECTION>#GET_CONNECTION# != if{ #TOGGLE_CONNECTION# }</SET_CONNECTION> </Parameters> <ReturnParameters> <SET#OUT_PARAM_SUFFIX#_CONNECTION>#SET_CONNECTION#</SET#OUT_PARAM_SUFFIX#_CONNECTION> <SET#OUT_PARAM_SUFFIX#_CONNECTED>@Electrical_Line_Connected #SET_CONNECTION#</SET#OUT_PARAM_SUFFIX#_CONNECTED> <SET#OUT_PARAM_SUFFIX#_DISCONNECTED>@Electrical_Line_Disconnected #SET_CONNECTION#</SET#OUT_PARAM_SUFFIX#_DISCONNECTED> <TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION>#TOGGLE_CONNECTION#</TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION> <GET#OUT_PARAM_SUFFIX#_CONNECTION>#GET_CONNECTION#</GET#OUT_PARAM_SUFFIX#_CONNECTION> <SIMVAR#OUT_PARAM_SUFFIX#_CONNECTION>#SIMVAR_CONNECTION#</SIMVAR#OUT_PARAM_SUFFIX#_CONNECTION> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- Default
Parameters set:
- LINE_ID
- Override
Parameters set:
- SIMVAR_CONNECTION (using LINE_ID)
- Override
Parameters set:
- TOGGLE_CONNECTION (using LINE_ID)
- GET_CONNECTION (using SIMVAR_CONNECTION)
- Override
Parameters set:
- SET_CONNECTION (using GET_CONNECTION, TOGGLE_CONNECTION)
Return parameters:
Parameters set:
- SET#OUT_PARAM_SUFFIX#_CONNECTION (using SET_CONNECTION)
- SET#OUT_PARAM_SUFFIX#_CONNECTED (using SET_CONNECTION)
- SET#OUT_PARAM_SUFFIX#_DISCONNECTED (using SET_CONNECTION)
- TOGGLE#OUT_PARAM_SUFFIX#_CONNECTION (using TOGGLE_CONNECTION)
- GET#OUT_PARAM_SUFFIX#_CONNECTION (using GET_CONNECTION)
- SIMVAR#OUT_PARAM_SUFFIX#_CONNECTION (using SIMVAR_CONNECTION)
- Override
ASOBO_Line_Breaker_Parameters
Definition from XML<ParametersFn Name="ASOBO_Line_Breaker_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <LINE_ID>1</LINE_ID> </Parameters> <Parameters Type="Override"> <SIMVAR_BREAKER>LINE BREAKER PULLED:#LINE_ID#</SIMVAR_BREAKER> </Parameters> <Parameters Type="Override"> <TOGGLE_BREAKER>#LINE_ID# (>K:ELECTRICAL_LINE_BREAKER_TOGGLE)</TOGGLE_BREAKER> <GET_BREAKER>(A:#SIMVAR_BREAKER#, Bool)</GET_BREAKER> </Parameters> <Parameters Type="Override"> <SET_BREAKER>#GET_BREAKER# != if{ #TOGGLE_BREAKER# }</SET_BREAKER> </Parameters> <ReturnParameters> <SIMVAR#OUT_PARAM_SUFFIX#_BREAKER>#SIMVAR_BREAKER#</SIMVAR#OUT_PARAM_SUFFIX#_BREAKER> <SET#OUT_PARAM_SUFFIX#_BREAKER>#SET_BREAKER#</SET#OUT_PARAM_SUFFIX#_BREAKER> <SET#OUT_PARAM_SUFFIX#_PULLED>@Electrical_Breaker_Pulled #SET_BREAKER#</SET#OUT_PARAM_SUFFIX#_PULLED> <SET#OUT_PARAM_SUFFIX#_PUSHED>@Electrical_Breaker_Pushed #SET_BREAKER#</SET#OUT_PARAM_SUFFIX#_PUSHED> <TOGGLE#OUT_PARAM_SUFFIX#_BREAKER>#TOGGLE_BREAKER#</TOGGLE#OUT_PARAM_SUFFIX#_BREAKER> <GET#OUT_PARAM_SUFFIX#_BREAKER>#GET_BREAKER#</GET#OUT_PARAM_SUFFIX#_BREAKER> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- Default
Parameters set:
- LINE_ID
- Override
Parameters set:
- SIMVAR_BREAKER (using LINE_ID)
- Override
Parameters set:
- TOGGLE_BREAKER (using LINE_ID)
- GET_BREAKER (using SIMVAR_BREAKER)
- Override
Parameters set:
- SET_BREAKER (using GET_BREAKER, TOGGLE_BREAKER)
Return parameters:
Parameters set:
- SIMVAR#OUT_PARAM_SUFFIX#_BREAKER (using SIMVAR_BREAKER)
- SET#OUT_PARAM_SUFFIX#_BREAKER (using SET_BREAKER)
- SET#OUT_PARAM_SUFFIX#_PULLED (using SET_BREAKER)
- SET#OUT_PARAM_SUFFIX#_PUSHED (using SET_BREAKER)
- TOGGLE#OUT_PARAM_SUFFIX#_BREAKER (using TOGGLE_BREAKER)
- GET#OUT_PARAM_SUFFIX#_BREAKER (using GET_BREAKER)
- Override
ASOBO_One_Line_Active_Junction_Parameters
Definition from XML<ParametersFn Name="ASOBO_One_Line_Active_Junction_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> <UseParametersFn Name="ASOBO_Get_Next_Safe_Jump_Flag_Helper"> <OUT_PARAM_NAME>END_LOOP</OUT_PARAM_NAME> </UseParametersFn> </Parameters> <ReturnParameters> <Loop> <Setup> <Param>LINE_ID</Param> <Parameters> <LoadParameters ID="Lines_Parameters"/> <RemoveSavedParameters ID="Lines_Parameters"/> </Parameters> </Setup> <Do> <Parameters Type="Override" Lifetime="Loop"> <UseParametersFn Name="ASOBO_Increment_ID_Helper"> <OUT_PARAM_ID_NAME>LOOP_INDEX</OUT_PARAM_ID_NAME> </UseParametersFn> </Parameters> <Parameters Type="Default" Lifetime="Loop"> <SET_JUNCTION_STATE>sp0</SET_JUNCTION_STATE> <GET_JUNCTION_STATE/> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <UseParametersFn Name="ASOBO_Line_Connection_Parameters"> <OUT_PARAM_SUFFIX/> <LINE_ID>'#LINE_ID#'_n</LINE_ID> </UseParametersFn> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <GET_LINE_STATE>#GET_CONNECTION#</GET_LINE_STATE> <TOGGLE_LINE_STATE>#TOGGLE_CONNECTION#</TOGGLE_LINE_STATE> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <SET_JUNCTION_STATE>#SET_JUNCTION_STATE# l0 #LOOP_INDEX# == #GET_LINE_STATE# != if{ #TOGGLE_LINE_STATE# }</SET_JUNCTION_STATE> <GET_JUNCTION_STATE>#GET_JUNCTION_STATE# #GET_LINE_STATE# if{ #LOOP_INDEX# g#END_LOOP# }</GET_JUNCTION_STATE> </Parameters> </Do> <Then> <SET_JUNCTION#OUT_PARAM_SUFFIX#_STATE>#SET_JUNCTION_STATE#</SET_JUNCTION#OUT_PARAM_SUFFIX#_STATE> <GET_JUNCTION#OUT_PARAM_SUFFIX#_STATE>#GET_JUNCTION_STATE# :#END_LOOP#</GET_JUNCTION#OUT_PARAM_SUFFIX#_STATE> </Then> </Loop> </ReturnParameters> </ParametersFn>Parameters initialization:
- Override
ParametersFn used:
- ASOBO_Get_Param_Suffix_Helper
- ASOBO_Get_Next_Safe_Jump_Flag_Helper
Parameters set:
- OUT_PARAM_NAME
Return parameters:
Parameters set:
- LINE_ID
- SET_JUNCTION_STATE
- GET_JUNCTION_STATE
- GET_LINE_STATE (using GET_CONNECTION)
- TOGGLE_LINE_STATE (using TOGGLE_CONNECTION)
- SET_JUNCTION_STATE (using SET_JUNCTION_STATE, LOOP_INDEX, GET_LINE_STATE, TOGGLE_LINE_STATE)
- GET_JUNCTION_STATE (using GET_JUNCTION_STATE, GET_LINE_STATE, LOOP_INDEX, END_LOOP)
- SET_JUNCTION#OUT_PARAM_SUFFIX#_STATE (using SET_JUNCTION_STATE)
- GET_JUNCTION#OUT_PARAM_SUFFIX#_STATE (using GET_JUNCTION_STATE, END_LOOP)
ParametersFn used:
- ASOBO_Increment_ID_Helper
Parameters set:
- OUT_PARAM_ID_NAME
- ASOBO_Line_Connection_Parameters
Parameters set:
- OUT_PARAM_SUFFIX
- LINE_ID (using LINE_ID)
- Override