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water computer layout code
File metadata and controls
5905 lines (5435 loc) · 198 KB
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package water_computer_layout;
import java.io.Serializable;
import java.sql.Connection;
import java.sql.SQLException;
import java.util.ArrayDeque;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.Calendar;
import java.util.Collection;
import java.util.Collections;
import java.util.Comparator;
import java.util.Currency;
import java.util.Date;
import java.util.Enumeration;
import java.util.HashMap;
import java.util.HashSet;
import java.util.Hashtable;
import java.util.Iterator;
import java.util.LinkedHashMap;
import java.util.LinkedHashSet;
import java.util.LinkedList;
import java.util.List;
import java.util.ListIterator;
import java.util.Locale;
import java.util.Map;
import java.util.PriorityQueue;
import java.util.Random;
import java.util.Set;
import java.util.SortedMap;
import java.util.SortedSet;
import java.util.Stack;
import java.util.Timer;
import java.util.TreeMap;
import java.util.TreeSet;
import java.util.Vector;
import java.awt.Color;
import java.awt.Font;
import com.anylogic.engine.connectivity.ResultSet;
import com.anylogic.engine.connectivity.Statement;
import com.anylogic.engine.elements.*;
import com.anylogic.engine.markup.Network;
import com.anylogic.engine.Position;
import com.anylogic.engine.markup.PedFlowStatistics;
import com.anylogic.engine.markup.DensityMap;
import static java.lang.Math.*;
import static com.anylogic.engine.UtilitiesArray.*;
import static com.anylogic.engine.UtilitiesCollection.*;
import static com.anylogic.engine.presentation.UtilitiesColor.*;
import static com.anylogic.engine.HyperArray.*;
import com.anylogic.engine.*;
import com.anylogic.engine.analysis.*;
import com.anylogic.engine.connectivity.*;
import com.anylogic.engine.database.*;
import com.anylogic.engine.gis.*;
import com.anylogic.engine.markup.*;
import com.anylogic.engine.routing.*;
import com.anylogic.engine.presentation.*;
import com.anylogic.engine.gui.*;
import com.anylogic.libraries.modules.markup_descriptors.*;
import com.anylogic.libraries.fluid.*;
import com.anylogic.libraries.processmodeling.*;
import java.awt.geom.Arc2D;
public class Main extends Agent
{
// Parameters
@AnyLogicInternalCodegenAPI
private static Map<String, IElementDescriptor> elementDesciptors_xjal = createElementDescriptors( Main.class );
@AnyLogicInternalCodegenAPI
@Override
public Map<String, IElementDescriptor> getElementDesciptors() {
return elementDesciptors_xjal;
}
@AnyLogicCustomProposalPriority(type = AnyLogicCustomProposalPriority.Type.STATIC_ELEMENT)
public static final Scale scale = new Scale( 10.0 );
@Override
public Scale getScale() {
return scale;
}
/** Internal constant, shouldn't be accessed by user */
@AnyLogicInternalCodegenAPI
protected static final int _STATECHART_COUNT_xjal = 0;
// Embedded Objects
public com.anylogic.libraries.fluid.FluidSource d1ofn1;
public com.anylogic.libraries.fluid.FluidSource d1ofn2;
public com.anylogic.libraries.fluid.Pipeline pipeno7;
public com.anylogic.libraries.fluid.Pipeline pipeno6;
public com.anylogic.libraries.fluid.Pipeline pipeno24;
public com.anylogic.libraries.fluid.Pipeline pipeno18;
public com.anylogic.libraries.fluid.FluidSelectOutput InputDivider1;
public com.anylogic.libraries.fluid.FluidMerge Bifer1;
public com.anylogic.libraries.fluid.ProcessTank Gate1;
public com.anylogic.libraries.fluid.FluidSelectOutput bifer;
public com.anylogic.libraries.fluid.Pipeline pipeno17;
public com.anylogic.libraries.fluid.Pipeline pipeno22;
public com.anylogic.libraries.fluid.ProcessTank Fic;
public com.anylogic.libraries.fluid.FluidDispose Dispose;
public com.anylogic.libraries.fluid.FluidSource d2ofn1;
public com.anylogic.libraries.fluid.FluidSource d2ofn2;
public com.anylogic.libraries.fluid.Pipeline pipeno5;
public com.anylogic.libraries.fluid.Pipeline pipeno4;
public com.anylogic.libraries.fluid.FluidMerge Bifer2;
public com.anylogic.libraries.fluid.ProcessTank Gate2;
public com.anylogic.libraries.fluid.FluidSelectOutput InputDivider2;
public com.anylogic.libraries.fluid.Pipeline pipeno25;
public com.anylogic.libraries.fluid.Pipeline pipeno16;
public com.anylogic.libraries.fluid.Pipeline pipeno30;
public com.anylogic.libraries.fluid.FluidSelectOutput bifer1;
public com.anylogic.libraries.fluid.Pipeline pipeno15;
public com.anylogic.libraries.fluid.Pipeline pipeno21;
public com.anylogic.libraries.fluid.Pipeline pipeno14;
public com.anylogic.libraries.fluid.Pipeline pipeno29;
public com.anylogic.libraries.fluid.FluidSource d3ofn1;
public com.anylogic.libraries.fluid.FluidSource d3ofn2;
public com.anylogic.libraries.fluid.Pipeline pipeno3;
public com.anylogic.libraries.fluid.Pipeline pipeno2;
public com.anylogic.libraries.fluid.FluidMerge Bifer3;
public com.anylogic.libraries.fluid.ProcessTank Gate3;
public com.anylogic.libraries.fluid.FluidSelectOutput InputDivider3;
public com.anylogic.libraries.fluid.Pipeline pipeno26;
public com.anylogic.libraries.fluid.Pipeline pipeno13;
public com.anylogic.libraries.fluid.FluidSelectOutput bifer2;
public com.anylogic.libraries.fluid.Pipeline pipeno12;
public com.anylogic.libraries.fluid.Pipeline pipeno20;
public com.anylogic.libraries.fluid.Pipeline pipeno11;
public com.anylogic.libraries.fluid.FluidSource d4ofn1;
public com.anylogic.libraries.fluid.FluidSource d4ofn2;
public com.anylogic.libraries.fluid.Pipeline pipeno0;
public com.anylogic.libraries.fluid.Pipeline pipeno1;
public com.anylogic.libraries.fluid.FluidMerge Bifer4;
public com.anylogic.libraries.fluid.ProcessTank Gate4;
public com.anylogic.libraries.fluid.FluidSelectOutput InputDivider4;
public com.anylogic.libraries.fluid.Pipeline pipeno28;
public com.anylogic.libraries.fluid.FluidSelectOutput bifer3;
public com.anylogic.libraries.fluid.Pipeline pipeno10;
public com.anylogic.libraries.fluid.Pipeline pipeno19;
public com.anylogic.libraries.fluid.Pipeline pipeno27;
public com.anylogic.libraries.fluid.Pipeline pipeno8;
public com.anylogic.libraries.fluid.Pipeline pipeno9;
public com.anylogic.libraries.fluid.FluidDispose Dispose1;
public com.anylogic.libraries.fluid.FluidDispose Dispose2;
public com.anylogic.libraries.fluid.FluidDispose Dispose3;
public com.anylogic.libraries.fluid.FluidMerge op;
public com.anylogic.libraries.fluid.ProcessTank siphon1;
public com.anylogic.libraries.fluid.FluidMerge op2;
public com.anylogic.libraries.fluid.FluidMerge op3;
public com.anylogic.libraries.fluid.ProcessTank siphon2;
public com.anylogic.libraries.fluid.FluidMerge op4;
public com.anylogic.libraries.fluid.ProcessTank siphon3;
public com.anylogic.libraries.fluid.FluidMerge op5;
public com.anylogic.libraries.fluid.FluidMerge op6;
public com.anylogic.libraries.fluid.ProcessTank Sic;
public String getNameOf( Agent ao ) {
if ( ao == d1ofn1 ) return "d1ofn1";
if ( ao == d1ofn2 ) return "d1ofn2";
if ( ao == pipeno7 ) return "pipeno7";
if ( ao == pipeno6 ) return "pipeno6";
if ( ao == pipeno24 ) return "pipeno24";
if ( ao == pipeno18 ) return "pipeno18";
if ( ao == InputDivider1 ) return "InputDivider1";
if ( ao == Bifer1 ) return "Bifer1";
if ( ao == Gate1 ) return "Gate1";
if ( ao == bifer ) return "bifer";
if ( ao == pipeno17 ) return "pipeno17";
if ( ao == pipeno22 ) return "pipeno22";
if ( ao == Fic ) return "Fic";
if ( ao == Dispose ) return "Dispose";
if ( ao == d2ofn1 ) return "d2ofn1";
if ( ao == d2ofn2 ) return "d2ofn2";
if ( ao == pipeno5 ) return "pipeno5";
if ( ao == pipeno4 ) return "pipeno4";
if ( ao == Bifer2 ) return "Bifer2";
if ( ao == Gate2 ) return "Gate2";
if ( ao == InputDivider2 ) return "InputDivider2";
if ( ao == pipeno25 ) return "pipeno25";
if ( ao == pipeno16 ) return "pipeno16";
if ( ao == pipeno30 ) return "pipeno30";
if ( ao == bifer1 ) return "bifer1";
if ( ao == pipeno15 ) return "pipeno15";
if ( ao == pipeno21 ) return "pipeno21";
if ( ao == pipeno14 ) return "pipeno14";
if ( ao == pipeno29 ) return "pipeno29";
if ( ao == d3ofn1 ) return "d3ofn1";
if ( ao == d3ofn2 ) return "d3ofn2";
if ( ao == pipeno3 ) return "pipeno3";
if ( ao == pipeno2 ) return "pipeno2";
if ( ao == Bifer3 ) return "Bifer3";
if ( ao == Gate3 ) return "Gate3";
if ( ao == InputDivider3 ) return "InputDivider3";
if ( ao == pipeno26 ) return "pipeno26";
if ( ao == pipeno13 ) return "pipeno13";
if ( ao == bifer2 ) return "bifer2";
if ( ao == pipeno12 ) return "pipeno12";
if ( ao == pipeno20 ) return "pipeno20";
if ( ao == pipeno11 ) return "pipeno11";
if ( ao == d4ofn1 ) return "d4ofn1";
if ( ao == d4ofn2 ) return "d4ofn2";
if ( ao == pipeno0 ) return "pipeno0";
if ( ao == pipeno1 ) return "pipeno1";
if ( ao == Bifer4 ) return "Bifer4";
if ( ao == Gate4 ) return "Gate4";
if ( ao == InputDivider4 ) return "InputDivider4";
if ( ao == pipeno28 ) return "pipeno28";
if ( ao == bifer3 ) return "bifer3";
if ( ao == pipeno10 ) return "pipeno10";
if ( ao == pipeno19 ) return "pipeno19";
if ( ao == pipeno27 ) return "pipeno27";
if ( ao == pipeno8 ) return "pipeno8";
if ( ao == pipeno9 ) return "pipeno9";
if ( ao == Dispose1 ) return "Dispose1";
if ( ao == Dispose2 ) return "Dispose2";
if ( ao == Dispose3 ) return "Dispose3";
if ( ao == op ) return "op";
if ( ao == siphon1 ) return "siphon1";
if ( ao == op2 ) return "op2";
if ( ao == op3 ) return "op3";
if ( ao == siphon2 ) return "siphon2";
if ( ao == op4 ) return "op4";
if ( ao == siphon3 ) return "siphon3";
if ( ao == op5 ) return "op5";
if ( ao == op6 ) return "op6";
if ( ao == Sic ) return "Sic";
return super.getNameOf( ao );
}
public AgentAnimationSettings getAnimationSettingsOf( Agent ao ) {
return super.getAnimationSettingsOf( ao );
}
public String getNameOf( AgentList<?> aolist ) {
return super.getNameOf( aolist );
}
public AgentAnimationSettings getAnimationSettingsOf( AgentList<?> aolist ) {
return super.getAnimationSettingsOf( aolist );
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.FluidSource instantiate_d1ofn1_xjal() {
com.anylogic.libraries.fluid.FluidSource _result_xjal = new com.anylogic.libraries.fluid.FluidSource( getEngine(), this, null ) {
@AnyLogicInternalCodegenAPI
public FlowRateUnits getUnitsForCodeOf_rate() {
return LITER_PER_SECOND;
}
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_initialAmount() {
return LITER;
}
};
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_d1ofn1_xjal( final com.anylogic.libraries.fluid.FluidSource self, TableInput _t ) {
self.maxRate = self._maxRate_DefaultValue_xjal();
self.rate =
10
;
self.rate = LITER_PER_SECOND.convertTo( self.rate, CUBIC_METER_PER_SECOND );
self.infiniteCapacity =
false
;
self.initialAmount =
1000
;
self.initialAmount = LITER.convertTo( self.initialAmount, CUBIC_METER );
self.customPriority = self._customPriority_DefaultValue_xjal();
self.priorityOutCustom = self._priorityOutCustom_DefaultValue_xjal();
self.modeBatchCustom = self._modeBatchCustom_DefaultValue_xjal();
self.customBatch = self._customBatch_DefaultValue_xjal();
self.customBatchColor = self._customBatchColor_DefaultValue_xjal();
self.storageTank =
D1ofD1
;
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_d1ofn1_xjal( com.anylogic.libraries.fluid.FluidSource self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.FluidSource instantiate_d1ofn2_xjal() {
com.anylogic.libraries.fluid.FluidSource _result_xjal = new com.anylogic.libraries.fluid.FluidSource( getEngine(), this, null ) {
@AnyLogicInternalCodegenAPI
public FlowRateUnits getUnitsForCodeOf_rate() {
return LITER_PER_SECOND;
}
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_initialAmount() {
return LITER;
}
};
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_d1ofn2_xjal( final com.anylogic.libraries.fluid.FluidSource self, TableInput _t ) {
self.maxRate = self._maxRate_DefaultValue_xjal();
self.rate =
10
;
self.rate = LITER_PER_SECOND.convertTo( self.rate, CUBIC_METER_PER_SECOND );
self.infiniteCapacity =
false
;
self.initialAmount =
1000
;
self.initialAmount = LITER.convertTo( self.initialAmount, CUBIC_METER );
self.customPriority = self._customPriority_DefaultValue_xjal();
self.priorityOutCustom = self._priorityOutCustom_DefaultValue_xjal();
self.modeBatchCustom = self._modeBatchCustom_DefaultValue_xjal();
self.customBatch = self._customBatch_DefaultValue_xjal();
self.customBatchColor = self._customBatchColor_DefaultValue_xjal();
self.storageTank =
D1ofD2
;
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_d1ofn2_xjal( com.anylogic.libraries.fluid.FluidSource self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.Pipeline instantiate_pipeno7_xjal() {
com.anylogic.libraries.fluid.Pipeline _result_xjal = new com.anylogic.libraries.fluid.Pipeline( getEngine(), this, null ) {
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_capacity() {
return LITER;
}
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_initialAmount() {
return LITER;
}
};
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_pipeno7_xjal( final com.anylogic.libraries.fluid.Pipeline self, TableInput _t ) {
self.capacity =
100
;
self.capacity = LITER.convertTo( self.capacity, CUBIC_METER );
self.initialAmount =
0
;
self.initialAmount = LITER.convertTo( self.initialAmount, CUBIC_METER );
self.limitRate = self._limitRate_DefaultValue_xjal();
self.maxRate = self._maxRate_DefaultValue_xjal();
self.customPriority = self._customPriority_DefaultValue_xjal();
self.priorityOutCustom = self._priorityOutCustom_DefaultValue_xjal();
self.customInitialBatch = self._customInitialBatch_DefaultValue_xjal();
self.initialBatch = self._initialBatch_DefaultValue_xjal();
self.customInitialBatchColor = self._customInitialBatchColor_DefaultValue_xjal();
self.pipe =
pipe7
;
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_pipeno7_xjal( com.anylogic.libraries.fluid.Pipeline self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.Pipeline instantiate_pipeno6_xjal() {
com.anylogic.libraries.fluid.Pipeline _result_xjal = new com.anylogic.libraries.fluid.Pipeline( getEngine(), this, null ) {
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_capacity() {
return LITER;
}
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_initialAmount() {
return LITER;
}
};
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_pipeno6_xjal( final com.anylogic.libraries.fluid.Pipeline self, TableInput _t ) {
self.capacity =
100
;
self.capacity = LITER.convertTo( self.capacity, CUBIC_METER );
self.initialAmount =
0
;
self.initialAmount = LITER.convertTo( self.initialAmount, CUBIC_METER );
self.limitRate = self._limitRate_DefaultValue_xjal();
self.maxRate = self._maxRate_DefaultValue_xjal();
self.customPriority = self._customPriority_DefaultValue_xjal();
self.priorityOutCustom = self._priorityOutCustom_DefaultValue_xjal();
self.customInitialBatch = self._customInitialBatch_DefaultValue_xjal();
self.initialBatch = self._initialBatch_DefaultValue_xjal();
self.customInitialBatchColor = self._customInitialBatchColor_DefaultValue_xjal();
self.pipe =
pipe6
;
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_pipeno6_xjal( com.anylogic.libraries.fluid.Pipeline self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.Pipeline instantiate_pipeno24_xjal() {
com.anylogic.libraries.fluid.Pipeline _result_xjal = new com.anylogic.libraries.fluid.Pipeline( getEngine(), this, null ) {
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_capacity() {
return LITER;
}
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_initialAmount() {
return LITER;
}
};
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_pipeno24_xjal( final com.anylogic.libraries.fluid.Pipeline self, TableInput _t ) {
self.capacity =
100
;
self.capacity = LITER.convertTo( self.capacity, CUBIC_METER );
self.initialAmount =
0
;
self.initialAmount = LITER.convertTo( self.initialAmount, CUBIC_METER );
self.limitRate = self._limitRate_DefaultValue_xjal();
self.maxRate = self._maxRate_DefaultValue_xjal();
self.customPriority = self._customPriority_DefaultValue_xjal();
self.priorityOutCustom = self._priorityOutCustom_DefaultValue_xjal();
self.customInitialBatch = self._customInitialBatch_DefaultValue_xjal();
self.initialBatch = self._initialBatch_DefaultValue_xjal();
self.customInitialBatchColor = self._customInitialBatchColor_DefaultValue_xjal();
self.pipe =
pipe24
;
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_pipeno24_xjal( com.anylogic.libraries.fluid.Pipeline self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.Pipeline instantiate_pipeno18_xjal() {
com.anylogic.libraries.fluid.Pipeline _result_xjal = new com.anylogic.libraries.fluid.Pipeline( getEngine(), this, null ) {
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_capacity() {
return LITER;
}
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_initialAmount() {
return LITER;
}
};
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_pipeno18_xjal( final com.anylogic.libraries.fluid.Pipeline self, TableInput _t ) {
self.capacity =
100
;
self.capacity = LITER.convertTo( self.capacity, CUBIC_METER );
self.initialAmount =
0
;
self.initialAmount = LITER.convertTo( self.initialAmount, CUBIC_METER );
self.limitRate = self._limitRate_DefaultValue_xjal();
self.maxRate = self._maxRate_DefaultValue_xjal();
self.customPriority = self._customPriority_DefaultValue_xjal();
self.priorityOutCustom = self._priorityOutCustom_DefaultValue_xjal();
self.customInitialBatch = self._customInitialBatch_DefaultValue_xjal();
self.initialBatch = self._initialBatch_DefaultValue_xjal();
self.customInitialBatchColor = self._customInitialBatchColor_DefaultValue_xjal();
self.pipe =
pipe18
;
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_pipeno18_xjal( com.anylogic.libraries.fluid.Pipeline self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.FluidSelectOutput instantiate_InputDivider1_xjal() {
com.anylogic.libraries.fluid.FluidSelectOutput _result_xjal = new com.anylogic.libraries.fluid.FluidSelectOutput( getEngine(), this, null );
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_InputDivider1_xjal( final com.anylogic.libraries.fluid.FluidSelectOutput self, TableInput _t ) {
self.selectOnCondition = self._selectOnCondition_DefaultValue_xjal();
self.selectOutput1 = self._selectOutput1_DefaultValue_xjal();
self.limitRateOut = self._limitRateOut_DefaultValue_xjal();
self.maxRateOut = self._maxRateOut_DefaultValue_xjal();
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_InputDivider1_xjal( com.anylogic.libraries.fluid.FluidSelectOutput self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.FluidMerge instantiate_Bifer1_xjal() {
com.anylogic.libraries.fluid.FluidMerge _result_xjal = new com.anylogic.libraries.fluid.FluidMerge( getEngine(), this, null );
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_Bifer1_xjal( final com.anylogic.libraries.fluid.FluidMerge self, TableInput _t ) {
self.mode = self._mode_DefaultValue_xjal();
self.fraction1 = self._fraction1_DefaultValue_xjal();
self.fraction2 = self._fraction2_DefaultValue_xjal();
self.customPriorities = self._customPriorities_DefaultValue_xjal();
self.priorityInput1 = self._priorityInput1_DefaultValue_xjal();
self.priorityInput1Custom = self._priorityInput1Custom_DefaultValue_xjal();
self.priorityInput2Custom = self._priorityInput2Custom_DefaultValue_xjal();
self.modeBatch = self._modeBatch_DefaultValue_xjal();
self.customBatchColor = self._customBatchColor_DefaultValue_xjal();
self.limitRateOut = self._limitRateOut_DefaultValue_xjal();
self.maxRateOut = self._maxRateOut_DefaultValue_xjal();
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_Bifer1_xjal( com.anylogic.libraries.fluid.FluidMerge self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.ProcessTank instantiate_Gate1_xjal() {
com.anylogic.libraries.fluid.ProcessTank _result_xjal = new com.anylogic.libraries.fluid.ProcessTank( getEngine(), this, null ) {
@Override
public double capacity( ) {
return _Gate1_capacity_xjal( this );
}
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_capacity() {
return LITER;
}
@AnyLogicInternalCodegenAPI
public FlowRateUnits getUnitsForCodeOf_maxRateOut() {
return LITER_PER_SECOND;
}
};
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_Gate1_xjal( final com.anylogic.libraries.fluid.ProcessTank self, TableInput _t ) {
self.delayTime = self._delayTime_DefaultValue_xjal();
self.limitRateOut =
true
;
self.maxRateOut =
100
;
self.maxRateOut = LITER_PER_SECOND.convertTo( self.maxRateOut, CUBIC_METER_PER_SECOND );
self.modeOutputBatch = self._modeOutputBatch_DefaultValue_xjal();
self.customOutputBatchColor = self._customOutputBatchColor_DefaultValue_xjal();
self.storageTank =
storageTank
;
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_Gate1_xjal( com.anylogic.libraries.fluid.ProcessTank self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.FluidSelectOutput instantiate_bifer_xjal() {
com.anylogic.libraries.fluid.FluidSelectOutput _result_xjal = new com.anylogic.libraries.fluid.FluidSelectOutput( getEngine(), this, null );
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_bifer_xjal( final com.anylogic.libraries.fluid.FluidSelectOutput self, TableInput _t ) {
self.selectOnCondition = self._selectOnCondition_DefaultValue_xjal();
self.selectOutput1 = self._selectOutput1_DefaultValue_xjal();
self.limitRateOut = self._limitRateOut_DefaultValue_xjal();
self.maxRateOut = self._maxRateOut_DefaultValue_xjal();
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_bifer_xjal( com.anylogic.libraries.fluid.FluidSelectOutput self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.Pipeline instantiate_pipeno17_xjal() {
com.anylogic.libraries.fluid.Pipeline _result_xjal = new com.anylogic.libraries.fluid.Pipeline( getEngine(), this, null ) {
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_capacity() {
return LITER;
}
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_initialAmount() {
return LITER;
}
};
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_pipeno17_xjal( final com.anylogic.libraries.fluid.Pipeline self, TableInput _t ) {
self.capacity =
100
;
self.capacity = LITER.convertTo( self.capacity, CUBIC_METER );
self.initialAmount =
0
;
self.initialAmount = LITER.convertTo( self.initialAmount, CUBIC_METER );
self.limitRate = self._limitRate_DefaultValue_xjal();
self.maxRate = self._maxRate_DefaultValue_xjal();
self.customPriority = self._customPriority_DefaultValue_xjal();
self.priorityOutCustom = self._priorityOutCustom_DefaultValue_xjal();
self.customInitialBatch = self._customInitialBatch_DefaultValue_xjal();
self.initialBatch = self._initialBatch_DefaultValue_xjal();
self.customInitialBatchColor = self._customInitialBatchColor_DefaultValue_xjal();
self.pipe =
pipe17
;
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_pipeno17_xjal( com.anylogic.libraries.fluid.Pipeline self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.Pipeline instantiate_pipeno22_xjal() {
com.anylogic.libraries.fluid.Pipeline _result_xjal = new com.anylogic.libraries.fluid.Pipeline( getEngine(), this, null ) {
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_capacity() {
return LITER;
}
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_initialAmount() {
return LITER;
}
};
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_pipeno22_xjal( final com.anylogic.libraries.fluid.Pipeline self, TableInput _t ) {
self.capacity =
100
;
self.capacity = LITER.convertTo( self.capacity, CUBIC_METER );
self.initialAmount =
0
;
self.initialAmount = LITER.convertTo( self.initialAmount, CUBIC_METER );
self.limitRate = self._limitRate_DefaultValue_xjal();
self.maxRate = self._maxRate_DefaultValue_xjal();
self.customPriority = self._customPriority_DefaultValue_xjal();
self.priorityOutCustom = self._priorityOutCustom_DefaultValue_xjal();
self.customInitialBatch = self._customInitialBatch_DefaultValue_xjal();
self.initialBatch = self._initialBatch_DefaultValue_xjal();
self.customInitialBatchColor = self._customInitialBatchColor_DefaultValue_xjal();
self.pipe =
pipe22
;
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_pipeno22_xjal( com.anylogic.libraries.fluid.Pipeline self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.ProcessTank instantiate_Fic_xjal() {
com.anylogic.libraries.fluid.ProcessTank _result_xjal = new com.anylogic.libraries.fluid.ProcessTank( getEngine(), this, null ) {
@Override
public double capacity( ) {
return _Fic_capacity_xjal( this );
}
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_capacity() {
return LITER;
}
};
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_Fic_xjal( final com.anylogic.libraries.fluid.ProcessTank self, TableInput _t ) {
self.delayTime = self._delayTime_DefaultValue_xjal();
self.limitRateOut = self._limitRateOut_DefaultValue_xjal();
self.maxRateOut = self._maxRateOut_DefaultValue_xjal();
self.modeOutputBatch = self._modeOutputBatch_DefaultValue_xjal();
self.customOutputBatchColor = self._customOutputBatchColor_DefaultValue_xjal();
self.storageTank =
storageTank1
;
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_Fic_xjal( com.anylogic.libraries.fluid.ProcessTank self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.FluidDispose instantiate_Dispose_xjal() {
com.anylogic.libraries.fluid.FluidDispose _result_xjal = new com.anylogic.libraries.fluid.FluidDispose( getEngine(), this, null );
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_Dispose_xjal( final com.anylogic.libraries.fluid.FluidDispose self, TableInput _t ) {
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_Dispose_xjal( com.anylogic.libraries.fluid.FluidDispose self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.FluidSource instantiate_d2ofn1_xjal() {
com.anylogic.libraries.fluid.FluidSource _result_xjal = new com.anylogic.libraries.fluid.FluidSource( getEngine(), this, null ) {
@AnyLogicInternalCodegenAPI
public FlowRateUnits getUnitsForCodeOf_rate() {
return LITER_PER_SECOND;
}
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_initialAmount() {
return LITER;
}
};
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_d2ofn1_xjal( final com.anylogic.libraries.fluid.FluidSource self, TableInput _t ) {
self.maxRate = self._maxRate_DefaultValue_xjal();
self.rate =
10
;
self.rate = LITER_PER_SECOND.convertTo( self.rate, CUBIC_METER_PER_SECOND );
self.infiniteCapacity =
false
;
self.initialAmount =
0
;
self.initialAmount = LITER.convertTo( self.initialAmount, CUBIC_METER );
self.customPriority = self._customPriority_DefaultValue_xjal();
self.priorityOutCustom = self._priorityOutCustom_DefaultValue_xjal();
self.modeBatchCustom = self._modeBatchCustom_DefaultValue_xjal();
self.customBatch = self._customBatch_DefaultValue_xjal();
self.customBatchColor = self._customBatchColor_DefaultValue_xjal();
self.storageTank =
D2ofD1
;
self.showBatchesInFlowchart = self._showBatchesInFlowchart_DefaultValue_xjal();
}
/**
* Setups an embedded object instance<br>
* This method should not be called by user
*/
@AnyLogicInternalCodegenAPI
private void doBeforeCreate_d2ofn1_xjal( com.anylogic.libraries.fluid.FluidSource self, TableInput _t ) {
}
/**
* Creates an embedded object instance<br>
* <i>This method should not be called by user</i>
*/
protected com.anylogic.libraries.fluid.FluidSource instantiate_d2ofn2_xjal() {
com.anylogic.libraries.fluid.FluidSource _result_xjal = new com.anylogic.libraries.fluid.FluidSource( getEngine(), this, null ) {
@AnyLogicInternalCodegenAPI
public FlowRateUnits getUnitsForCodeOf_rate() {
return LITER_PER_SECOND;
}
@AnyLogicInternalCodegenAPI
public AmountUnits getUnitsForCodeOf_initialAmount() {
return LITER;
}
};
return _result_xjal;
}
/**
* Setups parameters of an embedded object instance<br>
* This method should not be called by user
*/
private void setupParameters_d2ofn2_xjal( final com.anylogic.libraries.fluid.FluidSource self, TableInput _t ) {
self.maxRate = self._maxRate_DefaultValue_xjal();
self.rate =
10
;
self.rate = LITER_PER_SECOND.convertTo( self.rate, CUBIC_METER_PER_SECOND );
self.infiniteCapacity =
false
;
self.initialAmount =
0
;