Class DynamicLogicExample

java.lang.Object

neqsim.process.util.example.DynamicLogicExample

public class DynamicLogicExample
extends Object

Example demonstrating how to create process logic completely dynamically at runtime without any pre-compiled logic sequences.

This shows:

• Creating custom actions with lambda expressions
• Creating custom conditions with anonymous classes
• Building complex logic sequences programmatically
• Runtime logic modification and adaptation

Version:

1.0

Author:

ESOL

Constructor Summary

Constructors

Constructor	Description
DynamicLogicExample()

Method Summary

Modifier and Type	Method	Description
private static LogicAction	createAdaptiveAction(String description, ProcessEquipmentInterface equipment, double parameter)	Factory method for creating adaptive actions.
private static ESDLogic	createAdaptiveLogic(String scenario, ThrottlingValve valve, Separator separator)	Creates adaptive logic based on runtime scenario.
private static ProcessSystem	createSimpleProcess()	Creates a simple process for demonstration.
private static void	demonstrateCustomActions(ThrottlingValve valve, Separator separator)	Demonstrates creating custom actions at runtime.
private static void	demonstrateCustomConditions(ThrottlingValve valve, Separator separator)	Demonstrates creating custom conditions at runtime.
private static void	demonstrateDynamicLogicSequences(ThrottlingValve valve, Separator separator)	Demonstrates building complex logic sequences completely at runtime.
private static void	demonstrateRuntimeModification(ThrottlingValve valve, Separator separator)	Demonstrates modifying logic sequences at runtime.
private static String	determineRuntimeScenario()	Simulates determining what scenario to use at runtime.
static void	main(String[] args)

Methods inherited from class Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details

DynamicLogicExample

public DynamicLogicExample()

Method Details

main

public static void main(String[] args)

createSimpleProcess

private static ProcessSystem createSimpleProcess()

Creates a simple process for demonstration.

Returns:

the created ProcessSystem with feed, valve, and separator

demonstrateCustomActions

private static void demonstrateCustomActions(ThrottlingValve valve,
 Separator separator)

Demonstrates creating custom actions at runtime.

Parameters:

valve - the ThrottlingValve to control in custom actions

separator - the Separator to control in custom actions

demonstrateCustomConditions

private static void demonstrateCustomConditions(ThrottlingValve valve,
 Separator separator)

Demonstrates creating custom conditions at runtime.

Parameters:

valve - the ThrottlingValve to monitor in custom conditions

separator - the Separator to monitor in custom conditions

demonstrateDynamicLogicSequences

private static void demonstrateDynamicLogicSequences(ThrottlingValve valve,
 Separator separator)

Demonstrates building complex logic sequences completely at runtime.

Parameters:

valve - the throttling valve to control

separator - the separator to monitor

demonstrateRuntimeModification

private static void demonstrateRuntimeModification(ThrottlingValve valve,
 Separator separator)

Demonstrates modifying logic sequences at runtime.

Parameters:

valve - the throttling valve to control

separator - the separator to monitor

determineRuntimeScenario

private static String determineRuntimeScenario()

Simulates determining what scenario to use at runtime.

Returns:

the determined runtime scenario name

createAdaptiveLogic

private static ESDLogic createAdaptiveLogic(String scenario,
 ThrottlingValve valve,
 Separator separator)

Creates adaptive logic based on runtime scenario.

Parameters:

scenario - the scenario name to determine logic behavior

valve - the ThrottlingValve to control

separator - the Separator to control

Returns:

the created ESDLogic configured for the given scenario

createAdaptiveAction

private static LogicAction createAdaptiveAction(String description,
 ProcessEquipmentInterface equipment,
 double parameter)

Factory method for creating adaptive actions.

Parameters:

description - the description of the action

equipment - the equipment to control

parameter - the parameter value for the action (valve opening or -1 for mode switch)

Returns:

the created LogicAction