Class ProcessConstraintEvaluator.ConstraintEvaluationResult

java.lang.Object
neqsim.process.util.optimizer.ProcessConstraintEvaluator.ConstraintEvaluationResult
All Implemented Interfaces:
Serializable
Enclosing class:
ProcessConstraintEvaluator
public static class ProcessConstraintEvaluator.ConstraintEvaluationResult extends Object implements Serializable
Result of constraint evaluation.
Version:
1.0
Author:
NeqSim Development Team
See Also:

  • Field Details

    • serialVersionUID

      private static final long serialVersionUID
      See Also:

    • overallUtilization

      private double overallUtilization

    • bottleneckEquipment

      private String bottleneckEquipment

    • bottleneckConstraint

      private String bottleneckConstraint

    • bottleneckUtilization

      private double bottleneckUtilization

    • feasible

      private boolean feasible

    • totalViolationCount

      private int totalViolationCount

    • allHardConstraintsSatisfied

      private boolean allHardConstraintsSatisfied

    • allSoftConstraintsSatisfied

      private boolean allSoftConstraintsSatisfied

    • equipmentSummaries

      private Map<String, ProcessConstraintEvaluator.EquipmentConstraintSummary> equipmentSummaries

    • normalizedUtilizations

      private Map<String,Double> normalizedUtilizations

  • Constructor Details

    • ConstraintEvaluationResult

      public ConstraintEvaluationResult()
      Default constructor.

  • Method Details

    • getOverallUtilization

      public double getOverallUtilization()
      Gets the overall utilization.
      Returns:
      overall utilization (0-1, can exceed 1 if over capacity)

    • setOverallUtilization

      public void setOverallUtilization(double overallUtilization)
      Sets the overall utilization.
      Parameters:
      overallUtilization - utilization value

    • getBottleneckEquipment

      public String getBottleneckEquipment()
      Gets the bottleneck equipment name.
      Returns:
      equipment name

    • setBottleneckEquipment

      public void setBottleneckEquipment(String bottleneckEquipment)
      Sets the bottleneck equipment name.
      Parameters:
      bottleneckEquipment - equipment name

    • getBottleneckConstraint

      public String getBottleneckConstraint()
      Gets the bottleneck constraint name.
      Returns:
      constraint name

    • setBottleneckConstraint

      public void setBottleneckConstraint(String bottleneckConstraint)
      Sets the bottleneck constraint name.
      Parameters:
      bottleneckConstraint - constraint name

    • getBottleneckUtilization

      public double getBottleneckUtilization()
      Gets the bottleneck utilization.
      Returns:
      bottleneck utilization

    • setBottleneckUtilization

      public void setBottleneckUtilization(double bottleneckUtilization)
      Sets the bottleneck utilization.
      Parameters:
      bottleneckUtilization - utilization value

    • isFeasible

      public boolean isFeasible()
      Checks if the solution is feasible.
      Returns:
      true if all hard constraints satisfied

    • setFeasible

      public void setFeasible(boolean feasible)
      Sets the feasibility flag.
      Parameters:
      feasible - feasibility status

    • getTotalViolationCount

      public int getTotalViolationCount()
      Gets the total violation count.
      Returns:
      number of violated constraints

    • setTotalViolationCount

      public void setTotalViolationCount(int totalViolationCount)
      Sets the total violation count.
      Parameters:
      totalViolationCount - number of violations

    • isAllHardConstraintsSatisfied

      public boolean isAllHardConstraintsSatisfied()
      Checks if all hard constraints are satisfied.
      Returns:
      true if satisfied

    • setAllHardConstraintsSatisfied

      public void setAllHardConstraintsSatisfied(boolean satisfied)
      Sets the hard constraints satisfied flag.
      Parameters:
      satisfied - satisfaction status

    • isAllSoftConstraintsSatisfied

      public boolean isAllSoftConstraintsSatisfied()
      Checks if all soft constraints are satisfied.
      Returns:
      true if satisfied

    • setAllSoftConstraintsSatisfied

      public void setAllSoftConstraintsSatisfied(boolean satisfied)
      Sets the soft constraints satisfied flag.
      Parameters:
      satisfied - satisfaction status

    • getEquipmentSummaries

      public Map<String, ProcessConstraintEvaluator.EquipmentConstraintSummary> getEquipmentSummaries()
      Gets the equipment summaries.
      Returns:
      unmodifiable map of equipment summaries

    • addEquipmentSummary

      public void addEquipmentSummary(ProcessConstraintEvaluator.EquipmentConstraintSummary summary)
      Adds an equipment summary.
      Parameters:
      summary - equipment summary

    • getNormalizedUtilizations

      public Map<String,Double> getNormalizedUtilizations()
      Gets the normalized utilizations.
      Returns:
      unmodifiable map of utilizations

    • addNormalizedUtilization

      public void addNormalizedUtilization(String key, double value)
      Adds a normalized utilization.
      Parameters:
      key - utilization key
      value - utilization value

    • getBottleneckMargin

      public double getBottleneckMargin()
      Gets the margin to the bottleneck constraint.
      Returns:
      margin as fraction (0.1 = 10% headroom)