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The OptQuest.jar file is considered confidential information covered by OptTek Systems non-nondisclosure agreement.
See:
Description
| Class Summary | |
| COptNeuralNet | The COptNeuralNet is used to create, train, and predict an OptQuest Neural Network. |
| COptNeuralNetArc | The COptNeuralNetArc is used to create arcs for an OptQuest Neural Network. |
| COptNeuralNetNode | The COptNeuralNetNode is used to create nodes for an OptQuest Neural Network. |
| COptQuestBinaryVariable | The COptQuestBinaryVariable class defines a binary decision variable which is a discrete variable that can have a value of 0 or 1. |
| COptQuestCompoundConstraint | The COptQuestCompoundConstraint is a pure virutal class. |
| COptQuestConstraint | COptQuestConstraint is a pure virtual class that defines a linear constraint. |
| COptQuestContinuousVariable | The COptQuestContinuousVariable class defines a decision variable that can have any value between the lower bound and upper bound. |
| COptQuestDesignVariable | Design variables are used when value of the decision variable represents an alternative, and not a quantity. |
| COptQuestDiscountRateVariable | The COptQuestDiscountRateVariable class defines a discount rate for portfolio optimizations. |
| COptQuestDiscreteVariable | The CoptQuestDiscreteVariable class defines a decision variable whose values begin at the lower bound and increment by a step size up to the upper bound |
| COptQuestDualRequirement | The COptQuestDualRequirement defines a requirement that has both a lower bound and an upper bound. |
| COptQuestEQConstraint | The COptQuestEQConstraint class defines an equality linear constraint of the form 2*Var1 + 3*Var2 + 1.5*Var3 = 100 |
| COptQuestGEConstraint | The COptQuestGEConstraint class defines a greater than or equal linear constraint of the form 2*Var1 + 3*Var2 + 1.5*Var3 >= 100 |
| COptQuestIntegerVariable | The COptQuestIntegerVariable class defines a decision variable whose values begin at the lower bound and increment by a 1 to the upper bound. |
| COptQuestLEConstraint | The COptQuestLEConstraint class defines a less than or equal linear constraint of the form 2*Var1 + 3*Var2 + 1.5*Var3 <= 100 |
| COptQuestLowerRequirement | The COptQuestLowerRequirement defines a requirement that has a lower bound but no upper bound. |
| COptQuestObjective | The COptQuestObjective class is a pure virtual class that defines the objective of the optimization. |
| COptQuestObjectiveFunction | The COptQuestObjectiveFunction class is used to define a linear objective of the form coeff1 * var1 + coeff2 * var2 + ... |
| COptQuestOptimization | The COptQuestOptimization class searches for solutions to problems using a “black box” approach. |
| COptQuestOrConstraint | The COptQuestOrConstraint class allows you to define a logical "or" relationship among COptQuestConstraint objects. |
| COptQuestOrRequirement | The COptQuestOrRequirement class allows you to define a logical "or" relationship among COptQuestRequirement objects. |
| COptQuestPermutationGroup | This class allows users to add groups of permutation variables to an optimization problem. |
| COptQuestPermutationVariable | Permutation variables are used to solve sequencing problems. |
| COptQuestPortfolioLowerRequirement | The COptQuestPortfolioLowerRequirement is used with portfolio optimizations to define a requirement where lower bound <= a statistic on a measure. |
| COptQuestPortfolioObjective | The COptQuestPortfolioObjective class defines the objective of an optimization as minimizing or maximizing a statistic on a measure. |
| COptQuestPortfolioUpperRequirement | The COptQuestPortfolioUpperRequirement is used with portfolio optimizations to define a requirement where a statistic on a measure <= upper bound. |
| COptQuestProjectVariable | The COptQuestProjectVariable class defines a portfolio project variable that is used in portfolio optimization. |
| COptQuestRandomNumber | The COptQuestRandomNumber class provides random numbers in many different forms (e.g. |
| COptQuestRequirement | The COptQuestRequirement class is a pure virtual class that allows you to define a non-linear constraint. |
| COptQuestResourceConstraint | The COptQuestResourceConstraint class is used in portfolio optimizations to define a budget or resource constraint for each period of the portfolio. |
| COptQuestSearchParameters | The COptQuestSearchParameters class contains values that control the search algorithms. |
| COptQuestStringConstraint | The COptQuestStringConstraint class is used to define linear and non-linear constraints using a mathematical expression. |
| COptQuestStringObjective | The COptQuestStringObjective class is used to define an objective function using a mathematical expression. |
| COptQuestUpperRequirement | The COptQuestUpperRequirement defines a requirement that has an upper bound but no lower bound. |
| COptQuestUserControlledObjective | The COptQuestUserControlledObjective allows you to compute a value for the optimization objective. |
| COptQuestUserControlledVariable | The COptQuestUserControlledVariable class allows you to define a variable where you set the value of the variable. |
| COptQuestVariable | COptQuestVariable is a pure virtual class that defines a decision variable. |
| Exception Summary | |
| COptNeuralNetException | |
| COptQuestException | |
The OptQuest.jar file is considered confidential information covered by OptTek Systems non-nondisclosure agreement.
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