java.lang.Object
- com.anylogic.engine.Presentable
- - com.anylogic.engine.Utilities
  - - com.anylogic.engine.Experiment<ROOT>
    - - com.anylogic.engine.ExperimentRunFast<ROOT>
      - com.anylogic.engine.ExperimentMultipleRuns<ROOT>
        
        com.anylogic.engine.ExperimentOptimization<ROOT>

Type Parameters:: ROOT - class of top-level agent

All Implemented Interfaces:: AgentConstants, EnvironmentConstants, java.io.Serializable

public abstract class ExperimentOptimization<ROOT extends Agent>
extends ExperimentMultipleRuns<ROOT>

Experiment used to search for optimal solutions. Uses OptQuest optimizer. To use this experiment you need to subclass from it and define the methods setupRootParameters(Agent, boolean) which needs to retrieve the parameter values suggested by OptQuest and Experiment.onEngineFinished() to set the objective according to simulation output.

Author:: AnyLogic North America, LLC https://anylogic.com
See Also:: Serialized Form

Nested Class Summary

Nested classes/interfaces inherited from class com.anylogic.engine.ExperimentMultipleRuns

ExperimentMultipleRuns.ConfidenceLevel

Nested classes/interfaces inherited from class com.anylogic.engine.Experiment

Experiment.Command, Experiment.State

Field Summary

Fields inherited from class com.anylogic.engine.ExperimentMultipleRuns

CONFIDENCE_LEVEL_80, CONFIDENCE_LEVEL_90, CONFIDENCE_LEVEL_95, CONFIDENCE_LEVEL_98, CONFIDENCE_LEVEL_99, CONFIDENCE_LEVEL_99_9

Fields inherited from class com.anylogic.engine.Experiment

ERROR, FINISHED, IDLE, modelExecutionCommandQueue, mutexModelActionQueue, OPEN_RESULTS, OPEN_SNAPSHOT, PAUSE, PAUSED, PLEASE_WAIT, RUN, RUNNING, SAVE_RESULTS, SAVE_SNAPSHOT, STEP, STOP

Fields inherited from class com.anylogic.engine.Utilities

AM, APRIL, AUGUST, CUSTOM_DISTRIBUTION_INTERPOLATION_LINEAR, CUSTOM_DISTRIBUTION_INTERPOLATION_NONE, CUSTOM_DISTRIBUTION_INTERPOLATION_STEP, DECEMBER, FEBRUARY, FRIDAY, infinity, JANUARY, JULY, JUNE, LENGTH_UNIT_CENTIMETER, LENGTH_UNIT_FOOT, LENGTH_UNIT_INCH, LENGTH_UNIT_KILOMETER, LENGTH_UNIT_METER, LENGTH_UNIT_MILE, MARCH, MAY, MONDAY, NOVEMBER, OCTOBER, PM, SATURDAY, SEPTEMBER, SUNDAY, THURSDAY, TIME_UNIT_DAY, TIME_UNIT_HOUR, TIME_UNIT_MILLISECOND, TIME_UNIT_MINUTE, TIME_UNIT_MONTH, TIME_UNIT_SECOND, TIME_UNIT_WEEK, TIME_UNIT_YEAR, TUESDAY, UNDECIMBER, WEDNESDAY

Fields inherited from class com.anylogic.engine.Presentable

ALIGNMENT_CENTER, ALIGNMENT_LEFT, ALIGNMENT_RIGHT, ARROW_FILLED, ARROW_NONE, ARROW_THIN, CAD_ANTIALIASING, CAD_INVERTED, LINE_STYLE_DASHED, LINE_STYLE_DOTTED, LINE_STYLE_SOLID, SHAPE_DRAW_2D, SHAPE_DRAW_2D3D, SHAPE_DRAW_3D

Fields inherited from interface com.anylogic.engine.AgentConstants

AGENT_ORIENTATION_FRONT, AGENT_ORIENTATION_LEFT, AGENT_ORIENTATION_REAR, AGENT_ORIENTATION_RIGHT, ALL, ALL_CONNECTED, ALL_NEIGHBORS, AREA_ACCESS_RESTRICTION_BY_CAPACITY, AREA_ACCESS_RESTRICTION_BY_CONDITION, AREA_ACCESS_RESTRICTION_BY_SCHEDULE, AREA_ACCESS_RESTRICTION_BY_THROUGHPUT, AREA_ACCESS_RESTRICTION_MANUAL, CENTIMETER, CONVEYOR_BACKWARD, CONVEYOR_CUSTOM_STATION_AGENT_LOCATION_CENTER, CONVEYOR_CUSTOM_STATION_AGENT_LOCATION_NEAR_CONVEYOR, CONVEYOR_CUSTOM_STATION_AGENT_LOCATION_RANDOM, CONVEYOR_FORWARD, CONVEYOR_SIMPLE_STATION_DELAY_TYPE_MANUAL, CONVEYOR_SIMPLE_STATION_DELAY_TYPE_TIMEOUT, CONVEYOR_TYPE_BELT, CONVEYOR_TYPE_CELL, CONVEYOR_TYPE_ROLLER, CUBIC_METER, CUBIC_METER_PER_SECOND, CUSTOM_COLOR_SCHEME, DAY, DEG_PER_SECOND, DEGREE, DENSITY_VALUE_MAX, DENSITY_VALUE_MEAN, EAST, ELEVATOR_DIRECTION_DOWN, ELEVATOR_DIRECTION_NONE, ELEVATOR_DIRECTION_UP, ELEVATOR_DOORS_FRONT, ELEVATOR_DOORS_FRONT_REAR, ELEVATOR_MOVEMENT_BY_SPEED, ELEVATOR_MOVEMENT_BY_TIME_PER_FLOOR, ESCALATOR_STAY_ALL, ESCALATOR_WALK_ALL, ESCALATOR_WALK_ON_LEFT_SIDE, ESCALATOR_WALK_ON_RIGHT_SIDE, EVENT_TIMEOUT_MODE_CYCLIC, EVENT_TIMEOUT_MODE_ONCE, EVENT_TIMEOUT_MODE_USER, EXCEEDED_QUEUE_CROWD_ROUND_AT_THE_END, EXCEEDED_QUEUE_EXTEND_TO_THE_FREE_SPACE, EXT_AGENT_CONTINUOUS, EXT_AGENT_DISCRETE, EXT_AGENT_GIS, EXT_AGENT_INTERACTIVE, EXT_AGENT_NETWORK, EXT_ENTITY, EXT_ENVIRONMENT_CONTINUOUS, EXT_ENVIRONMENT_DISCRETE, EXT_ENVIRONMENT_GIS, EXT_ENVIRONMENT_INTERACTIVE, EXT_SPACE, FLOW_STATISTICS_BOTH, FLOW_STATISTICS_LEFT, FLOW_STATISTICS_RIGHT, FOOT, FPM, FPS, FPS_SQ, HOUR, INCH, JIB_CRANE_CAT_HEAD, JIB_CRANE_FLAT_TOP, JIB_CRANE_INDUSTRIAL, JIB_CRANE_MOVEMENT_CONCURRENT, JIB_CRANE_MOVEMENT_STEP_BY_STEP, KILOGRAM, KILOGRAM_PER_SECOND, KILOMETER, KN, KPH, LIFT_PLATFORM_FLAT, LIFT_PLATFORM_ROLLER, LIFT_SELECTION_MODE_COMPARISON, LIFT_SELECTION_MODE_FIFO, LIFT_SELECTION_MODE_PRIORITY, LINEAR_COLOR_SCHEME, LITER, LITER_PER_SECOND, LOGARITHMIC_COLOR_SCHEME, METER, MILE, MILLIMETER, MILLISECOND, MINUTE, MONTH, MPH, MPS, MPS_SQ, NAUTICAL_MILE, NORTH, NORTHEAST, NORTHWEST, OBJECT_3D_INTERNAL_LIGHTING_GLOBAL, OBJECT_3D_INTERNAL_LIGHTING_INSIDE, OBJECT_3D_INTERNAL_LIGHTING_OFF, OBJECT_3D_XYZ_AXIS_ORDER, OBJECT_3D_YZX_AXIS_ORDER, OBJECT_3D_ZXY_AXIS_ORDER, OIL_BARREL, OIL_BARREL_PER_SECOND, OVERHEAD_CRANE_BRIDGE, OVERHEAD_CRANE_GANTRY, OVERHEAD_CRANE_GIRDER_DOUBLE_TIE, OVERHEAD_CRANE_GIRDER_SINGLE_FLAT, OVERHEAD_CRANE_MOVEMENT_CONCURRENT, OVERHEAD_CRANE_MOVEMENT_INDEPENDENT_HOIST, OVERHEAD_CRANE_MOVEMENT_STEP_BY_STEP, PALLET_RACK_LEFT_TO_RIGHT, PALLET_RACK_NO_DIRECTION, PALLET_RACK_RIGHT_TO_LEFT, PALLET_RACK_SINGLE_AISLE_LEFT, PALLET_RACK_SINGLE_AISLE_RIGHT, PALLET_RACK_TWO_AISLES, PALLET_RACK_TWO_PALLET_RACKS, PARKING_LOT_PARALLEL, PARKING_LOT_PERPENDICULAR, PATH_CONVEYOR, PATH_DASHEDLINE, PATH_LINE, PATH_RAILROAD, PATH_ROAD, PEDESTRIAN_MAP_TYPE, PER_DAY, PER_HOUR, PER_MILLISECOND, PER_MINUTE, PER_MONTH, PER_SECOND, PER_WEEK, PER_YEAR, POSITION_CHOICE_ARRANGED, POSITION_CHOICE_BY_ATTRACTORS, POSITION_CHOICE_RANDOM, RACK_PLACEMENT_BACK_TO_BACK, RACK_PLACEMENT_STAND_ALONE, RACK_TYPE_DRIVE_IN, RACK_TYPE_FIFO_FLOW, RACK_TYPE_LIFO_FLOW, RACK_TYPE_SELECTIVE, RAD_PER_SECOND, RADIAN, RAILWAY_SWITCH_ALL_TO_ALL, RAILWAY_SWITCH_DOUBLE_SLIP, RAILWAY_SWITCH_SINGLE_SLIP, RANDOM, RANDOM_CONNECTED, RANDOM_NEIGHBOR, ROAD_LEFT_HAND, ROAD_LINE_DOUBLE, ROAD_LINE_DOUBLE_DASHED, ROAD_LINE_SINGLE, ROAD_LINE_SINGLE_DASHED, ROAD_RIGHT_HAND, RPM, SECOND, SERVICE_GROUP_BEHAVIOR_DEPENDS_ON_INCOMING_GROUP, SERVICE_GROUP_BEHAVIOR_SAME_FOR_ALL_GROUPS, SERVICE_GROUP_INDIVIDUAL_SERVING, SERVICE_GROUP_ONE_MEMBER_IS_SERVED_OTHERS_WAIT_IN_AREA, SERVICE_GROUP_ONE_MEMBER_IS_SERVED_OTHERS_WAIT_IN_QUEUE, SERVICE_QUEUE_CLOSEST_NON_EMPTY, SERVICE_QUEUE_CLOSEST_STRICT, SERVICE_QUEUE_CUSTOM, SERVICE_QUEUE_LONGEST, SERVICE_QUEUE_NEXT_ROUND_ROBIN, SERVICE_QUEUE_PRIORITY, SERVICE_TYPE_LINEAR, SERVICE_TYPE_POINT, SIGNAL_GREEN, SIGNAL_NONE, SIGNAL_RED, SIGNAL_YELLOW, SIMPLE_STATION_LOADING_MODE_AFTER_UNLOADING, SIMPLE_STATION_LOADING_MODE_SIMULTANEOUS_WITH_UNLOADING, SIMPLE_STATION_PROCESSING_WHEN_AGENT_ENTERS, SIMPLE_STATION_PROCESSING_WHEN_CAPACITY_FULL, SOUTH, SOUTHEAST, SOUTHWEST, SPACE_CONTINUOUS, SPACE_CONTINUOUS_2D, SPACE_DISCRETE, SPACE_DISCRETE_2D, SPACE_GIS, SPACE_UNDEFINED, SQ_CENTIMETER, SQ_FOOT, SQ_INCH, SQ_KILOMETER, SQ_METER, SQ_MILE, SQ_MILLIMETER, SQ_NAUTICAL_MILE, SQ_YARD, TON, TON_PER_SECOND, TRANSPORTER_MAP_TYPE, TURN, TURN_STATION_MODE_ANGLE, TURN_STATION_MODE_ORIENTATION, WALL_FILL_HATCHING, WALL_FILL_NONE, WALL_FILL_SOLID, WEEK, WEST, WINDOW_3D_NAVIGATION_FULL, WINDOW_3D_NAVIGATION_LIMITED_TO_Z_ABOVE_ZERO, WINDOW_3D_NAVIGATION_NONE, WINDOW_3D_NAVIGATION_ROTATION_ONLY, YARD, YEAR

Fields inherited from interface com.anylogic.engine.EnvironmentConstants

LAYOUT_ARRANGED, LAYOUT_RANDOM, LAYOUT_RING, LAYOUT_SPRING_MASS, LAYOUT_USER_DEFINED, NEIGHBORHOOD_EUCLIDEAN, NEIGHBORHOOD_MOORE, NETWORK_ALL_IN_RANGE, NETWORK_RANDOM, NETWORK_RING_LATTICE, NETWORK_SCALE_FREE, NETWORK_SMALL_WORLD, NETWORK_USER_DEFINED

Constructor Summary

Constructors
Constructor	Description
`ExperimentOptimization()`	Creates the experiment, a new simulation engine, and a new optimizer that will be used throughout the whole experiment execution.
`ExperimentOptimization(boolean allowParallelEvaluations)`	Same as `ExperimentOptimization()` but allows to disable parallel evaluations on multicore/multiprocessor systems (which are enabled by default)

Method Summary

All Methods Static Methods Instance Methods Abstract Methods Concrete Methods Deprecated Methods
Modifier and Type	Method	Description
`void`	`addConstraint(com.opttek.optquest.COptQuestConstraint constraint)`	Adds the constraint defined by the input parameter to the optimization This is optimization setup method, user should not call it
`void`	`addConstraint(com.opttek.optquest.COptQuestStringConstraint constraint)`	Adds the string constraint defined by the input parameter to the optimization This is optimization setup method, user should not call it
`void`	`addLinearConstraintVariable(com.opttek.optquest.COptQuestConstraint constraint, com.opttek.optquest.COptQuestVariable variable, double coefficient)`	Adds a variable and its coefficient to the linear expression This method is called for each variable that is used in the left hand side expression For example, the constraint `2Var1 + 3Var2 + 1.5Var3 <= 100` would call addLinearConstraintVariable(Var1,2), addLinearConstraintVariable(Var2, 3) and addLinearConstraintVariable(Var3,1.5) This is optimization setup method, user should not call it*
`void`	`addParameterVariable(com.opttek.optquest.COptQuestVariable variable)`	Adds the variable defined by the input parameter to the optimization This is optimization setup method, user should not call it
`void`	`addRequirement(com.opttek.optquest.COptQuestRequirement requirement)`	Adds the requirement defined by the input parameter to the optimization This is optimization setup method, user should not call it
`void`	`addSuggestedSolution()`	This method signals the completion of a suggested solution definition. `setParameterVariableSuggestedValue(COptQuestVariable, double)` is used to set a value for each variable. This method signals a value has been set for each variable. The solution is added to the set of suggested solution and will be one of the first solutions evaluated if the optimization has not started. If the optimization is running, the suggested solution will be one of the next solutions to be evaluated This is optimization setup method, user should not call it
`static com.opttek.optquest.COptQuestOptimization`	`createOptimization(Engine engine)`	Creates and returns new OptQuest optimization instance for Custom Experiment This method should only be used in custom experiment code This method is designed for use in the AnyLogic Professional only
`static com.opttek.optquest.COptQuestOptimization`	`createOptimization(Engine engine, OptimizationCallback callback)`	Creates and returns new OptQuest optimization instance for Custom Experiment with objective function defined in a free form using evaluate method of a special callback.
`boolean`	`doesOptimizationExist()`	Deprecated. since AnyLogic version 8 this method is deprecated and no more needed, assuming that it always returns `true`.
`int`	`getBestFeasibleIteration()`	Deprecated. call `isBestSolutionFeasible()` and check its result: if it returns `true`, use `getBestIteration()`; otherwise there is no best feasible iteration
`double`	`getBestFeasibleObjectiveValue()`	Deprecated. call `isBestSolutionFeasible()` and check its result: if it returns `true`, use `getBestObjectiveValue()`; otherwise there is no best feasible solution
`double`	`getBestFeasibleParamValue(com.opttek.optquest.COptQuestVariable optimizationParameterVariable)`	Deprecated. call `isBestSolutionFeasible()` and check its result: if it returns `true`, use `getBestParamValue(COptQuestVariable)`; otherwise there is no best feasible solution
`int`	`getBestFeasibleReplicationsNumber()`	Deprecated. call `isBestSolutionFeasible()` and check its result: if it returns `true`, use `getBestReplicationsNumber()`; otherwise there is no best feasible solution
`int`	`getBestIteration()`	Returns the iteration that resulted in the best solution thus far (solution may be infeasible)
`double`	`getBestObjectiveValue()`	Returns the value of the objective function for the best solution found thus far Returned value may be infeasible
`double`	`getBestParamValue(com.opttek.optquest.COptQuestVariable optimizationParameterVariable)`	Returns the value of the given optimization parameter variable for the best solution found thus far (solution may be infeasible)
`int`	`getBestReplicationsNumber()`	Returns the number of replications that were run for the best solution (solution may be infeasible) Ensure replications are used (`isUseReplications()`) before calling this method
`int`	`getCurrentIteration()`	Returns the current value of iteration counter
`double`	`getCurrentObjectiveValue()`	Returns the value of the objective function for the current solution
`double`	`getCurrentParamValue(com.opttek.optquest.COptQuestVariable optimizationParameterVariable)`	Returns the value of the given optimization parameter variable for the current solution
`int`	`getCurrentReplication()`	Returns the replication number for the current solution being evaluated Ensure replications are used (`isUseReplications()`) before calling this method
`int`	`getMaximumIterations()`	Returns the number of iterations set by `setMaximumIterations(int)`
`int`	`getNumberOfCompletedIterations()`	Returns the current value of iteration counter
`com.opttek.optquest.COptQuestOptimization`	`getOptimization()`	Returns the optimization engine.
`double`	`getProgress()`	Returns the progress of the experiment: a number between 0 and 1 corresponding to the part of the experiment completed so far (based on iteration count or time limit), or `-1` if this cannot be calculated.
`int`	`getSelectedNthBestIteration()`	Returns the iteration number for the Nth best solution, where the Nth best solution is identified by the method `selectNthBestSolution(int)`
`double`	`getSelectedNthBestObjectiveValue()`	Returns the objective value for the Nth best solution, identified by the method `selectNthBestSolution(int)`
`double`	`getSelectedNthBestParamValue(com.opttek.optquest.COptQuestVariable optimizationParameterVariable)`	Used to retrieve the value of the variable for the solution that produced the Nth best objective value The Nth best solution is identified by calling `selectNthBestSolution(int)`
`int`	`getSelectedNthBestReplicationsNumber()`	Returns the number of replications for the Nth best solution, where the Nth best solution is identified by the method `selectNthBestSolution(int)` Ensure replications are used (`isUseReplications()`) before calling this method
`boolean`	`isBestSolutionFeasible()`	Returns `true` if the best solution satisfies all constraints and requirements
`boolean`	`isCommandEnabled(Experiment.Command cmd)`	Checks if a command can be executed.
`boolean`	`isCurrentSolutionBest()`	Returns `true` if current solution is the best one at this moment
`boolean`	`isCurrentSolutionFeasible()`	Returns `true` if current solution satisfies all constraints and requirements
`boolean`	`isLastReplication()`	Return `true` if we have run the last replication for the current solution This is optimization setup method, user should not call it
`boolean`	`isSelectedNthBestSolutionFeasible()`	Returns `true` if nth best solution satisfies all constraints and requirements
`boolean`	`isUseReplications()`	Returns `true` if optimization uses replications
`void`	`selectNthBestSolution(int bestSolutionIndex)`	Called by the user to identify the Nth best soluiton. Subsequent calles to `getSelectedNthBestObjectiveValue()` and `getSelectedNthBestParamValue(COptQuestVariable)` methods use this setting to identify the solution.
`void`	`setAutoStop(boolean stop)`	Sets the auto stop option. If the input parameter is `true`, auto stop is turned on.
`void`	`setConstraintEquation(com.opttek.optquest.COptQuestStringConstraint constraint, java.lang.String equation)`	Sets the mathematical expression that defines the constraint This is optimization setup method, user should not call it
`void`	`setCurrentObjectiveValue(double value)`	Used to set the value of the objective for the current solution.
`void`	`setCurrentRequirementValue_xjal(com.opttek.optquest.COptQuestRequirement requirement, double value)`	Used to set the value of the requirement for the current solution.
`void`	`setFixedReplicationsNumber(int replicationsNumber)`	Sets experiment to use a fixed number of replications. No confidence testing is to be used For confidence testing use `ExperimentMultipleRuns.setVariableReplicationsNumber(int, int, ConfidenceLevel, double)` This is setup method, user should not call it
`void`	`setLinearConstraintRHS(com.opttek.optquest.COptQuestConstraint constraint, double value)`	Sets the right hand side value of a linear constraint This is optimization setup method, user should not call it
`void`	`setLogBufferLength(int length)`
`void`	`setMaximumIterations(int numberOfIterations)`	Sets the number of iterations the optimization should perform before stopping.
`void`	`setObjectiveMaximize()`	Sets the goal of the optimization to maximize the objective value This is optimization setup method, user should not call it
`void`	`setObjectiveMinimize()`	Sets the goal of the optimization to minimize the objective value This is optimization setup method, user should not call it
`void`	`setParameterVariableLowerBound(com.opttek.optquest.COptQuestVariable variable, double value)`	Sets lower bound size for optimization parameter variable This is optimization setup method, user should not call it
`void`	`setParameterVariableName(com.opttek.optquest.COptQuestVariable variable, java.lang.String name)`	Assigns a name to the variable Names must be alphanumeric and cannot be a function name This is optimization setup method, user should not call it
`void`	`setParameterVariableStepSize(com.opttek.optquest.COptQuestDiscreteVariable variable, double value)`	Sets step size for optimization parameter variable Used for discrete variables This is optimization setup method, user should not call it
`void`	`setParameterVariableSuggestedValue(com.opttek.optquest.COptQuestVariable variable, double value)`	Allows the user to suggest a solution by setting a suggested value for each variable `addSuggestedSolution()` indicates the suggested solution is complete and should be added to the set of solutions to be evaluated. This is optimization setup method, user should not call it
`void`	`setParameterVariableUpperBound(com.opttek.optquest.COptQuestVariable variable, double value)`	Sets upper bound size for optimization parameter variable This is optimization setup method, user should not call it
`void`	`setRejectNonLinear(boolean reject)`	Directs the OptQuest Engine to reject solutions that violate non-linear constraints without performing simulation. Non-linear constraints can be checked for feasibility before the simulation.
`void`	`setRequirementLowerBound(com.opttek.optquest.COptQuestRequirement requirement, double value)`	Sets the lower bound of requirement to the input value This is optimization setup method, user should not call it
`void`	`setRequirementUpperBound(com.opttek.optquest.COptQuestRequirement requirement, double value)`	Sets the upper bound of requirement to the input value This is optimization setup method, user should not call it
`abstract void`	`setupRootParameters(ROOT root, boolean callOnChangeActions)`	Is called to setup parameters of top-level agent.
`void`	`setUserControlledStop(boolean stop)`	Indicates the user will stop the optimization by calling the `stopOptimization()` method This is optimization setup method, user should not call it
`void`	`setUseReplications(boolean useReplications)`	Sets optimization to use replications This is optimization setup method, user should not call it
`void`	`setVariableReplicationsNumber(int minimumReplications, int maximumReplications, ExperimentMultipleRuns.ConfidenceLevel confidenceLevel, double errorPercent)`	Sets experiment to stop replications after the minimum replications when the confidence level is reached (i.e.
`void`	`stopOptimization()`	Stops the currently running optimization This is optimization setup method, user should not call it

Methods inherited from class com.anylogic.engine.ExperimentMultipleRuns

getEngine, getMutexRead_xjal, getMutexWrite_xjal, getParallelEvaluatorsCount, getRunCount, getSimulationProgress_xjal, getStep, onAfterExperiment, onAfterIteration, onDestroy_xjal, registerExperimentHost_xjal

Methods inherited from class com.anylogic.engine.ExperimentRunFast

getRunTimeSeconds, getState, pause, run, step, stop

Methods inherited from class com.anylogic.engine.Experiment

addExecutionListener, close, createRoot, destroy_xjal, error, errorInModel, getCommandLineArguments, getExperimentHost, getName, getSnapshotFileName, getWindowHeight, getWindowWidth, initDefaultRandomNumberGenerator, internalFillConfig, isLoadRootFromSnapshot, onBeforeSimulationRun, onDestroy, onEngineFinished, onError, onError, removeExecutionListener, reset, setCommandLineArguments_xjal, setLoadRootFromSnapshot, setName, setup, setupEngine, warning, warning

Methods inherited from class com.anylogic.engine.Utilities

addToDate, addToDate, atan2fast, bernoulli, bernoulli, beta, beta, beta, beta, beta, binomial, binomial, binomial, binomial, binomial, briefInfoOn, castNumberTypes, castTypes, castTypesBack, cauchy, cauchy, cauchy, chi2, chi2, chi2, copyToClipboard, copyToClipboard, copyToClipboard, createTableElementDatabaseBuilder, createTrajectoryGIS, createURL_xjal, date, dateToTime, day, deleteFrom, difference, difference, differenceInCalendarUnits, differenceInCalendarUnits, differenceInDateUnits, differenceInDateUnits, differenceInDateUnits, differenceInDateUnits, dirToAngle, dropTime, erlang, erlang, erlang, error, error, error, errorInModel, errorInModel, errorInModel, executeAction, executeExpression, executeExpression, executeStatement, exponential, exponential, exponential, exponential, exponential, exponential, findExistingFile, format, format, format, format, format, format, format, formatAmountUnits, formatDayOfWeek, formatFlowRateUnits, formatGeoHeading, formatLatitude, formatLengthUnits, formatLengthUnits, formatLongitude, formatMonth, formatSpeedUnits, formatTimeInterval, gamma, gamma, gamma, gamma, gamma, gamma_frac, gammaLog, geometric, geometric, getAmPm, getAmPm, getCanonicalPath, getDatabaseConnection, getDateWithTimeNextTo, getDayOfMonth, getDayOfMonth, getDayOfWeek, getDayOfWeek, getDayOfYear, getDefaultRandomGenerator, getDistance, getDistance, getDistanceFromPointToLine, getDistanceFromPointToLineSq, getDistanceFromPointToSegment, getDistanceFromPointToSegment, getDistanceFromPointToSegmentSq, getDistanceFromPointToSegmentSq, getDistanceGIS, getDistanceGIS, getDistanceSq, getDistanceSq, getFullName, getHour, getHour, getHourOfDay, getHourOfDay, getLength, getLength, getLengthSq, getLengthSq, getMillisecond, getMillisecond, getMinute, getMinute, getMonth, getMonth, getName, getNearestPointOnSegment, getNearestPointOnSegment, getPerformanceParallelWorkersCount_xjal, getRandom, getRandom, getResult, getSecond, getSecond, getTime, getTimeoutToNextTime, getYear, getYear, gumbel1, gumbel1, gumbel2, gumbel2, hour, hypergeometric, hypergeometric, initializeRadians, insertInto, inspectOf, inspectOfLink_xjal, isFinite, isLineIntersectingLine, isLineIntersectingRectangle, isLoggingClassToDB, isLoggingToDB, isPointInsideRay, isPointInsideRectangle, isPointInsideSegment, isPointOnTheSameLine, isRayIntersectingSegment, joinArrays_xjal, laplace, laplace, layoutTypeToString, limit, limit, limitMax, limitMax, limitMin, limitMin, logarithmic, logarithmic, logistic, logistic, lognormal, lognormal, logToDB, logToDB, logToDB, logToDB, millisecond, minute, month, negativeBinomial, negativeBinomial, negativeBinomial, negativeBinomial, normal, normal, normal, normal, normal, normal, pareto, pareto, pareto, pert, pert, poisson, poisson, poisson, poisson, prepareBeforeExperimentStart_xjal, prepareStatement, pulse, pulseTrain, quantum, ramp, random, randomColor, randomFalse, randomFalse, randomFrom, randomFrom, randomFrom, randomFrom, randomFrom, randomFrom, randomlyCreate, randomlyCreate, randomlyCreate, randomlyCreate, randomTrue, randomTrue, randomWhere, randomWhere, randomWhere, randomWhere, rayleigh, rayleigh, rayleigh, roundToDecimal, roundToInt, second, selectAndDoForEach, selectArrayOfDouble, selectArrayOfInt, selectExists, selectExists, selectFirstValue, selectFirstValue, selectFirstValue, selectFirstValue, selectFrom, selectResultSet, selectTableFunction, selectUniqueValue, selectUniqueValue, selectUniqueValue, selectUniqueValue, selectValues, selectValues, setDefaultRandomGenerator, shuffle, sqlGetObject, sqlGetObject, sqlGetObject, sqlGetObject, sqlSetObject, sqr, step, time, time, timeToDate, toDate, toDate, toDate, toDateInMillis, toLatitude, toLongitude, toModelRate, toModelTime, toRateUnits, toStringAlignedNameValues, toTimeout, toTimeout, toTimeoutInCalendar, toTimeUnits, trace, trace, traceln, traceln, traceln, traceln, traceln, traceToDB, traceToDB, triangular, triangular, triangular, triangular, triangular, triangularAV, triangularAV, uniform, uniform, uniform, uniform, uniform, uniform_discr, uniform_discr, uniform_discr, uniform_pos, uniform_pos, update, week, weibull, weibull, weibull, weibull, weibull, xidz, year, zidz

Methods inherited from class com.anylogic.engine.Presentable

createElementDescriptors, executeShapeControlAction, executeShapeControlAction, executeShapeControlAction, executeShapeControlAction, executeShapeControlAction, executeShapeControlAction, getElementDesciptors, getElementProperty, getExperiment, getModelElementsShape, getPresentation, getPresentationShape, getShapeControlDefaultValueBoolean, getShapeControlDefaultValueDouble, getShapeControlDefaultValueInt, getShapeControlDefaultValueString, getViewAreas, iconContains, onSelectionChanged_xjal, onShapeClick, onShapeGroupDraw, presentationContains, readCustomData, updateShapeDynamicProperties, writeCustomData

Methods inherited from class java.lang.Object

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

Constructor Detail

ExperimentOptimization

public ExperimentOptimization()

Creates the experiment, a new simulation engine, and a new optimizer that will be used throughout the whole experiment execution. A user-controlled objective is added to the optimizer at this time.

ExperimentOptimization

public ExperimentOptimization(boolean allowParallelEvaluations)

Same as ExperimentOptimization() but allows to disable parallel evaluations on multicore/multiprocessor systems (which are enabled by default)

Parameters:: allowParallelEvaluations - if false, the iterations/replications of experiment will be performed sequentially
See Also:: ExperimentMultipleRuns.getParallelEvaluatorsCount()

Method Detail

isCommandEnabled

public boolean isCommandEnabled(Experiment.Command cmd)

Description copied from class: Experiment

Checks if a command can be executed. The possible command ids are: OPEN_RESULTS, SAVE_RESULTS, OPEN_SNAPSHOT, SAVE_SNAPSHOT, RUN, STEP PAUSE, STOP.

Overrides:: isCommandEnabled in class Experiment<ROOT extends Agent>
Parameters:: cmd - the command id
Returns:: true if the command can be executed, false otherwise

getProgress

public final double getProgress()

Returns the progress of the experiment: a number between 0 and 1 corresponding to the part of the experiment completed so far (based on iteration count or time limit), or -1 if this cannot be calculated.

Overrides:: getProgress in class ExperimentMultipleRuns<ROOT extends Agent>
Returns:: the progress of the experiment

doesOptimizationExist

@Deprecated
public boolean doesOptimizationExist()

Deprecated.

since AnyLogic version 8 this method is deprecated and no more needed, assuming that it always returns true.

getMaximumIterations

public int getMaximumIterations()

Returns the number of iterations set by setMaximumIterations(int)

Specified by:: getMaximumIterations in class ExperimentMultipleRuns<ROOT extends Agent>
Returns:: the total number of iterations

getCurrentIteration

public int getCurrentIteration()

Returns the current value of iteration counter

Specified by:: getCurrentIteration in class ExperimentMultipleRuns<ROOT extends Agent>
Returns:: the current value of iteration counter

getNumberOfCompletedIterations

public int getNumberOfCompletedIterations()

Returns the current value of iteration counter

Overrides:: getNumberOfCompletedIterations in class ExperimentMultipleRuns<ROOT extends Agent>
Returns:: the current value of iteration counter

isCurrentSolutionBest

public boolean isCurrentSolutionBest()

Returns true if current solution is the best one at this moment

Returns:: true if current solution is the best one at this moment, false otherwise

getCurrentReplication

public int getCurrentReplication()

Returns the replication number for the current solution being evaluated
Ensure replications are used (isUseReplications()) before calling this method

Specified by:: getCurrentReplication in class ExperimentMultipleRuns<ROOT extends Agent>
Returns:: the number of replications run thus far

getCurrentObjectiveValue

public double getCurrentObjectiveValue()

Returns the value of the objective function for the current solution

Returns:: the value of the objective function for the current solution

getCurrentParamValue

public double getCurrentParamValue(com.opttek.optquest.COptQuestVariable optimizationParameterVariable)

Returns the value of the given optimization parameter variable for the current solution

Returns:: the value of the given optimization parameter variable for the current solution

isCurrentSolutionFeasible

public boolean isCurrentSolutionFeasible()

Returns true if current solution satisfies all constraints and requirements

Returns:: true if current solution satisfies all constraints and requirements, false otherwise

getBestIteration

public int getBestIteration()

Returns the iteration that resulted in the best solution thus far
(solution may be infeasible)

Returns:: the iteration that resulted in the best solution
See Also:: isBestSolutionFeasible()

getBestReplicationsNumber

public int getBestReplicationsNumber()

Returns the number of replications that were run for the best solution
(solution may be infeasible)
Ensure replications are used (isUseReplications()) before calling this method

Returns:: the number of replications that were run for the best solution
(solution may be infeasible)
See Also:: isBestSolutionFeasible()

getBestObjectiveValue

public double getBestObjectiveValue()

Returns the value of the objective function for the best solution found thus far
Returned value may be infeasible

Returns:: the value of the objective function for the best solution found thus far
See Also:: isBestSolutionFeasible()

getBestParamValue

public double getBestParamValue(com.opttek.optquest.COptQuestVariable optimizationParameterVariable)

Returns the value of the given optimization parameter variable for the best solution found thus far
(solution may be infeasible)

Returns:: the value of the given optimization parameter variable for the best solution found thus far
See Also:: isBestSolutionFeasible()

isBestSolutionFeasible

public boolean isBestSolutionFeasible()

Returns true if the best solution satisfies all constraints and requirements

Returns:: true if the best solution satisfies all constraints and requirements, false otherwise
See Also:: getBestObjectiveValue()

getBestFeasibleIteration

@Deprecated
public int getBestFeasibleIteration()

Deprecated.

call isBestSolutionFeasible() and check its result:
if it returns true, use getBestIteration();
otherwise there is no best feasible iteration

Returns the iteration that resulted in the best feasible solution thus far

Returns:: iteration or -1 if no feasible solution was found

getBestFeasibleReplicationsNumber

@Deprecated
public int getBestFeasibleReplicationsNumber()

Deprecated.

call isBestSolutionFeasible() and check its result:
if it returns true, use getBestReplicationsNumber();
otherwise there is no best feasible solution

Returns the number of replications evaluated for the best feasible solution
Ensure replications are used (isUseReplications()) before calling this method

Returns:: number of replications or -1 if no feasible solution was found

getBestFeasibleObjectiveValue

@Deprecated
public double getBestFeasibleObjectiveValue()

Deprecated.

call isBestSolutionFeasible() and check its result:
if it returns true, use getBestObjectiveValue();
otherwise there is no best feasible solution

Returns the value of the objective function for the best feasible solution found thus far
May return Double.NaN if no feasible solution was found

Returns:: the value of the objective function for the best feasible solution found thus far
See Also:: getBestFeasibleParamValue(COptQuestVariable)

getBestFeasibleParamValue

@Deprecated
public double getBestFeasibleParamValue(com.opttek.optquest.COptQuestVariable optimizationParameterVariable)

Deprecated.

call isBestSolutionFeasible() and check its result:
if it returns true, use getBestParamValue(COptQuestVariable);
otherwise there is no best feasible solution

Returns the value of the given optimization parameter variable for the best feasible solution found thus far
May return Double.NaN if no feasible solution was found

Returns:: the value of the given optimization parameter variable for the best feasible solution found thus far

selectNthBestSolution

public void selectNthBestSolution(int bestSolutionIndex)

Called by the user to identify the Nth best soluiton.
Subsequent calles to getSelectedNthBestObjectiveValue() and getSelectedNthBestParamValue(COptQuestVariable) methods use this setting to identify the solution. This method locates the Nth best solution and sets up data for subsequent calls that retrieve specific pieces of information

Parameters:: bestSolutionIndex - 1 for the best solution, 2 for the second best etc.
See Also:: getSelectedNthBestObjectiveValue(), getSelectedNthBestParamValue(COptQuestVariable)

getSelectedNthBestIteration

public int getSelectedNthBestIteration()

Returns the iteration number for the Nth best solution, where the Nth best solution is identified by the method selectNthBestSolution(int)

Returns:: the iteration of the Nth best solution
See Also:: selectNthBestSolution(int)

getSelectedNthBestReplicationsNumber

public int getSelectedNthBestReplicationsNumber()

Returns the number of replications for the Nth best solution, where the Nth best solution is identified by the method selectNthBestSolution(int)
Ensure replications are used (isUseReplications()) before calling this method

Returns:: the number of replications in the nth best solution
See Also:: selectNthBestSolution(int)

getSelectedNthBestObjectiveValue

public double getSelectedNthBestObjectiveValue()

Returns the objective value for the Nth best solution, identified by the method selectNthBestSolution(int)

Returns:: the objective value of the Nth best solution. Returns 0 if the solution doesn't exist
See Also:: selectNthBestSolution(int)

getSelectedNthBestParamValue

public double getSelectedNthBestParamValue(com.opttek.optquest.COptQuestVariable optimizationParameterVariable)

Used to retrieve the value of the variable for the solution that produced the Nth best objective value
The Nth best solution is identified by calling selectNthBestSolution(int)

Parameters:: optimizationParameterVariable -
Returns:: the variable's value for the Nth best solution
See Also:: selectNthBestSolution(int)

isSelectedNthBestSolutionFeasible

public boolean isSelectedNthBestSolutionFeasible()

Returns true if nth best solution satisfies all constraints and requirements

Returns:: true if nth best solution satisfies all constraints and requirements, false otherwise
See Also:: selectNthBestSolution(int)

getOptimization

public com.opttek.optquest.COptQuestOptimization getOptimization()

Returns the optimization engine. The returned instance is recreated fresh each time the experiment is started.

Returns:: the optimization engine instance
Since:: 8.5

setObjectiveMinimize

public void setObjectiveMinimize()

Sets the goal of the optimization to minimize the objective value

This is optimization setup method, user should not call it

setObjectiveMaximize

public void setObjectiveMaximize()

Sets the goal of the optimization to maximize the objective value

This is optimization setup method, user should not call it

setParameterVariableName

public void setParameterVariableName(com.opttek.optquest.COptQuestVariable variable,
                                     java.lang.String name)

Assigns a name to the variable
Names must be alphanumeric and cannot be a function name

This is optimization setup method, user should not call it

Parameters:: variable -; name -

setParameterVariableLowerBound

public void setParameterVariableLowerBound(com.opttek.optquest.COptQuestVariable variable,
                                           double value)

Sets lower bound size for optimization parameter variable

This is optimization setup method, user should not call it

Parameters:: variable -; value -

setParameterVariableUpperBound

public void setParameterVariableUpperBound(com.opttek.optquest.COptQuestVariable variable,
                                           double value)

Sets upper bound size for optimization parameter variable

This is optimization setup method, user should not call it

Parameters:: variable -; value -

setParameterVariableSuggestedValue

public void setParameterVariableSuggestedValue(com.opttek.optquest.COptQuestVariable variable,
                                               double value)

Allows the user to suggest a solution by setting a suggested value for each variable
addSuggestedSolution() indicates the suggested solution is complete and should be added to the set of solutions to be evaluated.

This is optimization setup method, user should not call it

Parameters:: variable -; value -

setParameterVariableStepSize

public void setParameterVariableStepSize(com.opttek.optquest.COptQuestDiscreteVariable variable,
                                         double value)

Sets step size for optimization parameter variable
Used for discrete variables

This is optimization setup method, user should not call it

Parameters:: variable -; value -

addParameterVariable

public void addParameterVariable(com.opttek.optquest.COptQuestVariable variable)

Adds the variable defined by the input parameter to the optimization

This is optimization setup method, user should not call it

Parameters:: variable -

addSuggestedSolution

public void addSuggestedSolution()

This method signals the completion of a suggested solution definition.
setParameterVariableSuggestedValue(COptQuestVariable, double) is used to set a value for each variable.
This method signals a value has been set for each variable.
The solution is added to the set of suggested solution and will be one of the first solutions evaluated if the optimization has not started.
If the optimization is running, the suggested solution will be one of the next solutions to be evaluated

This is optimization setup method, user should not call it

setLinearConstraintRHS

public void setLinearConstraintRHS(com.opttek.optquest.COptQuestConstraint constraint,
                                   double value)

Sets the right hand side value of a linear constraint

This is optimization setup method, user should not call it

Parameters:: constraint -; value -

addLinearConstraintVariable

public void addLinearConstraintVariable(com.opttek.optquest.COptQuestConstraint constraint,
                                        com.opttek.optquest.COptQuestVariable variable,
                                        double coefficient)

Adds a variable and its coefficient to the linear expression
This method is called for each variable that is used in the left hand side expression
For example, the constraint 2*Var1 + 3*Var2 + 1.5*Var3 <= 100 would call addLinearConstraintVariable(Var1,2), addLinearConstraintVariable(Var2, 3) and addLinearConstraintVariable(Var3,1.5)

This is optimization setup method, user should not call it

Parameters:: constraint -; variable -; coefficient -

addConstraint

public void addConstraint(com.opttek.optquest.COptQuestConstraint constraint)

Adds the constraint defined by the input parameter to the optimization

This is optimization setup method, user should not call it

Parameters:: constraint -

setConstraintEquation

public void setConstraintEquation(com.opttek.optquest.COptQuestStringConstraint constraint,
                                  java.lang.String equation)

Sets the mathematical expression that defines the constraint

This is optimization setup method, user should not call it

Parameters:: constraint -; equation -

addConstraint

public void addConstraint(com.opttek.optquest.COptQuestStringConstraint constraint)

Adds the string constraint defined by the input parameter to the optimization

This is optimization setup method, user should not call it

Parameters:: constraint -

setRequirementLowerBound

public void setRequirementLowerBound(com.opttek.optquest.COptQuestRequirement requirement,
                                     double value)

Sets the lower bound of requirement to the input value

This is optimization setup method, user should not call it

Parameters:: requirement -; value -

setRequirementUpperBound

public void setRequirementUpperBound(com.opttek.optquest.COptQuestRequirement requirement,
                                     double value)

Sets the upper bound of requirement to the input value

This is optimization setup method, user should not call it

Parameters:: requirement -; value -

addRequirement

public void addRequirement(com.opttek.optquest.COptQuestRequirement requirement)

Adds the requirement defined by the input parameter to the optimization

This is optimization setup method, user should not call it

Parameters:: requirement -

setCurrentObjectiveValue

public void setCurrentObjectiveValue(double value)

Used to set the value of the objective for the current solution. This method should be called from the Experiment.onEngineFinished() method when the user is calculating the objective value

This is optimization setup method, user should not call it

Parameters:: value -

setCurrentRequirementValue_xjal

public void setCurrentRequirementValue_xjal(com.opttek.optquest.COptQuestRequirement requirement,
                                            double value)

Used to set the value of the requirement for the current solution. This method should be called from the Experiment.onEngineFinished() method when the user is calculating the requirement value

This is optimization setup method, user should not call it

Parameters:: value -

stopOptimization

public void stopOptimization()

Stops the currently running optimization

This is optimization setup method, user should not call it

setRejectNonLinear

public void setRejectNonLinear(boolean reject)

Directs the OptQuest Engine to reject solutions that violate non-linear constraints without performing simulation.
Non-linear constraints can be checked for feasibility before the simulation. If the solution violates any non-linear constraints, the simulation is not needed.
The default value is false

This is optimization setup method, user should not call it

Parameters:: reject - true if infeasible solutions should be rejected.
false if they should be evaluated

setUseReplications

public void setUseReplications(boolean useReplications)

Sets optimization to use replications

This is optimization setup method, user should not call it

Specified by:: setUseReplications in class ExperimentMultipleRuns<ROOT extends Agent>
Parameters:: useReplications -
See Also:: setFixedReplicationsNumber(int), setVariableReplicationsNumber(int, int, com.anylogic.engine.ExperimentMultipleRuns.ConfidenceLevel, double)

isUseReplications

public final boolean isUseReplications()

Returns true if optimization uses replications

Specified by:: isUseReplications in class ExperimentMultipleRuns<ROOT extends Agent>
Returns:: true if optimization uses replications, false otherwise

setFixedReplicationsNumber

public void setFixedReplicationsNumber(int replicationsNumber)

Description copied from class: ExperimentMultipleRuns

Sets experiment to use a fixed number of replications.
No confidence testing is to be used
For confidence testing use ExperimentMultipleRuns.setVariableReplicationsNumber(int, int, ConfidenceLevel, double)

This is setup method, user should not call it

Specified by:: setFixedReplicationsNumber in class ExperimentMultipleRuns<ROOT extends Agent>
Parameters:: replicationsNumber - the number of replications to be run
See Also:: ExperimentMultipleRuns.setUseReplications(boolean)

setVariableReplicationsNumber

public void setVariableReplicationsNumber(int minimumReplications,
                                          int maximumReplications,
                                          ExperimentMultipleRuns.ConfidenceLevel confidenceLevel,
                                          double errorPercent)

Description copied from class: ExperimentMultipleRuns

Sets experiment to stop replications after the minimum replications when

the confidence level is reached (i.e. mean confidence is within the given percentage errorPercent of the value obtained at the last replication)
maximum replications number is reached

For fixed number of replications use ExperimentMultipleRuns.setFixedReplicationsNumber(int)

This is optimization setup method, user should not call it

Specified by:

setVariableReplicationsNumber in class ExperimentMultipleRuns<ROOT extends Agent>

Parameters:

minimumReplications - minimum number of replications

maximumReplications - minimum number of replications

confidenceLevel - one of

errorPercent - the error percentage as a value > 0 and < 1.

setMaximumIterations

public void setMaximumIterations(int numberOfIterations)

Sets the number of iterations the optimization should perform before stopping. If multiple stop options are set, the optimization will stop at the first option that is satisfied

This is optimization setup method, user should not call it

Parameters:: numberOfIterations - number of optimization iterations to be performed

setAutoStop

public void setAutoStop(boolean stop)

Sets the auto stop option.
If the input parameter is true, auto stop is turned on. The default is auto stop is turned off.
OptQuest uses different techniques to search for a better solution and cycles through them when determines that the current technique stops helping to improve the solution. When automatic stop is set, the optimization stops when OptQuest has already cycled through all of its techniques for two (default) times. This method is an equivalent of getOptimization().SetAutoStopByCycles(stop);

This is optimization setup method, user should not call it

Parameters:: stop - true if auto stop is to be used, false if it is not used

setUserControlledStop

public void setUserControlledStop(boolean stop)

Indicates the user will stop the optimization by calling the stopOptimization() method

This is optimization setup method, user should not call it

Parameters:: stop - true if the user will stop the optimization
false if the optimization will be stopped by setting the number of iterations or the maximum time

isLastReplication

public boolean isLastReplication()

Return true if we have run the last replication for the current solution

This is optimization setup method, user should not call it

Specified by:: isLastReplication in class ExperimentMultipleRuns<ROOT extends Agent>
Returns:: true if this is the last replication of the iteration

setupRootParameters

@AnyLogicInternalCodegenAPI
public abstract void setupRootParameters(ROOT root,
                                         boolean callOnChangeActions)

Is called to setup parameters of top-level agent. This method must be defined in a subclass.

Parameters:: root - the top-level agent instance; callOnChangeActions - if true this method should use set_* methods of root to setup parameters, otherwise parameter values should be simply assigned to the fields of root

setLogBufferLength

public void setLogBufferLength(int length)

createOptimization

public static com.opttek.optquest.COptQuestOptimization createOptimization(Engine engine)

Creates and returns new OptQuest optimization instance for Custom Experiment
This method should only be used in custom experiment code
This method is designed for use in the AnyLogic Professional only

Parameters:: engine - the engine instance
Returns:: new OptQuest optimization instance
See OptQuest API documentation for further usage information
See Also:: createOptimization(Engine, OptimizationCallback)

createOptimization

public static com.opttek.optquest.COptQuestOptimization createOptimization(Engine engine,
                                                                           OptimizationCallback callback)

Creates and returns new OptQuest optimization instance for Custom Experiment with objective function defined in a free form using evaluate method of a special callback. For more information see the example of such optimization.
This method should only be used in custom experiment code
This method is designed for use in the AnyLogic Professional only

Parameters:: engine - the engine instance; callback - the callback for evaluate (and monitorStatus) methods
Returns:: new OptQuest optimization instance
See OptQuest API documentation for further usage information

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Class ExperimentOptimization<ROOT extends Agent>

Nested Class Summary

Nested classes/interfaces inherited from class com.anylogic.engine.ExperimentMultipleRuns

Nested classes/interfaces inherited from class com.anylogic.engine.Experiment

Field Summary

Fields inherited from class com.anylogic.engine.ExperimentMultipleRuns

Fields inherited from class com.anylogic.engine.Experiment

Fields inherited from class com.anylogic.engine.Utilities

Fields inherited from class com.anylogic.engine.Presentable

Fields inherited from interface com.anylogic.engine.AgentConstants

Fields inherited from interface com.anylogic.engine.EnvironmentConstants

Constructor Summary

Method Summary

Methods inherited from class com.anylogic.engine.ExperimentMultipleRuns

Methods inherited from class com.anylogic.engine.ExperimentRunFast

Methods inherited from class com.anylogic.engine.Experiment

Methods inherited from class com.anylogic.engine.Utilities

Methods inherited from class com.anylogic.engine.Presentable

Methods inherited from class java.lang.Object

Constructor Detail

ExperimentOptimization

ExperimentOptimization

Method Detail

isCommandEnabled

getProgress

doesOptimizationExist

getMaximumIterations

getCurrentIteration

getNumberOfCompletedIterations

isCurrentSolutionBest

getCurrentReplication

getCurrentObjectiveValue

getCurrentParamValue

isCurrentSolutionFeasible

getBestIteration

getBestReplicationsNumber

getBestObjectiveValue

getBestParamValue

isBestSolutionFeasible

getBestFeasibleIteration

getBestFeasibleReplicationsNumber

getBestFeasibleObjectiveValue

getBestFeasibleParamValue

selectNthBestSolution

getSelectedNthBestIteration

getSelectedNthBestReplicationsNumber

getSelectedNthBestObjectiveValue

getSelectedNthBestParamValue

isSelectedNthBestSolutionFeasible

getOptimization

setObjectiveMinimize

setObjectiveMaximize

setParameterVariableName

setParameterVariableLowerBound

setParameterVariableUpperBound

setParameterVariableSuggestedValue

setParameterVariableStepSize

addParameterVariable

addSuggestedSolution

setLinearConstraintRHS

addLinearConstraintVariable

addConstraint

setConstraintEquation

addConstraint

setRequirementLowerBound

setRequirementUpperBound

addRequirement

setCurrentObjectiveValue

setCurrentRequirementValue_xjal

stopOptimization

setRejectNonLinear

setUseReplications

isUseReplications

setFixedReplicationsNumber

setVariableReplicationsNumber

setMaximumIterations

setAutoStop

setUserControlledStop

isLastReplication

setupRootParameters