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kangaroo
1.0
the cbls library
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| aircraft.cpp | The source file for aircraft scheduling problem |
| alldifferentSatisfactionValueToValue.hpp | All different satisfaction value to value function |
| alldifferentViolationValueToValue.hpp | All different violation value to value function |
| alldifferentViolationValueToValueMiniFactorVector.hpp | All different violation value to value factor vector function |
| andSatisfactionValueToValue.hpp | And satisfaction value to value function |
| andViolationValueToValue.hpp | And violation value to value function |
| atmostserialcountxfcmhnt.hpp | The prototype file for AtmostSerialCountXFcMHnT template class |
| atmostvaluecountxfcmhnt.hpp | The prototype file for AtmostValueCountXFcMHnT template class |
| binaryArithmetic.hpp | Binary arithmetical operator templates |
| binaryLogical.hpp | Binary logical operator templates |
| binaryMixedOperand.hpp | Binary operator templates for mixed operand |
| binaryMixedValueToValue.hpp | Binary mixed value to value functions |
| binaryRelational.hpp | Binary relational operator templates |
| binaryValueToValue.hpp | Binary value to value functions |
| bindingOperands.hpp | Binding operands of operators with constant values |
| bindValueToValue.hpp | Bind value to value functions |
| checksources.cpp | Check sources for compilation errors |
| compatibleTwoVarsSingleObjectiveOptimalVarSwapSelector.hpp | Selecting compatible two variables for swapping optimising a single objective |
| compatibleTwoVarsSingleObjectiveOptimalVarSwapSelectorDoubleVarTabu.hpp | Selecting compatible two variables for swapping optimising a single objective respecting double variable tabu |
| compatibleTwoVarsSingleObjectiveOptimalVarSwapSelectorDoubleVarTabuLock.hpp | Selecting compatible two variables for swapping optimising a single objective respecting double variable tabu and variable locking |
| compatibleTwoVarsSingleObjectiveOptimalVarSwapSelectorLock.hpp | Selecting compatible two variables for swapping optimising a single objective respecting variable locking |
| compatibleTwoVarsSingleObjectiveOptimalVarSwapSelectorSingleVarTabu.hpp | Selecting compatible two variables for swapping optimising a single objective respecting single variable tabu |
| compatibleTwoVarsSingleObjectiveOptimalVarSwapSelectorSingleVarTabuLock.hpp | Selecting compatible two variables for swapping respecting single variable tabu and variable locking |
| conditionalSummationValueVectorToValueVector.hpp | Summation value vector to value vector function |
| conditionalWeightedSummationValueVectorToValueVector.hpp | Weighted summation value vector to value vector function |
| config.hpp | Configuration for kangaroo the cbls library |
| constant0.hpp | Constant that represents abstract constants |
| constant1.hpp | Constant that represents abstract constants |
| datatypes.hpp | Data types, metadata types, limits, and ordering |
| doubleVarTabu.hpp | Double variable tabu family |
| doubleVarTabuDoCallback.hpp | Double variable tabu with callbacks |
| doubleVarTabuDoCallbackCircularQueue.hpp | Double variable tabu with callbacks, implemented by using circular queue |
| doubleVarTabuNoCallback.hpp | Double variable tabu with no call back |
| doubleVarTabuNoCallbackCircularQueue.hpp | Double variable no callback tabu, implemented by using a circular queue |
| dynamicAutoRangeVarValue.hpp | Dynamic automatic range variables |
| dynamicUserRangeVarValue.hpp | Dynamic user controlled range variables |
| expression0.hpp | Expression that represents abstract expressions |
| expression1.hpp | Expression that represents base expressions |
| factorVectorRankFunction.hpp | Factor vector ranking function model |
| falseCountComposeValueToValue.hpp | False count compose value to value function |
| falseCountValueToValue.hpp | False count value to value function |
| flipVariable.hpp | Flip variable types that have binary states |
| function0.hpp | Function that represents abstract functions |
| function1.hpp | Function that represents abstract functions |
| gcolor.cpp | The source file for graphcolor |
| gruler.cpp | The source file for golombruler |
| heapOptimalFactorVectorRank.hpp | Rank factor variables optimally based on the vector metrics and using a heap |
| heapOptimalFactorVectorRankLock.hpp | Ranking factor variables optimally based on vector metrics and using a heap respecting variable locks |
| heapOptimalFactorVectorRankOptiSwap.hpp | Rank factor variables optimally based on the vector metrics with optimisation swap and using a heap |
| heapOptimalFactorVectorRankOptiSwapLock.hpp | Ranking factor variables optimally based on vector metrics with optimisation swap and using a heap respecting variable locks |
| heapOptimalFactorVectorRankOptiSwapSingleVarTabuDoCallback.hpp | Ranking factor variables optimally based on vector metrics with optimisation swap using a heap respecting single variable tabu |
| heapOptimalFactorVectorRankOptiSwapSingleVarTabuDoCallbackLock.hpp | Ranking factor variables optimally based on vector metrics with optimisation swap using a heap respecting single variable tabu and variable locking |
| heapOptimalFactorVectorRankSingleVarTabuDoCallback.hpp | Ranking factor variables optimally based on vector metrics using a heap respecting single variable tabu |
| heapOptimalFactorVectorRankSingleVarTabuDoCallbackLock.hpp | Ranking factor variables optimally based on vector metrics with optimisation swap using a heap respecting single variable tabu and variable locking |
| heapOptimalMapVarRank.hpp | Rank variables optimally based on mapped parameter expressions using heaps |
| heapOptimalMapVarRankLock.hpp | Rank variables optimally based on mapped parameter expressions using heaps and respecting locks |
| heapOptimalMapVarRankSingleVarTabuDoCallback.hpp | Rank variables optimally based on mapped parameter expressions using heaps and respecting single variable tabu |
| heapOptimalMapVarRankSingleVarTabuDoCallbackLock.hpp | Rank variables optimally based on mapped parameter expressions using heaps and respecting single variable tabu and lock |
| heapOptimalParamRank.hpp | Functions ranking parameters based on values using a heap |
| identicalTwoVarsSingleObjectiveOptimalVarSwapSelector.hpp | Selecting idential two variables for swapping optimising an objective |
| identicalTwoVarsSingleObjectiveOptimalVarSwapSelectorDoubleVarTabu.hpp | Selecting identical two variables for swapping respecting double variable tabu |
| identicalTwoVarsSingleObjectiveOptimalVarSwapSelectorDoubleVarTabuLock.hpp | Selecting identical two variables for swapping respecting both double variable tabu and variable locking |
| identicalTwoVarsSingleObjectiveOptimalVarSwapSelectorLock.hpp | Selecting identical two variables for swapping respecting variable locking |
| identicalTwoVarsSingleObjectiveOptimalVarSwapSelectorSingleVarTabu.hpp | Selecting identical two variables for swapping respecting single variable tabu |
| identicalTwoVarsSingleObjectiveOptimalVarSwapSelectorSingleVarTabuLock.hpp | Selecting identical two variables for swapping respecting both single variable tabu and variable locking |
| ifThenElseValueToValue.hpp | If then else value to value function |
| ifThenValueToValue.hpp | If then value to value function |
| constants/index.hpp | Index for Constant Classes |
| frames/index.hpp | Index for Library Frames |
| functions/factorVectorRankFuncs/index.hpp | Index for Factor Vector Ranking Function Classes |
| functions/index.hpp | Index for Function Classes |
| functions/mapVarRankFuncs/index.hpp | Index for Map Variable Ranking Function Classes |
| functions/paramRankFuncs/index.hpp | Index for Parameter Ranking Function Classes |
| functions/valueFuncs/index.hpp | Index for Value Function Classes |
| functions/valueVectorFuncs/index.hpp | Index for Value Vector Function Classes |
| index.hpp | Index for Files and Folders |
| selectors/index.hpp | Index for selectors |
| tabus/index.hpp | Index for Tabu Classes |
| variables/index.hpp | Index for Variable Classes |
| iseries.cpp | The source file for all interval series |
| itemlist.hpp | Item list to store variables, constants, functions, tabus, systems |
| karyValueFunc.hpp | Fixed arity value functions |
| library.hpp | References to external libraries |
| listItemValueToValue.hpp | List itemValue value to value function |
| logicalFlipVarValue.hpp | Logical flip variables that have logical binary states |
| logicalFlipVarValueSharedVector.hpp | Logical flip variables that have binary states and a shared vector for optimisation metrics |
| mapVarRankFunction.hpp | Functions ranking variables based on mapped paramter expressions |
| messages.hpp | Various message texts, mainly error messages |
| msquare.cpp | The source file for magic square problem |
| multiplexConditional.hpp | Ternary/n-ary multiplexer templates |
| muxValueFunc.hpp | Multiplexing value functions |
| nandSatisfactionValueToValue.hpp | Nand satisfaction value to value function |
| naryValueFactorVectorToValueFactorVectorFunc.hpp | Flexible arity value factor vector to value factor vector function |
| naryValueFunc.hpp | Flexible arity value functions |
| naryValueScalarOrFactorVectorToValueFactorVectorFunc.hpp | Flexible arity value scalar or vector to value vector function |
| naryValueScalarToValueFactorVectorFunc.hpp | Flexible arity value and scalar to value and vector function |
| naryValueToValueFactorVectorFunc.hpp | Flexible arity value to value factor vector function |
| newAnd.hpp | Summation value vector to value vector function |
| newNand.hpp | Summation value vector to value vector function |
| newNor.hpp | Summation value vector to value vector function |
| newOr.hpp | Summation value vector to value vector function |
| newSpecialAnd.hpp | Summation value vector to value vector function |
| newSpecialOr.hpp | Summation value vector to value vector function |
| newXnor.hpp | Summation value vector to value vector function |
| newXor.hpp | Summation value vector to value vector function |
| norViolationValueToValue.hpp | Nor violation value to value function |
| notIfThenValueToValue.hpp | Not if then value to value function |
| nqueen.cpp | The example program for NQueen |
| optimalSingleFactorVarSelectorFactorVectorRank.hpp | Select an optimal factor variable using factor vector ranking |
| optimalSingleMapVarSelectorMapVarRank.hpp | Select an optimal mapped variable using a mapped variable ranking |
| options.hpp | Project variation and performance options |
| optiswap.hpp | Optimisation swap operator to be used if maxi and mini are swapped or vice versa |
| orSatisfactionValueToValue.hpp | Or satisfaction value to value function |
| orViolationValueToValue.hpp | Or violation value to value function |
| parameter.hpp | Parameter specification options |
| paramRankFunction.hpp | Ranking parameters based on values |
| project.hpp | Project namespace declaration |
| quaternaryArithmetic.hpp | Quaternary arithmetic operator templates |
| quaternaryValueToValue.hpp | Quaternary value to value functions |
| randomSingleFactorVarSelector.hpp | Randomly select a factor variable |
| randomSingleFactorVarSelectorLock.hpp | Randomly select a factor variable, respecting variable locking |
| randomSingleFactorVarSelectorSingleVarTabu.hpp | Randomly select a factor variable, respecting single variable tabu |
| randomSingleFactorVarSelectorSingleVarTabuLock.hpp | Randomly select a factor variable, respecting single variable tabu and variable locking |
| rangeVariable.hpp | Range variable that has a domain defined by a range of values |
| regularConstant.hpp | Regular constant that represents the regular constant model |
| regularConstValue.hpp | Regular constant values |
| scalarbase.hpp | Scalar base is the base class for scalar metrics |
| scalarrecord.hpp | Scalar record holds scalar metric data |
| scratch.cpp | A scratch program to do anything unplanned |
| selector0.hpp | Selector that represents abstract selectors |
| selector1.hpp | Selector that represents abstract selectors |
| sgolfer.cpp | The source file for socialgolfer |
| singleRangeVarDoubleObjectiveMonteCarloValueSelector.hpp | Selecting a value for a range variable optimising two objectives using Monte Carlo method |
| singleRangeVarDoubleObjectiveOptimalValueSelector.hpp | Selecting an optimal value for a range variable, optimising two objectives |
| singleRangeVarSingleObjectiveMonteCarloValueSelector.hpp | Selecting a value for a range variable optimising an objective using Monte Carlo method |
| singleRangeVarSingleObjectiveOptimalValueSelector.hpp | Selecting an optimal value for a range variable, optimising an objective |
| singleVarTabu.hpp | Single variable tabu family |
| singleVarTabuDoCallback.hpp | Single variable tabu with callbacks |
| singleVarTabuDoCallbackCircularQueue.hpp | Single variable tabu with callbacks implemented by using a circular queue |
| singleVarTabuNoCallback.hpp | Single variable tabu with no callback |
| singleVarTabuNoCallbackCircularQueue.hpp | Single variable tabu with no callback implemented by using a circular queue |
| staticRangeVarValue.hpp | Static range variables having domains defined by static ranges |
| summationComposeValueToValue.hpp | Summation compose value to value function |
| summationValueFactorVectorOptiSwapToValueFactorVector.hpp | Summation value factor vector optimisation swap to value factor vector |
| summationValueFactorVectorToValueFactorVector.hpp | Summation value factor vector to value factor vector |
| summationValueScalarOptiSwapToValueFactorVector.hpp | Summation value scalar optimisation swap to value factor vector |
| summationValueScalarOrFactorVectorOptiSwapToValueFactorVector.hpp | Summation value scalar or factor vector optimisation swap to value factor vector function |
| summationValueScalarOrFactorVectorToValueFactorVector.hpp | Summation value scalar or factor vector to value factor vector function |
| summationValueScalarToValueFactorVector.hpp | Summation value scalar to value factor vector |
| summationValueToValue.hpp | Summation value to value function |
| sysmode.hpp | Various system running modes |
| system0.hpp | System that represents the cbls systems |
| system1.hpp | System that represents the cbls systems |
| tabubase0.hpp | Tabu base that represents abstract tabus |
| tabubase1.hpp | Tabu base that represents abstract tabus |
| terminalSummationComposeValueToValue.hpp | Terminal summation compose value to value function |
| terminalSummationValueToValue.hpp | Terminal summation value to value function |
| ternaryArithmetic.hpp | Ternary arithmetic operator templates |
| ternaryRange.hpp | Ternary range operator templates |
| ternaryValueToValue.hpp | Ternary value to value functions |
| trueCountComposeValueToValue.hpp | True count compose value to value function |
| trueCountValueToValue.hpp | True count value to value function |
| unaryValueToValue.hpp | Unary value to value functions |
| unaryVarious.hpp | Various unary operator templates |
| valueFunction.hpp | Value function that computes values, not metrics |
| valuerecord.hpp | Value record holds value data |
| valueVectorFunction.hpp | Value vector function model class |
| variable0.hpp | Variable that represents abstract variables |
| variable1.hpp | Variable that represents abstract variables |
| varlock0.hpp | Variable locking manager |
| varlock1.hpp | Variable locking manager |
| varValueTabu.hpp | Variable value tabu family |
| varValueTabuDoCallback.hpp | Variable value tabu with callbacks |
| varValueTabuDoCallbackCircularQueue.hpp | Variable value tabu with callbacks, implemented by using circular queue |
| varValueTabuNoCallback.hpp | Variable value tabu with no callback |
| varValueTabuNoCallbackCircularQueue.hpp | Variable value tabue with no callbacks, implemented by using circular queue |
| vectorbase.hpp | Vector base is the base class for vector metrics |
| vectorfield.hpp | Vector field holds vector metric field data |
| vectorrecord.hpp | Vector record holds vector metric data |
| vloading.cpp | The source file for vessel loading problem |
| weightedSummationValueFactorVectorOptiSwapToValueFactorVector.hpp | Weighted summation value factor vector optimisation swap to value factor vector |
| weightedSummationValueFactorVectorToValueFactorVector.hpp | Weighted summation value factor vector to value factor vector |
| weightedSummationValueScalarOptiSwapToValueFactorVector.hpp | Weighted summation value scalar optimisation swap to value factor vector |
| weightedSummationValueScalarOrFactorVectorOptiSwapToValueFactorVector.hpp | Weighted summation value scalar or vector optimisation swap to value vector function |
| weightedSummationValueScalarOrFactorVectorToValueFactorVector.hpp | Weighted summation value scalar or vector to value vector function |
| weightedSummationValueScalarToValueFactorVector.hpp | Weighted summation value scalar to value factor vector |
| weightedSummationValueToValue.hpp | Weighted Summation value to value function |
| wrapper.hpp | Wrap around various types of value |
| xnorSatisfactionValueToValue.hpp | Xnor satisfaction value to value function |
| xorSatisfactionValueToValue.hpp | Xor satisfaction value to value function |
1.8.11