| ▼Ndelphos | |
| CAccessibilityAndRangeFilter | Abstracts the intersection of an Accessibility and a Range filter function |
| CAccessibilityFilter | Abstracts accessibility filter function |
| CArc | A class that abstracts a relation between two indexes that represent two block ids |
| CAttributeAvgConstraint | A constraint on the average values of attributes of blocks |
| CAttributeSumConstraint | A constraint on the addition of the attributes of a block |
| CAxisRangeFilter | Abstracts range filter function for axis |
| CBenchByBenchPrecedence | Defines maximum difference in height between consecutive benches on the same phase |
| CBenchPhaseDifferencePrecedence | Defines maximum difference in height between consecutive phase-bench |
| CBlock | A utility class to access blocks individually |
| CBlockConstraint | A base class for constraints that apply to subsets of blocks |
| CBlockFilter | Abstracts functions to do block selection |
| CBlockModel | Abstracts a container of blocks as a table with arbitrary number of attributes that can be accessed by index \((0, 1,\ldots, N-1)\) (where \(N\) is total number of blocks) or coordinates \((x,y,z)\) |
| CBlockModelEntity | A base class for object associated to a given block model |
| CBlockSelection | Abstracts a set of blocks (subset of a blockmodel) |
| CBlockSelectionPrecedenceConstraint | A block selection precedence constraint |
| CBlockTimingConstraint | Defines a constraint that limits processing periods or destinations for blocks |
| CBZ | Dummy class that define required methods for a Bienstock Zuckerberg solver of a scheduling instance |
| CBZHeuristic | Class that defines heuristics that use expected times for blocks, computed by Bienstock Zuckerberg algorithm (BZ) |
| CCBCBZ | A fractional Scheduler class based on Bienstock-Zuckerberg algorithm and CBC for solving its sub problems. this scheduler computes at each iteration a final pit and solve the lp relaxation of the original problem |
| CCBCFractionalScheduler | Abstracts a CBC LP solver that can solve a scheduling instance |
| CCBCMIPScheduler | Abstracts a CBC MIP solver that can solve a scheduling instance |
| CCcol | Abstracts a container of computed column |
| CConstraint | Defines the base class for all constraints |
| CCoordinates | An utility class to abstract coordinates so they can be used as map and set keys by means of string conversion |
| Ccoordindex | Structure to store index coordinates for a block |
| CDestination | Defines a destination or process |
| CDict | Abstact a dictionary to store and get attributes |
| CDoNotMineBeforeConstraint | A constraint limiting the period at which a block should be mined |
| CDoNotSendToConstraint | A constraint that prevents certain blocks to be sent to given processes |
| CFinalPitInstance | Defines a case for the final pit problem |
| CFinalPitSolver | A dummy class that specifies the methods of an algorithm that can solve a final pit instance |
| CForceMiningByConstraint | A constraint that forces a block to be mined before or at some period |
| CFractionalSchedule | Defines a fractional scheduling of blocks |
| CFractionalScheduler | Dummy class that define required methods for a solver of a scheduling instance |
| CFractionalScheduleToSchedule | Dummy class that define required methods for a fractional schedule to schedule heuristic that solve a scheduling instance |
| CGeometricConstraint | A geometric constraint |
| CGurobiBZ | A fractional Scheduler class based on Bienstock-Zuckerberg algorithm and Gurobi for solving its sub problems. this scheduler computes at each iteration a final pit and solve the lp relaxation of the original problem |
| CGurobiFractionalScheduler | Abstracts a Gurobi LP solver that can solve a scheduling instance |
| CGurobiMIPScheduler | Abstracts a Gurobi MIP solver that can solve a scheduling instance |
| CHReb | Class that defines a twos phase Reblocking heuristic that solve a scheduling instance. First phase is a topological aggregation. The second phase is a topoligcal desaggregation that permit to obtain a feasible solution to original problem. This implementation of the heuristic is not working for a model that got multi fractional destination variables. If the scheduling instance has got the PCPSP flag on, an exception is thrown. This implementation of the heuristic is working only for a simple slope precedence. RampPrecedenceConstaint, sinking constraints, GeometricConstraint and BlockSelectionPrecedenceConstraint not implemented. Use of BlockSelection not null in all Constraints not implemented |
| CMinCutGraph | An implementation of the graph used by the final pit solver based on the Pseudoflow algorithm to solve the min-cut problem |
| CMineLinkException | Abstracts Exceptions for MineLink library. In Windows, Log File MineLink.log is gererally for a user_name user in "C:\\Users\\user_name\\AppData\\Local\\Temp" accessible from console |
| CMinExtractPeriodConstraint | A constraint that prevents certain blocks that can't be extracted before a period due to capacities constraints, to be used |
| CMIPScheduler | Dummy class that define required methods for a MIP solver of a scheduling instance |
| CNestedPitInstance | Defines a case for the nested pits problem |
| CNestedPits | Defines nested pits |
| CNestedPitSolver | A dummy class that specifies the methods of an algorithm that can solve a nested pit instance |
| CNewmanHeuristic | Class that defines a sliding time window heuristic with lagrangean relaxion that solve a scheduling instance |
| CPrecedence | Implements a precedence as an explicit set of arcs between blocks. Provides utility functions |
| CPrecedenceConstraint | A precedence constraint |
| CPseudoFlowFinalPitSolver | An implementation of a final pit solver based on the Pseudoflow algorithm |
| CPseudoFlowNestedPitSolver | An implementation of a nested pit solver based on the Pseudoflow algorithm |
| CRampPrecedence | Horizontal precedence class with utility methods |
| CRangeFilter | Abstracts range filter function |
| CRankedFractionalScheduleToSchedule | Dummy class that define required methods for a ranked fractional schedule to schedule heuristic that solve a scheduling instance |
| CReblocker | Abstract class to define methods for the reblocking utility |
| CRegularReblocker | An implementation of a reblocker based on regular dimensions and attribute filters |
| Crelcoordindex | Structure to store index coordinates for a block |
| CRosettaSlope | This class allows to store different slope angles depending on azimuth |
| CSchedule | Defines a scheduling of blocks |
| CScheduler | Dummy class that define required methods for a solver of a scheduling instance |
| CSchedulingHeuristic | Dummy class that define required methods for a heuristic that solve a scheduling instance |
| CSchedulingInstance | Defines a scheduling instance to be solved |
| CSelectionAvg | Abstracts average-type functions to be evaluated over a set of blocks |
| CSelectionFunctor | Abstract class that defines the basis for classes that abstracts functions to perform selections |
| CSelectionMajor | Abstracts a function to perform statistical mode |
| CSelectionMax | Abstracts the maximum function to be evaluated over a set of blocks |
| CSelectionMin | Abstracts the minimum function to be evaluated over a set of blocks |
| CSelectionSum | Abstracts a sum function to be evaluated over a set of blocks |
| CSlidingTimeWindowHeuristic | Class that defines sliding time window heuristic that solve a scheduling instance |
| CSlidingTimeWindowHeuristicRelaxed | Class that defines relaxed sliding time window heuristic that solve a scheduling instance |
| CSlopeDefinition | This class defines a slope precedence |
| CSlopePrecedence | Vertical precedence class with utility methods for constant slope precedences |
| CStock | Defines a pre-existing stock |
| CTimedConstraint | A base class for constraints indexed by time-period |
| CTopoHeuristic | Class that defines a modified Topological sort heuristic that solve a scheduling instance. Only PrecedenceConstraint and AttributeSumConstraint are supported. Use of BlockSelection not null in Constraints not implemented. An attempt of considering AttributeAvgConstraint is implemented |
1.8.7 
