C++ Reference: cumulative
Note: This documentation is automatically generated.
| Function |
Type |
Arguments |
Comments |
Cumulative | Return type: std::function<void(Model*)> Arguments: const std::vector<IntervalVariable>& vars, const std::vector<AffineExpression>& demands, AffineExpression capacity, SchedulingConstraintHelper* helper = nullptr |
CumulativeTimeDecomposition | Return type: std::function<void(Model*)> Arguments: const std::vector<IntervalVariable>& vars, const std::vector<AffineExpression>& demands, AffineExpression capacity, SchedulingConstraintHelper* helper = nullptr |
CumulativeUsingReservoir | Return type: std::function<void(Model*)> Arguments: const std::vector<IntervalVariable>& vars, const std::vector<AffineExpression>& demands, AffineExpression capacity, SchedulingConstraintHelper* helper = nullptr |
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Last updated 2024-08-06 UTC.
[null,null,["Last updated 2024-08-06 UTC."],[[["The C++ reference for 'cumulative' focuses on scheduling constraints related to resource capacity and demand."],["Three primary functions are outlined: `Cumulative`, `CumulativeTimeDecomposition`, and `CumulativeUsingReservoir`, each accepting interval variables, demands, and capacity as arguments."],["These functions assist in modeling and solving scheduling problems where tasks compete for a limited resource over time."]]],["The C++ code defines three functions related to cumulative scheduling constraints: `Cumulative`, `CumulativeTimeDecomposition`, and `CumulativeUsingReservoir`. Each function takes a vector of `IntervalVariable`s, a vector of `AffineExpression`s representing demands, and an `AffineExpression` for capacity. An optional `SchedulingConstraintHelper` pointer is also accepted. These functions return a `std::function\u003cvoid(Model*)\u003e`, designed to be used to build constraint within a scheduling `Model`.\n"]]
