Crate russcip

russcip

Safe Rust interface for SCIP optimization suite.

For examples and usage, please refer to the repository.

Re-exports

• pub use scip_sys as ffi;
• pub use branchrule::*;
• pub use constraint::*;
• pub use model::*;
• pub use pricer::*;
• pub use retcode::*;
• pub use solution::*;
• pub use status::*;
• pub use variable::*;
• pub use node::*;
• pub use eventhdlr::*;
• pub use heuristic::*;

Modules

• branchrule
  Contains the BranchRule trait used to define custom branching rules.
• constraint
  Contains the Constraint struct, which represents a constraint in an optimization problem.
• eventhdlr
  Contains the EventHdlr trait used to define custom event handlers.
• heuristic
  Contains the Heur trait used to define custom primal heuristics.
• model
  The main module, it contains the Model struct, which represents an optimization problem.
• node
  Contains the Node struct, which represents a node in the branch-and-bound tree.
• prelude
  Contains all the traits and structs that are re-exported by default.
• pricer
  Contains the Pricer trait used to define custom variable pricing strategies.
• retcode
  Contains the Retcode enum, which represents the return codes of SCIP functions.
• solution
  Contains the Solution struct, which represents a solution to an optimization problem.
• status
  Contains the Status enum, which represents the status of an optimization problem.
• variable
  Contains the Variable struct, which represents a variable in an optimization problem.

Macros

• scip_call
  A macro for calling a SCIP function and returning an error if the return code is not SCIP_OKAY.
• scip_call_expect
  A macro for calling a SCIP function and panicking with a custom message if the return code is not SCIP_OKAY.
• scip_call_panic
  A macro for calling a SCIP function and panicking if the return code is not SCIP_OKAY.