The OPTLP Procedure
- Overview
- Getting Started
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Syntax
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DetailsData Input and OutputPresolvePricing Strategies for the Primal and Dual Simplex SolversWarm Start for the Primal and Dual Simplex SolversThe Network Simplex AlgorithmThe Interior Point AlgorithmIteration Log for the Primal and Dual Simplex SolversIteration Log for the Network Simplex SolverIteration Log for the Interior Point SolverIteration Log for the Crossover AlgorithmConcurrent LPParallel ProcessingODS TablesIrreducible Infeasible SetMacro Variable _OROPTLP_
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Examples
- References
PERFORMANCE <performance-options> ;
The PERFORMANCE statement specifies performance-options for single-machine mode and distributed mode, and requests detailed performance results of the OPTLP procedure.
You can also use the PERFORMANCE statement to control whether the OPTLP procedure executes in single-machine or distributed mode. The PERFORMANCE statement is documented in the section PERFORMANCE Statement in Chapter 4: Shared Concepts and Topics.
For the OPTLP procedure, the decomposition algorithm, interior point algorithm, and concurrent LP algorithm can be run in single-machine mode. Only the decomposition algorithm can be run in distributed mode. The decomposition algorithm and concurrent LP algorithm support both the deterministic and nondeterministic modes. The interior point algorithm supports only the deterministic mode.
Note: Distributed mode requires SAS High-Performance Optimization.