The LP Procedure
- Overview
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Getting Started
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Syntax
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DetailsMissing ValuesDense Data Input FormatSparse Data Input FormatConverting Any PROC LP Format to an MPS-Format SAS Data SetConverting Standard MPS Format to Sparse FormatThe Reduced Costs, Dual Activities, and Current TableauMacro Variable _ORLP_PricingScalingPreprocessingInteger ProgrammingSensitivity AnalysisRange AnalysisParametric ProgrammingInteractive FacilitiesMemory ManagementOutput Data SetsInput Data SetsDisplayed OutputODS Table and Variable NamesMemory Limit
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ExamplesAn Oil Blending ProblemA Sparse View of the Oil Blending ProblemSensitivity Analysis: Changes in Objective CoefficientsAdditional Sensitivity AnalysisPrice Parametric Programming for the Oil Blending ProblemSpecial Ordered Sets and the Oil Blending ProblemGoal-Programming a Product Mix ProblemA Simple Integer ProgramAn Infeasible ProblemRestarting an Integer ProgramAlternative Search of the Branch-and-Bound TreeAn Assignment ProblemA Scheduling ProblemA Multicommodity Transshipment Problem with Fixed ChargesConverting to an MPS-Format SAS Data SetMigration to OPTMODEL: AssignmentMigration to OPTMODEL: Multicommodity Transshipment
- References
Details: LP Procedure
Subsections:
- Missing Values
- Dense Data Input Format
- Sparse Data Input Format
- Converting Any PROC LP Format to an MPS-Format SAS Data Set
- Converting Standard MPS Format to Sparse Format
- The Reduced Costs, Dual Activities, and Current Tableau
- Macro Variable _ORLP_
- Pricing
- Scaling
- Preprocessing
- Integer Programming
- Sensitivity Analysis
- Range Analysis
- Parametric Programming
- Interactive Facilities
- Memory Management
- Output Data Sets
- Input Data Sets
- Displayed Output
- ODS Table and Variable Names
- Memory Limit