LINDO API

LINDO API is a powerful callable library that enables developers to embed advanced optimization capabilities directly into custom applications. It supports a wide range of mathematical programming models including linear, nonlinear, integer, quadratic, second-order cone, and stochastic optimization. Designed for flexibility and performance, LINDO API is ideal for building scalable, high-performance decision support systems across industries.

Features

• Comprehensive Solver Suite: Includes solvers for LP, MIP, nonlinear (convex and nonconvex), global, quadratic, conic, and stochastic models.
• MATLAB Integration: Callable from MATLAB for building and solving models within its environment.
• Extensive Function Library: Offers dozens of routines to formulate, solve, query, and modify models programmatically.
• Thread-Safe Architecture: Supports concurrent sessions for web and intranet applications.
• Error Diagnosis Tools: Identifies infeasible or unbounded models using IIS and IUS analysis.
• Platform Support: Available for Windows, Linux, and most Unix systems, including ARM and Android.

Capabilities

• Custom Application Development: Embed optimization logic into desktop, web, or mobile applications.
• Scalable Model Handling: Supports models from a few hundred to unlimited variables and constraints.
• Stochastic Optimization: Incorporates uncertainty with multistage modeling and distribution support.
• Global Optimization: Solves nonconvex problems using multi-start and advanced heuristics.
• External Solver Integration: Enhanced support for third-party solvers like COPT, CLP, and HIGHS.

Benefits

• High Performance: Optimized solvers deliver fast and reliable results for complex models.
• Flexibility: Suitable for small tools or enterprise-grade systems with diverse modeling needs.
• Ease of Integration: Simple API structure and extensive documentation accelerate development.
• Robust Diagnostics: Built-in tools help identify and resolve model issues quickly.
• Cross-Platform Deployment: Enables consistent performance across operating systems and environments.