Quick Start Guide
=================

This guide will help you get started with LINE Solver for MATLAB.

Creating a Simple Model
-----------------------

Here's a simple M/M/1 queue example:

.. code-block:: matlab

    model = Network('M/M/1 Queue');
    
    % Create nodes
    source = Source(model, 'Source');
    queue = Queue(model, 'Queue', SchedStrategy.FCFS);
    sink = Sink(model, 'Sink');
    
    % Create job class
    jobclass = OpenClass(model, 'Class1');
    
    % Set service process
    queue.setService(jobclass, Exp(1.0));
    
    % Set arrival process
    source.setArrival(jobclass, Exp(0.5));
    
    % Link nodes
    model.link(Network.serialRouting(source, queue, sink));
    
    % Solve
    solver = MVA(model);
    result = solver.getAvgTable();
    disp(result);

Available Solvers
-----------------

LINE provides multiple solvers for Network models:

- **AUTO**: Wrapper for Automatic Solver Selection
- **CTMC**: Continuous-Time Markov Chain solver
- **FLD**: Fluid/Mean-Field ODE Solver
- **MAM**: Matrix Analytic Methods solver
- **MVA**: Mean Value Analysis solver
- **NC**: Normalizing Constant Analyzer
- **SSA**: Stochastic Simulation Algorithm solver

Composite models such as LayeredNetworks or models coupled with a random environment can be evaluated by the following solvers:

- **ENV**: Random Environment Solver
- **LN**: Layered Network Solver

Wrappers for external solvers include:

- **JMT**: Wrapper for Java Modelling Tools
- **QNS**: Wrapper for the QNS utility part of LQNS
- **LQNS**: Wrapper for the Layered Queueing Network Solver