Quadprog-JS
===========
This module contains routines for solving quadratic programming problems, written in JavaScript.
It is a strict fork of this library that's been refactored to use modern array routines when they don't impact performance, use zero indexed arrays, and fit the standard formulation of a quadratic program, instead of the weird formulation that R uses.
Example
========
If we want to solve the equation:
```
min xT Q x + cT x
st A x <= b
```
Then the following example solves it
```
const qp = require('quadprog-js');
const Q = 1, 0, 0,
This module contains routines for solving quadratic programming problems, written in JavaScript.
It is a strict fork of this library that's been refactored to use modern array routines when they don't impact performance, use zero indexed arrays, and fit the standard formulation of a quadratic program, instead of the weird formulation that R uses.
Example
========
If we want to solve the equation:
```
min xT Q x + cT x
st A x <= b
```
Then the following example solves it
```
const qp = require('quadprog-js');
const Q = 1, 0, 0,
[0, 1, 0],[0, 0, 1]];[ 2, 1, 0],[ 0, -2, 1]];<name>-data.json.
These can be passed into solve.R to create the standard R results for solveQP with the name <name>-result.json.
The standard usage is Rscript solve.R *-data.json, but you may wish to only create result files for specific tests.
The combination of these files is then used by solution-test.js and bench.js.
Adding Tests
------------
To add a new test simply create a file called <name>-data.json in the test directory, and then call Rscript solve.R <name>-data.json and commit the results.
