Jean-Gabriel Young jg-you

## stateless_derivation_and_template.cpp
#include <iostream>

class master_virtual
{
public:
    virtual void msg() {return;}
};

class derived_hi : public master_virtual
{

## orbits.py
# -*- coding: utf-8 -*-
"""
Wrapper around dreadnaut that computes the orbits of a graph.

NOTE: Must have installed `dreandaut`. The location of the binary can be passed
      as an argument to `compute_automorphisms`.

Author: Jean-Gabriel Young <info@jgyoung.ca>
"""
import subprocess

## bernstein.stan
functions {
  /**
  * Computes the value of a Bernstein polynomial of degree N at point t,
  * using De Casteljau's algorithm.
  *
  * @param t      Point in [0, 1] where the the polynomial will be evaluated.
  * @param beta   Vector of the real N + 1 coefficients of the polynomial.
  * @param N      Degree of the polynomial.
  *
  * @return Value of the polynomial at point t.
	#include <iostream>

	class master_virtual
	{
	public:
	virtual void msg() {return;}
	};

	class derived_hi : public master_virtual
	{
	# -- coding: utf-8 --
	"""
	Wrapper around dreadnaut that computes the orbits of a graph.

	NOTE: Must have installed `dreandaut`. The location of the binary can be passed
	as an argument to `compute_automorphisms`.

	Author: Jean-Gabriel Young <info@jgyoung.ca>
	"""
	import subprocess
	functions {
	/**
	* Computes the value of a Bernstein polynomial of degree N at point t,
	* using De Casteljau's algorithm.
	*
	* @param t Point in [0, 1] where the the polynomial will be evaluated.
	* @param beta Vector of the real N + 1 coefficients of the polynomial.
	* @param N Degree of the polynomial.
	*
	* @return Value of the polynomial at point t.