#!/usr/bin/env python3
# -*- coding: utf-8 -*-

import matplotlib.pyplot as plt
import numpy as np

class Ore:
	def __init__(self, name, low, high):
		self.name = name
		self.low = low
		self.high = high

oregen = (
	Ore('gold', 0, 32),
	Ore('iron', 0, 64),
	Ore('coal', 0, 128),
	Ore('lapis', 0, 32),
	Ore('diamond', 0, 16),
	Ore('redstone', 0, 16),
	Ore('emerald', 0, 16),
	Ore('certuz', 24, 48),
	Ore('apatite', 54, 96),
	Ore('uranium', 16, 42),
	Ore('ruby', 16, 42),
	Ore('sapphire', 16, 42),
	Ore('bauxite', 48, 72),
	Ore('tungsten', 0, 10),
	Ore('peridot', 16, 42),
	Ore('copper', 40, 75),
	Ore('tin', 20, 55),
	Ore('silver', 5, 30),
	Ore('lead', 5, 30),
	Ore('aluminum', 48, 72),
	Ore('nickel', 5, 20),
	Ore('platinum', 7, 75),
	Ore('iridium', 8, 75),
)

oregen = sorted(oregen, key=lambda x: x.low, reverse=True)

plt.boxplot([(x.high, x.low) for x in oregen], labels=[x.name.title() for x in oregen], vert=False)
plt.title('FTB Continuum Oregen')
plt.xlabel('Y-level')
plt.xticks()

plt.savefig('oregen.svg', format='svg')