#!/usr/bin/env python3

import matplotlib.pyplot as plt
import mplleaflet
import fetch
from tqdm import tqdm
import time
import math
def circlepolygon(radius, center, resolution=20):
    points=[[center[0] + math.cos(((2*math.pi)/resolution)*i)*radius*1.15, center[1] + math.sin(((2*math.pi)/resolution)*i)*radius] for i in range(resolution)]
    return points
def genplot(diclist):
    for area in tqdm(diclist, ncols=50):
        for figure in area['zone']:
            if figure[0] == 'cercle' :
                xcoords,ycoords=[],[]
                for xaxis,yaxis in circlepolygon(figure[1]/100000, figure[2::], resolution=100):
                    xcoords.append(xaxis)
                    ycoords.append(yaxis)
                xcoords.append(xcoords[0])
                ycoords.append(ycoords[0])
                plt.plot(xcoords,ycoords,'b')
                plt.plot(figure[2],figure[3],'rs')
                plt.fill(xcoords,ycoords,'g')
            else:
                xcoords,ycoords=[],[]
                for xaxis,yaxis in figure:
                    xcoords.append(xaxis)
                    ycoords.append(yaxis)
                xcoords.append(xcoords[0])
                ycoords.append(ycoords[0])
                plt.plot(xcoords,ycoords,'b')
                plt.plot(xcoords,ycoords,'rs')
                plt.fill(xcoords,ycoords,'g')
    return plt


if __name__ == '__main__':
    genplot(fetch.fetch())
    mplleaflet.show()