from Plotter import *
from Command import *
from Program import *
import tkinter as tk
from koche import koche


def show(p):
    win=tk.Tk()
    win.title('HPGLPLOTTER')
    plt=Plotter()
    p=plt.full(p)
    canvas=tk.Canvas(win,width=600,height=600)
    canvas.grid(row=0,column=0)
    x = y = 0
    for command in p.commands:
        if command.name == 'PU':
                x,y = command.x,command.y
        elif command.name=='PD':
            canvas.create_line(x,y,command.x,command.y)
            x,y = command.x,command.y
        elif command.name == 'CI':
            r=command.args[0]
            canvas.create_oval(x-r,y-r,x+r,y+r)
        
    win.mainloop()

plt=Plotter()
p=Program()
#p.parsefile('hpgl/luz.hpgl')

p.parsefile('hpgl/kreis.hpgl')
#p=p*10000


print(plt.winsize[0]*0.025, plt.winsize[1]*0.025)
p=plt.full(p)
#p=p.flip()
#q=q.flip()
print(p.center)
print(plt.center)
#q=q+(p.xmax,0)
#p=p.rotate(90)
p=plt.centralize(p)
#p=p-p.center
#p=p+(120,120)
#q=plt.centralize(q)
#q=q+(0,p.ymax*1.05)
#p=p+120
#p=p.flip()
#p=p*0.7
#p=p+(959,9128.35)

#out=out.flip()
#out=plt.full(out)
#p=p+100
#out=plt.centralize(out)
#=out+(40,40)
#out=p
print(str(p))
print('p.xmin,q.xmin,p.ymin,q.ymin,p.xmax,q.xmax,pymax,q,ymax')


print(len(p))
#print str(out)
#show(p+q)
#show(p)
plt.write(p)