#!/usr/bin/python

import itertools
from fractions import Fraction

open('__init__.py','w')
import symbols

def verify(self, n, f):
    self.ns_v = 0,0,n,n
    for ([x1,y1],[x2,y2]) in f():
        for x in [x1,y1,x2,y2]:
            if Fraction(x).denominator!=1:
                return False
    return True

def search(self, f):
    for i in itertools.count(start=1):
        if verify(self, i, f):
            return i

def gen(self,n, f,fname):
    def toStr(a,b):
        num = Fraction(int(a), b)
        s = '%s' % num
        if s == '0': return ' 0'
        if '/' in s: s = s+'.'
        if '-' in s: return s
        return '+'+s
    def l(n): return 4*(n+1)

    self.ns_v = 0,0,n,n
    print ' '*l(0)+'def %s(self):' % fname
    print ' '*l(1)+'x,y,x2,y2 = self.ns(%s)' % self.ns_w
    print ' '*l(1)+'return [ [x+x2*ax, y+y2*ay], [x+x2*bx, y+y2*by]) \\'
    print ' '*l(2)+'for ([ax,ay],[bx,by]) in ['
    for ([x1,y1],[x2,y2]) in f():
        lst = (x1,y1,x2,y2)
        lst = tuple([toStr(x,n) for x in lst])
        print ' '*l(2)+'([%-6s,%-6s],[%-6s,%-6s]),' % lst
    print ' '*l(1)+']]'

def fix(Class):
    print '# Fix: %s' % Class.__name__
    def empty(self):
        pass
    def ns(self, w=1):
        if w==1: w = ''
        self.ns_w = w
        return self.ns_v
    Class.__init__ = empty
    Class.ns       = ns

    obj = Class()
    for i in dir(Class):
        if '__' in i: continue
        if 'ns' == i: continue
        if 'ns_v' == i: continue
        if 'ns_w' == i: continue
        method = getattr(obj, i)
        gen(obj,search(obj, method), method, i)

import sys
sys.stdout = open('symbols.py.fix','w')
fix(symbols.Text_TXT)
fix(symbols.Text_arch)