#!/usr/bin/python
import project_config
pr=project_config.path_config("paths")
import warp
import transform
from PIL import Image
import time
import os
#imagees 9942-->9944
from_pt = ((2845,1668),(3369,1669),(3416,2324),(3242,1264)) # scaled x 2, rotated 45 degrees and translated
to_pt = ((2552,1624),(3087,1580),(3128,2301),(2958,1200)) # a 1x1 rectangle
#images 9979 --> 9971
from_pt = ((816,573),(1421,545),(1081,1054),(1188,441)) # scaled x 2, rotated 45 degrees and translated
to_pt = ((850,575),(1420,546),(1103,1030),(1200,443)) # a 1x1 rectangle
#from_pt = ((1,1),(1,2),(2,2),(2,1)) # a 1x1 rectangle
#to_pt = ((4,4),(6,6),(8,4),(6,2)) # scaled x 2, rotated 45 degrees and translated
tr=transform.Affine_Fit(from_pt,to_pt)
t= tr.Get_Trafo()
print tr.To_Str()
T = (t[0][3],t[1][3],t[2][3], t[0][4],t[1][4],t[2][4])
#T = (t[0][3],t[0][4],t[1][3], t[1][4],t[2][4],t[2][4])
from project_config import path_config
pc=path_config("paths")
import wx
import tlmGUI
import GUIelements
import avtoolsGUI
import tlm
import subprocess
import iwx
import wdGUI
import warpGUI
from waitbar import iWaitbar
class GUI (wx.Frame):
def __init__(self,title,config):
# calculate screen size etc
ss_string = subprocess.Popen('xrandr | grep "\*" | cut -d" " -f4',shell=True,stdout=subprocess.PIPE).communicate()[0]
x_pos=ss_string.find('x')
sw = int(ss_string[0:(x_pos)])
sh = int(ss_string[x_pos+1:len(ss_string)])
self.f = wx.Frame(None, title=title, size=(sw,sh) )