center_d.py

# -*- coding: utf-8 -*-
"""
Created on Fri Sep 04 10:21:19 2015

@author: ryousuke
"""



import numpy as np
import itertools

f = open('C:\\Users\\ryousuke\\Desktop\\lab_log\\pixel_d\\center_d.txt', 'w')

center = open('C:\\Users\\ryousuke\\Desktop\\lab_log\\pixel_d\\center_pixel_answer.txt').readlines()
center_answer = open('C:\\Users\\ryousuke\\Desktop\\lab_log\\pixel_d\\center_pixel_answer.txt').readlines()

for cen,cen_a in itertools.product(range(len(center.count)), range(len(center_answer.count))):

    column_c = np.array(center[cen].split())
    tracknumberforard = int(column_c[0])    
    tracknumberback = int(column_c[1])
    p_n = float(column_c[2])
    px_c = float(column_c[3])  
    py_c = float(column_c[4]) 
    
    column_a = np.array(center_answer[cen_a].split())
    tracknumberforard_a = int(column_a[0])    
    tracknumberback_a= int(column_a[1])    
    p_n_a= int(column_a[2])
    px_a = float(column_a[3])  
    py_a = float(column_a[4]) 
    
    dn = tracknumberback - tracknumberback_a
    dx = px_a - px_c
    dy = py_a - py_c    
    
    mystr = "{0} {1} {2} {3} {4}\n".format(tracknumberforard,tracknumberback,dn,dx,dy )
    print mystr
    f.write(mystr)
     
     

f.close()

#reading as matrix
#a = np.loadtxt('answer.txt')