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test.py
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#!/usr/bin/env python
# a=20
# def test():
# global a
# print 'Now a is %s' %a
# a*=2
# print 'a*2 is %s' %a
# test()
# try:
# print a
# except KeyboardInterrupt:
# pass
# print 'bbbbb'
# finally:
# print 'aaaaa'
#print 'In main thread, a is %s' %a
# import sys, time
# def fwrite(buf):
# sys.stdout.write(buf)
# sys.stdout.flush()
# spinners='|/-\\'
# spinpos=0
# while 1:
# fwrite(spinners[spinpos]+'\b')
# spinpos+=1
# if spinpos>=len(spinners):
# spinpos=0
# time.sleep(0.15)
# fwrite('a'+'\b')
# time.sleep(2)
# fwrite('b'+'\b')
# time.sleep(2)
# fwrite('c'+'\b')
# fwrite('d'+'\b')
# fwrite('e'+'\b')
# import threading, time
# childthread=[]
# con=threading.Condition()
# sec=0
# def threadcode():
# while 1:
# con.acquire()
# con.wait()
# print 'Thread %s is running.' %threading.currentThread().getName()
# con.release()
# time.sleep(1.3)
# for i in range(1,5):
# t=threading.Thread(target=threadcode,name='Thread-%d' %i)
# t.setDaemon(1)
# t.start()
# childthread.append(t)
# # t=threading.Thread(target=threadcode,name='Thread-1')
# # t.setDaemon(1)
# # t.start()
# # childthread.append(t)
# time.sleep(2)
# while 1:
# con.acquire()
# con.notifyAll()
# sec+=5
# print 'time is %d' %sec
# con.release()
# print childthread
# time.sleep(3)
# def cal():
# for i in xrange(100000):
# a[i]=i+i
# a=range(100000)
# for i in xrange(100):
# cal()
# var=['22','adff','213']
# string=','.join(var)
# print string
# f=open('/tmp/result.txt','r')
# currentPlaneList=[]
# tmplist=f.readlines()
# # TODO
# while True:
# tmpstr=tmplist.pop()
# if tmpstr.find('-----') != -1:
# break
# plane=tmpstr.split()
# if(len(plane)==12 and plane.count('S')==1):
# currentPlaneList.append(plane)
# f.close()
# import os
# import time
# from threading import Thread
# from datetime import datetime
# import time
# f=open('/tmp/tmp.txt','r')
# currentPlaneList=[]
# while True:
# tmplist=f.readlines()
# # Get planes' information
# while True:
# try:
# tmpstr=tmplist.pop()
# except:
# time.sleep(1)
# tmplist=f.readlines()
# continue
# if tmpstr.find('-----')!=-1:
# break
# plane=tmpstr.split()
# if len(plane)<3:
# continue
# planedict=dict(Hex='',Mode='',Squawk='',Flight='',Altitude='',Speed='',Heading='',Latitude='',Longtitute='')
# # if(len(plane)==12 and plane.count('S')==1): # TODO:optimize
# # currentPlaneList.append(plane)
# if(plane.count('S')):
# planedict['Mode']='S'
# planedict['Hex']=plane[0] if plane[1]=='S' else ''
# for i in xrange(len(plane)):
# if plane[i][0].isalpha() and plane[i][-1].isdigit():
# planedict['Flight']=plane[i]
# if plane[i].find('.') and len(plane[i])==6:
# planedict['Latitude']=plane[i]
# if plane[i].find('.') and len(plane[i])==7:
# planedict['Longtitute']=plane[i]
# if planedict['Mode']!='' and planedict['Flight']!='':
# if plane.index(planedict['Mode'])-plane.index(planedict['Flight'])==-2:
# planedict['Squawk']=plane[plane.index(planedict['Mode'])+1]
# if planedict['Latitude']!='':
# if plane[plane.index(planedict['Latitude'])-1].isdigit() and int(plane[plane.index(planedict['Latitude'])-1])<=360:
# planedict['Heading']=plane[plane.index(planedict['Latitude'])-1]
# if planedict['Heading']!='':
# if plane[plane.index(planedict['Heading'])-1].isdigit() and int(plane[plane.index(planedict['Heading'])-1])<1000:
# planedict['Speed']=plane[plane.index(planedict['Heading'])-1]
# if planedict['Speed']!='':
# if plane[plane.index(planedict['Speed'])-1].isdigit():
# planedict['Altitude']=plane[plane.index(planedict['Speed'])-1]
# if planedict['Latitude']!='' and planedict['Longtitute']!='':
# currentPlaneList.append(planedict)
# if len(currentPlaneList)==0:
# continue
# # Get current time
# now=datetime.now().strftime('%Y-%m-%d %H:%M:%S')
# # Save planes' information to currentData.xml
# currentData=open('/tmp/tmp.xml','w')
# currentData.write('<?xml version="1.0" encoding="ISO-8859-1"?>\n')
# currentData.write('<DataFrame>\n')
# for i in xrange(len(currentPlaneList)):
# currentData.write('\t<Plane>\n')
# currentData.write('\t\t<Time>%s</Time>\n' % (now))
# currentData.write('\t\t<Hex>%s</Hex>\n' % (currentPlaneList[i]['Hex']))
# currentData.write('\t\t<Mode>%s</Mode>\n' % (currentPlaneList[i]['Mode']))
# currentData.write('\t\t<Squawk>%s</Squawk>\n' % (currentPlaneList[i]['Squawk']))
# currentData.write('\t\t<Flight>%s</Flight>\n' % (currentPlaneList[i]['Flight']))
# currentData.write('\t\t<Altitude>%s</Altitude>\n' % (currentPlaneList[i]['Altitude']))
# currentData.write('\t\t<Speed>%s</Speed>\n' % (currentPlaneList[i]['Speed']))
# currentData.write('\t\t<Heading>%s</Heading>\n' % (currentPlaneList[i]['Heading']))
# currentData.write('\t\t<Latitude>%s</Latitude>\n' % (currentPlaneList[i]['Latitude']))
# currentData.write('\t\t<Longtitute>%s</Speed>\n' % (currentPlaneList[i]['Speed']))
# currentData.write('\t</Plane>\n')
# currentData.write('</DataFrame>\n')
# currentData.close()
# # Initialise
# currentPlaneList=[]
# time.sleep(1)
# NxQ1NDMYcDcw53gVHzI7
# NxQ1ND8UfDM862QaEDk4
# import hashlib
# s='abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789'
# def yanzhen(strb):
# for i1 in xrange(62):
# for i2 in xrange(62):
# for i3 in xrange(62):
# for i4 in xrange(62):
# for i5 in xrange(62):
# tmp=strb+s[i1]+s[i2]+s[i3]+s[i4]+s[i5]
# ha = hashlib.sha1()
# ha.update(tmp)
# if ord(ha.digest()[-1])==0 and ord(ha.digest()[-2])==0:
# print 'tmp is',tmp
# print '1'
# return tmp
# print yanzhen('hUzjE9OTYeWrcDwz')
# def fibs(num):
# result=[0,1]
# for i in range(num-2):
# result.append(result[-2]+result[-1])
# return result
# print fibs(1690)
# import time
# from SimpleCV import *
# img=Image('/tmp/bbb.jpg')
# imgStr=img.toString()
# print len(imgStr)
# import zlib
# tmp=zlib.compress(imgStr)
# print 'after zlib',len(tmp)
# print len(zlib.decompress(tmp))
# import pygame
# pygame.init()
# screen=pygame.display.set_mode((914, 1289))
# pygame.display.set_caption('Image Show')
# camshot=pygame.image.frombuffer(imgStr,(914, 1289),'RGB')
# screen.blit(camshot,(0,0))
# pygame.display.update()
# time.sleep(5)
# camshot=pygame.image.load('/tmp/bbb.jpg')
# screen.blit(camshot,(0,0))
# pygame.display.update()
# time.sleep(5)
import os
import zlib
import time
from SimpleCV import Camera
cam=Camera(camera_index=0,prop_set={'width':200,'height':200})
# import pygame
# pygame.init()
# screen=pygame.display.set_mode((320,240))
# pygame.display.set_caption('Image Show')
# clock=pygame.time.Clock()
i=0
while True:
# img=cam.getImage()
# imgStr=img.toString()
# camshot=pygame.image.frombuffer(imgStr,(320,240),'RGB')
# screen.blit(camshot,(0,0))
# pygame.display.update()
# print clock.get_fps()
# clock.tick()
# # print len(zlib.compress(imgStr))
# print len(imgStr)
# # time.sleep(0.1)
img=cam.getImage()
img.dl().rectangle((img.width*0.13,img.height*0.79),(img.width*0.04,img.height*0.04),color=(255,255,255),filled=True)#left top
img.dl().rectangle((img.width*0.13,img.height*0.89),(img.width*0.04,img.height*0.04),color=(255,255,255),filled=True)#left bottom
img.dl().rectangle((img.width*0.23,img.height*0.79),(img.width*0.04,img.height*0.04),color=(255,255,255),filled=True)#right top
img.dl().rectangle((img.width*0.23,img.height*0.89),(img.width*0.04,img.height*0.04),color=(255,255,255),filled=True)#right bottom
img.dl().line((img.width*0.15,img.height*0.8),(img.width*0.25,img.height*0.8),color=(255,255,255),width=2)
img.dl().line((img.width*0.15,img.height*0.9),(img.width*0.25,img.height*0.9),color=(255,255,255),width=2)
img.dl().line((img.width*0.19,img.height*0.8),(img.width*0.19,img.height*0.9),color=(255,255,255),width=2)
img.drawText(text='Volt1:12.11v',color=(255,255,255),x=img.width*0.6,y=img.height*0.75,fontsize=14)
img.drawText(text='Volt1:12.11v',color=(255,255,255),x=img.width*0.6,y=img.height*0.80,fontsize=14)
img.drawText(text='Volt1:12.11v',color=(255,255,255),x=img.width*0.6,y=img.height*0.85,fontsize=14)
img.save('/tmp/bbb.jpg')
os.system('mv /tmp/bbb.jpg /tmp/aaa.jpg')
# time.sleep(0.05)
i+=1
print i
# img=cam.getImage()
# img.drawText(text='Hello World',x=240,y=220,color=(255,255,255))
# img.show()
# img=Image('lenna')
# img.drawLine((img.width*0.5,img.height*0.20),(img.width*0.5,img.width*0.60),color=(255,255,255))
# img.drawLine((img.width*0.15,img.height*0.4),(img.width*0.85,img.height*0.4),color=(255,255,255))
# img.show()
# img=Image('lenna')
# img.drawRectangle(img.width*0.1,img.height*0.6,img.width*0.3,img.height*0.3,color=(255,255,255),width=1,alpha=255)
# img.show()