def image_capture(queue, run, source):
vidFile = cv2.VideoCapture(source)
vidFile.set(3, 640) #horizontal pixels
vidFile.set(4, 480) #vertical pixels
flag, frame=vidFile.read()
while vidFile.isOpened():
#print "capture loop"
if runTk == 0:
print "\nrunTk kill this thread\n"
break
else:
try:
if settingsCon['newdata']:
flag, frame=vidFile.read()
#print "Image queued"
if(None==settingsCon['ccam']):
(h,w,c)= frame.shape
camSet=camProperties()
settingsCon['ccam']=projection.cammera(w,h,camSet[0],camSet[1])
settingsCon['ccam'].set_position(camSet[2], camSet[3])
if flag==0:
print "\nflag kill this thread\n"
break
#cv2.imshow("Input file", frame)
queue.put(frame)
cv2.waitKey(20)
except:
print "continue"
continue
vidFile.release()
print "Gotov je tred ovo nije problem"
print 'Can not get size of video'
vidFile.release()
settingsCon = singleton.settings()
if __name__ == '__main__':
args=sys.argv
settingsCon = singleton.settings()
source = 0#"final84angle.avi"
h, w = getVideoSize(source)
camSet=camProperties()
settingsCon['ccam']=projection.cammera(w,h,camSet[0],camSet[1])
settingsCon['ccam'].set_position(camSet[2], camSet[3])
videoSize = 'Video size: %d x %d'%(w,h)
print videoSize
queue = Queue.Queue(maxsize=5)
global var1
var1 = IntVar()
var1.set('2')
settingsCon['mute'] = IntVar()
settingsCon['minArea'] = IntVar()
settingsCon['maxArea'] = IntVar()
settingsCon['bgHistory'] = IntVar()
settingsCon['bgTresh'] = IntVar()
settingsCon['freq'] = StringVar()
#print "nista nista nista"
return (0,0,updateMotion((0,0,-1),settingsP))
#print "pre"
ny=cam.get_distance_pixel(cam.res_y-y)
#print "posle"
nx=cam.get_cord_pixel(ny,x)
#print('{}, {}'.format(int(nx), int(ny)))
return (nx,ny,updateMotion((nx,ny,diffrence),settingsP))
else:
if(event!=(0,0)):
lastp=event
def end():
que.put(-1)
#planer=threading.Thread(target=updateMotion, args = (quein,))
#planer.start()
if __name__=='__main__':
root = tk.Tk()
photo = tk.PhotoImage(file="prvi.gif")
ycord=photo.height()
cam=cammera(photo.width(),photo.height(),math.pi/4,math.pi/5)
cam.set_position(21.0,31.0)
label = tk.Label(root,image=photo)
label.image = photo # keep a reference!
label.pack()
label.bind('<Motion>', motionE)
root.mainloop()
end()
playing.join()
#planer.join()