def getProcMet(var, input):
v = var.get()
settingsCon = singleton.settings()
settPlay=(float(settingsCon['minSpeed'].get()),float(settingsCon['maxSpeed'].get()),
float(settingsCon['minFreq'].get()),float(settingsCon['maxFreq'].get()),
float(settingsCon['audioRate'].get()),float(settingsCon['positionBuff'].get()),settingsCon['mute'].get())
global background
if v == 1:
#print "m1"
if background==None:
background = input
output=manualDetect.manualDetect(input, background, int(settingsCon['debug'].get()))
fff=play_move.motion(output[1],settingsCon['ccam'],settPlay)
showFreq(fff)
return output[0]
elif v == 2:
if background!=None:
background = None
#print "m2"
output=bgSubtraction.bgSubtraction(input, (), int(settingsCon['debug'].get()))
#print "bilopre"
#print "calling ", output[1]
fff=play_move.motion(output[1],settingsCon['ccam'],settPlay)
#print fff
showFreq(fff)
return output[0]
elif v == 3:
#print "m3"
output=haarcascades.haarcascades(input, 1, int(settingsCon['debug'].get()))
fff=play_move.motion(output[1],settingsCon['ccam'],settPlay)
showFreq(fff)
return output[0]
else:
if background!=None:
background = None
#print "m0"
output=hogDetect.hogDetect(input, (), ())
fff=play_move.motion(output[1],settingsCon['ccam'],settPlay)
showFreq(fff)
return output[0]
def getProcMet(var, input):
v = var.get()
settingsCon = singleton.settings()
settPlay=(float(settingsCon['minSpeed'].get()),float(settingsCon['maxSpeed'].get()),
float(settingsCon['minFreq'].get()),float(settingsCon['maxFreq'].get()),
float(settingsCon['audioRate'].get()),float(settingsCon['positionBuff'].get()),settingsCon['mute'].get())
#print v
if v == 1:
output=manualDetect.manualDetect(input, background, debug)
fff=play_move.motion(output[1],settingsCon['ccam'],settPlay)
showFreq(fff)
return output[0]
elif v == 2:
output=bgSubtraction.bgSubtraction(input, (), debug)
#print "bilopre"
#print "calling ", output[1]
fff=play_move.motion(output[1],settingsCon['ccam'],settPlay)
#print fff
showFreq(fff)
#else :print "BUG"
#print "bilosta"
#if(output[1]==(0,0)):
# print "ne sviraj majke ti ga"
return output[0]
elif v == 3:
output=haarcascades.haarcascades(input, 1, debug)
fff=play_move.motion(output[1],settingsCon['ccam'],settPlay)
showFreq(fff)
return output[0]
else:
output=hogDetect.hogDetect(input, (), ())
fff=play_move.motion(output[1],settingsCon['ccam'],settPlay)
showFreq(fff)
return output[0]
def update_image(image_label, queue, var):
try:
#frame = None
framein = queue.get(False)
frame = getProcMet(var,framein)
#print 'frame', frame.shape
im = cv2.cvtColor(frame,cv2.COLOR_BGR2RGB)
a = Image.fromarray(im)
b = ImageTk.PhotoImage(image=a)
image_label.configure(image=b)
image_label._image_cache = b # avoid garbage collection
settingsCon = singleton.settings()
#Scrollso text in the bootom right corner
tTime =time.time()
if tTime>settingsCon['oldTime'] + 0.2:
banner(settingsCon['banner'].get())
settingsCon['oldTime']=tTime
root.update()
except:
x=1
#!/usr/bin/python
from Tkinter import *
import threading
import Queue
import tkMessageBox
import numpy as np
#from multiprocessing import Process, Queue
from Queue import Empty
import cv2
from PIL import Image, ImageTk
import time
import Tkinter as tk
import ttk
import singleton
settingsCon = singleton.settings()
def manualDetect(input, bgrnd, debug):
if bgrnd == None:
return (input,(0,0))
else:
try:
image = input#cv2.GaussianBlur(input,(5,5),3)#3
maiorArea = 0
mask = cv2.absdiff(image,bgrnd)
gray = cv2.cvtColor(mask, cv2.COLOR_BGR2GRAY)
_, gray = cv2.threshold(gray, 50,255,cv2.THRESH_BINARY)
gray=cv2.dilate(gray, None, 3)#Opening is just another name of erosion followed by dilation.
#It is useful in removing noise, as we explained above. Here we use the function
def banner(text):
settingsCon = singleton.settings()
text = text[1:] + text [0]
settingsCon['banner'].set(text)
