def runPhotoBooth():
#clear content space to work wirth
display.clearWindow()
#need name of photo set that dictates beginning of photo filenames
name = "photobooth"
#starting number for photo set
pic_num = 1
#inform user that the system will take 4 pictures
display.displayMessage("The system will now take 4 consecutive pictures.")
#wait 3 seconds
time.sleep(3)
pic_num = int(my_globals.STARTING_PIC_NUM)
starting_num = pic_num
#threads for resizing photos to 800x600
convert_threads = []
small_thumb_threads = []
filenames = []
filethumbs = []
counter = 0
#display.displayContentText("Picture " + str(counter+1), True)
while(counter <= 3):#3):
display.showWindow()
display.displayContentText("Picture " + str(counter+1), True)
time.sleep(1)
#setup filename to be saved
filename = name + "_" + str(pic_num) + ".jpg"
filethumb = "thumb_" + filename
filenames.append(filename)
filethumbs.append(filethumb)
#displayMessage("Taking photo " + str(pic_num) + " out of 4")
t1 = threading.Thread(target=takePhoto, args=[filename])
#start countdown thread
gpio_handler.countdownThread()
t1.start()
time.sleep(1)
display.clearWindow()
t1.join()
#takePhoto(filename)
#t1.start()
display.clearWindow()
print("display countdown to 7 segment LED")
#wait for photo taking thread to complete
#t1.join()
#print("length:::: " + str(done - now))
display.hideWindow()
#photo is now taken by piCamera
#use 'epeg' to shrink it to 800x600 in a thread
#this is done so imagemagick runs quicker on a smaller file
convert_s = "epeg -m 800,600 -q 100 " + my_globals.PBOOTH_DIR+filename + " -q 100 " + my_globals.PBOOTH_THUMBS+filethumb
convert_threads.append(threading.Thread(target=imagemagick.cmd_line, args=[convert_s]))
convert_threads[counter].start()
#use epeg to shrink picture even smaller for thumbnail collage
#epeg_thumb = "epeg -m 107,128 -q 100 " + my_globals.PBOOTH_DIR+filename + " -q 100 " + my_globals.PBOOTH_THUMBS+filethumb
#small_thumb_threads.append(threading.Thread(target=imagemagick.cmd_line, args=[epeg_thumb]))
#small_thumb_threads[counter].start()
#increment pic num for next one
pic_num = pic_num + 1
counter = counter + 1
display.showWindow()
#bring display back?
#my_globals.content_windwo = my_globals.initWindow()
#update starting pic num in my_globals to new value
my_globals.STARTING_PIC_NUM = str(pic_num)
#entertain user...
display.displayEntertainment()
#stitch all pictures together to make the photobooth strip
imagemagick.montage(filenames, filethumbs, convert_threads, str(starting_num))
#clear window
display.clearWindow()
#send picture data to printer
printPicture(str(starting_num))
#inform user we are displaying the picture and bring to attention the time it takes to print
display.displayMessage("Here it is! Sending picture to printer. Please allow a minute or two for the print to begin!", True)
#display booth picture to user
display.displayPhotoBoothPicture(str(starting_num))
#display picture for 7 seconds before requesting button input to being photobooth sequence
time.sleep(7)
time.sleep(7)
def mainLoop():
#fps = 30
#clock = pygame.time.Clock()
while True:
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
#pygame.display.update()
#clock.tick(fps)
if(gpio_handler.isButtonPressed()):
#run this in a thread
runPhotoBooth()
#photobooth finished, display request to user to hit button to begin again
display.requestButtonToBegin()
if __name__ == "__main__":
#verify we have printer access
while(ink_levels.checkInkLevel() == False):
display.displayContentText("Unable to access printer. Please toggle printer power.", True)
time.sleep(1)
#display request to user to hit buton
display.requestButtonToBegin()
#run indefinite main loop
mainLoop()