def __init__(self):
self.alive = False
self.process = None
self.FNULL = None
self.command = "raspivid -t 9999999 -w {} -h {} -fps {} -b {} -o - | ffmpeg -i - -vcodec copy -an -r 25 -f flv -metadata streamName=myStream tcp://0.0.0.0:6666".format(Helper.get("width"),Helper.get("height"),Helper.get("fps"),Helper.get("bitrate"))
import time
import threading
from datetime import datetime
from PIL import Image
from Globals import Helper
# Motion detection settings:
# Threshold - how much a pixel has to change by to be marked as "changed"
# Sensitivity - how many changed pixels before capturing an image, needs to be higher if noisy view
# ForceCapture - whether to force an image to be captured every forceCaptureTime seconds, values True or False
# filepath - location of folder to save photos
# filenamePrefix - string that prefixes the file name for easier identification of files.
# diskSpaceToReserve - Delete oldest images to avoid filling disk. How much byte to keep free on disk.
# cameraSettings - "" = no extra settings; "-hf" = Set horizontal flip of image; "-vf" = Set vertical flip; "-hf -vf" = both horizontal and vertical flip
threshold = 40
sensitivity = int(Helper.get("sensitivity"))
forceCapture = False
forceCaptureTime = 60 * 60 *6 # Every six hours
filepath = Helper.get("filepath") #"/home/pi/elektro/webcam/webinterface/picam"
filenamePrefix = "capture"
diskSpaceToReserve = int(Helper.get("diskSpaceToReserve")) # Keep 40 mb free on disk
cameraSettings = ""
# settings of the photos to save
saveWidth = int(Helper.get("saveWidth"))
saveHeight = int(Helper.get("saveHeight"))
saveQuality = int(Helper.get("saveQuality")) # Set jpeg quality (0 to 100)
# Test-Image settings
testWidth = 100
testHeight = 75
