You could actually go one step further and change "webcam_port" to zero for one of your tests, that will disable the web server but keep your snapshot functionality running, your not going to get the load much lower than this setup.
I've been messing around with motion (the camera capture program) on the Raspberry Pi running Arch Linux. I have several Pi's, several webcams, several power supplies, several SD cards...and one thing remains the same. All of them will completely lock up (as in you can't even ping the Pi and the video display is black) after 1 to 3 days of running. If I remove motion from the setup, the Pis will run indefinitely (currently, I have to Pis running without motion for two weeks and counting now).
Motion Eye Os Raspberry Pi Zero W Download
Download File 🔥 https://bltlly.com/2y7Pfm 🔥
You need to download & burn latest Raspbian Jessie Extended Lite version from the www.raspberrypi.org to the microSD card. There are plenty of instructables available for this process so kindly check one.
Now place your microSD card into Pi Zero W. Connect mini HDMI to HDMI adapter to mini HDMI slot of Pi Zero W and connect your monitor to Pi using normal HDMI cable. Connect usb OTG cable to microUSB slot of Pi zero W and connect keyboard with it. Finally connect power adapter to PI and power it up.
Let it get installed. It will take 2 - 3 minutes. Now "motion" is software that works as a server service from your Pi. It broadcasts your camera on its local IP & port. Most of the cameras are compatible with motion however it is better to check whether the camera have connected to pi or not.
As I mentioned, motion software will make your Raspberry Pi as a camera server. This server sends video footage (Live) on its IP & Port. Now we want to get access to this Live video for the same we once again have to open Weaved setup and set HTTP service.
Thank You for reading this instructable. I hope you like it. I have gathered information from internet to build this instuctable. I like to thank sat481 for his instructable for motion (Link here - Click Here).For any query and suggestions please comment. Once again thank you.
I have spent so much money on the Raspberry Pi brand it's not even funny. For them to ban me at the raspberry.org site, they should get a thinner skin. I am only trying to explain stuff they seem don't want to be bothered with. If you noticed, posts are so old there, like people just gave up on the raspberry, this is what happens when you ban people just trying to help!
Hi. I am using motion library to get a webstream of my USB camera which is connected to RPi zero. There is a 3-4 s delay in the Livestream. But this delay is not there when I run it in rpi3.
I don't know how to reduce 3-4 second Delay in my RPi zero. Please tell me what I am missing and how to solve it?
I initially wanted to setup the cameras to always record, but when I saw how much storage they used, I decided to try motion detection. After turning motion detection on, the CPU for 1 camera running motion detection was 50% (up from 7%) and after adding the other camera, the CPU hit 97%.
I spent the night trying every combo of settings, and with Fast Network Camera turned on, it'd -maybe- get 5 fps at 720P. With motion detection + capturing on, I'd rarely see captures hit 1 frame every 5 seconds, seeing as how the CPU usage would already hover around 85% with motion detection itself disabled and the web control closed so that it wasn't streaming a preview...
So far I've only messed with Rpi Cam Web Interface, and just...WOW. I'm -easily- able to set it to 1080P resolution at get 20+ solid fps recordings to MicroSD out of it, while it's doing internal motion capture, and the 'preview'/streaming is the same. I've since lowered the encoding quality a little and that lets the framerate get higher but I haven't done any serious tests yet. Lowering the res (like to whatever the Pi Camera module's full FoV resolution is) should have the same effect.
[EDIT: Had RPi Cam Web Interface running all day and love it. Smooth 24fps 1080P res motion-triggered captures right to the Pi Zero W's microsd, along with an mjpeg stream that can be set to any res & framerate with almost no impact. Exactly what I wanted.
One small tick against it is that to do stuff like...automatically sending out a notification on being triggered, or uploading clips remotely, you have to actually write some .sh scripts to do whatever...and those get ran by various events (recording made, etc), but the built-in scheduler/job scripting is really nice and thorough. It's just a little more intimidating that motioneyeos' included 'Send an email'/'Upload to FTP'/etc options that are right in the config :)]
[EDIT: Also just played with PiKrellCam and its got just as many options and works just as well...but it seems more geared towards actual sci-fi/CSI-ish motion detection/vector tracking, and not just 'security camera' type uses, but it can easily be set to do basic clip/loop/etc recording, and it's just as smooth on the Pi Zero. Niiiice.]
-- So yeah...those of you using motionEyeOs, was I doing something wrong with it, and you're getting high framerate+resolution captures with it using a Zero...or are you using it for timelapses or something where 2fps is plenty?
The next thing I needed was the motion sensor. I also picked this up from Micro Center, but at what I later found out was a steep premium. A 3 pack of these sensors can be found on Amazon for $5, whereas I paid $6 for one. If you want your homemade sensor to be multi-functional, a temperature/humidity sensor is a great addition for just a few more dollars.
After that, I adapted a simple Python script I found online to access the GPIO pins, and constantly read the data for the motion sensor. When the pin is pulled high (1 in my case), then motion has been detected. Whenever motion is detected, I fire off a very simple MQTT event using paho.mqtt.publish. While it's technically not the most efficient way to send data, it is much easier to read and the bathroom is such a low traffic area, the extra overhead to connect to the MQTT broker is not an issue. If you are potentially sending constant updates for temperature and humidity, it may be worth looking into the client method in paho.
With that working, I subscribe to the MQTT topic from within my Home Automation software, OpenHAB at the moment, and then everything else is connected there. For my own purposes I have a few simple rules. The bathroom light is controlled with wireless smart bulbs (IKEA Tradfri). Upon entering the bathroom, motion triggers the light to turn on. From there a timer starts for 2 minutes. If motion is sensed before that timer expires, it is reset back to 2 full minutes. This is fine for most bathroom tasks. Brushing your teeth or hair are very animated tasks that constantly trigger the sensor, which is positioned in the corner of the vanity, facing the door and whoever is standing in front of the sink. For other more, private rituals, two minutes can be a little too short if you like to read Reddit on your phone. Luckily a quick swipe of the arm or shake of the head will trigger the sensor again and turn on the lights.
For showering, I placed an IKEA Tradfri remote near the shower that can be used to manually turn on the light so poking an arm out is not required every few minutes. Upon exiting the shower, motion is sensed and the 2 minute timer is started. Unfortunately, there is no way to re-purpose the Tradfri remotes yet for custom events, otherwise I would have it be a manual override at all times. This way, one could press the button before getting in the shower and then press it again after they are done. Or perhaps manually overriding the timer for 45 minutes instead of 2. Plenty of time for a long shower or bath.
The first software tried was RPI Cam web interface. Since this software provides capturing, motion detection and recording it appeared perfect for this project. Installation is easy and pretty straight forward. So far so good but after running the software I noticed a few things
Had an idea for new feature. Motion Detection software can detect large changes from one image to the next. OctoLapse can create images with minimal changes between images during a normal print (after the first few layers are printed). But during a failed print, it would change pretty significantly. Enough that motion detection software could pick it up. This could be used to send a message (email, text, etc) to check out the Print and stop it if needed before wasting a ton of filament and time.
=86732
=209236
Exactly. Use motion detection software directly on Pi 3+ (see links above for examples of motion detection software for Pi3). I would assume comparing 2 still images every couple of seconds would be significantly less resource intensive than analyzing a live video stream or even serving up a live video stream.
-project.github.io/
The intent would be to use OctoLapse to take the pictures so that delta between the pics was minimal (see videos I attached above) and therefore would not trigger false positives. Any false positives should be able to be mitigated in the software settings of the motion detection software. Video Motion Detection software does exist for the Pi3+. I linked to a popular one above (called Motion). I believe it is open source. It could be modified to look for .jpg files in specific directory and perform the comparison of the 2 latest images anytime a new file is added to the directory. This would be instead of looking at live video from a URL. Unfortunately this is beyond my skillset, but was hoping that the people who created OctaLapse or TSD (or anyone else) might be able to take a look at the existing Pi Motion Detection (ie -project.github.io/) software and modify it.
Yeah, I've been using motion for years for streaming from a pi zero w to octoprint for multiple camera views. I don't use the motion part of it of course, just the mjpeg streaming capabilities and ability to hook into ip cameras. The idea is solid, but even with the 8GB pi I would be concerned with running it on the same machine and getting bad print quality. Open CV would be the first place I would start looking, and I believe I've seen other posts here in the forum, possibly on github discussing the same thing. 006ab0faaa
break dance video download mp3