![]() Do you mean that you have the HTML page that displays the video with, let’s say a resolution of 640 by 480 pixels, and you’d like to resize the browser window to the same size (640×480 in this example)? Or did you mean that you don’t want users to resize the browser window freely (but instead only allow a certain aspect ratio so that the video isn’t stretched)?Įither way, you can’t manipulate the browser window with pure HTML. I’m not sure if I understand your question correctly. Now go and use this simple application to make your projects even better! Then download the modified program (or clone the original one from git)Īnd then use a web browser and navigate to your Raspberry Pi’s IP address on the Port 8080 (if you use the modified software) or port 8082 (if you use the standard sources from GitHub).įigure 3: The video stream in a web browserĪnd that’s it! Thanks to the pistreaming library, low-latency, and high FPS streams are super easy to do with the Raspberry Pi. Note: If you can’t install python3-ws4py with apt, try installing every other package and then install pip3 as well as python3 in an extra step as described here. Sudo apt-get install ffmpeg python3-picamera python3-ws4py I only changed the configuration of the camera, the JavaScript and HTML files to optimize the software for super-fast streaming.īefore you download the program, make sure to run update:Īfter that’s finished, install the necessary libraries The website creates a web socket client and connects to the web server. The python program creates a socket connection and serves as a web server. The software is heavily based on the pistreaming library. If everything was wired and configured correctly, the output should be: supported=1 detected=1Īnd you should be able to save a still image with: Enable the camera:Īfter enabling the camera, use the tabulator key to select “” and reboot the system.Īfter the system rebooted, you can check the camera status with: In the config dialog select “interfacing options” and then “camera”. The blue side of the cable should face towards the USB and ethernet port and the side with the pins exposed should face towards the HDMI out:įigure 1: The ribbon cable connected the right way aroundĪfter that is done, boot up the pi and enter the configuration program: sudo raspi-config Plug in the ribbon cable into the Pi’s camera slot. And because I continued my work on a robot that is controlled by a Raspberry Pi, I had to figure out how to create a low latency and high FPS stream from the Pi’s camera that can be viewed in a web browser again. I just saw that two very good sources, that both had an article about this topic, have gone offline without an archived version.
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