We tried using the entire path, but still either do not have the correct path or have a permissions issue (or some other problem).
There is a whole thread about every aspect of this problem ...
But the simplest working example (Win10, starts the Examples/copter.xml)
"c:\Program Files (x86)\Google\Chrome\Application\chrome.exe"
--disable-web-security
--allow-file-access-from-files
--kiosk
file:///D:/work/Snap/snap.html#run:file:///D:/work/Snap/Examples/copter.xml
source and the project must be referenced by the file: protocol, and the security restrictions must be disabled. Parameters are split for readability but should be in one line.
Cool, is it paint or vinyl ?
We're currently using paint (blue) for the base layer, and planning to use vinyl (yellow) for the artwork (Alonzo, etc.).
For now, is Alonzo painted?
No, it is cut out of 110 pound card stock using an .svg file with a Silhouette die cutter.
How come the word "Snap!" is expanded but the word "Arcade" is condensed? If it's deliberate, I'd prefer the other way around.
We used the Snap! logo for that element. The letters are welded together so that they can be cut out in a single unit.
The five characters of "Snap!" and the six letters of "Arcade" currently are both seven inches wide. We can expand the letters in "Arcade" so that the width per letter is the same as "Snap!"
Hey, Glen, are you planning to present the Snap! Arcade at Snap!Con? Please do! 
Yes, we would love to present the Snap! Arcade at Snap!Con. By that time, we should have a complete set of documentation that has been tested by high school students.
Also, John Maloney, Jo Watts, and I wondered if you might be interested in joining us in a presentation about Snap!Bridge and the "Key & Mouse" library in MicroBlocks? The arcade and many other Snap! projects involving microcontrollers are dependent on use of MicroBlocks in combination with Snap!, so we thought it might be useful to present an overview of those tools if you would be interested in joining us?
We have now successfully run the following script in a shell script ("arcade.sh"):
chomium-browser --disable-web-security --allow-file-access-from-files --kiosk 'file:///home/maketolearn/Snap-8.2.3/snap.html#run:file:///home/maketolearn/Snap-8.2.3/pacman.xml&hideControls'
However, we haven't been to get this script to run on startup when the Raspberry Pi first boots up. (We attempted to edit the local.rc file.)
Any suggestions for a good way to run the script on startup?
cool
I am sorry but I will have to decline this time. I'll be busy enough as it is, and I am trying to keep my participation down to a few presentations...
Besides, that's your project!
The MicroBlocks "Key & Mouse" library has been transformative in our work, so thank you for developing it, and for providing the updates that increased its responsiveness.
Hello! I am Ryan Easter, I am finishing up my Senior year at the Miller School of Albemarle and I am collaborating with The University of Virginia through my school's Applied Engineering program to contribute to the development of this project!
Screenshot 2023-04-20 2.48.11 PM1920×1080 92.7 KB
In the screenshot and link provided above, I used SketchUp to make a template of the project to make it easier for me to build and assemble the final product. I have decided to build the project out of plywood and will use this CAD design to cut the wood for the project. During this step of the process, I did not encounter any problems.
Project Update:
In the models above, I have completed the SketchUp design and transferred the dimensions onto paper.
There were no problems during this step.
Hello! My name is Nico. I recently worked with @reaster in Miller Schools Applied Engineering class. In particular, I set up the Raspberry Pi 4 and some of the electronics for him. I had a slight issue while setting up the Pi, this was mostly my fault. The issue was that the touch screen showed the Pi's boot-up screen and then disconnected. Although I did do what the screen's out-of-the-box instructions said for me to do, it didn't work. I eventually figured it out by mounting the Pi on the back of the screen and connecting the two positive and negative cables from the screen directly to the Pi.