Check it out at http://www.diy-streetview.com
Original size: 7500 x 3750 pixel. Click image for full size!

Shot with the DIY-streetview camera:

Check it out at http://www.diy-streetview.com
Original size: 7500 x 3750 pixel. Click image for full size!

Shot with the DIY-streetview camera:

Hi all,
just came across this Google streetview car in my hometown Langen (nearby Frankfurt am Main) in Germany.
So I shot a few closeups. Click the images for full size.
Google officially offers an API to display custom (user-shot) streetviews using the Google streetview front-end. So naturally I had to give it a go.
Using a bit of 'div' trickery and JavaScript I added the missing overview map.



Click here for a larger window.
When zooming out a bit and then moving the pegman this screen-shot shows that Google only made it to the Frankfurt am Main Airport (FRA), missing my hometown Langen by 10 km (as of March 17th, 2011):
Sometimes one just has to Do It Yourself.
When purchasing the DIY streetview rig you also get the software to prepare your streetviews for publishing with the Google streetview player as well as the code to implement it into your own website.
By the way:
All DIY-streetviews shown on this page are hosted at Amazon S3 Simple Storage System. It's fast, scales and is cheap.
Request for help:
This has been tested with Firefox 3.6.15 and Google Chromium 12.0.705.0 on Ubuntu 10.4 Linux. If it looks "kinda funny" on another browser or OS, please feel free to send a screen-shot: janmartin AT diy-streetview DOT org.
Even better if you fix it and send the code too. :)
The player is included when purchasing the DIY streetview rig.
Click to open the DIY streetview player in a new window:
Hi all,
recently I came across a pile of plywood and … well, I couldn’t help it, this is what happened to me:
A 30mm x 30mm wooden pole fits just perfect into the middle of 4 GoPro HD. Then one GoPro HD on top, and ready is the 360 x 158 degree head.
Of course I also had to do some soldering to the cameras:
Black and green are both ground.
White is the ON/OFF and Mode button
Yellow is the release button. (Hard to see on the very bottom of the image.)
Connecting white or yellow to Ground is like pressing the buttons.
Thanks to Matt who did this before, and Thomas whom soldered my cameras.
The Black Box connects all the white wires to the red button to switch all the cameras on and off the same time. The yellow wires are connected to the socket for the programmable intervalometer.
The two switches on the right and left side of the Black Box are to separate the wires, so one can program a single camera only. Without it pressing a cameras button always affects all cameras, which makes it impossible to do anything.
The intervalometer aka “remote timer” is available at ebay.
Features:
Timer delays 0s to 99:59:59s in 1 sec intervals
Exposure time 0s to 99:59:59s in 1 sec intervals
Interval 1s to 99:59:59s in 1 sec intervals
Number of shots 1 to 399 or indefinitely
Sound On or OFF
Taking an image every 2 seconds works well.
Panorama images from the plywood rig look like this:
Click for full 6800×3400 pixel size.
Opening the full size, 5.3 MB, equirectangular file in Panini one can check the size of the hole in the Nadir, which is totally acceptable. Just the size of me. ;)
Rig will be refined to place the camera head ca. 15 cm more to the front. Also the pole will be tilted by a ca. 7 degrees to have the camera head more upright.
Future development is using the GoPro HD BUS socket to skipp the soldering.
Figuring the BUS out happens right now here:
http://goprouser.freeforums.org/post11878.html
http://chdk.setepontos.com/index.php?topic=5890.msg59797#msg59797
Also we are all waiting for the official GoPro HD 3D kit (click on “3D HERO Kit – Soon” on the right hand side) to arrive.
It will show how to wire 2 camera together master/slave style for perfect video synchronization. GoPro support confirmed by email it will work for all recording modes, including still images and even time-lapse. Hopefully this can be used for 1 master and 4 slaves too.
I am working on an automatic leveling device to record tilt and roll data to level the panoramas when stitching them. This saves a mechanical gimbal mount and is way more robust. The device will also double as a GPS logger.
The new head from the Design Contest looks like this:
The four camera around are tilted down a bit to have more coverage that is needed for automatic leveling.
Feel free to write a comment or mail me:
janmartin AT diy-streetview DOT org
Jim Watters contributed the most refined suggestion for a rig, that I then had professionally drawn for manufacturing:
Stay tuned for the new rig to be build.
Should be amazing.