This was my tabletop gaming setup from 2011.
It was assembled with the following components:
Background
For 30 years, I used the traditional approach to running tabletop RPGs: drawing maps with washable markers on a vinyl grid mat. Frequently, game play was interrupted by the need for me to erase and redraw the map. So I decided to devise a technological solution.
I considered the original version of the Microsoft Surface (now rebranded as PixelSense), which was a touch screen computer with the form factor of a table. But at $10,000, it was outside of my budget.
Then I considered using an all-in-one touchscreen computer oriented horizontally to display pre-drawn maps. This did have the advantage of a self-contained solution. But the largest touchscreen computer at that time was 27 inches. And I was also concerned the computer might overheat or its components might not work in a different orientation that it was designed.
I decided instead to use a flat screen TV connected to a computer. Since the TV component should also serve its original purpose, I also needed to find a way to tilt the TV to any desired orientation.
Typically, flat screen TVs do use wall mounts; some allow a small degree of tilt, but none of them could tilt 90 degrees. I search for a long time until I found POS monitor stands that could tilt, swivel, and lock in any position I needed. The POS monitor stand could only support a certain amount of weight, so this influenced my selection of TVs. The largest and lightest flat screen I could find was a LG 37 inch. The screen is guarded against scratches and fingerprints by a transparent acrylic anti-glare TV protector. The anti-glare aspect of the protector was an exaggeration on the part of its manufacturer, but its 1/4″ thickness completely protects the screen from flying dice or dropped metal miniatures.
Tabletop Setup 2013
Since last December, I have improved the portability of the setup significantly. I replaced the Mac Mini and Apple Display with a MacBook Air. This required the addition of a Thunderbolt-to-DVI adapter, since the MacBook Air does not have a DVI port. And I use a mid-2012 Mac Pro Server to host to serve all of the content I need for a gaming session (maps, reference books, character sheets, pictures, music) to the MacBook Air.
Now rather than erase and redraw the map, I simply open a new map on my laptop and drag it onto the screen for the other players to see. I also use iTunes to queue up and play music through the TV speakers to set the mood.
What’s next?
Before a gaming session, I use Photoshop to draw maps of the various dungeon, city, and wilderness environments the player characters will experience. Like traditional maps, they are 2 dimensional representations of a 3 dimensional environment. I want to take the maps to the next level, and make them 3 dimensional. I am considering two approaches.
- Draw the maps in Blender, or
- Build the maps using 3DML.
Blender has the advantage of being a current technology. And it is also free. But to create maps in Blender, I would be required to learn how to use it. While I see knowledge of Blender as a valuable addition to my toolset, it will take time. And speaking of time, I have no idea how long it would take me to build maps in Blender on a regular basis.
3DML has the advantage of its ease of use. It is something I already understand how to use. I could create new maps rapidly and easily with it. It has the disadvantage of being an unsupported technology, which I hope to see revived as a supported and thriving technology.
