Check out Glinski's Hexagonal Chess, our featured variant for May, 2024.


[ Help | Earliest Comments | Latest Comments ]
[ List All Subjects of Discussion | Create New Subject of Discussion ]
[ List Earliest Comments Only For Pages | Games | Rated Pages | Rated Games | Subjects of Discussion ]

Single Comment

Navia Dratp. An upcoming commercial chess variant with collectible, tradable pieces. (7x7, Cells: 49) [All Comments] [Add Comment or Rating]
P L wrote on Wed, Aug 18, 2004 07:18 PM UTC:
Hi Jeremy,

I'm already working on a full-fledged online/play-by-email adaptation for
Navia Drapt, using the Vassal engine (www.vassalengine.org, also
vassalengine at Yahoo Groups), as previously announced on this group.
Thanks to the work that went into designing and building my Tori Shogi
adaptation (the japanese chess variant ND seems to be most closely related
to, and available in the file section of the vassalengine group), it's
coming along nicely, and should be available soon.

One concern is obviously whether or not Bandai would tolerate any such
adaptation. Generally the guidelines at the vassalengine group (which has
been used to adapt a number of miniature/board/wargames for quite a while
now) is that as long as there is no official online version, and you make
it clear that it is only for existing owners of the 'real' game, and
non-profit, it may sneak by.

Also they also generally only include the materials strictly necessary for
actual play, and not any reference material, which you are supposed to own
in physical form anyway. Which leads to my question regarding the cards:
as I understand it (my set should arrive any day now, thanks to the *$#%&
online store I unfortunately ordered it from): the Cards are only used for
reference (about the special powers), but not as actual in-Game play
element? Is that correct?

Of course anybody is welcome to chime in on the above matters.

(P.S.: I'm aware that in order to access the Beta vassalengine modules at
the Yahoo group requires registration as member, and I will try to find a
less cumbersome solution when the ND module is ready)