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Thanks for the heads-up on the info, Omar.

Kinda thought the piece values would be based upon not only their rank(power hierarchy) but also upon their position in relation to the opposing pieces. For example, the Elephant would be a very powerful piece but the opposing Elephant could lower that value simply by being within its area of movement(and this effect could be mutual). Blocking an equal, or even lower, ranked piece could be considered an asset to its value. 

Particularly when it relates to Rabbits. Keeping the opposing Rabbits as far from their last rank could be considered a positive field position. So, not only the value of the Rabbit could be based upon its particular position on the field but the values of all the player's Rabbits could be used to calculate an effective field position.

And Freezing would also be a value. The piece which is 'frozen', and the pieces which is doing the 'freezing', could have their overall value(or simply a sub-value) modified by this condition. This could also be further modified by the positions of other pieces in relation to these.

I've already coded a ZRF so that the engine 'randomly' initiates a set-up pattern for both sides. This allows me to test out a large number of potential set-up patterns. Of course, the current code is rather dim, being able to only look-ahead a few full turns. But I can manually create possible positions on the field and see how they will play out(if I have a lot of patience).

A simple translation of this code into Axiom will be the first step of the project.