Quantifying Waypoints
 

For those of you who have danced the sadomazochistic waypoint head-banging dance, the attached .zip archive maybe of some interest. It includes a .doc file and some test scenarios (used for presentation purposes not actuall gameplay).

Yes, yes, it's about waypoints and predictability (as per steaming hot ice cream :))

Not for the novice (no need to get them disappointed!).

I apologize for my use of the english language, beforehand.

Expecting some feedback...

Re: Quantifying Waypoints
 

Cheers for taking the time feedback later
err quite a bit later looks like some good stuff but will need time to digest.

Re: Quantifying Waypoints
 

I am glad that there are so talented people interested by the mechanism of way-points.
With the use of way-points an experienced PBEM player can create very challenging gaming conditions while designing a custom scenario.
What would be interesting is to work the way-point mechanism in conjunction with the reinforcement entry probability mechanism.

cheers :)

Re: Quantifying Waypoints
 

Pyros, don't know if they're talented but they are ...brave,for sure! :D

Can you give me a hint of what you have in mind exactly? (or generaly?) :)

Actually I have an idea about using fast units as reinforcements that can alter/influence the way all formations respond to their WP paths (especially to the WPs exerting speed control). Got you interested?

Re: Quantifying Waypoints
 

I've done, or at least tried to do, just that.

I can get a delayed entry unit to follow way points. You know exactly when and where the unit will appear you can pile waypoints in it's first movement hex so that on it's arrival turn the "correct" waypoint will be in the first hex it enters and off it goes (most of the time).

No way I can think of to work that with reinforcement probability tho. Since you can't be sure which turn it will arrive you can't be certain which waypoint needs to be in it's first movement hex.

Re: Quantifying Waypoints
 

The other problem with this is reinforcement probability is unit specific not formation specific. If the whole platoon turned up when the leader did it would be usefull but as it stands each unit checks individually & turns up on its own so the formation will be scatered across the map if the first to arrive moves off. Because of this always set to 100%.

Re: Quantifying Waypoints
 

Ok up to now I have this:
Tank platoon B (three tanks)
B0 is set as reinforcement in T5 (100%)
B1 is set as reinforcement in T5 (50%)
B2 is set as reinforcement in T5 (50%)

Additional WPs are used to buffer movement and keep units in place.

If B1 and B2 appear in T5, movement of the formation commences at T8 (they will remain in place for three turns). If B1 and B2 don't appear up until T12, then B0 will commence movement at that turn.

Now, is this what we're talking about?, because this is completely doable.

Re: Quantifying Waypoints
 

Right the diffrence in setoff time is due to the size of the formation on map?
I am busy at the moment only had time for a cursory read of your info waiting till get an afternoon free so can sit down & take in but looking hectic all week at the mo.

Re: Quantifying Waypoints
 

Correct. Less units on-map, smaller UIF, smaller number of deleted buffer WPs per Turn. The "effect" is as if the on-map unit is "waiting" for the off-map ones.

Re: Quantifying Waypoints
 

Actually the random probability effect should better work with sections or single units rather than platoons.
The point is to give a bigger replayability to any custom battle.
I would like to see this at an effect, in which any meeting engagement could turn out to become an offensive or defensive battle.

cheers