character generation

[Arlen Blaede]

Orginally posted by Chioran

1. Roll 4d6 x 7
2. calculate the per die variance
3. given normal distribution determine probability of rolling above x_bar - variance call this value P
4. reroll all die below x_bar - variance P times
5. calculate x_bar raised to the power P
6. then using using x_bar for (a), variance for (B) and P for © calculate Y based on the quadratic equation
7. divide the answer from 5 by the answers in 6 and then...

what were we tryting to determine?

Just remember, when all else fails, del *.*

Then you can begin with a clean slate

[Chioran]

Orginally posted by Arlen Blaede

Orginally posted by Chioran

1. Roll 4d6 x 7
2. calculate the per die variance
3. given normal distribution determine probability of rolling above x_bar - variance call this value P
4. reroll all die below x_bar - variance P times
5. calculate x_bar raised to the power P
6. then using using x_bar for (a), variance for (B) and P for © calculate Y based on the quadratic equation
7. divide the answer from 5 by the answers in 6 and then...

what were we tryting to determine?

Just remember, when all else fails, del *.*

Then you can begin with a clean slate

format c: /u is so much more permanent

[Arlen Blaede]

Actually, to be honest, I have been often tempted to use the sledgehammer formula. :)

[blitzmacher]

Won't that ruin your dice?

[Chioran]

Orginally posted by blitzmacher

Won't that ruin your dice?

Only if they are too close. clear the field first then have at it.

[Arlen Blaede]

No, just make sure you buy the high-impact dice. They act like shrapnel then.

Grinning like a pyro in a barn fire. :)