original injury chart

[ranul]

# defender attacker non inj non pin fall
2 1.62% 1.16% 0.00% 97.22%
3 1.62% 1.16% 5.56% 91.67%
4 3.24% 2.31% 11.11% 88.89%
5 3.24% 2.31% 22.22% 72.22%
6 4.86% 3.47% 33.33% 58.33%
7 4.86% 3.47% 50.00% 41.67%
8 6.48% 4.63% 61.11% 27.78%
9 6.48% 4.63% 72.22% 16.67%
10 8.10% 5.79% 77.78% 8.33%
11 8.10% 5.79% 83.33% 2.78%
12 9.72% 6.94% 83.33% 0.00%

[Scott Fire 54]

Uh?

[LWPD]

Oct 11, 2009 19:48:26 GMT -5 ranul said:

# attacker defender non inj non pin fall
2 1.62% 1.16% 0.00% 97.22%
3 1.62% 1.16% 5.56% 91.67%
4 3.24% 2.31% 11.11% 88.89%
5 3.24% 2.31% 22.22% 72.22%
6 4.86% 3.47% 33.33% 58.33%
7 4.86% 3.47% 50.00% 41.67%
8 6.48% 4.63% 61.11% 27.78%
9 6.48% 4.63% 72.22% 16.67%
10 8.10% 5.79% 77.78% 8.33%
11 8.10% 5.79% 83.33% 2.78%
12 9.72% 6.94% 83.33% 0.00%

Ranul

Thanks for making the effort. Are those percentages dice roll probabilities? If so what type of dice were used (6 sided, 10 sided, ?) and what were the base numbers? If you give me that info I can archive your work and convert it into a tabled PDF chart.

[ranul]

they are based on 6 sided dice .
a injury will happen on the roll of doubles
2-7 in the injury chart means that the defender is injured
8-12 in the injury chart means the attacker is injured
for example lets say that guy being pinned has a fatigue of 6

out of the 36 possiblitys
3 =injury chart attacker percentage is (3/36)*(15/36)
defender percentage is (3/36)*(21/36)
12 = pinned but no injury/percentage is 12/36
21= no pin fall /percentage is 21/36