| ALL_EQUAL |
constant |
ID for a FSID: social influence is equal for all speakers. |
| DIST_IMPACT |
[0;4] |
exponent of distance in the formula. |
| HYPER_INFLUENTIAL |
constant |
ID for a FSID. Like POISSON_CURVE but with some (approx. 2.5%) speakers who are hyper-influential. |
| MAX_AGE |
> 1 |
speaker dies when reaching this age. |
| MOVE_IN |
[0;1] |
chance of moving into the society. |
| MOVE_OUT |
[0;1] |
chance of moving away from the society. |
| MUT_RATE |
[0;1] |
mutation rate; chance of acquiring another E-pattern than that determined by the adaption algorithm |
| NORMALLY_DISTRIB |
constant |
ID for a FSID that distributes social influence normally. |
| NUM_IMPACT |
[0;4] |
exponent of the number of speakers using a certain E-pattern. a value of 0.8 for example accounts to the fact that an increase in the number of people using a certain E-pattern doesn't increase the over all impact of the E-pattern in a linear way. |
| POISSON_CURVE |
constant |
ID for a FSID that distributes social influence normally. after distribution social influence is squared |
| SOC_LEVELS |
20 |
levels of social influences. they don't have to be equidistant. this depends on the used FSID (function for social influence distribution) |
| SUDDEN_DEATH |
[0;1] |
chance of dying before reaching the maximum age. |
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