Closed TheoPannetier closed 1 month ago
E.g., the emigration probability should always be between 0 and 1, even if the allele values sum to something different.
Test this for 3-4 dispersal traits, using both the additive and average mode of expression.
Bounds for each evolvable dispersal trait:
0 <= ‘emigration_ep’ <= 1
0 <= ‘emigration_d0’ <= 1
0 < ‘emigration_alpha’
‘emigration_beta’
0 < ‘settlement_alpha’
‘settlement_beta’
0 <= ‘kernel_meanDistance1’
0 <= ‘kernel_meanDistance2’
0 <= ‘kernel_probability’ <= 1
0 <= ‘crw_stepLength’
0 <= ‘crw_stepCorrelation’ <= 1
1 <= ‘sms_directionalPersistence’
1 <= ‘sms_goalBias’
0 < ‘sms_alphaDB’
‘sms_betaDB’
Let's go with
Done
E.g., the emigration probability should always be between 0 and 1, even if the allele values sum to something different.
Test this for 3-4 dispersal traits, using both the additive and average mode of expression.
Bounds for each evolvable dispersal trait:
0 <= ‘emigration_ep’ <= 1
0 <= ‘emigration_d0’ <= 1
0 < ‘emigration_alpha’
‘emigration_beta’
0 < ‘settlement_alpha’
‘settlement_beta’
0 <= ‘kernel_meanDistance1’
0 <= ‘kernel_meanDistance2’
0 <= ‘kernel_probability’ <= 1
0 <= ‘crw_stepLength’
0 <= ‘crw_stepCorrelation’ <= 1
1 <= ‘sms_directionalPersistence’
1 <= ‘sms_goalBias’
0 < ‘sms_alphaDB’
‘sms_betaDB’