Darragh Kelly
Ton up Member
Hi
Regarding the reasonableness checks at the end of the paper regarding the % change in swim times and % change in lambda,swim. I'm just struggling to get my head around why the % change in lambda, and each swim time are the same? If they were related by a simple linear relationship I would agree but the formula for calculating the adjustment parameter for swim is: (1/(1+2*EXP(lambda*d))+2/3). So its see/stand over the fact if lambda decreased by 50%, swim time should also decrease by 50%?
Thanks,
Darragh
Regarding the reasonableness checks at the end of the paper regarding the % change in swim times and % change in lambda,swim. I'm just struggling to get my head around why the % change in lambda, and each swim time are the same? If they were related by a simple linear relationship I would agree but the formula for calculating the adjustment parameter for swim is: (1/(1+2*EXP(lambda*d))+2/3). So its see/stand over the fact if lambda decreased by 50%, swim time should also decrease by 50%?
Thanks,
Darragh