Note you have to practically disregard the models RP used to get to this range of the multiplier. âWelfare range with neuron countsâ = âweight on neuron countsâ*âwelfare range based solely on neuron countsâ + (1 - âweight on neuron countsâ)*âwelfare range without neuron counts (RPâs)â â âweight on neuron countsâ = (1 â 1/ââmultiplierâ)/â(1 - âwelfare range based solely on neuron countsâ/ââwelfare range with neuron countsâ), where âmultiplierâ = âwelfare range without neuron countsâ/ââwelfare range with neuron countsâ. So you would need the following weights on neuron counts:
Thanks for the post, Nick.
Note you have to practically disregard the models RP used to get to this range of the multiplier. âWelfare range with neuron countsâ = âweight on neuron countsâ*âwelfare range based solely on neuron countsâ + (1 - âweight on neuron countsâ)*âwelfare range without neuron counts (RPâs)â â âweight on neuron countsâ = (1 â 1/ââmultiplierâ)/â(1 - âwelfare range based solely on neuron countsâ/ââwelfare range with neuron countsâ), where âmultiplierâ = âwelfare range without neuron countsâ/ââwelfare range with neuron countsâ. So you would need the following weights on neuron counts:
For chickens, and a multiplier of:
5, 80.6 % (= (1 â 1â5)/â(1 â 0.00244/â0.332)).
100, 99.7 % (= (1 â 1â100)/â(1 â 0.00244/â0.332)).
For shrimp, and a multiplier of:
5, 80.0 % (= (1 â 1â5 â 1)/â(1 â 10^-6/â0.031)).
100, 99.0 % (= (1 â 1â100)/â(1 â 10^-6/â0.031)).
Thanks Vasco yeah my apologies I messed this one up, have changed it now. Whereâs the âOOpsâ emoji.