top | item 44065842 (no title) GavinMcG | 9 months ago Is the bias from having more or fewer pips just as strong as the bias introduced by the water? discuss order hn newest yellowapple|9 months ago Depends on a lot of variables, I'd think:- How dense is the wood?- How much wood does each pip remove?- How much water does the wood absorb per unit of volume?- Are any capillary effects at play transferring absorbed water into the rest of the die?- Is it better to soak the 6 side to take advantage of more surface area? Or the 1 side to take advantage of more soakable volume?- Is the wood even uniformly dense to begin with? GavinMcG|9 months ago Indeed. But given the ratios between the other five numbers and the waterlogged six, do you think it’s even remotely plausible that the water isn’t doing anything? For it to not be necessary, you’d expect that the die comes pre-loaded.
yellowapple|9 months ago Depends on a lot of variables, I'd think:- How dense is the wood?- How much wood does each pip remove?- How much water does the wood absorb per unit of volume?- Are any capillary effects at play transferring absorbed water into the rest of the die?- Is it better to soak the 6 side to take advantage of more surface area? Or the 1 side to take advantage of more soakable volume?- Is the wood even uniformly dense to begin with? GavinMcG|9 months ago Indeed. But given the ratios between the other five numbers and the waterlogged six, do you think it’s even remotely plausible that the water isn’t doing anything? For it to not be necessary, you’d expect that the die comes pre-loaded.
GavinMcG|9 months ago Indeed. But given the ratios between the other five numbers and the waterlogged six, do you think it’s even remotely plausible that the water isn’t doing anything? For it to not be necessary, you’d expect that the die comes pre-loaded.
yellowapple|9 months ago
- How dense is the wood?
- How much wood does each pip remove?
- How much water does the wood absorb per unit of volume?
- Are any capillary effects at play transferring absorbed water into the rest of the die?
- Is it better to soak the 6 side to take advantage of more surface area? Or the 1 side to take advantage of more soakable volume?
- Is the wood even uniformly dense to begin with?
GavinMcG|9 months ago