Re: Granite, Symmetry, and ID - Summary

On Jul 5, 8:11 pm, Seanpit <seanpitnos...@xxxxxxxxxxxxxxxxxxxxxxxxxxx>
wrote:
On Jul 5, 5:47 pm, sheldo...@xxxxxxx wrote:

The degree of irregularity is still the same. At least 30% of the
surface points on one half of the rock must vary in distance from the
center of the rock by more than 10% of the average surface point
distance.

Could this be a big hole in a cube? The surface points would be
nonexistent, or 0, of course. But 100% of the surface points would
vary 100% from the average surface point distance of the rest of the
object.

I'm not sure I am visualizing what you are asking here correctly?

Just visualize a hole in a cube, or look at one from your microplan
source. Does a hole satisfy the irregularity requirement?


.

Relevant Pages

  • Re: The Bet
    ... symmetry of surface irregularities I've listed, ... Measure it from the date Richard nominates an artifact. ... The distance of each surface point ... on one half of the rock is measured from the center of the stone. ...
    (talk.origins)
  • The Bet
    ... symmetry of surface irregularities I've listed, ... If you think I haven't carried out the appropriate "methodology", ... The distance of each surface point ... on one half of the rock is measured from the center of the stone. ...
    (talk.origins)
  • Re: Granite, Symmetry, and ID - Summary
    ... surface points on one half of the rock must vary in distance from the ... All of the surface points on a sphere are the same distance as ... prolate spheroids, so most river cobbles would pass his 30%/10% prescreen ...
    (talk.origins)
  • Re: Granite, Symmetry, and ID - Summary
    ... surface points on one half of the rock must vary in distance from the ... vary 100% from the average surface point distance of the rest of the ... Just visualize a hole in a cube, or look at one from your microplan ...
    (talk.origins)
  • Re: Granite, Symmetry, and ID - Summary
    ... surface points on one half of the rock must vary in distance from the ... vary 100% from the average surface point distance of the rest of the ... Does a hole satisfy the irregularity requirement? ...
    (talk.origins)