meta user
network profile
| bio | website | yume3.sourceforge.net |
|---|---|---|
| location | MT | |
| age | 92 | |
| visits | member for | 1 year, 10 months |
| seen | yesterday | |
| stats | profile views | 22 |
Picture: American Avocet on Yellowstone River, 10 May 2012
Commitments: English Language Learners
Following: Digital Fabrication definition
Author of programs yume as seen here and qenqote as described here
qenqote automates URL-formatting editing and can minimize the amount of manual editing needed when you include a URL in a stackexchange post.
Former pictures: Dakota puddles (prairie potholes), 2012-01-30; Yellowstone River icicles, 12 Dec 2011; Black-and-white ducks on YR, ca 6 Jan 2012; Eagle in eastwind snow, on south bank of YR, 15 Jan 2012; Sunlight & shadows on riverbottom, 5 Feb 2012; Duck in park puddle, June 2011; Trumpeter swan pair on Yellowstone River, 13 Feb 2012; American Avocet on Yellowstone River, 10 May 2012; Pelicans flying above Yellowstone River, 24 June 2012; Rainbow above Livingston Peak, 23 July 2012; Pelican in Yellowstone River, 16 May 2012; Rose/squirrel, 21 Nov 2012; old Bangalore station, Dec 2004
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2d |
awarded | Constituent |
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May 6 |
awarded | Caucus |
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Nov 21 |
comment |
Is the function $f( x)=1/|x|^{1/2}$ Lipschitz continuous? The stated $x_i$ don't work; eg if C = 1+e for small positive e, $|f(x_1)-f(x_2)| < C|x_1-x_2|$. However, $x_1 = \frac{1}{C^2}$ and $x_2 = \frac{1}{2C^2}$ work. |
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Oct 22 |
awarded | Critic |
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Jul 31 |
awarded | Excavator |
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Jul 31 |
revised |
Zero probability and impossibility fix some spellings |
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Jul 31 |
suggested | suggested edit on Zero probability and impossibility |
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Jul 14 |
awarded | Yearling |
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Dec 7 |
revised |
Is this probabilistic argument about “mutual primitive roots” correctly done? added 462 characters in body |
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Dec 7 |
comment |
Is this probabilistic argument about “mutual primitive roots” correctly done? @Gerry, I've removed the "q/2" errors, and now am using estimate $\phi(x)>x/(e^\gamma\log\log x+3/\log\log x)$ |
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Dec 7 |
revised |
Is this probabilistic argument about “mutual primitive roots” correctly done? added 496 characters in body |
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Dec 7 |
revised |
Is this probabilistic argument about “mutual primitive roots” correctly done? deleted 63 characters in body |
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Dec 7 |
comment |
Is this probabilistic argument about “mutual primitive roots” correctly done? I forgot that the number of primitive roots is ϕ(ϕ(q)) and for some reason got stuck on the idea of (q-3)/2 (which may be an upper bound?) I'll look further at Artin and Bateman-Horn. |
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Dec 6 |
revised |
Is this probabilistic argument about “mutual primitive roots” correctly done? deleted 3 characters in body |
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Dec 6 |
asked | Is this probabilistic argument about “mutual primitive roots” correctly done? |
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Nov 23 |
answered | Check if point on circle is in between two other points (Java) |
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Nov 20 |
answered | What is wrong with my algorithm (finding if the origin is within a triangle's interior)? |
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Nov 15 |
comment |
Percentage of primes among the natural numbers @MartinSleziak Moose can un-accept one answer and accept a different one at any time, should he or she so desire. |
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Nov 15 |
comment |
Problem on Divide-and-Conquer Relation Although you say "Each player who loses in the first round gets nothing", the problem says "a player who loses in the first round gets $100". |
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Nov 15 |
comment |
Counting walks on colored graphs Can you explain your $3*2^{k−1}$ walks on k 3-colored vertices formula? At least at k=1 and k=2 the numbers appear to be twice as large; e.g {br, bg, gr, gb, rg, rb} at k=1, and {gbg, grg, gbr, grb, etc} at k=2. |
