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Posted: Wed May 24, 2006 1:51 am
by Elfgirl
you've posted on this topic 3,700 times?????
No wonder you're one of the top posters!! BUAHAHAHA!
4 (ooooh, first of the "cursed numbers!")
Posted: Wed May 24, 2006 1:51 am
by Revan
I like four...
erm.. lost count.
Posted: Wed May 24, 2006 3:42 am
by Elfgirl
go back a page, I think your last count was 3,762 or thereabouts...
5!
Posted: Thu May 25, 2006 1:24 am
by Revan
More than 5.
Posted: Thu May 25, 2006 1:26 am
by Elfgirl
Six...(or if you're a Kiwi, sux)
Posted: Thu May 25, 2006 1:27 am
by Revan
I'm a Kiwi, so that's a lot of help,
dunno... can't you count for me?
Posted: Thu May 25, 2006 3:47 am
by Elfgirl
Reverendinium wrote:
3746
This was back from the previous page - does that jog your memory somewhat, Rev?
seven for me!
Posted: Fri Jul 08, 2011 8:50 am
by sgt.null
sgtnull wrote:
hah, pikers! try replying to every mallory's post on the first page.
heh.
erm i dunno 3 or so?
Posted: Fri Jul 08, 2011 11:29 pm
by Lefdmae Deemalr Effaeldm
Oh, one more fun thread I haven't seen yet - guess I have a lot more to see
1
Posted: Mon Jul 11, 2011 5:07 am
by sgt.null
more than a few less than 5 score
Posted: Mon Jul 11, 2011 6:01 pm
by Lefdmae Deemalr Effaeldm
We're supposed to give some info first. Like "I'm Effaeldm". Or Eff. Or Ef. Or a load of different variants.
2
Posted: Mon Jul 18, 2011 10:39 am
by sgt.null
Gaussian Random Number Generator
This form allows you to generate random numbers from a Gaussian distribution (also known as a normal distribution). The randomness comes from atmospheric noise, which for many purposes is better than the pseudo-random number algorithms typically used in computer programs. The form uses a Box-Muller Transform to generate the Gaussian distribution from uniformly distributed numbers.
Step 1: The Numbers
Generate random numbers (maximum 10,000) from a Gaussian distribution.
The distribution's mean should be (limits ±1,000,000) and its standard deviation (limits ±1,000,000).
The numbers should have significant digits (minimum 2, maximum 20).
Note that this generator does not guarantee your numbers to have the exact mean and standard deviation of the distribution from which they are taken. To approximate the distribution better, generate more numbers.
Step 2: Display Options
Format the numbers in column(s).
You can choose the notation that will be used for your numbers:
Scientific (E) notation [explain this]
Standard decimal notation [to appear]
Step 3: Go![/b
]Be patient! It may take a little while to generate your numbers...
You requested 10 numbers from a Gaussian distribution with mean 0.0, standard deviation 1.0 and using 10 significant digits.
Here are your random numbers:
1.3263245440e-1 -6.8396040430e-1
2.8271760180e-1 -2.8239280920e-1
3.3665510460e-1 2.7350173770e+0
1.0741738590e+0 -6.0581035730e-1
1.4643456450e+0 -9.0014467650e-1
Posted: Mon Sep 08, 2014 12:06 am
by ussusimiel
I don;t think you did the last one right, Sarge!
My 1st.
Posted: Sat Sep 20, 2014 5:34 am
by sgt.null
at least my thirth
Posted: Sat Sep 20, 2014 12:51 pm
by ussusimiel
Posted: Sat Sep 20, 2014 2:00 pm
by sgt.null
Your Name Here answered 5 years ago
It helps to think of all numbers as "complex numbers": that is, a+b*i. i is an imaginary (unreal) number, always taking the value of the square root of -1.
Complex numbers are split into three categories. Complex numbers are those in which both a and b are not 0. One example is 12+5i.
Another category is real numbers (where b=0). Such numbers are 2, -7, and 13x.
Imaginary numbers is the final category, and in which a=0. Examples of imaginary numbers are i itself, 12i, and the square root of -27.
If we were to find the answer to the square root of -9, we'd have to find 9's square root and multiply it by i. In short, 3i.
The powers of i are as follows: i^0=1, i^1=i, i^2=-1, i^3=-i. The cycle repeats from there, forwards and backwards. i is seldom used outside of quadratic equations, quartic equations, sixth-degree equations, and so on.
Posted: Mon Oct 06, 2014 2:47 pm
by ussusimiel
3.
Posted: Fri Nov 21, 2014 6:35 pm
by sgt.null
a random number theory
Posted: Sat Nov 29, 2014 4:14 pm
by ussusimiel
Posted: Sat Nov 29, 2014 6:59 pm
by Cord Hurn
I like listening to rock, blues, and pop.
1