Talk:Self-describing numbers

What do we do?

Hi,
What is asked for in this task?
What does someone need to do to fulfil the goals of the task?

At the moment this reads like an encyclopedia entry rather than a task description. --Paddy3118 12:33, 8 May 2011 (UTC)

Template needed

Now that I've added some clear goals, I find I can't remember that template that asks people to examine and modify their language examples due to a task change. Could someone add this for me please? Thanks. --Paddy3118 13:33, 8 May 2011 (UTC)

It was {{clarified-review}}. You can find a list of all the templates in Category:RCTemplates. I also made a list of hints for example-level templates here. --Mwn3d 13:39, 8 May 2011 (UTC)

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Moved from Talk:Self-Describing Numbers

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This does not look like it was written as a task, so I just threw together something that looks like it might be relevant (but I am perfectly willing to believe it's not). --Rdm 22:57, 7 May 2011 (UTC)

I actually received an email from the task creator five hours ago:

Hi, my account: "Xkrouhn"
 
I do not speak English, sorry.!

I want to write a new task in Rosetta Code. 

This task is solve  in Basic.
 
Self-describing numbers:
There are several integers numbers
called "self-describing".
Integers with the property that, 
when digit positions are labeled 0 to N-1, the
digit in each position is equal to the number of times
that that digit appears in the number.
For example 2020 is a four digit self describing number.
Position "0" has value 2 and there is two 0 in the number.
Position "1" has value 0 because there are not 1's in the number.
Position "2" has value 2 and there is two 2.
And the position "3" has value 0 and there are zero 3's.
Self-describing numbers < 100.000.000 :
1210 - 2020 - 21200 - 3211000 - 42101000
 
 
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This is the program in Basic
 
'Self-describing numbers < 100.000.000
'1210
'2020
'21200
'3211000
'42101000
 
cls
dim v (10)
dim w (10)
input "Number = ";a$
cls
b = len(a$)
for c = 1 to b
    d$ = mid$(a$,c,1)
    v(val(d$)) = v(val(d$)) + 1
    w(c - 1) = val(d$)
next c
for n = 0 to 10
    if v(n) = w(n) then r = r + 1
next n
if r = 11 then print a$; " Yes, is a Self-describing number"
if r <> 11 then print a$; " Not is a Self-describing number"
for m = 0 to 10
    v(m) = 0
    w(m) = 0
next m
print
print "End"
end
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I wish to know how to write / do in Rosetta Code
Task / Basic / Solve

Greetings 

And my reply a few hours ago:

Hi!

This is a great task idea. I think the person you should ask about
this would be Paddy3118 and/or Rdm.

I'd leave a note on http://rosettacode.org/wiki/User_talk:Paddy3118
and chat with him about it. Use Google Translate or some such if you
need to. Perhaps including the original Spanish would help, too. There
are a large number of folks on Rosetta Code who know multiple spoken
languages, so I'm sure we'd muddle through it somehow.

Paddy is one of the best task creators we have, and could help you
figure out how to build the task. Rdm knows a great deal about math,
and could quite probably provide insight for better ways of describing
the math pattern the task is about.

Alternately, take a look at
http://blog.rosettacode.org/2011/01/getting-2011-rolling.html ... That
has instructions on how to get started with task creation, quickly.

--Michael Mol 04:13, 8 May 2011 (UTC)

Hi, I've just seen this and will see what I can do to help. --Paddy3118 13:24, 8 May 2011 (UTC)

Duplicate task

This task appears to be a duplicate of Self-describing numbers. (Case sensitivity is a pain!)

Markhobley 04:50, 8 May 2011 (UTC)

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