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Challenge This is a simple randomness challenge: Given a non-negative integer $n$, and positive integer $m$, simulate rolling and summing the results of $n$ fair dice, each of which have $m$ sides...

10 answers · posted 2y ago by Moshi‭ · last activity 10mo ago by RubenVerg‭

Question code-golf random

#2: Post edited by

Moshi‭ · 2021-08-26T02:24:54Z (over 2 years ago)
when you realize you forgot to put scoring lol

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# Challenge
This is a simple randomness challenge: Given a non-negative integer $n$, and positive integer $m$, simulate rolling and summing the results of $n$ fair dice, each of which have $m$ sides numbered $1$ through $m$.
Here is a basic ungolfed example in Python:
```python
from random import randint
def roll(n, m):
return sum([randint(1, m) for i in range(n)])
```
[Try it online!] (Also includes a basic visualization of the resulting distribution)
[Try it online!]: https://tio.run/##XY9Bb8IwDIXv@RXvlmSrJsrENIE48TMQB9SmWxBxKseV2K9nbunQ1Fwcy8/fe@5/5DvT@/3ecU7gM7VaYuozy9RFEtOGDpyvV0cVkt8a6OMgAxPKkNxx1rl6HKPLjIhI4/pXcORP/gFvFBEaiZnKn8MhDySBDWGPz51JWj52pshZin7nqRo8zZf0zWqlfGOWphUIL0h4RT0H7nmMWIRd9G98GYq4dQUL61Vkt7ZCoHZvrf@ntjerlCnOMeoZvw "Python 3 – Try It Online"

# Challenge
This is a simple randomness challenge: Given a non-negative integer $n$, and positive integer $m$, simulate rolling and summing the results of $n$ fair dice, each of which have $m$ sides numbered $1$ through $m$.
Here is a basic ungolfed example in Python:
```python
from random import randint
def roll(n, m):
return sum([randint(1, m) for i in range(n)])
```
[Try it online!] (Also includes a basic visualization of the resulting distribution)
This is code golf, so shortest code wins!
[Try it online!]: https://tio.run/##XY9Bb8IwDIXv@RXvlmSrJsrENIE48TMQB9SmWxBxKseV2K9nbunQ1Fwcy8/fe@5/5DvT@/3ecU7gM7VaYuozy9RFEtOGDpyvV0cVkt8a6OMgAxPKkNxx1rl6HKPLjIhI4/pXcORP/gFvFBEaiZnKn8MhDySBDWGPz51JWj52pshZin7nqRo8zZf0zWqlfGOWphUIL0h4RT0H7nmMWIRd9G98GYq4dQUL61Vkt7ZCoHZvrf@ntjerlCnOMeoZvw "Python 3 – Try It Online"

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#1: Initial revision by

Moshi‭ · 2021-08-26T02:21:18Z (over 2 years ago)

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Roll n fair dice

# Challenge

This is a simple randomness challenge: Given a non-negative integer $n$, and positive integer $m$, simulate rolling and summing the results of $n$ fair dice, each of which have $m$ sides numbered $1$ through $m$.

Here is a basic ungolfed example in Python:

```python
from random import randint
def roll(n, m):
    return sum([randint(1, m) for i in range(n)])
```
[Try it online!] (Also includes a basic visualization of the resulting distribution) 

[Try it online!]: https://tio.run/##XY9Bb8IwDIXv@RXvlmSrJsrENIE48TMQB9SmWxBxKseV2K9nbunQ1Fwcy8/fe@5/5DvT@/3ecU7gM7VaYuozy9RFEtOGDpyvV0cVkt8a6OMgAxPKkNxx1rl6HKPLjIhI4/pXcORP/gFvFBEaiZnKn8MhDySBDWGPz51JWj52pshZin7nqRo8zZf0zWqlfGOWphUIL0h4RT0H7nmMWIRd9G98GYq4dQUL61Vkt7ZCoHZvrf@ntjerlCnOMeoZvw "Python 3 – Try It Online"

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