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## Factorial 階層
### 1. write down a _non-recursive_ algorithm or code for n!
```
int Fac (int n)
{
if (n==0) return 1;
else //n>0
{
int s=1 ; i;
for ( i=1; i def:
> n!=1, if (…
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In the help notes for this "sieve" block included in the demos for the Streams library, you say "It's called SIEVE because the algorithm it uses is the Sieve of
Eratosthenes: https://en.wikipedia.org…
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Hi! Just found this project in my GitHub feed and tried it out.
It seems great, but the "who cited Paper X?" is rather simple information to get through a manual search as well (e.g. on Google Scho…
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Implement in Python the divide and conquer *quicksort* algorithm – i.e. the recursive `def quicksort(input_list, start, end)`. It takes a list and the positions of the first and last elements in the …
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- [ ] 3 line-length short description for recursion in algorithms
- [ ] 5 to 8 common tips and tricks to solve interview challenges that are related to recursion
- [ ] A simple example to demonstrat…
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Implement in Python the divide and conquer *quicksort* algorithm – i.e. the recursive `def quicksort(input_list, start, end)`. It takes a list and the positions of the first and last elements in the …
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When reducing the time series forecasting problem to a tabular regression and when the model is considered fixed once trained it would be possible in theory to pass an array of samples to `update_pred…
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Regarding the naming definition we started in #41, I did some (limited) research what standard resources call "recursively enumerable". (My opinion then follows below)
Rogers:
> **Definition** …
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I want to contribute and add jump, interpolation, exponential and binary (iterative and recursive) searching algorithms to this project.
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As of monadic, `multiply` is a mess: attempts were made to unroll a mutually recursive set of algorithms introduced in functional to handle nested edge cases, but the result is cumbersome and could us…