meetforever/GRPO_CL huggingface dataset:
user: # Definition 

A number is a **_Special Number_** *if it’s digits only consist 0, 1, 2, 3, 4 or 5*

**_Given_** a number *determine if it special number or not* .  



# Warm-up (Highly recommended)

# [Playing With Numbers Series](https://www.codewars.com/collections/playing-with-numbers)
___

# Notes 

* **_The number_** passed will be **_positive_** (N > 0) .

* All **single-digit numbers** with in the interval **_[0:5]_** are considered as **_special number_**. 
___

# Input >> Output Examples

```
specialNumber(2) ==> return "Special!!"
```
## Explanation: 

It's **_a single-digit number_** within the interval **_[0:5]_** . 

```
specialNumber(9) ==> return "NOT!!"
```
## Explanation:

Although, it's a single-digit number but **_Outside the interval [0:5]_** .

```
specialNumber(23) ==> return "Special!!"
```
## Explanation: 

All **_the number's digits_** formed from the interval **_[0:5]_** digits .

```
specialNumber(39) ==> return "NOT!!"
```
## Explanation: 

Although, *there is a digit (3) Within the interval* **_But_** **_the second digit is not (Must be ALL The Number's Digits )_** .

```
specialNumber(59) ==> return "NOT!!"
```
## Explanation:  

Although, *there is a digit (5) Within the interval* **_But_** **_the second digit is not (Must be ALL The Number's Digits )_** .

```
specialNumber(513) ==> return "Special!!"
```
___
```
specialNumber(709) ==> return "NOT!!"
```
___

# [For More Enjoyable Katas](http://www.codewars.com/users/MrZizoScream/authored)          

### ALL translation are welcomed

## Enjoy Learning !!
# Zizou

Answer: {"fn_name": "special_number", "inputs": [[2], [3], [5], [9], [7], [23], [79], [32], [39], [55], [11350224]], "outputs": [["Special!!"], ["Special!!"], ["Special!!"], ["NOT!!"], ["NOT!!"], ["Special!!"], ["NOT!!"], ["Special!!"], ["NOT!!"], ["Special!!"], ["Special!!"]]}
user: In this kata, you have to define a function named **func** that will take a list as input.

You must try and guess the pattern how we get the output number and return list - **[output number,binary representation,octal representation,hexadecimal representation]**, but **you must convert that specific number without built-in : bin,oct and hex functions.**

Examples : 

```python
func([12,13,6,3,6,45,123]) returns - [29,'11101','35','1d']

func([1,9,23,43,65,31,63,99]) returns - [41,'101001','51','29']

func([2,4,6,8,10,12,14,16,18,19]) returns - [10,'1010','12','a']
```

Answer: {"fn_name": "func", "inputs": [[[1, 4, 9, 16, 25, 36, 49]], [[2, 31, 3, 56, 46, 3, 467, 33]], [[9, 99, 999, 9999]], [[1, 12, 123, 1234, 12345]], [[1, 2, 6, 3, 1, 577, 12]]], "outputs": [[[20, "10100", "24", "14"]], [[80, "1010000", "120", "50"]], [[2776, "101011011000", "5330", "ad8"]], [[2743, "101010110111", "5267", "ab7"]], [[86, "1010110", "126", "56"]]]}
user: ### Preface
You are currently working together with a local community to build a school teaching children how to code. First plans have been made and the community wants to decide on the best location for the coding school.
In order to make this decision data about the location of students and potential locations is collected. 

### Problem
In order to be able to attract and teach as many students as possible we want to minimize the total traveling distance for potential students. The streets system is organized in a traditional grid system and students can only travel horizontally or vertically (not diagonal).

The locations of interested students is given as an array with the first value of each entry presenting the x coordinate and the second value presenting the y coordinate:
```python
students = [[3,7],[2,2],[14,1], ...];
```
Potential locations are passed as an array of objects with an unique id, a x and y coordinate:
```python
locations = [{"id": 1, "x": 3, "y": 4}, {"id": 2, "x": 8, "y": 2}, ...];
```

Your task is now to evaluate which of the school locations would be best to minimize the distance for all potential students to the school.

The desired output should consist of a string indicating the ID of the best suitable location and the x and y coordinates in the following form:

```
"The best location is number 1 with the coordinates x = 3 and y = 4"
```

Answer: {"fn_name": "optimum_location", "inputs": [[[[3, 7], [2, 2], [14, 1]], [{"id": 1, "x": 3, "y": 4}, {"id": 2, "x": 8, "y": 2}]], [[[54, 7], [1, 211], [14, 44], [12, 5], [14, 7]], [{"id": 1, "x": 44, "y": 55}, {"id": 2, "x": 12, "y": 57}, {"id": 3, "x": 23, "y": 66}]], [[[152, 7], [1, 211], [14, 56], [12, 4], [142, 7]], [{"id": 1, "x": 63, "y": 55}, {"id": 2, "x": 55, "y": 21}, {"id": 3, "x": 144, "y": 12}]], [[[152, 742], [466, 2211], [1412, 564], [142, 444], [142, 744]], [{"id": 1, "x": 1263, "y": 525}, {"id": 2, "x": 55, "y": 21}, {"id": 3, "x": 537, "y": 1244}]], [[[7, 66], [71, 7], [0, 94], [16, 93], [33, 49], [49, 81], [17, 2], [95, 71], [32, 14], [31, 41], [92, 72], [12, 79]], [{"y": 38, "x": 32, "id": 1}, {"y": 49, "x": 73, "id": 2}, {"y": 85, "x": 50, "id": 3}, {"y": 2, "x": 79, "id": 4}, {"y": 20, "x": 44, "id": 5}, {"y": 56, "x": 17, "id": 6}, {"y": 43, "x": 26, "id": 7}, {"y": 61, "x": 89, "id": 8}, {"y": 18, "x": 15, "id": 9}, {"y": 34, "x": 41, "id": 10}, {"y": 27, "x": 99, "id": 11}]]], "outputs": [["The best location is number 1 with the coordinates x = 3 and y = 4"], ["The best location is number 2 with the coordinates x = 12 and y = 57"], ["The best location is number 2 with the coordinates x = 55 and y = 21"], ["The best location is number 3 with the coordinates x = 537 and y = 1244"], ["The best location is number 6 with the coordinates x = 17 and y = 56"]]}
user: Build a function `sumNestedNumbers`/`sum_nested_numbers` that finds the sum of all numbers in a series of nested arrays raised to the power of their respective nesting levels.  Numbers in the outer most array should be raised to the power of 1.

For example,

should return `1 + 2*2 + 3 + 4*4 + 5*5*5 === 149`

Answer: {"fn_name": "sum_nested_numbers", "inputs": [[[0]], [[1, 2, 3, 4, 5]], [[1, [2], 3, [4, [5]]]], [[6, [5], [[4]], [[[3]]], [[[[2]]]], [[[[[1]]]]]]], [[1, [-1], [[1]], [[[-1]]], [[[[1]]]]]]], "outputs": [[0], [15], [149], [209], [5]]}
user: # A History Lesson

The Pony Express was a mail service operating in the US in 1859-60.





It reduced the time for messages to travel between the Atlantic and Pacific coasts to about 10 days, before it was made obsolete by the transcontinental telegraph.

# How it worked

There were a number of *stations*, where:


* The rider switched to a fresh horse and carried on, or

* The mail bag was handed over to the next rider


# Kata Task


`stations` is a list/array of distances (miles) from one station to the next along the Pony Express route.

Implement the `riders` method/function, to return how many riders are necessary to get the mail from one end to the other.

##  Missing rider

In this version of the Kata a rider may go missing. In practice, this could be for a number of reasons - a lame horse, an accidental fall, foul play... 

After some time, the rider's absence would be noticed at the **next** station, so the next designated rider from there would have to back-track the mail route to look for his missing colleague. The missing rider is then safely escorted back to the station he last came from, and the mail bags are handed to his rescuer (or another substitute rider if necessary). 

`stationX` is the number (2..N) of the station where the rider's absence was noticed.

# Notes

* Each rider travels as far as he can, but never more than 100 miles.

# Example

GIven

* `stations = [43, 23, 40, 13]`

* `stationX = 4`

So

`S1` ...  ... 43 ...  ... `S2` ...  ... 23 ...  ... `S3` ...  ... 40 ...  ... `S4` ...  ... 13 ...  ... `S5`

* Rider 1 gets as far as Station S3
* Rider 2 (at station S3) takes mail bags from Rider 1
* Rider 2 never arrives at station S4
* Rider 3 goes back to find what happened to Rider 2
* Rider 2 and Rider 3 return together back to Station S3
* Rider 3 takes mail bags from Rider 2
* Rider 3 completes the journey to Station S5

**Answer:** 
3 riders




*Good Luck.
DM.*

---

See also
* The Pony Express
* The Pony Express (missing rider)

Answer: {"fn_name": "riders", "inputs": [[[43, 23, 40, 13], 4], [[18, 15], 2], [[43, 23, 40, 13], 3], [[33, 8, 16, 47, 30, 30, 46], 5], [[6, 24, 6, 8, 28, 8, 23, 47, 17, 29, 37, 18, 40, 49], 2], [[50, 50], 2], [[50, 50, 25, 50, 24], 3], [[50, 51, 25, 50, 25], 3], [[50, 100, 25, 50, 26], 3], [[100], 2], [[50, 50], 3], [[50, 51], 3]], "outputs": [[3], [2], [2], [5], [5], [3], [3], [5], [6], [3], [2], [4]]}
user: Complete the solution so that it returns the number of times the search_text is found within the full_text.

```python
search_substr( fullText, searchText, allowOverlap = true )
```

so that overlapping solutions are (not) counted. If the searchText is empty, it should return `0`. Usage examples:

```python
search_substr('aa_bb_cc_dd_bb_e', 'bb') # should return 2 since bb shows up twice
search_substr('aaabbbcccc', 'bbb') # should return 1
search_substr( 'aaa', 'aa' ) # should return 2
search_substr( 'aaa', '' ) # should return 0
search_substr( 'aaa', 'aa', false ) # should return 1
```

Answer: {"fn_name": "search_substr", "inputs": [["aa_bb_cc_dd_bb_e", "bb"], ["aaabbbcccc", "bbb"], ["aaacccbbbcccc", "cc"], ["aaa", "aa"], ["aaa", "aa", false], ["aaabbbaaa", "bb", false], ["a", ""], ["", "a"], ["", ""], ["", "", false]], "outputs": [[2], [1], [5], [2], [1], [1], [0], [0], [0], [0]]}
user: Implement a function which 
creates a **[radix tree](https://en.wikipedia.org/wiki/Radix_tree)** (a space-optimized trie [prefix tree]) 
in which each node that is the only child is merged with its parent [unless a word from the input ends there]) 
from a given list of words 
using dictionaries (aka hash maps or hash tables) where:

1. The dictionary keys are the nodes.
2. Leaf nodes are empty dictionaries.
3. The value for empty input is an empty dictionary.
4. Words are all lowercase or empty strings.
5. Words can contain duplicates.

### Examples:

```python
>>> radix_tree()
{}

>>> radix_tree("")
{}

>>> radix_tree("", "")
{}

>>> radix_tree("radix", "tree")
{"radix": {}, "tree": {}}

>>> radix_tree("ape", "apple")
{"ap": {"e": {}, "ple": {}}}

>>> radix_tree("apple", "applet", "apple", "ape")
{"ap": {"ple": {"t": {}}, "e": {}}}

>>> radix_tree("romane", "romanus", "romulus", "rubens", "rubicon", "rubicundus")
{"r": {"om": {"an": {"e": {}, "us": {}}, "ulus": {}},
       "ub": {"ens": {}, "ic": {"on": {}, "undus": {}}}}}

>>> radix_tree("appleabcd", "apple")
{"apple": {"abcd": {}}}
```

Answer: {"fn_name": "radix_tree", "inputs": [[""], ["abc", "def", "ghi", "jklm", "nop"], ["ape", "apple"], ["ape", "appendix", "apel"], ["ape", "apple", "applet", "appendix"], ["romane", "romanus", "romulus"], ["test", "tester", "testers"], ["test", "tester", "testers", "tester"], ["testers", "tester", "test"]], "outputs": [[{}], [{"abc": {}, "def": {}, "ghi": {}, "jklm": {}, "nop": {}}], [{"ap": {"e": {}, "ple": {}}}], [{"ap": {"e": {"l": {}}, "pendix": {}}}], [{"ap": {"e": {}, "p": {"le": {"t": {}}, "endix": {}}}}], [{"rom": {"an": {"e": {}, "us": {}}, "ulus": {}}}], [{"test": {"er": {"s": {}}}}], [{"test": {"er": {"s": {}}}}], [{"test": {"er": {"s": {}}}}]]}
user: Consider the number triangle below, in which each number is equal to the number above plus the number to the left. If there is no number above, assume it's a `0`.

The triangle has `5` rows and the sum of the last row is `sum([1,4,9,14,14]) = 42`.

You will be given an integer `n` and your task will be to return the sum of the last row of a triangle of `n` rows. 

In the example above:
More examples in test cases. Good luck!

```if:javascript
### Note

This kata uses native arbitrary precision integer numbers ( `BigInt`, `1n` ).  
Unfortunately, the testing framework and even native `JSON` do not fully support them yet.  
`console.log(1n)` and `(1n).toString()` work and can be used for debugging.  

We apologise for the inconvenience.
```

Answer: {"fn_name": "solve", "inputs": [[4], [5], [6], [7], [8], [20]], "outputs": [[14], [42], [132], [429], [1430], [6564120420]]}
user: An AI has infected a text with a character!! 

This text is now **fully mutated** to this character.

If the text or the character are empty, return an empty string.  
There will never be a case when both are empty as nothing is going on!!

**Note:** The character is a string of length 1 or an empty string.

# Example
```python
text before = "abc"
character   = "z"
text after  = "zzz"
```

Answer: {"fn_name": "contamination", "inputs": [["abc", "z"], ["", "z"], ["abc", ""], ["_3ebzgh4", "&"], ["//case", " "]], "outputs": [["zzz"], [""], [""], ["&&&&&&&&"], ["      "]]}
user: Create a function that takes a string and returns that
string with the first half lowercased and the last half uppercased.

eg: foobar == fooBAR

If it is an odd number then 'round' it up to find which letters to uppercase. See example below.

    sillycase("brian")  
    //         --^-- midpoint  
    //         bri    first half (lower-cased)  
    //            AN second half (upper-cased)

Answer: {"fn_name": "sillycase", "inputs": [["foobar"], ["codewars"], ["jAvASCript"], ["brian"], ["jabberwock"], ["SCOTland"], ["WeLlDoNe"]], "outputs": [["fooBAR"], ["codeWARS"], ["javasCRIPT"], ["briAN"], ["jabbeRWOCK"], ["scotLAND"], ["wellDONE"]]}
user: Given 2 strings, your job is to find out if there is a substring that appears in both strings. You will return true if you find a substring that appears in both strings, or false if you do not. We only care about substrings that are longer than one letter long.

#Examples:

````
*Example 1*
SubstringTest("Something","Fun"); //Returns false

*Example 2*
SubstringTest("Something","Home"); //Returns true
````
In the above example, example 2 returns true because both of the inputs contain the substring "me". (so**ME**thing and ho**ME**)  
In example 1, the method will return false because something and fun contain no common substrings. (We do not count the 'n' as a substring in this Kata because it is only 1 character long)

#Rules:
Lowercase and uppercase letters are the same. So 'A' == 'a'.  
We only count substrings that are > 1 in length.  

#Input:
Two strings with both lower and upper cases.
#Output:
A boolean value determining if there is a common substring between the two inputs.

Answer: {"fn_name": "substring_test", "inputs": [["Something", "Home"], ["Something", "Fun"], ["Something", ""], ["", "Something"], ["BANANA", "banana"], ["test", "lllt"], ["", ""], ["1234567", "541265"], ["supercalifragilisticexpialidocious", "SoundOfItIsAtrocious"], ["LoremipsumdolorsitametconsecteturadipiscingelitAeneannonaliquetligulautplaceratorciSuspendissepotentiMorbivolutpatauctoripsumegetaliquamPhasellusidmagnaelitNullamerostellustemporquismolestieaornarevitaediamNullaaliquamrisusnonviverrasagittisInlaoreetultricespretiumVestibulumegetnullatinciduntsempersemacrutrumfelisPraesentpurusarcutempusnecvariusidultricesaduiPellentesqueultriciesjustolobortisrhoncusdignissimNuncviverraconsequatblanditUtbibendumatlacusactristiqueAliquamimperdietnuncsempertortorefficiturviverra", "thisisalongstringtest"], ["Codewars is sweet!", "is"]], "outputs": [[true], [false], [false], [false], [true], [false], [false], [true], [true], [true], [true]]}
user: How many days are we represented in a foreign country?

My colleagues make business trips to a foreign country. We must find the number of days our company is represented in a country. Every day that one or more colleagues are present in the country is a day that the company is represented. A single day cannot count for more than one day.

Write a function that recieves a list of pairs and returns the number of days that the company is represented in the foreign country. The first number of the pair is the number of the day of arrival and the second number of the pair is the day of departure of someone who travels, i.e. 1 january is number 1 and 31 of december is 365.

Example:
```python
days_represented([[10,17],[200,207]])
```

Returns 16 because there are two trips of 8 days, which add up to 16.

Happy coding and rank this kata if you wish ;-)

Answer: {"fn_name": "days_represented", "inputs": [[[[10, 15], [25, 35]]], [[[2, 8], [220, 229], [10, 16]]]], "outputs": [[17], [24]]}
user: When a warrior wants to talk with another one about peace or war he uses a smartphone.  In one distinct  country warriors who spent all time in training kata not always have enough money. So if they call some number they want to know which operator serves  this number. 

Write a function which **accepts number and return name of operator or string "no info"**, if operator can't be defined. number always looks like 8yyyxxxxxxx, where yyy corresponds to operator.

Here is short list of operators:

* 039 xxx xx xx - Golden Telecom
* 050 xxx xx xx - MTS
* 063 xxx xx xx - Life:)
* 066 xxx xx xx - MTS
* 067 xxx xx xx - Kyivstar
* 068 xxx xx xx - Beeline
* 093 xxx xx xx - Life:)
* 095 xxx xx xx - MTS
* 096 xxx xx xx - Kyivstar
* 097 xxx xx xx - Kyivstar
* 098 xxx xx xx - Kyivstar
* 099 xxx xx xx - MTS Test [Just return "MTS"]

Answer: {"fn_name": "detect_operator", "inputs": [["80661111841"], ["80671991111"], ["80631551111"], ["80931551111"], ["80111551111"]], "outputs": [["MTS"], ["Kyivstar"], ["Life:)"], ["Life:)"], ["no info"]]}
user: # Task
 Given a position of a knight on the standard chessboard, find the number of different moves the knight can perform.

 The knight can move to a square that is two squares horizontally and one square vertically, or two squares vertically and one square horizontally away from it. The complete move therefore looks like the letter L. Check out the image below to see all valid moves for a knight piece that is placed on one of the central squares.

 ![](https://codefightsuserpics.s3.amazonaws.com/tasks/chessKnight/img/knight.jpg?_tm=1473533979951)

# Example

 For `cell = "a1"`, the output should be `2`.

 ![](https://codefightsuserpics.s3.amazonaws.com/tasks/chessKnight/img/ex_1.jpg?_tm=1473533980197)

 For `cell = "c2"`, the output should be `6`.

 ![](https://codefightsuserpics.s3.amazonaws.com/tasks/chessKnight/img/ex_2.jpg?_tm=1473533980368)

# Input/Output


 - `[input]` string `cell`

    String consisting of letter+number - coordinates of the knight on an 8 × 8 chessboard in chess notation.


 - `[output]` an integer

Answer: {"fn_name": "chess_knight", "inputs": [["a1"], ["c2"], ["d4"], ["g6"]], "outputs": [[2], [6], [8], [6]]}
user: # Fourier transformations are hard. Fouriest transformations are harder.

This Kata is based on the SMBC Comic on fourier transformations.

A fourier transformation on a number is one that converts the number to a base in which it has more `4`s ( `10` in base `6` is `14`, which has `1` four as opposed to none, hence, fourier in base `6` ).

A number's fouriest transformation converts it to the base in which it has the most `4`s.  
For example: `35353` is the fouriest in base `6`: `431401`.

This kata requires you to create a method `fouriest` that takes a number and makes it the fouriest, telling us in which base this happened, as follows:

```python
fouriest(number) -> "{number} is the fouriest ({fouriest_representation}) in base {base}"
```

## Important notes

* For this kata we don't care about digits greater than `9` ( only `0` to `9` ), so we will represent all digits greater than `9` as `'x'`: `10` in base `11` is `'x'`, `119` in base `20` is `'5x'`, `118` in base `20` is also `'5x'`

* When a number has several fouriest representations, we want the one with the LOWEST base

```if:haskell,javascript
* Numbers below `9` will not be tested
```

```if:javascript
* A `BigNumber` library has been provided; documentation is [here](https://mikemcl.github.io/bignumber.js/)
```

## Examples

```python
"30 is the fouriest (42) in base 7"
"15 is the fouriest (14) in base 11"
```

Answer: {"fn_name": "fouriest", "inputs": [[30], [15], [9999], [35353], [100], [1000000243], [142042158218941532125212890], [2679388715912901287113185885289513476], [640614569414659959863091616350016384446719891887887380], [2579111107964987025047536361483312385374008248282655401675211033926782006920415224913494809688581314878892733564]], "outputs": [["30 is the fouriest (42) in base 7"], ["15 is the fouriest (14) in base 11"], ["9999 is the fouriest (304444) in base 5"], ["35353 is the fouriest (431401) in base 6"], ["100 is the fouriest (244) in base 6"], ["1000000243 is the fouriest (24x44) in base 149"], ["142042158218941532125212890 is the fouriest (14340031300334233041101030243023303030) in base 5"], ["2679388715912901287113185885289513476 is the fouriest (444444444444444444) in base 128"], ["640614569414659959863091616350016384446719891887887380 is the fouriest (44444444444444444444444444444444) in base 52"], ["2579111107964987025047536361483312385374008248282655401675211033926782006920415224913494809688581314878892733564 is the fouriest (4444444444444444444444444444444444444444444444) in base 290"]]}
user: Complete the function that takes an array of words.

You must concatenate the `n`th letter from each word to construct a new word which should be returned as a string, where `n` is the position of the word in the list.

For example:

```
["yoda", "best", "has"]  -->  "yes"
  ^        ^        ^
  n=0     n=1     n=2
```

**Note:** Test cases contain valid input only - i.e. a string array or an empty array; and each word will have enough letters.

Answer: {"fn_name": "nth_char", "inputs": [[["yoda", "best", "has"]], [[]], [["X-ray"]], [["No", "No"]], [["Chad", "Morocco", "India", "Algeria", "Botswana", "Bahamas", "Ecuador", "Micronesia"]]], "outputs": [["yes"], [""], ["X"], ["No"], ["Codewars"]]}
user: Given a string S.
You have to return another string such that even-indexed and odd-indexed characters of S are grouped and groups are space-separated (see sample below)

Note: 
0 is considered to be an even index. 
All input strings are valid with no spaces


input:
'CodeWars'

output
'CdWr oeas'

S[0] = 'C'
S[1] = 'o'
S[2] = 'd'
S[3] = 'e'
S[4] = 'W'
S[5] = 'a'
S[6] = 'r'
S[7] = 's'


Even indices 0, 2, 4, 6, so we have 'CdWr' as the first group
odd ones are 1, 3, 5, 7, so the second group is 'oeas'
And the final string to return is 'Cdwr oeas'

Enjoy.

Answer: {"fn_name": "sort_my_string", "inputs": [["Wolfeschlegelsteinhausenbergerdorff"], ["METHIONYLTHREONYLTHREONYGLUTAMINYLARGINYL"], ["PNEUMONOULTRAMICROSCOPICSILICOVOLCANOCONIOSIS"], ["PSEUDOPSEUDOHYPOPARATHYROIDISM"], ["FLOCCINAUCINIHILIPILIFICATION"], ["SUBDERMATOGLYPHIC"]], "outputs": [["Wleclgltihuebredrf ofsheesenasnegrof"], ["MTINLHENLHENGUAIYAGNL EHOYTROYTROYLTMNLRIY"], ["PEMNUTAIRSOISLCVLAOOISS NUOOLRMCOCPCIIOOCNCNOI"], ["PEDPEDHPPRTYODS SUOSUOYOAAHRIIM"], ["FOCNUIIIIIIIAIN LCIACNHLPLFCTO"], ["SBEMTGYHC UDRAOLPI"]]}
user: You have the `radius` of a circle with the center in point `(0,0)`.

Write a function that calculates the number of points in the circle where `(x,y)` - the cartesian coordinates of the points - are `integers`.

Example: for `radius = 2` the result should be `13`.

`0 <= radius <= 1000`

![](http://i.imgur.com/1SMov3s.png)

Answer: {"fn_name": "points", "inputs": [[1], [2], [3], [5], [1000], [55], [33], [15], [42], [0], [99], [17]], "outputs": [[5], [13], [29], [81], [3141549], [9477], [3409], [709], [5525], [1], [30757], [901]]}