meetforever/GRPO_CL huggingface dataset:
user: You're on your way to the market when you hear beautiful music coming from a nearby street performer. The notes come together like you wouln't believe as the musician puts together patterns of tunes. As you wonder what kind of algorithm you could use to shift octaves by 8 pitches or something silly like that, it dawns on you that you have been watching the musician for some 10 odd minutes. You ask, "How much do people normally tip for something like this?" The artist looks up. "Its always gonna be about tree fiddy."

It was then that you realize the musician was a 400 foot tall beast from the paleolithic era. The Loch Ness Monster almost tricked you!


There are only 2 guaranteed ways to tell if you are speaking to The Loch Ness Monster: A.) It is a 400 foot tall beast from the paleolithic era B.) It will ask you for tree fiddy

Since Nessie is a master of disguise, the only way accurately tell is to look for the phrase "tree fiddy". Since you are tired of being grifted by this monster, the time has come to code a solution for finding The Loch Ness Monster.
Note: It can also be written as 3.50 or three fifty.

Answer: {"fn_name": "is_lock_ness_monster", "inputs": [["Your girlscout cookies are ready to ship. Your total comes to tree fiddy"], ["Howdy Pardner. Name's Pete Lexington. I reckon you're the kinda stiff who carries about tree fiddy?"], ["I'm from Scottland. I moved here to be with my family sir. Please, $3.50 would go a long way to help me find them"], ["Yo, I heard you were on the lookout for Nessie. Let me know if you need assistance."], ["I will absolutely, positively, never give that darn Lock Ness Monster any of my three dollars and fifty cents"], ["Did I ever tell you about my run with that paleolithic beast? He tried all sorts of ways to get at my three dolla and fitty cent? I told him 'this is MY 4 dolla!'. He just wouldn't listen."], ["Hello, I come from the year 3150 to bring you good news!"], ["By 'tree fiddy' I mean 'three fifty'"], ["I will be at the office by 3:50 or maybe a bit earlier, but definitely not before 3, to discuss with 50 clients"], [""]], "outputs": [[true], [true], [true], [false], [false], [false], [false], [true], [false], [false]]}
user: The prime number sequence starts with: `2,3,5,7,11,13,17,19...`. Notice that `2` is in position `one`. 

`3` occupies position `two`, which is a prime-numbered position. Similarly, `5`, `11` and `17` also occupy prime-numbered positions. We shall call primes such as `3,5,11,17` dominant primes because they occupy prime-numbered positions in the prime number sequence. Let's call this `listA`. 

As you can see from listA, for the prime range `range(0,10)`, there are `only two` dominant primes (`3` and `5`) and the sum of these primes is: `3 + 5 = 8`. 

Similarly, as shown in listA, in the `range (6,20)`, the dominant primes in this range are `11` and `17`, with a sum of `28`.

Given a `range (a,b)`, what is the sum of dominant primes within that range? Note that  `a <= range <= b` and `b` will not exceed `500000`.

Good luck!

If you like this Kata, you will enjoy:

[Simple Prime Streaming](https://www.codewars.com/kata/5a908da30025e995880000e3)

[Sum of prime-indexed elements](https://www.codewars.com/kata/59f38b033640ce9fc700015b)

[Divisor harmony](https://www.codewars.com/kata/59bf97cd4f98a8b1cd00007e)

Answer: {"fn_name": "solve", "inputs": [[0, 10], [2, 200], [200, 2000], [500, 10000], [1000, 100000], [2000, 200000], [3000, 400000], [4000, 500000]], "outputs": [[8], [1080], [48132], [847039], [52114889], [183035206], [650120994], [972664400]]}
user: ###BACKGROUND:
Jacob recently decided to get healthy and lose some weight. He did a lot of reading and research and after focusing on steady exercise and a healthy diet for several months, was able to shed over 50 pounds! Now he wants to share his success, and has decided to tell his friends and family how much weight they could expect to lose if they used the same plan he followed.

Lots of people are really excited about Jacob's program and they want to know how much weight they would lose if they followed his plan. Unfortunately, he's really bad at math, so he's turned to you to help write a program that will calculate the expected weight loss for a particular person, given their weight and how long they think they want to continue the plan.

###TECHNICAL DETAILS:
Jacob's weight loss protocol, if followed closely, yields loss according to a simple formulae, depending on gender. Men can expect to lose 1.5% of their current body weight each week they stay on plan. Women can expect to lose 1.2%. (Children are advised to eat whatever they want, and make sure to play outside as much as they can!)

###TASK:
Write a function that takes as input:
```
- The person's gender ('M' or 'F');
- Their current weight (in pounds);
- How long they want to stay true to the protocol (in weeks);
```
and then returns the expected weight at the end of the program.

###NOTES:
Weights (both input and output) should be decimals, rounded to the nearest tenth.
Duration (input) should be a whole number (integer). If it is not, the function should round to the nearest whole number.
When doing input parameter validity checks, evaluate them in order or your code will not pass final tests.

Answer: {"fn_name": "lose_weight", "inputs": [["K", 200, 10], ["M", 0, 10], ["M", -5, 10], ["F", 160, 0], ["F", 160, -10], [",", 0, 1100], ["??", -10, -10], ["llama", 1, -10], ["F", -461.9, 0.0], ["M", 250, 5], ["F", 190, 8], ["M", 405, 12], ["F", 130, 7]], "outputs": [["Invalid gender"], ["Invalid weight"], ["Invalid weight"], ["Invalid duration"], ["Invalid duration"], ["Invalid gender"], ["Invalid gender"], ["Invalid gender"], ["Invalid weight"], [231.8], [172.5], [337.8], [119.5]]}
user: Unscramble the eggs.

The string given to your function has had an "egg" inserted directly after each consonant.  You need to return the string before it became eggcoded.

## Example

Kata is supposed to be for beginners to practice regular expressions, so commenting would be appreciated.

Answer: {"fn_name": "unscramble_eggs", "inputs": [["ceggodegge heggeregge"], ["FeggUNegg KeggATeggA"], ["egegggegg"], ["Heggeleggleggo weggoreggleggdegg"], ["seggceggreggameggbeggleggedegg egegggeggsegg"], ["egegggeggyegg beggreggeadegg"], ["veggegeggyeggmeggitegge onegg teggoaseggtegg"]], "outputs": [["code here"], ["FUN KATA"], ["egg"], ["Hello world"], ["scrambled eggs"], ["eggy bread"], ["vegymite on toast"]]}
user: ```if-not:swift
Create a method that takes an array/list as an input, and outputs the index at which the sole odd number is located.

This method should work with arrays with negative numbers. If there are no odd numbers in the array, then the method should output `-1`.
```
```if:swift
reate a function `oddOne` that takes an `[Int]` as input and outputs the index at which the sole odd number is located.

This method should work with arrays with negative numbers. If there are no odd numbers in the array, then the method should output `nil`.
```
Examples:
```python
odd_one([2,4,6,7,10]) # => 3
odd_one([2,16,98,10,13,78]) # => 4
odd_one([4,-8,98,-12,-7,90,100]) # => 4
odd_one([2,4,6,8]) # => -1
```

Answer: {"fn_name": "odd_one", "inputs": [[[2, 4, 6, 7, 10]], [[2, 16, 98, 10, 13, 78]], [[4, -8, 98, -12, -7, 90, 100]], [[2, 4, 6, 8]]], "outputs": [[3], [4], [4], [-1]]}
user: # Task

There are `n` bears in the orchard and they picked a lot of apples. 

They distribute apples like this:

```
The first bear divided the apple into n piles, each with the same number. leaving an apple at last, and the apple was thrown away. Then he took 1 pile and left the n-1 pile.

The second bear divided the apple into n piles, each with the same number. leaving an apple at last, and the apple was thrown away. Then he took 1 pile and left the n-1 pile.

and so on..
```

Hmm.. your task is coming, please calculate the minimum possible number of these apples (before they start distributing)

# Input/Output


`[input]` integer `n`

The number of bears.

`2 <= n <= 9` (JS, Crystal and C)
`2 <= n <= 50` (Ruby and Python)

`[output]` an integer

The minimum possible number of apples.

# Example

For `n = 5`, the output should be `3121`.

```
5 bears distribute apples:

1st bear divided the apples into 5 piles, each pile has 624 apples, and 1 apple was thrown away.
3121 - 1 = 624 x 5
1st bear took 1 pile of apples, 2496 apples left.
3121 - 1 - 624 = 2496

2nd bear divided the apples into 5 piles, each pile has 499 apples, and 1 apple was thrown away.
2496 - 1 = 499 x 5
2nd bear took 1 pile of apples, 1996 apples left.
2496 - 1 - 499 = 1996

3rd bear divided the apples into 5 piles, each pile has 399 apples, and 1 apple was thrown away.
1996 - 1 = 399 x 5
3rd bear took 1 pile of apples, 1596 apples left.
1996 - 1 - 399 = 1596

4th bear divided the apples into 5 piles, each pile has 319 apples, and 1 apple was thrown away.
1596 - 1 = 319 x 5
4th bear took 1 pile of apples, 1276 apples left.
1596 - 1 - 319 = 1276

5th bear divided the apples into 5 piles, each pile has 255 apples, and 1 apple was thrown away.
1276 - 1 = 255 x 5
5th bear took 1 pile of apples, 1020 apples left.
1276 - 1 - 255 = 1020
```

Answer: {"fn_name": "how_many_apples", "inputs": [[2], [5]], "outputs": [[7], [3121]]}
user: # The President's phone is broken

He is not very happy.

The only letters still working are uppercase ```E```, ```F```, ```I```, ```R```, ```U```, ```Y```.

An angry tweet is sent to the department responsible for presidential phone maintenance.


# Kata Task

Decipher the tweet by looking for words with known meanings.


* ```FIRE``` = *"You are fired!"*
* ```FURY``` = *"I am furious."*

If no known words are found, or unexpected letters are encountered, then it must be a *"Fake tweet."*

# Notes

* The tweet reads left-to-right.
* Any letters not spelling words ```FIRE``` or ```FURY``` are just ignored
* If multiple of the same words are found in a row then plural rules apply -
 * ```FIRE``` x 1 = *"You are fired!"*
 * ```FIRE``` x 2 = *"You and you are fired!"*
 * ```FIRE``` x 3 = *"You and you and you are fired!"*
 * etc...
 * ```FURY``` x 1 = *"I am furious."*
 * ```FURY``` x 2 = *"I am really furious."*
 * ```FURY``` x 3 = *"I am really really furious."*
 * etc...

# Examples

* ex1. FURYYYFIREYYFIRE = *"I am furious. You and you are fired!"*
* ex2. FIREYYFURYYFURYYFURRYFIRE = *"You are fired! I am really furious. You are fired!"*
* ex3. FYRYFIRUFIRUFURE = *"Fake tweet."*


----
DM :-)

Answer: {"fn_name": "fire_and_fury", "inputs": [["FURYYYFIREYYFIRE"], ["FIREYYFURYYFURYYFURRYFIRE"], ["FYRYFIRUFIRUFURE"], [""], ["FURYFURYFURY"], ["FURYFURYFURYFURY"], ["FURYFURYFURYFURYFURY"], ["FIRE"], ["FIREFIRE"], ["FIREFIREFIRE"], ["FIREFIREFIREFIRE"], ["FIREFIREFIREFIREFIRE"]], "outputs": [["I am furious. You and you are fired!"], ["You are fired! I am really furious. You are fired!"], ["Fake tweet."], ["Fake tweet."], ["I am really really furious."], ["I am really really really furious."], ["I am really really really really furious."], ["You are fired!"], ["You and you are fired!"], ["You and you and you are fired!"], ["You and you and you and you are fired!"], ["You and you and you and you and you are fired!"]]}
user: Your back at your newly acquired decrypting job for the secret organization when a new assignment comes in.   Apparently the enemy has been communicating using a device they call "The Mirror".  
It is a rudimentary device with encrypts the message by switching its letter with its mirror opposite (A => Z), (B => Y), (C => X) etc.  

Your job is to build a method called "mirror" which will decrypt the messages. Resulting messages will be in lowercase.

To add more secrecy, you are to accept a second optional parameter, telling you which letters or characters are to be reversed; if it is not given, consider the whole alphabet as a default.

To make it a bit more clear: e.g. in case of "abcdefgh" as the second optional parameter, you replace "a" with "h", "b" with "g" etc. .

For example:
```python
mirror("Welcome home"), "dvoxlnv slnv" #whole alphabet mirrored here
mirror("hello", "abcdefgh"), "adllo" #notice only "h" and "e" get reversed
```

Answer: {"fn_name": "mirror", "inputs": [["Welcome home"], ["hello"], ["goodbye"], ["ngmlsoor"], ["gsrh rh z hvxivg"], ["Welcome home", "w"], ["hello", "abcdefgh"], ["goodbye", ""], ["CodeWars", "+-*/="], ["this is a secret", " *"]], "outputs": [["dvoxlnv slnv"], ["svool"], ["tllwybv"], ["mtnohlli"], ["this is a secret"], ["welcome home"], ["adllo"], ["goodbye"], ["codewars"], ["this*is*a*secret"]]}
user: # Task

John is playing a RPG game. The initial attack value of the player is `x`. The player will face a crowd of monsters. Each monster has different defense value.

If the monster's defense value is less than or equal to the player's attack value, the player can easily defeat the monster, and the player's attack value will increase. The amount increased is equal to the monster's defense value.

If the monster's defense value is greater than the player's attack value, the player can still defeat monsters, but the player's attack value can only be increased little, equal to the `greatest common divisor` of the monster's defense value and the player's current attack value. 

The defense values for all monsters are provided by `monsterList/monster_list`. The player will fight with the monsters from left to right.

Please help John calculate the player's final attack value.


# Example

For `x = 50, monsterList=[50,105,200]`, the output should be `110`.

The attack value increased: `50 --> 100 --> 105 --> 110`

For `x = 20, monsterList=[30,20,15,40,100]`, the output should be `205`.

The attack value increased: 

`20 --> 30 --> 50 --> 65 --> 105 --> 205`

Answer: {"fn_name": "final_attack_value", "inputs": [[50, [50, 105, 200]], [20, [30, 20, 15, 40, 100]]], "outputs": [[110], [205]]}
user: Take the following IPv4 address: `128.32.10.1`

This address has 4 octets where each octet is a single byte (or 8 bits).

* 1st octet `128` has the binary representation: `10000000`
* 2nd octet `32` has the binary representation: `00100000`
* 3rd octet `10` has the binary representation: `00001010`
* 4th octet `1` has the binary representation: `00000001`

So `128.32.10.1` == `10000000.00100000.00001010.00000001`

Because the above IP address has 32 bits, we can represent it as the unsigned 32 bit number: `2149583361`

Complete the function that takes an unsigned 32 bit number and returns a string representation of its IPv4 address.

## Examples
```
2149583361 ==> "128.32.10.1"
32         ==> "0.0.0.32"
0          ==> "0.0.0.0"
```

Answer: {"fn_name": "int32_to_ip", "inputs": [[2154959208], [0], [2149583361]], "outputs": [["128.114.17.104"], ["0.0.0.0"], ["128.32.10.1"]]}
user: In this kata we are focusing on the Numpy python package. You must write a function called `looper` which takes three integers `start, stop and number` as input and returns a list from `start` to `stop` with `number` total values in the list.  Five examples are shown below:

```
looper(1, 5, 1) = [1.0]
looper(1, 5, 2) = [1.0, 5.0]
looper(1, 5, 3) = [1.0, 3.0, 5.0]
looper(1, 5, 4) = [1.0, 2.333333333333333, 3.6666666666666665, 5.0]
looper(1, 5, 5) = [1.0, 2.0, 3.0, 4.0, 5.0]
```

Answer: {"fn_name": "looper", "inputs": [[1, 5, 1], [1, 5, 2], [1, 5, 3], [1, 5, 4], [1, 5, 5]], "outputs": [[[1.0]], [[1.0, 5.0]], [[1.0, 3.0, 5.0]], [[1.0, 2.333333333333333, 3.6666666666666665, 5.0]], [[1.0, 2.0, 3.0, 4.0, 5.0]]]}
user: Three candidates take part in a TV show.

In order to decide who will take part in the final game and probably become rich, they have to roll the Wheel of Fortune!

The Wheel of Fortune is divided into 20 sections, each with a number from 5 to 100 (only mulitples of 5).

Each candidate can roll the wheel once or twice and sum up the score of each roll.
The winner one that is closest to 100 (while still being lower or equal to 100). 
In case of a tie, the candidate that rolled the wheel first wins.

You receive the information about each candidate as an array of objects: each object should have a `name` and a `scores` array with the candidate roll values.

Your solution should return the name of the winner or `false` if there is no winner (all scored more than 100).

__Example:__

```python
c1 = {"name": "Bob", "scores": [10, 65]}
c2 = {"name": "Bill", "scores": [90, 5]}
c3 = {"name": "Charlie", "scores": [40, 55]}
winner([c1, c2, c3]) #Returns "Bill"
```

Please note that inputs may be invalid: in this case, the function should return false.

Potential errors derived from the specifications are:
- More or less than three candidates take part in the game.
- A candidate did not roll the wheel or rolled it more than twice.
- Scores are not valid.
- Invalid user entry (no name or no score).

Answer: {"fn_name": "winner", "inputs": [[[]]], "outputs": [[false]]}
user: Our fruit guy has a bag of fruit (represented as an array of strings) where some fruits are rotten. He wants to replace all the rotten pieces of fruit with fresh ones. For example, given `["apple","rottenBanana","apple"]` the replaced array should be `["apple","banana","apple"]`. Your task is to implement a method that accepts an array of strings containing fruits should returns an array of strings where all the rotten fruits are replaced by good ones. 

### Notes

- If the array is null/nil/None or empty you should return empty array (`[]`).
- The rotten fruit name will be in this camelcase (`rottenFruit`).
- The returned array should be in lowercase.

Answer: {"fn_name": "remove_rotten", "inputs": [[["apple", "banana", "kiwi", "melone", "orange"]], [["rottenApple", "rottenBanana", "rottenApple", "rottenPineapple", "rottenKiwi"]], [[]], [null], [["apple", "rottenBanana", "rottenApple", "pineapple", "kiwi"]]], "outputs": [[["apple", "banana", "kiwi", "melone", "orange"]], [["apple", "banana", "apple", "pineapple", "kiwi"]], [[]], [[]], [["apple", "banana", "apple", "pineapple", "kiwi"]]]}
user: Given an array (ints) of n integers, find three integers in arr such that the sum is closest to a given number (num), target.

Return the sum of the three integers. 
You may assume that each input would have exactly one solution.

Example:

Note: your solution should not modify the input array.

Answer: {"fn_name": "closest_sum", "inputs": [[[-1, 2, 1, -4], 1], [[5, 4, 0, 3], 3], [[1, 2, 3, 4], 4], [[-2, 2, -3, 1], 3]], "outputs": [[2], [7], [6], [1]]}
user: # Task
 Below we will define what and n-interesting polygon is and your task is to find its area for a given n.

 A 1-interesting polygon is just a square with a side of length 1. An n-interesting polygon is obtained by taking the n - 1-interesting polygon and appending 1-interesting polygons to its rim side by side. You can see the 1-, 2- and 3-interesting polygons in the picture below.

 ![](https://files.gitter.im/myjinxin2015/Gwsw/blob)

# Example

 For `n = 1`, the output should be `1`;
 
 For `n = 2`, the output should be `5`;
 
 For `n = 3`, the output should be `13`.

# Input/Output


 - `[input]` integer `n`

    Constraints: `1 ≤ n < 10000.`
    

 - `[output]` an integer

   The area of the n-interesting polygon.

Answer: {"fn_name": "shape_area", "inputs": [[2], [3], [1], [5]], "outputs": [[5], [13], [1], [41]]}
user: In this Kata, we are going to reverse a string while maintaining the spaces (if any) in their original place.

For example:
```
solve("our code") = "edo cruo"
-- Normal reversal without spaces is "edocruo". 
-- However, there is a space at index 3, so the string becomes "edo cruo"

solve("your code rocks") = "skco redo cruoy". 
solve("codewars") = "srawedoc"
```
More examples in the test cases. All input will be lower case letters and in some cases spaces.

Good luck!

Please also try:

[Simple time difference](https://www.codewars.com/kata/5b76a34ff71e5de9db0000f2)

[Simple remove duplicates](https://www.codewars.com/kata/5ba38ba180824a86850000f7)

Answer: {"fn_name": "solve", "inputs": [["codewars"], ["your code"], ["your code rocks"], ["i love codewars"]], "outputs": [["srawedoc"], ["edoc ruoy"], ["skco redo cruoy"], ["s rawe docevoli"]]}
user: # Task

Given a binary number, we are about to do some operations on the number. Two types of operations can be here:

* ['I', i, j] : Which means invert the bit from i to j (inclusive).

* ['Q', i] : Answer whether the i'th bit is 0 or 1.

The MSB (most significant bit) is the first bit (i.e. i = `1`). The binary number can contain leading zeroes.

## Example
```python
binary_simulation("0011001100", [['I', 1, 10], ['I', 2, 7], ['Q', 2], ['Q', 1], ['Q', 7], ['Q', 5]]) === [ '0', '1', '1', '0' ];
binary_simulation("1011110111", [['I', 1, 10], ['I', 2, 7], ['Q', 2], ['Q', 1], ['Q', 7], ['Q', 5]]) === [ '0', '0', '0', '1' ];
binary_simulation("1011110111", [['I', 1, 10], ['I', 2, 7]]) === [];
binary_simulation("0000000000", [['I', 1, 10], ['Q', 2]]) ===  ['1'];
```
## Note
* All inputs are valid.
* Please optimize your algorithm to avoid time out.

Answer: {"fn_name": "binary_simulation", "inputs": [["0011001100", [["I", 1, 10], ["I", 2, 7], ["Q", 2], ["Q", 1], ["Q", 7], ["Q", 5]]], ["1011110111", [["I", 1, 10], ["I", 2, 7], ["Q", 2], ["Q", 1], ["Q", 7], ["Q", 5]]], ["1011110111", [["I", 1, 10], ["I", 2, 7]]], ["0000000000", [["I", 1, 10], ["Q", 2]]]], "outputs": [[["0", "1", "1", "0"]], [["0", "0", "0", "1"]], [[]], [["1"]]]}
user: Write a function that accepts two parameters, i) a string (containing a list of words) and ii) an integer (n).  The function should alphabetize the list based on the nth letter of each word.

The letters should be compared case-insensitive. If both letters are the same, order them normally (lexicographically), again, case-insensitive.

example:
```javascript 
function sortIt('bid, zag', 2) //=> 'zag, bid'
```
```ruby 
function sortIt('bid, zag', 2) //=> 'zag, bid'
```
```python 
function sortIt('bid, zag', 2) #=> 'zag, bid'
```

The length of all words provided in the list will be >= n.  The format will be "x, x, x". In Haskell you'll get a list of `String`s instead.

Answer: {"fn_name": "sort_it", "inputs": [["bill, bell, ball, bull", 2], ["words, wordz, wordy, wording", 5], ["he, hi, ha, ho", 2], ["zephyr, yellow, wax, a, ba, cat", 1], ["hello, how, are, you, doing, today", 3]], "outputs": [["ball, bell, bill, bull"], ["wording, words, wordy, wordz"], ["ha, he, hi, ho"], ["a, ba, cat, wax, yellow, zephyr"], ["today, are, doing, hello, you, how"]]}
user: Related to MrZizoScream's Product Array kata. You might want to solve that one first :)

```if:javascript
**Note:** Node 10 has now been enabled, and you can now use its BigInt capabilities if you wish, though your resulting array must still contain strings (e.g. "99999999999", not 9999999999n)

Pre-node 10: You will need to use the BigNumber.js library! Please use `.toFixed(0)` or `.toPrecision()` to round instead of `.toString(10)`, as the latter is _very_ slow
```

This is an adaptation of a problem I came across on LeetCode. 

Given an array of numbers, your task is to return a new array where each index (`new_array[i]`) is equal to the product of the original array, except for the number at that index (`array[i]`).

**Two things to keep in mind:**

* Zeroes will be making their way into some of the arrays you are given
* O(n^2) solutions will not pass.

Examples:

**Note**: All inputs will be valid arrays of nonzero length.

Have fun! Please upvote if you enjoyed :)

Answer: {"fn_name": "product_sans_n", "inputs": [[[1, 1, 1]], [[0, -99, 0]], [[9, 0, -2]], [[1, 2, 3, 4]], [[2, 3, 4, 5]], [[-8, 1, 5, 13, -1]], [[3, 14, 9, 11, 11]], [[4, 7, 3, 6, 2, 11, 14, 4, 7, 5]]], "outputs": [[[1, 1, 1]], [[0, 0, 0]], [[0, -18, 0]], [[24, 12, 8, 6]], [[60, 40, 30, 24]], [[-65, 520, 104, 40, -520]], [[15246, 3267, 5082, 4158, 4158]], [[5433120, 3104640, 7244160, 3622080, 10866240, 1975680, 1552320, 5433120, 3104640, 4346496]]]}