takuma7

# coding: utf8

print [x for x in range(1900, 2201) if x%4 == 0 and x%100 != 0 or x%400 == 0]

takuma7

# coding: utf8

def isLeapYear(x):
    return x%4 == 0 and x%100 != 0 or x%400 == 0

takuma7

# coding: utf8

import a2
import csv

reader = csv.DictReader(open("evaluation-values.csv"))

leapAvg = 0
leapNum = 0
nonLeapAvg = 0

takuma7

// Use Gists to store code you would like to remember later on
console.log(window); // log the "window" object to the console

takuma7

puts "Hello World"

takuma7

(* Sort list of polynomial functions (fs) based on degree of x in ascending order *)
SortByDegree[fs_, x_] := Module[{},
	Comp[f1_,f2_] := Exponent[f1,x] < Exponent[f2,x];
	Sort[fs,Comp]
];

(* Calculate pseud-remainder *)
Rem[f_, g_, x_] := Module[{q,r,u},
	{q,r} = Together[#]&/@PolynomialQuotientRemainder[f,g,x];
	u = PolynomialLCM[Denominator[q], Denominator[r]];

takuma7

WvZzyY

A Pen by Takuma YOSHITANI on CodePen.

License.

takuma7

#include <stdio.h>

int main(void){
  printf("Hello World!\n"); //this is a test
}

takuma7

import System.IO

main = do
    putStrLn $ show $ sum $ filter judge [1..999]
    
judge a | a `mod` 3 == 0 || a `mod` 5 == 0  = True
        | otherwise = False

takuma7

import System.IO

main = do
    putStrLn $ show $ sum $ filter even $ takeWhile ((>) 4000000) fib

fib = 1:2:[ a+b | (a,b) <- zip fib (tail fib)]