@YSS

def run(code): T = 0 # 実行タイプ A = 0 # 変数A B = 0 # 変数B L = 0 # ループ回数 ip = 0 # 命令ポインタ loop_stack = [] # [(loop_start_ip, remaining_count)] output = []

def name(params): V = 0 La = 0 Lb = 0 Lc = 0 p = "" a =0 mov = 0 while a < len(params): p = params[a]

def Kas(code, inp=""): tape = [0] ptr = 0 ip = 0 input_ptr = 0 G = {} mov = 0 n = 0 h1 = 0

x <- seq(-25*pi, 25*pi, 0.1) f <- function(x) x + sin(1-x) g <- x for(i in 1:10) { g <- f(g) plot(x, g) }

x <- seq(0, 100, 0.1) plot(x, (1+(1/(x)))**(x)) abline(h = exp(1), col="red")

x <- seq(-4*pi, 4*pi, 0.001) plot(x, (((x)/2 + sin((x))/2 + cos((x))/2)/2 + sin(((x)/2 + sin((x))/2 + cos((x))/2))/2 + cos(((x)/2 + sin((x))/2 + cos((x))/2))/2))

(def School_grades {0 {:grades 41 :Change "↑"} 1 {:grades 42 :Change "↓"} 2 {:grades 21 :Change "→"} 3 {:grades 32 :Change "↑↑"} 4 {:grades 16 :Change "↑"} 5 {:grades 8 :Change "↓↓"} }) (get-in School_grades [1 :Ch

(defn neme&age&gender [n] (case n [0 "all"] (list "tanaka" 11 "M" ) [0 "neme"] "tanaka" [0 "age"] 11 [0 "gender"] "M" [1 "all"] (list "ohnisi" 13 "W" ) [1 "neme"] "ohnisi" [1 "age"] 13 [1 "gendar"] "

Max = lambda x,y : x if x > y else (0 if x == y else y) print(Max(0,0)) print(Max(Max(1,4),Max(2,3)))

A = [1,1,4,5,1,4] for _ in range(len(A)): p = 1 while p < len(A): if A[p] < A[p - 1]: a = A[p] A[p] = A[p - 1] A[p-1] = a p+=1 print(A)

print('Hello world!') def name(params): alph = ["א","A","B","C","D","E","F","G","H", "I","J","K","L","M","N","O","P","Q", "R","S","T","U","V","W","X","Y","Z"] A = 0 text = "" while A < len(params): B

import random def cow(ox): A = ["I am","I like","I want ","I look","I have", "Are you","Do you like","Do you want","Do you look"] B = ["a cat","a dog","happy","home","funy","car"] print(f"{ox}｢{A[random.randint(0, len(A)-1)]} {B[

fun main() { var a = 1 while (a < 121) { print(a) if (a == 1){ println("→x") } else if (a % 2 == 0 && a != 2){ println("→x") } else if (a % 3 == 0 && a != 3){ println("→x")

def λ(A): A = A.replace(" ", "") r1=r2=r3=r4=r7=0 r5=1 p=0 while p < len(A): r6 = A[r5-1] + A[r5] if r6 == "λλ":

def goto(code): f = 0 p = 0 ff = [0] fff = {} m = "" q = 0 loop1 = 0 loop2 = 0 while f < len(code):

def brainfuck(code): tape = [0] * 30000 ptr = 0 mov = 0 ip = 0 output = [] bracket_map = {} stack = [] for i, c in enumerate(code):

def Kas(code, inp=""): g = 0 tape = [0] ptr = 0 ip = 0 input_ptr = 0 G = {} mov = 0 n = 0 h1 = 0

section .data buf times 1920 db 0 section .text _start: mov rsi, buf ; 書き込み位置 mov rcx, 640 ; 4文字 loop: mov al, 'w'

#include <stdio.h> #include <stdlib.h> typedef struct { int Num; char *Text; } base; int main() { base *list = malloc(4 * sizeof *list); int *p = malloc(4 * sizeof *list); *(p + 0) = 0;

A={} B={} A['I'] = ('Mi') A['My name'] = ('Mi Neme') A['My home'] = ('Mi Heme') A['My friend'] = ('Mi frende') A['My brother'] = ('Mi breze') A['My Sister'] = ('Mi seste') A['You'] = ('Ni') A['Your name'] = ('Ni Neme')