@YSS

import random A=["祈れ", "殴れ", "走れ", "落ちれ", "登れ", "壊せ", "読め",]

import math import cmath a=int(input("aを入力してください：")) print() b=int(input("bを入力してください：")) print() c=int(input("cを入力してください：")) print() print(f'二次方程式') print(f'{a}(x^2)+{b}(x)+{c}=0')

package main import ( "fmt" "math" ) func main() { // 係数a, b, cを定義 a := 4.0

for i in range(120): if i == 1 or i == 0: print(f'{i} は合成数でも素数でもない') elif i % 2 ==0 and i != 2 : print(f'{i} は合成数') elif i % 3 == 0 and i != 3 : print(f'{i} は合成数') elif i % 5 == 0 and i != 5 : print(

package main import "fmt" func main() { for i := 0; i <= 120; i++ { fmt.Print(i) if i == 1 || i == 0{ fmt.Println(" は合成数でも素数でもない") } else if i%2 == 0 && i != 2 {

ρ={} τ=[ "・","A","Ā","Ǎ","À","Á","B","C", "Č","Ć","D","Ď","E","Ē","Ě","È", "É","F","G","H","I","Ī","Ǐ","Ì", "Í","J","K","L","M","Ｎ","Ň","Ń", "O","Ō","Ǒ","Ò","Ó","P","Q","Ｒ", "Ř","S","Š","Ś","T","Ť","Ｕ","Ū", "Ǔ","Ù","Ú","Ｖ

st = {} θ=['00','11','22','33','44','55','66','77','88','99','AA','BB','CC','DD','EE', 'FF','GG','HH','II','JJ','KK','LL','MM','NN','OO','PP','QQ','RR','SS','TT', 'UU','VV'] for A in range(len(θ)): for B in range(len(θ)): for C in r

# =========================== # 双方向翻訳機（クシークリアンス語 ⇄ 日本語） # =========================== dict_kusi = { "wo": "私", "ni": "あなた", "ert": "彼（男性）", "art": "彼女", "ort": "子ども",

import matplotlib.pyplot as plt A = [] B = [] S = 0 C = [] D = [] for i in range(500): A.append((i))

import matplotlib.pyplot as plt A = [] B = [] S = 0 C = [] D = [] for i in range(500): A.append((i+1))

<?php for ($A = 1; $A <= 4; $A++) { echo " {$A}"; for ($B = 1; $B <= 4; $B++) { echo "{$A}.{$B}"; } }

A=[] B=[] C=[] for i in range(9): if (i+1) % 3 == 1: A.append(i+1) elif (i+1)%3==2: B.append(i+1) else: C.append(i+1)

import math import matplotlib.pyplot as plt a = 4 # 桁数を少し減らす（16だと過剰） b = 3 x = [i * (10 ** -a) for i in range(1, 10 ** b)] y = [1-(1 - i)**10 for i in x] plt.plot(x, y)

import math import matplotlib.pyplot as plt a = 8 # 桁数を少し減らす（16だと過剰） b = 3 x = [i * (10 ** -a) for i in range(1, 10 ** b)] y = [math.sin((1 - i)) / i for i in x] plt.plot(x, y) plt.xscale("log") # ← これ！

A_dict = {} # -------------------- # 萬子 # -------------------- A_dict.update({ "🀇🀈🀉":"1ms","🀇🀇🀇":"1mc","🀇🀇":"1mto","🀇":"1m","🀇🀈":"1msp","🀇🀉":"1msk", "🀈🀉🀊":"2ms","🀈🀈🀈":"2mc","🀈🀈":"2mto","🀈":"2m","🀈🀉":"2msp","🀈🀊":"2msk", "🀉🀊🀋":"3ms","🀉🀉🀉"

A_dict = { "🀇🀈🀉":"1ms","🀇🀇🀇":"1mc","🀇🀇":"1mto","🀇":"1m","🀇🀈":"1msp","🀇🀉":"1msk", "🀈🀉🀊":"2ms","🀈🀈🀈":"2mc","🀈🀈":"2mto","🀈":"2m","🀈🟉":"2msp","🀈🀊":"2msk", "🀉🀊🀋":"3ms","🀉🀉🀉":"3mc","🀉🀉":"3mto","🀉":"3m","🀉🀊":"3msp","🀉🀋":"3msk", "🀊🀋🀌":"4ms",

A_dict = { "🔴🔴":"あ","🔴🔵":"け","🔴🟡":"し","🔴🟢":"ぞ","🔴🟠":"づ","🔴🟣":"の","🔴⚪️":"ぶ","🔴⚫️":"ま","🔴🟤":"ら", "🔵🔴":"い","🔵🔵":"こ","🔵🟡":"す","🔵🟢":"た","🔵🟠":"っ","🔵🟣":"は","🔵⚪️":"べ","🔵⚫️":"み","🔵🟤":"り", "🟡🔴":"う","🟡🔵":"が","🟡🟡":"せ","🟡🟢":"ち","🟡🟠":"で","🟡🟣":"ひ","🟡⚪️

decode_dict = { "🔴🔴":"あ","🔴🔵":"け","🔴🟡":"し","🔴🟢":"ぞ","🔴🟠":"づ","🔴🟣":"の","🔴⚪️":"ぶ","🔴⚫️":"ま","🔴🟤":"ら", "🔵🔴":"い","🔵🔵":"こ","🔵🟡":"す","🔵🟢":"た","🔵🟠":"っ","🔵🟣":"は","🔵⚪️":"べ","🔵⚫️":"み","🔵🟤":"り", "🟡🔴":"う","🟡🔵":"が","🟡🟡":"せ","🟡🟢":"ち","🟡🟠":"で","🟡🟣":"ひ"

# AHO_cipher.py # AHO暗号のエンコード / デコード PAIR_TO_CHAR = { "🟥🟦": "A", "🟥🟨": "G", "🟥🟩": "M", "🟥🟧": "S", "🟥🟪": "Y", "🟦🟥": "B", "🟦🟨": "H", "🟦🟩": "N", "🟦🟧": "T", "🟦🟪": "Z", "🟨🟥": "C", "🟨🟦": "I", "🟨🟩": "O", "🟨🟧": "U", "🟨🟪": "!", "🟩🟥": "D", "🟩

import random subjects = ["夜", "風", "海", "月", "都市", "君"] verbs = ["囁く", "泳ぐ", "眠る", "踊る", "消える"] adjs = ["青い", "淡い", "遠い", "熱い", "孤独な"] objects = ["声", "夢", "影", "記憶", "光"] def line(): return f"{random.choice(subjects)}は {random.choice(adjs)}{