@YSS

print('INSERT INTO KSKR_phrases (phrase, meaning) VALUES') def KSKR(A,B): k=f'‘' print(f'({k}{A}{k},{k}{B}{k})') result = None return result

CREATE TABLE 英語 ( id INTEGER PRIMARY KEY, 単語 TEXT NOT NULL, 意味 TEXT NOT NULL ); INSERT INTO 英語 (単語, 意味) VALUES ('this is a pen', 'これ　ペン　である'); INSERT INTO 英語 (単語, 意味) VALUES ('is this a pen?', 'これ　ペン　であるか'); INSERT INTO 英語 (単語, 意味) VALUES ('T

--楽々出力プログラムを思いついたぞ！ --まずは出力用テーブルを用意 CREATE TABLE print ( id INTEGER PRIMARY KEY, I TEXT NOT NULL );

--楽々出力プログラムを思いついたぞ！ --まずは出力用テーブルを用意 CREATE TABLE print ( id INTEGER PRIMARY KEY, • TEXT NOT NULL ); --次に出力したい文字を打つ

section .data result db 0 ; 結果を格納 section .text global _start _start: ; 10 + 20 を計算 mov eax, 10 ; EAXに10をセット add eax, 20 ; EAXに20を加算

import math F=3.6 G = math.floor(F) if F > G + 0.5: F = math.ceil(F) else: F = math.floor(F) print(f'{F}')

-- 1. テーブル作成（SQLite 対応！） CREATE TABLE 友達 ( id INTEGER PRIMARY KEY, -- これで自動で1,2,3... 名前 TEXT NOT NULL, 好きなもの TEXT NOT NULL ); -- 2. データ追加（idは書かなくていい！） INSERT INTO 友達 (名前, 好きなもの) VALUES ('田中', '苺'); INSERT INTO 友達 (名前, 好きなもの) VALUES (

x <- seq(1, 1001, 0.01) plot(x, pi*cos(pi/x))

import random Gh=0 ma= ["🀇","🀈","🀉","🀊","🀋","🀌","🀍","🀎","🀏", "🀇","🀈","🀉","🀊","🀋","🀌","🀍","🀎","🀏","🀇","🀈","🀉","🀊","🀋","🀌","🀍","🀎","🀏","🀇","🀈","🀉","🀊","🀋","🀌","🀍","🀎","🀏" ,"🀙","🀚","🀛","🀜","🀝","🀞","🀟","🀠","🀡","🀙","🀚","🀛","🀜","🀝","🀞","🀟","🀠","🀡","🀙

F=[ "█","▢","█","█","▢","▢","▢","█", "█","▢","█","█","▢","█","▢","█", "█","▢","█","█","▢","█","▢","█", "█","▢","█","█","▢","█","▢","█", ] print(f'{F}:初期値') for i in range(31): for j in range(len(F)-1): if F[j-1] == F[j+1] :

F=[ "▢","█","█","█","▢","█","█","█", "▢","█","▢","█","▢","█","▢","█", "▢","█","█","█","▢","█","▢","█", "▢","▢","█","█","█","█","▢","█", ] print(f'{F}:初期値') for i in range(31): for j in range(len(F)-1): if F[j-1] == F[j+1] :

F=[ "▢","█","█","█","▢","█","█","█", "▢","█","█","█","▢","█","▢","█", "█","█","█","▢","█","█","█","▢", "█","█","█","▢","█","▢","█","▢", ] print(f'{F}:初期値') for i in range(31): for j in range(len(F)-1): if F[j-1] == F[j+1] :

F=[ "▢","█","█","█","▢","█","█","█", "▢","█","█","█","▢","█","▢","█", "█","█","█","▢","█","█","█","▢", "█","█","█","▢","█","▢","█","▢", "▢","█","█","█","▢","█","█","█", "▢","█","█","█","▢","█","▢","█", "█","█","█","▢","█","█","█

for i in range(100): if i%2 == 0 and i%10 == 2 and i%3 != 0: print(f'{i} 2.aho!') elif i%3 == 0 and i%10 == 3: print(f'{i} 3.aho!') else: print(f'{i} not.aho!')

import math toH=0 def name(p): o = 10**p return o def NM(D,C): y = D

import math toH=0 def name(p): o = 10**p return o def NM(D,C): y = D

import java.util.*; import java.lang.*; import java.io.*; // The main method must be in a class named "Main". class Main { public static void main(String[] args) { for (int i = 0; i < 12; i++) { for (int j = 0; j < 12; j++)

import math F = -3.14 def name(p): o = 10**p return o F = -3.14 L=0

class Student: def __init__(self, name, grade): self.name = name self.grade = grade def introduce(self): return f"私は{self.name}、{self.grade}年生です" # 使用例 student1 = Student("太郎", 5)

def find_square_root(target, precision): guess = 0 step = 1 for i in range(precision): step = 10 ** (-i) for _ in range(10): # 各桁で0-9まで試す if (guess + step) ** 2 > target: break # 大きくなりすぎ