Recent projects

a = 2; t = linspace(0, 2*pi, 1000); x = a*cos(3*t).*cos(t); y = a*cos(3*t).*sin(t); plot(x,y) title('Three-Petal Rose') xlabel('x') ylabel('y')

package fr.synchroneyes.mineral.Teams; import fr.synchroneyes.custom_events.MCPlayerJoinTeamEvent; import fr.synchroneyes.custom_events.MCPlayerLeaveTeamEvent; import fr.synchroneyes.custom_events.MCTeamScoreUpdated; import fr.synchroneyes.groups.C

package fr.synchroneyes.mineral.Teams; import fr.synchroneyes.custom_events.MCPlayerJoinTeamEvent; import fr.synchroneyes.custom_events.MCPlayerLeaveTeamEvent; import fr.synchroneyes.custom_events.MCTeamScoreUpdated; import fr.synchroneyes.groups.C

a = pi/2; t = pi/6; y = (6*sqrt(2)*(asin(2*t)-2)^2*(3*acos(t)-2)*tan(t)) / ... (a*sqrt(73-80*cos(t)^2+9*sin(2*t))); disp(y)

#include <iostream> using namespace std; int main() { double r, s; cin>>r; s=3.14*r*r; cout<<s<<endl; return 0;

import time /tmp/main.py<module>import user_code print('こんにちは！今日も良い1日を') print('ここは開発中です。iPad革命を期待しよう。') time.sleep(3) print('それではまた！good bye!'）

-- create a table CREATE TABLE classi ( idclasse TEXT PRIMARY KEY, sede TEXT NOT NULL, piano INT NOT NULL, aula INT NOT NULL, codclasse CHAR(4) REFERENCES classi(codclasse) ); INSERT INTO classi

-- Mostrar os usuários que possuem cadastro de login SELECT Nome, cpf FROM usuarios WHERE Id IN ( SELECT usuario_id FROM login_usuario ) -- Mostrar vendas acima da média de todas as vendas SELECT protocolo, nome_usuario, compras, valor_fina

x = -3 + 4*5i; y = 5 - 2i; a = y/x b = exp(y) c = sqrt(y) d = y*x^2

x = -3 + 45i; y = 5 - 2i; w = y/x z = exp(y) r = sqrt(y) s = y*x^2

#core/CLI.py import logging logging.basicConfig( level=logging.INFO, format="%(asctime)s %(levelname)s %(name)s: %(message)s" ) import subprocess import typer

clc clear x = -3 + 45i; y = 5 - 2i; w = y/x z = exp(y) r = sqrt(y) s = y*x^2

import time print('こんにちは！今日も良い1日を') time.sleep(3) print('ここは開発中です。iPad革命を期待しよう。') time.sleep(3) print('それではまた！good bye!'）

a = pi/2; t = pi/6; y = (6*sqrt(2)*(asin(2*t)-2)^2*(3*acos(t)-2)*tan(t)) / ... (a*sqrt(73-80*cos(t)^2+9*sin(2*t))); disp(y)

clc clear A = [1 -2 3; 4 5 -6; -7 8 9]; B = A(2:3, 1:2) C = A.^(-2) I = eye(2); D = B + I E = A(:,1) * A(1,:)

A = [1 -2 3; 4 5 -6; -7 8 9]; % a B = A(2:3,1:2) % b C = A.^(-2) % c D = B + eye(2)

clc clear disp "courtni k." a = pi/2; t = pi/6; y = (6*sqrt(2)*(asin(2*t-2))^2*(3*acos(t-2))*tan(t))/(a*sqrt(73-80*cos(t)^2+9*sin(2*t))); disp(y)

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) { System.out.println("Hello world!"); } }

clc clear a = pi/2; t = pi/6; numerator = 6*sqrt(2)*(asin(2*t)-2)^2 *(3*acos(t)-2)*tan(t); denominator = a*sqrt(73-80*cos(t)^2+9*sin(2*t));

<?php 2 3 echo 'Hello World !'; ?>