import { d2, flipCoin } from 'rolld20'

// Rolling d2 🎲👋
d2(); // return a random number between 1-2;
d2(10); // return an array of 10 elements with random numbers between 1-2;

flipCoin(); // return a string: 'heads' or 'tails" at random;

import { d3 } from 'rolld20'
 // Rolling d3 🎲👋
d3(); // return a random number between 1-3;
d3(10); // return an array of 10 elements with random numbers between 1-3;

import { d4 } from 'rolld20'

 // Rolling d4 🎲👋
d4(); // return a random number between 1-4;
d4(10); // return an array of 10 elements with random numbers between 1-4;

import { d6 } from 'rolld20'

// Rolling d6 🎲👋
d6(); // return a random number between 1-6;
d6(10); // return an array of 10 elements with random numbers between 1-6;

import { d8 } from 'rolld20'

// Rolling d8 🎲👋
d8(); // return a random number between 1-8;
d8(10); // return an array of 10 elements with random numbers between 1-8;

import { d10 } from 'rolld20'

// Rolling d10 🎲👋
d10(); // return a random number between 1-10;
d10(10); // return an array of 10 elements with random numbers between 1-10;

import { d12 } from 'rolld20'

// Rolling d12 🎲👋
d12(); // return a random number between 1-12;
d12(10); // return an array of 10 elements with random numbers between 1-12;

import { d20 } from 'rolld20'

// Rolling d20 🎲👋
d20(); // return a random number between 1-20;
d20(10); // return an array of 10 elements with random numbers between 1-20;

import { d30 } from 'rolld20'

// Rolling d30 🎲👋
d30(); // return a random number between 1-30;
d30(10); // return an array of 10 elements with random numbers between 1-30;

import { d60 } from 'rolld20'

// Rolling d60 🎲👋
d60(); // return a random number between 1-60;
d60(10); // return an array of 10 elements with random numbers between 1-60;

import { d100 } from 'rolld20'

// Rolling d100 🎲👋
d100(); // return a random number between 1-100;
d100(10); // return an array of 10 elements with random numbers between 1-100;

import { d1000 } from 'rolld20'

// Rolling d1000 🎲👋
d1000(); // return a random number between 1-1000;
d1000(10); // return an array of 10 elements with random numbers between 1-1000;

import { janKenPo } from 'rolld20'

// Rolling jan-ken-po ✊✋✌️
janKenPo(); // return a string: 'rock', 'paper', or 'scissors' at random;

// Rolling jan-ken-po with bomb allowed ✊✋✌️👍
janKenPo(true); // return a string: 'rock', 'paper', 'scissors', or 'bomb' at random;

import { compareJanKenPo } from 'rolld20'

// Compare two jan-ken-po ✊✋✌️👍 x ✊✋✌️👍
compareJanKenPo('paper', 'bomb'); // return 1 (bomb beats paper)
compareJanKenPo('scissor', 'paper'); // return -1 (scissors beats papaer)
compareJanKenPo('rock', 'rock'); // return 0 (it's a tie)