MathyFurret

import random
import itertools
import math
from collections import Counter

class Player:
    def __init__(self, id, *, is_inactive=False):
        self.id = id
        self.is_inactive = is_inactive
        self.wins = 0

MathyFurret

main:
    print .message1
    print .message2
    print .message3
    menu #0, .options
    jumptable #0
    dw Max_IVs

.message1
    string "Mathy's Conquest Save File Tools v0.0"

MathyFurret

public class PhysicsTests {
    public static final int Y_ACCELERATION = -16;
    public static final int GROUNDED_Y_VELOCITY = -328;
    public static final int JUMPING_Y_VELOCITY = 328;
    
    public static final int GROUND_UPPER_HITBOX = 40951;
    public static final int GROUND_LOWER_HITBOX = 1654;
    
    /**
     * Calculates the number of frames it will take from right before Phineas is in freefall to

MathyFurret

/*
Version 0.2 updated Nov 25, 2018.

This script will bruteforce a live match from the TPP API
in Defiance mode and estimate winrates.

Requirements:
-An oauth for the TPP API: https://twitchplayspokemon.tv/show_oauth_token
-Node.js: https://nodejs.org/en/download/
-sync-request for Node.js: `npm install -g sync-request` (NPM should come installed with Node.js)

MathyFurret

'use strict';

exports.Formats = [
  //...
  {
    name: "[Gen 7] Status Hazard",
    desc: [
      `Status moves in a Pokemon's first and second move slots can become hazard-setting moves.`,
      `&bullet; <a href="https://www.smogon.com/forums/threads/status-hazard.3571986/">Status Hazard</a>`,
    ],

MathyFurret

#plagiarize the csv used by Eevee's dex
import numpy

templates = [
    {
        'text': "(num0) (enc0) and still no (pkmn0)...",
        'number_slots': 1,
        'encounter_slots': 1,
        'pokemon_slots': 1
    }, {

MathyFurret

Complex = {}

--constructors
function Complex.new(re, im)
    assert(type(re) == 'number' and type(im) == 'number', "Both arguments passed to Complex.new must be numbers")
    return setmetatable({re = re, im = im}, Complex)
end

function Complex.polar(r, theta)
    assert(type(r) == 'number' and type(theta) == 'number', "Both arguments passed to Complex.new must be numbers")