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Automatically hatches eggs at 100% completion. Adds an On/Off button for auto hatching as well as an option for automatically hatching store bought eggs and dug up fossils.
当前为
// ==UserScript==
// @name [Pokeclicker] Enhanced Auto Hatchery
// @namespace Pokeclicker Scripts
// @match https://www.pokeclicker.com/
// @grant none
// @version 1.4
// @author Ephenia (Original/Credit: Drak + Ivan Lay)
// @description Automatically hatches eggs at 100% completion. Adds an On/Off button for auto hatching as well as an option for automatically hatching store bought eggs and dug up fossils.
// ==/UserScript==
var hatchState;
var awaitAutoHatch;
var hatchColor;
var autoHatchLoop;
var randFossilEgg;
var eggFossilState;
var eggFossilColor;
var hatcherySortVal;
var hatcherySortDir;
var newSave = document.querySelectorAll('label')[0];
var trainerCards = document.querySelectorAll('.trainer-card');
var breedingDisplay = document.getElementById('breedingDisplay');
function initAutoHatch() {
if (hatchState == "OFF") {
hatchColor = "danger"
} else {
hatchColor = "success"
}
if (eggFossilState == "OFF") {
eggFossilColor = "danger"
} else {
eggFossilColor = "success"
}
breedingDisplay.querySelector('.card-header').outerHTML += `<button id= "auto-hatch-start" class="btn btn-sm btn-`+hatchColor+`" style="position: absolute;left: 0px;top: 0px;width: 65px;height: 41px;font-size: 7pt;">
Auto Hatch [`+hatchState+`]
</button>`
document.getElementById('breedingModal').querySelector('.modal-header').querySelectorAll('button')[1].outerHTML += `<button id="auto-egg-fossil" class="btn btn-`+eggFossilColor+`" style="margin-left:25px;">
Auto Egg/Fossil [`+eggFossilState+`]
</button>`
$("#auto-hatch-start").click (toggleAutoHatch)
$("#auto-egg-fossil").click (toggleEggFossil)
//document.getElementById('breedingModal').querySelector('button[aria-controls="breeding-sort"]').setAttribute("style", "display:none");
if (hatchState == "ON") {
autoHatcher();
}
}
function toggleAutoHatch() {
if (hatchState == "OFF") {
hatchState = "ON"
localStorage.setItem("autoHatchState", hatchState);
document.getElementById("auto-hatch-start").classList.remove('btn-danger');
document.getElementById("auto-hatch-start").classList.add('btn-success');
autoHatcher();
} else {
hatchState = "OFF"
localStorage.setItem("autoHatchState", hatchState);
document.getElementById("auto-hatch-start").classList.remove('btn-success');
document.getElementById("auto-hatch-start").classList.add('btn-danger');
clearInterval(autoHatchLoop)
}
document.getElementById('auto-hatch-start').innerHTML = `Auto Hatch [`+hatchState+`]<br>`
}
function toggleEggFossil() {
if (eggFossilState == "OFF") {
eggFossilState = "ON"
localStorage.setItem("autoEggFossil", eggFossilState);
document.getElementById("auto-egg-fossil").classList.remove('btn-danger');
document.getElementById("auto-egg-fossil").classList.add('btn-success');
} else {
eggFossilState = "OFF"
localStorage.setItem("autoEggFossil", eggFossilState);
document.getElementById("auto-egg-fossil").classList.remove('btn-success');
document.getElementById("auto-egg-fossil").classList.add('btn-danger');
}
document.getElementById('auto-egg-fossil').innerHTML = `Auto Egg/Fossil [`+eggFossilState+`]`
}
function autoHatcher() {
autoHatchLoop = setInterval(function () {
//change daycare sorting
var pS = Settings.getSetting('partySort');
var hS = Settings.getSetting('hatcherySort');
if (pS.observableValue() != hatcherySortVal) {
hS.observableValue(pS.observableValue())
hatcherySortVal = pS.observableValue()
localStorage.setItem("hatcherySortVal", hatcherySortVal);
}
if (hS.observableValue() != hatcherySortVal) {
hatcherySortVal = hS.observableValue()
pS.observableValue(hS.observableValue())
localStorage.setItem("hatcherySortVal", hatcherySortVal);
}
var pSD = Settings.getSetting('partySortDirection');
var hSD = Settings.getSetting('hatcherySortDirection');
if (pSD.observableValue() != hatcherySortDir) {
hatcherySortDir = pSD.observableValue()
hSD.observableValue(pSD.observableValue())
localStorage.setItem("hatcherySortDir", hatcherySortDir);
}
if (hSD.observableValue() != hatcherySortDir) {
hatcherySortDir = hSD.observableValue()
pSD.observableValue(hSD.observableValue())
localStorage.setItem("hatcherySortDir", hatcherySortDir);
}
// Attempt to hatch each egg. If the egg is at 100% it will succeed
[0, 1, 2, 3].forEach((index) => App.game.breeding.hatchPokemonEgg(index));
// Now add eggs to empty slots if we can
while (
App.game.breeding.canAccess() == true && // Can access the Hatchery
App.game.party.hasMaxLevelPokemon() && // Don't run if you don't have any level 100 Pokemon
App.game.breeding.hasFreeEggSlot() // Has an open egg slot
) {
if (eggFossilState == "ON") {
var hasEgg;
var randEggIndex;
var storedEggName = [];
var eggTypesLength = GameConstants.EggItemType[0].length;
var eggTypes = GameConstants.EggItemType;
for (var i = 0; i < eggTypesLength; i++) {
var selEgg = eggTypes[i]
if (player._itemList[selEgg]() > 0) {
storedEggName.push(selEgg)
//console.log(selEgg+"'s value would be "+player._itemList[selEgg]())
}
}
//console.log(storedEggName)
if (storedEggName.length != 0) {
randEggIndex = ((Math.floor(Math.random() * storedEggName.length) + 1) - 1)
//console.log(storedEggName[randEggIndex])
hasEgg = true;
} else {
hasEgg = false
}
var hasFossil;
var randFossilIndex;
var storedFossilName = [];
var storedFossilID = [];
var treasureLength = player.mineInventory().length;
for (var i = 0; i < treasureLength; i++) {
var valueType = player.mineInventory()[i].valueType
var itemAmount = player.mineInventory()[i].amount()
if (valueType == "Mine Egg" && itemAmount > 0) {
var fossilName = player.mineInventory()[i].name;
var fossilID = player.mineInventory()[i].id;
var fossilePoke = GameConstants.FossilToPokemon[fossilName];
var pokeRegion = PokemonHelper.calcNativeRegion(fossilePoke)
if (pokeRegion <= player.highestRegion()) {
storedFossilName.push(fossilName)
storedFossilID.push(fossilID)
//console.log(player.mineInventory()[i].name)
} else {
//console.log(fossilePoke+" of region "+pokeRegion+ " will be ignored.")
}
}
}
//console.log(storedFossilID)
if (storedFossilID.length != 0) {
randFossilIndex = ((Math.floor(Math.random() * storedFossilID.length) + 1) - 1)
//console.log("("+storedFossilID[randFossilIndex]+") "+storedFossilName[randFossilIndex])
hasFossil = true;
} else {
hasFossil = false;
}
if (hasEgg == true && hasFossil == true) {
//console.log("user has both egg and fossil")
var isEggFossil = (Math.floor(Math.random() * 2) + 1)
if (isEggFossil == 1) {
ItemList[storedEggName[randEggIndex]].use()
//console.log(storedEggName[randEggIndex]+" has been used!")
return true;
} else {
Underground.sellMineItem(storedFossilID[randFossilIndex])
//console.log(storedFossilName[randFossilIndex]+" has been used!")
return true;
}
}else if (hasEgg == true) {
//console.log("user has only egg")
ItemList[storedEggName[randEggIndex]].use()
//console.log(storedEggName[randEggIndex]+" has been used!")
return true;
}else if (hasFossil == true) {
//console.log("user has only fossil")
Underground.sellMineItem(+storedFossilID[randFossilIndex])
//console.log(storedFossilName[randFossilIndex]+" has been used!")
return true;
} else {
//console.log("user has no egg or fossil")
}
}
// Filter the sorted list of Pokemon based on the parameters set in the Hatchery screen
let filteredEggList = PartyController.getSortedList().filter(
(partyPokemon) => {
// Only breedable Pokemon
if (partyPokemon.breeding || partyPokemon.level < 100) {
return false;
}
// Check based on category
if (BreedingController.filter.category() >= 0) {
if (
partyPokemon.category !== BreedingController.filter.category()
) {
return false;
}
}
// Check based on shiny status
if (BreedingController.filter.shinyStatus() >= 0) {
if (
+partyPokemon.shiny !== BreedingController.filter.shinyStatus()
) {
return false;
}
}
// Check based on native region
if (BreedingController.filter.region() > -2) {
if (
PokemonHelper.calcNativeRegion(partyPokemon.name) !==
BreedingController.filter.region()
) {
return false;
}
}
// Check if either of the types match
const type1 =
BreedingController.filter.type1() > -2
? BreedingController.filter.type1()
: null;
const type2 =
BreedingController.filter.type2() > -2
? BreedingController.filter.type2()
: null;
if (type1 !== null || type2 !== null) {
const { type: types } = pokemonMap[partyPokemon.name];
if ([type1, type2].includes(PokemonType.None)) {
const type = type1 == PokemonType.None ? type2 : type1;
if (!BreedingController.isPureType(partyPokemon, type)) {
return false;
}
} else if (
(type1 !== null && !types.includes(type1)) ||
(type2 !== null && !types.includes(type2))
) {
return false;
}
}
return true;
}
);
try {
//console.log(filteredEggList[0])
App.game.breeding.addPokemonToHatchery(filteredEggList[0]);
} catch (err) {
var canBreed = PartyController.getSortedList().filter(e => e._level() == 100 && e.breeding == false);
var randBreed = getRandomInt(canBreed.length);
//console.log(canBreed[randBreed])
App.game.breeding.addPokemonToHatchery(canBreed[randBreed]);
}
//console.log("Added " + filteredEggList[0].name + " to the Hatchery!");
}
}, 50); // Runs every game tick
}
if (localStorage.getItem('autoHatchState') == null) {
localStorage.setItem("autoHatchState", "OFF");
}
if (localStorage.getItem('autoEggFossil') == null) {
localStorage.setItem("autoEggFossil", "OFF");
}
if (localStorage.getItem('hatcherySortVal') == null) {
localStorage.setItem("hatcherySortVal", 0);
}
if (localStorage.getItem('hatcherySortDir') == null) {
localStorage.setItem("hatcherySortDir", true);
}
hatchState = localStorage.getItem('autoHatchState');
eggFossilState = localStorage.getItem('autoEggFossil');
hatcherySortVal = +localStorage.getItem('hatcherySortVal');
hatcherySortDir = +localStorage.getItem('hatcherySortDir');
for (var i = 0; i < trainerCards.length; i++) {
trainerCards[i].addEventListener('click', checkAutoHatch, false);
}
newSave.addEventListener('click', checkAutoHatch, false);
function checkAutoHatch() {
awaitAutoHatch = setInterval(function () {
var breedingAccess;
try {
breedingAccess = App.game.breeding.canAccess();
} catch(err) {}
if (typeof breedingAccess != 'undefined') {
if (breedingAccess == true) {
initAutoHatch();
clearInterval(awaitAutoHatch)
} else {
//console.log("Checking for access...")
}
}
}, 1000);
}
function getRandomInt(max) {
return Math.floor(Math.random() * max);
}