Moves back to original position when someone bumps you
// ==UserScript==
// @name Diep.io Minimap AFK
// @namespace https://diep.io/*
// @version 1.01
// @description Moves back to original position when someone bumps you
// @author Binary
// @match https://diep.io/*
// @grant unsafeWindow
// ==/UserScript==
(function() {
/// UI ///
var selflocation = [0, 0];
var homebaselocation = [0, 0];
var debug = false;
var isleader = false;
var afk = false;
var acceptable_distance = 2;
var overlay_elements = {};
var singular_keydown_events = {};
var overlay = document.createElement('div');
overlay.style.position = 'fixed';
overlay.style.top = '20px';
overlay.style.left = '30px';
overlay.style.fontFamily = 'Lucida Console, Courier, monospace';
overlay.style.fontSize = '12px';
overlay.style.color = '#ffffff';
overlay.style.pointerEvents = 'none';
overlay.style.userSelect = 'none';
document.body.appendChild(overlay);
document.body.addEventListener('keydown', function (event) {
if (!event.ctrlKey && !event.shiftKey && !event.altKey && !event.repeat) {
if (singular_keydown_events[event.code]) singular_keydown_events[event.code]();
}
});
function addToOverlay(value_name, value_key = 'default') {
var wrap_element = document.createElement('p');
wrap_element.textContent = value_name + (value_key === 'default' ? '' : ': ');
overlay_elements[value_key] = document.createElement('span');
wrap_element.appendChild(overlay_elements[value_key]);
overlay.appendChild(wrap_element);
}
addToOverlay('Diep.io Minimap AFK');
addToOverlay('Press / to show/hide this overlay');
addToOverlay('X-Axis', 'location_x');
addToOverlay('Y-Axis', 'location_y');
addToOverlay('Press q to enable AFK', 'afk_boolean');
addToOverlay('Press j to save AFK location', 'home_base_location');
addToOverlay('Press , to change AFK radius', 'acceptable_distance');
addToOverlay('Press [ if you are a leader (IMPORTANT)', 'isleader_boolean');
addToOverlay('Press r to enable debug (attempts to turn minimap triangle to white)', 'debug_boolean');
var show_overlay = false;
overlay.style.display = 'none';
singular_keydown_events['Slash'] = function () {
overlay.style.display = (show_overlay = !show_overlay) ? '' : 'none';
};
overlay_elements['afk_boolean'].textContent = afk;
singular_keydown_events['KeyQ'] = function() {
overlay_elements['afk_boolean'].textContent = (afk = !afk);
};
overlay_elements['home_base_location'].textContent = JSON.stringify(homebaselocation);
singular_keydown_events['KeyJ'] = function() {
homebaselocation[0] = selflocation[0];
homebaselocation[1] = selflocation[1];
overlay_elements['home_base_location'].textContent = JSON.stringify(homebaselocation);
};
overlay_elements['acceptable_distance'].textContent = acceptable_distance;
singular_keydown_events['Comma'] = function() {
overlay_elements['acceptable_distance'].textContent = (acceptable_distance = parseFloat(prompt('Change acceptable distance to...', acceptable_distance)));
};
overlay_elements['isleader_boolean'].textContent = isleader;
singular_keydown_events['BracketLeft'] = function() {
overlay_elements['isleader_boolean'].textContent = (isleader = !isleader);
};
overlay_elements['debug_boolean'].textContent = debug;
singular_keydown_events['KeyR'] = function() {
overlay_elements['debug_boolean'].textContent = (debug = !debug);
};
/// GET SELF LOCATION ///
var position = 0;
var position2 = 0;
var original_getContext = HTMLCanvasElement.prototype.getContext;
HTMLCanvasElement.prototype.getContext = function(...args){
var context = original_getContext.apply(this, args);
// I have included these wrapping functions for y'all programmers to play around with (it's kinda fun)
var wrapFunc = function(targetproperty, wrapfunction){
var property = context[targetproperty];
context[targetproperty] = function(...args){
if(wrapfunction(args)) return;
property.apply(context, args);
};
};
var wrapSetter = function(targetproperty, wrapfunction){
var setter = context.__lookupSetter__(targetproperty);
context.__defineSetter__(targetproperty, function(newvalue){
var callbackResult = wrapfunction(newvalue);
if(callbackResult === true) return;
setter.call(context, callbackResult || newvalue);
});
};
wrapFunc('strokeRect', function(){
position = 0;
});
wrapFunc('moveTo', function(args){
if(position2++ === 0) {
selflocation = args;
overlay_elements['location_x'].textContent = selflocation[0];
overlay_elements['location_y'].textContent = selflocation[1];
}
});
wrapSetter('fillStyle', function(newValue){
if(newValue === 'rgb(0,0,0)' && position++ === (isleader ? 1 : 2)){
position2 = 0;
if(debug) return 'rgb(255,255,255)';
}
});
return context;
};
/// MOVE ALGORITHM ///
var movement_control_keys = {
left: 37,
up: 38,
right: 39,
down: 40
};
var control_order = [
function(){press(movement_control_keys.up)},
function(){press(movement_control_keys.up);press(movement_control_keys.right)},
function(){press(movement_control_keys.right)},
function(){press(movement_control_keys.right);press(movement_control_keys.down)},
function(){press(movement_control_keys.down)},
function(){press(movement_control_keys.down);press(movement_control_keys.left)},
function(){press(movement_control_keys.left)},
function(){press(movement_control_keys.left);press(movement_control_keys.up)},
function(){press(movement_control_keys.up)},
];
function getBearing(selfx, selfy, targetx, targety) {
// flip y axis for canvas's weird non-cartesian plane;
selfy *= -1;
targety *= -1;
var bearing = Math.PI - Math.atan2(targety - selfy, targetx - selfx);
bearing -= Math.PI / 2;
if (bearing < 0) bearing += 2 * Math.PI;
return bearing;
}
function getDistance(selfx, selfy, targetx, targety) {
return Math.sqrt(Math.pow(selfx - targetx, 2) + Math.pow(selfy - targety, 2));
}
function flushInputs(){
for(var eachKey in movement_control_keys){
unsafeWindow.input.keyUp(movement_control_keys[eachKey]);
}
}
function press(key){
unsafeWindow.input.keyDown(key);
}
var clock = 1; // 1 to 10
var end_tick = 10;
var tick_time = 60; // end_tick * tick_time = total time for one cycle
var previousafk = false; // flush keydown events when afk is turned off
var gotolocation = function () {
if (afk) {
previousafk = true;
flushInputs();
var bearing = getBearing(selflocation[0], selflocation[1], homebaselocation[0], homebaselocation[1]);
var distance = getDistance(selflocation[0], selflocation[1], homebaselocation[0], homebaselocation[1]);
if (acceptable_distance < distance) {
var key_sections = bearing / (2 * Math.PI); // normalize bearing
var time_section = 0; // portion of one cycle allocated to the first key
var first_key = function(){};
var second_key = function(){};
for (let section = 1; section <= 8; section++) {
if (key_sections < section / 8) {
time_section = (key_sections - ((section - 1) / 8)) * 8;
first_key = control_order[section - 1];
second_key = control_order[section];
break;
}
}
if ((clock++ / end_tick) > time_section) {
first_key();
} else {
second_key();
}
if (clock > end_tick) clock = 1;
} else {
clock = 1;
}
}else{
if(previousafk){
flushInputs();
previousafk = false;
}
}
setTimeout(gotolocation, tick_time);
};
gotolocation();
})();