About Us

What This Website Does

This site exists to track and document the performance of slot game engines with a focus on statistical outcomes. We collect data from numerous simulated sessions to observe how real results stack up against stated probabilities. Visitors can find logs and comparisons that highlight patterns in game behavior.

Our main goal is to provide transparent records without pushing any form of gambling. The information here suits those curious about the numbers behind the games rather than players looking for tips or strategies.

Our Team

We operate as a small group of three individuals who share an interest in mathematics and basic programming. Each person handles specific tasks to keep our data collection running smoothly. We communicate through a private Discord server to assign work and review findings.

The roles include the Probability Mapper who charts out expected outcomes based on game rules. Then there is the Manual Log Auditor who checks entries for accuracy by reviewing raw data. Finally the Script Maintenance Analyst updates and fixes our automated tools to ensure they function correctly.

Our collaboration started from shared discussions on forums about game algorithms. Now we pool our skills to build this repository of information.

Legal Disclaimer

All content on this site comes from simulations and does not involve real money or actual gambling activities. We do not encourage or promote betting in any form. The data serves educational purposes only related to probability and statistics.

Users should note that slot games are designed for entertainment and carry risks if played with real stakes. We hold no affiliations with game developers or casinos. Any use of this information is at your own discretion and we bear no responsibility for actions taken based on our logs.

Our analyses rely on publicly available details and our own simulations. Results may vary in live environments due to factors beyond our control.

How We Analyze Slot Games

We start by running automated scripts that simulate thousands of spins on the game engine. For each batch we record outcomes like wins losses and bonus triggers. These logs help us calculate observed return to player percentages and compare them to the theoretical 96.50% RTP.

Our process involves high-frequency play simulations often exceeding 100000 spins per set. We look at variance curves to see how results fluctuate over time. This includes tracking the frequency of tumbling reels and bonus rounds as described in the developer's documentation.

Data scraping tools pull information from sessions while we audit manually to spot any anomalies. The focus remains on the mechanics such as how reels tumble and multipliers apply without delving into visual elements.

Who We Are

As math enthusiasts we find interest in breaking down complex systems like slot algorithms. Our backgrounds vary but we all enjoy working with numbers and code on personal projects. This site represents a side activity where we apply those skills to a specific game.

We are hobbyist developers who build simple tools for data collection. No one here works professionally in gaming or statistics but we learn through trial and error. Our group formed online and we continue virtually without formal meetings.

What unites us is a curiosity about whether stated probabilities hold up under extensive testing. We document everything to share with others who have similar questions.

Contact and Address

For questions or feedback reach us at [email protected]. We respond to emails about technical aspects of our analyses or suggestions for future simulations. Please keep inquiries relevant to the site's purpose.

Our listed address is 34 West Street Drogheda Co. Louth A92 DT62 Ireland. This serves as a point of reference though all our work happens digitally. We do not host visitors or conduct in-person consultations.

Why We Created This Site

The idea came from noticing gaps between game descriptions and actual performance in tests. We wanted a place to store our findings on the Gates of olympus engine specifically its variance during extended play. Sharing this helps others understand the math involved.

Many resources emphasize graphics or strategies but we saw a need for pure data logs. Our simulations provide a way to verify claims about RTP and bonus frequencies. This repository acts as a reference for anyone studying similar topics.

Over time we expanded to include more detailed comparisons always keeping the approach factual and based on repeatable methods.