Our 4th Generation RLT allows definition of levels for user experience, custom grids and wheels, number of tables per game instance, number of min/max seats per table, dynamic min/max bets per table based on user level, throttled delay of wheel signals, and solid amount of units per instance.

Free spins of the wheel can be negotiated from the UI by players in order to skip some cards or an entire deck, anyway users cannot possibly know or guess any of the results, unless they know perfectly the server secret prime, seed and iteration in time, such data is usually encrypted on the server to disallow access and passwords regenerated in the memory. It is possible to achieve the mathematically accurate state of drawing the same number initially as many times as decks are shuffled, our common RNG based on Prime numbers produces equally unique randomness and a custom solution is required, or different primes researched.
The benefit of card based roulettes is the guarantee of drawing all numbers on the long run.

• Info: Long polling of message stack up to last info query in case of no websocket support, can include timer data and periodic table status rendering plus player balance.
• Game Info: Expands view of the game server, lists all tables and seats, additional game data.
• Table Status: Expands view per table of certain id, all player seats, dealer seat, all other table and meta data.
• Time Table: All clock time data per type in seconds including additional game, table and round timers.
• Game Result: Lists limited game results including current state.
• Balance: User account view.
• Timer: Current timer type and unique id, length in seconds and milliseconds left.
• Table Data: Table betting grid and grid payout, color map, converted number array. Wheel object with chosen sequence of grid numbers, all generated sectors and their payout per type, used divisors and wheel total of numbers.

All clocks in tact
Server-side rendering at 50 fps by default and also available in [10, 20, 25, 100, 200] fps. Long polling Promise-based configuration from 1 to 30 seconds by request using maximum of 1s intervals, total polling length timeout and InfoManager push events by uid to listen to. Info messages deliver just in time the table status with the info array greater than zero, waiting between similar timer types and differences based on timer unique id to verify and fix front-end clocks.
Client-side synchronization of setInterval, setTimeout and frames per second on server application data. Maximum and current fps measurement each second by game info json view.

Visualization of timer clock by current seconds on certain time length and countdown in ms left from total clock length minus milliseconds since timer start with single decimal dot fix in addition to math floor divided by 1000 conversion frequency.

Frontend use of requestAnimationFrame(onFrame) to sync monitor Hz with setInterval(onFrame, 1000/fps) and Backend real-time server in sync to high fps of 100 or 200 Hz. Suitable for scripted animations using transition tween. State management of received json data in html user interface by changed or short-listed optimized data applied to render.

In-core implementation of secured Roulette Server with additional set of terms.