Games Global Operations Limited

Rory Angus Harpur

Theo Naicker

Daniel B Gordon

Marcus Douglas Thorpe-Fairall

Michael John Gaspar

Systems, methods, and storage media for reel-based events with guarantee feature are disclosed. Exemplary implementations can: receive a first start input at a processor of a computing system; perform, by the computing system, a first base event in response to receiving the first start input; and determine, by the processor, whether a first feature event trigger occurs during the first base event. Based thereon, the processor can switch the computing system to operate in the feature event state, reset or increase a counter, and/or continue to operate in a normal event state.

System and method for reel-based events with guarantee feature

An embodiment may involve receiving, at a receiving component, an instruction; determining, by way of a random number generator (RNG), a set of symbols and a sync symbol; displaying, on a display component, the set of symbols in a two-dimensional array and the sync symbol in a preview space; and while there are pre-determined patterns of symbols in the two-dimensional array: replacing the pre-determined patterns of symbols in the two-dimensional array with vacant symbol positions; determining, by way of random selection by the RNG, whether replacement symbols to be placed in the vacant symbol positions are subject to synchronization, wherein the replacement symbols being subject to synchronization causes each of the vacant symbol positions to be filled with the sync symbol, and wherein the replacement symbols not being subject to synchronization causes each of the vacant symbol positions to be filled with further symbols determined by way of the RNG.

Randomized symbol replacement with synchronization

A computer-implemented method may involve obtaining, for an iteration of a computation that includes a first and a second calculation, a first input signal and a second input signal. In response to obtaining the first and second input signals and based thereon, parameters of the computation may be modified within a predetermined period of time that simulates real-time operation of an apparatus. Modifying the parameters may involve generating a first output signal that is statistically proportional to the combination of the first and second input signals, generating a second output signal that represents an expected value percentage of the first calculation, and adjusting a likelihood of a particular result being generated by the second calculation based on the first output signal and the expected value percentage of the first calculation based on the second output signal. The iteration of the computation may be executed using the modified parameters.

Real-time calculation of expected values to provide machine-generated outputs proportional to inputs

Methods and devices for a feedback loop system, associated with delivery of content related to a software application, are disclosed. A method includes determining, for the content, a difference between a target output and a performance output. The performance output is an aggregate of respective unit outputs for unit(s) of the content. The method includes determining an input value required to re-perform at least one of the units. The re-performance can modify the difference. The input value, based on a probabilistic calculation of possible outcomes of the re-performance, is normalized based on a pre-determined baseline input value. The method includes determining, based on the normalized input value, an adjusted unit output associated with the re-performance. The method includes generating, based on the respective unit outputs and the adjusted unit output, and providing for display on a GUI, a graphical display layout comprising a visual representation of the unit(s).

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Durban North, South Africa

Rory Angus Harpur