Starting Point
AGiBa NEFRAs and the agents (AIs and ORA Gamers) strings form the foundation.
There is no randomness here — only placement, structure, and strategy.
Even if an input “game” consists of only a single component, several computation components must be adjusted.
Typically, each input includes two to four optional interactions branching from the primary interaction (the first concept/experiment).
Establishing the Control
AGiBa is a 3-dimensional, one-of-a-kind project — full stop. Nothing else is comparable.
It fuses construction terms, software design, and the pursuit of the nearly impossible. Even advanced AIs must be explicitly taught how to play within AGiBa’s constraints.
AGiBa CLPs (Control Line/Points Search)
A 2-WAY lottery strategy built on two orthogonal control lines:
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Horizontal axis → Ranks / Rows
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Vertical axis → Files / Stiles
Additional rules:
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Stiles are executed on subgrids and spatial boards.
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Intersection points (horizontal × vertical) are called gutters.
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The center control is the rail.
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Depending on the specific AGiBa CLPs application, a chosen gutter can be reframed as hubs, spokes, nodes, or modules.
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The entire CLPs grid is referred to as the CLPs Matrix.
AGiBa Games
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Built from several matrices, each matrix divided into quadrants.
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Each quadrant contains mullions, panels, modules, gutters, and subgrids.
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Specialized Alpha, Beta, and Gamma Zones serve as strategic subgrids for inputs, experiments, or strategies.
Continuity Principle
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Every game is a continuation of the previous strategy, with the last lottery draw removed.
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The system runs on a non-resetting strategy ledger, updated only by minor new inputs, preserving continuity across play cycles.
To see whether a post has been recently updated or added, please check the “Last Modifications” section on the blog. It includes timestamps and details of the most recent changes made to this website.
Thanks again for your time and interest!
Angelo Balbi
Washington D.C.
September 2025
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