nerdfiles / farkle-likes

Farkle-likes

Semantically-weighted dice for dynamically generated farkle-forma.

Introduction

Diceware generates a unique dictionary of terms by arresting the CPU, which is mapped to some bit-size determined from the total size of the keyframe, or pseudomono-keyware()?) (some parameterized key-size or length); but this is merely "efficient" (or determined in the last instance by some finite number determined by storage semantics). Perhaps four-word-phase can interpose program semantics for the assembly of pseudo-random phrases based on non-autopositional rotational invariance determined in the last instance in holo-entropic data. In Timothy Morton's language this concept convey the non-orientable surface of meaning, something in some sense looped, however many senses there are within an mechanism-independent structure, capacities, dispositions, etc. as would any Aristotelian allows. In the broadest sense, we can turn the modal operators on language itself. This is fair enough, but what informs their ecology of thought?

Farkle-likes can be extracted from tokenizing the output of Diceware. Map uppercase characters, obviously, but less obvious is that each dictionary can be map to a subset of itself and recursively looped within a lattice structure, as Sebastian Fauvel does in Quantum Ethics (Chaper 8).

Empty dynamism (endomagnetic read repair for plutoniumized holographic lattice storage) for semantically weighted farkle-likes. Dice may be conceived of, if even temporarily, biologically synchronized. So dice may pair up against others joint spontaneously (using Sebastian Rodl's language).

Thinking dice. With 3D-prints if we read their output from Bluetooth receiver, via a mobile device, then instantly the mobile market become a meta-computational casino.

Install

$ npm install -g farkle-likes

Documentation