Times Table 91 Mod 200

A generic graph created from the 91 times table in mod 200. It can be used for magical seals and talismans.

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Node and Edge Tables and Adjacency Matrix


Times Table 73 Mod 200

A generic graph created from the 73 times table in mod 200. It can be used for magical seals and talismans.

Click to enlarge

Node and Edge Tables and Adjacency Matrix


Times Table 21 Mod 200

A generic graph created from the 21 times table in mod 200. It can be used for magical seals and talismans.

Click to enlarge

Node and Edge Tables and Adjacency Matrix


Mod 10 Stellation

A generic graph from a mod 10 stellation algorithm. It can be used for magical seals and talismans.

Click to enlarge

Node and Edge Tables and Adjacency Matrix


Discrete Math, Digital Art, and Grimoires

PriestOvTheBeast wrote: …Looking for some advice on refining my technomancy and improving the overall structure of my grimoire, I’m using Evernote atm and while it is perfectly functional it’s less “occult” than I might like. I was just curious if any of you have a program or app that you use for creating your own digital grimoires? I’m looking for compatability with my phone (LG V40), exportation to PDF if possible and the ability to organize it in traditional book format. I wrote: I use SageMath, Gephi, Ctyoscape, and Python for magical ontological formulas and graphs. For the Math heavy Read More


Sorcerous Alchemy: Creating Enchanted Crystals with Magic

When people refer to subtle energies, they tend to be referring to ethereal, ephemeral, and intangible things – things that have no concrete substance that you effectively hold in your hand. A lot of ideas about magic propose that it is facilitated by this ethereal and intangible thing. An intuitive concept of augmenting the attributes of something (enchanting it) is to take that ethereal substance, manipulate its properties, and anchor it in some way to something such that the physical object mediates ethereal properties so that it is augmented. This is effectively like painting or gilding an object. It does Read More


Make Your Own Magical Rules

When people go about making their own magical “systems”, there tend to be two popular routes they take: making their own magical language without formalizing their ontology or they create random sigils. The problem, though, is that those two popular methods alone technically don’t create a magical system. A magical system is an abstraction comprised of a body of axioms, rules, and operations. If you were to look at classical and historical “magical systems”, you will see a formally articulated set of axioms and rules; an example of this is Western occultism. The problem with informally creating your own magical Read More


Magic is a Game

I wrote: …I don’t have, nor really believe in, a Great Work. I’m working on an article on this, but, from my perspective, magic is a type of game. Trying to come up with a theory of magic is like trying to come up with a theory of art. You run into all sorts of issues with the definition. You end up with what is similar when trying to define a “game” based on the arbitrary rules of that “game”. It’s sort of like trying to say Skyrim’s a game and Dragon Age is not because Dragon Age’s game mechanics Read More


What is a Psychic Construct?

This is a snippet of a conversation where I define psychic energy: …Any set of concepts and intentions that are extensions of those concepts can be treated as a tree and a tree is a type of graph. In other words, a semantic ontology can be created from a set of concepts where that ontology has a tree and that tree has a graph. Such a graph has an adjacency matrix and that adjacency matrix has a spectrum comprised of the eigenvalues of that matrix. The energy of the graph would be the sum of the absolute values of the Read More


Gephi

Gephi is an open-source software for network visualization and analysis. It helps data analysts to intuitively reveal patterns and trends, highlight outliers and tells stories with their data. It uses a 3D render engine to display large graphs in real-time and to speed up the exploration. Gephi combines built-in functionalities and flexible architecture to: explore, analyze, spatialize, filter, cluster, manipulate, export. Gephi is based on a visualize-and-manipulate paradigm which allow any user to discover networks and data properties. Moreover, it is designed to follow the chain of a case study, from data file to nice printable maps.


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