Compute sacred geometry coordinate sets and lattice structures with numpy, sympy, and matplotlib.
npx skills add https://github.com/garochee33/DSH --skill sacred-geometry
Please help me install this Agent Skill. Skill: Sacred Geometry Source: https://github.com/garochee33/DSH/tree/main/kb/skills/sacred_geometry Command: npx skills add https://github.com/garochee33/DSH --skill sacred-geometry
It provides a focused geometry toolkit for constructing mathematically grounded sacred patterns, lattice systems, and canonical polyhedral forms without hand-calculating coordinates.
Ask for a sacred geometry construction such as the E8 roots, a golden-ratio shape, or a platonic solid coordinate set.
High-intent search queries and answers about installing and using this skill.
Generating exact coordinate sets for Platonic solids and phi-based sacred geometry forms requires computing mathematical vertex structures and dual relationships. This Skill automates those symbolic math calculations to produce precise vector coordinates and visualizable meshes without manual computation.
The E8 lattice is an advanced mathematical structure containing 240 roots used in complex symmetry work. Computing the E8 root system involves calculating specific vector coordinates in an 8-dimensional space, which this Skill generates directly for lattice geometry studies.
Constructing a Flower of Life pattern or toroidal field surface with numpy and sympy involves calculating phi-based ratios and circular intersections to build visualizable meshes. This Skill leverages those exact dependencies to generate the required symbolic math and coordinate outputs.
Matplotlib is required to visualize sacred geometry coordinate sets and lattice structures because the generated vector data needs rendering into graphical meshes. This Skill outputs the underlying mathematical coordinates which matplotlib then plots into visual geometric forms.
Computing merkaba geometry and Metatron's Cube coordinates without hand-calculating ratios requires an automated symbolic math toolkit to derive exact phi-based intersections and vertex placements. This Skill performs those internal mathematical computations to output ready-to-use coordinate sets.
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