1080° CHC
THE CORE OF THE
HARMONIC FRAMEWORK
The 1080° Cosmic Harmonic Compass provides a visual framework for exploring relationships between geometry, direction and time.
Built on a 15 × 15 Harmonic Square and a 24-division compass, it brings these relationships together within a single visual framework.
The Foundation
FIVE CORE ELEMENTS OF THE 1080° CHC
Five core elements form the foundation of the 1080° Cosmic Harmonic Compass, bringing together geometry, direction and time within a single visual framework.
Harmonic Square
A 15 × 15 grid creates 225 cells, with an inscribed circle forming the geometric foundation of the framework.
60-Step Perimeter
A continuous 60-step perimeter allows equal intervals to be marked around the square.
24 Equal Divisions
Twenty-four equal divisions mark the compass around the framework.
1080° Cycle
Twenty-four divisions of 45° complete one 1080° cycle.
Time as Geometry
The same framework can be read as degrees, minutes, seconds, or hours.
Understanding the 1080° CHC
THE HARMONIC SQUARE AND 1080° COMPASS FORM ONE UNIFIED FRAMEWORK.
The framework begins with a 15 × 15 Harmonic Square containing 225 cells and an inscribed circle.
A continuous 60-step perimeter allows 24 equal intervals of 45° to be marked around the square.
Together these elements form the 1080° CHC, bringing geometry, direction and time into a single visual framework.
225 CELLS
Geometric foundation.
60-STEP PERIMETER
Creates 24 equal intervals.
24 EQUAL DIVISIONS
Forms the 1080° CHC.
The Connection
ONE FRAMEWORK. MANY CONSTRUCTIONS.
The framework remains constant. Only the interval changes. Mark equal intervals around the 60-step perimeter to create different star constructions.
8-STAR
135° INTERVAL
8 points
135° per interval
Total: 1,080°
10-STAR
108° INTERVAL
10 points
108° per interval
Total: 1,080°
12-STAR
90° INTERVAL
12 points
90° per interval
Total: 1,080°
24-STAR
45° INTERVAL
24 points
45° per interval
Total: 1,080°
Further Exploration
WHERE THE FRAMEWORK LEADS
The 1080° Cosmic Harmonic Compass provides a visual framework for exploring relationships between geometry, direction and time.
