Frequently Asked Questions

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High-level space fields are 2D projections of high levels of other dimensions. They are mathematically generated using algorithms, resulting in complex, symmetrical geometric patterns reminiscent of mandalas. When you zoom in on these patterns, you discover distinct symmetrical entities.

A high-level space field entity is a specific symmetrical shape found within the larger high-level space field. Each entity is unique and can be categorized by its level, type (line or color fill), and the dimension it originates from.

High-level space field entities are generated using a combination of algorithmic processes and creative coding.

• Algorithmic Generation: The foundation of each design is a polygon representing a specific dimension (e.g., a decagon for the 10th dimension). The algorithm then connects the vertices and/or midpoints of this polygon and repeats this process multiple times, increasing the complexity and creating the intricate patterns.
• Creative Coding: Tools like Python scripts and SketchUp extensions, along with specific code formats, are used to manipulate the initial polygon and create the final designs.

Yes! Primary Design Co. (PDCo) offers open-source space field generator applications available for download on their website. These include a Python generator and a SketchUp extension, allowing you to explore and create your own high-dimensional entities.

PDCo uses a specific code format to generate high-level space field entities:"OnCCxxL"

• n: Represents the dimension or the number of sides of the initial polygon (e.g., O10 for a decagon, representing the 10th dimension).
• CC: Stands for "Corners Connected," where the polygon's vertices are connected.
• MSC: Stands for "Mid-Sides Connected," where the midpoints of the polygon's edges are connected.
• CCMSC: Stands for "Corners Connected and Mid-Sides Connected," creating what PDCo calls an “interdimensional space.”
• xx (or ^) L: Represents an exponential increase in complexity through symmetrical radial duplication. For instance, xx4 indicates four exponential increases in complexity.

Example: "O10CCxx4" generates the 4th level of complexity for a 10-sided polygon (representing the 10th dimension) with connected corners.

You can apply color swatches to the basic geometric shapes within the design. The number of color swatches you can use depends on the initial polygon's sides (n-gon), with a maximum of n/2 - 1 swatches allowed. Color abbreviations like "R" for red, "G" for green, and "B" for blue are used, separated by underscores in the code.

Example: "O10CC_RGBYxx4" generates the geometric pattern with four color swatches (red, green, blue, yellow)

Sphere-Based Design is a design philosophy central to PDCo's work. It champions the sphere as the most efficient and comprehensive architectural form. This approach utilizes layered patterns radiating outwards from a sphere, creating visually compelling designs that can be applied to art and architecture.

The 'Pool Ball' ADU is a conceptual architectural project by PDCo. It is a 16-dimensional dome designed as a sustainable and innovative approach to an accessory dwelling unit. The dome incorporates features like integrated solar panels, mini-vertical axis wind turbines, and rainwater harvesting systems. The design embodies Sphere-Based Design principles and showcases the potential of high-level space field geometry in real-world applications.