The Functionality Mycelium Systems

How the engine works.

Five stages, one continuous run. Spin the field and open any node to see it.

Engine Explorer Interactive · 05 nodes

Drag to spin the field · Click a node as it comes round

Modeling

Points form edges, edges form faces, faces form cubes. Our models utilize connecting nodes to form a virtual internal structure. All built in-engine with our proprietary projection algorithm.

Input
Engineer's constraints
Method
Internal lattice structure
Output
Simulated continuum mechanics

Opposing Forces

Force drives change. Counter-forces are dynamically calculated at the exact coordinate of physical impact. Contact-point activation feeds directly into the node network.

Input
Contact point & impact velocity
Method
Dynamic response matrix
Output
Localized reaction vectors

Contact-Defined Hitboxes

Many nodes, one unit. Soft-body physics runs the stress test. Nodes trade stress and impulse values with their neighbours. Values are derived using phenomenological models and empirical formulas.

Input
Inter-node data exchange
Method
Soft-body physics
Output
Continuous strain & stress fields

Review

Real world changes at your fingertips. Objects deform and break based on forces applied. Stress visualization provides frame-by-frame analysis, replayable on command.

Input
Applied force vectors
Method
Soft-body fracture physics
Output
Frame-by-frame stress analysis

DICE

A solid is more than its surface. When a solid deforms its interior changes — stress redistributes, damage accumulates, surfaces shift. Every collision leaves the body different.

D · Decision weighing
What gives way first
I · Internal structure
Generated in-engine
C · Conversational nodes
Handoff every step
E · Extra-dimensional
Mesh + interior together
The AI Node-level decisions

AI cannot learn physics it has never been shown.

FEA does compute an interior. It computes it by solving for equilibrium: apply a load, converge on the stress field the body settles into, report that state. The answer provided is where the material ends up once the forces balance.

Two kinds of simulations produce data today. Real-time engines are fast enough to generate volume, and their deformable models exist to make motion look right. FEA resolves the interior through assuming that the interior remains stagnant, not as a continuous case by case basis.

More data is not the constraint. The right data is.

Next

A different class of simulator.