RTT_Showcase Walkthrough

Goal: See how φ, variance, resonance, entropy, and hybrid behavior show up in one level.

1. Start: Phi / Variance Area#

• Spawn in or walk to PhiVarianceArea.
• Look for BP_RTT_Primitives.
• Watch:
  • how fields around it stabilize (variance),
  • how φ shapes the “feel” of the space.
• If available, open RTT Operator Panel:
  • note φ and variance values as you move around.

Question to notice:
When φ changes, does variance smooth or amplify the change?

2. Resonance Area#

• Move to ResonanceArea.
• Find BP_RTT_ResonanceDemo with the heatmap material.
• Watch:
  • color shifts (amplitude + frequency),
  • how fast the pattern breathes.
• In the Operator Panel:
  • track ResonanceValue vs what you see on the mesh.

Question to notice:
When resonance amplitude spikes, what happens visually? Does it feel “louder” or “sharper”?

3. Entropy Area#

• Move to EntropyArea.
• Find BP_RTT_EntropyDemo with the entropy field material.
• Watch:
  • bright regions (high entropy),
  • how the field changes as you move or as the system evolves.
• In the Operator Panel:
  • track EntropyValue and compare to the field’s brightness/size.

Question to notice:
Where does the system look like it’s about to “collapse” or change regime?

4. Hybrid Area#

• Move to HybridArea.
• Find BP_RTT_HybridDemo (particles / hybrid mesh).
• Watch:
  • how the effect responds when resonance is high but entropy is low,
  • how it behaves when entropy rises.
• In the Operator Panel:
  • imagine a HybridValue combining resonance and entropy.

Question to notice:
When does the system feel “coherent but fragile”? That’s hybrid territory.

5. Connect to Benchmarks and TEL#

• UE6: you just saw the operators move.
• Benchmarks: each behavior (stability, envelope, collapse) can be measured.
• TEL: those measurements become nodes and channels in the operator lattice.

One‑line summary:
What you see in RTT_Showcase is exactly what Benchmarks score and what TEL encodes structurally.