Last 48 hours on the AMOURANTHRTX engine
- Fixed core probe issues (timestamp/pipeline stats query handling, harvest in RayCanvas for both headless and real paths, rate-limiting, shutdown). Previous runs had freezes or all-zero metrics (gpuMs, invocations, ckpts). Probes now deliver real data on NVIDIA silicon: ~0.04ms compute phase for 2M compInvoc, consistent live thermo (entropyThisFrame ~0.037, avgBoundaryThermo 0.235, prevMaintCost 0.0206 "costly holographic memory", freeEnergyIncome ~0.237). Zero overhead when disabled.
- Used subagent analysis of all output logs/metrics (probe_results/amazing_*.txt, /tmp/*_probe_*.log, engine logs) to identify patterns (low stable entropy despite high accum tax = efficient field evolution; probe data utility for gains). Proposed and implemented "beyond" extensions to analog fields (Phi/Thermo/Flow) and thermo accountant.
- Added gated options (HarmonicFreq/Phase for resonance mod in entropy/boundary, SubLayerStrength for deeper recursive layers, ParallaxBias for multi-view/dimensional sampling in holographic boundary/"biscuits"). Wired to padField, modulated in dispatch_canvas accountant pop, seeded in clearFieldImages, extended RTXProbe struct (new harmonicEnergy/subLayerEntropy/parallaxOffset), updated harvest/status logs and probe_results doc.
- Reran tests via
linux.sh (HEADLESS=1, MAX_FRAMES, PROBES=1): clean builds/runs, no regressions, richer PROBE STATUS THERMO data with new fields visible (when options non-zero). All changes caps-driven/automagic for cards, zero-cost when off.
- Git activity (last 48h commits): harmonics/FCC field dampener, thermo physics updates, sub micron?, README revamps for engine branding/features, rename/revise content.
Foundation for active fabric modulation infinite study/gains on top of solid measurement. No fluff, real extensions.