CRYS-L v3.2 released — 130M ops/s, verify with curl

[condesi]

CRYS-L v3.2 is now production-deployed and publicly available.

What it does: Compiles engineering physics formulas to Cranelift JIT + AVX2,
achieving 130 million oracle evaluations per second with IEEE-754 exact results.

Verify with curl (takes 10 seconds):

curl -X POST https://qomni.clanmarketer.com/crysl/api/plan/execute \
  -H "Content-Type: application/json" \
  -d '{"plan":"plan_pump_sizing","params":{"Q_gpm":500,"P_psi":100,"eff":0.75}}'

Expected result: hp_required: 16.835017 HP — same every run, IEEE-754 guaranteed.

The branchless technique that enables AVX2 vectorization:

oracle pump_hp(flow: float, head: float, eff: float) -> float:
    let valid = (flow >= 1.0) * (flow <= 50000.0) * (eff >= 0.10)
    ((flow * 0.06309 * head * 0.70307) / (eff * 76.04 + 0.0001)) * valid

valid is a float mask (0.0 or 1.0) — no branches, no exceptions, 4 scenarios/VMULPD.

Numbers:

• 130M evaluations/sec sustained (AMD EPYC 7282, 12 cores, single server)
• 821ns compute for 4-step NFPA 20 fire pump workflow
• 0 panics on 100,000 adversarial inputs
• 56 engineering oracles, 13 domains

Install:

curl -fsSL https://raw.githubusercontent.com/condesi/crysl/main/install.sh | bash

Questions welcome — especially on the Cranelift codegen and AVX2 lane utilization.