# Trinary_MaxPerf_V5.r4d
# Copyright RomanAILabs - Daniel Harding
# V5 - First real vec4 + rotor + TRI-Harding-Gate demo

def main() -> int:
    print("=============================================================")
    print("          TRINARY MAX-PERF V5 - SOVEREIGN 4D ENGINE")
    print("=============================================================")
    print("[TRINARY] Initializing small rotor swarm (SoA + geometry)")

    # Small but real 4D test (safe for current compiler)
    chronons: list[vec4] = [vec4(1.0, 0.0, 0.0, 0.0) for _ in range(10000)]
    
    rot: rotor = rotor(angle=0.314159, plane=vec4(0.0, 1.0, 0.0, 0.0))
    
    spacetime:
        par for i in range(len(chronons)):
            chronons[i] = chronons[i] * rot
            
            # TRI-Harding-Gate + dual-layer reverse fused
            chronons[i] = (chronons[i] * rot) ^ (chronons[i] | rot)
    
    print("[TRINARY] Rotor swarm completed - TRI-Harding-Gate ACTIVE")
    print("[TRINARY] Cl(4,0) geometry + SoA + par region engaged")
    print("[TRINARY] Ready for V6 (10M+ scale + dense trit + GPU)")
    
    return 42