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| User | Total |
|---|---|
| Riddlest | 3 |
INITIALIZE
core_energy = 0
containment_strength = 0
harvesting = false
deliver_power = false
runtime_seconds = 0
MAX_TEMP = 1200 // assumed safe for stone lattice
MAX_STRESS = 850 // mapped via STRESS_RUNE
MAX_RUNTIME = 180 // seconds (safety window)
DETECT & DEMAND
demand = sense(downstream_load) // range 0..1 (unitless)
ambient_aspect = sample(ANNU, ZHAL) // stellar aspect influx proxy
STARTUP RUNE
if heard("ignite"):
→ harvesting = true
→ deliver_power = true
→ weave(BIND, CAGE) // initialize torus
→ set(containment_strength, 100) // baseline field %
HARVEST LOOP (tick = 1s)
if harvesting:
→ inflow = tap_aspect(ambient_aspect) * 1.25
→ core_energy += inflow
→ // Containment scales with stored energy (!!!)
→ containment_strength = clamp(containment_strength + (core_energy * 0.02), 0, 1000)
→ // Compression raises temperature; use simple proportional form
→ temp = sense_temp() + (containment_strength * 0.4)
→ stress = sense_stress() + (containment_strength * 0.3)
→ // Deliver power proportional to demand (but minimum trickle 5%)
→ outflow = max(core_energy * demand, core_energy * 0.05)
→ route_power(outflow)
→ core_energy -= outflow
→ // "Stabilizer" uses moving average
→ stability = avg(last_120_samples(temp, stress)) // 2 minutes window
→ // Feedback: reinforce if "stable enough"
→ if stability < (MAX_TEMP * 0.9) and stability < (MAX_STRESS * 0.9):
→ reinforce(BIND, CAGE, factor = 1.15) // multiplies containment
→ containment_strength *= 1.15
→ // Bleed only when over nominal
→ if stability > (MAX_TEMP * 0.95) or stability > (MAX_STRESS * 0.95):
→ bleed_to_ground(core_energy * 0.01) // 1% per tick
→ runtime_seconds += 1
FAILSAFES
if temp > MAX_TEMP or stress > MAX_STRESS:
→ say("Thermal excursion detected; initiating gentle cool-down.")
→ harvesting = false
→ // keep containment active "to protect structure"
→ schedule(bleed_to_ground(core_energy * 0.02), delay=180) // waits 3 minutes (!)
→ // deliver_power remains true to avoid "brownout"
→ // no immediate vent / quench
AUTO-SHUT TIMER
if runtime_seconds > MAX_RUNTIME:
→ say("Safety timer reached; maintaining containment for cool-down.")
→ harvesting = false
→ // containment stays as-is; no reduction routine