Cpu Cooling Master Register Code Free Direct

// For dynamic simulation (background workload fluctuation) let workloadCycle = 0; let lastTempLog = 0;

.metric-value font-size: 3rem; font-weight: 800; font-family: 'JetBrains Mono', monospace; display: inline-flex; align-items: baseline; gap: 4px; color: #f0f9ff;

// event binding fanSlider.addEventListener('input', (e) => let val = e.target.value; setFanSpeed(val); // if manual move, we temporary override but keep mode active, BUT we don't desync. // We still log manual event each slider drag (avoid too many? but fine) // To prevent log spam, we'll log only if major (debounce) if (Math.random() > 0.7) addLogEntry(`⚙️ manual PWM set → $val%`); ); cpu cooling master register code free

// apply fan speed (update UI and RPM) function setFanSpeed(percent) percent = Math.min(100, Math.max(0, percent)); currentFanPercent = percent; fanSlider.value = percent; let newRPM = computeRPM(percent); currentRPM = newRPM; fanRpmDisplay.innerText = currentRPM + " RPM"; // add log only when significant change (avoid spam, but register cool events) // but we log only if changed by more than 3% or mode switch handled separately

input[type="range"] width: 100%; height: 6px; -webkit-appearance: none; background: linear-gradient(90deg, #0b3b3f, #2dd4bf); border-radius: 10px; outline: none; margin: 14px 0; lastTempLog = 2

// --- Thermal simulation: temperature depends on load + fan cooling efficiency --- function updateThermalSimulation() // simulate dynamic load (like background processes) workloadCycle = (workloadCycle + 0.6) % 100; let simulatedLoad = 28 + 18 * Math.sin(workloadCycle * 0.12) + (Math.random() * 8); // also add small random walk for realism simulatedLoad = Math.min(95, Math.max(12, simulatedLoad)); currentLoad = Math.floor(simulatedLoad); // Cooling factor based on fan percent (0..1) + base cooling let fanCoolingFactor = (currentFanPercent / 100) * 0.65; // max 65% reduction effect let ambientEffect = 0.25; let rawTemp = 35 + (currentLoad * 0.55); // load impact let afterCooling = rawTemp - (fanCoolingFactor * 18) - ambientEffect; let newTemp = Math.min(98, Math.max(28, afterCooling + (Math.random() * 1.2 - 0.6))); newTemp = parseFloat(newTemp.toFixed(1)); // temperature inertia: smooth transition currentTemp = currentTemp * 0.75 + newTemp * 0.25; currentTemp = Math.round(currentTemp * 10) / 10; // apply thermal throttling warning register event if (currentTemp > 85 && lastTempLog !== 2) addLogEntry(`⚠️ THERMAL ALERT! CPU at $currentTemp°C · cooling power $currentFanPercent%`, true); lastTempLog = 2; else if (currentTemp > 72 && lastTempLog !== 1 && currentTemp <= 85) addLogEntry(`🔆 High thermal load: $currentTemp°C · fan @ $currentFanPercent%`); lastTempLog = 1; else if (currentTemp < 55 && lastTempLog === 2) addLogEntry(`✅ Temperature stabilized at $currentTemp°C`); lastTempLog = 0; else if (currentTemp <= 65 && lastTempLog === 1) lastTempLog = 0; // Update UI with colors if critical cpuTempSpan.innerHTML = `$currentTemp<span>°C</span>`; if (currentTemp > 80) cpuTempSpan.classList.add('temp-critical'); else cpuTempSpan.classList.remove('temp-critical'); thermalLoadSpan.innerHTML = `$Math.floor(currentLoad)<span>%</span>`;

/* REGISTER / LOG */ .register-log background: #03061760; border-radius: 28px; padding: 14px 20px; margin-top: 20px; font-family: monospace; font-size: 0.75rem; color: #88aadd; border-left: 4px solid #2dd4bf; else if (currentTemp &gt

modeBtns.forEach(btn => btn.addEventListener('click', (e) => const mode = btn.getAttribute('data-mode'); setActiveMode(mode); ); );