Input Lab (Mouse Tests)™ v1.0
Functional System • Stable BuildExplore the informational icons (?) for technical details and sensor accuracy metrics. The system continues to evolve with you: report any anomalies to the base at sac@taskrevolution.com.
PERFORMANCE TIPS: SENSOR & TELEMETRY
We've translated the system data for you. Learn how to maintain your Elite Score and ensure your hardware isn't a bottleneck in your gameplay.
Surface and Sensor Care
Practical Tip: The mouse sensor works like a high-speed camera. Dust on the sensor or a worn-out mousepad will "dirty" the image, lowering your score in the Lab. Keeping your equipment clean is the easiest way to level up.
Behind the Code: Tracking quality depends on accurately reading the surface texture. In stabilityCanvas, any visual instability may reflect a noisy reading caused by optical interference or debris on the sensor prism.
The Impact on Your Computer (CPU)
Practical Tip: Ultra-fast mice (above 1000Hz) demand more effort from your PC. If you notice that the game is experiencing slight stuttering while moving the mouse, try lowering the refresh rate. Sometimes, "less is more" for system stability.
Behind the Code: Rates like 4000 Hz or 8000 Hz generate thousands of system interrupts per second. This can overload a CPU core, affecting the game's frame time if the processor isn't powerful enough.
Consistency: The Value of the Average Frequency
Practical Tip: It's no use if the mouse reaches 1000Hz for just one second. What matters is the Average Frequency . If it's much lower than the Maximum, the mouse isn't able to maintain performance during intensive use.
Behind the Code: The relationship between avg-hz and max-hz reveals the efficiency of the mouse's internal processor (MCU). If the average drops significantly, the hardware may be skipping read cycles to save power or due to processing limitations.
Jitter: The Steadfastness of Your Aim
Practical Tip: Jitter is like an invisible "tremor." If the jitter-display value is high, the mouse may fail in micro-movements, hindering that precise shot. The goal is to keep this number as close to zero as possible.
Behind the Code: Technically, jitter is the standard deviation of the time between data packets. A high-fidelity sensor keeps this deviation low, ensuring that the signal does not suffer from abrupt latency variations.
Polling Rate: The Smoothness of Movement
Practical Tip: Imagine your mouse cursor is a video. At 125Hz, the video appears to "stutter." At 1000Hz, it's fluid and natural. If you're looking for the best sense of control, aim for high and stable values in the display refresh rate (Hz).
Behind the Code: The Polling Rate defines how often the mouse sends data to the PC. In your system, the shorter the interval between messages ($1 ms to $1000 Hz), the more up-to-date the cursor position will be on the screen.
Frequently Asked Questions
Practical Tip: It's normal! The mouse only sends data when it detects movement. If you move the mouse slowly, the number will be lower. To see the real potential, make quick, wide movements on the test panel.
Behind the Code: The hz-display calculates the number of events sent via USB in the last second. If the sensor does not detect enough physical displacement to fill all the Polling Rate time slots, the value read will be dynamic and not static.
Practical Tip: First, check if the sensor is clean and if the wireless receiver is near the mouse. If the problem persists, it could be that the hardware is limited or the cable has a bad connection.
Behind the Code: The "Bottleneck" status is activated when the targetScore falls below a critical threshold (usually due to excessive jitter or sharp drops in the refresh rate), indicating that the signal is corrupted or insufficient for competitive gaming.
Practical Tip: For most gamers, 1000Hz is already excellent. Refresh rates of 8000Hz offer a "microscopic" smoothness, but require high-refresh-rate monitors (240Hz or more) and a very powerful PC to be noticeable.
Behind the Code: Increasing the frequency reduces input latency (from 1 ms at 1000 Hz to 0.125 ms at 8000 Hz). However, the processing cost rises exponentially, which can cause system instability if not balanced.
Practical Tip: Having "Elite" hardware ensures your equipment won't hinder you, but your aim depends on your practice! A high score means the path between your hand and the game is free of interference and delays.
Behind the Code: The score is a weighted calculation between maximum frequency and stability (low jitter). A score of 100 indicates that the hardware is operating at the theoretical limit of precision of a modern optical sensor.
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