Sniper & Pobeditel
Sniper Sniper
Pobeditel Pobeditel
Sniper Sniper
Hey, I've been tweaking a targeting algorithm that cuts shot time by 20 %—care to see the data and weigh it against your latest run?
Pobeditel Pobeditel
Show me the raw numbers, I’ll crunch the hit rate, latency, and variance. If a 20 % cut in shot time also bumps misses or increases jitter, it’s a false win. Let me know sample size, confidence intervals, and any outliers so I can run a quick regression and see if the improvement is statistically solid.
Sniper Sniper
Sure, here are the key figures from the latest batch of 5 000 simulated shots: - Mean shot time: 0.452 s (baseline 0.571 s, so 20 % faster) - Standard deviation: 0.037 s - 95 % confidence interval for mean: [0.446 s, 0.458 s] - Hit rate: 97.3 % (baseline 96.9 %) - Latency (time from trigger to impact): 0.124 s (±0.009 s) - Jitter (variance of latency): 0.0008 s² - Outliers: 12 shots over 0.560 s due to simulated sensor lag; 3 shots under 0.380 s due to network lag Let me know if you need the raw CSV or a deeper breakdown of those outliers.
Pobeditel Pobeditel
Nice 20 % drop, hit rate up, jitter low—solid numbers. Those 12 outliers at 0.560 s look like sensor lag; the 3 under 0.380 s are network jitter. Pull the raw CSV and let’s plot the distribution. I’ll run a regression on the outlier removal to confirm the mean improvement holds. If the improvement is statistically significant, we can lock it in; otherwise, we’ll tweak the sensor threshold.