Settings Guide

Imagine pushing the mouse 1 cm. With high sensitivity the crosshair travels far; with low, barely at all. hzRecoil needs to know this 'exchange rate' to move the crosshair by exactly the right amount and cancel the recoil, not too little, not too much.

Every pattern point is multiplied by a scale factor of 2.45 / sensitivity before becoming mouse movement. At the default sensitivity of 1.08, the factor is ~2.27. If this value doesn't match your in-game sens, the whole pattern is mis-scaled. The app also auto-detects sensitivity by reading the CS2 config when you switch Steam accounts.

It's how much the macro 'nails' the correction. 100% corrects every shot; lower values let some shots through uncorrected, like a player who isn't 100% locked in all the time.

On each shot the system rolls a number from 0 to 100; if it's greater than or equal to precision, that shot is skipped (no correction, but timing is preserved). So precision 90 ≈ 10% of shots uncompensated; at 100 it never skips. The presets only set this value: Casual 70, Balanced 80, Competitive 90 (recommended) and Perfect 100. Perfect shows as 99.9% to remind you that a true 100% isn't human.

Like a hand that never repeats a motion exactly, it jostles the correction on some shots by a few pixels, enough that the pattern isn't 'stamped' the same way each time.

Only active in basic mode (Advanced off). Each shot has a 30% chance to add a random integer between -d and +d px on X and Y. At 0 it's OFF.

Humans don't move the mouse at perfectly even intervals. This slightly shuffles the time between each micro-movement.

On each pause between movements, a random value between -t and +t ms is added (with a 0.1 ms floor). It's also passed to the movement send. At 0, timing is fixed.

The start of a spray is where you most need precision: the opening shots decide the duel. So they fire 'clean' and imperfection only grows later.

For shots with an index below this value, deviation and jitter use the base level without the degradation multiplier; from there on, degradation grows each shot. Important: 'clean' means no degradation. Base Deviation and Jitter are still applied on these shots. They aren't perfect, they just don't get worse yet.

It's the baseline 'shaky hand': each shot lands a little off the ideal point, at random.

For each shot, a uniform value between -d and +d px is added independently on X and Y, on top of the pattern point. After the initial shots this value is multiplied by degradation; during the opening phase it uses the full value, unmultiplied.

It's the fine, continuous tremor of the hand: small, but 'drifting' as the burst goes on.

On each micro-step, a random tremor step is added (an accumulated walk, clamped to the magnitude). And that magnitude grows within the burst: jitter × (1 + shot_number × 0.1). The same magnitude also generates, on each spray, the Bézier curve that waves the movement path.

Every now and then a real player gets startled and the hand jerks. This sets the chance of that happening.

On each shot, with probability equal to this value, the system enters panic. In panic, deviation and jitter are multiplied (see Panic Multiplier) and, on each following shot, there's a 20% chance to recover. Shown as a %.

When the 'hand jerks', how far it jerks. 1× = panic with no effect; 3× = strong jolts.

While panic is active, the current deviation and jitter are multiplied by this factor. Panic persists for a few shots (20% chance to exit each shot).

The longer the burst, the more the hand tires and control slips. This controls how fast that wear sets in.

After the initial shots, deviation and jitter are multiplied by 1 + shot_index × factor. With factor 0.02 and 25 shots, deviation is ~1.5× the base by the end of the burst. The index used is the absolute position in the pattern, so there's a small jump right at the end of the opening phase.

While compensating for recoil, your crosshair drops a lot. The return brings it back near where you were aiming, ready for the next target, like a player repositioning after the spray.

When you release the button (or the mag runs out), the system undoes the total accumulated displacement with a smooth movement (ease-out). The three settings below control the speed, delay and accuracy of that return.

Sets whether the crosshair snaps back or drifts back smoothly.

The total displacement is undone over this duration, decelerating at the end (ease-out). Lower values = faster return.

A little pause before the crosshair starts coming back up, like the fraction of a second you'd take to react.

After the burst ends, this time is waited out and only then does the return movement begin.

No player returns to exactly the same pixel. This randomly scatters where the crosshair stops at the end of the return.

A point is drawn inside a circle whose radius equals this value (uniform over the area) and added to the return destination. At 0, the return is exact and shows as PERFECT.