How To Change Sensitivity Of Mouse Windows 10

Global Offensive' Keyboard / Mouse Settings menu

This article details the various mouse settings both in and out of Counter-Strike: Global Offensive that affect gameplay.

In-game settings [edit]

Reverse Mouse (m_pitch): Inverts the movement of the Y axis. Setting this off sets m_pitch to 0.022, while on sets it to -0.022 (in degrees per increase).
Mouse Sensitivity (sensitivity): The main sensitivity multiplier.
Zoom Sensitivity (zoom_sensitivity_ratio_mouse): A naïve ratio calculated by dividing past xc the nominal FOVs (measured at four:iii width) of a scoped weapon. Sensitivity is (incorrectly) scaled past this cistron at each zoom steps.
Raw Input (m_rawinput): Enabling this will make the game customer disregard the operation system's potential furnishings (east.g. the arrow speed option in Windows'south mouse command panel) on mouse input.
Mouse Dispatch (m_customaccel): Disables or sets the mode of mouse acceleration, which will cause the mouse speed to quicken depending on the speed of the mouse movement.
Acceleration Exponent (m_customaccel_exponent): The exponent for dispatch part. A value of 1 applies no acceleration..
Acceleration Prefactor (m_customaccel_scale): Scaling coefficient of the acceleration function.
Acceleration Cap (m_customaccel_max): Limits how much the sensitivity value can be increased to by the dispatch algorithm.

Sensitivity [edit]

Visualization of mouse sensitivity

The most important variables in configuring your sensitivity are the in-game sensitivity value, CPI value of the mouse, and if raw input is not in effect, the operating systems arrow speed choice.

The issue of taking into account all relevant settings produces the player'southward physical Physical Sensitivity, giving an absolute representation of his overall sensitivity. Visualize a sphere of specific bore or radius ("Turn Radius") that the player rolls on the mouse pad equally the mouse is moved. The sphere represents all possible in-game orientations of the player, in Euler angles, and the the length of a full rotation is its Turn Circumference. Since sensitivity scales inversely with the size of the sphere, it is much more intuitive to mensurate the sphere's Curvature to compare between settings linearly. The curvature can exist measured in units of deg/mm or in MPI.

Relevant formula for measurements of sensitivity are as follows:

Turn Circumference = 360 / ( CPI * sensitivity * m_yaw )

Plough Radius = (180/pi) / ( CPI * sensitivity * m_yaw )

MPI = CPI * sensitivity * m_yaw * 60

"eDPI" (deprecated, misleading) = CPI * sensitivity * (ane + ( windows factor - i ) * ( 1 - rawinput ) )

The MPI value (Thouinute Per Inch) represents how many Minutes of Arc (1/60th of a degree, MOA) of rotation is applied in-game when moving the mouse by 1 inch. It is an alternative standard for the depricated "eDPI"measurement, retaining the advantage in ease of its calculation. Because i MOA (~0.0167 caste) is very close to Counter-Strike's default m_yaw of 0.022 degrees, the values are close to the naïve CPI-Sensitivity Product, so MPI can be considered equally the unambiguous version of "eDPI".

The Plow Circumference, expressed in units of cm/rev, is a full in-game revolution's corresponding concrete movement past the mouse. It is colloquially known as "cm per 360", erroneously omitting caste every bit the unit of rotation; since the misnomer has been widely adopted in FPS parlance, it is recommended that "cm/rev" be used as a replacement for the existing colloquialism.

Traditionally the CPI-Sensitivity Product (CSP, colloquially known as "eDPI") have been used. It is calculated by naïvely multiplying a user's in-game mouse sensitivity value by their mouse CPI. Provided that external factors are disregarded (acceleration) and/or accounted for (Windows mouse sensitivity, raw input...), these values are only comparable betwixt players with the same m_yaw and not between different games. Therefore this measurement is deprecated in favor of more universal standards such every bit Turn Circumference or MPI.

CPI [edit]

The CPI value (counts per inch, often erroneously referred to as DPI -- dots per inch -- run into here) of a mouse is the number of counts a mouse will ship to the operating organization when moved one inch. For case, the user's mouse uses 800 CPI, it will basically move 800 pixels on their screen for every inch they will motion their mouse. CPI is directly proportional to the perception of how "fast" the in-game sensitivity is.

It should exist stressed that a college CPI value does not equal amend performance or accuracy, it is just an arbitrary "unit" that the mouse delineates continuous movements into. In fact, almost competitive players use some of the lowest CPI options available in mod mice, most normally in the 400 to 800 range.

A low CPI value gives a more lenient response when tuning the in-game sensitivity, equally the physical sensitivity value will not change by every bit much compared to high CPI. This allows 1 to use the slider for a rough estimate, whereas loftier CPI require obsessing over each decimal place to preserve the same physical sensitivity.

Windows Sensitivity [edit]

Indexing of Command Panel "ticks"

Pointer Speed is the Windows selection that scales individual counts from the mouse to on-screen cursor movement, represented by the Cord value MouseSensitivity in the Windows Registry. Windows has 20 mouse sensitivity levels. At the value of x (centre notch in Control Panel), the multiplier is 1 (i.e. for every one mouse count your computer will move the pointer i pixel on your screen). Not-integer multipliers, contrary to popular conventionalities, exercise not affect accurateness, as the rounded residuals are handled by an accumulator. However, a MouseSensitivity setting of greater than ten volition crusade the desktop cursor to skip pixels and slightly reduce its precision.

For each MouseSensitivity value from 1 to xx, cursor movement is scaled as follows:

`MouseSensitivity`	1	ii	three	4	v	6	seven	8	9	10	xi	12	13	14	15	xvi	17	18	19	20
Control Panel tick	0th	1st	-	second	-	third	-	4th	-	5th	-	sixth	-	7th	-	8th	-	9th	-	10th
Multiplier (EPP off)	1/32	1/xvi	i/8	two/viii	3/viii	iv/8	5/eight	6/8	vii/8	i.0	1.25	1.5	1.75	two	ii.25	2.5	2.75	3	three.25	3.5
Multiplier (EPP on)	0.i	0.2	0.3	0.four	0.5	0.6	0.7	0.viii	0.ix	1.0	one.one	i.two	one.3	ane.4	1.five	one.6	1.7	1.8	1.9	2.0

This setting has no upshot on in-game camera movements if raw input is enabled.

Acceleration [edit]

Mouse acceleration increases the speed of the cursor's movement co-ordinate to how quickly the user moves their mouse. While the feature may be useful for desktop usage, it is unremarkably disliked past gamers due to the potential inconsistency in movement that it can cause.

Considering Counter-Strike'southward dispatch algorithm is calculated per frame, fluctuating framerates will crusade extremely inconsistent acceleration scaling. This is why it is recommended that the in-game acceleration role is disabled, equally it is a poorly implemented and detrimental feature.

Some mice have dispatch built into their driver, which can be configured/disabled in their specific software options. Many laser sensors have slight CPI variances that are speed-dependent, which is ordinarily referred to as "acceleration built into the hardware" but is in fact simply inaccuracies and should not properly be called acceleration. Consult online resources and reviews earlier buying a mouse.