Finding The Perfect Viewing Distance For Your Monitor

If you're looking to find the horizontal distance of your monitor, you can use a zoom sensitivity calculator. This will help you calculate your zoom sensitivity for rifle-wielding heroes in Blizzard's team shooter video game, Overwatch. To use the calculator, simply input your field of view, aspect ratio, matching mode, and horizontal monitor distance percentage.

Slide your field of view

The horizontal field of view (FOV) is crucial for how immersive your movie experience is. The FOV is the angle of the cone of vision of a specific viewer. In the case of a computer racing game, the FOV numerical value that you can edit represents the amount of image "crammed" into the computer screen.

The FOV formula is:

> FOV = 2 * ARCTAN (H / (D * 2))

Where:

• FOV = Field of View
• H = Monitor height in your preferred unit of measurement
• D = Distance from your eyes when sitting in front of your wheel to the monitor screen, in the same units as the height
• Arctan = the inverse function of the tangent

You can use an online FOV calculator to work out the ideal distance from your monitor. You will need to input the diagonal of the screen in inches, the aspect ratio of the display, and the FOV.

The average FOV width for the human eye is 140 degrees. If the viewer sits closer to the screen than the recommended viewing distance and looks at one side of the screen, they will not be able to see the other side of the screen with their peripheral vision. This equates to a 70-degree field of view when the person is looking at the center of the screen.

The ideal viewing distance for a 45-degree FOV is 2.0m.

Choose your aspect ratio

Choosing the right aspect ratio for your monitor is important to ensure you get the optimal viewing experience. The aspect ratio is the proportional height and width of a monitor. It is usually presented as two numbers separated by a colon, such as 16:9. This means that for every 16 pixels on the horizontal axis, there are 9 pixels on the vertical axis.

To choose the right aspect ratio, you should first identify the resolution of your monitor. This can usually be found in the product specifications or settings of your computer. Common widescreen monitor aspect ratios include 1.33:1 (4:3), 1.66:1 (5:3), 1.78:1 (16:9), 1.85:1, and 2.35:1.

If you have a resolution of 1920 x 1080 pixels, this would result in an aspect ratio of 16:9 (as 1920 divided by 1080 equals 1.78). You can also use online aspect ratio calculators or tools to measure the aspect ratio of your monitor.

It's worth noting that the aspect ratio of your monitor may depend on your intended use. For example, if you are using your monitor for gaming or professional applications, you may prefer an ultra-widescreen aspect ratio such as 2.35:1.

Choose your matching mode

When choosing your matching mode, it's important to understand the limitations of monitor matching and the potential issues that can arise.

Monitor matching is a paid feature offered by certain websites, such as m-s.com, that aims to rationalize zoom sensitivities by matching a certain on-screen movement. However, this concept has been criticized as being self-contradictory due to the way projection works. The supposed "matching" distance can change based on trivial conditions, such as looking slightly up or down from the perfect horizontal position. This inconsistency leads to a different "standard" each time you look around, making it challenging to accurately match distances.

Additionally, the websites offering monitor matching have been criticized for lacking mathematical and conceptual understanding. They may use misleading phrases like "Monitor Distance" without clarifying that it only applies to perfectly horizontal aim. This can lead to confusion and inaccurate results.

To address these issues, it is recommended to focus on focal length scaling, which provides a consistent framework unaffected by aspect ratios or pitch. Focal length scaling is also applicable for all situations, including fast flicks, as it takes into account the subconscious processing of differential motion.

Furthermore, when matching monitors, it's important to pay close attention to the exact dimensions. Monitor sizes are often advertised with rounded numbers, but the actual dimensions may differ slightly. For example, a 22" monitor might be 21.5" in reality. This discrepancy can make it challenging to find matching displays, especially for non-standard resolutions like 16:9.

In conclusion, when choosing your matching mode, it's crucial to understand the limitations of monitor matching and the potential issues with the underlying mathematics and concepts. Focal length scaling and a clear understanding of monitor dimensions can provide a more consistent and accurate framework for matching distances and sensitivities.

Slide the horizontal monitor distance %

To calculate the relative zoom sensitivity for Ana, Ashe, and Widowmaker in Overwatch, you can use the Overwatch Zoom Sensitivity Calculator. This tool helps you calculate your zoom sensitivity for these three heroes.

To use the calculator, follow these steps:

• Slide your Field Of View.
• Hit the dropdown arrow to choose your aspect ratio.
• Choose your matching mode.
• Slide the horizontal monitor distance %.

The horizontal monitor distance % is a specific setting that you can slide or adjust to calculate the desired zoom sensitivity. This setting takes into account your physical monitor and provides greater context and flexibility for your zoom sensitivity.

By using the Overwatch Zoom Sensitivity Calculator and adjusting the horizontal monitor distance %, you can find the zoom sensitivity that matches your preferences and ensures consistency in your scopes and unscoped aim.

Enjoy your zoom sensitivity

The relative zoom sensitivity in Overwatch is 38 and was calculated by the Reddit user Skwuruhl. This is the best setting for short-range flicks. If you're doing longer-range flicks, 50 is more accurate, but 38 is more advisable as good players tend to make short flicks due to their perfect crosshair placement.

To change your zoom sensitivity in Overwatch, go to Options -> Controls -> Ana / Widowmaker under all Heroes -> Widowmaker / Ana -> Relative Aim Sensitivity While Zoomed.

If you want to match your zoom sensitivity to your normal sensitivity, you can do this by opening your console and copying and pasting the following:

> zoom_sensitivity_ratio_mouse 0.818933027098955175

Ultimately, the best zoom sensitivity is the one that you’re comfortable with. However, if you want your muscle memory to be relatively rigid whether you’re scoped or unscoped, then you’ll want to play around with a zoom sensitivity calculator.

Frequently asked questions