Unfortunately, my algorithm above for calculating the sum of the resolutions of the displays only works if both screens form a perfect rectangle. On this system, the second screen is smaller than the first, so its max y coordinate is less than the max y coordinate of the first monitor, which means the visible area is not a perfect rectangle. Secondly, the “arrangement” of the monitors is messing me up as well. I’m not able to calculate points for my mouse position when the mouse tracks into a second monitor because ScaleX and ScaleY of a picture only seem to return values for the monitor the application was started on. On one of my test systems, I have two monitors, one is a high-DPI 4K monitor, the other is a regular 96dpi 1600x1200 monitor.
I’m getting tripped up by variable DPIs and screen positions, however. I try to detect the corners by getting the sum of the widths of the displays and the sum of the heights of the displays: Function GetDisplaysWidth as integer Therefore, having a slightly higher DPI than the previously mentioned games would be more beneficial.I’m writing an application that follows the coordinates of the mouse cursor and takes various actions when it is in one of the corners of the screen.
However, with more action-heavy FPS games, you have to readjust more often, you have to track targets more frequently, and you have to jump from target to target repeatedly. For an FPS game like this, the lower the DPI the better, since it facilitates precise and strategic movements from point A to point B. Rather, it's more about holding a specific angle, knowing exactly where an enemy could come from, which requires ample reaction time. Realistic shooters games are often not extremely action heavy. The reason for this is Counterstrike is more about holding corners and slower gameplay, while Overwatch is overall a more fast-paced game with more vertical maps (CSGO maps are mostly horizontal). So for example, the ideal DPI for Counter-Strike might be 400-800, but for OverWatch it might be slightly more, around 800-1200. However, every game has a different ideal DPI setting. That means you can have a more precise aim as well as more reaction time. Any professional gamer will tell you that the lower you can have the DPI setting, the better because it gives you more control over your movements.
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