Raising this value reduces the amount of shaking in virtual touches.

  This value controls how strict the tool is in tracking virtual touch information.

  Infrared brightness information is used to filter out bad depth data. Setting this to 0 effectively disables this feature. Higher values make the infrared check more strict. If you set this too high, the tool may lose track of your fingers more often. If you set this too low, phantom touches may be triggered.

  Reducing this value makes it easier to click with the virtual touch screen, but may increase the probability that you have unintentional clicks.

  Reducing this value makes it easier to release a click with the virtual touch screen, but may increase the probability that your click is released unintentionally.

  This overlay helps in diagnosing problems with using the virtual touch feature. You can use it to see if you are too close or too far from the sensor.

  You can use the camera margin to zoom in the camera. The camera does not match up perfectly to the depth sensor, so the sides may not work for touch detection. By increasing the margin, you shrink the field of view of the camera which in turn can cut out non-functional areas.

  The depth sensor may pick up lots of bad data near its edges. Increasing the size of the margins can avoid bad edge data. When used in conjunction with a properly sized camera margin, you can still touch the edges of the screen.

  This overlay attempts to appear in front of all other windows. This is almost necessary, as it shows you where your hands are pointing before you activate virtual touch detection. This setting may not go into effect until you turn virtual touch off and on.

  Controls how transparent the front camera overlay is. This setting may not go into effect until you turn virtual touch off and on.

  The underlay has similar purposes to the overlay, except it tries to sit behind your windows, including your desktop icons. This is more for style, as having a mostly transparent front layer and a fully opaque back layer gives the stylistic impression that you are behind a futuristic semi-transparent touchscreen. Aside from its style purposes, it also can give you a better view of what you are doing without taking away screen real estate from other things, so I'd say leave it on if it isn't slowing you down. This setting may not go into effect until you turn virtual touch off and on. Only works when front overlay is also enabled.

  This setting allows you to specify the coordinates on screen for the virtual touch zone. If you have multiple monitors, the sliders might not get you to the values you need, in which case you will need to type in the values. If you set all to 0, it will default to fill one of your monitors.

  When enabled, touch input from the virtual touch screen will be paused.

  Disables stylus handling in the tool GUI. For almost a decade, users of WPF applications face issues with touch screens randomly not working in specific applications because of an apparant bug in stylus handling that has not been addressed.

  Runs virtual touch in a separate priority process to increase responsiveness.

  Select the desired priority for the virtual touch process. I would be careful about selecting something higher than normal in this case, as the current algorithm can heavily use the CPU. This process split is just as much designed to protect the rest of the tool from this feature as it is to protect the feature from the rest of the tool.

  Raising this value reduces the amount of shaking in virtual touches.

  This value controls how strict the tool is in tracking virtual touch information.

  Infrared brightness information is used to filter out bad depth data. Setting this to 0 effectively disables this feature. Higher values make the infrared check more strict. If you set this too high, the tool may lose track of your fingers more often. If you set this too low, phantom touches may be triggered.

  Reducing this value makes it easier to click with the virtual touch screen, but may increase the probability that you have unintentional clicks.

  Reducing this value makes it easier to release a click with the virtual touch screen, but may increase the probability that your click is released unintentionally.

  This overlay helps in diagnosing problems with using the virtual touch feature. You can use it to see if you are too close or too far from the sensor.

  You can use the camera margin to zoom in the camera. The camera does not match up perfectly to the depth sensor, so the sides may not work for touch detection. By increasing the margin, you shrink the field of view of the camera which in turn can cut out non-functional areas.

  The depth sensor may pick up lots of bad data near its edges. Increasing the size of the margins can avoid bad edge data. When used in conjunction with a properly sized camera margin, you can still touch the edges of the screen.

  This overlay attempts to appear in front of all other windows. This is almost necessary, as it shows you where your hands are pointing before you activate virtual touch detection. This setting may not go into effect until you turn virtual touch off and on.

  Controls how transparent the front camera overlay is. This setting may not go into effect until you turn virtual touch off and on.

  The underlay has similar purposes to the overlay, except it tries to sit behind your windows, including your desktop icons. This is more for style, as having a mostly transparent front layer and a fully opaque back layer gives the stylistic impression that you are behind a futuristic semi-transparent touchscreen. Aside from its style purposes, it also can give you a better view of what you are doing without taking away screen real estate from other things, so I'd say leave it on if it isn't slowing you down. This setting may not go into effect until you turn virtual touch off and on. Only works when front overlay is also enabled.

  This setting allows you to specify the coordinates on screen for the virtual touch zone. If you have multiple monitors, the sliders might not get you to the values you need, in which case you will need to type in the values. If you set all to 0, it will default to fill one of your monitors.

  When enabled, touch input from the virtual touch screen will be paused.

  Disables stylus handling in the tool GUI. For almost a decade, users of WPF applications face issues with touch screens randomly not working in specific applications because of an apparant bug in stylus handling that has not been addressed.

  Runs virtual touch in a separate priority process to increase responsiveness.

  Select the desired priority for the virtual touch process. I would be careful about selecting something higher than normal in this case, as the current algorithm can heavily use the CPU. This process split is just as much designed to protect the rest of the tool from this feature as it is to protect the feature from the rest of the tool.