Enables the Mouse Accelerator

  This is used to record whether or not you have tested your mouse acceleration settings. If you don't confirm your settings, the mouse accelerator will automatically shut off after a delay to prevent you from losing access to your mouse accidently. Once you confirm your settings you can toggle them on and off without confirmation. Any changes will require a new confirmation.

  When enabled, it causes the mouse to slide according to recent movement while the right mouse button is pressed.

  This is a simple input multiplier for the custom mouse accelerator. This could be helpful if you change the hardware DPI of your mouse and want a simple way to get your old curve behavior back.

  This is a simple output multiplier for the custom mouse accelerator. This could be helpful if you like your acceleration curve feel, but just want it to be faster or slower.

  If the custom acceleration values are low enough, the accelerator may completely block some mouse events from being registered at all. The value '1' will ensure that the mouse will never be slower than having no acceleration at all. Lower values can enable you to slow down the mouse passed normal limits, where some mouse input events will not be forwarded to other programs. Higher values will act as a direct multiplier to mouse input. This multiplier only acts when the mouse acceleration parameters do not have greater acceleration than this value. This value puts a floor on your mouse accelerator curve.

  This setting can put a ceiling on your mouse accelerator curve. The mouse acceleration ratio will not be allowed to be greater than this value. You can use this to construct your own Precision Twitch acceleration profile, as your mouse will have a one to one correspondence with the cursor for movements above this limit. Set it to 0 to disable it.

  Multiplier 1

  Power (Exponent) 1

  Multiplier 2

  Power (Exponent) 2

  Multiplier 3

  Power (Exponent) 3

  This option determines where to draw the line between mouse movements that should have 1:1 behavior and movements with enhanced precision. Higher values will apply enhanced precision to greater speed mouse movements, where lower values will make slower movements have 1:1 behavior.

  This option controls how much twitch movements will be multiplied. Higher values here increase the difference between twitch movements and enhanced precision movements.

  Lower values reduce load on the processer caused by the accelerator. Higher values can increase the precision and responsiveness of the accelerator.

  Too high of values can make weird things behave sluggishly, like resizing windows. You can manually type in higher values than the slider will allow for mice that poll at faster rates.

  Basically, this is a hybrid approach between having mouse acceleration and not having mouse acceleration, where you get closer to the feel of 1:1 mouse movements than with traditional mouse acceleration, but you still get the acceleration properties allowing for additional precision when moving the mouse slowly and additional speed when moving the mouse quickly. It works by smoothly transitioning between linear acceleration and your chosen curve depending on how fast you have been moving the mouse in a recent time window.

  The adaptive speed window is the period of time which the accelerator will look at previous mouse movements to establish an acceleration baseline. Higher numbers increase the amount of time it takes for the acceleration factor to reduce.

  Values higher than 1 will cause the adaptive accelerator to respond more quickly to increases in acceleration. If you set this value less than one, the adaptive speed fall off will be faster than the rise.

  If enabled, this tool will override operating system settings for mouse speed and acceleration upon launch. This does not affect custom acceleration settings. This option is mainly for forcing your saved settings in case they get overwritten while the tool is closed.

  As this value increases, the speed of the cursor increases. This value is in effect even when custom acceleration is in use. If you have a DPI selectable mouse, I suggest you keep the DPI all the way up, and use these configurations to make the speed manageable. This way you will get the maximum amount of precision out of your hardware. Lack of precision may cause your cursor to routinely skip pixels even when moving at the slowest possible speed.

  If enabled, the operating system will use its own mouse acceleration mechanism.

  Raising the value seems to make the cursor even slower at low speeds and faster at high speeds.

  Controls the threshold at which the cursor ought to be moving at double speed.

  Controls the threshold at which the cursor ought to be moving at quadruple speed.

  Intercept mode can increase performance of some weird things, like resizing windows. Also, it can make the acceleration smoother for speed multipliers less than 1. When enabled, standard mouse messages are intercepted and included in the mouse accelerator calculations, thus reducing the total number of messages being sent in many cases. Unfortunately, this optimization can also cause the mouse to go unresponsive if Simplode Suite is too busy. Another potential drawback of this setting is that the mouse curve may not behave exactly the same inside some games as it does on the desktop. A major advantage of the custom mouse accelerator is the ability to obtain the same acceleration curve in multiple environments, because when the behavior does not match it can interfere with muscle memory. So, if your applications perform well with this feature off, you may be better off disabling this feature so that you can avoid losing the advantages of a uniform mouse feel.

  Dynamic intercept mode recognizes some specific scenarios where intercept mode might greatly improve performance, like resizing windows, and will temporarily enable the effects of the intercept mode. This can also avoid the drawbacks of intercept mode for the most part.

  Some types of operations have been found to perform poorly when given mouse input at high rates, such as resizing and moving windows. With values greater than one, the output framerate will be divided to improve performance during these operations. This option goes well with dynamic intercept mode.

  Runs input features in a separate priority process to avoid input lag.

  Select the desired priority for the input process.

  Enables the Mouse Accelerator

  This is used to record whether or not you have tested your mouse acceleration settings. If you don't confirm your settings, the mouse accelerator will automatically shut off after a delay to prevent you from losing access to your mouse accidently. Once you confirm your settings you can toggle them on and off without confirmation. Any changes will require a new confirmation.

  When enabled, it causes the mouse to slide according to recent movement while the right mouse button is pressed.

  This is a simple input multiplier for the custom mouse accelerator. This could be helpful if you change the hardware DPI of your mouse and want a simple way to get your old curve behavior back.

  This is a simple output multiplier for the custom mouse accelerator. This could be helpful if you like your acceleration curve feel, but just want it to be faster or slower.

  If the custom acceleration values are low enough, the accelerator may completely block some mouse events from being registered at all. The value '1' will ensure that the mouse will never be slower than having no acceleration at all. Lower values can enable you to slow down the mouse passed normal limits, where some mouse input events will not be forwarded to other programs. Higher values will act as a direct multiplier to mouse input. This multiplier only acts when the mouse acceleration parameters do not have greater acceleration than this value. This value puts a floor on your mouse accelerator curve.

  This setting can put a ceiling on your mouse accelerator curve. The mouse acceleration ratio will not be allowed to be greater than this value. You can use this to construct your own Precision Twitch acceleration profile, as your mouse will have a one to one correspondence with the cursor for movements above this limit. Set it to 0 to disable it.

  Multiplier 1

  Power (Exponent) 1

  Multiplier 2

  Power (Exponent) 2

  Multiplier 3

  Power (Exponent) 3

  This option determines where to draw the line between mouse movements that should have 1:1 behavior and movements with enhanced precision. Higher values will apply enhanced precision to greater speed mouse movements, where lower values will make slower movements have 1:1 behavior.

  This option controls how much twitch movements will be multiplied. Higher values here increase the difference between twitch movements and enhanced precision movements.

  Lower values reduce load on the processer caused by the accelerator. Higher values can increase the precision and responsiveness of the accelerator.

  Too high of values can make weird things behave sluggishly, like resizing windows. You can manually type in higher values than the slider will allow for mice that poll at faster rates.

  Basically, this is a hybrid approach between having mouse acceleration and not having mouse acceleration, where you get closer to the feel of 1:1 mouse movements than with traditional mouse acceleration, but you still get the acceleration properties allowing for additional precision when moving the mouse slowly and additional speed when moving the mouse quickly. It works by smoothly transitioning between linear acceleration and your chosen curve depending on how fast you have been moving the mouse in a recent time window.

  The adaptive speed window is the period of time which the accelerator will look at previous mouse movements to establish an acceleration baseline. Higher numbers increase the amount of time it takes for the acceleration factor to reduce.

  Values higher than 1 will cause the adaptive accelerator to respond more quickly to increases in acceleration. If you set this value less than one, the adaptive speed fall off will be faster than the rise.

  If enabled, this tool will override operating system settings for mouse speed and acceleration upon launch. This does not affect custom acceleration settings. This option is mainly for forcing your saved settings in case they get overwritten while the tool is closed.

  As this value increases, the speed of the cursor increases. This value is in effect even when custom acceleration is in use. If you have a DPI selectable mouse, I suggest you keep the DPI all the way up, and use these configurations to make the speed manageable. This way you will get the maximum amount of precision out of your hardware. Lack of precision may cause your cursor to routinely skip pixels even when moving at the slowest possible speed.

  If enabled, the operating system will use its own mouse acceleration mechanism.

  Raising the value seems to make the cursor even slower at low speeds and faster at high speeds.

  Controls the threshold at which the cursor ought to be moving at double speed.

  Controls the threshold at which the cursor ought to be moving at quadruple speed.

  Intercept mode can increase performance of some weird things, like resizing windows. Also, it can make the acceleration smoother for speed multipliers less than 1. When enabled, standard mouse messages are intercepted and included in the mouse accelerator calculations, thus reducing the total number of messages being sent in many cases. Unfortunately, this optimization can also cause the mouse to go unresponsive if Simplode Suite is too busy. Another potential drawback of this setting is that the mouse curve may not behave exactly the same inside some games as it does on the desktop. A major advantage of the custom mouse accelerator is the ability to obtain the same acceleration curve in multiple environments, because when the behavior does not match it can interfere with muscle memory. So, if your applications perform well with this feature off, you may be better off disabling this feature so that you can avoid losing the advantages of a uniform mouse feel.

  Dynamic intercept mode recognizes some specific scenarios where intercept mode might greatly improve performance, like resizing windows, and will temporarily enable the effects of the intercept mode. This can also avoid the drawbacks of intercept mode for the most part.

  Some types of operations have been found to perform poorly when given mouse input at high rates, such as resizing and moving windows. With values greater than one, the output framerate will be divided to improve performance during these operations. This option goes well with dynamic intercept mode.

  Runs input features in a separate priority process to avoid input lag.

  Select the desired priority for the input process.