Motion: How "Power/Max Angle", "Reaction Speed","Smoothing" and "Boost" affects my ride?

POWER/MAX Angle: Max Degree rotation of the platform.

• Let's say your DOF Platform is meant to go from -10 degrees to +10 degrees

• If power is at 90, our software will limit the platform to go from only -9 to +9 reducing the overall motion of the platform.

• It will "proportionally" calculate, for each telemetry value, the new motor position. It's not a stop when reach 90 kind of rule. :-)

• Lower is ideal for Kids and people who wants less movement

• Higher is ideal for hard core racers and flight simulators
  

SMOOTHING: Limit Large Delta changes of each motor

• Let's say your game did a drastic change in direction (left to right or up to down) and our SRS DOF formula calculated that your platform (motors) need to go from position -10 to +10

• Smoothing at 0, will allow the platform to do the -10 to +10 change

• Smoothing at 50, will only bring the platform from -10 to +5

• Smoothing at 90 will bring the platform to around +1

• We are calculating those effects millions of times a second, so it's not so evident, but the higher the smoothing value the smoother your change in direction

• It's not straight forward like that, but I think you can grasp the concept. Right?
  

BOOST: Increases Small Delta changes of each motor (opposite of smoothing). Available as of v45.1

• Let's say your game did a very small change in direction (left to right or up to down) and our SRS DOF formula calculated that your platform (motors) need to go from position 0 to 1

• Boost at 0, will move the platform from 0 to +1

• Boost at 50, will move the platform from 0 to +1.5

• Boost at 90 will move the platform to +1.9

• We are calculating those effects millions of times a second, so it's not so evident, but the higher the Boost value the bigger your change in direction for small changes

• It's not straight forward like that, but I think you can grasp the concept. Right?

REACTION SPEED: This limits how quick the motors will move to get to the desired position. Major factor to improve Jerkiness on the platform

• Let's say you are in a high speed tight S curve. SRS DOF formula calculated that your platform (motors) need to go from position -10 to +3 and back to -8 in a very short amount of time.

• Reaction Speed at 100 (max and also the default of the platform), will try to reach the new position as fast as possible. Hence, you will feel a hard swing from side to side

• Reaction Speed at 70 (min), will slightly slow down the swing speed ... believe me, it will be a lot more smoother. This is my personal preference.

• This feature will be available as v 1.50 in March 2020