What changed
2 fixes1 addition4 changes0 removals
- Gameplay
- UI and audio
- Fixes
- Performance
changedLaunch Physics ImprovementsThe flight dynamics calculation during launch has been changed from a rotating reference frame to numerical integration in an inertial reference frame. By giving the spacecraft the launch site's rotational velocity as its initial velocity at liftoff, the Coriolis effect and the delta-v bonus from eastward launches are now naturally reproduced through the physics simulation.
addedLaunch Physics ImprovementsIn addition, the vehicle's center of mass is now calculated, and the vehicle rotates when the thrust vector is offset from the center of mass (thrust torque physics). Along with this, roll control during launch has been added and tuned.
changedDisplay & Control ImprovementsImproved how the trajectory is drawn during launch
changedDisplay & Control ImprovementsChanged SAS attitude control during time acceleration (×10 or higher) to an instant method, improving tracking of the target direction
changedDisplay & Control ImprovementsImproved the behavior of the HORIZONTAL button. It now automatically disengages once the spacecraft reaches a level attitude.
fixedBug FixesFixed an issue in the VAB where alignment did not work correctly when attaching multiple parts
Keplerian Space Discovery changes
changedThe flight dynamics calculation during launch has been changed from a rotating reference frame to numerical integration in an inertial reference frame. By giving the spacecraft the launch site's rotational velocity as its initial velocity at liftoff, the Coriolis effect and the delta-v bonus from eastward launches are now naturally reproduced through the physics simulation.
addedIn addition, the vehicle's center of mass is now calculated, and the vehicle rotates when the thrust vector is offset from the center of mass (thrust torque physics). Along with this, roll control during launch has been added and tuned.
changedImproved how the trajectory is drawn during launch
changedChanged SAS attitude control during time acceleration (×10 or higher) to an instant method, improving tracking of the target direction
changedImproved the behavior of the HORIZONTAL button. It now automatically disengages once the spacecraft reaches a level attitude.
Launch Physics Improvements
The flight dynamics calculation during launch has been changed from a rotating reference frame to numerical integration in an inertial reference frame. By giving the spacecraft the launch site's rotational velocity as its initial velocity at liftoff, the Coriolis effect and the delta-v bonus from eastward launches are now naturally reproduced through the physics simulation.
In addition, the vehicle's center of mass is now calculated, and the vehicle rotates when the thrust vector is offset from the center of mass (thrust torque physics). Along with this, roll control during launch has been added and tuned.
Display & Control Improvements
Improved how the trajectory is drawn during launch
Changed SAS attitude control during time acceleration (×10 or higher) to an instant method, improving tracking of the target direction
Improved the behavior of the HORIZONTAL button. It now automatically disengages once the spacecraft reaches a level attitude.
Bug Fixes
