Download the 'netfx_setupverifier_new.zip' file that appears right before the Comments section. Something else to try, although a little more involved. (this will help determine if it's a user setting problem) Then log out and log in into the new user account. In Windows, click Start > Control Panel > User Accounts. NET 2 is installed (select all of them to be safe). Make sure that your copy of Windows is up to date: In Steam, right click on Universe Sandbox in your Library > Select Properties > Click the "Local Files" tab > Click "Verify Integrity of Game Cache." Verify the installation (or re-download it). In Steam from the Main Menu, select Steam > Check for Steam Client Updates. In Steam from the Main Menu, select Steam > Check for Video Driver Updates. Make sure your video drivers are up to date: Which is probably here:Ĭ:\Program Files (x86)\Steam\steamapps\common\universe sandbox\Prerequisites\NetFx20SP2_x86.exeĭouble check that DirectX is installed correctly. Or find this same file in the Universe Sandbox folder in Steam. Microsoft Visual C++ 2010 SP1 Redistributable Microsoft Visual C++ 2008 SP1 Redistributable Strange forces - Causes bodies to repel each other when they get too close.If you're having problems starting Universe Sandbox.ĭownload and install (or repair) these redistributables: Toggles between normal and Modified Newtonian Dynamics (currently disabled) (effect is not obvious - the default mode is more accurate) Toggle between different calculation modes for particles/dust. Set hi-res screenshot to 2x2, 4x4, or 5x5 (default is 3x3) Toggle movie record (multiple screenshots) Toggle drawing size of bodies (always visible or true to scale) Show / hide relationship lines (connects bodies with their gravitational parent) While holding down the key also press Shift or Ctrl to rotate on the other 2 primary axis. Hold down this key and move the cursor left or right to rotate the hovered body.
Hold down this key and move the cursor to move the hovered body. This shows all movement of other bodies relative to the hovered body.
Sets the radius of the body so that its escape velocity equals the speed of light (this is the Sch warzschild radius) Real Time (where 1 simulated sec = 1 real sec)Ĭhange the collision elasticity in bounce mode. Orbit All - forces all bodies to orbit their current gravitational parent
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