@Pedro an opaque white corona might make sense for brighter stars. But a transparent dimmer corona would be better for systems with red dwarves. That way, a player can see the red surface of the star
I noticed that the raised launchpad no longer carries the particle affects by default. This means any planet that had a launchpad with particles before the update, no longer has the effects.
I found a way to give stars the illusion of light. I can extend the range of the ambient light of the stars. I can also change the ambient light of the planets to match the light of the stars. My upcoming Canaan Trinary System 1.4 update will include said features.
@pedro16797 when I calculated the density of Venus’s atmosphere, I multiplied Droo’s atmospheric density by 92. What I meant to say was I wanted to see if it was possible to make an accurate recreation of Venus with 92atm in this game without causing significant glitches.
I wonder if Parallax can be applied to custom planetary systems?
+4 7 months agoThere is a bug with parachutes, when ever a parachute experiences too much stress the craft accelerates to 5000 m/s
+3 1.5 years ago@Pedro an opaque white corona might make sense for brighter stars. But a transparent dimmer corona would be better for systems with red dwarves. That way, a player can see the red surface of the star
+1 1.5 years agoI noticed that the star has this large white sphere around it. The craft flies inside of this white sphere before it gets to the star’s crush altitude
+1 1.5 years agoI noticed that the raised launchpad no longer carries the particle affects by default. This means any planet that had a launchpad with particles before the update, no longer has the effects.
3.0 years agoWhen will the ios version be released?
3.0 years agoI found a way to give stars the illusion of light. I can extend the range of the ambient light of the stars. I can also change the ambient light of the planets to match the light of the stars. My upcoming Canaan Trinary System 1.4 update will include said features.
3.0 years ago@pedro16797 when I calculated the density of Venus’s atmosphere, I multiplied Droo’s atmospheric density by 92. What I meant to say was I wanted to see if it was possible to make an accurate recreation of Venus with 92atm in this game without causing significant glitches.
4.0 years agoI would like to see a Venus analogue with 8.87m/s gravity and a surface air density of 111.964kg/m3
4.0 years ago