japa

Are the source files for the models (not the .mu files) available anywhere? I want to try my hand at making a bridge for the HX parts, and having something to reference would be helpfu.

I hope this results in better controller support for the PC release. Maybe even being able to play the fully game from my couch?

Is it possible to have a part that modifies the orbit of a vessel when it's outside the sphere of influence? Specifically, I want to have a balloon part that keeps the vessel in place in an atmosphere, even when the focus is somewhere else. I imagine the behavior would be similar to when a vessel is landed.

I want this for my daughter.

Little bug report: the transition model between the HX parts and LLL no longer matches up. - - - Updated - - - Actually, CKAN doesn't install bundled dependencies, even if they're in the zip. At least if it's added to the repo correctly.

I'm trying to use Tweakscale with Lack Luster Labs, and for all the parts, the only sizes available seem to be 0.5x, 1x, and 16x, when a cursory glance at the config files it provides shows a much larger number of sizes in between, all with helpful labels. Any idea what might be wrong?

Could these mods be added to CKAN? thanks.

My HX heavy duty engines seem to not have any flames. Is there something I'm doing wrong? EDIT: turns out I need smokescreen installed.

Without a screenshot of your ship, it's hard to say exactly what's wrong, but as long as your ship has engines on all sides of the CoM, it /should/ be working. Screenshot would help here.

Does the extra window pop up? If not, then you didn't install it properly. Make sure you also do the optional install stuff in the readme, so it gets added to your command modules.

Right click on the command module. there should be a toggle there.

Up is wherever the navball points.

As far as I know, Autoland tries to land the best it can as if there's no parachutes there.

Incorrect. The first number is the DV that you would have if you used up all of your fuel burning at sea level. The second number is if you used all your fuel burning in space. This I'm not sure about. No. This is the time it would take to use up all of your fuel if you were burning while still clamped to the launchpad. Correct. It's how long it would take to run out of fuel on full throttle.

I found a temporary workaround! When calculatind DV, Mechjeb counts all engines that aren't part of the current stage as active. If you are using different engine sets, you have to activate the stage you are on, and then disable all of the other engines that you don't use. This sill force mechjeb to ignore the disabled engines.

Are there any current plans to have Mechjeb only consider currently active engines for predicting how long a burn will be? I have an SSTO with both LV-N rockets and LV-T30 rockets, with the T30s switched off when I don't need the raw power, but Mechjeb thinks they are still active, and plans burn accordingly, thinking a burn will be 30 seconds when it's actually five minutes,

Tested the latest one with Mechjeb, still very shaky using Smart ASS. Fiddling with attitude adjustment settings helped a little, but not much.

Personally, I never use SRBs, so I wouldn't miss them.

Awesome. Can't wait to try it out.

Right now it's a DLL that gets attached to most of the stock command pods. probably a better solution would be to make a dedicated part for it, but that's not there yet.

Unfortunately, it doesn't really have any capability to get back into orbit.

Why hello there: This is my first, and so-far only, interplanetary lander, and it is downright hard to land, but still possible, with stock.

Yeah, Navball direction and direction of gravity would seem to be the two main directions anybody would care about, I thin, at least while on the ground. Perhaps a separate control for each? Depending on what you have planned for hover-mode, you could either take over the linear control keys or use separate ones, to increase or decrease the desired hover altitude, while the regular throttle control controls the throttle in the direction of the navball. This way you can press whatever key to get off the ground, and rise to the height you want, and when you leave it, the solver will have the engines just strong enough to counteract gravity, and keep it steady, while you point it in the direction you want to go, and press forward.

Nah, obviously in this case it should fully shut off all engines if you attempt to roll the ship. More seriously, though, the solver now uses the reaction wheels, so it will be able to find a solution just fine. What I'm wondering, though, is how it decides what direction is forward, so to speak, and if there's a way to easily change it. Like, suppose I make a VTOL jet, with the main engines pointing towards the back, and smaller hover engines pointing downwards. It'd be nice to be able to smoothly rise up, and then fly forward, without changing the ship orientation.

Okay, awesome. Glad to be of help, also can't wait to try the next version. Now I just have to learn to design my ships around this.