I guess I'll have to go on thinking over time, as it appears the simple function is too controversial without other security measures, but those security measures are a much more complicated subject.
Maybe it's more like, the simple function should be in there, as a simple function and without its own security measures, but the protected model itself should be prevented from loading into the editor by unauthorised people.
But that is a whole new level of complication and I don't have any time to start trying to figure that out.
I also know in advance that is the least satisfying type of work, if I ever do it, I would have to work for many hours or days implementing things into the editor, the web server, the game, and all the while knowing that hackers will easily flip the switch, undo the encryption, etc. Setting out on a task that you know for certain will fail is never very enticing.
This seems impractical, I'm just talking about a simple function to export an OBJ. I can't even start to think how the suggestion could be implemented, somehow with the Editor connected online and having knowledge of where every model came from, and even track that if they saved out and reloaded the model? It's not really possible, I think.
This is only about a simple export from the modeller. As far as I know, this is a common feature for 3D software and I'm not sure if LFS Editor should be different.
I'm interested to understand what is the main concern.
Of course, LFS models can already be easily saved for reload in LFS editor.
So what is the main worry, is it that people might rip LFS mods and use them in other games?
(Although they can do it anyway but the new feature would make it easier to save a clean model)
I've asked the mod reviewers about this but we didn't come to any strong conclusions.
I'd like to consider a simple (and limited) exporter to OBJ format, from LFS editor, that allows the plain grey model to be loaded into other 3D software.
It wouldn't export the mappings. Our type of mapping isn't supported in the OBJ format. Although I think it is possible (but not really easy to code) to export mapped models, there is no way to read LFS style mappings from an OBJ model. So from LFS editor point of view it's not worth coding to export with textures at this time.
Although I haven't looked in detail, I think it is simple enough to allow an OBJ export of the points, triangles and normals. I understand this could be useful and I wouldn't mind doing a few hours on that at some point.
So we are left with, what problems could arise? The only issue I see is that someone could load a mod in our editor and export the plain grey model, which might be a breach of someone's "no derivatives" license. The proposed export function just makes it easier to get a 3D model out from an LFS mod, to be used somewhere else. It doesn't really allow anything that wasn't possible anyway, just makes it easier.
Maybe at some point I can summon the motivation to add a column to the table that allows individual ones to be deleted. Some investigation will be needed, for instance do all those duplicates refer to the same hotlap file (in which case only the table entries would be removed) or is the file itself duplicated (in which case each instance could have the full delete procedure).
Without knowledge of what happens behind the scenes, it looks like hours of investigation, webcoding and testing, so it's probably best for me not to stop the other things I am working on, unless at some point I experience a great feeling of motivation to go and work on LFSW code.
Maybe we need a delete button in the table where you can see the duplicates, which I could make available for your own hotlaps, and developers could delete any of them so I could easily respond if there is a duplicate in future. I guess this is the only way forward.
It could be, when I looked I saw the duplicate hotlap appeared to have a different id, so it should be possible to add a function to delete it, either by a developer or the user.
Is it possible for the user who uploaded it, to delete one of the duplicate hotlaps, or does it not work that way? I'm asking in case you can give me more insight, in case it might save me a few minutes driving and uploading hotlaps.
Although I realise a website bug is annoying, Victor isn't looking at it (it's his code) and I'm not sure it's worth my time to start trying to figure it out, if it's just an occasional hotlap that appears duplicated.
Unless it's more of a problem than I know?
On the other hand, if there is a known way to reproduce this then I could fix it. It's just really hard trying to debug something that happens very rarely, in someone else's code, with no known way to make the bug happen.
For old versions (before the mods) we did release dedicated servers.
But the cracked LFS community running on a pirate master server had grown bigger than the legit community and we didn't earn enough money to live on, which obviously could be a problem in the end.
There was one solution, make something new (mods) and stop releasing the dedicated server software.
It does seem like there isn't enough activity in the USA despite us having a good setup there. LFS seems to be more popular in South America. Hopefully there will be a bit more activity when we release the new update.
It's just a command that doesn't do anything but remains local. It's in the same place that local commands are processed, and does not get sent to the server.
I guess it can be seen in one of the messages that is sent out via InSim so an external program could use it for any purpose.
Our system is really not set up for shadow maps from street lights, the street lights are really just a source for ambient lighting.
Maybe interesting to know that there are two exposures going on.
Other than the image-based exposure that I have been talking about, there is also a calculation based on sun height and sky brightness, which can be used to produce a roughly suitable exposure level in an SDR mode that I am currently still supporting, that doesn't have bloom or analyse the image for exposure. That gives quite reasonable results in the day and might be a helpful option for people with a low powered GPU. That calculation is very simple and done every frame even in the HDR mode (HDR is not for HDR monitors, it's just that internally we process the image using a high dynamic range).
Anyway why I am talking about that, currently that is the value that is used to set the dashboard brightness. Without that, the dashboards were EXTREMELY bright in the night, so it was a quick fix at some point in the past. Anyway as discussed earlier, it's not working well and I might do something based on getting a lighting value from your car's environment map, to simulate a light sensor, or I may take a simpler approach (for now) and just set a direct value, so the dash appears just as it does in current public LFS. I am making decisions to get to release without getting hung up on details. That would be awaiting the better dashboard support where we could allow parts of the dashboard to be illuminated by the environment.
White balance is also based on the time of day rather than the current image. Instead of trying to analyse the image for white balance, it's simpler just to take some good values for day and night. If I used the day white balance in the night, everything would look too yellow, as we are using realistic values for the street lights.
Well here in England, we are quite far North so in May we have short nights and there is a bit of twilight at 3am. I could do a pitch black one but don't think it's really worth it at the moment, though I can make these videos quite quickly.
By the way, I have noticed your other posts. I have tried an ACES filmic shader, might show some comparison screenshots at some point, though personally I don't like it as reality doesn't look like a film, if you see what mean.
I haven't researched enough about AgX, the ones I found did look complicated and all the example shots I saw on the internet just looked like a purple version of the image, so I wasn't sold on the idea. But I'll probably follow your link to see if the simpler version you linked to is of reasonable complexity. At the moment I am using a simple Reinhard shader to reduce the sky whiting out.
I think the tunnel lighting is quite well balanced, compared with the street lighting. Eric has set the lighting values by observation, we haven't gone so detailed as to set watts or lumens per light. But you can judge for yourself in this similar video done in the night.
EDIT: This video time is 03:14 on 4 May so the sky is not pitch dark.
I'm not sure what you mean. Are you referring to a difference between the two versions?
They both have the same rate of adjustment.
The new one uses centre-weighted metering, which has two advantages:
1) Exposure based more on what you are actually looking at, instead of peripheral vision.
2) More stable because peripheral parts often have large bright or dark areas that have a bad effect on exposure.
OK here it is. I think that:
1) The sky brightness fluctuations are reduced a bit before entering the tunnel.
2) Slightly earlier exposure reduction at end of tunnel.