One shadow only?
At EVERY windmill?
One shadow only?
At EVERY windmill?
Very good Michael, well done and detailed.
A great update!
Thank you Matt for your continuous work for our community.
we are building up the infrastructure for creating the cultivation world wide and offering them for download, mainly for developers,
This is an interesting approach, so you can easy concentrate on areas where ortho developers show a great interest.
Will it take long from a request to the cultivation delivery?
If I have additional (other) mass objects which I would like to add, will this be possible?
If they collide with cultivation buildings, what can be done?
Cultivation procedures will be done by IPACS for AFS4, but the big question is:
How long will we have to wait until they will be released...
User orthos still do not show up properly, if you do not disable IPACS buildin orthos. Otherwise you will end up with a mixture of user and ipacs tiles switching during approach.
Great idea Michael!
I hope IPACS will solve that problem in a more official way.
Please disable the replay bar when in developer mode (Ctrl + F8).
It is quite annoying when checking cultivation details.
Yes, true. And I would be thankful for any free elevation datasource of Japan better then SRTM1.
Hi Matt, if Michael solution helps, than you detected a bug in AFS4 (missing priorization of user orthos for lower levels 8-13).
Hi Schnuffelduffel, my cultivation for the above mentioned blue framed area is ready.
Can you tell the status of your orthos?
As an easter present, IPACS published 100 new airports in TAB format.
As this format is not suitable for everyone, thankfully ApfelFlieger has converted them to the general usable tsc format.
This "act_airports_all.zip" file also contains all other airports from us users that we ever created for AFS4.
Just copy the unzipped file to .../Documents/Aerofly FS 4/scenery/airports/act_airports_all
Example MLA (Malta) on Easter morning. Orthos from IZ0JUB
In arrangement with IZ0JUB I am currently generating the cultivation and trees for this area:
It contains 13 000 000 plants, based on Chrisprivs Photodetection.
You can expect this density:
What the elevation grid concerns (30m/pix), it shows this quality:
How can we merge our results?
By the way, the trees are even usable with AFS4 and look quite well there too:
I will talk to Michael directly to clarify the coverage with him.