-
Notifications
You must be signed in to change notification settings - Fork 53
New issue
Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.
By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.
Already on GitHub? Sign in to your account
tsx data? #75
Comments
Hi! I did the same with dense_offset and now I want to apply the autoRIFT to compare the results but I do not know how to use autoRIFT. Could you give me a hand? What did you do after running ISCE2? Is there any tutorial? |
Hey @SoleHeredia is this too late? Let me know and I can explain how I did it. At the end I was only able to use it in radar coordinates. |
Hi @10go-L, no it is not late, actually, I couldn´t use autoRIFT. I am only working with denseOffsets but I really would like to use autoRIFT, so if you could give me a hand it would be nice! |
Excellent, I'll try to compile the work I did for this weekend and let you know! Probably by next week. |
Oh thank you! is you can send me the steps it would be great! thank you very much in advance!!! |
Hello,
I'm trying to apply autoRIFT on some TSX data no-multilooked. Would you give me a hand?
I ran dense-offsets to the data with ISCE2 stack processor, so it is coregistered. Then I wanted to run autoRIFT and I'm able to, but I have problems geocoding it.
As I understood, I have to use "testGeogrid_ISCE.py" to generate the files that will help me to geocode the results. I'm doing everything in jupyter so I'm using the modular version of it (with ISCE). What I'm doing now is:
`obj_geo = Geogrid()
obj_geo.startingRange = 0 # starting range
obj_geo.rangePixelSize = 0.9 # range pixel size
obj_geo.sensingStart = 0 # starting azimuth time
obj_geo.prf = 3.75294127618397079E+03 # pulse repition frequency
obj_geo.lookSide = -1 # look side, e.g. -1 for right looking
obj_geo.repeatTime = 12 # time period between the acquisition of the two radar images
obj_geo.numberOfLines = 5879 # number of lines (in azimuth)
obj_geo.numberOfSamples = 8152 # number of samples (in range)
obj_geo.orbit = # ISCE orbit data structure
obj_geo.incidenceAngle = 3.33184065588958731E+01 # local incidence angle of radar wave
obj_geo.demname = 'merged/geom_reference/hgt.rdr' # DEM in radar coor
obj_geo.geogrid()`
and I have the following error:
Exception: Geographic coordinate system encountered
For DEM I'm using the DEM generated on the stack processor hgt.rdr in radar coordinates.
For TSX, any idea what file I should use, or do I have to generate a new one with data that I don't have?
Thanks!
P.S.: Probably more questions coming
The text was updated successfully, but these errors were encountered: