kjz1997

Hello, I think the reason for doing this is because in the real world, adjacent pixels have more similarity in physical representation, and in SAR images, because the resolution is...

Is the phase-diff function used to implement this function? if it is. I am confused about the returned results， According to the interference formula, shouldn't it be `np.angle (data1 *...

> I’m not sure why the original code does not work for you, but the result looks okay. There are pixel-wise coordinates and the real and imaginary parts of the...

> Try da[‘re’].values It reported the same error

> To verify your installation, run any of the provided PyGMTSAR projects. If everything functions correctly without any code modifications, your installation and function usage are properly set up. If...

> The coordinate (0.5, 0.5) represents the center of a pixel with boundaries defined by the corners (0,0), (0,1), (1,1), and (1,0). ok, get it, thank you

I am studying the principle of InSAR by your code, yesterday I read the .SLC file under your guidiance, when I use the real value and image value to generate...

Thank you,I solved it through histogram equalization  Have I noticed that the order of azimuth is reversed?

> > Have I noticed that the order of azimuth is reversed? > > How do you think what is the difference between ascending and descending orbits?:) When ascending, the...

ok，thanks for you, I will see the book > On 29 Jul 2024, at 00:45, Alexey Pechnikov ***@***.***> wrote: > >  > Of course, not. See the interactive PyGMTSAR...