PyINT | GAMMA based interfermetry toolbox
kandi X-RAY | PyINT Summary
kandi X-RAY | PyINT Summary
PYthon-based INterferometry Toolbox (PyINT) is an open-source package for single or time-series of interferograms processing from downloading data (or SLC) to generating differential-unwrapped interferograms by using GAMMA software. You can process in a routine way (e.g., raw2ifg.py, slc2ifg.py or pyintApp.py) or process step by step. There are many GAMMA-independent tools of PyINT could be useful for you no matter you use GAMMA or other interferometry softwares (e.g., ISCE, SNAP). Advantages include (but not limited to) download and update precise-orbit data automatically (support S1, ERS, ASAR), download and process 30m-SRTM dem automatically, cat multi-frames automatically, select swaths and bursts flexibly (for S1), extract the related S1 butsts for Coregistration automatically, etc. Welcome to contribute/improve PyINT.
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Top functions reviewed by kandi - BETA
- Selects the weight matrix given a list of dates
- Convert a list of dates to YYYYMMDD
- Convert YMMDD to YYYYMMDD
- Convert dates to YYYYMMDD
- Update a template file
- Read a template from a file
- Check if the given variable name exists
- Downloads the S1 orbit
- Convert a number to a string
- Print usage for SAR
- Prune the time series in the time series
- Write a demrsc file
- Extract date list and bperp
- Prune date list from date list
- Parse command line arguments
- Select multiple pairs
- Reads the pair of dates from a date12 file
- Check SAR_IM_0Pars file
- Get common burst
- Write a DEM parameter file
- Select stars from a list of dates
- Select pairs based on Delaunay triangulation
- Select a network candidate
- Select the primary interferogram based on a list of dates
- Selects a list of datetimes based on a list of dates
- Print a progress bar
PyINT Key Features
PyINT Examples and Code Snippets
Community Discussions
Trending Discussions on PyINT
QUESTION
I wish to create a dataframe using faker library in Python, but I am able to get only a single row, dont understand whats the issue in the code. here's the same:
...ANSWER
Answered 2021-Feb-12 at 16:30You overwrite dat in each loop. You need to append the new data to the existing:
QUESTION
I am working on the plot of a (logscale,symlog) data. I have difficulties to make appear on x axis (logscale) the minor ticks with a visible height and width.
In x axis, I have values starting from 1e-8 to 1. At the beginning, because of a reason that I don't know, I had only a "2 power 10th" interval, i.e I was getting on the plot of x_axis the values of majors like this :
...ANSWER
Answered 2020-Jun-01 at 17:26You could generate the minor ticks like this:
QUESTION
I use factory-boy package and pylint for static linting. For the following code the linter emits the no-self-argument error.
ANSWER
Answered 2019-Nov-18 at 14:59According to the doc:
This decorates an instance method that should take a single argument, self; the name of the method will be used as the name of the attribute to fill with the return value of the method:
That means you should name your argument self instead of obj
QUESTION
I have a many-to-one relationship in my SQLAlchemy models. One report has many samples (simplified for brevity):
...ANSWER
Answered 2019-Aug-15 at 09:43The RelatedFactory declaration is evaluated once the instance has been created:
- The
Reportis instantiated - 3 calls to
SampleFactoryare performed - The
Reportinstantiated in step 1 is returned
In order to populate the field on the Report instances, you have to link the Sample instances to the Report at step 2.
A possible implementation would be:
QUESTION
I want to flatten the JSON so that the values of columns can be obtained even if it's a nested JSON.
This is the JSON file :
...ANSWER
Answered 2019-Feb-13 at 06:51You can use a function that recursively looks for the '$type' key in sub-dicts:
QUESTION
It is the first time I am trying to write a Poincare section code at Python.
I borrowed the piece of code from here:
https://github.com/williamgilpin/rk4/blob/master/rk4_demo.py
and I have tried to run it for my system of second order coupled odes. The problem is that I do not see what I was expecting to. Actually, I need the Poincare section when x=0 and px>0.
I believe that my implementation is not the best out there. I would like to:
- Improve the way that the initial conditions are chosen.
- Apply the correct conditions (
x=0 and px>0) in order to acquire the correct Poincare section. - Create one plot with all the collected poincare section data, not four separate ones.
I would appreciate any help.
This is the code:
...ANSWER
Answered 2018-Dec-16 at 09:16You need to compute the derivatives of the Hamiltonian correctly. The derivative of |y-x|^n for x is
n*(x-y)*|x-y|^(n-2)=n*sign(x-y)*|x-y|^(n-1)
and the derivative for y is almost, but not exactly (as in your code), the same,
n*(y-x)*|x-y|^(n-2)=n*sign(y-x)*|x-y|^(n-1),
note the sign difference. With this correction you can take larger time steps, with correct linear interpolation probably even larger ones, to obtain the images
I changed the integration of the ODE to
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Install PyINT
1） To make pyint importable in python, by adding the path PyINT directory to your $PYTHONPATH For csh/tcsh user, add to your ~/.cshrc file for example:. 2） Install gdal, elevation module using pip or conda for DEM processing. 3） Install SSARA and set account info for downloading data. [option].
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