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I have recently been working on a project that involves using Imerg data to complete rainfall forecasts.
Specifically, I now have a variable, sample, which is a ndarray with a shape of (989811). How can I write code that uses 96968 of the first 8 frames to predict 96963 of the next 3 frames?
Thanks for answering my question. I've looked at the tutorials, but found that they all use radar data, and wonder if the pysteps library can be extended to the situation I'm talking about
The text was updated successfully, but these errors were encountered:
PySteps can work with any type of precipitation measurement (radar, satellite, or model) as long as you map the data to a Cartesian Grid. This is required for the optical flow methods to work correctly.
After you have the precipitation data in that grid, you can use PySteps to run the forecasts.
I have recently been working on a project that involves using Imerg data to complete rainfall forecasts.
Specifically, I now have a variable, sample, which is a ndarray with a shape of (989811). How can I write code that uses 96968 of the first 8 frames to predict 96963 of the next 3 frames?
Thanks for answering my question. I've looked at the tutorials, but found that they all use radar data, and wonder if the pysteps library can be extended to the situation I'm talking about
The text was updated successfully, but these errors were encountered: