Multithreading Part 2
In the current multithreading design, the tiles to be calculated are recreated each time, and the results are fed back […]
SplashTool in Kaiserslautern
The Stadtentwässerung Kaiserslautern has decided to use SplashTool as the primary analysis tool in the ongoing project on heavy rainfall
Visualization of the progression of the iteration
The iteration run doesn’t have a physically accurate time component. However, visualizing the iteration progress from start to near steady
Feature updates: water level from tif and and outflow from sinks
Following the implementation of multithreading, there are still some individual feature updates pending. Water Level Previously, the initial water level
Improvements under the hood
TIF LZW Compression The output files can take up a lot of storage space. Fortunately, GDAL directly offers an option
Multithreading
Currently, the calculations are performed using a single array for each computational size. For multi-core calculations, multithreading is an option.
Working on the details and git
After implementing irregular geometries using masked NumPy arrays, some maintenance work is needed. Variable names are inconsistent, and comments and
Irregular domains
At the current stage of development, the software only calculates rectangular areas in which every grid cell is relevant for
A completion criterion is needed
The idea for SplashTool was floating around, along with the key libraries needed for implementation. The project will be developed
Start coding
The idea for SplashTool was floating around, along with the key libraries needed for implementation. The project will be built