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1.0.0
  • Getting Started
  • Tutorials and Examples
    • How to use the tutorials and examples?
    • Integrated Development Environments for Python
    • An incomplete introduction to Python
    • Getting started with wradlib
    • Data Input - Data Output
      • Overview over Radar DataFormats
      • DWD DX Format
      • DWD RADOLAN Format
      • Generic NetCDF
      • Gematronik Rainbow
      • GIS Export
    • Attenuation correction
    • Beam Blockage Calculation using a DEM
    • Clutter and Echo Classification
    • Georeferencing
    • Match spaceborn SR (GPM/TRMM) with ground radars GR
    • How to use wradlib’s ipol module for interpolation tasks?
    • Adjusting radar-base rainfall estimates by rain gauge observations
    • Routine verification measures for radar-based precipitation estimates
    • Recipes
    • RADOLAN
    • Zonal Statistics
  • Library Reference
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  • Data Input - Data Output
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Data Input - Data Output¶

This section provides a collection of example code snippets to show which data formats \(\omega radlib\) can handle and and how to facilitate that.

Examples List

  • Overview over Radar DataFormats
    • German Weather Service: DX format
    • German Weather Service: RADOLAN (quantitative) composit
    • HDF5
    • NetCDF
    • Gematronik Rainbow
    • Vaisala Sigmet IRIS
    • OPERA BUFR
  • DWD DX Format
    • Reading DX-Data
    • Visualizing dBZ values
  • DWD RADOLAN Format
  • Generic NetCDF
    • CfRadial example from TITAN homepage
    • Example PPI from Py-ART repository
    • Example RHI from Py-ART repository
    • Example EDGE NetCDF export format
  • Gematronik Rainbow
    • Load Rainbow file
    • Get azimuthal data
    • Create range array
    • Get reflectivity data
    • Get annotation data
    • Plot data with annotation
  • GIS Export
    • Step 1: Read the original data
    • Step 2: Get the projected coordinates of the RADOLAN grid
    • Step 3: Check Origin and Row/Column Order
    • Step 4a: Export as GeoTIFF
    • Step 4b: Export as ESRI ASCII file (aka Arc/Info ASCII Grid)
    • Step 5a: Read from GeoTIFF
    • Step 5b: Read from ESRI ASCII file (aka Arc/Info ASCII Grid)
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