Metview

It features a powerful icon-based user interface for interactive work, a bespoke scripting language (Macro) and a Python interface for batch processing with integrated support for plots within Jupyter notebooks. These are linked through the ability to automatically convert icons into their equivalent script (Macro/Python) code.

Metview can take input data from a variety of sources, including:

• GRIB files (editions 1 and 2)
• BUFR files
• MARS (ECMWF's meteorological archive)
• ODB (Observation Database)
• Local databases
• ASCII data files (CSV, grids and scattered data)
• Geopoints (Metview's own format for handling scattered data)
• NetCDF

Powerful data filtering and processing facilities are then available, and if graphics output is desired, then Metview can produce many plot types, including:

• map views in various projections
• cross sections
• vertical profiles
• x/y graph plots
• intelligent overlay of data from various sources on the same map
• arrangement of multiple plots on the same page

Metview can also interface with external models and applications, such as VAPOR,  Met3D, FLEXTRA and FLEXPART.

Metview was developed as part of a cooperation between ECMWF and INPE (Brazilian National Institute for Space Research).

It features a powerful icon-based user interface for interactive work, a bespoke scripting language (Macro) and a Python interface for batch processing with integrated support for plots within Jupyter notebooks. These are linked through the ability to automatically convert icons into their equivalent script (Macro/Python) code.

Metview can take input data from a variety of sources, including:

• GRIB files (editions 1 and 2)
• BUFR files
• MARS (ECMWF's meteorological archive)
• ODB (Observation Database)
• Local databases
• ASCII data files (CSV, grids and scattered data)
• Geopoints (Metview's own format for handling scattered data)
• NetCDF

Powerful data filtering and processing facilities are then available, and if graphics output is desired, then Metview can produce many plot types, including:

• map views in various projections
• cross sections
• vertical profiles
• x/y graph plots
• intelligent overlay of data from various sources on the same map
• arrangement of multiple plots on the same page

Metview can also interface with external models and applications, such as VAPOR,  Met3D, FLEXTRA and FLEXPART.

Metview was developed as part of a cooperation between ECMWF and INPE (Brazilian National Institute for Space Research).