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Open Sustainable Technology

A curated list of open technology projects to sustain a stable climate, energy supply, biodiversity and natural resources.

Recent Releases of LROSE

LROSE - lrose-core-20250105

lrose-core-20250105 - Colette final release

NOTE - This document is still under development.

RELEASE NOTES

There are detailed release notes at:

Highlights.

  • OSX support for Intel and M1/M2 machines (Sonoma 14.7.1).
  • Debian support for: 11, 12.
  • Ubuntu support for: 20.04, 22.04, 24.04.
  • Fedora support for: 39, 40, 41.
  • Alma Linux (and therefore RHEL) support for : 8, 9.
  • Rocky Linux (and therefore RHEL) support for: 8, 9.
  • Oracle Linux support for: 9.
  • Suse 15.6 support.
  • Bug fixes and updates.
  • cmake upgrade to support qt6.

OSX support and build notes

  • OSX - homebrew installs have been tested on sonoma.
  • For the Intel macs, brew is installed in /usr/local.
  • For M1/M2 macs, brew is installed in /opt.
  • The CMakeLists.txt files have been updated to search for Qt5 and QT6 in both /usr/local and /opt.

Installing on Mac OSX using brew

Testing of the installation of this release, using brew, has been tested on:

  • Sequoia

For the full compile preparation on mac OSX, see:

From this release, download:

  lrose-core.rb

and then run:

  brew install lrose-core.rb

To install fractl, vortrac and samurai using brew, download:

  lrose-fractl.rb
  lrose-vortrac.rb
  lrose-samurai.rb

and then run:

  brew install lrose-fractl.rb
  brew install lrose-vortrac.rb
  brew install lrose-samurai.rb

Installing display apps on Mac OSX using disk images

There are three disk images for MacOS:

  • vortrac.dmg : Vortex Object Radar Tracking and Circulation (same as the 20221229 version).
  • HawkEye.dmg: HawkEye polar radar display
  • HawkEdit.dmg: HawkEdit is similar to HawkEye but with soloii-like editing capability (same as the 20230711 version from lrose-HawkEdit repository).

To install a disk image file (.dmg), download the .dmg file to your computer. Click on the .dmg file, and drag the application to your Applications folder. The first time you start one of the LROSE applications, it may appear as a Mac app from an unidentified developer. The application is signed by UCAR. Follow these steps:

  • Control-click the app icon, then choose Open from the shortcut menu.
  • Click Open. The app is saved as an exception to your security settings. You can open the app in the future by double-clicking the icon.

cmake builds

This release includes cmake-based builds for all of our packages, except for CIDD.

To build on your own host, see:

cmake and miniforge3

  • If miniforge is installed, cmake can get confused by the libraries under miniforge.
  • In CMakeLists.txt, we have added CMAKE_IGNORE_PREFIX_PATH to ignore $HOME/miniforge3.
  • So if you install anaconda in the standard locations, that should be OK.
  • If you install miniforge in non-standard locations, you will need to modify codebase/CMakeLists.txt to add your miniforge location to CMAKE_IGNORE_PREFIX_PATH.

Installing from LINUX packages

For most common LINUX systems, you can install lrose from the packages on this page.

OS-version fractl vortrac samurai HawkEye CIDD available?
Alma 8 Yes Yes Yes Yes Yes
Alma 9 Yes No Yes Yes Yes
Rocky 8 Yes Yes Yes Yes Yes
Rocky 9 Yes No Yes Yes Yes
Fedora 39 Yes Yes Yes Yes Yes
Fedora 40 Yes Yes Yes Yes Yes
Fedora 41 Yes Yes Yes Yes Yes
Debian 11 Yes Yes Yes Yes Yes
Debian 12 Yes Yes Yes Yes Yes
Ubuntu 20.04 Yes Yes Yes Yes Yes
Ubuntu 22.04 Yes Yes Yes Yes Yes
Ubuntu 24.04 Yes Yes Yes Yes Yes
Oracle 9 Yes No Yes Yes Yes
Suse 15.6 No No No Yes Yes

Notes:

  • AlmaLinux 9 and RockyLinux 9 are missing full support for armadillo. Therefore vortrac will not build on these OSs.
  • Suse is lacking support for armadillo and eigen3, so fractl, vortrac and samurai are not available.

The installation directories are:

  /usr/local/lrose/bin
  /usr/local/lrose/lib
  /usr/local/lrose/include

so you will need to add /usr/local/lrose/bin to your path.

For Debian and Ubuntu installs, you may need to set the LD_LIBRARY_PATH as follows:

  export LD_LIBRARY_PATH=/usr/local/lrose/lib (bash)
  setenv LD_LIBRARY_PATH /usr/local/lrose/lib (csh)

Wind analysis applications (fractl, vortrac and samurai)

This release bundles the wind-related applications along with the core.

These apps are:

  • fractl - geometry-based analysis for multi-Doppler wind retrieval
  • samurai - variational analysis for multi-Doppler wind retrieval
  • vortrac - Vortex Object Radar Tracking and Circulation

The code for these apps may be found at:

Vortrac will use qt5 if available, otherwise qt6.

NOTE: Cartesian data MDV files - NetCDF default

Please note that in this version of LROSE (and TITAN), any Cartesian files will be written out
by default using the NetCDF version of the MDV format. Radx2Grid is an example of an application that writes MDV files.

Previously the default was to write the binary version of MDV.

Both formats should worked interchangeably within LROSE and TITAN. But for non-LROSE applications this can cause confusion.

The output format for Cartesian MDV files can be controlled via the MDV_WRITE_FORMAT environment variable. To force writing of binary MDV files, use on of the following:

  setenv MDV_WRITE_FORMAT FORMAT_MDV (csh or tcsh)
  export MDV_WRITE_FORMAT=FORMAT_MDV (sh or bash)

and to force the usage of NetCDF, the default, use:

 setenv MDV_WRITE_FORMAT FORMAT_NCF (csh or tcsh)
 export MDV_WRITE_FORMAT=FORMAT_NCF (sh or bash)

Installing the CIDD binary release

The CIDD display application is not included in the standard lrose-core packages (above).

CIDD depends on a 32-bit build, which complicates the build and install for the core.

To download and install the CIDD binary release, see:

CIDD binaries have become problematic, due to library changes in some Linux distributions.

It is suggested that you first try:

  lrose-cidd-20210524.bin.x86_64.tgz

Downloading the release

The files for download appear below, marked as Assets.

If you do not see them, open them up by clicking on Assets.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon 4 months ago

LROSE - lrose-mamba-20241008

Test release for mamba build

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon 7 months ago

LROSE - lrose-mamba-20240921

Test release for mamba build

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon 7 months ago

LROSE - lrose-core-20240525

lrose-core-20240525 - Colette Spring 2024 release

RELEASE NOTES

There are detailed release notes at:

Highlights.

  • OSX support for Intel and M1/M2 machines (Ventura).
  • Debian support for: 10, 11, 12
  • Ubuntu support for: 18.04, 20.04, 22.04
  • Fedora support for: 37, 38, 39
  • Alma Linux (and therefore RHEL) support for : 8, 9
  • Rocky Linux (and therefore RHEL) support for: 8, 9
  • Bug fixes and updates to the Radx applications.
  • cmake upgrade to support qt6
  • HawkEdit has been updated significantly. HawkEdit is now built as part of the lrose-core package, as well as as a .dmg.

OSX support and build notes

  • OSX - homebrew installs have been tested on ventura and sonoma.
  • For the Intel macs, brew is installed in /usr/local.
  • For M1/M2 macs, brew is installed in /opt.
  • The CMakeLists.txt files have been updated to search for Qt5 and QT6 in both /usr/local and /opt.

Installing on Mac OSX using brew

Testing of the installation of this release, using brew, has been tested on:

  • Sonoma

For the full compile preparation on mac OSX, see:

From this release, download:

  lrose-core.rb

and then run:

  brew install lrose-core.rb

To install fractl, vortrac and samurai using brew, download:

  lrose-fractl.rb
  lrose-vortrac.rb
  lrose-samurai.rb

and then run:

  brew install lrose-fractl.rb
  brew install lrose-vortrac.rb
  brew install lrose-samurai.rb

Installing display apps on Mac OSX using disk images

There are three disk images for MacOS:

  • vortrac.dmg : Vortex Object Radar Tracking and Circulation (same as the 20221229 version).
  • HawkEye.dmg: HawkEye polar radar display
  • HawkEdit.dmg: HawkEdit is similar to HawkEye but with soloii-like editing capability (same as the 20230711 version from lrose-HawkEdit repository).

To install a disk image file (.dmg), download the .dmg file to your computer. Click on the .dmg file, and drag the application to your Applications folder. The first time you start one of the LROSE applications, it may appear as a Mac app from an unidentified developer. The application is signed by UCAR. Follow these steps:

  • Control-click the app icon, then choose Open from the shortcut menu.
  • Click Open. The app is saved as an exception to your security settings. You can open the app in the future by double-clicking the icon.

cmake builds

This release includes cmake-based builds for all of our packages, except for CIDD.

To build on your own host, see:

cmake and anaconda

  • If anaconda is installed, cmake can get confused by the libraries under anaconda.
  • In CMakeLists.txt, we have added CMAKE_IGNORE_PREFIX_PATH to ignore $HOME/anaconda3.
  • So if you install anaconda in the standard locations, that should be OK.
  • If you install anaconda in non-standard locations, you will need to modify codebase/CMakeLists.txt to add your anaconda location to CMAKE_IGNORE_PREFIX_PATH.

Installing from LINUX packages

For most common LINUX systems, you can install lrose from the packages on this page.

OS-version fractl vortrac samurai HawkEye CIDD available?
Alma 8 Yes Yes Yes Yes Yes
Alma 9 Yes No Yes Yes Yes
Rocky 8 Yes Yes Yes Yes Yes
Rocky 9 Yes No Yes Yes Yes
Fedora 37 Yes Yes Yes Yes Yes
Fedora 38 Yes Yes Yes Yes Yes
Fedora 39 Yes Yes Yes Yes Yes
Debian 10 Yes Yes Yes Yes Yes
Debian 11 Yes Yes Yes Yes Yes
Debian 12 Yes Yes Yes Yes Yes
Ubuntu 18.04 Yes Yes Yes Yes Yes
Ubuntu 20.04 Yes Yes Yes Yes Yes
Ubuntu 22.04 Yes Yes Yes Yes Yes

Note: AlmaLinux 9 and RockyLinux 9 are missing full support for armadillo. Therefore vortrac will not build on these OSs.

The installation directories are:

  /usr/local/lrose/bin
  /usr/local/lrose/lib
  /usr/local/lrose/include

so you will need to add /usr/local/lrose/bin to your path.

For Debian and Ubuntu installs, you may need to set the LD_LIBRARY_PATH as follows:

  export LD_LIBRARY_PATH=/usr/local/lrose/lib (bash)
  setenv LD_LIBRARY_PATH /usr/local/lrose/lib (csh)

Wind analysis applications (fractl, vortrac and samurai)

This release bundles the wind-related applications along with the core.

These apps are:

  • fractl - geometry-based analysis for multi-Doppler wind retrieval
  • samurai - variational analysis for multi-Doppler wind retrieval
  • vortrac - Vortex Object Radar Tracking and Circulation

The code for these apps may be found at:

Vortrac will use qt5 if available, otherwise qt6.

NOTE: Cartesian data MDV files - NetCDF default

Please note that in this version of LROSE (and TITAN), any Cartesian files will be written out
by default using the NetCDF version of the MDV format. Radx2Grid is an example of an application that writes MDV files.

Previously the default was to write the binary version of MDV.

Both formats should worked interchangeably within LROSE and TITAN. But for non-LROSE applications this can cause confusion.

The output format for Cartesian MDV files can be controlled via the MDV_WRITE_FORMAT environment variable. To force writing of binary MDV files, use on of the following:

  setenv MDV_WRITE_FORMAT FORMAT_MDV (csh or tcsh)
  export MDV_WRITE_FORMAT=FORMAT_MDV (sh or bash)

and to force the usage of NetCDF, the default, use:

 setenv MDV_WRITE_FORMAT FORMAT_NCF (csh or tcsh)
 export MDV_WRITE_FORMAT=FORMAT_NCF (sh or bash)

Installing the CIDD binary release

The CIDD display application is not included in the standard lrose-core packages (above).

CIDD depends on a 32-bit build, which complicates the build and install for the core.

To download and install the CIDD binary release, see:

CIDD binaries have become problematic, due to library changes in some Linux distributions.

It is suggested that you first try:

  lrose-cidd-20210524.bin.x86_64.tgz

Downloading the release

The files for download appear below, marked as Assets.

If you do not see them, open them up by clicking on Assets.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon 11 months ago

LROSE - lrose-core-20240410

lrose-core test release

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon about 1 year ago

LROSE - lrose-core-20240408

Test release

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon about 1 year ago

LROSE - lrose-core-20230814

lrose-core-20230811- Jade August 2023 release

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon over 1 year ago

LROSE - lrose-core-20230811- Jade August 2023 release

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon over 1 year ago

LROSE - lrose-core-20221229

lrose-core-20221229 - JADE December 2022 release

Highlights.

  • OSX - support has been provided for older Intel and newer M1/M2 machines.
  • Packages are available for Debian, Ubuntu, Fedora 36,37, Centos 7,8, Alma Linux 8,9, Rocky Linux 8,9.
  • Bug fixes and updates to the Radx applications.
  • The cmake-based build system has been updated so it works on all tested operating systems.
  • A significantly updated version of HawkEdit is available.
  • The qtplot library has been added to provide library-level common support for Qt-based apps.

OSX support and build notes

  • OSX - homebrew installs have been tested on monterey and ventura.
  • For the Intel macs, brew is installed in /usr/local.
  • For M1/M2 macs, brew is installed in /opt.
  • The CMakeLists.txt files have been updated to search for Qt5 in both /usr/local and /opt.
  • The dependency on the szip library has been removed.

Installing on Mac OSX using brew

Testing of the installation of this release, using brew, has been tested on:

  • Monterey
  • Ventura

For the full compile preparation on mac OSX, see:

From this release, download:

  lrose-core.rb

and then run:

  brew install lrose-core.rb

To install fractl, vortrac and samurai using brew, download:

  lrose-fractl.rb
  lrose-vortrac.rb
  lrose-samurai.rb

and then run:

  brew install lrose-fractl.rb
  brew install lrose-vortrac.rb
  brew install lrose-samurai.rb

Installing display apps on Mac OSX using disk images

There are three disk images for MacOS:

  • vortrac.dmg : Vortex Object Radar Tracking and Circulation
  • HawkEye.dmg: HawkEye polar radar display
  • HawkEdit.dmg: HawkEdit is similar to HawkEye but with soloii-like editing capability

To install a disk image file (.dmg), download the .dmg file to your computer. Click on the .dmg file, and drag the application to your Applications folder. The first time you start one of the LROSE applications, it may appear as a Mac app from an unidentified developer. The application is signed by UCAR. Follow these steps:

  • Control-click the app icon, then choose Open from the shortcut menu.
  • Click Open. The app is saved as an exception to your security settings. You can open the app in the future by double-clicking the icon.

cmake builds

This release includes cmake-based builds for all of our packages, except for CIDD.

To build on your own host, see:

cmake and anaconda

  • If anaconda is installed, cmake can get confused by the libraries under anaconda.
  • In CMakeLists.txt, we have added CMAKE_IGNORE_PREFIX_PATH to ignore $HOME/anaconda2 and $HOME/anaconda3.
  • So if you install anaconda in the standard locations, that should be OK.
  • If you install anaconda in non-standard locations, you will need to modify codebase/CMakeLists.txt to add your anaconda location to CMAKE_IGNORE_PREFIX_PATH.

Installing from LINUX packages

For most common LINUX systems, you can install lrose from the packages on this page.

OS-version fractl vortrac samurai HawkEye CIDD available?
Centos 7 Yes Yes Yes Yes Yes
Centos 8 Yes Yes Yes Yes Yes
Alma 8 Yes Yes Yes Yes Yes
Alma 9 No No Yes Yes Yes
Rocky 8 Yes Yes Yes Yes Yes
Rocky 9 No No Yes Yes Yes
Fedora 36 Yes Yes Yes Yes Yes
Fedora 37 Yes Yes Yes Yes Yes
Debian 9 Yes Yes Yes Yes Yes
Debian 10 Yes Yes Yes Yes Yes
Debian 11 Yes Yes Yes Yes Yes
Ubuntu 16.04 Yes Yes Yes Yes Yes
Ubuntu 18.04 Yes Yes Yes Yes Yes
Ubuntu 20.04 Yes Yes Yes Yes Yes
Ubuntu 22.04 Yes Yes Yes Yes Yes

Note: AlmaLinux 9 and RockyLinux 9 are missing full support for eigen3 and armadillo. Therefore fractl and vortrac will not build on these OSs. Once those libraries are added, we should be able to build fractl and vortrac for them.

The installation directories are:

  /usr/local/lrose/bin
  /usr/local/lrose/lib
  /usr/local/lrose/include

so you will need to add /usr/local/lrose/bin to your path.

For Debian and Ubuntu installs, you may need to set the LD_LIBRARY_PATH as follows:

  export LD_LIBRARY_PATH=/usr/local/lrose/lib (bash)
  setenv LD_LIBRARY_PATH /usr/local/lrose/lib (csh)

Updates to Radx applications

Radx app notes
RadxPrint Handling of NetCDF files improved, to allow for some non-CF features.
RadxConvert Handling of NetCDF files improved, to allow for some non-CF features.
Radx2Grid Fixed bugs in censoring.
RadxPid Added option for censoring non-weather based on PID.
RadxRate Fixed bug in censoring, added better control for censoring non-weather based on PID.
RadxPartRain Deprecated - use RadxRate instead.
RadxClutter Clutter analysis and removal. Replaces RadxPersistentClutter.
RadxPersistentClutter Deprecated - see RadxClutter.
RadxTimeStats Compute statistics over time for a series of Radx files. Replaces RadxTimeMedian.
RadxTimeMedian Deprecated - see RadxTimeStats.
RadxVolTimingStats Produces timing and data age statistics on measured or theoretical VCPs.

Wind analysis applications (fractl, vortrac and samurai)

This release bundles the wind-related applications along with the core.

These apps are:

  • fractl - geometry-based analysis for multi-Doppler wind retrieval
  • samurai - variational analysis for multi-Doppler wind retrieval
  • vortrac - Vortex Object Radar Tracking and Circulation

The code for these apps may be found at:

NOTE: Cartesian data MDV files - NetCDF default

Please note that in this version of LROSE (and TITAN), any Cartesian files will be written out
by default using the NetCDF version of the MDV format. Radx2Grid is an example of an application that writes MDV files.

Previously the default was to write the binary version of MDV.

Both formats should worked interchangeably within LROSE and TITAN. But for non-LROSE applications this can cause confusion.

The output format for Cartesian MDV files can be controlled via the MDV_WRITE_FORMAT environment variable. To force writing of binary MDV files, use on of the following:

  setenv MDV_WRITE_FORMAT FORMAT_MDV (csh or tcsh)
  export MDV_WRITE_FORMAT=FORMAT_MDV (sh or bash)

and to force the usage of NetCDF, the default, use:

 setenv MDV_WRITE_FORMAT FORMAT_NCF (csh or tcsh)
 export MDV_WRITE_FORMAT=FORMAT_NCF (sh or bash)

Installing the CIDD binary release

The CIDD display application is not included in the standard lrose-core packages (above).

CIDD depends on a 32-bit build, which complicates the build and install for the core.

To download and install the CIDD binary release, see:

CIDD binaries have become problematic, due to library changes in some Linux distributions.

It is suggested that you first try:

  lrose-cidd-20210524.bin.x86_64.tgz

and then

  cidd-20180608.bin.x86_64.tgz

Downloading the release

The files for download appear below, marked as Assets.

If you do not see them, open them up by clicking on Assets.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon over 2 years ago

LROSE - lrose-core-20220423

Test release for inclusion of JasPer lib in libs/grib2.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon about 3 years ago

LROSE - lrose-core-20220222

lrose-core-20220222 - Final Topaz release, February 2022

Highlights.

  • OSX support - homebrew installs tested on BigSur and Monterey.
  • Packages are available for Centos, Ubuntu, Fedora 32, 33, 34, Alma Linux, Suse.
  • RadxConvert now supports reading OU Raxpol files.
  • The cmake-based build option is available.
  • Only dependent on the HDF5 C library, the C++ library is now included in libs/Ncxx in LROSE.
  • HawkEdit is more mature, and has undergone considerable testing from users.
  • Added ECCO algorithm for convective/stratiform partitioning from 3D radar reflectivity.

Wind analysis applications (fractl, vortrac and samurai)

This release bundles the wind-related applications along with the core.

These apps are:

  • fractl - geometry-based analysis for multi-Doppler wind retrieval
  • samurai - variational analysis for multi-Doppler wind retrieval
  • vortrac - Vortex Object Radar Tracking and Circulation

The code for these apps may be found at:

Installing from LINUX packages

For most common LINUX systems, you can install lrose from the packages on this page.

OS-version fractl vortrac samurai HawkEye CIDD available?
CENTOS 7, RHEL7 Yes Yes Yes Yes Yes
CENTOS 8 Yes Yes Yes Yes Yes
CENTOS stream (latest) Yes Yes Yes Yes Yes
Alma linux 8 (latest), RHEL8 Yes Yes Yes Yes Yes
Fedora 32 Yes Yes Yes Yes Yes
Fedora 33 Yes Yes Yes Yes Yes
Fedora 34 Yes Yes Yes Yes Yes
Debian 9 Yes Yes Yes Yes Yes
Debian 10 Yes Yes Yes Yes Yes
Debian 11 Yes Yes Yes Yes Yes
Ubuntu 16.04 Yes Yes Yes Yes Yes
Ubuntu 18.04 Yes Yes Yes Yes Yes
Ubuntu 20.04 Yes Yes Yes Yes Yes
Suse leap Yes Yes Yes Yes Yes
Suse latest Yes Yes Yes Yes Yes

The installation directories are:

  /usr/local/lrose/bin
  /usr/local/lrose/lib
  /usr/local/lrose/include

so you will need to add /usr/local/lrose/bin to your path.

For Debian and Ubuntu installs, you may need to set the LD_LIBRARY_PATH as follows:

  export LD_LIBRARY_PATH=/usr/local/lrose/lib (bash)
  setenv LD_LIBRARY_PATH /usr/local/lrose/lib (csh)

cmake builds

This release includes cmake-based builds for all of our packages, except for CIDD.

To build on your own host, see:

Installing on Mac OSX using brew

Testing of the installation of this release, using brew, has been tested on:

  • BigSur
  • Monterey

For the full compile preparation on mac OSX, see:

From this release, download:

  lrose-core.rb

and then run:

  brew install lrose-core.rb

To install fractl, vortrac and samurai using brew, download:

  lrose-fractl.rb
  lrose-vortrac.rb
  lrose-samurai.rb

and then run:

  brew install lrose-fractl.rb
  brew install lrose-vortrac.rb
  brew install lrose-samurai.rb

Installing display apps on Mac OSX using disk images

There are three disk images for MacOS:

  • vortrac.dmg : Vortex Object Radar Tracking and Circulation
  • HawkEye.dmg: HawkEye polar radar display
  • HawkEdit.dmg: HawkEdit is similar to HawkEye but with soloii-like editing capability

To install a disk image file (.dmg), download the .dmg file to your computer. Click on the .dmg file, and drag the application to your Applications folder. The first time you start one of the LROSE applications, it may appear as a Mac app from an unidentified developer. The application is signed by UCAR. Follow these steps:

  • Control-click the app icon, then choose Open from the shortcut menu.
  • Click Open. The app is saved as an exception to your security settings. You can open the app in the future by double-clicking the icon.

NOTE: Cartesian data MDV files - NetCDF default

Please note that in this version of LROSE (and TITAN), any Cartesian files will be written out
by default using the NetCDF version of the MDV format. Radx2Grid is an example of an application that writes MDV files.

Previously the default was to write the binary version of MDV.

Both formats should worked interchangeably within LROSE and TITAN. But for non-LROSE applications this can cause confusion.

The output format for Cartesian MDV files can be controlled via the MDV_WRITE_FORMAT environment variable. To force writing of binary MDV files, use on of the following:

  setenv MDV_WRITE_FORMAT FORMAT_MDV (csh or tcsh)
  export MDV_WRITE_FORMAT=FORMAT_MDV (sh or bash)

and to force the usage of NetCDF, the default, use:

 setenv MDV_WRITE_FORMAT FORMAT_NCF (csh or tcsh)
 export MDV_WRITE_FORMAT=FORMAT_NCF (sh or bash)

Installing the CIDD binary release

The CIDD display application is not included in the standard lrose-core packages (above).

CIDD depends on a 32-bit build, which complicates the build and install for the core.

To download and install the CIDD binary release, see:

CIDD binaries have become problematic, due to library changes in some Linux distributions.

It is suggested that you first try:

  lrose-cidd-20210524.bin.x86_64.tgz

and then

  cidd-20180608.bin.x86_64.tgz

Downloading the release

The files for download appear below, marked as Assets.

If you do not see them, open them up by clicking on Assets.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon about 3 years ago

LROSE - lrose-core-20211114

lrose-core-20211114 - Topaz release for LROSE workshop November 2021

Highlights.

  • This release contains further refinements in radial data format translation.
  • The cmake-based build option is available.
  • Packages are available for Centos, Ubuntu, Fedora 32, 33, 34, Alma Linux, Suse.
  • Only dependent on the HDF5 C library, the C++ library is now included in libs/Ncxx in LROSE.
  • HawkEdit is now a beta version, and has undergone considerable testing from users.

Wind analysis applications (fractl, vortrac and samurai)

This release bundles the wind-related applications along with the core.

These apps are:

  • fractl - geometry-based analysis for multi-Doppler wind retrieval
  • samurai - variational analysis for multi-Doppler wind retrieval
  • vortrac - Vortex Object Radar Tracking and Circulation

The code for these apps may be found at:

Installing from LINUX packages

For most common LINUX systems, you can install lrose from the packages on this page.

OS-version fractl vortrac samurai HawkEye CIDD available?
CENTOS 7 Yes Yes Yes Yes Yes
CENTOS 8 Yes Yes Yes Yes Yes
CENTOS stream (latest) Yes Yes Yes Yes Yes
Fedora 32 Yes Yes Yes Yes Yes
Fedora 33 Yes Yes Yes Yes Yes
Fedora 34 Yes Yes Yes Yes Yes
Debian 9 Yes Yes Yes Yes Yes
Debian 10 Yes Yes Yes Yes Yes
Debian 11 Yes Yes Yes Yes Yes
Ubuntu 16.04 Yes Yes Yes Yes Yes
Ubuntu 18.04 Yes Yes Yes Yes Yes
Ubuntu 20.04 Yes Yes Yes Yes Yes
Suse leap Yes Yes Yes Yes Yes
Suse latest Yes Yes Yes Yes Yes
Alma linux 8 (latest) Yes Yes Yes Yes Yes

The installation directories are:

  /usr/local/lrose/bin
  /usr/local/lrose/lib
  /usr/local/lrose/include

so you will need to add /usr/local/lrose/bin to your path.

For Debian and Ubuntu installs, you may need to set the LD_LIBRARY_PATH as follows:

  export LD_LIBRARY_PATH=/usr/local/lrose/lib (bash)
  setenv LD_LIBRARY_PATH /usr/local/lrose/lib (csh)

cmake builds

This release includes cmake-based builds for all of our packages, except for CIDD.

To build on your own host, see:

Installing on Mac OSX using brew

For the full compile preparation on mac OSX, see:

From this release, download:

  lrose-core.rb

and then run:

  brew install lrose-core.rb

To install fractl, vortrac and samurai using brew, download:

  lrose-fractl.rb
  lrose-vortrac.rb
  lrose-samurai.rb

and then run:

  brew install lrose-fractl.rb
  brew install lrose-vortrac.rb
  brew install lrose-samurai.rb

Installing display apps on Mac OSX using disk images

There are three disk images for MacOS:

  • vortrac.dmg : Vortex Object Radar Tracking and Circulation
  • HawkEye.dmg: HawkEye polar radar display
  • HawkEdit.dmg: HawkEdit is similar to HawkEye but with soloii-like editing capability

To install a disk image file (.dmg), download the .dmg file to your computer. Click on the .dmg file, and drag the application to your Applications folder. The first time you start one of the LROSE applications, it may appear as a Mac app from an unidentified developer. The application is signed by UCAR. Follow these steps:

  • Control-click the app icon, then choose Open from the shortcut menu.
  • Click Open. The app is saved as an exception to your security settings. You can open the app in the future by double-clicking the icon.

NOTE: Cartesian data MDV files - NetCDF default

Please note that in this version of LROSE (and TITAN), any Cartesian files will be written out
by default using the NetCDF version of the MDV format. Radx2Grid is an example of an application that writes MDV files.

Previously the default was to write the binary version of MDV.

Both formats should worked interchangeably within LROSE and TITAN. But for non-LROSE applications this can cause confusion.

The output format for Cartesian MDV files can be controlled via the MDV_WRITE_FORMAT environment variable. To force writing of binary MDV files, use on of the following:

  setenv MDV_WRITE_FORMAT FORMAT_MDV (csh or tcsh)
  export MDV_WRITE_FORMAT=FORMAT_MDV (sh or bash)

and to force the usage of NetCDF, the default, use:

 setenv MDV_WRITE_FORMAT FORMAT_NCF (csh or tcsh)
 export MDV_WRITE_FORMAT=FORMAT_NCF (sh or bash)

Installing the CIDD binary release

The CIDD display application is not included in the standard lrose-core packages (above).

CIDD depends on a 32-bit build, which complicates the build and install for the core.

To download and install the CIDD binary release, see:

Downloading the release

The files for download appear below, marked as Assets.

If you do not see them, open them up by clicking on Assets.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon over 3 years ago

LROSE - lrose-core-20210524

lrose-core-20210524 - initial release for LROSE TOPAZ

Highlights.

  • This release corrects a significant number of bugs in format translation.
  • The cmake-based build option is available. This is faster than automake/configure.
  • Packages for Centos, Ubuntu, Fedora 32, 33, 34, Oracle Linux 8, Suse.
  • Removed dependency on HDF5 C++ library, this code is now included in libs/Ncxx in LROSE.
  • Removed dependency on GeographicLib, this code is now included in libs/euclid in LROSE.
  • Fractl, Vortrac and Samurai are available for most OS versions.
  • Added further XML options to printing Titan storm and track properties.

Wind analysis applications

In this release, we have bundled the wind-related applications along with the core.

These apps are:

  • fractl - geometry-based analysis for multi-Doppler wind retrieval
  • samurai - variational analysis for multi-Doppler wind retrieval
  • vortrac - Vortex Object Radar Tracking and Circulation

The code for these apps may be found at:

Installing from LINUX packages

For most common LINUX systems, you can install lrose from the packages on this page.

OS-version fractl vortrac samurai HawkEye CIDD available?
CENTOS 7 Yes Yes Yes Yes Yes
CENTOS 8 Yes Yes Yes Yes Yes
CENTOS stream (latest) Yes Yes Yes Yes Yes
Fedora 32 Yes Yes Yes Yes Yes
Fedora 33 Yes Yes Yes Yes Yes
Fedora 34 Yes Yes Yes Yes Yes
Debian 9 Yes Yes Yes Yes Yes
Debian 10 Yes Yes Yes Yes Yes
Ubuntu 16.04 Yes Yes Yes Yes Yes
Ubuntu 18.04 Yes Yes Yes Yes Yes
Ubuntu 20.04 Yes Yes Yes Yes Yes
Suse leap Yes Yes Yes Yes Yes
Suse latest Yes Yes Yes Yes Yes
Oracle 8 (latest) No No No Yes Yes

The installation directories are:

  /usr/local/lrose/bin
  /usr/local/lrose/lib
  /usr/local/lrose/include

so you will need to add /usr/local/lrose/bin to your path.

For Debian and Ubuntu installs, you may need to set the LD_LIBRARY_PATH as follows:

  export LD_LIBRARY_PATH=/usr/local/lrose/lib (bash)
  setenv LD_LIBRARY_PATH /usr/local/lrose/lib (csh)

cmake builds

One big advance for this release is the addition of cmake-based builds for all of our packages, except for CIDD.

To build on your own host, see:

Installing on Mac OSX using brew

For the full compile preparation on mac OSX, see:

From this release, download:

  lrose-core.rb

and then run:

  brew install lrose-core.rb

To install fractl, vortrac and samurai using brew, download:

  lrose-fractl.rb
  lrose-vortrac.rb
  lrose-samurai.rb

and then run:

  brew install lrose-fractl.rb
  brew install lrose-vortrac.rb
  brew install lrose-samurai.rb

Installing display apps on Mac OSX using disk images

There are three disk images for MacOS:

  • vortrac.dmg : Vortex Object Radar Tracking and Circulation
  • HawkEye.dmg: HawkEye polar radar display
  • HawkEye-Elle.dmg: HawkEye with soloii-like editing capability

To install a disk image file (.dmg), download the .dmg file to your computer. Click on the .dmg file, and drag the application to your Applications folder. The first time you start one of the LROSE applications, it may appear as a Mac app from an unidentified developer. The application is signed by UCAR. Follow these steps:

  • Control-click the app icon, then choose Open from the shortcut menu.
  • Click Open. The app is saved as an exception to your security settings. You can open the app in the future by double-clicking the icon.

NOTE: Cartesian data MDV files - NetCDF default

Please note that in this version of LROSE (and TITAN), any Cartesian files will be written out
by default using the NetCDF version of the MDV format. Radx2Grid is an example of an application that writes MDV files.

Previously the default was to write the binary version of MDV.

Both formats should worked interchangeably within LROSE and TITAN. But for non-LROSE applications this can cause confusion.

The output format for Cartesian MDV files can be controlled via the MDV_WRITE_FORMAT environment variable. To force writing of binary MDV files, use on of the following:

  setenv MDV_WRITE_FORMAT FORMAT_MDV (csh or tcsh)
  export MDV_WRITE_FORMAT=FORMAT_MDV (sh or bash)

and to force the usage of NetCDF, the default, use:

 setenv MDV_WRITE_FORMAT FORMAT_NCF (csh or tcsh)
 export MDV_WRITE_FORMAT=FORMAT_NCF (sh or bash)

Printing Titan results in XML

There are a number of apps you can consider for XML output from Titan:

  • PrintTitanFiles
  • PrintTitanServer
  • Tstorms2Xml

PrintTitanFiles now has a -xml option on the command line. It is good if you want to print out details of a specific storm (.sh5) or track (.th5) file. For example:

PrintTitanFiles -f ~/data/titan/storms_pecan/20150626.sh5 -xml

PrintTitanServer now has a -xml option on the command line. It is good if you want to specify start and end times, print out a selected track. For this app the -url arg can point to a storms directory containing .sh5 and .th5 files. For example:

PrintTitanServer -url ~/data/titan/storms_pecan -start "2015 06 26 00 00 00" -end "2015 06 27 00 00 00" -xml -track_num 3 -track_set single_track

Installing the CIDD binary release

The CIDD display application is not included in the standard lrose-core packages (above).

CIDD depends on a 32-bit build, which complicates the build and install for the core.

To download and install the CIDD binary release, see:

Downloading the release

The files for download appear below, marked as Assets.

If you do not see them, open them up by clicking on Assets.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon almost 4 years ago

LROSE - lrose-core-20210216

lrose-core-20210216 - stable final release for LROSE ELLE

What's new? Improved builds.

  • Added cmake-based build options. This makes builds simpler and faster.
  • Improved install support for fractl, vortrac and samurai.
  • Added packages for CentosStream, Ubuntu 20.04, Fedora 32 and 33.
  • Added rpm package for Oracle Linux.
  • Removed dependency on HDF5 C++ library, this code is now included in libs/Ncxx in LROSE.
  • Removed dependency on GeographicLib, this code is now included in libs/euclid in LROSE.

NOTE: Cartesian data MDV files - NetCDF default

Please note that in this version of LROSE (and TITAN), any Cartesian files will be written out
by default using the NetCDF version of the MDV format. Radx2Grid is an example of an application that writes MDV files.

Previously the default was to write the binary version of MDV.

Both formats should worked interchangeably within LROSE and TITAN. But for non-LROSE applications this can cause confusion.

The output format for Cartesian MDV files can be controlled via the MDV_WRITE_FORMAT environment variable.

For example, to force writing of binary MDV files, use on of the following:

  setenv MDV_WRITE_FORMAT FORMAT_MDV (csh or tcsh)
  export MDV_WRITE_FORMAT=FORMAT_MDV (sh or bash)

and to force the usage of NetCDF, the default, use:

 setenv MDV_WRITE_FORMAT FORMAT_NCF (csh or tcsh)
 export MDV_WRITE_FORMAT=FORMAT_NCF (sh or bash)

Wind analysis applications

In this release, we have bundled the wind-related applications along with the core.

These apps are:

  • fractl - geometry-based analysis for multi-Doppler wind retrieval
  • samurai - variational analysis for multi-Doppler wind retrieval
  • vortrac - Vortex Object Radar Tracking and Circulation

The code for these apps may be found at:

Installing from LINUX packages

For most common LINUX systems, you can install lrose from the packages on this page.

OS-version fractl vortrac samurai HawkEye CIDD available?
CENTOS 7 Yes Yes Yes Yes Yes
CENTOS 8 Yes Yes Yes Yes Yes
CENTOS stream (latest) Yes Yes Yes Yes Yes
Fedora 31 Yes Yes Yes Yes Yes
Fedora 32 Yes Yes Yes Yes Yes
Fedora 33 Yes Yes Yes Yes Yes
Debian 9 Yes Yes Yes Yes Yes
Debian 10 Yes Yes Yes Yes Yes
Ubuntu 16.04 Yes Yes Yes Yes Yes
Ubuntu 18.04 Yes Yes Yes Yes Yes
Ubuntu 20.04 Yes Yes Yes Yes Yes
Suse leap Yes Yes Yes Yes Yes
Suse latest Yes Yes Yes Yes Yes
Oracle 8 (latest) No No No Yes Yes

The installation directories are:

  /usr/local/lrose/bin
  /usr/local/lrose/lib
  /usr/local/lrose/include

so you will need to add /usr/local/lrose/bin to your path.

For Debian and Ubuntu installs, you may need to set the LD_LIBRARY_PATH as follows:

  export LD_LIBRARY_PATH=/usr/local/lrose/lib (bash)
  setenv LD_LIBRARY_PATH /usr/local/lrose/lib (csh)

One big advance for this release is the addition of cmake-based builds for all of our packages, except for CIDD.

To build on your own host, see:

Installing on Mac OSX using brew

For the full compile preparation on mac OSX, see:

From this release, download:

  lrose-core.rb

and then run:

  brew install lrose-core.rb

To install fractl, vortrac and samurai using brew, download:

  lrose-fractl.rb
  lrose-vortrac.rb
  lrose-samurai.rb

and then run:

  brew install lrose-fractl.rb
  brew install lrose-vortrac.rb
  brew install lrose-samurai.rb

Installing display apps on Mac OSX using disk images

There are three disk images for MacOS:

  • vortrac.dmg : Vortex Object Radar Tracking and Circulation
  • HawkEye.dmg: HawkEye polar radar display
  • HawkEye-Elle.dmg: HawkEye with soloii-like editing capability

To install a disk image file (.dmg), download the .dmg file to your computer. Click on the .dmg file, and drag the application to your Applications folder. The first time you start one of the LROSE applications, it may appear as a Mac app from an unidentified developer. The application is signed by UCAR. Follow these steps:

  • Control-click the app icon, then choose Open from the shortcut menu.
  • Click Open. The app is saved as an exception to your security settings. You can open the app in the future by double-clicking the icon.

Installing the CIDD binary release

The CIDD display application is not included in the standard lrose-core packages (above).

CIDD depends on a 32-bit build, which complicates the build and install for the core.

To download and install the CIDD binary release, see:

Downloading the release

The files for download appear below, marked as Assets.

If you do not see them, open them up by clicking on Assets.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon about 4 years ago

LROSE - lrose-core-20210201

lrose-core-20210201 - test for elle release

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon about 4 years ago

LROSE - lrose-core-20200701

lrose-core-20200701 - mid-year release for LROSE ELLE.

NOTE - patch for OSX build using brew 🆕

The 20200701 release would not correctly build on Mac OSX using homebrew, if the gfortran compiler version was 10.1 or newer.

We have release a patch for osx, dated 20200719, that fixes this problem.

To build the new version you should download the new version of lrose-core.rb, and run:

  brew uninstall --ignore-dependencies lrose-core
  brew install lrose-core.rb

The --ignore-dependencies flag allows you to uninstall the core, but leave fractl, vortrac and samurai installed.

Wind analysis applications

In this release, we have bundled the wind-related applications along with the core.

These apps are:

  • fractl - geometry-based analysis for multi-Doppler wind retrieval
  • samurai - variational analysis for multi-Doppler wind retrieval
  • vortrac - Vortex Object Radar Tracking and Circulation

The code for these apps may be found at:

Installing from LINUX packages

For most common LINUX systems, you can install lrose from the packages on this page.

For some of the versions of LINUX, we are still having problems with the Qt5-based applications. These problems include both compile errors, and run-time errors related to problems with dynamically-linked libraries. We are working to identify the cause of the problems. In the mean time, we have documented which applications are available on each OS version.

OS-version fractl vortrac samurai HawkEye CIDD available?
CENTOS 6 No No No Yes No
CENTOS 7 Yes Yes Yes Yes Yes
CENTOS 8 Yes Yes Yes Yes Yes
Fedora 29 Yes No Yes No Yes
Fedora 30 Yes No Yes No Yes
Fedora 31 Yes No Yes No Yes
Debian 9 Yes Yes Yes No Yes
Debian 10 Yes Yes Yes No Yes
Ubuntu 16.04 Yes Yes Yes Yes Yes
Ubuntu 18.04 Yes Yes Yes Yes Yes
Suse leap Yes Yes Yes Yes Yes
Suse latest Yes Yes Yes Yes Yes

The installation directories are:

  /usr/local/lrose/bin
  /usr/local/lrose/lib
  /usr/local/lrose/include

so you will need to add /usr/local/lrose/bin to your path.

For Debian and Ubuntu installs, you need to set the LD_LIBRARY_PATH as follows:

  export LD_LIBRARY_PATH=/usr/local/lrose/lib (bash)
  setenv LD_LIBRARY_PATH /usr/local/lrose/lib (csh)

To build on LINUX, see:

https://github.com/NCAR/lrose-core/blob/master/docs/build/LROSE_build_src_release.md

Installing on Mac OSX using brew

For the full compile preparation on mac OSX, see:

From this release, download:

  lrose-core.rb

and then run:

  brew install lrose-core.rb

Installing display apps on Mac OSX using disk images

There are three disk images for MacOS:

  • vortrac.dmg : Vortex Object Radar Tracking and Circulation
  • HawkEye.dmg: HawkEye polar radar display
  • HawkEye-Elle.dmg: HawkEye with soloii-like editing capability

To install a disk image file (.dmg), download the .dmg file to your computer. Click on the .dmg file, and drag the application to your Applications folder. The first time you start one of the LROSE applications, it may appear as a Mac app from an unidentified developer. The application is signed by UCAR. Follow these steps:

  • Control-click the app icon, then choose Open from the shortcut menu.
  • Click Open. The app is saved as an exception to your security settings. You can open the app in the future by double-clicking the icon.

Installing the CIDD binary release

The CIDD display application is not included in the standard lrose-core packages (above).

CIDD depends on a 32-bit build, which complicates the build and install for the core.

To download and install the CIDD binary release, see:

Downloading the release

The files for download appear below, marked as Assets.

If you do not see them, open them up by clicking on Assets.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon almost 5 years ago

LROSE - lrose-core-20200609

ELLE - 20200609 - pre-release for testing

Wind analysis applications

In this release, we have bundled the wind-related applications along with the core.

These apps are:

  • fractl - geometry-based analysis for multi-Doppler wind retrieval
  • samurai - variational analysis for multi-Doppler wind retrieval
  • vortrac - Vortex Object Radar Tracking and Circulation

The code for these apps may be found at:

Installing from LINUX packages

For most common LINUX systems, you can install lrose from the packages on this page.

For some of the versions of LINUX, we are still having problems with the Qt5-based applications. These problems include both compile errors, and run-time errors related to problems with dynamically-linked libraries. We are working to identify the cause of the problems. In the mean time, we have documented which applications are available on each OS version.

OS-version fractl vortrac samurai HawkEye CIDD available?
CENTOS 6 No No No Yes No
CENTOS 7 Yes Yes Yes Yes Yes
CENTOS 8 Yes Yes Yes Yes Yes
Fedora 29 Yes No Yes No Yes
Fedora 30 Yes No Yes No Yes
Fedora 31 Yes No Yes No Yes
Debian 9 Yes Yes Yes No Yes
Debian 10 Yes Yes Yes No Yes
Ubuntu 16.04 Yes Yes Yes Yes Yes
Ubuntu 18.04 Yes Yes Yes Yes Yes
Suse leap Yes Yes Yes Yes Yes
Suse latest Yes Yes Yes Yes Yes

The installation directories are:

  /usr/local/lrose/bin
  /usr/local/lrose/lib
  /usr/local/lrose/include

so you will need to add /usr/local/lrose/bin to your path.

For Debian and Ubuntu installs, you need to set the LD_LIBRARY_PATH as follows:

  export LD_LIBRARY_PATH=/usr/local/lrose/lib (bash)
  setenv LD_LIBRARY_PATH /usr/local/lrose/lib (csh)

To build on LINUX, see:

https://github.com/NCAR/lrose-core/blob/master/docs/build/LROSE_build_src_release.md

Installing on Mac OSX

For the full compile preparation on mac OSX, see:

From this release, download:

  lrose-core.rb

and then run:

  brew install lrose-core.rb

There are three disk images for MacOS:

  • vortrac.dmg : Vortex Object Radar Tracking and Circulation
  • HawkEye.dmg: HawkEye polar radar display
  • HawkEye-Elle.dmg: HawkEye with soloii-like editing capability

Installing the CIDD binary release

The CIDD display application is not included in the standard lrose-core packages (above).

CIDD depends on a 32-bit build, which complicates the build and install for the core.

To download and install the CIDD binary release, see:

Downloading the release

The files for download appear below, marked as Assets.

If you do not see them, open them up by clicking on Assets.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon almost 5 years ago

LROSE - lrose-core-20200110

LROSE RELEASE 20200110

In this release, we are starting to bundle the wind-related applications along with the core.

These are fractl, vortrac and samurai. The code is at https://github.com/mmbell.

Linux packages

For most common LINUX systems, you can install lrose from the packages on this page.

For some of the versions of LINUX, we are having problems with the Qt5-based applications. These problems include both compile errors, and run-time errors related to problems with dynamically-linked libraries. We are working to identify the cause of the problems. In the mean time, we have documented which applications are available on each OS version.

In the table below, we show which applications are available and supported by which OS version.

OS-version lrose-core HawkEye fractl vortrac samurai Qt5 OK?
CENTOS 6 Yes Yes No No No Yes
CENTOS 7 Yes Yes Yes Yes Yes Yes
CENTOS 8 Yes Yes Yes No Yes Yes
Fedora 28 Yes No Yes No No No
Fedora 29 Yes No Yes No No No
Fedora 30 Yes No Yes No No No
Fedora 31 Yes No Yes No No No
Debian 9 Yes Yes Yes Yes Yes Yes
Debian 10 Yes No Yes No No No
Ubuntu 16.04 Yes Yes Yes Yes Yes Yes
Ubuntu 18.04 Yes Yes Yes Yes Yes Yes
Ubuntu 18.10 Yes No Yes No No No
Ubuntu 19.04 Yes No Yes No No No
Ubuntu 19.10 Yes No Yes No No No
Suse leap Yes Yes Yes No Yes Yes
Suse latest Yes Yes Yes No Yes Yes

To build on LINUX, see:

https://github.com/NCAR/lrose-core/blob/master/docs/download/download_src_and_build.linux.md

Mac OSX

To build on Mac OSX using homebrew, download:

  lrose-core.rb

and then run:

  brew install lrose-core.rb

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon over 5 years ago

LROSE - lrose-core beta release 20191213

Beta release for lrose-core.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon over 5 years ago

LROSE - lrose-cyclone initial release

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon over 5 years ago

LROSE - LROSE core release 20190520

The CORE release contains all of the LROSE libraries and applications.

This release is also suitable for TITAN and RADX users, since it includes all of the TITAN and RADX applications.

If you install via an RPM or DEB package, LROSE will be installed in /usr/local/lrose.

This is a bug-fix release, with the addition of a few minor applications.

Also, packages have been added for Fedora 30, Ubuntu 19.04, OpenSuse-leap and OpenSusu-latest.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon almost 6 years ago

LROSE - LROSE Blaze test release 20190130

NOTE - this is not the official location for the LROSE blaze release.
Please see:
https://nsf-lrose.github.io/software.html
for the official release.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon about 6 years ago

LROSE - LROSE Core Release 20190130

The CORE release contains all of the LROSE libraries and applications.

This release is suitable for TITAN and RADX users, since it includes all of the TITAN and RADX applications.

LROSE will generally be installed in /usr/local/lrose.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon about 6 years ago

LROSE - LROSE CORE RELEASE 20190105

This contains all of the applications in the full core.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon over 6 years ago

LROSE - LROSE BLAZE RELEASE 20190104

Initial end of year release for lrose-blaze

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon over 6 years ago

LROSE - LROSE Core Release

Bug-fix release.
Builds tested on Linux Centos 7.5, and OSX Mojave.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon over 6 years ago

LROSE - Radx sub-package of LROSE

RADX is a sub-package of LROSE that contains the Radx library and related applications.

A number of bugs have been fixed.

RadxConvert has been upgraded to support NOAA FSL data.

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon almost 7 years ago

LROSE - CIDD display package

README_BUILD.TXT

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon about 7 years ago

LROSE - TITAN sub-package of LROSE

This release replaces the previous distribution on the Titan web site.

This release only includes the applications - i.e. the binaries.

The parameter files, scripts, maps and color scales may be found at:

https://github.com/NCAR/titan-templates/releases

Atmosphere - Atmospheric Composition and Dynamics - C++
Published by mike-dixon over 7 years ago