Lector de Feeds

In Mageia/9/x86_64: wayland-protocols contains Wayland protocols that adds functionality not available in the Wayland core protocol. Such protocols either adds completely new functionality, or extends the functionality of some other protocol either in Wayland core, or some other protocol in wayland-protocols.

In Mageia/9/i586: wayland-protocols contains Wayland protocols that adds functionality not available in the Wayland core protocol. Such protocols either adds completely new functionality, or extends the functionality of some other protocol either in Wayland core, or some other protocol in wayland-protocols.

In Mageia/9/armv7hl: wayland-protocols contains Wayland protocols that adds functionality not available in the Wayland core protocol. Such protocols either adds completely new functionality, or extends the functionality of some other protocol either in Wayland core, or some other protocol in wayland-protocols.

In Mageia/9/aarch64: wayland-protocols contains Wayland protocols that adds functionality not available in the Wayland core protocol. Such protocols either adds completely new functionality, or extends the functionality of some other protocol either in Wayland core, or some other protocol in wayland-protocols.

In Mageia/9/i586: This plugin creates optimized weather routes using isochrone method and predictive grib data or averaged gridded Climate data based upon constraint settings, start and finish information and boat performance calculated using boat specs or polar data. Use the Grib Plugin (included now with opencpn) and recently downloaded grib files for completing grib predictive routing (1-8 days). Use the Climatology Plugin to find cruising routes, (most useful in prevailing winds areas) Use both grib and climatology data, allowing the grib's route to be extended past time/range, or to use current data if the grib does not contain it, or to use climatology to avoid areas of cyclones.

In Mageia/9/armv7hl: This plugin creates optimized weather routes using isochrone method and predictive grib data or averaged gridded Climate data based upon constraint settings, start and finish information and boat performance calculated using boat specs or polar data. Use the Grib Plugin (included now with opencpn) and recently downloaded grib files for completing grib predictive routing (1-8 days). Use the Climatology Plugin to find cruising routes, (most useful in prevailing winds areas) Use both grib and climatology data, allowing the grib's route to be extended past time/range, or to use current data if the grib does not contain it, or to use climatology to avoid areas of cyclones.

In Mageia/9/x86_64: This plugin creates optimized weather routes using isochrone method and predictive grib data or averaged gridded Climate data based upon constraint settings, start and finish information and boat performance calculated using boat specs or polar data. Use the Grib Plugin (included now with opencpn) and recently downloaded grib files for completing grib predictive routing (1-8 days). Use the Climatology Plugin to find cruising routes, (most useful in prevailing winds areas) Use both grib and climatology data, allowing the grib's route to be extended past time/range, or to use current data if the grib does not contain it, or to use climatology to avoid areas of cyclones.

In Mageia/9/aarch64: This plugin creates optimized weather routes using isochrone method and predictive grib data or averaged gridded Climate data based upon constraint settings, start and finish information and boat performance calculated using boat specs or polar data. Use the Grib Plugin (included now with opencpn) and recently downloaded grib files for completing grib predictive routing (1-8 days). Use the Climatology Plugin to find cruising routes, (most useful in prevailing winds areas) Use both grib and climatology data, allowing the grib's route to be extended past time/range, or to use current data if the grib does not contain it, or to use climatology to avoid areas of cyclones.

In Mageia/9/i586: This package contains the main binary of apache, a powerful, full-featured, efficient and freely-available Web server. Apache is also the most popular Web server on the Internet. This version of apache is fully modular, and many modules are available in pre-compiled formats, like PHP and mod_auth_external. The package was built to support a maximum of 128 dynamically loadable modules, and a ServerLimit of 1024. You can change these values at RPM build time by using for example: --define 'maxmodules 512' --define 'serverlimit 2048'

In Mageia/9/armv7hl: This package contains the main binary of apache, a powerful, full-featured, efficient and freely-available Web server. Apache is also the most popular Web server on the Internet. This version of apache is fully modular, and many modules are available in pre-compiled formats, like PHP and mod_auth_external. The package was built to support a maximum of 128 dynamically loadable modules, and a ServerLimit of 1024. You can change these values at RPM build time by using for example: --define 'maxmodules 512' --define 'serverlimit 2048'

In Mageia/9/x86_64: This package contains the main binary of apache, a powerful, full-featured, efficient and freely-available Web server. Apache is also the most popular Web server on the Internet. This version of apache is fully modular, and many modules are available in pre-compiled formats, like PHP and mod_auth_external. The package was built to support a maximum of 128 dynamically loadable modules, and a ServerLimit of 1024. You can change these values at RPM build time by using for example: --define 'maxmodules 512' --define 'serverlimit 2048'

In Mageia/9/x86_64: Can open image files directly, or decode audio faxes to an image. With simple calibration, resulting image is overlaid on top of charts. Converts images in Mercator, polar, conic and uniform coordinates. Can convert any image into a raster chart. Built-in database for HF radio fax stations via SSB. Built-in database for internet retrieval from meteorological sites.

In Mageia/9/armv7hl: Can open image files directly, or decode audio faxes to an image. With simple calibration, resulting image is overlaid on top of charts. Converts images in Mercator, polar, conic and uniform coordinates. Can convert any image into a raster chart. Built-in database for HF radio fax stations via SSB. Built-in database for internet retrieval from meteorological sites.

In Mageia/9/aarch64: Can open image files directly, or decode audio faxes to an image. With simple calibration, resulting image is overlaid on top of charts. Converts images in Mercator, polar, conic and uniform coordinates. Can convert any image into a raster chart. Built-in database for HF radio fax stations via SSB. Built-in database for internet retrieval from meteorological sites.

In Mageia/9/i586: Can open image files directly, or decode audio faxes to an image. With simple calibration, resulting image is overlaid on top of charts. Converts images in Mercator, polar, conic and uniform coordinates. Can convert any image into a raster chart. Built-in database for HF radio fax stations via SSB. Built-in database for internet retrieval from meteorological sites.

In Mageia/9/x86_64: This plugin implements various configurable alarms alerting the user about the changing conditions round the boat. Also implements an improved anchor alarm.

In Mageia/9/armv7hl: This plugin implements various configurable alarms alerting the user about the changing conditions round the boat. Also implements an improved anchor alarm.

In Mageia/9/aarch64: This plugin implements various configurable alarms alerting the user about the changing conditions round the boat. Also implements an improved anchor alarm.

In Mageia/9/i586: This plugin implements various configurable alarms alerting the user about the changing conditions round the boat. Also implements an improved anchor alarm.

In Mageia/9/i586: Polar diagram generation plugin for OpenCpn It can use polar diagrams already generated from external sources