%global _empty_manifest_terminate_build 0 Name: python-CreateCloudMap Version: 0.9.13 Release: 1 Summary: Create a cloud map for xplanet using satellite images from the Dundee Satellite Receiving Station License: GPL3 URL: https://github.com/jmozmoz/cloudmap Source0: https://mirrors.nju.edu.cn/pypi/web/packages/1f/5c/75ce03f468e0765120a307da2ccefafe10f7d1cce122de21ae653cbb49af/CreateCloudMap-0.9.13.tar.gz BuildArch: noarch %description Python script to create a cloud map for xplanet using satellite images from the `Dundee Satellite Receiving Station, Dundee University, UK `_. This script can also be installed by pip from `pypi `_. `xplanet `_ can use a cloud map to make the earth look more pretty. There is a free service which create one such cloud map per day. Due to a temporary unavailability of that service this script `create_map` was developed to automatically download the necessary geostationary images from the `Dundee Satellite Receiving Station, Dundee University, UK `_. To use this service you need an account there (which is free). Also a new cloud map can be created every three hours. Set your login information in the configuration file (default name for UNIX-like systems: ``$HOME/.CreateCloudMap/CreateCloudMap.ini``, for Windows: ``%HOME%\.CreateCloudMap\CreateCloudMap.ini``):: [Download] username = user password = secret tempdir = images # Use one of the following for resolution: low, medium, high resolution = medium purge = false [xplanet] destinationdir = xplanet/images destinationfile = clouds_2048.jpg width = 2048 height = 1024 [processing] nprocs = 1 # use either pyresample or cartopy projection = pyresample If the configuration file already exists, a new version is copied to ``CreateCloudMap.ini.new`` to not overwrite the login data. The old config file should work after an update, because default values are used for newly introduced options. ``tempdir`` specifies the directory where the downloaded images (and if enabled by the command line switch ``--debug`` or ``-d``) intermediate debug images are stored. ``destinationdir`` specifies the directory where the output ``destinationfile`` is saved. ``resolution`` can be set to ``low``, ``medium`` or ``high`` to determine the resolution of the downloaded satellite images. If ``purge`` is set to true old satellite images will be deleted which are not used to draw the current cloud map. ``width`` and ``height`` set the dimensions of the cloud map in ``destinationfile``. ``nprocs`` specifies the number of processors to be used for the processing of the satellite images. If this number is larger than 1 the multiprocessing library will be used to create separate processes communicating sending back their results by queues. ``projection`` specifies the Python library used for projecting the geostationary images onto a flat map. Possible values are ``pyresample`` and ``cartopy``. ``pyresample`` is the standard value and this library is set as dependency, so it is installed during the installation of ``CreateCloudMap`` (if pip is used to install it). If ``cartopy`` is used, this library must be installed manually. ``cartopy`` is (currently much) slower than ``pyresample``. To see all command line options of the script use ``--help``:: $ create_map --help usage: create_map [-h] [-d] [-c FILE] [-m MAX_AGE] [-f] optional arguments: -h, --help show this help message and exit -d, --debug store intermediate results -c FILE, --conf_file FILE Specify config file -m MAX_AGE, --max_age MAX_AGE Maximal age of satellite images to download -f, --force Force to recreate cloud map Dependencies To automatically install ``cartopy`` use the following command line for pip:: pip install CreateCloudMap[cartopy] For the debug output to work with the ``pyresample`` projection the libraries matplotlib and basemap have to be installed. This can be done either manually or by giving the extra requirement option ``[debug_pyresample]`` when using pip:: pip install CreateCloudMap[debug_pyresample] For the debug output to work with the ``cartopy`` projection the library matplotlib is necessary. It can be automatically installed by using pip:: pip install CreateCloudMap[cartopy,debug_cartopy] (So if no extra dependency is given the pyresample library will be installed (if it has not been already installed) and no debug output is possible) References A nice description of the concepts forming the basis of this program can be found at `this blog post `_. %package -n python3-CreateCloudMap Summary: Create a cloud map for xplanet using satellite images from the Dundee Satellite Receiving Station Provides: python-CreateCloudMap BuildRequires: python3-devel BuildRequires: python3-setuptools BuildRequires: python3-pip %description -n python3-CreateCloudMap Python script to create a cloud map for xplanet using satellite images from the `Dundee Satellite Receiving Station, Dundee University, UK `_. This script can also be installed by pip from `pypi `_. `xplanet `_ can use a cloud map to make the earth look more pretty. There is a free service which create one such cloud map per day. Due to a temporary unavailability of that service this script `create_map` was developed to automatically download the necessary geostationary images from the `Dundee Satellite Receiving Station, Dundee University, UK `_. To use this service you need an account there (which is free). Also a new cloud map can be created every three hours. Set your login information in the configuration file (default name for UNIX-like systems: ``$HOME/.CreateCloudMap/CreateCloudMap.ini``, for Windows: ``%HOME%\.CreateCloudMap\CreateCloudMap.ini``):: [Download] username = user password = secret tempdir = images # Use one of the following for resolution: low, medium, high resolution = medium purge = false [xplanet] destinationdir = xplanet/images destinationfile = clouds_2048.jpg width = 2048 height = 1024 [processing] nprocs = 1 # use either pyresample or cartopy projection = pyresample If the configuration file already exists, a new version is copied to ``CreateCloudMap.ini.new`` to not overwrite the login data. The old config file should work after an update, because default values are used for newly introduced options. ``tempdir`` specifies the directory where the downloaded images (and if enabled by the command line switch ``--debug`` or ``-d``) intermediate debug images are stored. ``destinationdir`` specifies the directory where the output ``destinationfile`` is saved. ``resolution`` can be set to ``low``, ``medium`` or ``high`` to determine the resolution of the downloaded satellite images. If ``purge`` is set to true old satellite images will be deleted which are not used to draw the current cloud map. ``width`` and ``height`` set the dimensions of the cloud map in ``destinationfile``. ``nprocs`` specifies the number of processors to be used for the processing of the satellite images. If this number is larger than 1 the multiprocessing library will be used to create separate processes communicating sending back their results by queues. ``projection`` specifies the Python library used for projecting the geostationary images onto a flat map. Possible values are ``pyresample`` and ``cartopy``. ``pyresample`` is the standard value and this library is set as dependency, so it is installed during the installation of ``CreateCloudMap`` (if pip is used to install it). If ``cartopy`` is used, this library must be installed manually. ``cartopy`` is (currently much) slower than ``pyresample``. To see all command line options of the script use ``--help``:: $ create_map --help usage: create_map [-h] [-d] [-c FILE] [-m MAX_AGE] [-f] optional arguments: -h, --help show this help message and exit -d, --debug store intermediate results -c FILE, --conf_file FILE Specify config file -m MAX_AGE, --max_age MAX_AGE Maximal age of satellite images to download -f, --force Force to recreate cloud map Dependencies To automatically install ``cartopy`` use the following command line for pip:: pip install CreateCloudMap[cartopy] For the debug output to work with the ``pyresample`` projection the libraries matplotlib and basemap have to be installed. This can be done either manually or by giving the extra requirement option ``[debug_pyresample]`` when using pip:: pip install CreateCloudMap[debug_pyresample] For the debug output to work with the ``cartopy`` projection the library matplotlib is necessary. It can be automatically installed by using pip:: pip install CreateCloudMap[cartopy,debug_cartopy] (So if no extra dependency is given the pyresample library will be installed (if it has not been already installed) and no debug output is possible) References A nice description of the concepts forming the basis of this program can be found at `this blog post `_. %package help Summary: Development documents and examples for CreateCloudMap Provides: python3-CreateCloudMap-doc %description help Python script to create a cloud map for xplanet using satellite images from the `Dundee Satellite Receiving Station, Dundee University, UK `_. This script can also be installed by pip from `pypi `_. `xplanet `_ can use a cloud map to make the earth look more pretty. There is a free service which create one such cloud map per day. Due to a temporary unavailability of that service this script `create_map` was developed to automatically download the necessary geostationary images from the `Dundee Satellite Receiving Station, Dundee University, UK `_. To use this service you need an account there (which is free). Also a new cloud map can be created every three hours. Set your login information in the configuration file (default name for UNIX-like systems: ``$HOME/.CreateCloudMap/CreateCloudMap.ini``, for Windows: ``%HOME%\.CreateCloudMap\CreateCloudMap.ini``):: [Download] username = user password = secret tempdir = images # Use one of the following for resolution: low, medium, high resolution = medium purge = false [xplanet] destinationdir = xplanet/images destinationfile = clouds_2048.jpg width = 2048 height = 1024 [processing] nprocs = 1 # use either pyresample or cartopy projection = pyresample If the configuration file already exists, a new version is copied to ``CreateCloudMap.ini.new`` to not overwrite the login data. The old config file should work after an update, because default values are used for newly introduced options. ``tempdir`` specifies the directory where the downloaded images (and if enabled by the command line switch ``--debug`` or ``-d``) intermediate debug images are stored. ``destinationdir`` specifies the directory where the output ``destinationfile`` is saved. ``resolution`` can be set to ``low``, ``medium`` or ``high`` to determine the resolution of the downloaded satellite images. If ``purge`` is set to true old satellite images will be deleted which are not used to draw the current cloud map. ``width`` and ``height`` set the dimensions of the cloud map in ``destinationfile``. ``nprocs`` specifies the number of processors to be used for the processing of the satellite images. If this number is larger than 1 the multiprocessing library will be used to create separate processes communicating sending back their results by queues. ``projection`` specifies the Python library used for projecting the geostationary images onto a flat map. Possible values are ``pyresample`` and ``cartopy``. ``pyresample`` is the standard value and this library is set as dependency, so it is installed during the installation of ``CreateCloudMap`` (if pip is used to install it). If ``cartopy`` is used, this library must be installed manually. ``cartopy`` is (currently much) slower than ``pyresample``. To see all command line options of the script use ``--help``:: $ create_map --help usage: create_map [-h] [-d] [-c FILE] [-m MAX_AGE] [-f] optional arguments: -h, --help show this help message and exit -d, --debug store intermediate results -c FILE, --conf_file FILE Specify config file -m MAX_AGE, --max_age MAX_AGE Maximal age of satellite images to download -f, --force Force to recreate cloud map Dependencies To automatically install ``cartopy`` use the following command line for pip:: pip install CreateCloudMap[cartopy] For the debug output to work with the ``pyresample`` projection the libraries matplotlib and basemap have to be installed. This can be done either manually or by giving the extra requirement option ``[debug_pyresample]`` when using pip:: pip install CreateCloudMap[debug_pyresample] For the debug output to work with the ``cartopy`` projection the library matplotlib is necessary. It can be automatically installed by using pip:: pip install CreateCloudMap[cartopy,debug_cartopy] (So if no extra dependency is given the pyresample library will be installed (if it has not been already installed) and no debug output is possible) References A nice description of the concepts forming the basis of this program can be found at `this blog post `_. %prep %autosetup -n CreateCloudMap-0.9.13 %build %py3_build %install %py3_install install -d -m755 %{buildroot}/%{_pkgdocdir} if [ -d doc ]; then cp -arf doc %{buildroot}/%{_pkgdocdir}; fi if [ -d docs ]; then cp -arf docs %{buildroot}/%{_pkgdocdir}; fi if [ -d example ]; then cp -arf example %{buildroot}/%{_pkgdocdir}; fi if [ -d examples ]; then cp -arf examples %{buildroot}/%{_pkgdocdir}; fi pushd %{buildroot} if [ -d usr/lib ]; then find usr/lib -type f -printf "/%h/%f\n" >> filelist.lst fi if [ -d usr/lib64 ]; then find usr/lib64 -type f -printf "/%h/%f\n" >> filelist.lst fi if [ -d usr/bin ]; then find usr/bin -type f -printf "/%h/%f\n" >> filelist.lst fi if [ -d usr/sbin ]; then find usr/sbin -type f -printf "/%h/%f\n" >> filelist.lst fi touch doclist.lst if [ -d usr/share/man ]; then find usr/share/man -type f -printf "/%h/%f.gz\n" >> doclist.lst fi popd mv %{buildroot}/filelist.lst . mv %{buildroot}/doclist.lst . %files -n python3-CreateCloudMap -f filelist.lst %dir %{python3_sitelib}/* %files help -f doclist.lst %{_docdir}/* %changelog * Fri May 05 2023 Python_Bot - 0.9.13-1 - Package Spec generated