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test of github pages
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fvj committed Feb 6, 2019
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3 changes: 2 additions & 1 deletion docs/pyrad/make_pyrad_doc.sh → doc/pyrad/make_pyrad_doc.sh
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Expand Up @@ -14,7 +14,8 @@ make clean
# rm -rf build/*
# cd ..
make html
mv build/html/* ../../.
rm -r ../../../docs/*
mv build/html/* ../../../docs

# # library reference for users
# rm -f ../pyrad_library_reference_users.pdf
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8 changes: 4 additions & 4 deletions docs/io.html
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Expand Up @@ -7331,7 +7331,7 @@ <h1>pyrad.io.timeseries<a class="headerlink" href="#pyrad-io-timeseries" title="

<dl class="attribute">
<dt id="pyrad.io.timeseries.TimeSeries.__dict__">
<code class="descname">__dict__</code><em class="property"> = mappingproxy({'__init__': &lt;function TimeSeries.__init__&gt;, 'plot': &lt;function TimeSeries.plot&gt;, 'add_dataseries': &lt;function TimeSeries.add_dataseries&gt;, '__dict__': &lt;attribute '__dict__' of 'TimeSeries' objects&gt;, 'plot_hist': &lt;function TimeSeries.plot_hist&gt;, '__weakref__': &lt;attribute '__weakref__' of 'TimeSeries' objects&gt;, '__doc__': &quot;\n Holding timeseries data and metadata.\n\n Attributes\n ----------\n description : array of str\n Description of the data of the time series.\n time_vector : array of datetime objects\n timeformat : how to print the time (default:\n 'Date, UTC [seconds since midnight]'\n dataseries : List of _dataSeries object holding the\n data\n\n Methods:\n --------\n add_dataseries : Add a data series to the object\n write : Write time series to a file\n plot : Plot a figure of a time series\n\n &quot;, 'add_timesample': &lt;function TimeSeries.add_timesample&gt;, 'write': &lt;function TimeSeries.write&gt;, '__module__': 'pyrad.io.timeseries'})</em><a class="headerlink" href="#pyrad.io.timeseries.TimeSeries.__dict__" title="Permalink to this definition">¶</a></dt>
<code class="descname">__dict__</code><em class="property"> = mappingproxy({'__init__': &lt;function TimeSeries.__init__&gt;, '__dict__': &lt;attribute '__dict__' of 'TimeSeries' objects&gt;, '__module__': 'pyrad.io.timeseries', 'plot': &lt;function TimeSeries.plot&gt;, 'add_timesample': &lt;function TimeSeries.add_timesample&gt;, '__weakref__': &lt;attribute '__weakref__' of 'TimeSeries' objects&gt;, 'write': &lt;function TimeSeries.write&gt;, 'plot_hist': &lt;function TimeSeries.plot_hist&gt;, '__doc__': &quot;\n Holding timeseries data and metadata.\n\n Attributes\n ----------\n description : array of str\n Description of the data of the time series.\n time_vector : array of datetime objects\n timeformat : how to print the time (default:\n 'Date, UTC [seconds since midnight]'\n dataseries : List of _dataSeries object holding the\n data\n\n Methods:\n --------\n add_dataseries : Add a data series to the object\n write : Write time series to a file\n plot : Plot a figure of a time series\n\n &quot;, 'add_dataseries': &lt;function TimeSeries.add_dataseries&gt;})</em><a class="headerlink" href="#pyrad.io.timeseries.TimeSeries.__dict__" title="Permalink to this definition">¶</a></dt>
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Expand Down Expand Up @@ -7548,7 +7548,7 @@ <h1>pyrad.io.timeseries<a class="headerlink" href="#pyrad-io-timeseries" title="

<dl class="attribute">
<dt id="pyrad.io.timeseries._DataSeries.__dict__">
<code class="descname">__dict__</code><em class="property"> = mappingproxy({'set_value': &lt;function _DataSeries.set_value&gt;, '__weakref__': &lt;attribute '__weakref__' of '_DataSeries' objects&gt;, '__doc__': '\n Hold a data vector and some meta information.\n ', '__init__': &lt;function _DataSeries.__init__&gt;, '__dict__': &lt;attribute '__dict__' of '_DataSeries' objects&gt;, '__module__': 'pyrad.io.timeseries'})</em><a class="headerlink" href="#pyrad.io.timeseries._DataSeries.__dict__" title="Permalink to this definition">¶</a></dt>
<code class="descname">__dict__</code><em class="property"> = mappingproxy({'__weakref__': &lt;attribute '__weakref__' of '_DataSeries' objects&gt;, 'set_value': &lt;function _DataSeries.set_value&gt;, '__init__': &lt;function _DataSeries.__init__&gt;, '__dict__': &lt;attribute '__dict__' of '_DataSeries' objects&gt;, '__doc__': '\n Hold a data vector and some meta information.\n ', '__module__': 'pyrad.io.timeseries'})</em><a class="headerlink" href="#pyrad.io.timeseries._DataSeries.__dict__" title="Permalink to this definition">¶</a></dt>
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Expand Down Expand Up @@ -7812,7 +7812,7 @@ <h1>pyrad.io.trajectory<a class="headerlink" href="#pyrad-io-trajectory" title="

<dl class="attribute">
<dt id="pyrad.io.trajectory.Trajectory.__dict__">
<code class="descname">__dict__</code><em class="property"> = mappingproxy({'__weakref__': &lt;attribute '__weakref__' of 'Trajectory' objects&gt;, '_read_traj': &lt;function Trajectory._read_traj&gt;, 'get_start_time': &lt;function Trajectory.get_start_time&gt;, 'add_radar': &lt;function Trajectory.add_radar&gt;, 'calculate_velocities': &lt;function Trajectory.calculate_velocities&gt;, 'get_samples_in_period': &lt;function Trajectory.get_samples_in_period&gt;, 'get_end_time': &lt;function Trajectory.get_end_time&gt;, '_get_total_seconds': &lt;function Trajectory._get_total_seconds&gt;, '_read_traj_lightning': &lt;function Trajectory._read_traj_lightning&gt;, '_convert_traj_to_swissgrid': &lt;function Trajectory._convert_traj_to_swissgrid&gt;, '__dict__': &lt;attribute '__dict__' of 'Trajectory' objects&gt;, '__doc__': &quot;\n A class for reading and handling trajectory data from a file.\n\n Attributes\n ----------\n filename : str\n Path and name of the trajectory definition file\n starttime : datetime\n Start time of trajectory processing.\n endtime : datetime\n End time of trajectory processing.\n trajtype : str\n Type of trajectory. Can be 'plane' or 'lightning'\n time_vector : Array of datetime objects\n Array containing the trajectory time samples\n wgs84_lat_deg : Array of floats\n WGS84 latitude samples in radian\n wgs84_lon_deg : Array of floats\n WGS84 longitude samples in radian\n wgs84_alt_m : Array of floats\n WGS84 altitude samples in m\n nsamples : int\n Number of samples in the trajectory\n _swiss_grid_done : Bool\n Indicates that convertion to Swiss coordinates has been performed\n swiss_chy, swiss_chx, swiss_chh : Array of floats\n Swiss coordinates in m\n radar_list : list\n List of radars for which trajectories are going to be computed\n flashnr : int\n For 'lightning' only. Number of flash for which trajectory data\n is going to be computed. If 0 all all flashes are going to be\n considered.\n time_in_flash : array of floats\n For 'lightning' only. Time within flash (sec)\n flashnr_vec : array of ints\n For 'lightning' only. Flash number of each data sample\n dBm : array of floats\n For 'lightning' only. Lightning power (dBm)\n\n\n Methods:\n --------\n add_radar : Add a radar\n calculate_velocities : Computes velocities\n get_start_time : Return time of first trajectory sample\n get_end_time : Return time of last trajectory sample\n get_samples_in_period : Get indices of samples within period\n _convert_traj_to_swissgrid : convert data from WGS84 to Swiss coordinates\n _read_traj : Read plane trajectory from file\n _read_traj_lightning : Read lightning trajectory from file\n _get_total_seconds : Get the total time of the trajectory in seconds\n\n &quot;, '__init__': &lt;function Trajectory.__init__&gt;, '_read_traj_trt': &lt;function Trajectory._read_traj_trt&gt;, '__module__': 'pyrad.io.trajectory'})</em><a class="headerlink" href="#pyrad.io.trajectory.Trajectory.__dict__" title="Permalink to this definition">¶</a></dt>
<code class="descname">__dict__</code><em class="property"> = mappingproxy({'_read_traj_trt': &lt;function Trajectory._read_traj_trt&gt;, 'add_radar': &lt;function Trajectory.add_radar&gt;, '__dict__': &lt;attribute '__dict__' of 'Trajectory' objects&gt;, '_get_total_seconds': &lt;function Trajectory._get_total_seconds&gt;, 'get_end_time': &lt;function Trajectory.get_end_time&gt;, 'get_start_time': &lt;function Trajectory.get_start_time&gt;, '__module__': 'pyrad.io.trajectory', '_convert_traj_to_swissgrid': &lt;function Trajectory._convert_traj_to_swissgrid&gt;, '__weakref__': &lt;attribute '__weakref__' of 'Trajectory' objects&gt;, '__init__': &lt;function Trajectory.__init__&gt;, '_read_traj': &lt;function Trajectory._read_traj&gt;, 'calculate_velocities': &lt;function Trajectory.calculate_velocities&gt;, '__doc__': &quot;\n A class for reading and handling trajectory data from a file.\n\n Attributes\n ----------\n filename : str\n Path and name of the trajectory definition file\n starttime : datetime\n Start time of trajectory processing.\n endtime : datetime\n End time of trajectory processing.\n trajtype : str\n Type of trajectory. Can be 'plane' or 'lightning'\n time_vector : Array of datetime objects\n Array containing the trajectory time samples\n wgs84_lat_deg : Array of floats\n WGS84 latitude samples in radian\n wgs84_lon_deg : Array of floats\n WGS84 longitude samples in radian\n wgs84_alt_m : Array of floats\n WGS84 altitude samples in m\n nsamples : int\n Number of samples in the trajectory\n _swiss_grid_done : Bool\n Indicates that convertion to Swiss coordinates has been performed\n swiss_chy, swiss_chx, swiss_chh : Array of floats\n Swiss coordinates in m\n radar_list : list\n List of radars for which trajectories are going to be computed\n flashnr : int\n For 'lightning' only. Number of flash for which trajectory data\n is going to be computed. If 0 all all flashes are going to be\n considered.\n time_in_flash : array of floats\n For 'lightning' only. Time within flash (sec)\n flashnr_vec : array of ints\n For 'lightning' only. Flash number of each data sample\n dBm : array of floats\n For 'lightning' only. Lightning power (dBm)\n\n\n Methods:\n --------\n add_radar : Add a radar\n calculate_velocities : Computes velocities\n get_start_time : Return time of first trajectory sample\n get_end_time : Return time of last trajectory sample\n get_samples_in_period : Get indices of samples within period\n _convert_traj_to_swissgrid : convert data from WGS84 to Swiss coordinates\n _read_traj : Read plane trajectory from file\n _read_traj_lightning : Read lightning trajectory from file\n _get_total_seconds : Get the total time of the trajectory in seconds\n\n &quot;, 'get_samples_in_period': &lt;function Trajectory.get_samples_in_period&gt;, '_read_traj_lightning': &lt;function Trajectory._read_traj_lightning&gt;})</em><a class="headerlink" href="#pyrad.io.trajectory.Trajectory.__dict__" title="Permalink to this definition">¶</a></dt>
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Expand Down Expand Up @@ -8138,7 +8138,7 @@ <h1>pyrad.io.trajectory<a class="headerlink" href="#pyrad-io-trajectory" title="

<dl class="attribute">
<dt id="pyrad.io.trajectory._Radar_Trajectory.__dict__">
<code class="descname">__dict__</code><em class="property"> = mappingproxy({'__weakref__': &lt;attribute '__weakref__' of '_Radar_Trajectory' objects&gt;, 'convert_radpos_to_swissgrid': &lt;function _Radar_Trajectory.convert_radpos_to_swissgrid&gt;, 'assign_trajectory': &lt;function _Radar_Trajectory.assign_trajectory&gt;, '__dict__': &lt;attribute '__dict__' of '_Radar_Trajectory' objects&gt;, '__doc__': '\n A class for holding the trajectory data assigned to a radar.\n\n Attributes\n ----------\n latitude : float\n WGS84 radar latitude [deg]\n longitude : float\n WGS84 radar longitude [deg]\n altitude : float\n radar altitude [m] (non WGS84)\n ch_y, ch_x, ch_alt : float\n radar coordinates in swiss CH1903 coordinates\n elevation_vec : float list\n Elevation values of the trajectory samples\n azimuth_vec : float list\n Azimuth values of the trajectory samples\n range_vec : float list\n Range values of the trajectory samples\n v_abs, v_r, v_el, v_az : array-like\n Velocity vectors of the absolute [m/s], radial [m/s], elevation [deg/s]\n and azimuth [deg/s] velocities\n\n Methods:\n --------\n location_is_equal\n assign_trajectory\n convert_radpos_to_swissgrid\n assign_velocity_vecs\n ', 'location_is_equal': &lt;function _Radar_Trajectory.location_is_equal&gt;, '__init__': &lt;function _Radar_Trajectory.__init__&gt;, 'assign_velocity_vecs': &lt;function _Radar_Trajectory.assign_velocity_vecs&gt;, '__module__': 'pyrad.io.trajectory'})</em><a class="headerlink" href="#pyrad.io.trajectory._Radar_Trajectory.__dict__" title="Permalink to this definition">¶</a></dt>
<code class="descname">__dict__</code><em class="property"> = mappingproxy({'convert_radpos_to_swissgrid': &lt;function _Radar_Trajectory.convert_radpos_to_swissgrid&gt;, '__init__': &lt;function _Radar_Trajectory.__init__&gt;, 'assign_trajectory': &lt;function _Radar_Trajectory.assign_trajectory&gt;, '__dict__': &lt;attribute '__dict__' of '_Radar_Trajectory' objects&gt;, '__module__': 'pyrad.io.trajectory', '__weakref__': &lt;attribute '__weakref__' of '_Radar_Trajectory' objects&gt;, 'assign_velocity_vecs': &lt;function _Radar_Trajectory.assign_velocity_vecs&gt;, '__doc__': '\n A class for holding the trajectory data assigned to a radar.\n\n Attributes\n ----------\n latitude : float\n WGS84 radar latitude [deg]\n longitude : float\n WGS84 radar longitude [deg]\n altitude : float\n radar altitude [m] (non WGS84)\n ch_y, ch_x, ch_alt : float\n radar coordinates in swiss CH1903 coordinates\n elevation_vec : float list\n Elevation values of the trajectory samples\n azimuth_vec : float list\n Azimuth values of the trajectory samples\n range_vec : float list\n Range values of the trajectory samples\n v_abs, v_r, v_el, v_az : array-like\n Velocity vectors of the absolute [m/s], radial [m/s], elevation [deg/s]\n and azimuth [deg/s] velocities\n\n Methods:\n --------\n location_is_equal\n assign_trajectory\n convert_radpos_to_swissgrid\n assign_velocity_vecs\n ', 'location_is_equal': &lt;function _Radar_Trajectory.location_is_equal&gt;})</em><a class="headerlink" href="#pyrad.io.trajectory._Radar_Trajectory.__dict__" title="Permalink to this definition">¶</a></dt>
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2 changes: 1 addition & 1 deletion docs/proc.html
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Expand Up @@ -4718,7 +4718,7 @@ <h1>pyrad.proc.process_traj<a class="headerlink" href="#pyrad-proc-process-traj"

<dl class="attribute">
<dt id="pyrad.proc.process_traj.TargetRadar.__dict__">
<code class="descname">__dict__</code><em class="property"> = mappingproxy({'__weakref__': &lt;attribute '__weakref__' of 'TargetRadar' objects&gt;, '__doc__': '\n A class for dummy target radar object\n\n Attributes\n ----------\n latitude, longitude, altitude : float\n Position of the dummy radar\n\n ', '__init__': &lt;function TargetRadar.__init__&gt;, '__dict__': &lt;attribute '__dict__' of 'TargetRadar' objects&gt;, '__module__': 'pyrad.proc.process_traj'})</em><a class="headerlink" href="#pyrad.proc.process_traj.TargetRadar.__dict__" title="Permalink to this definition"></a></dt>
<code class="descname">__dict__</code><em class="property"> = mappingproxy({'__dict__': &lt;attribute '__dict__' of 'TargetRadar' objects&gt;, '__weakref__': &lt;attribute '__weakref__' of 'TargetRadar' objects&gt;, '__doc__': '\n A class for dummy target radar object\n\n Attributes\n ----------\n latitude, longitude, altitude : float\n Position of the dummy radar\n\n ', '__init__': &lt;function TargetRadar.__init__&gt;, '__module__': 'pyrad.proc.process_traj'})</em><a class="headerlink" href="#pyrad.proc.process_traj.TargetRadar.__dict__" title="Permalink to this definition"></a></dt>
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