sluyspy package

Submodules

• sluyspy.air_visual module
• sluyspy.cli module
  • dialog()
  • error()
  • warn()
• sluyspy.env module
  • Environment
    • Environment.el_dir
    • Environment.geo_alt
    • Environment.geo_lat
    • Environment.geo_lon
    • Environment.home
    • Environment.host
    • Environment.hwc_dir
    • Environment.knmi_10min_dir
    • Environment.knmi_daily_dir
    • Environment.knmi_hourly_dir
    • Environment.on_think
    • Environment.on_zotac
    • Environment.sp_dir
    • Environment.tz
    • Environment.wpw_dir
  • environment()
• sluyspy.fit module
  • correlation_matrix_from_variance_covariance_matrix()
  • np_polyfit_chi2()
  • polynomial()
  • print_fit_details()
  • scipy_curvefit_chi2()
• sluyspy.html module
  • close_html_file()
  • last_update()
  • start_html_file()
  • table_td_tr()
• sluyspy.numerics module
  • eps
  • eps1
  • map_pi_pi()
  • nint()
  • sigdig()
  • tiny
• sluyspy.plot module
  • arrow_head_between_points()
  • hist_norm()
  • pause_ctrlc()
  • show_ctrlc()
  • start_plot()
• sluyspy.solar_energy module
  • solar_power_from_true_sky_rain()
  • solar_power_from_true_sky_rh()
• sluyspy.solar_panels module
  • read_detailed_log()
  • write_day_file()
• sluyspy.system module
  • homedir()
  • host()
  • on_zotac()
  • string_in_file()
  • string_in_file_grep()
  • tail_file()
  • temp_file_name()
• sluyspy.text module
  • wrap_line()
• sluyspy.weather module
  • absolute_humidity_from_tempc_rh()
  • dew_point_from_tempc_rh()
  • knmi_datetime_from_datehour()
  • knmi_read_hourly_weather()
  • knmi_station_data()
  • sky_power_from_rain_means()
  • sky_power_from_rain_medians()
  • water_vapor_saturated_density_from_tempc()
  • wind_chill_temperature()
  • wind_dir_str_from_az()
• sluyspy.wp_data module
  • read_36h_forecast_data()
  • read_36h_forecast_file()
  • smoothen_36h_forecast_data()

Module contents

Marc van der Sluys’ personal Python modules.

The code is being developed by Marc van der Sluys of the Institute of Nuclear and High-Energy Physics (Nikhef), and the Department of Physics at Utrecht University, both in The Netherlands. The sluyspy package can be used under the conditions of the EUPL 1.2 licence. These pages contain the API documentation. For more information on the Python package, licence and source code, see the sluyspy GitHub page.