.. _tests: Benchmark Runs ============== For seasonal start-up files, and control runs, the definition of "Solar Minimum" and "Solar Maximum" conditions are as follows: * Solar Minimum Conditions:: POWER = 18. CTPOTEN = 30. F107 = 70. F107A = 70. * Solar Maximum Conditions:: POWER = 39. CTPOTEN = 60. F107 = 200. F107A = 200. Steady-State Seasonal Start-up Files ------------------------------------ Single-history start-up files for the four seasons are in the **data download file**, which is available from the `tgcm download page <http://www.hao.ucar.edu/modeling/tgcm/download.php>`_ These files can be used as SOURCE files in the namelist input for initial runs: Start-up files at Solar Minimum Conditions: ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ =============================== ==================================== Date Filename =============================== ==================================== March Equinox (day 80) TGCM.tiegcm1.95.pcntr_mareqx_smin.nc June Solstice (day 172) TGCM.tiegcm1.95.pcntr_junsol_smin.nc September Equinox (day 264) TGCM.tiegcm1.95.pcntr_sepeqx_smin.nc December Solstice (day 355) TGCM.tiegcm1.95.pcntr_decsol_smin.nc =============================== ==================================== Start-up files at Solar Maximum Conditions: ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ =============================== ==================================== Date Filename =============================== ==================================== March Equinox (day 80) TGCM.tiegcm1.95.pcntr_mareqx_smax.nc June Solstice (day 172) TGCM.tiegcm1.95.pcntr_junsol_smax.nc September Equinox (day 264) TGCM.tiegcm1.95.pcntr_sepeqx_smax.nc December Solstice (day 355) TGCM.tiegcm1.95.pcntr_decsol_smax.nc =============================== ==================================== * Download these files at `TIEGCM Version 1.95 Steady State Source Histories <http://cdp.ucar.edu/browse/browse.htm?uri=http%3a%2f%2fdataportal.ucar.edu%2fmetadata%2ftgcm%2fTIEGCM_Version_1_95%2fSteady_State_Source_Histories%2fSteady_State_Source_Histories.thredds.xml>`_ .. _seasonal_control: Seasonal Control Runs --------------------- **control**: 5-day control runs, started from the above steady-state histories at both equinoxes and solstices, and at solar minimum and maximum conditions. * "Sanity check" plots for solar min control runs (global maps on last day of 5-day run): * :ref:`December Solstice, Solar Minimum <control_decsol_smin>` * :ref:`June Solstice, Solar Minimum <control_junsol_smin>` * :ref:`March Equinox, Solar Minimum <control_mareqx_smin>` * :ref:`September Equinox, Solar Minimum <control_sepeqx_smin>` * "Sanity check" plots for solar max control runs (global maps on last day of 5-day run): * :ref:`December Solstice, Solar Maximum <control_decsol_smax>` * :ref:`June Solstice, Solar Maximum <control_junsol_smax>` * :ref:`March Equinox, Solar Maximum <control_mareqx_smax>` * :ref:`September Equinox, Solar Maximum <control_sepeqx_smax>` * These history files are bundled with the tiegcm1.95 data download: * `<http://www.hao.ucar.edu/modeling/tgcm/download.php>`_ .. _climatology_info: Climatology ----------- **climatology**: Full-year Climatology with constant solar forcing: * Heelis potential model with constant solar forcing:: POWER = 18. CTPOTEN = 30. F107 = 100. F107A = 100. * :ref:`"Sanity check" plots for Climatology <climatology>` .. _dec2006: December, 2006 "AGU Storm" -------------------------- **dec2006**: December, 2006 "AGU" storm case: * Heelis potential model with GPI (Kp) data * Weimer potential model with IMF data (F10.7 from GPI) * "Sanity check" plots for dec2006: * :ref:`Heelis/GPI (daily, days 330-360) <dec2006_heelis_daily>` * :ref:`Heelis/GPI (hourly, days 346-352) <dec2006_heelis_hourly>` * :ref:`Weimer/IMF (daily, days 330-360) <dec2006_weimer_daily>` * :ref:`Weimer/IMF (hourly, days 346-352) <dec2006_weimer_hourly>` .. 6/21/13 btf: Comment out v1.95 movies for now: .. * Heelis/GPI Movies (~3.5M gif): .. * :ref:`Heelis/GPI hourly movies: TN at Zp -4 <dec2006_heelis_TN_zp-4_movie>` * :ref:`Heelis/GPI hourly movies: TN at Zp +2 <dec2006_heelis_TN_zp+2_movie>` * :ref:`Heelis/GPI hourly movies: NE at Zp +2 <dec2006_heelis_NE_zp+2_movie>` .. * Weimer/IMF Movies (~3.5 gif): .. * :ref:`Weimer/IMF hourly movies: TN at Zp -4 <dec2006_weimer_TN_zp-4_movie>` * :ref:`Weimer/IMF hourly movies: TN at Zp +2 <dec2006_weimer_TN_zp+2_movie>` * :ref:`Weimer/IMF hourly movies: NE at Zp +2 <dec2006_weimer_NE_zp+2_movie>` .. * :ref:`AVI Movies <dec2006_avi_movies>` .. * Download history files at `TIEGCM Version 1.95 December, 2006 AGU Storm <http://cdp.ucar.edu/browse/browse.htm?uri=http%3a%2f%2fdataportal.ucar.edu%2fmetadata%2ftgcm%2fTIEGCM_Version_1_95%2fDecember_2006_AGU_Storm_Simulations%2fDecember_2006_AGU_Storm_Simulations.thredds.xml>`_ .. 6/21/13 btf: End commented movie section .. _nov2003: November, 2003 Storm Case ------------------------- **nov2003**: November 19-24 (days 323-328), 2003 storm case: * Heelis potential model with GPI (Kp) data * Weimer potential model with IMF data (F10.7 from GPI) * "Sanity check" plots for nov2003: * :ref:`Heelis/GPI (hourly) <nov2003_heelis_hourly>` * :ref:`Weimer/IMF (hourly) <nov2003_weimer_hourly>` .. 6/21/13 btf: Comment out v1.95 movies for now: .. * Heelis/GPI Movies (~3-5M gif): .. * :ref:`Heelis/GPI hourly movies: TN at Zp -4 <nov2003_heelis_TN_zp-4_movie>` * :ref:`Heelis/GPI hourly movies: TN at Zp +2 <nov2003_heelis_TN_zp+2_movie>` * :ref:`Heelis/GPI hourly movies: NE at Zp +2 <nov2003_heelis_NE_zp+2_movie>` .. * Weimer/IMF Movies (~3-5M gif): .. * :ref:`Weimer/IMF hourly movies: TN at Zp -4 <nov2003_weimer_TN_zp-4_movie>` * :ref:`Weimer/IMF hourly movies: TN at Zp +2 <nov2003_weimer_TN_zp+2_movie>` * :ref:`Weimer/IMF hourly movies: NE at Zp +2 <nov2003_weimer_NE_zp+2_movie>` .. * :ref:`AVI Movies <nov2003_avi_movies>` .. * Download history files at `TIEGCM Version 1.95 November 2003 Storm Simulations <http://cdp.ucar.edu/browse/browse.htm?uri=http%3a%2f%2fdataportal.ucar.edu%2fmetadata%2ftgcm%2fTIEGCM_Version_1_95%2fNovember_2003_Storm_Simulations%2fNovember_2003_Storm_Simulations.thredds.xml>`_ .. 6/21/13 btf: End commented movie section .. _whi2008: Whole Heliosphere Interval (WHI) -------------------------------- **whi2008**: Whole Heliosphere interval (WHI) (March 21 to April 16, 2008) * Heelis potential model with GPI (Kp) data * Weimer potential model with IMF data (F10.7 from GPI) * "Sanity check" plots for whi2008: * :ref:`Heelis/GPI (daily) <whi2008_heelis_daily>` * :ref:`Weimer/IMF (daily) <whi2008_weimer_daily>` * Download history files at `TIEGCM Version 1.95 Whole Heliosphere Interval 2008 <http://cdp.ucar.edu/browse/browse.htm?uri=http%3a%2f%2fdataportal.ucar.edu%2fmetadata%2ftgcm%2fTIEGCM_Version_1_95%2fWhole_Heliosphere_Interval_2008%2fWhole_Heliosphere_Interval_2008.thredds.xml>`_ History files on the NCAR HPSS ------------------------------ Seasonal start-up files and complete history files for the benchmark runs are on the `NCAR HPSS <http://www2.cisl.ucar.edu/docs/hpss>`_ in directory /home/tgcm/tiegcm\ |version|. Here is a :download:`complete catalog listing <_static/benchmarks.hpss>` including "contents" annotations.