MESA All Stars (test suite tag gallery)

astero/test_suite/astero_adipls/README.rst

@@ -0,0 +1,24 @@
+.. _astero_adipls:
+
+*************
+astero_adipls
+*************
+
+.. tags:: astero, asteroseismology, adipls, frequency-matching, seismic-constraints, low-mass, main-sequence
+
+This test demonstrates using the ``astero`` module to call ADIPLS
+during the evolution of a 1.2 |Msun|, Z=0.02 model based on the
+``HD49385`` setup.
+
+The test sets ``oscillation_code = 'adipls'`` and uses
+``run_star_extras`` to sample mode frequencies during the run.  At the
+end of the evolution it compares a selected mode frequency with the
+target value stored in ``x_ctrl(1)``.
+
+How this test passes
+====================
+
+The active test-suite entry expects the output string ``got ok match
+for expected frequency`` and checks the final saved model ``final.mod``.
+If ADIPLS is not enabled, the extras routine intentionally emits a
+matching skip-style message.

astero/test_suite/astero_gyre/README.rst

@@ -0,0 +1,23 @@
+.. _astero_gyre:
+
+***********
+astero_gyre
+***********
+
+.. tags:: astero, asteroseismology, gyre, frequency-matching, seismic-constraints, low-mass, main-sequence
+
+This test demonstrates using the ``astero`` module to call GYRE during
+the evolution of a 1.2 |Msun|, Z=0.02 model based on the ``HD49385``
+setup.
+
+The test sets ``oscillation_code = 'gyre'`` and uses
+``run_star_extras`` to sample mode frequencies during the run.  At the
+end of the evolution it compares a selected mode frequency with the
+target value stored in ``x_ctrl(1)``.
+
+How this test passes
+====================
+
+The active test-suite entry expects the output string ``got ok match
+for expected frequency``.  If GYRE is not enabled, the extras routine
+intentionally emits a matching skip-style message.

astero/test_suite/example_astero/README.rst

@@ -4,6 +4,8 @@
 example_astero
 **************
 
+.. tags:: astero, optimization, asteroseismology, frequency-matching, seismic-constraints, spectroscopic-constraints, chi-squared
+
 An example optimisation run of the ``astero`` module, based on the
 CoRoT target HD 49385.  This is the usual starting point if you want
 to optimise model parameters using the ``astero`` module.  This test

astero/test_suite/fast_from_file/README.rst

@@ -4,6 +4,8 @@
 fast_from_file
 **************
 
+.. tags:: astero, optimization, file-input, from-file-search, synthetic-data, chi-squared, custom-parameters, semiconvection, thermohaline, low-mass, element-diffusion, gravitational-settling
+
 Runs first few steps of the ``'from_file'`` search, which reads input
 values from a data file and computes |chi^2| for each, based on some
 synthetic data.  This test exists only to increase test coverage of

astero/test_suite/fast_newuoa/README.rst

@@ -4,6 +4,8 @@
 fast_newuoa
 ***********
 
+.. tags:: astero, optimization, newuoa, synthetic-data, chi-squared, custom-variables, solar-calibration, low-mass, element-diffusion
+
 Runs first few steps of a NEWUOA optimisation for some synthetic data.
 This test exists only to increase test coverage of the routines
 involved in a NEWUOA optimisation (some of which is used by other

astero/test_suite/fast_scan_grid/README.rst

@@ -4,6 +4,8 @@
 fast_scan_grid
 **************
 
+.. tags:: astero, optimization, grid-search, synthetic-data, chi-squared, low-mass
+
 Runs first few steps of a grid search for some synthetic data.
 This test exists only to increase test coverage of the routines
 involved in a grid search (some of which is used by other

astero/test_suite/fast_simplex/README.rst

@@ -4,6 +4,8 @@
 fast_simplex
 ************
 
+.. tags:: astero, optimization, simplex, synthetic-data, chi-squared, low-mass
+
 Runs first few steps of a simplex optimisation for some synthetic data.
 This test exists only to increase test coverage of the routines
 involved in a simplex optimisation (some of which is used by other

astero/test_suite/surface_effects/README.rst

@@ -4,6 +4,8 @@
 surface_effects
 ***************
 
+.. tags:: astero, asteroseismology, surface-corrections, frequency-matching, solar-model, helioseismology, adipls
+
 Tests the implementation of the various surface effect corrections
 available in MESA using the output model from
 ``simplex_solar_calibration``.  First, it adds a surface effect

binary/test_suite/double_bh/README.rst

@@ -0,0 +1,22 @@
+.. _double_bh:
+
+*********
+double_bh
+*********
+
+.. tags:: binary, binary-evolution, massive-star, black-hole, black-hole-binary, chemically-homogeneous-evolution, rotation, mass-transfer, roche-lobe-overflow, tidal-synchronization, contact-binary, point-mass, helium-depletion
+
+This test evolves a close binary with initially massive stars toward a
+double black-hole configuration through chemically homogeneous
+evolution.
+
+The case evolves both stars, enables tidal synchronization and mass
+transfer, and turns a component into a point mass after helium
+depletion.  The test terminates after the other component also reaches
+helium depletion.
+
+How this test passes
+====================
+
+The active test-suite entry expects the output string ``Terminate due
+to helium depletion`` and checks the final saved model ``final.mod``.

binary/test_suite/evolve_both_stars/README.rst

@@ -4,6 +4,8 @@
 evolve_both_stars
 *****************
 
+.. tags:: binary, binary-evolution, dual-star-evolution, mass-transfer, roche-lobe-overflow, low-mass, main-sequence
+
 This test case checks the evolution of two stars simultaneously including mass transfer.
 
 This test case has 1 part. Click to see a larger version of a plot.
@@ -277,4 +279,3 @@ pgstar commands used for the star2 plot above:
  / ! end of pgstar namelist
 
 Last-Updated: 11Jul2021 (MESA 094ff71) by fxt.
-

binary/test_suite/jdot_gr_check/README.rst

@@ -4,6 +4,8 @@
 jdot_gr_check
 *************
 
+.. tags:: binary, angular-momentum, orbital-angular-momentum, gravitational-waves, analytic-check, roche-lobe-overflow, point-mass, low-mass
+
 This test case verifies that the orbital evolution due to GW emission follows the
 analytical result of `Peters (1964) <https://ui.adsabs.harvard.edu/abs/1964PhRv..136.1224P>`_.
 
@@ -203,4 +205,3 @@ pgstar commands used for the plot above:
  / ! end of pgstar namelist
 
 Last-Updated: 12Jul2021 (MESA 094ff71) by fxt.
-

binary/test_suite/jdot_ls_check/README.rst

@@ -4,6 +4,8 @@
 jdot_ls_check
 *************
 
+.. tags:: binary, angular-momentum, orbital-angular-momentum, tides, tidal-synchronization, conservation, point-mass, low-mass
+
 This test case verifies that models with tidal evolution conserve angular momentum.
 
 This test case has 1 part. Click to see a larger version of a plot.
@@ -194,4 +196,3 @@ pgstar commands used for the plot above:
 
 
 Last-Updated: 15Jul2021 (MESA 094ff71) by fxt.
-

binary/test_suite/jdot_ml_check/README.rst

@@ -4,6 +4,8 @@
 jdot_ml_check
 *************
 
+.. tags:: binary, angular-momentum, orbital-angular-momentum, mass-loss, mass-transfer, roche-lobe-overflow, analytic-check, point-mass, low-mass
+
 This test case checks the evolution of one star plus a point mass, including mass transfer to the point mass.
 Using pre-specified efficiency options, verifies that the binary evolution, including mass transfer to the point mass,
 follows the analytical result of `Tauris & van den Heuvel (2006)
@@ -240,4 +242,3 @@ pgstar commands used for the binary and star1 plots above:
  / ! end of pgstar namelist
 
 Last-Updated: 12Jul2021 (MESA 094ff71) by fxt.
-

binary/test_suite/star_plus_point_mass/README.rst

@@ -4,6 +4,8 @@
 star_plus_point_mass
 ********************
 
+.. tags:: binary, mass-transfer, roche-lobe-overflow, point-mass, eddington, intermediate-mass, main-sequence
+
 This test case checks the evolution of one star plus a point mass, including mass transfer to the point mass.
 
 This test case has 1 part. Click to see a larger version of a plot.
@@ -127,4 +129,3 @@ pgstar commands used for the plots above:
 
 
 Last-Updated: 10Jul2021 (MESA 094ff71) by fxt.
-

binary/test_suite/star_plus_point_mass_explicit_mdot/README.rst

@@ -4,6 +4,8 @@
 star_plus_point_mass_explicit_mdot
 **********************************
 
+.. tags:: binary, mass-transfer, explicit-mdot, roche-lobe-overflow, point-mass, eddington, intermediate-mass, main-sequence
+
 This test case checks the evolution of one star plus a point mass, including mass transfer to the point mass, using an explicit calculation for the mass transfer rate.
 
 This test case has 1 part. Click to see a larger version of a plot.
@@ -126,4 +128,3 @@ pgstar commands used for the plots above:
 
 
 Last-Updated: 10Jul2021 (MESA 094ff71) by fxt.
-

binary/test_suite/wind_fed_bhhmxb/README.rst

@@ -0,0 +1,22 @@
+.. _wind_fed_bhhmxb:
+
+****************
+wind_fed_bhhmxb
+****************
+
+.. tags:: binary, binary-evolution, high-mass-x-ray-binary, massive-star, black-hole, black-hole-accretion, wind-accretion, stellar-winds, mass-loss, eddington, mass-transfer, roche-lobe-overflow
+
+This test evolves a wind-fed high-mass X-ray binary with a massive
+donor and a black-hole companion.
+
+The case checks wind accretion and Roche-lobe overflow while limiting
+black-hole accretion at the Eddington rate.  The binary extras verify
+both sub-Eddington and super-Eddington phases and check the associated
+mass-loss bookkeeping.
+
+How this test passes
+====================
+
+The active test-suite entry expects the output string ``Properly
+tested sub and super Eddington phases`` and checks the final saved
+model ``final.mod``.