def test_SinhSymTP():
module = 'reference_metric'
module_name = 'rfm_SinhSymTP'
function_and_global_dict = {
'reference_metric(True)': [
'xxmin', 'xxmax', 'UnitVectors', 'ReU', 'ReDD', 'ghatDD', 'ghatUU',
'detgammahat', 'detgammahatdD', 'detgammahatdDD', 'ReUdD',
'ReUdDD', 'ReDDdD', 'ReDDdDD', 'ghatDDdD', 'ghatDDdDD',
'GammahatUDD', 'GammahatUDDdD', 'Cart_to_xx', 'xx_to_Cart',
'xxSph', 'scalefactor_orthog'
]
}
initialization_string_dict = {
'reference_metric(True)':
'''
import NRPy_param_funcs as par
par.set_parval_from_str("reference_metric::CoordSystem", "SinhSymTP")
'''
}
create_test(module,
module_name,
function_and_global_dict,
initialization_string_dict=initialization_string_dict)
def test_NobleSphericalThetaOptionOne():
module = 'reference_metric'
module_name = 'rfm_NobleSphericalThetaOptionOne'
function_and_global_dict = {
'reference_metric(False)': [
'UnitVectors', 'ReU', 'ReDD', 'ghatDD', 'ghatUU', 'detgammahat',
'detgammahatdD', 'detgammahatdDD', 'ReUdD', 'ReUdDD', 'ReDDdD',
'ReDDdDD', 'ghatDDdD', 'ghatDDdDD', 'GammahatUDD', 'GammahatUDDdD',
'Cart_to_xx', 'xx_to_Cart', 'xxSph', 'scalefactor_orthog'
]
}
initialization_string_dict = {
'reference_metric(False)':
'''
import NRPy_param_funcs as par
par.set_parval_from_str("reference_metric::CoordSystem", "NobleSphericalThetaOptionOne")
'''
}
create_test(module,
module_name,
function_and_global_dict,
initialization_string_dict=initialization_string_dict)
def test_ADMBSSN_tofrom_4metric_BSSN():
module = 'BSSN.ADMBSSN_tofrom_4metric'
module_name = 'ADMBSSN_tofrom_4metric'
function_and_global_dict = {
'g4DD_ito_BSSN_or_ADM(\"BSSN\")': ['g4DD'],
'g4UU_ito_BSSN_or_ADM(\"BSSN\")': ['g4UU'],
'BSSN_or_ADM_ito_g4DD(\"BSSN\")': ['hDD', 'cf', 'vetU', 'alpha']
}
rfm_init_string = '''
import BSSN.BSSN_quantities as Bq
import reference_metric as rfm
rfm.reference_metric()
rfm.ref_metric__hatted_quantities()'''
initialization_string_dict = {
'g4DD_ito_BSSN_or_ADM(\"BSSN\")': rfm_init_string,
'g4UU_ito_BSSN_or_ADM(\"BSSN\")': rfm_init_string,
'BSSN_or_ADM_ito_g4DD(\"BSSN\")': rfm_init_string
}
create_test(module,
module_name,
function_and_global_dict,
logging_level='INFO',
initialization_string_dict=initialization_string_dict)
def test_BSSN_in_terms_of_ADM():
module = 'BSSN.BSSN_in_terms_of_ADM'
module_name = 'BSSN_in_terms_of_ADM'
function_and_global_dict = {
'gammabarDD_hDD(gammaDD=None)': ['gammabarDD', 'hDD'],
'trK_AbarDD_aDD(gammaDD=None,KDD=None)': ['trK', 'AbarDD', 'aDD'],
'LambdabarU_lambdaU__exact_gammaDD(gammaDD=None)':
['LambdabarU', 'lambdaU'],
'cf_from_gammaDD(gammaDD=None)': ['cf'],
'betU_vetU(betaU=None,BU=None)': ['vetU', 'betU']
}
rfm_init_string = '''
import BSSN.BSSN_quantities as Bq
import reference_metric as rfm
rfm.reference_metric()
rfm.ref_metric__hatted_quantities()'''
initialization_string_dict = {
'gammabarDD_hDD(gammaDD=None)': rfm_init_string,
'trK_AbarDD_aDD(gammaDD=None,KDD=None)': rfm_init_string,
'LambdabarU_lambdaU__exact_gammaDD(gammaDD=None)': rfm_init_string,
'cf_from_gammaDD(gammaDD=None)': rfm_init_string,
'betU_vetU(betaU=None,BU=None)': rfm_init_string
}
create_test(module,
module_name,
function_and_global_dict,
logging_level='INFO',
initialization_string_dict=initialization_string_dict)
def test_RHSs():
module = 'BSSN.BSSN_RHSs'
module_name = 'BSSN_RHSs'
function_and_global_dict = {'BSSN_RHSs()': ['cf_rhs', 'trK_rhs', 'lambda_rhsU', 'a_rhsDD', 'h_rhsDD']}
create_test(module, module_name, function_and_global_dict)
def test_constraints():
module = 'BSSN.BSSN_constraints'
module_name = 'BSSN_constraints'
function_and_global_dict = {'BSSN_constraints()': ['H', 'MU']}
create_test(module, module_name, function_and_global_dict)
def test_equations():
module = 'GRFFE.equations'
module_name = 'GRFFE'
function_and_global_dict = {'generate_everything_for_UnitTesting()': ['B_notildeU','smallb4U','smallbsquared','TEM4UU','TEM4UD','S_tildeD','S_tilde_fluxUD','S_tilde_source_termD']}
create_test(module, module_name, function_and_global_dict)
def test_T4UUmunu_vars():
module = 'BSSN.BSSN_T4UUmunu_vars'
module_name = 'T4UUmunu_vars'
function_and_global_dict = {'define_BSSN_T4UUmunu_rescaled_source_terms()': ['rho', 'S', 'sD', 'sDD']}
create_test(module, module_name, function_and_global_dict)
def test_GiRaFFEfood_HO():
module = 'GiRaFFEfood_HO.GiRaFFEfood_HO'
module_name = 'GiRaFFEfood_HO'
function_and_global_dict = {'GiRaFFEfood_HO()': ['AD', 'ValenciavU']}
create_test(module, module_name, function_and_global_dict)
def test_Psi4():
module = 'BSSN.Psi4'
module_name = 'Psi4'
function_and_global_dict = {'Psi4(specify_tetrad=False)': ['psi4_re_pt', 'psi4_im_pt']}
create_test(module, module_name, function_and_global_dict)
def test_FishboneMoncriefID():
module = 'FishboneMoncriefID.FishboneMoncriefID'
module_name = 'FishBoneMoncriefID'
function_and_global_dict = {'FishboneMoncriefID()': ['hm1', 'rho_initial', 'uBL4D', 'uBL4U', 'uKS4U', 'IDalpha', 'IDgammaDD', 'IDKDD', 'IDbetaU', 'IDValencia3velocityU']}
create_test(module, module_name, function_and_global_dict)
def test_InitialData_PlaneWave():
module = 'ScalarWave.InitialData_PlaneWave'
module_name = 'InitialData_PlaneWave'
function_and_global_dict = {'InitialData_PlaneWave()': ['uu_ID', 'vv_ID']}
create_test(module, module_name, function_and_global_dict)
def test_gauge_RHSs():
module = 'BSSN.BSSN_gauge_RHSs'
module_name = 'gauge_RHSs'
function_and_global_dict = {'BSSN_gauge_RHSs()': ['alpha_rhs', 'bet_rhsU', 'vet_rhsU']}
create_test(module, module_name, function_and_global_dict)
def test_Psi4_tetrads():
module = 'BSSN.Psi4_tetrads'
module_name = 'Psi4_tetrads'
function_and_global_dict = {'Psi4_tetrads()': ['l4U', 'n4U', 'mre4U', 'mim4U']}
create_test(module, module_name, function_and_global_dict)
def test_ShiftedKerrSchild():
module = 'BSSN.ShiftedKerrSchild'
module_name = 'ShiftedKerrSchild'
function_and_global_dict = {'ShiftedKerrSchild(ComputeADMGlobalsOnly=True)': ['alphaSph', 'betaSphU', 'BSphU',
'gammaSphDD', 'KSphDD']}
create_test(module, module_name, function_and_global_dict)
def test_GiRaFFE_HO_v2():
module = 'GiRaFFE_HO.GiRaFFE_Higher_Order_v2'
module_name = 'GiRaFFE_HO_v2'
function_and_global_dict = {'GiRaFFE_Higher_Order_v2()': ['gammaUU', 'gammadet', 'SevolParenUD', 'Stilde_rhsD',
'AevolParen', 'PevolParenU', 'A_rhsD', 'psi6Phi_rhs']}
create_test(module, module_name, function_and_global_dict)
def test_StaticTrumpet():
module = 'BSSN.StaticTrumpet'
module_name = 'StaticTrumpet'
function_and_global_dict = {'StaticTrumpet(ComputeADMGlobalsOnly=True)': ['alphaSph', 'betaSphU', 'BSphU',
'gammaSphDD', 'KSphDD']}
create_test(module, module_name, function_and_global_dict)
def test_ADM_in_terms_of_BSSN():
module = 'BSSN.ADM_in_terms_of_BSSN'
module_name = 'ADM_in_terms_of_BSSN'
function_and_global_dict = {'ADM_in_terms_of_BSSN()': ['gammaDD', 'gammaDDdD', 'gammaDDdDD', 'gammaUU', 'detgamma',
'GammaUDD', 'KDD', 'KDDdD']}
create_test(module, module_name, function_and_global_dict)
def test_UIUCBlackHole():
module = 'BSSN.UIUCBlackHole'
module_name = 'UIUCBlackHole'
function_and_global_dict = {'UIUCBlackHole(ComputeADMGlobalsOnly=True)': ['alphaSph', 'betaSphU', 'BSphU',
'gammaSphDD', 'KSphDD']}
create_test(module, module_name, function_and_global_dict)
def test_BrillLindquist():
module = 'BSSN.BrillLindquist'
module_name = 'BrillLindquist'
function_and_global_dict = {'BrillLindquist(ComputeADMGlobalsOnly=True)': ['alphaCart', 'betaCartU', 'BCartU',
'gammaCartDD', 'KCartDD']}
create_test(module, module_name, function_and_global_dict)
def test_ScalarWave_RHSs():
module = 'ScalarWave.ScalarWave_RHSs'
module_name = 'ScalarWave_RHSs'
function_and_global_dict = {
'ScalarWave_RHSs()': ['wavespeed', 'uu_rhs', 'vv_rhs']
}
create_test(module, module_name, function_and_global_dict)
def test_InitialData_SphericalGaussian():
module = 'ScalarWave.InitialData'
module_name = 'InitialData'
function_and_global_dict = {
'InitialData(Type="SphericalGaussian")': ['uu_ID', 'vv_ID']
}
create_test(module, module_name, function_and_global_dict)
def test_GiRaFFE_HO():
module = 'GiRaFFE_HO.GiRaFFE_Higher_Order'
module_name = 'GiRaFFE_HO'
function_and_global_dict = {'GiRaFFE_Higher_Order()': ['uD', 'uU', 'gammaUU', 'gammadet', 'u0alpha', 'alpsqrtgam',
'Stilde_rhsD', 'AevolParen', 'PevolParenU', 'A_rhsD',
'psi6Phi_rhs']}
create_test(module, module_name, function_and_global_dict)
def test_ScalarWaveCurvilinear_RHSs():
module = 'ScalarWaveCurvilinear.ScalarWaveCurvilinear_RHSs'
module_name = 'ScalarWaveCurvilinear_RHSs'
function_and_global_dict = {
'ScalarWaveCurvilinear_RHSs()': ['uu_rhs', 'vv_rhs']
}
create_test(module, module_name, function_and_global_dict)
def test_u0_smallb_Poynting__Cartesian():
module = 'u0_smallb_Poynting__Cartesian.u0_smallb_Poynting__Cartesian'
module_name = 'u0sbPoyn'
function_and_global_dict = {'compute_u0_smallb_Poynting__Cartesian()': ['g4DD', 'u0', 'uD', 'uBcontraction', 'uU',
'smallb4U', 'g4UU', 'smallb4D',
'smallb2etk', 'PoynSU']}
create_test(module, module_name, function_and_global_dict)
def test_your_module():
module = 'your_module_location.your_module'
module_name = 'name_of_your_module'
function_and_global_dict = {
'function_call':
['your global', 'your next global', 'your next next global', 'etc']
}
create_test(module, module_name, function_and_global_dict)
def test_MaxwellCartesian_Evol_System_II():
module = 'Maxwell.MaxwellCartesian_Evol'
module_name = 'MaxwellCartesian_Evol_System_II'
function_and_global_dict = {
'MaxwellCartesian_Evol()':
['ArhsD', 'ErhsD', 'psi_rhs', 'Gamma_rhs', 'Cviola']
}
create_test(module, module_name, function_and_global_dict)
def test_ADMBSSN_tofrom_4metric():
module = 'BSSN.ADMBSSN_tofrom_4metric'
module_name = 'ADMBSSN_tofrom_4metric'
function_and_global_dict = {
'g4DD_ito_BSSN_or_ADM(\"ADM\")': ['g4DD'],
'g4UU_ito_BSSN_or_ADM(\"ADM\")': ['g4UU'],
'BSSN_or_ADM_ito_g4DD(\"ADM\")': ['gammaDD', 'betaU', 'alpha']
}
create_test(module, module_name, function_and_global_dict)
def test_equations():
module = 'GRMHD.equations'
module_name = 'GRMHD'
function_and_global_dict = {'generate_everything_for_UnitTesting()':
['GRHDT4UU','GRFFET4UU','T4UU','T4UD',
'rho_star','tau_tilde','S_tildeD',
'rho_star_fluxU','tau_tilde_fluxU','S_tilde_fluxUD',
's_source_term','S_tilde_source_termD']}
create_test(module, module_name, function_and_global_dict)
def test_GiRaFFEfood_HO_1D_tests():
module = 'GiRaFFEfood_HO.GiRaFFEfood_HO_1D_tests'
module_name = 'GiRaFFEfood_HO_1D_tests'
function_and_global_dict = {
'GiRaFFEfood_HO_1D_tests()': [
'AleftD', 'AcenterD', 'ArightD', 'ValenciavleftU',
'ValenciavcenterU', 'ValenciavrightU'
]
}
create_test(module, module_name, function_and_global_dict)
