def run_tests(executable):
temp = 'input/vlct/dual_energy_cloud/{}_cloud.in'
wrapper = EnzoEWrapper(executable,temp)
wrapper('hlld')
wrapper('hllc')
wrapper('hlle')
def run_tests(executable):
temp = 'input/vlct/MHD_shock_tube/method_vlct_{:s}_rj2a_N{:d}.in'
call_test = EnzoEWrapper(executable, temp)
call_test("x", 256)
call_test("y", 256)
call_test("z", 256)
def run_tests(executable):
temp = 'input/vlct/dual_energy_shock_tube/method_vlct_sod_{}_de_M10{}.in'
wrapper = EnzoEWrapper(executable, temp)
wrapper('x', '')
wrapper('x', '_reverse')
wrapper('y', '')
wrapper('z', '')
def run_tests(executable):
temp = ('input/vlct/passive_advect_sound_wave/'
'method_vlct_{}_passive_sound.in')
call_test = EnzoEWrapper(executable, temp)
# calls some tests
call_test('x')
call_test('y')
call_test('z')
def run_tests(executable):
for solver in ['ppm', 'vlct']:
temp = 'input/Gravity/jeans_wave/' + solver + '_stable_jeansN{:d}.in'
call_test = EnzoEWrapper(executable, temp)
call_test(16)
call_test(32)
def run_tests(executable):
temp = 'input/vlct/HD_linear_wave/method_vlct_{}N{:d}{}.in'
call_test = EnzoEWrapper(executable, temp)
call_test("sound", 16, '')
call_test("sound", 32, '')
call_test("sound", 32, '_left')
call_test("hd_entropy", 16, '')
call_test("hd_entropy", 32, '')
call_test("hd_transv_entropy_v1", 16, '')
call_test("hd_transv_entropy_v1", 32, '')
call_test("hd_transv_entropy_v2", 16, '')
call_test("hd_transv_entropy_v2", 32, '')
def run_tests(executable):
temp = 'input/vlct/MHD_linear_wave/method_vlct_{}N{:d}{}.in'
call_test = EnzoEWrapper(executable,temp)
call_test("fast",16,'')
call_test("fast",32,'')
call_test("fast",32,'_left')
call_test("alfven",16,'')
call_test("alfven",32,'')
call_test("slow",16,'')
call_test("slow",32,'')
call_test("entropy",16,'')
call_test("entropy",32,'')