def test_compare_mcvine(className, num_neutrons=int(1e7), debug=False, interactive=False):
"""
Tests the acc cpu implementation of a slit or beamstop against mcvine
"""
from mcvine.acc.test.compare_acc_nonacc import compare_acc_nonacc
compare_acc_nonacc(
className,
["Ixy", "Ixdivx", "Ixdivy"],
{"float32": 1e-7, "float64": 1e-25},
num_neutrons, debug,
interactive=interactive, workdir = thisdir,
)
def test_compare_mcvine(num_neutrons=int(1e7), debug=False, interactive=False):
"""
Tests the acc cpu implementation of a straight guide against mcvine
"""
instr = os.path.join(thisdir, "isotropic_box_instrument.py")
from mcvine.acc.test.compare_acc_nonacc import compare_acc_nonacc
compare_acc_nonacc("isotropic_box", ["psd_4pi"], {
"float32": 2e-10,
"float64": 2e-10
},
num_neutrons,
debug,
instr=instr,
interactive=interactive)
def test_compare_mcvine(num_neutrons=int(1e7), debug=False, interactive=False):
"""
Tests the acc cpu implementation of a straight guide against mcvine
"""
from mcvine.acc.test.compare_acc_nonacc import compare_acc_nonacc
compare_acc_nonacc(
"Guide",
["Ixy", "Ixdivx", "Ixdivy"],
{
"float32": 1e-7,
"float64": 1e-8
},
num_neutrons,
debug,
interactive=interactive,
workdir=thisdir,
)
def test_compare_mcvine(num_neutrons=int(1e6), debug=False, interactive=False):
"""
Tests the acc cpu implementation of a straight guide against mcvine
"""
mcvine_instr = os.path.join(thisdir, "guide_instrument.py")
from mcvine.acc.test.compare_acc_nonacc import compare_acc_nonacc
compare_acc_nonacc(
"oo_guide",
["Ixy", "Ixdivx"],
{
"float32": 1e-7,
"float64": 1e-8
},
num_neutrons,
debug,
interactive=interactive,
instr=mcvine_instr,
nonacc_component_spec=dict(
guide_factory="mcvine.components.optics.Guide", ),
acc_component_spec=dict(
guide_mod="mcvine.acc.components.optics.oo_guide", ),
)
return