def setup_method(self):
self.dummyMainNamespace = namespace = {}
namespace['notAScannable'] = 3.124
namespace['scnA'] = SingleFieldDummyScannable('scnA')
namespace['scnB'] = SingleFieldDummyScannable('scnB')
namespace['scnC'] = SingleFieldDummyScannable('scnC')
namespace['scnD'] = SingleFieldDummyScannable('scnD')
namespace['scnNone'] = \
NoneReturningSingleFieldDummyScannable('scnNone')
namespace['scnBad'] = BadSingleFieldDummyScannable('scnBad')
diffcalc.gdasupport.minigda.command.ROOT_NAMESPACE_DICT = \
self.dummyMainNamespace
self.pos = Pos()
def test__parseScanArgsIntoScannableArgGroups(self):
scnA = SingleFieldDummyScannable('scnA')
scnB = SingleFieldDummyScannable('scnB')
scnC = SingleFieldDummyScannable('scnC')
scnD = SingleFieldDummyScannable('scnD')
scanargs = (scnA, 1, 2, 3, scnB, [4, 5, 6], scnC, scnD, 1.123456)
r = self.scan._parseScanArgsIntoScannableArgGroups(scanargs)
result = [
r[0].scannable, r[0].args, r[1].scannable, r[1].args,
r[2].scannable, r[2].args, r[3].scannable, r[3].args
]
desired = [
scnA, [1, 2, 3], scnB, [
[4, 5, 6],
], scnC,
list(), scnD, [1.123456]
]
assert result == desired
def testSomethingUnrelated(self):
a = SingleFieldDummyScannable('a')
print isinstance(a, Scannable)
def test__Call__(self):
scn4 = SingleFieldDummyScannable('scn4')
scn4.setLevel(4)
scn5a = SingleFieldDummyScannable('scn5a')
scn5a.setLevel(5)
scn5b = SingleFieldDummyScannable('scn5b')
scn5b.setLevel(5)
scn6 = SingleFieldDummyScannable('scn6')
scn6.setLevel(6)
self.scan.__call__(scn5a, 1, 3, 1, scn6, 1, scn5b, scn4)
def test__reorderGroupsAccordingToLevel(self):
scn4 = SingleFieldDummyScannable('scn4')
scn4.setLevel(4)
scn5a = SingleFieldDummyScannable('scn5a')
scn5a.setLevel(5)
scn5b = SingleFieldDummyScannable('scn5b')
scn5b.setLevel(5)
scn6 = SingleFieldDummyScannable('scn6')
scn6.setLevel(6)
def t(scanargs):
groups = self.scan._parseScanArgsIntoScannableArgGroups(scanargs)
r = self.scan._reorderInnerGroupsAccordingToLevel(groups)
return [r[0].scannable, r[1].scannable, r[2].scannable,
r[3].scannable]
assert (t((scn5a, 1, 2, 3, scn6, 1, scn5b, scn4))
== [scn5a, scn4, scn5b, scn6])
assert (t((scn5a, 1, 3, scn6, 1, scn5b, scn4))
== [scn4, scn5a, scn5b, scn6])
import diffcalc.util # @UnusedImport
try:
from numpy import matrix
except ImportError:
from numjy import matrix
import diffcalc.gdasupport.minigda.command
from test.tools import mneq_
from diffcalc import settings
import diffcalc.hkl.you.calc
diffcalc.gdasupport.minigda.command.ROOT_NAMESPACE_DICT = globals()
pos = diffcalc.gdasupport.minigda.command.Pos()
en = SingleFieldDummyScannable('en') # keV
mu = SingleFieldDummyScannable('mu')
delta = SingleFieldDummyScannable('delta')
gam = SingleFieldDummyScannable('gam')
eta = SingleFieldDummyScannable('eta')
chi = SingleFieldDummyScannable('chi')
phi = SingleFieldDummyScannable('phi')
sixc_group = ScannableGroup('sixc', (mu, delta, gam, eta, chi, phi))
ubcalc_no = 1
you = None
def setup_module():
global you
settings.hardware = ScannableHardwareAdapter(sixc_group, en)
settings.geometry = SixCircle()
#_demo.append("pos phi 90")
#_demo.append("addref 0 1 0 'ref2'")
#_demo.append("checkub")
print '=' * 80
print "Creating dummy scannables:"
print " mu, delta, gam, eta, chi, phi and en"
mu = SingleFieldDummyScannable('mu')
delta = SingleFieldDummyScannable('delta')
gam = SingleFieldDummyScannable('gam')
eta = SingleFieldDummyScannable('eta')
chi = SingleFieldDummyScannable('chi')
phi = SingleFieldDummyScannable('phi')
en = SingleFieldDummyScannable('en')
en.level = 3
virtual_angles = ('theta', 'qaz', 'alpha', 'naz', 'tau', 'psi', 'beta')
_objects = create_objects(
engine_name='you',
geometry='sixc',
axis_scannable_list=(mu, delta, gam, eta, chi, phi),
energy_scannable=en,
hklverbose_virtual_angles_to_report=virtual_angles,
simulated_crystal_counter_name='ct',
# demo_commands=_demo
)
#_objects['diffcalcdemo'].commands = demoCommands
add_objects_to_namespace(_objects, globals())
def test__Call__(self):
scn4 = SingleFieldDummyScannable('scn4')
scn4.setLevel(4)
scn5a = SingleFieldDummyScannable('scn5a')
scn5a.setLevel(5)
scn5b = SingleFieldDummyScannable('scn5b')
scn5b.setLevel(5)
scn6 = SingleFieldDummyScannable('scn6')
scn6.setLevel(6)
self.scan.__call__(scn5a, 1, 3, 1, scn6, 1, scn5b, scn4)
def test__reorderGroupsAccordingToLevel(self):
scn4 = SingleFieldDummyScannable('scn4')
scn4.setLevel(4)
scn5a = SingleFieldDummyScannable('scn5a')
scn5a.setLevel(5)
scn5b = SingleFieldDummyScannable('scn5b')
scn5b.setLevel(5)
scn6 = SingleFieldDummyScannable('scn6')
scn6.setLevel(6)
def t(scanargs):
groups = self.scan._parseScanArgsIntoScannableArgGroups(scanargs)
r = self.scan._reorderInnerGroupsAccordingToLevel(groups)
return [
r[0].scannable, r[1].scannable, r[2].scannable, r[3].scannable
]
assert (t((scn5a, 1, 2, 3, scn6, 1, scn5b,
scn4)) == [scn5a, scn4, scn5b, scn6])
assert (t(
(scn5a, 1, 3, scn6, 1, scn5b, scn4)) == [scn4, scn5a, scn5b, scn6])
