def g_test2(self):
'mccomponents.sample.kernelxml.renderer'
from mccomponents.sample.kernelxml import parse_file, render
scatterer = parse_file( scattererxml )
renderedxml = "%s.rendered" % scattererxml
print >>open(renderedxml,'w'), '\n'.join(render(scatterer))
scatterer1 = parse_file( renderedxml )
return
def g_test2(self):
'mccomponents.sample.kernelxml.renderer'
from mccomponents.sample.kernelxml import parse_file, render
scatterer = parse_file(scattererxml)
renderedxml = "%s.rendered" % scattererxml
print >> open(renderedxml, 'w'), '\n'.join(render(scatterer))
scatterer1 = parse_file(renderedxml)
return
def test2(self):
'mccomponents.sample.kernelxml.renderer'
sqehisth5 = 'sqehist.h5'
outputs = [sqehisth5]
_remove(outputs)
from mccomponents.sample.kernelxml import parse_file, render
scatterer = parse_file(scattererxml)
renderedxml = "%s.rendered" % scattererxml
print >> open(renderedxml, 'w'), '\n'.join(render(scatterer))
scatterer1 = parse_file(renderedxml)
return
def test2(self):
"mccomponents.sample.kernelxml.renderer"
sqehisth5 = "sqehist.h5"
outputs = [sqehisth5]
_remove(outputs)
from mccomponents.sample.kernelxml import parse_file, render
scatterer = parse_file(scattererxml)
renderedxml = "%s.rendered" % scattererxml
print >>open(renderedxml, "w"), "\n".join(render(scatterer))
scatterer1 = parse_file(renderedxml)
return
def test1a(self):
from sampleassembly.saxml import parse_file
import os
dir, filename = os.path.split(sampleassembly_xml)
save = os.path.abspath(os.curdir)
os.chdir(dir)
sa = parse_file(filename)
from mccomponents.sample.sampleassembly_support \
import sampleassembly2compositescatterer, \
findkernelsfromxmls
scatterercomposite = findkernelsfromxmls(
sampleassembly2compositescatterer(sa))
import mccomponents.homogeneous_scatterer as hs
engine = hs.scattererEngine(scatterercomposite)
os.chdir(save)
for i in range(10):
ev = mcni.neutron(r=(0, 0, -5), v=(0, 0, 3000))
engine.scatter(ev)
print ev
continue
return
def test1a(self):
from sampleassembly.saxml import parse_file
import os
dir, filename = os.path.split(sampleassembly_xml)
save = os.path.abspath(os.curdir)
os.chdir(dir)
sa = parse_file( filename )
from mccomponents.sample.sampleassembly_support \
import sampleassembly2compositescatterer, \
findkernelsfromxmls
scatterercomposite = findkernelsfromxmls(
sampleassembly2compositescatterer( sa ) )
import mccomponents.homogeneous_scatterer as hs
engine = hs.scattererEngine( scatterercomposite )
os.chdir(save)
for i in range(1000):
ev = mcni.neutron( r = (0,0,-5), v = (0,0,3000) )
engine.scatter( ev )
# print ev
continue
return
def test1(self):
'mccomponents.sample.kernelxml.parser'
from mccomponents.sample.kernelxml import parse_file
scatterer = parse_file(scattererxml)
kernel = scatterer.kernel()
self.assert_(isKernel(kernel))
return
def test1(self):
"mccomponents.sample.kernelxml.parser"
from mccomponents.sample.kernelxml import parse_file
scatterer = parse_file(scattererxml)
kernel = scatterer.kernel()
self.assert_(isKernel(kernel))
return
def test1(self):
'mccomponents.sample.kernelxml.parser'
from mccomponents.sample.kernelxml import parse_file
import os
dir, filename = os.path.split(scattererxml)
save = os.path.abspath(os.curdir)
os.chdir(dir)
scatterer = parse_file(filename)
os.chdir(save)
kernel = scatterer.kernel()
print kernel
self.assert_(isKernel(kernel))
return
def test1(self):
'mccomponents.sample.kernelxml.parser'
from mccomponents.sample.kernelxml import parse_file
import os
dir, filename = os.path.split(scattererxml)
save = os.path.abspath(os.curdir)
os.chdir(dir)
scatterer = parse_file( filename )
os.chdir(save)
kernel = scatterer.kernel()
print kernel
self.assert_( isKernel( kernel ) )
return
def makeScatterer():
import mccomponents.sample.phonon.xml
from mccomponents.sample.kernelxml import parse_file
scatterer = parse_file('fccNi-plate-scatterer-primitive-reciprocal-unitcell.xml')
kernel = scatterer.kernel()
from sampleassembly.predefined import shapes
plate = shapes.plate(width=0.04, height=0.10, thickness=0.003)
scatterer._shape = plate
from sampleassembly import elements
sample = elements.powdersample('fccNi', shape=plate)
crystal = elements.crystal(unitcell=makeUnitcell())
sample.phase = crystal
kernel.scatterer_origin = sample
from mccomponents.homogeneous_scatterer import scattererEngine
return scattererEngine(scatterer)
def test1a(self):
from sampleassembly.saxml import parse_file
sa = parse_file(sampleassembly_xml)
from mccomponents.sample.sampleassembly_support import sampleassembly2compositescatterer, findkernelsfromxmls
scatterercomposite = findkernelsfromxmls(sampleassembly2compositescatterer(sa))
import mccomponents.homogeneous_scatterer as hs
engine = hs.scattererEngine(scatterercomposite)
for i in range(10):
ev = mcni.neutron(r=(0, 0, -5), v=(0, 0, 3000))
engine.scatter(ev)
print ev
continue
return
def makeScatterer():
import mccomponents.sample.phonon.xml
from mccomponents.sample.kernelxml import parse_file
scatterer = parse_file(
'fccNi-plate-scatterer-primitive-reciprocal-unitcell.xml')
kernel = scatterer.kernel()
from sampleassembly.predefined import shapes
plate = shapes.plate(width=0.04, height=0.10, thickness=0.003)
scatterer._shape = plate
from sampleassembly import elements
sample = elements.powdersample('fccNi', shape=plate)
crystal = elements.crystal(unitcell=makeUnitcell())
sample.phase = crystal
kernel.scatterer_origin = sample
from mccomponents.homogeneous_scatterer import scattererEngine
return scattererEngine(scatterer)
def test1a(self):
from sampleassembly.saxml import parse_file
sa = parse_file( sampleassembly_xml )
from mccomponents.sample.sampleassembly_support \
import sampleassembly2compositescatterer, \
findkernelsfromxmls
scatterercomposite = findkernelsfromxmls(
sampleassembly2compositescatterer( sa ) )
import mccomponents.homogeneous_scatterer as hs
engine = hs.scattererEngine( scatterercomposite )
for i in range(10):
ev = mcni.neutron( r = (0,0,-5), v = (0,0,3000) )
engine.scatter( ev )
print ev
continue
return
