def createKernel(self, **kwds):
scale = kwds.get("scale")
radius = kwds.get("radius")
contrast = kwds.get("contrast")
background = kwds.get("background")
scale = float(scale)
radius = float(radius)
contrast = float(contrast)
background = float(background)
absorption_cross_section = kwds.get("absorption_cross_section")
scattering_cross_section = kwds.get("scattering_cross_section")
Qmin = kwds.get("Qmin")
Qmax = kwds.get("Qmax")
absorption_cross_section = float(absorption_cross_section)
scattering_cross_section = float(scattering_cross_section)
Qmin = float(Qmin)
Qmax = float(Qmax)
from mccomponents.sample.sansmodel import sansspheremodel_kernel
return sansspheremodel_kernel(
scale, radius, contrast, background, absorption_cross_section, scattering_cross_section, Qmin, Qmax
)
def createKernel(self, **kwds):
scale = kwds.get('scale')
radius = kwds.get('radius')
contrast = kwds.get('contrast')
background = kwds.get('background')
scale = float(scale)
radius = float(radius)
contrast = float(contrast)
background = float(background)
absorption_cross_section = kwds.get('absorption_cross_section')
scattering_cross_section = kwds.get('scattering_cross_section')
Qmin = kwds.get('Qmin')
Qmax = kwds.get('Qmax')
absorption_cross_section = float(absorption_cross_section)
scattering_cross_section = float(scattering_cross_section)
Qmin = float(Qmin)
Qmax = float(Qmax)
from mccomponents.sample.sansmodel import sansspheremodel_kernel
return sansspheremodel_kernel(scale, radius, contrast, background,
absorption_cross_section,
scattering_cross_section, Qmin, Qmax)
def test1(self):
from mccomponents.sample.sansmodel import sansspheremodel_kernel
scale=1.0e-6
radius=60.0 #A
contrast=1.0 #A-2
background=0 #cm-1
absorption_cross_section = 0
scattering_cross_section = 1
Qmin = 0
Qmax = 10
k = sansspheremodel_kernel(
scale, radius, contrast, background,
absorption_cross_section, scattering_cross_section,
Qmin, Qmax)
from mccomponents.sample import scattererEngine
kengine = scattererEngine( k )
print dir(kengine)
n = mcni.neutron( r = (0,0,0), v = (0,0,3000) )
kengine.scatter( n )
print n
return
def test1(self):
from mccomponents.sample.sansmodel import sansspheremodel_kernel
scale = 1.0e-6
radius = 60.0 #A
contrast = 1.0 #A-2
background = 0 #cm-1
absorption_cross_section = 0
scattering_cross_section = 1
Qmin = 0
Qmax = 10
k = sansspheremodel_kernel(scale, radius, contrast, background,
absorption_cross_section,
scattering_cross_section, Qmin, Qmax)
from mccomponents.sample import scattererEngine
kengine = scattererEngine(k)
print dir(kengine)
n = mcni.neutron(r=(0, 0, 0), v=(0, 0, 3000))
kengine.scatter(n)
print n
return
