def runTest(self):
name = 'SiO2'
directBeams = '541838,541839'
reflectedBeams = '541853,541854'
foregroundWidth = [3, 15]
angleOffset = [2, 5]
angleWidth = 5
ReflectometryILLAutoProcess(
Run=reflectedBeams,
DirectRun=directBeams,
OutputWorkspace=name,
SummationType='Coherent',
AngleOption='DetectorAngle',
DeltaQFractionBinning=0.5,
DirectLowAngleFrgHalfWidth=foregroundWidth,
DirectHighAngleFrgHalfWidth=foregroundWidth,
DirectLowAngleBkgOffset=angleOffset,
DirectLowAngleBkgWidth=angleWidth,
DirectHighAngleBkgOffset=angleOffset,
DirectHighAngleBkgWidth=angleWidth,
ReflLowAngleFrgHalfWidth=foregroundWidth,
ReflHighAngleFrgHalfWidth=foregroundWidth,
ReflLowAngleBkgOffset=angleOffset,
ReflLowAngleBkgWidth=angleWidth,
ReflHighAngleBkgOffset=angleOffset,
ReflHighAngleBkgWidth=angleWidth,
WavelengthLowerBound=[3., 3.],
WavelengthUpperBound=[27., 25.],
GlobalScaleFactor=0.13)
def runTest(self):
name = 'Thick_HR_5'
directBeams = '397812,397806,397808'
reflectedBeams = '397826+397827,397828,397829+397830+397831+397832'
foregroundWidth = [4, 5, 8]
wavelengthLower = [3., 1.6, 2.]
wavelengthUpper = [27., 25., 25.]
angleOffset = 2
angleWidth = 10
ReflectometryILLAutoProcess(
Run=reflectedBeams,
DirectRun=directBeams,
OutputWorkspace=name,
SummationType='Incoherent',
AngleOption='SampleAngle',
DirectLowAngleFrgHalfWidth=foregroundWidth,
DirectHighAngleFrgHalfWidth=foregroundWidth,
DirectLowAngleBkgOffset=angleOffset,
DirectLowAngleBkgWidth=angleWidth,
DirectHighAngleBkgOffset=angleOffset,
DirectHighAngleBkgWidth=angleWidth,
ReflLowAngleFrgHalfWidth=foregroundWidth,
ReflHighAngleFrgHalfWidth=foregroundWidth,
ReflLowAngleBkgOffset=angleOffset,
ReflLowAngleBkgWidth=angleWidth,
ReflHighAngleBkgOffset=angleOffset,
ReflHighAngleBkgWidth=angleWidth,
WavelengthLowerBound=wavelengthLower,
WavelengthUpperBound=wavelengthUpper,
DeltaQFractionBinning=0.5)