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struc = par_structure.Rectilinear(Dx= 10000, nx= 1000)
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depth = array([2450, 200], 'd')
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SLD = array([2.265e-5, 2.265e-6], 'd')
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feature_form = par_form.Parallelapiped(37000, 37000, depth, SLD)
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phi = 0
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thickness = array([50000], 'd')
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SLD_sub = array([2.265e-5], 'd')
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substrate_form = par_form.Substrate(struc.Dx, struc.Dy, thickn...
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plot_points = 2000
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maxqx = 0.0020
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maxqy = 0.009
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maxqz = 0.12
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qx = linspace(-maxqx, maxqx, plot_points+ 1)
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qz = linspace(1.0e-6, maxqz, plot_points-1)
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qy = zeros(1, 'd')
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intensity_chuck = BornModel.calculate(scatter_contrib, qx, qy,...
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intensity_Gparallel = BornModel.calculate(scatter_contrib, qx,...
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intensity_Gprism = BornModel.calculate(scatter_contrib, qx, qy...
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type = 'cylinder'
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sub
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feature
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scatter_contrib = BornModel.BornModel(par_structure.structure_...
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intensity_Gcylinder = BornModel.calculate(scatter_contrib, qx,...
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diff_intensity = intensity_chuck*(4* pi/(.08* 37000** 2))** 2-...
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