Index

A

angle2span() (in module c3dp.gaugevol.gauge_volume)

area_under_curve() (in module c3dp.analysis.normalization_by_area), [1] atomic_percentage_from_weight_percentage() (in module c3dp.instruments.atomicPercentage_from_weightPencentage)

B

blade_blade_angle_distances() (c3dp.instruments.collimator.section.CollimatorSection method) blade_blade_distances() (c3dp.instruments.collimator.section.CollimatorSection method)

blade_configurations() (in module c3dp.instruments.collimator.section) blades (c3dp.instruments.collimator.section.Triad attribute)

C

c3dp.analysis.normalization_by_area module, [1] c3dp.analysis.Peak_Detection module, [1] c3dp.gaugevol.gauge_volume module c3dp.instruments.atomicPercentage_from_weightPencentage module c3dp.instruments.collimator.section module

c3dp.instruments.sampleassembly_program module c3dp.instruments.scatkernel.scattering_kernal_program module c3dp.reduction.from_d_toTOF module chanel_thickness() (c3dp.instruments.collimator.section.CollimatorSection method) CollimatorSection (class in c3dp.instruments.collimator.section)

D

d (c3dp.instruments.collimator.section.Triad attribute)

G

gauge_volume() (in module c3dp.gaugevol.gauge_volume)

M

make_cylindrical_surface() (in module c3dp.gaugevol.gauge_volume) make_square() (in module c3dp.gaugevol.gauge_volume) makeSAXML() (in module c3dp.instruments.sampleassembly_program) makeSKXML() (in module c3dp.instruments.scatkernel.scattering_kernal_program) making_plot() (in module c3dp.gaugevol.gauge_volume) minimal_blade_blade_distance() (c3dp.instruments.collimator.section.CollimatorSection method) module c3dp.analysis.normalization_by_area, [1] c3dp.analysis.Peak_Detection, [1] c3dp.gaugevol.gauge_volume c3dp.instruments.atomicPercentage_from_weightPencentage c3dp.instruments.collimator.section c3dp.instruments.sampleassembly_program c3dp.instruments.scatkernel.scattering_kernal_program c3dp.reduction.from_d_toTOF

N

n_blades (c3dp.instruments.collimator.section.CollimatorSection property) n_blades_from_thickness() (c3dp.instruments.collimator.section.CollimatorSection method)

non_center_channels() (in module c3dp.gaugevol.gauge_volume) normalization() (in module c3dp.analysis.normalization_by_area), [1]

P

peakdetect() (in module c3dp.analysis.Peak_Detection), [1]

R

rotation_around_x_axis() (in module c3dp.gaugevol.gauge_volume)

rotation_around_y_axis() (in module c3dp.gaugevol.gauge_volume) rotation_around_z_axis() (in module c3dp.gaugevol.gauge_volume)

S

sample_upstream_distance (c3dp.instruments.collimator.section.CollimatorSection property) set_blade_angles() (c3dp.instruments.collimator.section.CollimatorSection method)

sort_filter_confs() (in module c3dp.instruments.collimator.section) span2angle() (in module c3dp.gaugevol.gauge_volume)

T

theta_phi() (in module c3dp.gaugevol.gauge_volume)

tof_from_d() (in module c3dp.reduction.from_d_toTOF) Triad (class in c3dp.instruments.collimator.section)

V

valid_blade_pair_configurations() (in module c3dp.instruments.collimator.section)

valid_blade_triad_configurations() (in module c3dp.instruments.collimator.section)

W

widths (c3dp.instruments.collimator.section.Triad attribute)