Module ctsimu.scenario.acquisition
Collection of parameters that describe the scan acquisition.
Expand source code
# -*- coding: UTF-8 -*-
"""
Collection of parameters that describe the scan acquisition.
"""
from ..helpers import *
from .group import Group
from .parameter import Parameter
class Acquisition(Group):
"""CTSimU acquisition properties."""
def __init__(self, _root=None):
Group.__init__(self, name="acquisition", _root=_root)
self.set(key="start_angle", value=None, native_unit="deg")
self.set(key="stop_angle", value=None, native_unit="deg")
self.set(key="direction", value="CCW", native_unit="string", simple=True)
self.set(key="scan_mode", value="stop+go", native_unit="string", simple=True)
self.set(key="scan_speed", value=None, native_unit="deg/s")
self.set(key="number_of_projections", value=None, native_unit=None, simple=True)
self.set(key="include_final_angle", value=True, native_unit="bool", simple=True)
self.set(key="frame_average", value=None, native_unit=None, simple=True)
self.set(key="scattering", value=False, native_unit="bool", simple=True)
self.new_subgroup("dark_field")
self.dark_field.set(key="number", value=None, simple=True)
self.dark_field.set(key="frame_average", value=None, simple=True)
self.dark_field.set(key="ideal", value=False, native_unit="bool", simple=True)
self.dark_field.set(key="correction", value=False, native_unit="bool", simple=True)
self.new_subgroup("flat_field")
self.flat_field.set(key="number", value=None, simple=True)
self.flat_field.set(key="frame_average", value=None, simple=True)
self.flat_field.set(key="ideal", value=False, native_unit="bool", simple=True)
self.flat_field.set(key="correction", value=False, native_unit="bool", simple=True)
self.new_subgroup("pixel_binning")
self.pixel_binning.set(key="u", value=1, simple=True)
self.pixel_binning.set(key="v", value=1, simple=True)Classes
class Acquisition-
CTSimU acquisition properties.
Expand source code
class Acquisition(Group): """CTSimU acquisition properties.""" def __init__(self, _root=None): Group.__init__(self, name="acquisition", _root=_root) self.set(key="start_angle", value=None, native_unit="deg") self.set(key="stop_angle", value=None, native_unit="deg") self.set(key="direction", value="CCW", native_unit="string", simple=True) self.set(key="scan_mode", value="stop+go", native_unit="string", simple=True) self.set(key="scan_speed", value=None, native_unit="deg/s") self.set(key="number_of_projections", value=None, native_unit=None, simple=True) self.set(key="include_final_angle", value=True, native_unit="bool", simple=True) self.set(key="frame_average", value=None, native_unit=None, simple=True) self.set(key="scattering", value=False, native_unit="bool", simple=True) self.new_subgroup("dark_field") self.dark_field.set(key="number", value=None, simple=True) self.dark_field.set(key="frame_average", value=None, simple=True) self.dark_field.set(key="ideal", value=False, native_unit="bool", simple=True) self.dark_field.set(key="correction", value=False, native_unit="bool", simple=True) self.new_subgroup("flat_field") self.flat_field.set(key="number", value=None, simple=True) self.flat_field.set(key="frame_average", value=None, simple=True) self.flat_field.set(key="ideal", value=False, native_unit="bool", simple=True) self.flat_field.set(key="correction", value=False, native_unit="bool", simple=True) self.new_subgroup("pixel_binning") self.pixel_binning.set(key="u", value=1, simple=True) self.pixel_binning.set(key="v", value=1, simple=True)Ancestors
Inherited members