EffectiveAreaFundamental

class xrtpy.response.EffectiveAreaFundamental(filter_name, observation_date)[source]

Bases: object

Class for calculating the effective area.

Parameters:

filter_name (str) – The name of the filter.
observation_date (str) – The date of the observation. For valid date formats, look at the documentation for sunpy.time.parse_time.

Attributes Summary

`CCD_contamination_transmission`	Calculate transmission matrix coefficient and transmittance on the CCD.
`angular_wavenumber_CCD`	Define angular wavenumber on CCD.
`channel_geometry_aperture_area`	XRT flight model geometry aperture area.
`channel_transmission`	XRT channel transmission.
`channel_wavelength`	Array of wavelengths for every X-ray channel in Angstroms (Å).
`combo_filter1_data`	Collecting filter data.
`combo_filter1_wheel_number`	Defining chosen filter to its corresponding filter wheel.
`combo_filter2_data`	Collecting filter data.
`combo_filter2_wheel_number`	Defining chosen filter to its corresponding filter wheel.
`combo_filter_index_mapping_to_name_filter1`	Returns filter's corresponding number value.
`combo_filter_index_mapping_to_name_filter2`	Returns filter's corresponding number value.
`combo_filter_name_split`	Defining chosen filters to its corresponding filter wheel.
`contamination_on_CCD`	Calculation of contamination layer on the CCD, thickness given in Angstrom (Å).
`contamination_on_filter`	Thickness of the contamination layer on a filter.
`contamination_on_filter1_combo`	Thickness of the contamination layer on a filter.
`contamination_on_filter2_combo`	Thickness of the contamination layer on a filter.
`filter_contamination_transmission`	Calculate transmission matrix coefficient and transmittance on a filter.
`filter_data`	Collecting filter contamination data.
`filter_index_mapping_to_name`	Returns filter's corresponding number value.
`filter_wheel_number`	Defining chosen filter to its corresponding filter wheel.
`filterwheel_angular_wavenumber`	Define angular wavenumber for a filter.
`interpolated_CCD_contamination_transmission`	Interpolate filter contam transmission to the wavelength.
`interpolated_filter_contamination_transmission`	Interpolate filter contam transmission to the wavelength.
`n_DEHP_attributes`	(Diethylhexylphthalate) Wavelength (nm), Delta, Beta.
`n_DEHP_beta`	(Diethylhexylphthalate) Beta.
`n_DEHP_delta`	(Diethylhexylphthalate) Delta.
`n_DEHP_wavelength`	(Diethylhexylphthalate) Wavelength given in Angstrom (Å).
`name`	Name of XRT X-Ray channel filter.
`observation_date`	Date of observation.
`transmission_equation`	Defining equations that will be used to calculate the effective area.

Methods Summary

effective_area()

Calculation of the Effective Area.

Attributes Documentation

CCD_contamination_transmission: Calculate transmission matrix coefficient and transmittance on the CCD.

angular_wavenumber_CCD: Define angular wavenumber on CCD.

channel_geometry_aperture_area: XRT flight model geometry aperture area.

channel_transmission: XRT channel transmission.

channel_wavelength: Array of wavelengths for every X-ray channel in Angstroms (Å).

combo_filter1_data: Collecting filter data.

combo_filter1_wheel_number: Defining chosen filter to its corresponding filter wheel.

combo_filter2_data: Collecting filter data.

combo_filter2_wheel_number: Defining chosen filter to its corresponding filter wheel.

combo_filter_index_mapping_to_name_filter1: Returns filter’s corresponding number value.

combo_filter_index_mapping_to_name_filter2: Returns filter’s corresponding number value.

combo_filter_name_split: Defining chosen filters to its corresponding filter wheel.

contamination_on_CCD: Calculation of contamination layer on the CCD, thickness given in Angstrom (Å).

contamination_on_filter: Thickness of the contamination layer on a filter.

contamination_on_filter1_combo: Thickness of the contamination layer on a filter.

contamination_on_filter2_combo: Thickness of the contamination layer on a filter.

filter_contamination_transmission: Calculate transmission matrix coefficient and transmittance on a filter.

filter_data: Collecting filter contamination data.

filter_index_mapping_to_name: Returns filter’s corresponding number value.

filter_wheel_number: Defining chosen filter to its corresponding filter wheel.

filterwheel_angular_wavenumber: Define angular wavenumber for a filter.

interpolated_CCD_contamination_transmission: Interpolate filter contam transmission to the wavelength.

interpolated_filter_contamination_transmission: Interpolate filter contam transmission to the wavelength.

n_DEHP_attributes: (Diethylhexylphthalate) Wavelength (nm), Delta, Beta.

n_DEHP_beta: (Diethylhexylphthalate) Beta.

n_DEHP_delta: (Diethylhexylphthalate) Delta.

n_DEHP_wavelength: (Diethylhexylphthalate) Wavelength given in Angstrom (Å).

name: Name of XRT X-Ray channel filter.

observation_date: Date of observation.

transmission_equation: Defining equations that will be used to calculate the effective area. REFERENCES: G.R Fowles, Intro to Modern Optics 2nd Edition, pp 96-101.

Methods Documentation

effective_area()[source]: Calculation of the Effective Area.