Camera properties for a solar-induced chlorophyll fluorescence (SIF) camera. More...

Detailed Description

Camera properties for a solar-induced chlorophyll fluorescence (SIF) camera.

Extends :class:CameraProperties with two SIF-specific fields used by the Fluspect-B emission pipeline introduced in helios-core v1.3.72. Image geometry, resolution, exposure, and spectral-response handling are inherited from :class:CameraProperties unchanged.

       excitation bands. ``0`` (default) treats every leaf hit as fully
       absorbed. Set to ``>=1`` to include inter-leaf scattering at the
       cost of additional excitation-band ray traces.

Note: String fields inherited from :class:CameraProperties (model, lens_make, lens_model, lens_specification, exposure, white_balance) are currently NOT plumbed through to the C++ camera — the wrapper hard-codes "generic" / "auto" defaults. Set them on this dataclass for self-documentation only; they will not affect rendering. This matches the existing addRadiationCamera behaviour.

Definition at line 275 of file RadiationModel.py.

Inheritance diagram for pyhelios.RadiationModel.SIFCameraProperties:

Collaboration diagram for pyhelios.RadiationModel.SIFCameraProperties:

Public Member Functions
	__init__ (self, float excitation_bin_width_nm=10.0, int excitation_scattering_depth=0, **kwargs)

	__repr__ (self)

Public Member Functions inherited from pyhelios.RadiationModel.CameraProperties
	__init__ (self, camera_resolution=None, focal_plane_distance=1.0, lens_diameter=0.05, HFOV=20.0, FOV_aspect_ratio=0.0, lens_focal_length=0.05, sensor_width_mm=35.0, manufacturer="", model="generic", lens_make="", lens_model="", lens_specification="", exposure="auto", shutter_speed=1.0/125.0, white_balance="auto", camera_zoom=1.0)
	Initialize camera properties with defaults matching C++ CameraProperties.

	to_array (self)
	Convert to array format expected by C++ interface.

	__repr__ (self)

Public Attributes
	excitation_bin_width_nm = float(excitation_bin_width_nm)
	Excitation wavelength bin width in nm.

	excitation_scattering_depth = int(excitation_scattering_depth)
	Scattering depth for the auto-generated.

Public Attributes inherited from pyhelios.RadiationModel.CameraProperties
	focal_plane_distance = float(focal_plane_distance)

	lens_diameter = float(lens_diameter)

	HFOV = float(HFOV)

	FOV_aspect_ratio = float(FOV_aspect_ratio)

	lens_focal_length = float(lens_focal_length)

	sensor_width_mm = float(sensor_width_mm)

	shutter_speed = float(shutter_speed)

	camera_zoom = float(camera_zoom)

	manufacturer = str(manufacturer)

	model = str(model)

	lens_make = str(lens_make)

	lens_model = str(lens_model)

	lens_specification = str(lens_specification)

	exposure = str(exposure)

	white_balance = str(white_balance)

Constructor & Destructor Documentation

◆ init()

pyhelios.RadiationModel.SIFCameraProperties.__init__	(		self,
		float	excitation_bin_width_nm = 10.0,
		int	excitation_scattering_depth = 0,
		**	kwargs )

Definition at line 287 of file RadiationModel.py.

Member Function Documentation

◆ repr()

pyhelios.RadiationModel.SIFCameraProperties.__repr__ ( self )

Definition at line 298 of file RadiationModel.py.

Member Data Documentation

◆ excitation_bin_width_nm

pyhelios.RadiationModel.SIFCameraProperties.excitation_bin_width_nm = float(excitation_bin_width_nm)

Excitation wavelength bin width in nm.

Helios

Definition at line 295 of file RadiationModel.py.

◆ excitation_scattering_depth

pyhelios.RadiationModel.SIFCameraProperties.excitation_scattering_depth = int(excitation_scattering_depth)

Scattering depth for the auto-generated.

Definition at line 296 of file RadiationModel.py.

The documentation for this class was generated from the following file:

pyhelios/RadiationModel.py

Detailed Description

Public Member Functions

Public Attributes