IAgSnEOIRBand Interface for defining the
individual band properties.
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The name of the band. |
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The number of bits to encode the digital signal with. |
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Flag to set if input parameters are currently being calculated and entered into the object model |
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The dark current noise rate from the detectors in electrons-per-second-per-detector. |
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The effective fill factor of photosensitive surface area to the total detector surface area. |
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The full-well capacity of the detectors in electrons-per-detector. |
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The ratio of the brightest signal to the noise floor. |
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Unlimited allowing pixels to measure any amount of radiant signal without limit or Simulate Saturation where pixels can only measure up to the specified saturation level of radiant signal. |
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The effective focal length of the current sensor band. |
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Diameter of the single lens equivalent optical prescription. |
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The F-Number ratio of the system, the effective focal length divided by the clear aperture diameter for this sensor band. |
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The cut-off spectral wavelength of the current sensor band. |
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Half the horizontal angular extent of the rectangular EOIR sensor bands field-of-view. |
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The horizontal angular extent of a single individual pixels field-of-view for this sensor band. |
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The number of pixels or samples distributed evenly across the horizontal dimension of the rectangular EOIR sensor bands focal plane. |
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The spacing between pixels or samples along the horizontal dimension of the rectangular EOIR sensor bands focal plane. |
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Discrete level of optical image quality. Aberrations are modeled based on a RMS wavefront error. |
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The time interval over which radiant signal is collected before generating an image. |
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The amount of defocus along the optical axis between the ideal image focal plane and the actual detector focal plane for the current sensor band. |
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The cut-on spectral wavelength of the current sensor band. |
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Noise equivalent irradiance or radiance for the current sensor band. |
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The number of oversampled spectral intervals to discretely simulate for this sensor band. |
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Optical parameter input mode. |
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Optical quality describing data file. |
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Optical quality data file frequency sampling. |
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Optical quality data file spatial sampling. |
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Band effective optical transmission. |
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Optical transmission input mode. |
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Optical spectral transmission data file. |
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Spectral quantum efficiency data file for the detectors. |
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Quantum efficiency input mode. |
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Band effective detector quantum efficiency. |
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The quantization step size of the digital output signal. |
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Quantization input mode. |
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Radiometric parameter input level. |
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The read noise from the detectors in electrons. |
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Band render flag |
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The RMS wavefront error of the optical system. |
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System custom RSR units. |
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The radiant energy units for saturation and sensitivity, Irradiance better suited for observing point sources or Radiance better suited for resolved images. |
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Get the collection of Saturation time-value pairs. |
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Saturation equivalent irradiance or radiance for the current sensor band. |
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Get the collection of Sensitivity time-value pairs. |
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Simulate quantization effects of the sensor. |
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Spatial parameter input mode. |
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Overall system spectral shape designation. |
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System relative spectral response file. |
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Half the vertical angular extent of the rectangular EOIR sensor bands field-of-view. |
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The vertical angular extent of a single individual pixels field-of-view for this sensor band. |
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The number of pixels or samples distributed evenly across the vertical dimension of the rectangular EOIR sensor bands focal plane. |
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The spacing between pixels or samples along the vertical dimension of the rectangular EOIR sensor bands focal plane. |
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The wavelength in the sensors spectral band to use for diffraction modeling calculations. |
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The relative position within the sensors spectral band to use as the reference wavelength for diffraction modeling calculations. |