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# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Name of reference coordinate system
# Name of detector slot
# ID of detector slot
# x0 of pixel bounding box
# y0 of pixel bounding box
# x1 of pixel bounding box
# y1 of pixel bounding box
# Detector type: SCIENCE=0, FOCUS=1, GUIDER=2, WAVEFRONT=3
# Serial string associated with this specific detector
# x offset from the origin of the camera in mm in the transposed system.
# y offset from the origin of the camera in mm in the transposed system.
# x position of the reference point in the detector in pixels in transposed coordinates.
# y position of the reference point in the detector in pixels in transposed coordinates.
# yaw (rotation about z) of the detector in degrees. This includes any necessary rotation to go from detector coordinates to camera coordinates after optional transposition.
# pitch (rotation about y) of the detector in degrees
# roll (rotation about x) of the detector in degrees
# Pixel size in the x dimension in mm
# Pixel size in the y dimension in mm
# Transpose the pixel grid before orienting in focal plane?
# Flattened crosstalk coefficient matrix; should have nAmps x nAmps entries. Once 'reshape'-ed, ``coeffs[i][j]`` is the fraction of the j-th amp present on the i-th amp.
# Coefficients for the radial polynomial; coeff[0] must be 0
# 2x2 linear matrix in the usual numpy order; to rotate a vector by theta use: cos(theta), sin(theta), -sin(theta), cos(theta)
# x, y translation vector
# Coefficients for the radial polynomial; coeff[0] must be 0
# Name of reference coordinate system
# Name of this camera
# Plate scale of the camera in arcsec/mm
# Coefficients for radial distortion
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