('milliseconds', '>u4')]),
('line_validity', 'u1'),
('line_radiometric_quality', 'u1'),
('line_geometric_quality', 'u1')])
goms_variable_length_headers = {
image_segment_line_quality: 'image_segment_line_quality'
}
goms_text_headers = {
image_data_function: 'image_data_function',
annotation_header: 'annotation_header',
ancillary_text: 'ancillary_text'
}
goes_hdr_map = base_hdr_map.copy()
goes_hdr_map.update({
7: key_header,
128: segment_identification,
129: image_segment_line_quality
})
orbit_coef = np.dtype([('StartTime', time_cds_short),
('EndTime', time_cds_short), ('X', '>f8', (8, )),
('Y', '>f8', (8, )), ('Z', '>f8', (8, )),
('VX', '>f8', (8, )), ('VY', '>f8', (8, )),
('VZ', '>f8', (8, ))])
attitude_coef = np.dtype([('StartTime', time_cds_short),
('EndTime', time_cds_short),
('XofSpinAxis', '>f8', (8, )),
image_observation_time = np.dtype([('times', '|S1')])
image_quality_information = np.dtype([('quality', '|S1')])
jma_variable_length_headers = {}
jma_text_headers = {image_data_function: 'image_data_function',
annotation_header: 'annotation_header',
ancillary_text: 'ancillary_text',
image_compensation_information: 'image_compensation_information',
image_observation_time: 'image_observation_time',
image_quality_information: 'image_quality_information'}
jma_hdr_map = base_hdr_map.copy()
jma_hdr_map.update({7: key_header,
128: segment_identification,
129: encryption_key_message,
130: image_compensation_information,
131: image_observation_time,
132: image_quality_information
})
cuc_time = np.dtype([('coarse', 'u1', (4, )),
('fine', 'u1', (3, ))])
time_cds_expanded = np.dtype([('days', '>u2'),
('milliseconds', '>u4'),
('microseconds', '>u2'),
('milliseconds', '>u4')]),
('line_validity', 'u1'),
('line_radiometric_quality', 'u1'),
('line_geometric_quality', 'u1')])
goms_variable_length_headers = {
image_segment_line_quality: 'image_segment_line_quality'
}
goms_text_headers = {
image_data_function: 'image_data_function',
annotation_header: 'annotation_header',
ancillary_text: 'ancillary_text'
}
goms_hdr_map = base_hdr_map.copy()
goms_hdr_map.update({
7: key_header,
128: segment_identification,
129: image_segment_line_quality
})
orbit_coef = np.dtype([('StartTime', time_cds_short),
('EndTime', time_cds_short), ('X', '>f8', (8, )),
('Y', '>f8', (8, )), ('Z', '>f8', (8, )),
('VX', '>f8', (8, )), ('VY', '>f8', (8, )),
('VZ', '>f8', (8, ))])
attitude_coef = np.dtype([('StartTime', time_cds_short),
('EndTime', time_cds_short),
('XofSpinAxis', '>f8', (8, )),
image_segment_line_quality = np.dtype([('line_number_in_grid', '>i4'),
('line_mean_acquisition',
[('days', '>u2'),
('milliseconds', '>u4')]),
('line_validity', 'u1'),
('line_radiometric_quality', 'u1'),
('line_geometric_quality', 'u1')])
msg_variable_length_headers = {
image_segment_line_quality: 'image_segment_line_quality'}
msg_text_headers = {image_data_function: 'image_data_function',
annotation_header: 'annotation_header',
ancillary_text: 'ancillary_text'}
msg_hdr_map = base_hdr_map.copy()
msg_hdr_map.update({7: key_header,
128: segment_identification,
129: image_segment_line_quality
})
orbit_coef = np.dtype([('StartTime', time_cds_short),
('EndTime', time_cds_short),
('X', '>f8', (8, )),
('Y', '>f8', (8, )),
('Z', '>f8', (8, )),
('VX', '>f8', (8, )),
('VY', '>f8', (8, )),
('VZ', '>f8', (8, ))])
image_observation_time = np.dtype([('times', '|S1')])
image_quality_information = np.dtype([('quality', '|S1')])
jma_variable_length_headers = {}
jma_text_headers = {image_data_function: 'image_data_function',
annotation_header: 'annotation_header',
ancillary_text: 'ancillary_text',
image_compensation_information: 'image_compensation_information',
image_observation_time: 'image_observation_time',
image_quality_information: 'image_quality_information'}
jma_hdr_map = base_hdr_map.copy()
jma_hdr_map.update({7: key_header,
128: segment_identification,
129: encryption_key_message,
130: image_compensation_information,
131: image_observation_time,
132: image_quality_information
})
cuc_time = np.dtype([('coarse', 'u1', (4, )),
('fine', 'u1', (3, ))])
time_cds_expanded = np.dtype([('days', '>u2'),
('milliseconds', '>u4'),
('microseconds', '>u2'),
image_segment_line_quality = np.dtype([('line_number_in_grid', '>i4'),
('line_mean_acquisition',
[('days', '>u2'),
('milliseconds', '>u4')]),
('line_validity', 'u1'),
('line_radiometric_quality', 'u1'),
('line_geometric_quality', 'u1')])
goms_variable_length_headers = {
image_segment_line_quality: 'image_segment_line_quality'}
goms_text_headers = {image_data_function: 'image_data_function',
annotation_header: 'annotation_header',
ancillary_text: 'ancillary_text'}
goms_hdr_map = base_hdr_map.copy()
goms_hdr_map.update({7: key_header,
128: segment_identification,
129: image_segment_line_quality
})
orbit_coef = np.dtype([('StartTime', time_cds_short),
('EndTime', time_cds_short),
('X', '>f8', (8, )),
('Y', '>f8', (8, )),
('Z', '>f8', (8, )),
('VX', '>f8', (8, )),
('VY', '>f8', (8, )),
('VZ', '>f8', (8, ))])
image_segment_line_quality = np.dtype([('line_number_in_grid', '>i4'),
('line_mean_acquisition',
[('days', '>u2'),
('milliseconds', '>u4')]),
('line_validity', 'u1'),
('line_radiometric_quality', 'u1'),
('line_geometric_quality', 'u1')])
msg_variable_length_headers = {
image_segment_line_quality: 'image_segment_line_quality'}
msg_text_headers = {image_data_function: 'image_data_function',
annotation_header: 'annotation_header',
ancillary_text: 'ancillary_text'}
msg_hdr_map = base_hdr_map.copy()
msg_hdr_map.update({7: key_header,
128: segment_identification,
129: image_segment_line_quality
})
orbit_coef = np.dtype([('StartTime', time_cds_short),
('EndTime', time_cds_short),
('X', '>f8', (8, )),
('Y', '>f8', (8, )),
('Z', '>f8', (8, )),
('VX', '>f8', (8, )),
('VY', '>f8', (8, )),
('VZ', '>f8', (8, ))])
