Mercurial > public > atmospheric_lidar / file comparison
comparison: atmospheric_lidar/raymetrics.py
atmospheric_lidar/raymetrics.py
- changeset 209
- f3bec37bfcd0
- parent 205
- 4a556911e7e0
- parent 207
- 53124a886152
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| 206:dfe6a8c99195 | 209:f3bec37bfcd0 |
|---|---|
| 55 Ambient pressure (hPa) | 55 Ambient pressure (hPa) |
| 56 """ | 56 """ |
| 57 | 57 |
| 58 # Specifications of the header lines. | 58 # Specifications of the header lines. |
| 59 licel_file_header_format = ['filename', | 59 licel_file_header_format = ['filename', |
| 60 'start_date start_time end_date end_time altitude longitude latitude zenith_angle azimuth_angle temperature pressure', | 60 'start_date start_time end_date end_time altitude longitude latitude zenith_angle azimuth_angle temperature pressure custom_info', |
| 61 # Appart from Site that is read manually | 61 # Appart from Site that is read manually |
| 62 'azimuth_start azimuth_stop azimuth_step zenith_start zenith_stop zenith_step azimuth_offset', | 62 'azimuth_start azimuth_stop azimuth_step zenith_start zenith_stop zenith_step azimuth_offset', |
| 63 'LS1 rate_1 LS2 rate_2 number_of_datasets', ] | 63 'LS1 rate_1 LS2 rate_2 number_of_datasets', ] |
| 64 | 64 |
| 65 # Specifications of the channel lines in the header | 65 # Specifications of the channel lines in the header |
| 129 self.zenith_start = self._correct_zenith_angle(self.zenith_start_raw) | 129 self.zenith_start = self._correct_zenith_angle(self.zenith_start_raw) |
| 130 self.zenith_stop = self._correct_zenith_angle(self.zenith_stop_raw) | 130 self.zenith_stop = self._correct_zenith_angle(self.zenith_stop_raw) |
| 131 else: | 131 else: |
| 132 self.zenith_start = self.zenith_start_raw | 132 self.zenith_start = self.zenith_start_raw |
| 133 self.zenith_stop = self.zenith_stop_raw | 133 self.zenith_stop = self.zenith_stop_raw |
| 134 | |
| 135 try: | |
| 136 self.custom_info = self.raw_info['custom_info'].strip('"') | |
| 137 except KeyError: | |
| 138 self.custom_info = None | |
| 134 | 139 |
| 135 def get_coordinates(self, channel_name): | 140 def get_coordinates(self, channel_name): |
| 136 """ | 141 """ |
| 137 Calculate the lat, lon, z coordinates for each measurement point. | 142 Calculate the lat, lon, z coordinates for each measurement point. |
| 138 | 143 |
| 732 `pressure` | 737 `pressure` |
| 733 Ambient pressure (hPa) | 738 Ambient pressure (hPa) |
| 734 """ | 739 """ |
| 735 # Specifications of the header lines. | 740 # Specifications of the header lines. |
| 736 licel_file_header_format = ['filename', | 741 licel_file_header_format = ['filename', |
| 737 'start_date start_time end_date end_time altitude longitude latitude zenith_angle azimuth_angle temperature pressure', | 742 'start_date start_time end_date end_time altitude longitude latitude zenith_angle azimuth_angle temperature pressure custom_info', |
| 738 # Appart from Site that is read manually | 743 # Appart from Site that is read manually |
| 739 'LS1 rate_1 LS2 rate_2 number_of_datasets', ] | 744 'LS1 rate_1 LS2 rate_2 number_of_datasets', ] |
| 740 | 745 |
| 741 fix_zenith_angle = True | 746 fix_zenith_angle = True |
| 742 | 747 |
| 759 # Add a option to manually define an azimuth offset, but still work if you don't | 764 # Add a option to manually define an azimuth offset, but still work if you don't |
| 760 if azimuth_offset is not None: | 765 if azimuth_offset is not None: |
| 761 self.azimuth_angle = (self.azimuth_angle_raw + azimuth_offset) % 360 | 766 self.azimuth_angle = (self.azimuth_angle_raw + azimuth_offset) % 360 |
| 762 else: | 767 else: |
| 763 self.azimuth_angle = self.azimuth_angle_raw | 768 self.azimuth_angle = self.azimuth_angle_raw |
| 769 | |
| 770 try: | |
| 771 self.custom_info = self.raw_info['custom_info'].strip('"') | |
| 772 except KeyError: | |
| 773 self.custom_info = None | |
| 764 | 774 |
| 765 | 775 |
| 766 class FixedPointingChannel(LicelChannel): | 776 class FixedPointingChannel(LicelChannel): |
| 767 """ A class representing measurements of a specific lidar channel, during a fixed pointing measurement. """ | 777 """ A class representing measurements of a specific lidar channel, during a fixed pointing measurement. """ |
| 768 | 778 |
