comparison: docs/depolarization/depolarization.rst
docs/depolarization/depolarization.rst
- changeset 144
- 72f0d92af2d1
- parent 125
- 003aa42747f5
- child 145
- 50aa8dc8d558
equal
deleted
inserted
replaced
| 143:5358586fe387 | 144:72f0d92af2d1 |
|---|---|
| 585 | 585 |
| 586 Moreover, according to the order of the channels in the :code:`channel_ID` variable, the :code:`Raw_Lidar_Data` array should be filled as it follows: | 586 Moreover, according to the order of the channels in the :code:`channel_ID` variable, the :code:`Raw_Lidar_Data` array should be filled as it follows: |
| 587 | 587 |
| 588 :code:`Raw_Lidar_Data[0][0][points]` :math:`\rightarrow` 1\ :sup:`st` measured transmitted signal at +45 degrees | 588 :code:`Raw_Lidar_Data[0][0][points]` :math:`\rightarrow` 1\ :sup:`st` measured transmitted signal at +45 degrees |
| 589 | 589 |
| 590 :code:`Raw_Lidar_Data[0][1][points]` :math:`\rightarrow` 1\ :sup:`st` measured transmitted signal at +45 degrees | 590 :code:`Raw_Lidar_Data[0][1][points]` :math:`\rightarrow` 1\ :sup:`st` measured reflected signal at +45 degrees |
| 591 | 591 |
| 592 :code:`Raw_Lidar_Data[0][2][points]` :math:`\rightarrow` 1\ :sup:`st` measured transmitted signal at -45 degrees | 592 :code:`Raw_Lidar_Data[0][2][points]` :math:`\rightarrow` 1\ :sup:`st` measured transmitted signal at -45 degrees |
| 593 | 593 |
| 594 :code:`Raw_Lidar_Data[0][3][points]` :math:`\rightarrow` 1\ :sup:`st` measured transmitted signal at -45 degrees | 594 :code:`Raw_Lidar_Data[0][3][points]` :math:`\rightarrow` 1\ :sup:`st` measured reflected signal at -45 degrees |
| 595 | 595 |
| 596 :code:`Raw_Lidar_Data[1][0][points]` :math:`\rightarrow` 2\ :sup:`nd` measured transmitted signal at +45 degrees | 596 :code:`Raw_Lidar_Data[1][0][points]` :math:`\rightarrow` 2\ :sup:`nd` measured transmitted signal at +45 degrees |
| 597 | 597 |
| 598 :code:`Raw_Lidar_Data[1][1][points]` :math:`\rightarrow` 2\ :sup:`nd` measured transmitted signal at +45 degrees | 598 :code:`Raw_Lidar_Data[1][1][points]` :math:`\rightarrow` 2\ :sup:`nd` measured reflected signal at +45 degrees |
| 599 | 599 |
| 600 :code:`Raw_Lidar_Data[1][2][points]` :math:`\rightarrow` 2\ :sup:`nd` measured transmitted signal at -45 degrees | 600 :code:`Raw_Lidar_Data[1][2][points]` :math:`\rightarrow` 2\ :sup:`nd` measured transmitted signal at -45 degrees |
| 601 | 601 |
| 602 :code:`Raw_Lidar_Data[1][3][points]` :math:`\rightarrow` 2\ :sup:`nd` measured transmitted signal at -45 degrees | 602 :code:`Raw_Lidar_Data[1][3][points]` :math:`\rightarrow` 2\ :sup:`nd` measured reflected signal at -45 degrees |
| 603 | 603 |
| 604 :code:`Raw_Lidar_Data[2][0][points]` :math:`\rightarrow` 3\ :sup:`rd` measured transmitted signal at +45 degrees | 604 :code:`Raw_Lidar_Data[2][0][points]` :math:`\rightarrow` 3\ :sup:`rd` measured transmitted signal at +45 degrees |
| 605 | 605 |
| 606 :code:`Raw_Lidar_Data[2][1][points]` :math:`\rightarrow` 3\ :sup:`rd` measured transmitted signal at +45 degrees | 606 :code:`Raw_Lidar_Data[2][1][points]` :math:`\rightarrow` 3\ :sup:`rd` measured reflected signal at +45 degrees |
| 607 | 607 |
| 608 :code:`Raw_Lidar_Data[2][2][points]` :math:`\rightarrow` 3\ :sup:`rd` measured transmitted signal at -45 degrees | 608 :code:`Raw_Lidar_Data[2][2][points]` :math:`\rightarrow` 3\ :sup:`rd` measured transmitted signal at -45 degrees |
| 609 | 609 |
| 610 :code:`Raw_Lidar_Data[2][3][points]` :math:`\rightarrow` 3\ :sup:`rd` measured transmitted signal at -45 degrees | 610 :code:`Raw_Lidar_Data[2][3][points]` :math:`\rightarrow` 3\ :sup:`rd` measured reflected signal at -45 degrees |
| 611 | 611 |
| 612 Once this file has been created it needs to be submitted to the SCC and linked to the configuration “depol_calibration”. The result of the SCC analysis on this file will be the calculation of the calibration constant h\ :sup:`\*` that will be logged into the SCC database and can be used to calibrate Raman/Elastic backscatter products (see section 3.3). | 612 Once this file has been created it needs to be submitted to the SCC and linked to the configuration “depol_calibration”. The result of the SCC analysis on this file will be the calculation of the calibration constant h\ :sup:`\*` that will be logged into the SCC database and can be used to calibrate Raman/Elastic backscatter products (see section 3.3). |
| 613 | 613 |
| 614 3.3 Definition of “Raman/Elastic backscatter and linear depolarization ratio” | 614 3.3 Definition of “Raman/Elastic backscatter and linear depolarization ratio” |
| 615 ----------------------------------------------------------------------------- | 615 ----------------------------------------------------------------------------- |
