Changes between Version 16 and Version 17 of Procedures/DeliveryCreation/LIDAR

Timestamp:

Nov 28, 2012, 4:13:01 PM (11 years ago)

Author:

mark1

Comment:

--

Procedures/DeliveryCreation/LIDAR

@@ -26 +26 @@
 === Semi-scripted method ===
  1. Create the delivery directory by running `make_lidar_delivery.py` in the main directory. The .LAS files that have been QC'ed and classified for noisy points should be in processing/als50/las-classified. Check it's created everything correctly. If it fails, create the directory manually as per below.
- 1. If you did not create the DEM and screenshots using the above script (-m option) then create them manually using [wiki:Processing/CreateTifs make_lidardem_or_intensity.sh]. [[BR]] You will also need to make a lat long version of the dem (for use with aplcorr) using convert_uk_dem.sh or convert_nonuk_dem.sh appropriately.
+ 1. If you did not create the DEM and screenshots using the above script (-m option) then create them manually using [wiki:Processing/CreateTifs#lidar_intensity.sh lidar_intensity.sh]. [[BR]] You will also need to make a lat long version of the dem (for use with aplcorr) using convert_uk_dem.sh or convert_nonuk_dem.sh appropriately.
  1. Generate the readme file. 
   1. Create a config file for the read me using the generate_readme_config.py script.
@@ -51 +51 @@
    * run las2txt.sh <delivery/flightlines/las1.0> <delivery/flightlines/ascii>
    * OR run `las2txt --parse txyzicrna <lidarfilename> <outputfilename>` for each file, outputting to the ascii_laser directory (may not work with LAS 1.1).  
- 1. You need to create a DEM from the lidar data to include with the delivery. Use [wiki:Processing/CreateTifs make_lidardem_or_intensity.sh] and put the output file in a directory named 'dem'. Noisy points (those with classification 7) should not be included in the DEM so remember to specify the -C option. You should also create a second DEM that is suitable for use in aplcor. Use either convert_uk_dem.sh or convert_nonuk_dem.sh depending on where your project is located. This DEM should be name ***_wgs84_latlong.dem
+ 1. You need to create a DEM from the lidar data to include with the delivery. Use [wiki:Processing/CreateTifs#lidar_intensity.sh lidar_intensity.sh] and put the output file in a directory named 'dem'. Noisy points (those with classification 7) should not be included in the DEM so remember to specify the -C option. You should also create a second DEM that is suitable for use in aplcor. Use either convert_uk_dem.sh or convert_nonuk_dem.sh depending on where your project is located. This DEM should be name ***_wgs84_latlong.dem
  1. Include a pdf version of the flight logsheet with the delivery  
  1. Make sure correct up to date data quality report (pdf version) is included in docs directory
- 1. Create full resolution JPGs of mosaic of all the LIDAR lines by intensity, a separate one of the intensity with vectors overlaid (if vectors are available) and one of the dem and put in screenshot directory (with [wiki:Processing/CreateTifs make_lidardem_or_intensity.sh]).
+ 1. Create full resolution JPGs of mosaic of all the LIDAR lines by intensity, a separate one of the intensity with vectors overlaid (if vectors are available) and one of the dem and put in screenshot directory (with [wiki:Processing/CreateTifs#lidar_intensity.sh lidar_intensity.sh]).
  1. Generate the readme using as per point 3 above