dem_common.DEFAULT_LIDAR_RES_METRES),
default=dem_common.DEFAULT_LIDAR_RES_METRES,
required=False)
parser.add_argument('--projection',
metavar='In Projection',
help='Input projection (e.g., UTM30N)',
default=None,
required=False)
parser.add_argument(
'--method',
metavar='Method',
help='Software package to use. Options are:\n{}'.format(','.join(
dem_lidar.LAS_TO_INTENSITY_METHODS)),
default='GRASS',
required=False)
args = parser.parse_args()
dem_lidar.las_to_intensity(args.lasfile[0],
args.outintensity,
resolution=args.resolution,
projection=args.projection,
method=args.method)
except KeyboardInterrupt:
sys.exit(2)
except Exception as err:
if DEBUG:
raise
dem_common_functions.ERROR(err)
sys.exit(1)
dem_source = 'SRTM'
# NEXTMap DEM
elif args.nextmap:
dem_source = 'NEXTMAP'
else:
dem_source = None
# Set if hyperspectral bounds are to be used or lidar
if args.lidar_bounds:
use_lidar_bounds = True
else:
use_lidar_bounds = False
if args.lidar_bounds and args.hyperspectral_bounds:
dem_common_functions.ERROR(
"Can't use '--lidar_bounds' and '--hyperspectral_bounds' together."
)
sys.exit(1)
in_lidar_projection = args.in_projection.upper()
dem_lidar.lidar_utilities.create_patched_lidar_mosaic(
args.lidarfiles,
args.outdem,
in_lidar_projection=in_lidar_projection,
resolution=args.resolution,
lidar_format=lidar_format,
out_projection=args.out_projection,
screenshot=args.screenshot,
shaded_relief_screenshots=args.shadedrelief,
out_raster_type=args.rastertype,