shnhrtkyk

for file in `\find . -name '*.txt'`; do
    echo $file
    tonnage=${file##*/}
    echo ${tonnage/.txt/.las} 
    /path/to/LAStools-master/bin/txt2las  -i $file  -o  ../train_las/${tonnage/.txt/.las} -parse xyzc

    
done

shnhrtkyk

for file in `\find . -name '*.txt'`; do
    echo $file
    echo ${file##*/}
    cut -f1,2,3,4 -d";"  $file  > ../train_pointtxt/${file##*/}
    cut -f5- -d";"  $file  > ../train_wavetxt/${file##*/}    
    
done

shnhrtkyk

#!/bin/sh

#$ -c#!/bin/sh

#$ -cwd
#$ -l q_node=1
#$ -l h_rt=24:00:00

. /etc/profile.d/modules.sh

shnhrtkyk

gridopt = gdal.GridOptions(format='GTiff', algorithm='linear', width=1000,
                               height=1000)  
dtm_data = gdal.Grid('tmp_point.tif', 'tmp_point.vrt', options=gridopt)

shnhrtkyk

#!/usr/bin/env python3
# -*- coding: utf-8 -*-
"""
Created on Thu Oct  3 10:46:28 2019

@author: shino
"""

from shapely import wkt
import json

shnhrtkyk

#!/usr/bin/env python3
# -*- coding: utf-8 -*-
"""
Created on Thu Oct  3 10:46:28 2019

@author: shino
"""

from shapely import wkt
import json

shnhrtkyk

Image.MAX_IMAGE_PIXELS=10000000000

shnhrtkyk

¥path¥to¥lasgrid.exe -i input.txt -o  output.tif -elevation_hightest
¥path¥to¥lasgrid.exe -i input.txt -o  output.tif -elevation_lowest

shnhrtkyk

/path/to/lastools/lasdiff.exe -i input1.las -i linput2.las -o output.las

shnhrtkyk

@echo off


for %%a in (G:\path\to\*.las) do (
 call :sub "%%a"
)

goto :EOF

:sub