[UPDATING]: add SALEcVtsSlice (01/08/2024)

direct export slice of 3d output to vts files usage:

$./SALEcVtsSlice ./plane.plot

example of input

[SALEc]
    input = /home/huacheng/Documents/Github/data/pdata/SALEc_20.inp
    step  = [1,1]

[Slice]
    data = /home/huacheng/Documents/Github/data/pdata/Al1100Test
    step = [range,1,2,1]
    output = Slice
   
    number = 2
    name = [xoz,xoy]
    nx = [0.0, 0.0]
    ny = [1.0, 0.0]
    nz = [0.0, 1.0]
    d  = [0.0, 0.0]

[UPDATING]: add VtpTracer.c (30/07/2024)

analysis 2d crater tracers from vtp data usage: $VtpTracer -[option] [option args] -d [data directory] set the datafile directoty, DEFAULT is current path -f [input file name] set the *.inp file name, DEFAULT is sale2d.inp -v convert the vtp tracers info to vts data -n the max step

[UPDATING]: add Vts2dProfile (26/04/2024)

extract 2d crater profile from vts/vtm data usage:

-d [data directory] 
    set the datafile directoty, DEFAULT is current path
-f [input file name]
    set the *.inp file name, DEFAULT is sale2d.inp
-b 
    write the profile to binary format
-o [output prefix]
    set the name of output file
-e [Integer]
    set the step that loaded for profile

SALEcVtsReader

This is a simple tool to read vtm/vts data generated by SALEc and output a slice plane data. This tool is much faster than pvbatch in ParView. The vtm/vts in SALEc is similar with citcoms and this tool can also applied to citcoms's binary output.

compile

cd SALEcVtsReader-dir
mkdir build 
cd build
cmake .. && make

The default compile flag is -O0 and it can be edited if necessary.

run

SALEcVtsRead need a input file to specify the vts/vtm data dir. The executable file is SALEcVtsReader in build dir after compiled. SALEcVtsReader requires a single argument.

./SALEcVtsReader ./plane.plot

./plane.plot can be replaced by other input file. The following is an example of input.

# example input files for SALEcVtsReader by huachengli
[SALEc]
    input = /home/huacheng/Documents/Github/data/pdata/SALEc_20.inp
    step  = [1,1]

[Plane]
    data = /home/huacheng/Documents/Github/data/pdata/Al1100Test
    step = [range,1,2,1]
    output = Plane
   
    number = 2
    name = [Density,Density]
    nx = [0.0, 0.0]
    ny = [1.0, 0.0]
    nz = [0.0, 1.0]
    d  = [0.0, 0.0]