Added parsing utility for stl files, updated test script.
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59
src/stl_parser.py
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59
src/stl_parser.py
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@ -0,0 +1,59 @@
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"""! @file main.py
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@brief Utility for parsing STL file header
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@author xlanro00
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"""
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# Import basic libraries
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import argparse as ap
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import sys
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from os.path import exists
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def main():
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""" Main function
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Parses stl file header to get info about generated fingerprint.
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"""
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# Parse arguments
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parser = ap.ArgumentParser(description='Command line utility for parsing fingerprint STL file header')
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parser.add_argument('file', type=str, help='STL file')
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args = parser.parse_args()
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# Check if file exists
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if not exists(args.file):
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sys.stderr.write('Error: File does not exist')
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sys.exit(1)
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with open(args.file, "rb") as f:
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header = f.read(80).decode('UTF-8')
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#print(header, file=sys.stderr)
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header = header.split('\n')[0]
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header_arr = header.split('\\')
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input_file = header_arr[0]
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dpi = header_arr[1]
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if exists(header_arr[2]):
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config = header_arr[2]
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preset = header_arr[3]
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else:
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filters = header_arr[2]
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mode = header_arr[-1]
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if (mode == "P"):
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height_base = header_arr[-2]
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height_line = header_arr[-3]
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print(input_file, dpi, config, preset, mode,
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height_base, height_line, sep='\n')
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elif (mode == "C"):
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curv_rate_y = header_arr[-2]
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curv_rate_x = header_arr[-3]
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height_base = header_arr[-4]
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height_line = header_arr[-5]
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print(input_file, dpi, config, preset, mode,
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height_base, height_line, curv_rate_x, curv_rate_y, sep='\n')
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elif (mode == "M"):
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pass
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sys.exit(1)
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main()
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91
src/test.sh
91
src/test.sh
@ -2,52 +2,80 @@
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# test script to apply filters to all files in a directory
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# author: Rostislav Lán
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# activate virtual environment
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# activate virtual environment when using this script
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# this is necessary to run the script using the correct python and libraries versions
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source .venv/bin/activate
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#----------------------------Settings------------------------------#
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#----------------------------Configuration------------------------------#
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# place all image files to one folder
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input_path=res/test/ZK10R/p*
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exec_path=src/main.py
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input_path=res/test/test-skript
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# this is very important, run this on directories containing files with the same dpi!!!!!!!!!!!!!!!!!!
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# !!!!!!!!!!!!!!!!!!
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# this is very important, run this on directories containing files with the same dpi
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dpi=500
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# !!!!!!!!!!!!!!!!!!
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# reccomend png, it's supported by opencv
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format=png
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# recommend png, it's supported by opencv
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format=jpg
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# name of configuration file
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config_file=config/config-test.json
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config_file=conf/conf.json
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# name of preset in conf. file
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#presets=("strong" "test-weak" "test-repeat" "test-strong")
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presets=("test-very-strong")
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presets=("ridge" "weak")
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generate_stl=false
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# generate stl files and set generation mode {"planar", "curved", "mapped"}
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generate_stl=true
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generate_stl_mode="planar"
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# in 1/10 of milimeters
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height_line=2
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height_base=3
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curv_x=1.5
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curv_y=4
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#----------------------------Application---------------------------#
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# function to apply filter to all files in directory
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apply_filter() {
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for file in ${file_arr[@]}
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for in in ${file_arr[@]}
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do
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if test -f "$file"
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# check that the file exists
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if test -f "$in"
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then
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in=$file
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out="${in%%${match1}*}_$preset${match1}$format"
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# append preset name to filename for easier identification, if not generating stl (that would result in very long names)
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if $generate_stl; then
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out="${in%%${match1}*}${match1}$format"
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else
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out="${in%%${match1}*}_$preset${match1}$format"
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fi
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# skip stl files and files with preset name in them
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if [[ $in == *".stl"* ]] || [[ $in == *_* ]]; then
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((j++))
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continue
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fi
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# check if file already has one of the filter names in it
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#if [[ " ${presets[*]} " =~ " ${preset} " ]]; then
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# ((j++))
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# continue
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#fi
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((i++))
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echo "File no. $i: $in"
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if [[ "$generate_stl" = true ]]; then
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echo "Generating STL"
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echo $in
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python3 $exec_path $in $out $dpi -c $config_file $1 --stl "${in%%${match1}*}_$preset${match1}stl" 3 10 -p || break
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echo -e "|\n|----------------------- File no. $i: $in ------------------------------|\n"
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if $generate_stl; then
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((i++))
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if [[ "$generate_stl_mode" = "planar" ]]; then
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python3 $exec_path $in $out $dpi -c $config_file $1 --stl p $height_line $height_base || break
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elif [[ "$generate_stl" = "curved" ]]; then
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python3 $exec_path $in $out $dpi -c $config_file $1 --stl c $height_line $height_base $curv_x $curv_y || break
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elif [[ "$generate_stl" = "mapped" ]]; then
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pass
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python3 $exec_path $in $out $dpi -c $config_file $1 --stl m $height_line $height_base $fp_file|| break
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else
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echo "Invalid stl generation mode"
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break
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fi
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else
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python3 $exec_path $in $out $dpi -c $config_file $1 || break
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fi
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@ -59,26 +87,27 @@ apply_filter() {
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}
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# for pattern matching in filenames
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exec_path=src/main.py
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match1=.
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match2=/
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i=0
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j=0
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file_arr=()
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# get all filenames in all directories
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# get all filenames in all subdirectories
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for file in $input_path/*
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do
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file_arr=("${file_arr[@]}" "$file")
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done
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# apply all given presets to all the files
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# apply all given filter presets to all the discovered files
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for preset in ${presets[@]}
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do
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echo -e "\n|-----------------------Filter "$preset"------------------------------|\n"
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echo -e "\n|----------------------- Filter "$preset" ------------------------------|\n|"
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j=0
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apply_filter $preset $j
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if [ ! "$j" -eq "0" ]; then
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echo -e "Skipped $j files"
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fi
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done
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echo "Processed $i files"
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echo -e "\n|--------------------------- Done ----------------------------------|\n"
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echo "Skipped $j files"
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echo "Generated $i files"
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