#!/usr/bin/env bash
set -ex

width_height=24
file_num=100
slice_num=200

cd slice_image 
    python slice_image.py $width_height $width_height $file_num $slice_num
cd ..

rm -rf posdata_400/*.jpg
cp -r slice_image/output/*.jpg posdata_400
echo "slice done"

cd negdata_wo_beach
    # python _ReName.py
    python ./_GenTXT.py
    python ./_copy.py
    num_of_neg_file=$(find . -type f -name "*.jpg" | wc -l)
cd ..

wc -l neg.txt

cd posdata_400
    # python _ReName.py
    python ./_GenTXT.py
    python ./_copy.py
    num_of_pos_file=$(find . -type f -name "*.jpg" | wc -l)
cd ..

echo "count pos file"
echo $num_of_pos_file
wc -l pos.txt
read -p "Press [Enter] key to continue..." tmp


python ./process_txt_files.py $width_height $width_height

# ./step1.sh
rm -rf pos.vec
opencv_createsamples \
    -info pos.txt \
    -vec pos.vec  \
    -num 200 \
    -w $width_height -h $width_height

# ./step2_t1.sh
rm -rf xml_step2_t1/*.xml

echo "clean done"

opencv_traincascade \
    -data xml_step2_t1 \
    -vec pos.vec \
    -bg neg.txt \
    -numPos 200 \
    -numNeg $num_of_neg_file \
    -numStages 15 \
    -numThreads 6 \
    -maxFalseAlarmRate 0.5 \
    -w $width_height -h $width_height \
    -mode ALL \
    | tee train_result.log


cp xml_step2_t1/cascade.xml test_case/beach_test/cascade.xml
cd test_case/beach_test
    ./sanity_test.sh | tee sanity_test_result.log
cd ..

echo "done"
exit 0