Add scripts from ~/.local/bin
Some utility scripts.
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@ -60,6 +60,9 @@ dotfiles:
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f_geoclue-agent.service:
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src: config/systemd/user/geoclue-agent.service
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dst: ~/.config/systemd/user/geoclue-agent.service
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d_local_bin:
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src: local/bin
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dst: ~/.local/bin
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profiles:
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everywhere:
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dotfiles:
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@ -86,6 +89,7 @@ profiles:
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- f_psqlrc
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- f_pam_environment
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- f_xdg_desktop_portal_wlr_config
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- d_local_bin
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knafeh:
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dotfiles:
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- d_vim
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@ -106,3 +110,4 @@ profiles:
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- f_pam_environment
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- f_xdg_desktop_portal_wlr_config
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- f_geoclue-agent.service
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- d_local_bin
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3
dotfiles/local/bin/add-shadow.sh
Executable file
3
dotfiles/local/bin/add-shadow.sh
Executable file
@ -0,0 +1,3 @@
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#!/usr/bin/env bash
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convert "$1" -trim \( +clone -background grey25 -shadow 80x40+5+30 \) +swap -background transparent -layers merge +repage "$1-shadow.png"
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214
dotfiles/local/bin/convert-libaom.sh
Executable file
214
dotfiles/local/bin/convert-libaom.sh
Executable file
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#!/usr/bin/env bash
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#
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# v2022-06-13
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#
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# I run it like this (using zsh syntax):
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#
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# $ for video (~/Pictures/2021/**/*.mp4(ND.)); do ~/Downloads/av1-tests/convert-libaom.sh "$video"; done
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#
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# Reference:
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# - https://ffmpeg.org/ffmpeg-codecs.html#libaom_002dav1
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# - https://trac.ffmpeg.org/wiki/Encode/AV1
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#
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# Changes:
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# 2022-06-13: use _max_crf in mkvpropedit if we don't find an acceptable vmaf
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# 2022-04-05: update VMAF log parsing
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# 2021-10-21: I tested 2-pass and found it doesn't do anything for constant
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# quality mode. cpu-used 2 still takes ~5x longer than cpu-used 4
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# at all tiling levels. 4x4 tiles much faster than 2x1 and 2x2 on
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# all cpu-used levels, with quality less than 0.5 VMAF difference.
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# Using 4x4 creates a grid of 16 tiles which just seems wrong...
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# especially if you don't have many threads (I was using 12), so
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# I will default to 2x2 as a compromise.
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# 2021-10-20: use tiles instead of columns and rows
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# 2021-10-16: use tile-columns 2 and tile-rows 2 (oops, this is 4x4 tiles!)
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# 2021-08-31: strip spaces and commas from VMAF log file name as well
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# 2021-05-14: benchmarked two pass and file sizes are larger by .5-1MB
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# 2021-04-29: make sure input file exists
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# 2021-03-07: benchmarked 10-bit and it's only .5 or less improvment to VMAF
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# 2021-02-22: allow overriding threads
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# 2021-02-15: fix handling of apostrophes in ffmpeg's log_path
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# 2021-01-27: round VMAF before comparing, simplifies code a bit
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# 2021-01-25: stop trying lower CRFs if VMAF is not likely to improve
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# 2021-01-19: embed encoding parameters in webm metadata with mkvpropedit
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# 2021-01-18: use 1-pass encoding (2-pass is only for trying to hit a target
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# bitrate!)
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# 2021-01-18: allow overriding variables
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# 2021-01-17: detect if video already processed
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# 2021-01-08: use cpu-used 4
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# 2021-01-07: use tile-columns 2 and tile-rows 2 with cpu-used 4
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# 2021-01-07: use tile-columns 2 and tile-rows 2 with cpu-used 3
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# 2021-01-07: use -g 300 (30fps x 10)
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# exit on first error
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set -o errexit
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if [[ -z "$1" ]]; then
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echo "No input file specified."
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exit 1
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elif [[ ! -r "$1" ]]; then
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echo "Input file missing or unreadable: $1"
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exit 1
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fi
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INPUT_FILE_BASENAME=$(basename "$1")
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INPUT_FILE_EXTENSION=${INPUT_FILE_BASENAME##*.}
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INPUT_FILE_DIRNAME=$(dirname "$1")
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# Check if an output file name was specified (like if we are calling from the
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# benchmarking script, in which case we want to exit as soon as possible). If
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# not then we can continue with a simple filename based on the input file's.
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if [[ -z $_output_file ]]; then
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_output_file="${INPUT_FILE_BASENAME/.*/}.webm";
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_benchmark_mode="false"
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else
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_benchmark_mode="true"
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fi
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# aq-mode not recommended in AV1 yet
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_aq_mode=${_aq_mode:-0}
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# 2021-01-08 (libaom 2.0.1): realistic range between 3 and 5, lower takes *much*
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# longer with very little boost to VMAF. In my experience, cpu-used 2 is *three*
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# times slower than cpu-used 4 at the same CRF for only a 0.5% boost in VMAF. 6
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# is the same as 5 in all my tests *shrug*.
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_cpu_used=${_cpu_used:-4}
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# 2021-10-20 -tile-columns and -tile-rows are for compatibility with libvpx. The
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# new option for libaom is -tiles. Convert any columns/rows to tiles using 2^n.
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if [[ ! -z $_tile_columns || ! -z $_tile_rows ]]; then
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_tile_columns=${_tile_columns:-1}
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_tile_rows=${_tile_rows:-1}
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# Compute 2^n tile columns and tile rows (the power operator is ** in bash)
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_tiles="$((2 ** $_tile_columns))x$((2 ** $_tile_rows))"
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else
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_tiles=${_tiles:-2x2}
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fi
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# 2021-02-22 use nproc number of threads unless threads is already set.
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_nproc=$(nproc)
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_threads=${_threads:-$_nproc}
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# Range of CRFs to try, where higher is faster, but lower quality. Based on my
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# testing 52 to 40 should cover most crappy phone videos.
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_crf_max=${_crf_max:-52}
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_crf_min=${_crf_min:-40}
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_libaom_version=$(pacman -Qi aom | grep Version | awk '{print $3}')
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# For grainy mobile phone videos 90 is fine
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_target_vmaf=${_target_vmaf:-90}
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# Don't bother trying lower CRF values if the CRF score is more than five points
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# above the target. In my experience each successively lower CRF step gives you
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# ~1 VMAF point. In these cases it isn't likely we'll ever reach the target, so
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# we might as well just settle on the current CRF straight away.
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_target_vmaf_threshold=${_target_vmaf_threshold:-5}
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_acceptable_output_found="no"
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# Change to the input file's directory
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pushd "$INPUT_FILE_DIRNAME" >/dev/null
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# We want the highest VMAF score possible with the highest CRF possible. Start
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# with high CRF first to see if we can get an acceptable VMAF score as soon as
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# possible. Step through values by 2.
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for _crf in $(seq $_crf_max -2 $_crf_min); do
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_processed=$(find . -maxdepth 1 -type f -iname "$_output_file" | wc -l)
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if [[ $_processed -gt 0 ]]; then
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echo "${INPUT_FILE_BASENAME}: already processed"
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exit 0
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fi
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if [[ $_benchmark_mode == "false" ]]; then
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echo "Processing ${INPUT_FILE_BASENAME} with libaom $_libaom_version CRF ${_crf}..."
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fi
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chrt -b 0 nice ffmpeg -hide_banner -y -i "$INPUT_FILE_BASENAME" -c:v libaom-av1 -b:v 0 -crf $_crf \
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-aq-mode $_aq_mode -c:a libopus -b:a 16k \
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-sc_threshold 0 -cpu-used $_cpu_used \
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-tiles $_tiles -row-mt 1 \
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-auto-alt-ref 1 -lag-in-frames 25 \
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-g 300 -threads $_threads \
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-f webm "$_output_file" 2>/dev/null
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# Return quickly if we are in benchmark mode so the benchmark script can get
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# an accurate time and compute its own VMAF score.
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if [[ $_benchmark_mode == "true" ]]; then
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exit 0
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fi
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_vmaf_log="${_output_file/.*/}.log"
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# strip apostrophes, spaces, and commas (if any) from log file name because
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# ffmpeg's log_path doesn't seem to be able to handle them. The // performs
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# a global replace.
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_vmaf_log="${_vmaf_log//\'}"
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_vmaf_log="${_vmaf_log//\,}"
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_vmaf_log="${_vmaf_log// }"
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# Get VMAF score with harmonic mean to emphasize small outliers
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# See: https://netflixtechblog.com/vmaf-the-journey-continues-44b51ee9ed12
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chrt -b 0 nice ffmpeg -hide_banner -y -i "$_output_file" -i "$INPUT_FILE_BASENAME" \
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-filter_complex "libvmaf=pool=harmonic_mean:log_path=${_vmaf_log}:log_fmt=json" \
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-f null - 2>/dev/null
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_vmaf_score=$(jq '.["pooled_metrics"]["vmaf"]["harmonic_mean"]' "$_vmaf_log")
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# bash can't do floating point so we use bc
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# See: https://stackoverflow.com/questions/8654051/how-to-compare-two-floating-point-numbers-in-bash
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_vmaf_score_round=$(printf %.$2f $(echo "scale=0;(((10^0)*$_vmaf_score)+0.5)/(10^0)" | bc))
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rm "$_vmaf_log"
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# Check if rounded VMAF score is >= target VMAF
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if [[ $_vmaf_score_round -ge $_target_vmaf ]]; then
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printf "$INPUT_FILE_BASENAME: acceptable VMAF (%.3f) at AV1 CRF ${_crf}.\n" $_vmaf_score
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# Set the title with information about the encoding in the MKV title
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mkvpropedit --edit info --set "title=${INPUT_FILE_BASENAME/.*/}-libaom_${_libaom_version}-crf${_crf}-cpu${_cpu_used}-${_tiles}-tiles-vmaf_${_vmaf_score}" "$_output_file" >/dev/null
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_acceptable_output_found="yes"
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# Break from the for loop because we have an acceptable output
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break
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# Check if the VMAF score is anywhere near our target, otherwise just keep
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# current output.
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elif (($_target_vmaf - $_vmaf_score_round >= $_target_vmaf_threshold)); then
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printf "$INPUT_FILE_BASENAME: unacceptable VMAF (%.3f) at AV1 CRF ${_crf}, unlikely to reach target soon.\n" $_vmaf_score
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_acceptable_output_found="yes"
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# Break from the for loop and keep the current output, even though it's
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# unacceptable.
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break
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else
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printf "$INPUT_FILE_BASENAME: unacceptable VMAF (%.3f) at AV1 CRF ${_crf}, continuing.\n" $_vmaf_score
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# Clean up the unacceptable output
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rm "$_output_file"
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fi
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done
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# If we finished going over all the CRFs and still didn't get an acceptable VMAF
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# score then the video is probably just really low quality so let's just convert
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# using our max CRF and be done with it.
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if [[ $_acceptable_output_found == "no" ]]; then
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echo "${INPUT_FILE_BASENAME}: no acceptable output found, settling on AV1 CRF ${_crf_max}."
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chrt -b 0 nice ffmpeg -hide_banner -y -i "$INPUT_FILE_BASENAME" -c:v libaom-av1 -b:v 0 -crf $_crf_max \
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-aq-mode $_aq_mode -c:a libopus -b:a 16k \
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-sc_threshold 0 -cpu-used $_cpu_used \
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-tiles $_tiles -row-mt 1 \
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-auto-alt-ref 1 -lag-in-frames 25 \
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-g 300 -threads $_threads \
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-f webm "$_output_file" 2>/dev/null
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# Set the title with information about the encoding in the MKV title
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mkvpropedit --edit info --set "title=${INPUT_FILE_BASENAME/.*/}-libaom_${_libaom_version}-crf${_max_crf}-cpu${_cpu_used}-${_tiles}-tiles" "$_output_file" >/dev/null
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fi
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# Change back to our starting directory
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popd >/dev/null
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exit 0
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126
dotfiles/local/bin/pre-process-media.sh
Executable file
126
dotfiles/local/bin/pre-process-media.sh
Executable file
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#!/usr/bin/env bash
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#
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# pre-process-media.sh v2022-08-01
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#
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# Prepare a directory of images and videos for long-term archival by normalizing
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# their names, optimizing JPEGs with jpeg-archive, and stripping embedded MP4s
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# from Android Motion Photos.
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#
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# SPDX-License-Identifier: GPL-3.0-only
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# Changes:
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#
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# v2022-08-01: fix minor syntax issue
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# v2022-01-15: support Pixel panorama images
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# v2021-12-26: add 'ftypiso6' for Nokia Android 9 MVIMG files, anchor regexes to
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# beginning of line to prevent renaming files prematurely.
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# Exit on first error
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set -o errexit
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if [[ -z "$1" ]]; then
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echo "No target directory specified."
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exit 1
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fi
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echo "Preprocessing images and videos in $1"
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# Change to the input file's directory
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pushd "$1" >/dev/null
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echo "Changing permissions to 640..."
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find . -type f -exec chmod 640 {} \;
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# Rename IMG_20210217_204834.jpg to 2021-02-17_204834.jpg
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echo "Renaming images to ISO 8601 and removing IMG_..."
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perl-rename 's/^IMG_([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.jpg/$1-$2-$3_$4.jpg/' *.jpg
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perl-rename 's/^IMG_([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.JPG/$1-$2-$3_$4.jpg/' *.JPG
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perl-rename 's/^IMG_([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.jpeg/$1-$2-$3_$4.jpg/' *.jpeg
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perl-rename 's/^IMG_([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.JPEG/$1-$2-$3_$4.jpg/' *.JPEG
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# Rename 20220501_174346.jpg (Samsung A52)
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perl-rename 's/^([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.jpg/$1-$2-$3_$4.jpg/' *.jpg
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# Rename IMG_2180.HEIC to 2180.HEIC (iPhone)
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perl-rename 's/^IMG_([0-9]{4}).HEIC/$1.heic/' *.HEIC
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# Rename PXL_20210717_043834784.jpg to 2021-07-17_043834784.jpg (Pixel)
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perl-rename 's/^PXL_([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.jpg/$1-$2-$3_$4.jpg/' *.jpg
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# Remove embedded MP4s from Pixel motion images. Depending on the Android vers-
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# ion the MP4 header could be ftypmp42, ftypmp4, ftypisom, etc. We have to check
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# each one in succession, but note that grep will return a non-zero exit code
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# if it doesn't find the pattern, so we need to temporarily disable errexit. To
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# make matters worse, it seems some images are called MP and appear to contain
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# multiple images in the Android Photos app, but don't contain an MP4!
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#
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# See: https://stackoverflow.com/questions/53104989/how-to-extract-the-photo-video-component-of-a-mvimg
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# See: https://medium.com/android-news/working-with-motion-photos-da0aa49b50c
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# See: https://linuxreviews.org/Google_Pixel_%22Motion_Photo%22
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set +o errexit
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for file in PXL_*.MP.jpg MVIMG_*.jpg; do
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# Don't crash when there are no files matching the glob
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[ -f "$file" ] || continue
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# Check MP4 header, newer versions first
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unset ofs
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for header in 'ftypisom' 'ftypmp4' 'ftypmp42' 'ftypiso6'; do
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ofs=$(grep -F --byte-offset --only-matching --text "$header" "$file")
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if [[ $ofs ]]; then
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ofs=${ofs%:*}
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truncate -s $((ofs-4)) "$file"
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# Go to next image
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break
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fi
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done
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done
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# Re-set exit on first error
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set -o errexit
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# Rename PXL_20210717_043834784.MP.jpg to 2021-07-17_043834784.jpg (Pixel Motion Images)
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perl-rename 's/^PXL_([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.MP\.jpg/$1-$2-$3_$4.jpg/' *.jpg
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# Rename MVIMG_20190618_124507.jpg to 2019-06-18_124507.jpg (Android Motion Images)
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perl-rename 's/^MVIMG_([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.jpg/$1-$2-$3_$4.jpg/' *.jpg
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# Rename PXL_20210910_193159741.NIGHT.jpg to 2021-09-10_193159741.jpg (Pixel Night mode)
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perl-rename 's/^PXL_([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.NIGHT\.jpg/$1-$2-$3_$4.jpg/' *.jpg
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# Rename PXL_20211118_162823829.PORTRAIT.jpg to 2021-11-18_162823829.jpg (Pixel Portrait mode)
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perl-rename 's/^PXL_([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.PORTRAIT\.jpg/$1-$2-$3_$4.jpg/' *.jpg
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# Rename PXL_20210925_150154460.PANO.jpg to 2021-09-25_150154460.jpg (Pixel Panorama mode)
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perl-rename 's/^PXL_([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.PANO\.jpg/$1-$2-$3_$4.jpg/' *.jpg
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for file in *.heic; do
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[ -f "$file" ] || continue
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# We are going to rename the HEIC files according to their embedded dates,
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# but exiftool syntax is hard so I will just check if these files were al-
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# ready renamed and skip them. These files come from iPhones.
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if [[ ! $file =~ ^[0-9]{4}-[0-9]{2}-[0-9]{2}_[0-9]{4}\.HEIC$ ]]; then
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# Rename file based on DateTimeOriginal EXIF tag and the original file
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# name (I removed the "IMG_" part with perl-rename first).
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exiftool '-filename<${DateTimeOriginal}_${FileName}' -d %Y-%m-%d "$file"
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fi
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done
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# Rename VID_20210205_112539.mp4 to 2021-02-05_112539.mp4
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echo "Renaming videos to ISO 8601 and removing VID_..."
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perl-rename 's/VID_([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.mp4/$1-$2-$3_$4.mp4/' *.mp4
|
||||
perl-rename 's/VID_([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.MP4/$1-$2-$3_$4.mp4/' *.MP4
|
||||
|
||||
# Rename 20220502_124146.mp4 (Samsung A52)
|
||||
perl-rename 's/^([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.mp4/$1-$2-$3_$4.mp4/' *.mp4
|
||||
|
||||
# Rename PXL_20210714_145336054.mp4 to 2021-07-14_145336054.mp4
|
||||
perl-rename 's/PXL_([0-9]{4})([0-9]{2})([0-9]{2})_([0-9]+)\.mp4/$1-$2-$3_$4\.mp4/' *.mp4
|
||||
|
||||
# Optimize JPEGs with jpeg-archive
|
||||
find . -name '*.jpg' | chrt -b 0 parallel --no-notice "jpeg-recompress -q high {} {}"
|
||||
|
||||
# Change back to our starting directory
|
||||
popd >/dev/null
|
||||
|
||||
exit 0
|
||||
Loading…
Reference in New Issue
Block a user