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New pub script to create multiple tracks (#6)
* committosupport-generatingMultipleVideotracksFromaSinglefileusingFFmpeg-newpubscript * committosupport-generatingMultipleVideotracksFromaSinglefileusingFFmpeg-newpubscript2
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| Original file line number | Diff line number | Diff line change |
|---|---|---|
| @@ -1,9 +1,6 @@ | ||
| #!/bin/bash | ||
| set -euo pipefail | ||
|
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||
| # Defaults to "single" track if no argument is passed, else pass "multi" for 3 video track FFmpeg CLI | ||
| mode="${1:-single}" | ||
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| # Change directory to the root of the project | ||
| cd "$(dirname "$0")/.." | ||
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@@ -42,145 +39,10 @@ INPUT="${INPUT:-dev/bbb.fmp4}" | |
| # Print out the watch URL | ||
| echo "Watch URL: https://quic.video/watch/$NAME?server=$ADDR" | ||
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| # ==== Commence of building config paramters for mutlitrack FFmpeg CLI ==== | ||
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| #Default values for video resolutions and bitrates, defaults to be used , if no arguments are passed | ||
| default_res1_bitrate1="${2:-1920x1080:6000K:60}" | ||
| default_res2_bitrate2="${3:-1280x720:5000K:30}" | ||
| default_res3_bitrate3="${4:-640x480:4000K:25}" | ||
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| #Common param | ||
| videofps=25 | ||
| gopduration=1 | ||
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| # Extract resolution and bitrate from the first argument and calculate other related parameters | ||
| video_res1="${default_res1_bitrate1%%:*}" # Extracts the resolution | ||
| temp="${default_res1_bitrate1#*:}" # Removes resolution to extract bitrate & fps | ||
| video_bitrate1="${temp%:*}" # Extracts the bitrate by removing FPS | ||
| video_fps1="${temp##*:}" # Extracts the FPS | ||
| keyframeinterval1=$((gopduration * video_fps1)) # GOP duration times video fps | ||
| maxrate1=$(( ${video_bitrate1%K} + (${video_bitrate1%K} / 10) ))K # 10% higher than video bitrate | ||
| minrate1=$(( ${video_bitrate1%K} - (${video_bitrate1%K} / 10) ))K # 10% lower than video bitrate | ||
| bufsize1=$((2 * ${video_bitrate1%K}))K # 2 times video bitrate | ||
| gopsize1=$((gopduration * video_fps1)) # GOP duration times video fps | ||
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| # Extract resolution and bitrate from the second argument and calculate other related parameters | ||
| video_res2="${default_res2_bitrate2%%:*}" | ||
| temp="${default_res2_bitrate2#*:}" | ||
| video_bitrate2="${temp%:*}" | ||
| video_fps2="${temp##*:}" | ||
| keyframeinterval2=$((gopduration * video_fps2)) | ||
| maxrate2=$(( ${video_bitrate2%K} + (${video_bitrate2%K} / 10) ))K | ||
| minrate2=$(( ${video_bitrate2%K} - (${video_bitrate2%K} / 10) ))K | ||
| bufsize2=$((2 * ${video_bitrate2%K}))K | ||
| gopsize2=$((gopduration * video_fps2)) | ||
|
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||
| # Extract resolution and bitrate from the third argument and calculate other related parameters | ||
| video_res3="${default_res3_bitrate3%%:*}" | ||
| temp="${default_res3_bitrate3#*:}" | ||
| video_bitrate3="${temp%:*}" | ||
| video_fps3="${temp##*:}" | ||
| keyframeinterval3=$((gopduration * video_fps3)) | ||
| maxrate3=$(( ${video_bitrate3%K} + (${video_bitrate3%K} / 10) ))K | ||
| minrate3=$(( ${video_bitrate3%K} - (${video_bitrate3%K} / 10) ))K | ||
| bufsize3=$((2 * ${video_bitrate3%K}))K | ||
| gopsize3=$((gopduration * video_fps3)) | ||
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||
| #Watermark the video resolution and bitrate for ease of identification of the track | ||
| res1_text=$(echo "$video_res1" | sed 's/x.*//')p | ||
| res2_text=$(echo "$video_res2" | sed 's/x.*//')p | ||
| res3_text=$(echo "$video_res3" | sed 's/x.*//')p | ||
|
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||
| #Watermark/overlay display settings | ||
| drawtext_base="fontsize=30:box=1:[email protected]:fontcolor=white" | ||
| drawtext_time="${drawtext_base}:text='%{localtime}.%{eif\\:1M*t-1K*trunc(t*1K)\\:d}'" | ||
|
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| # Define common video filter settings | ||
| common_settings="settb=AVTB,setpts='trunc(PTS/1K)*1K+st(1,trunc(RTCTIME/1K))-1K*trunc(ld(1)/1K)'" | ||
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| # Build the filter complex for each video stream | ||
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| scaling_alg=bicubic | ||
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| filter_v0=" | ||
| [v0]fps=${video_fps1}, | ||
| ${common_settings}, | ||
| drawtext=${drawtext_time}, | ||
| drawtext=text='${res1_text}-${video_bitrate1}':x=w-tw:y=h-th:${drawtext_base}, | ||
| scale=${video_res1}:flags=${scaling_alg}[v0final]" | ||
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| filter_v1=" | ||
| [v1]fps=${video_fps2}, | ||
| ${common_settings}, | ||
| drawtext=${drawtext_time}, | ||
| drawtext=text='${res2_text}-${video_bitrate2}':x=w-tw:y=h-th:${drawtext_base}, | ||
| scale=${video_res2}:flags=${scaling_alg}[v1final]" | ||
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||
| filter_v2=" | ||
| [v2]fps=${video_fps3}, | ||
| ${common_settings}, | ||
| drawtext=${drawtext_time}, | ||
| drawtext=text='${res3_text}-${video_bitrate3}':x=w-tw:y=h-th:${drawtext_base}, | ||
| scale=${video_res3}:flags=${scaling_alg}[v2final]" | ||
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| filter_complex="${filter_v0}; ${filter_v1}; ${filter_v2}" | ||
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| # Build the codec settings for each video stream | ||
|
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| COMMON_X264_PARAMS="libx264 -profile:v high -preset veryfast -tune zerolatency" | ||
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| codec_v0="-c:v:0 $COMMON_X264_PARAMS \ | ||
| -b:v ${video_bitrate1} \ | ||
| -maxrate ${maxrate1} \ | ||
| -minrate ${minrate1} \ | ||
| -bufsize ${bufsize1} \ | ||
| -keyint_min ${keyframeinterval1} \ | ||
| -g ${gopsize1} \ | ||
| -x264-params \"keyint=${keyframeinterval1}:scenecut=0:bframes=0\"" | ||
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| codec_v1="-c:v:1 $COMMON_X264_PARAMS \ | ||
| -b:v ${video_bitrate2} \ | ||
| -maxrate ${maxrate2} \ | ||
| -minrate ${minrate2} \ | ||
| -bufsize ${bufsize2} \ | ||
| -keyint_min ${keyframeinterval2} \ | ||
| -g ${gopsize2} \ | ||
| -x264-params \"keyint=${keyframeinterval2}:scenecut=0:bframes=0\"" | ||
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| codec_v2="-c:v:2 $COMMON_X264_PARAMS \ | ||
| -b:v ${video_bitrate3} \ | ||
| -maxrate ${maxrate3} \ | ||
| -minrate ${minrate3} \ | ||
| -bufsize ${bufsize3} \ | ||
| -keyint_min ${keyframeinterval3} \ | ||
| -g ${gopsize3} \ | ||
| -x264-params \"keyint=${keyframeinterval3}:scenecut=0:bframes=0\"" | ||
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| # ==== Done building config paramters for mutlitrack FFmpeg CLI ==== | ||
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| # Run ffmpeg and pipe the output to moq-pub | ||
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| if [ "$mode" == "multi" ]; then | ||
| #Creates 3 video tracks simulating realtime live stream and an audio track with server clock | ||
| #overlayed at top left corner and video resolution-bitrate overlayed at bottom right corner | ||
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| ffmpeg -hide_banner -v quiet \ | ||
| -stream_loop -1 -re \ | ||
| -i "$INPUT" -r ${videofps} \ | ||
| -filter_complex "[0:v]split=3[v0][v1][v2]; ${filter_complex}" \ | ||
| -map "[v0final]" -map "[v1final]" -map "[v2final]" -map 0:a \ | ||
| $codec_v0 \ | ||
| $codec_v1 \ | ||
| $codec_v2 \ | ||
| -c:a copy \ | ||
| -f mp4 -movflags cmaf+separate_moof+delay_moov+skip_trailer+frag_every_frame \ | ||
| - | cargo run --bin moq-pub -- --name "$NAME" "$URL" | ||
| else | ||
| ffmpeg -hide_banner -v quiet \ | ||
| -stream_loop -1 -re \ | ||
| -i "$INPUT" \ | ||
| -c copy \ | ||
| -f mp4 -movflags cmaf+separate_moof+delay_moov+skip_trailer+frag_every_frame \ | ||
| - | cargo run --bin moq-pub -- --name "$NAME" "$URL" | ||
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| fi | ||
| ffmpeg -hide_banner -v quiet \ | ||
| -stream_loop -1 -re \ | ||
| -i "$INPUT" \ | ||
| -c copy \ | ||
| -f mp4 -movflags cmaf+separate_moof+delay_moov+skip_trailer+frag_every_frame \ | ||
| - | cargo run --bin moq-pub -- --name "$NAME" "$URL" "$@" | ||
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| Original file line number | Diff line number | Diff line change |
|---|---|---|
| @@ -0,0 +1,173 @@ | ||
| #!/bin/bash | ||
| set -euo pipefail | ||
|
|
||
| # Change directory to the root of the project | ||
| cd "$(dirname "$0")/.." | ||
|
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||
| # Download the Big Buck Bunny video if it doesn't exist | ||
| if [ ! -f dev/bbb.fmp4 ]; then | ||
| if [ ! -f dev/bbb.mp4 ]; then | ||
| echo "Downloading ya boye Big Buck Bunny..." | ||
| wget http://commondatastorage.googleapis.com/gtv-videos-bucket/sample/BigBuckBunny.mp4 -O dev/bbb.mp4 | ||
| fi | ||
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| echo "Converting to a (properly) fragmented MP4..." | ||
| ffmpeg -i dev/bbb.mp4 \ | ||
| -c copy \ | ||
| -f mp4 -movflags cmaf+separate_moof+delay_moov+skip_trailer+frag_every_frame \ | ||
| dev/bbb.fmp4 | ||
| fi | ||
|
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| # Use debug logging by default | ||
| export RUST_LOG="${RUST_LOG:-debug}" | ||
|
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| # Connect to localhost by default. | ||
| HOST="${HOST:-localhost}" | ||
| PORT="${PORT:-4443}" | ||
| ADDR="${ADDR:-$HOST:$PORT}" | ||
| SCHEME="${SCHEME:-https}" | ||
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| # Use the name "bbb" for the broadcast. | ||
| NAME="${NAME:-bbb}" | ||
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| # Combine the host into a URL. | ||
| URL="${URL:-"$SCHEME://$ADDR"}" | ||
|
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| # Default to a source video | ||
| INPUT="${INPUT:-dev/bbb.fmp4}" | ||
|
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||
| # Print out the watch URL | ||
| echo "Watch URL: https://quic.video/watch/$NAME?server=$ADDR" | ||
|
|
||
| # ==== Commence of building config paramters for mutlitrack FFmpeg CLI ==== | ||
|
|
||
| #Default values for video resolutions and bitrates, defaults to be used , if no arguments are passed | ||
| default_res1_bitrate1="${2:-1920x1080:6000K:60}" | ||
| default_res2_bitrate2="${3:-1280x720:5000K:30}" | ||
| default_res3_bitrate3="${4:-640x480:4000K:25}" | ||
|
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||
| #Common param | ||
| videofps=25 | ||
| gopduration=1 | ||
|
|
||
| # Extract resolution and bitrate from the first argument and calculate other related parameters | ||
| video_res1="${default_res1_bitrate1%%:*}" # Extracts the resolution | ||
| temp="${default_res1_bitrate1#*:}" # Removes resolution to extract bitrate & fps | ||
| video_bitrate1="${temp%:*}" # Extracts the bitrate by removing FPS | ||
| video_fps1="${temp##*:}" # Extracts the FPS | ||
| keyframeinterval1=$((gopduration * video_fps1)) # GOP duration times video fps | ||
| maxrate1=$(( ${video_bitrate1%K} + (${video_bitrate1%K} / 10) ))K # 10% higher than video bitrate | ||
| minrate1=$(( ${video_bitrate1%K} - (${video_bitrate1%K} / 10) ))K # 10% lower than video bitrate | ||
| bufsize1=$((2 * ${video_bitrate1%K}))K # 2 times video bitrate | ||
| gopsize1=$((gopduration * video_fps1)) # GOP duration times video fps | ||
|
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||
| # Extract resolution and bitrate from the second argument and calculate other related parameters | ||
| video_res2="${default_res2_bitrate2%%:*}" | ||
| temp="${default_res2_bitrate2#*:}" | ||
| video_bitrate2="${temp%:*}" | ||
| video_fps2="${temp##*:}" | ||
| keyframeinterval2=$((gopduration * video_fps2)) | ||
| maxrate2=$(( ${video_bitrate2%K} + (${video_bitrate2%K} / 10) ))K | ||
| minrate2=$(( ${video_bitrate2%K} - (${video_bitrate2%K} / 10) ))K | ||
| bufsize2=$((2 * ${video_bitrate2%K}))K | ||
| gopsize2=$((gopduration * video_fps2)) | ||
|
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||
| # Extract resolution and bitrate from the third argument and calculate other related parameters | ||
| video_res3="${default_res3_bitrate3%%:*}" | ||
| temp="${default_res3_bitrate3#*:}" | ||
| video_bitrate3="${temp%:*}" | ||
| video_fps3="${temp##*:}" | ||
| keyframeinterval3=$((gopduration * video_fps3)) | ||
| maxrate3=$(( ${video_bitrate3%K} + (${video_bitrate3%K} / 10) ))K | ||
| minrate3=$(( ${video_bitrate3%K} - (${video_bitrate3%K} / 10) ))K | ||
| bufsize3=$((2 * ${video_bitrate3%K}))K | ||
| gopsize3=$((gopduration * video_fps3)) | ||
|
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| #Watermark the video resolution and bitrate for ease of identification of the track | ||
| res1_text=$(echo "$video_res1" | sed 's/x.*//')p | ||
| res2_text=$(echo "$video_res2" | sed 's/x.*//')p | ||
| res3_text=$(echo "$video_res3" | sed 's/x.*//')p | ||
|
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||
| #Watermark/overlay display settings | ||
| drawtext_base="fontsize=30:box=1:[email protected]:fontcolor=white" | ||
| drawtext_time="${drawtext_base}:text='%{localtime}.%{eif\\:1M*t-1K*trunc(t*1K)\\:d}'" | ||
|
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||
| # Define common video filter settings | ||
| common_settings="settb=AVTB,setpts='trunc(PTS/1K)*1K+st(1,trunc(RTCTIME/1K))-1K*trunc(ld(1)/1K)'" | ||
|
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| # Build the filter complex for each video stream | ||
|
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| scaling_alg=bicubic | ||
|
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| filter_v0=" | ||
| [v0]fps=${video_fps1}, | ||
| ${common_settings}, | ||
| drawtext=${drawtext_time}, | ||
| drawtext=text='${res1_text}-${video_bitrate1}':x=w-tw:y=h-th:${drawtext_base}, | ||
| scale=${video_res1}:flags=${scaling_alg}[v0final]" | ||
|
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| filter_v1=" | ||
| [v1]fps=${video_fps2}, | ||
| ${common_settings}, | ||
| drawtext=${drawtext_time}, | ||
| drawtext=text='${res2_text}-${video_bitrate2}':x=w-tw:y=h-th:${drawtext_base}, | ||
| scale=${video_res2}:flags=${scaling_alg}[v1final]" | ||
|
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| filter_v2=" | ||
| [v2]fps=${video_fps3}, | ||
| ${common_settings}, | ||
| drawtext=${drawtext_time}, | ||
| drawtext=text='${res3_text}-${video_bitrate3}':x=w-tw:y=h-th:${drawtext_base}, | ||
| scale=${video_res3}:flags=${scaling_alg}[v2final]" | ||
|
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| filter_complex="${filter_v0}; ${filter_v1}; ${filter_v2}" | ||
|
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| # Build the codec settings for each video stream | ||
|
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| COMMON_X264_PARAMS="libx264 -profile:v high -preset veryfast -tune zerolatency" | ||
|
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| codec_v0="-c:v:0 $COMMON_X264_PARAMS \ | ||
| -b:v ${video_bitrate1} \ | ||
| -maxrate ${maxrate1} \ | ||
| -minrate ${minrate1} \ | ||
| -bufsize ${bufsize1} \ | ||
| -keyint_min ${keyframeinterval1} \ | ||
| -g ${gopsize1} \ | ||
| -x264-params \"keyint=${keyframeinterval1}:scenecut=0:bframes=0\"" | ||
|
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| codec_v1="-c:v:1 $COMMON_X264_PARAMS \ | ||
| -b:v ${video_bitrate2} \ | ||
| -maxrate ${maxrate2} \ | ||
| -minrate ${minrate2} \ | ||
| -bufsize ${bufsize2} \ | ||
| -keyint_min ${keyframeinterval2} \ | ||
| -g ${gopsize2} \ | ||
| -x264-params \"keyint=${keyframeinterval2}:scenecut=0:bframes=0\"" | ||
|
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| codec_v2="-c:v:2 $COMMON_X264_PARAMS \ | ||
| -b:v ${video_bitrate3} \ | ||
| -maxrate ${maxrate3} \ | ||
| -minrate ${minrate3} \ | ||
| -bufsize ${bufsize3} \ | ||
| -keyint_min ${keyframeinterval3} \ | ||
| -g ${gopsize3} \ | ||
| -x264-params \"keyint=${keyframeinterval3}:scenecut=0:bframes=0\"" | ||
|
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||
| # ==== Done building config paramters for mutlitrack FFmpeg CLI ==== | ||
|
|
||
| # Run ffmpeg and pipe the output to moq-pub | ||
|
|
||
| #Creates 3 video tracks simulating realtime live stream and an audio track with server clock | ||
| #overlayed at top left corner and video resolution-bitrate overlayed at bottom right corner | ||
|
|
||
| ffmpeg -hide_banner -v quiet \ | ||
| -stream_loop -1 -re \ | ||
| -i "$INPUT" -r ${videofps} \ | ||
| -filter_complex "[0:v]split=3[v0][v1][v2]; ${filter_complex}" \ | ||
| -map "[v0final]" -map "[v1final]" -map "[v2final]" -map 0:a \ | ||
| $codec_v0 \ | ||
| $codec_v1 \ | ||
| $codec_v2 \ | ||
| -c:a copy \ | ||
| -f mp4 -movflags cmaf+separate_moof+delay_moov+skip_trailer+frag_every_frame \ | ||
| - | cargo run --bin moq-pub -- --name "$NAME" "$URL" "$@" |