tidy: consistently use Constrained Quality+VBV when quality factor is set

vp8/vp9 encoding with ffmpeg wrongly use Constant Bitrate,
not taking quality factor into account,
since introduced in git commit 31c8860.

Only relevant when (in next commit) quality factor is set for vp8/vp9.

1 files changed, 4 insertions, 4 deletions

diff --git a/localvideowebencode b/localvideowebencode
index 7f25361..c962790 100755
--- a/localvideowebencode
+++ b/localvideowebencode
@@ -493,12 +493,12 @@ _melt_postfilters_audio="${limit:+-filter ladspa.1077}"
 
 # codec options
 _melt_theora="vcodec=libtheora${bitrate_theora:+ vb=$bitrate_theora} qscale=$qscale_theora"
-_melt_vp8="vcodec=$encoder_vp8${pre_vp8:+ vpreset=$pre_vp8}${preset_vp8:+ preset=$preset_vp8}${bitrate_vp8:+ vb=$bitrate_vp8 minrate=$((bitrate_vp8/20)) maxrate=$((bitrate_vp8*12))}${crf_vp8:+ crf=$crf_vp8} cpu-used=$cpu_vp8"
-_ffmpeg_vp8="-c:v $encoder_vp8${pre_vp8:+ -vpre $pre_vp8}${preset_vp8:+ preset $preset_vp8}${bitrate_vp8:+ -b:v $bitrate_vp8 -minrate $((bitrate_vp8/20)) -maxrate $((bitrate_vp8*12))}${crf_vp8:+ ${no_bitrate_vp8:+ -b:v 0 }-crf $crf_vp8} -cpu-used $cpu_vp8"
+_melt_vp8="vcodec=$encoder_vp8${pre_vp8:+ vpreset=$pre_vp8}${preset_vp8:+ preset=$preset_vp8}${bitrate_vp8:+ ${no_crf_vp8:+ vb=$bitrate_vp8} minrate=$((bitrate_vp8/20)) maxrate=$((bitrate_vp8*12))}${crf_vp8:+ crf=$crf_vp8} cpu-used=$cpu_vp8"
+_ffmpeg_vp8="-c:v $encoder_vp8${pre_vp8:+ -vpre $pre_vp8}${preset_vp8:+ preset $preset_vp8}${bitrate_vp8:+ ${no_crf_vp8:+-b:v $bitrate_vp8} -minrate $((bitrate_vp8/20)) -maxrate $((bitrate_vp8*12))}${crf_vp8:+ ${no_bitrate_vp8:+ -b:v 0 }-crf $crf_vp8} -cpu-used $cpu_vp8"
 _vpxenc_vpx="--min-q=$webm_qmin --max-q=$webm_qmax${multipass:+ --minsection-pct=5 --maxsection-pct=1200} --kf-max-dist=120 --auto-alt-ref=1 --lag-in-frames=$webm_lag --arnr-maxframes=7 --arnr-strength=5 --arnr-type=3"
 _vpxenc_vp8="--codec=vp8${bitrate_vp8:+ --target-bitrate=$((bitrate_vp8/1000))} --good --end-usage=${no_crf_vp8:+vbr}${crf_vp8:+cq --cq-level=$crf_vp8} --cpu-used=$cpu_vp8 $_vpxenc_vpx --token-parts=$webm_tokenparts_log2"
-_melt_vp9="vcodec=$encoder_vp9${pre_vp9:+ vpreset=$pre_vp9}${preset_vp9:+ preset=$preset_vp9}${bitrate_vp9:+ vb=$bitrate_vp9 minrate=$((bitrate_vp9/20)) maxrate=$((bitrate_vp9*12))}${crf_vp9:+ crf=$crf_vp9} cpu-used=$cpu_vp9"
-_ffmpeg_vp9="-c:v $encoder_vp9${pre_vp9:+ -vpre $pre_vp9}${preset_vp9:+ -preset $preset_vp9}${bitrate_vp9:+ -b:v $bitrate_vp9 -minrate $((bitrate_vp9/20)) -maxrate $((bitrate_vp9*12))}${crf_vp9:+ ${no_bitrate_vp9:+-b:v 0 }-crf $crf_vp9} -cpu-used $cpu_vp9"
+_melt_vp9="vcodec=$encoder_vp9${pre_vp9:+ vpreset=$pre_vp9}${preset_vp9:+ preset=$preset_vp9}${bitrate_vp9:+ ${no_crf_vp9:+vb=$bitrate_vp9} minrate=$((bitrate_vp9/20)) maxrate=$((bitrate_vp9*12))}${crf_vp9:+ crf=$crf_vp9} cpu-used=$cpu_vp9"
+_ffmpeg_vp9="-c:v $encoder_vp9${pre_vp9:+ -vpre $pre_vp9}${preset_vp9:+ -preset $preset_vp9}${bitrate_vp9:+ ${no_crf_vp9:+-b:v $bitrate_vp9} -minrate $((bitrate_vp9/20)) -maxrate $((bitrate_vp9*12))}${crf_vp9:+ ${no_bitrate_vp9:+-b:v 0 }-crf $crf_vp9} -cpu-used $cpu_vp9"
 _vpxenc_vp9="--codec=vp9${bitrate_vp9:+ --target-bitrate=$((bitrate_vp9/1000))} --good --end-usage=${no_crf_vp9:+vbr}${crf_vp9:+cq --cq-level=$crf_vp9} --cpu-used=$cpu_vp9 $_vpxenc_vpx --tile-columns=$webm_tokenparts_log2 --tile-rows=$webm_tokenparts_log2"
 _melt_h264="vcodec=$encoder_h264${preset_h264:+ vpreset=$preset_h264}${profile_h264:+ vprofile=$profile_h264}${x264tune:+ tune=$x264tune}${bitrate_h264:+ maxrate=${bitrate_h264} bufsize=$((bitrate_h264*2))} threads=0 movflags=+faststart crf=$crf_h264"
 _melt_pcm="$_melt_downmix acodec=pcm_s16le"