correct docs

CHANGELOG.md

@@ -1,4 +1,5 @@
 ### 7
+
 - Starting including rust code
 - FFMPEG info, hash path, adapt probing rate to rust
 - Removed VVC support for now
@@ -6,15 +7,16 @@
 - Removed per frame target quality code (as it's too complex for me to make it work, atm)
 
 ### 6
+
 - ~1.7x faster probes for svt-av1
 - ~2x faster probes for aomenc
--  Changed rav1e settings, disable rav1e scene detection
+- Changed rav1e settings, disable rav1e scene detection
 - Temporally removed VVC support until it's 100% ready and working
 - Added overwrite promt
 - Speed up for SVT-AV1 target quality
 
-
 ### 5
+
 - Fixed fatal errors with ffms2/lsmash
 - Added vmaf validation on each time when VMAF initialized
 - Fix running not required frame probe
@@ -24,6 +26,7 @@
 - aomenc target quality probes to be 8 bit
 
 ### 4
+
 - Refactored Args to Project class
 - Removed dead Rust code
 - Default encoder settings changed
@@ -46,9 +49,11 @@
 - Refactored module structure/names
 
 ### 3
+
 - Default pix format to be yuv420p10le
 - Default scene change interval to be 120 frames
 
 ### 2
+
 - Target VMAF renamed to Target Quality
-- Changed Algo for Target Quality score calculation
+- Changed Algo for Target Quality score calculation

docs/Encoders/aomenc.md

@@ -40,11 +40,7 @@ GIT: [AOM](https://aomedia.googlesource.com/aom/)
 
 ### Example settings and explanation
 
-#### Change encoding bit depth
 
-`-b 8` `-b 10` `-b 12`
-
-This command changes output bit depth
 
 ##### Constant quality
 
@@ -74,14 +70,14 @@ If tiles required to improve playback on old devices or high framerates, set --t
 
 #### Bit-depth
 
-` ... --bit-depth=10 ... `
+` ... --bit-depth=10 ... ` `.. -b 8..` `.. -b 10..` `.. -b 12..`
 It is recommended to set it to 10-bit even for 8-bit content for higher efficiency (due to better compression efficiency) and less banding.
 
 #### Lag-in-frames
 
-` ... --lag-in-frames=35 ... `
+` ... --lag-in-frames=48 ... `
 
-More is better, up to a limit of 35 (default is 19).
+More is better, up to a limit of 48 (default is 35).
 
 #### Content tune
 

docs/TargetQuality.md

@@ -1,6 +1,7 @@
- # Target Quality
+# Target Quality
 
 ## Table of Contents
+
 1. [Description](#Description)
 2. [Requirements](#Requirements)
 3. [Commands](#Commands)
@@ -17,17 +18,17 @@ Target Quality has a really simple goal, instead of guessing what the CQ/CRF val
 ## Requirements
 
 - Working VMAF setup
-    - FFMPEG with libvmaf (It's de facto default configuration from 2020)
-    - Installed or manually selected VMAF models
-        - by default it grabs /usr/share/model/vmaf_v0.6.1.pkl
+  - FFMPEG with libvmaf (It's de facto default configuration from 2020)
+  - Installed or manually selected VMAF models
+    - by default it grabs /usr/share/model/vmaf_v0.6.1.pkl
 
 - Supported encoder
-    - aomenc
-    - rav1e
-    - svt-av1
-    - x265
-    - x264
-    - vpx
+  - aomenc
+  - rav1e
+  - svt-av1
+  - x265
+  - x264
+  - vpx
 
 - Quality/Constant Rate control (Target quality change crf/cq value for each segment). Which means that encoders must be in mode that use CRF/CQ and have those options specified ( `--crf 30`, `--cq-level=30`) those values get replaced for each segment
 
@@ -43,4 +44,4 @@ Target Quality has a really simple goal, instead of guessing what the CQ/CRF val
 
 `av1an -i file --target_quality 90` - Will run aomenc with default settings of target_quality
 
-`av1an -i file --target_quality 95 --vmaf_path "vmaf_v.0.6.3.pkl" --probes 6 ` - With specified path to vmaf model and 6 probes per segment
+`av1an -i file --target_quality 95 --vmaf_path "vmaf_v.0.6.3.pkl" --probes 6` - With specified path to vmaf model and 6 probes per segment