Updating README.md to display libswscale

README.md

@@ -2,8 +2,8 @@
 
 Here is a script that downloads the source code of [FFmpeg](https://www.ffmpeg.org) library and assembles it for Android. The script produces shared libraries as well as header files. The output structure looks like this:  
 <img src="https://github.com/Javernaut/ffmpeg-android-maker/blob/master/images/output_structure.png" width="200">  
-The actual content of all this directories depends on how the FFmpeg was configured before assembling. For my purpose I enabled only *libavcodec*, *libavformat* and *libavutil*, but you can set your own configuration to make the FFmpeg you need.
-The version of FFmpeg here is **4.1.3**. And the script expects to use Android NDK **r19** (*b* and *c* also work as well as *r20-beta1*). Starting with FFmpeg 4.1 and NDK r19 the whole process became much simpler.
+The actual content of all this directories depends on how the FFmpeg was configured before assembling. For my purpose I enabled only *libavcodec*, *libavformat*, *libavutil* and *libswscale*, but you can set your own configuration to make the FFmpeg you need.
+The version of FFmpeg here is **4.1.3**. And the script expects to use Android NDK **r19** (*b* and *c* also work as well as *r20-beta1* and *r20-beta2*). Starting with FFmpeg 4.1 and NDK r19 the whole process became much simpler.
 
 ## Supported architectures
 
@@ -21,7 +21,3 @@ You have to define an environment variable `ANDROID_NDK_HOME` and set the correc
 Well, just execute the script :) Examine the `output` directory after.
 
 And the actual Android app can be found [here](https://github.com/Javernaut/WhatTheCodec)
-
-## Known issues:
-
-The x86 binary doesn't have assembler optimizations, since they bring text relocations. So it may encounter certain performance issues. The x86_64 doesn't have this problem though.