add instruction for building on Apple Silicon when using Intel-MATLAB

   - Open a command line terminal

   - Execute

     ```shell

     cd ../../scripts/binauralRenderer_interface

     mkdir build

     cd build

     cmake ..

     cd ..

     ```

   - `generate_crend_ivas_tables` executable shall be in folder [`../../scripts/binauralRenderer_interface`](../../scripts/binauralRenderer_interface)  

   - On windows this executable requires dll from matlab, you need to add to your path "*/matlab/version/bin/win64"

   - On Windows this executable requires DLL from MATLAB, you need to add to your path `*/matlab/version/bin/win64`

   - For more details on `generate_crend_ivas_tables` see [`mixer_conv_sofa_to_rom_table_converter_readme.txt`](mixer_conv_sofa_to_rom_table_converter_readme.txt).

   - On Apple Silicon Mac with Intel MATLAB, it is necessary to add `SET(CMAKE_OSX_ARCHITECTURES "x86_64")` in the `CMakeLists.txt` near the top of the file. This forces the compilation to use Intel architecture instead ofo the native one.

### Build `tables_format_converter` in `Release` or `RelWithDebugInfo` configuration. `Debug` configuration does not work calling NumPy

   - Open a command line terminal

## Usage

- Run the following MATLAB script: [`generate_ivas_binauralizer_tables_from_sofa.m`](generate_ivas_binauralizer_tables_from_sofa.m)

  - It will generate ROM files that can be used to compile IVAS decoder or renderer. By default the result is BE. 

  - It will generate ROM files that can be used to compile IVAS decoder or renderer. By default, the result is BE. 

  - It will also generate binary files that can be used with `-hrtf` flag in IVAS decoder or renderer command line. 

  - Using IVAS decoder or renderer with default binary files will generate BE output compare to the same command line without `-hrtf` flag. 

  - To test different SOFA files input you need to modify the script in the section `%% Set input files`. Other SOFA files are available in [`HRIRs_sofa`](HRIRs_sofa) folder.