brutefir_config.example

sampling_rate: 44100;       # sampling rate in Hz of audio interfaces
filter_length: 1024;        # length of filters

overflow_warnings: true;    # echo warnings to stderr if overflow occurs
show_progress: false;       # echo filtering progress to stderr

coeff "left" {
        filename: "dirac pulse";        # Use dirac-pulse for testing
#        filename: "~/.config/brutefir/my_coeffs.txt";
        format: "text";         # text, S16_BE, S16_LE, FLOAT_LE ...
        attenuation: 0;
};

coeff "right" {
        filename: "dirac pulse";        # Use dirac-pulse for testing
#        filename: "~/.config/brutefir/my_coeffs_right.txt";
        format: "text";         # text, S16_BE, S16_LE, FLOAT_LE ...
        attenuation: 0;
};

# module and parameters to get audio
input "left", "right" {
        device: "pulse" {
#                server: "";    # Host to connect to
                app_name: "BruteFIR 1.0o-pulse module";    # This application name
                device: "BruteFIR.monitor";
                stream_name: "Input for BruteFIR service";
        };
        sample: "S16_LE";   # sample format
        channels: 2/0,1;    # number of open channels / which to use
        mute: false,false;  # mute active on startup for each channel
};

# module and parameters to put audio
output "left", "right" {
        device: "pulse" {
#                server: "";    # Host to connect to
                app_name: "BruteFIR 1.0o-pulse module";    # This application name
                device: "alsa_output.default";
                stream_name: "Output of BruteFIR service";
        };
        sample: "S16_LE";   # sample format
        channels: 2/0,1;    # number of open channels / which to use
        mute: false,false;  # mute active on startup for each channel
};

filter "left" {
        inputs: "left";
        outputs: "left";
        coeff: "left";
};

filter "right" {
        inputs: "right";
        outputs: "right";
        coeff: "right";
};