## GENERAL SETTINGS ##
float_bits: 32;						# internal floating point precision
sampling_rate: 44100;				# sampling rate in Hz of audio interfaces
filter_length: 256,8;				# length of filters
overflow_warnings: true;			# echo warnings to stderr if overflow occurs
show_progress: true;				# echo filtering progress to stderr
max_dither_table_size: 0;			# maximum size in bytes of precalculated dither
allow_poll_mode: false;				# allow use of input poll mode
modules_path: ".";					# extra path where to find BruteFIR modules
monitor_rate: true;					# monitor sample rate
lock_memory: false;					# try to lock memory if realtime prio is set
convolver_config: "/home/.wisdom";	# location of convolver config file

## COEFFICIENTS ##
coeff "ctweeter" {
	format: "text";
	filename: "/home/highpass.txt";
	attenuation: 0;
	shared_mem: false;
};
coeff "cmidrange" {
	format: "text";
	filename: "/home/bandpass.txt";
	attenuation: 0;
	shared_mem: false;
};
coeff "cwoofer" {
	format: "text";
	filename: "/home/lowpass.txt";
	attenuation: 0;
	shared_mem: false;
};

## INPUTS ##
input "ileft" {
	device: "file" {path: "/dev/stdin";};	# module and parameters to get audio
	sample: "S16_LE";						# sample format
	channels: 2/0;							# number of open channels / which to use
	delay: 0,0;								# delay in samples for each channel
	maxdelay: -1;							# max delay for variable delays
	mute: false,false;						# mute active on startup for each channel
};

## OUTPUTS ##
output "otweeter","omidrange" {
	device: "alsa" { device: "hw:0,0"; link: false; };
	sample: "S32_BE";						# sample format
	channels: 2/0,1;						# number of open channels / which to use
	delay: 0,0; 							# delay in samples for each channel
	maxdelay: -1;							# max delay for variable delays
	mute: false,false;						# mute active on startup for each channel
	dither: false;							# apply dither
};
output "owoofer","onotused" {
	device: "alsa" { device: "hw:0,1"; link: false; };
	sample: "S32_BE";						# sample format
	channels: 2/0,1;						# number of open channels / which to use
	delay: 0,0;								# delay in samples for each channel
	maxdelay: -1;							# max delay for variable delays
	mute: false,false;						# mute active on startup for each channel
	dither: false;							# apply dither
};

## FILTERS ##
filter "fdrc" {
	from_inputs: "ileft"/0.0;
	to_filters: "ftweeter", "fmidrange", "fwoofer", "fnotused";
	process: 0; 							# process index to run in (-1 means auto)
	coeff: -1; 								# -1 means "copy"
	delay: 0;								# predelay, in blocks
	crossfade: false;						# crossfade when coefficient is changed
};
filter "ftweeter" {
	from_filters: "fdrc"/0.0;
	to_outputs: "otweeter"/6.0;
	process: 0; 							# process index to run in (-1 means auto)
	coeff: "ctweeter";
	delay: 0;								# predelay, in blocks
	crossfade: false;						# crossfade when coefficient is changed
};
filter "fmidrange" {
	from_filters: "fdrc"/0.0;
	to_outputs: "omidrange"/0.0;
	process: 0;								# process index to run in (-1 means auto)
	coeff: "cmidrange";
	delay: 0;								# predelay, in blocks
	crossfade: false;						# crossfade when coefficient is changed
};
filter "fwoofer" {
	from_filters: "fdrc"/0.0;
	to_outputs: "owoofer"/7.0;
	process: 0;								# process index to run in (-1 means auto)
	coeff: "cwoofer";
	delay: 0;								# predelay, in blocks
	crossfade: false;						# crossfade when coefficient is changed
};
filter "fnotused" {
	from_filters: "fdrc"/0.0;
	to_outputs: "onotused"/0.0/-1;
	process: 0;								# process index to run in (-1 means auto)
	coeff: "cwoofer";							# -1 means "copy"
	delay: 0;								# predelay, in blocks
	crossfade: false;						# crossfade when coefficient is changed
};