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For storing impulse responses.

Note: Delay is mandatory (set to 0 if not used).

Name	Default	Flags	Dimensions	Type	Comment
GLOBAL:DataType	FIR	rm		attribute
Data.IR	0	m	mRn	double	Impulse responses
Data.SamplingRate	48000	m	I	double	Sampling rate of the samples in Data.IR
Data.SamplingRate:Units	hertz	m		attribute	Unit of the sampling rate
Data.Delay	0	m	IR, MR	double	Additional delay of each IR in samples

Useful to describe a transfer function by a sparse number of frequencies. The guys from BEM simulations like it.

Note: the dimensional variable N is mandatory, it must be of dimension N, and must provide the frequency values.

Name	Default	Flags	Dimensions	Type	Comment
GLOBAL:DataType	TF	rm		attribute
Data.Real	0	m	mRn	double	The real part of the complex spectrum
Data.Imag	0	m	MRN	double	The imaginary part of the complex spectrum
N	0	m	N	double	Frequency values
N_LongName	frequency			attribute
N_Units	hertz	m		attribute	Unit of the values given in N

FIRE is based on FIR and is intended for storing impulse responses which depend on the emitter (E).

Note: Delay is mandatory (set to 0 if not used).

Name	Default	Flags	Dimensions	Type	Comment
GLOBAL:DataType	FIRE	rm		attribute
Data.IR	0	m	mREn	double	Impulse responses
Data.SamplingRate	48000	m	I	double	Sampling rate of the samples in Data.IR
Data.SamplingRate:Units	hertz	m		attribute	Unit of the sampling rate
Data.Delay	0	m	IR, MR	double	Additional delay of each IR in samples

@@ Line 37: / Line 37: @@
 |Data.Delay||<nowiki>0</nowiki>||m||IR, MR||double||Additional delay of each IR in samples
 |}
 === TF ===