SingleRoomMIMOSRIR

This conventions defines SRIRs measured with a compact listener containing an arbitrary number of receivers (R>1, such as a compact microphone array) and a compact source containing an arbitrary number of emitters (E>1, such as a multi-emitter loudspeaker) for multiple positions and/or orientations of the listener and/or source, in a single room.

The conventions is defined in AES69-2020 (SOFA 2.0).

Name	Default	Flags	Dimensions	Type	Comment
GLOBAL:Conventions	SOFA	rm		attribute
GLOBAL:Version	2.0	rm		attribute
GLOBAL:SOFAConventions	SingleRoomMIMOSRIR	rm		attribute	Single-room multiple-input multiple-output spatial room impulse responses, depending on Emitters
GLOBAL:SOFAConventionsVersion	1.0	rm		attribute
GLOBAL:DataType	FIR-E	rm		attribute	Shall be FIR-E
GLOBAL:RoomType	shoebox	m		attribute	Shall be 'shoebox' or 'dae'
GLOBAL:Title		m		attribute
GLOBAL:DateCreated		m		attribute
GLOBAL:DateModified		m		attribute
GLOBAL:APIName		rm		attribute
GLOBAL:APIVersion		rm		attribute
GLOBAL:AuthorContact		m		attribute
GLOBAL:Organization		m		attribute
GLOBAL:License	No license provided, ask the author for permission	m		attribute
GLOBAL:ApplicationName				attribute
GLOBAL:ApplicationVersion				attribute
GLOBAL:Comment				attribute
GLOBAL:RoomDescription				attribute	narrative description of the room
GLOBAL:History				attribute
GLOBAL:References				attribute
GLOBAL:Origin				attribute
GLOBAL:ListenerShortName				attribute
GLOBAL:ListenerDescription				attribute
ListenerPosition	[0 0 0]	m	MC	double
ListenerPosition:Type	cartesian	m		attribute
ListenerPosition:Units	metre	m		attribute
ListenerView	[1 0 0]	m	IC, MC	double
ListenerUp	[0 0 1]	m	IC, MC	double
ListenerView:Type	cartesian	m		attribute
ListenerView:Units	metre	m		attribute
GLOBAL:ReceiverShortName				attribute
GLOBAL:ReceiverDescription				attribute
ReceiverPosition	[0 0 0]	m	IC, RCI, RCM	double
ReceiverPosition:Type	spherical	m		attribute	Can be of any type enabling both spatially discrete and spatially continuous representations.
ReceiverPosition:Units	degree, degree, metre	m		attribute
ReceiverView	[1 0 0]		RCI, RCM	double
ReceiverUp	[0 0 1]		RCI, RCM	double
ReceiverView:Type	cartesian			attribute
ReceiverView:Units	metre			attribute
GLOBAL:SourceShortName				attribute
GLOBAL:SourceDescription				attribute
SourcePosition	[0 0 1]	m	MC	double
SourcePosition:Type	cartesian	m		attribute
SourcePosition:Units	metre	m		attribute
SourceView	[1 0 0]	m	IC, MC	double
SourceUp	[0 0 1]	m	IC, MC	double
SourceView:Type	cartesian	m		attribute
SourceView:Units	metre	m		attribute
GLOBAL:EmitterShortName				attribute
GLOBAL:EmitterDescription				attribute
EmitterPosition	[0 0 0]	m	IC, ECI, ECM	double	Can be of any type enabling both spatially discrete and spatially continuous representations.
EmitterPosition:Type	spherical	m		attribute
EmitterPosition:Units	degree, degree, metre	m		attribute
EmitterView	[1 0 0]		ECI, ECM	double
EmitterUp	[0 0 1]		ECI, ECM	double
EmitterView:Type	cartesian			attribute
EmitterView:Units	metre			attribute
Data.IR	0	m	mrne	double	Impulse responses
Data.SamplingRate	48000	m	I, M	double	Sampling rate of the samples in Data.IR and Data.Delay
Data.SamplingRate:Units	hertz	m		attribute	Unit of the sampling rate
Data.Delay	0	m	IRI, MRI, MRE	double	Additional delay of each IR (in samples)
RoomCornerA	[0 0 0]	m	IC, MC	double
RoomCornerB	[1 2 3]	m	IC, MC	double
RoomCorners	0		II	double	The value of this attribute is to be ignored. It only exist to for RoomCorners:Type and RoomCorners:Units
RoomCorners:Type	cartesian	m		attribute
RoomCorners:Units	metre	m		attribute
GLOBAL:DatabaseName		m		attribute	Name of the database. Used for classification of the data.