def test_isValid():
fd, path = tempfile.mkstemp()
def raiseWarning(warningString):
generalTF = SOFAGeneralTF(path, 'r')
with pytest.warns(SOFAWarning) as record:
assert not generalTF.isValid()
assert warningString in str(record[-1].message)
generalTF.close()
## Validity of SOFAFile
# File not valid
rootgrp = Dataset(path, 'w', format='NETCDF4')
rootgrp.close()
raiseWarning('Missing required attribute: APIName')
os.remove(path)
# SOFA File valid
rootgrp = Dataset(path, 'w', format='NETCDF4')
# Attributes
rootgrp.Conventions = 'SOFA'
rootgrp.Version = '1.0'
rootgrp.SOFAConventions = 'GeneralFIRE'
rootgrp.SOFAConventionsVersion = '0.1'
rootgrp.APIName = 'pysofaconventions'
rootgrp.APIVersion = '0.1'
rootgrp.APIVersion = '0.1'
rootgrp.AuthorContact = '*****@*****.**'
rootgrp.Organization = 'Eurecat - UPF'
rootgrp.License = 'WTFPL - Do What the F**k You Want to Public License'
rootgrp.DataType = 'FIRE'
rootgrp.RoomType = 'reverberant'
rootgrp.DateCreated = time.ctime(time.time())
rootgrp.DateModified = time.ctime(time.time())
rootgrp.Title = 'testpysofaconventions'
# Dimensions
rootgrp.createDimension('I', 1)
rootgrp.createDimension('N', 2)
rootgrp.createDimension('C', 3)
rootgrp.createDimension('M', 4)
rootgrp.createDimension('R', 5)
rootgrp.createDimension('E', 6)
# Variables
sr = rootgrp.createVariable('Data.SamplingRate', 'f8', ('I', ))
sr.Units = 'hertz'
rootgrp.createVariable('Data.Delay', 'f8', ('M', 'R', 'E'))
rootgrp.createVariable('Data.IR', 'f8', ('M', 'R', 'E', 'N'))
listenerPositionVar = rootgrp.createVariable('ListenerPosition', 'f8',
('I', 'C'))
listenerPositionVar.Units = 'metre'
listenerPositionVar.Type = 'cartesian'
sourcePositionVar = rootgrp.createVariable('SourcePosition', 'f8',
('I', 'C'))
sourcePositionVar.Units = 'metre'
sourcePositionVar.Type = 'cartesian'
receiverPositionVar = rootgrp.createVariable('ReceiverPosition', 'f8',
('R', 'C', 'I'))
receiverPositionVar.Units = 'metre'
receiverPositionVar.Type = 'cartesian'
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8',
('E', 'C', 'M'))
emitterPositionVar.Units = 'metre'
emitterPositionVar.Type = 'cartesian'
rootgrp.close()
## Specific validity
# Data type should be FIR
raiseWarning('DataType is not "TF", got: "FIRE"')
# Adjust data type and required variables to change
rootgrp = Dataset(path, 'a')
rootgrp.DataType = 'TF'
rootgrp.createVariable('Data.Real', 'f8', ('M', 'R', 'N'))
rootgrp.createVariable('Data.Imag', 'f8', ('M', 'R', 'N'))
n = rootgrp.createVariable('N', 'f8', ('N', ))
n.Units = 'hertz'
rootgrp.close()
# SOFAConventions should be GeneralTF
raiseWarning('SOFAConventions is not "GeneralTF", got: "GeneralFIRE"')
rootgrp = Dataset(path, 'a')
rootgrp.SOFAConventions = 'GeneralTF'
rootgrp.close()
# All right
generalTF = SOFAGeneralTF(path, 'r')
assert generalTF.isValid()
generalTF.close()
os.remove(path)
import soundfile as sf #----------Create it----------# filePath = "/Volumes/Dinge/SOFA/S3A/AudioBooth.sofa" rootgrp = Dataset(filePath, 'w', format='NETCDF4') #----------Required Attributes----------# rootgrp.Conventions = 'SOFA' rootgrp.Version = SOFAAPI.getAPIVersion() rootgrp.SOFAConventions = 'AmbisonicsDRIR' rootgrp.SOFAConventionsVersion = SOFAAmbisonicsDRIR.getConventionVersion() rootgrp.APIName = 'pysofaconventions' rootgrp.APIVersion = SOFAAPI.getAPIVersion() rootgrp.AuthorContact = '*****@*****.**' rootgrp.Organization = 'Eurecat - UPF' rootgrp.License = 'Please ask authors for permission' rootgrp.DataType = 'FIRE' rootgrp.RoomType = 'reverberant' rootgrp.DateCreated = time.ctime(time.time()) rootgrp.DateModified = time.ctime(time.time()) rootgrp.Title = 'AudioBooth' rootgrp.AmbisonicsOrder = '1' #----------Required Dimensions----------# M = 1 N = 65536 R = 4 E = 17
def test_isValid():
fd, path = tempfile.mkstemp()
def raiseWarning(warningString):
ambisonicsDRIR = SOFAAmbisonicsDRIR(path, 'r')
with pytest.warns(SOFAWarning) as record:
assert not ambisonicsDRIR.isValid()
assert warningString in str(record[-1].message)
ambisonicsDRIR.close()
## Validity of SOFAFile
# File not valid
rootgrp = Dataset(path, 'w', format='NETCDF4')
rootgrp.close()
raiseWarning('Missing required attribute: APIName')
os.remove(path)
# SOFA File valid
rootgrp = Dataset(path, 'w', format='NETCDF4')
# Attributes
rootgrp.Conventions = 'SOFA'
rootgrp.Version = '1.0'
rootgrp.SOFAConventions = 'GeneralFIR'
rootgrp.SOFAConventionsVersion = '0.2'
rootgrp.APIName = 'pysofaconventions'
rootgrp.APIVersion = '0.1'
rootgrp.APIVersion = '0.1'
rootgrp.AuthorContact = '*****@*****.**'
rootgrp.Organization = 'Eurecat - UPF'
rootgrp.License = 'WTFPL - Do What the F**k You Want to Public License'
rootgrp.DataType = 'FIRE'
rootgrp.RoomType = 'reverberant'
rootgrp.DateCreated = time.ctime(time.time())
rootgrp.DateModified = time.ctime(time.time())
rootgrp.Title = 'testpysofaconventions'
# Dimensions
rootgrp.createDimension('I', 1)
rootgrp.createDimension('N', 2)
rootgrp.createDimension('C', 3)
rootgrp.createDimension('M', 4)
rootgrp.createDimension('R', 5)
rootgrp.createDimension('E', 6)
# Variables
sr = rootgrp.createVariable('Data.SamplingRate', 'f8', ('I', ))
sr.Units = 'hertz'
rootgrp.createVariable('Data.Delay', 'f8', ('M', 'R', 'E'))
rootgrp.createVariable('Data.IR', 'f8', ('M', 'R', 'E', 'N'))
listenerPositionVar = rootgrp.createVariable('ListenerPosition', 'f8',
('I', 'C'))
listenerPositionVar.Units = 'metre'
listenerPositionVar.Type = 'cartesian'
sourcePositionVar = rootgrp.createVariable('SourcePosition', 'f8',
('I', 'C'))
sourcePositionVar.Units = 'metre'
sourcePositionVar.Type = 'cartesian'
receiverPositionVar = rootgrp.createVariable('ReceiverPosition', 'f8',
('R', 'C', 'I'))
receiverPositionVar.Units = 'metre'
receiverPositionVar.Type = 'cartesian'
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8',
('E', 'C', 'M'))
emitterPositionVar.Units = 'metre'
emitterPositionVar.Type = 'cartesian'
rootgrp.close()
## Specific validity
# SOFAConventions should be AmbisonicsDRIR
raiseWarning('SOFAConventions is not "AmbisonicsDRIR", got: "GeneralFIR"')
rootgrp = Dataset(path, 'a')
rootgrp.SOFAConventions = 'AmbisonicsDRIR'
rootgrp.close()
# Required global attribute AmbisonicsOrder
raiseWarning('Missing required Global Attribute "AmbisonicsOrder"')
rootgrp = Dataset(path, 'a')
rootgrp.AmbisonicsOrder = 1
rootgrp.close()
# Required attribute Data.IR:ChannelOrdering
raiseWarning('Missing required Data.IR Attribute "ChannelOrdering"')
rootgrp = Dataset(path, 'a')
dataIR = rootgrp.variables['Data.IR']
dataIR.ChannelOrdering = 'fuma'
rootgrp.close()
# Required attribute Data.IR:Normalization
raiseWarning('Missing required Data.IR Attribute "Normalization"')
rootgrp = Dataset(path, 'a')
dataIR = rootgrp.variables['Data.IR']
dataIR.Normalization = 'fuma'
rootgrp.close()
# Requiered variables ListenerUp and ListenerView
raiseWarning('Missing required Variables "ListenerUp" and "ListenerView"')
rootgrp = Dataset(path, 'a')
up = rootgrp.createVariable('ListenerUp', 'f8', ('I', 'C'))
up.Units = 'metre'
up.Type = 'cartesian'
view = rootgrp.createVariable('ListenerView', 'f8', ('I', 'C'))
view.Units = 'metre'
view.Type = 'cartesian'
rootgrp.close()
# Requiered variables SourceUp and SourceView
raiseWarning('Missing required Variables "SourceUp" and "SourceView"')
rootgrp = Dataset(path, 'a')
up = rootgrp.createVariable('SourceUp', 'f8', ('I', 'C'))
up.Units = 'metre'
up.Type = 'cartesian'
view = rootgrp.createVariable('SourceView', 'f8', ('I', 'C'))
view.Units = 'metre'
view.Type = 'cartesian'
rootgrp.close()
# All right
ambisonicsDRIR = SOFAAmbisonicsDRIR(path, 'r')
assert ambisonicsDRIR.isValid()
ambisonicsDRIR.close()
os.remove(path)
# Test separately the data type (renaming it on the fly might crash the netcdf4)
rootgrp = Dataset(path, 'w', format='NETCDF4')
# Attributes
rootgrp.Conventions = 'SOFA'
rootgrp.Version = '1.0'
rootgrp.SOFAConventions = 'GeneralFIR'
rootgrp.SOFAConventionsVersion = '0.2'
rootgrp.APIName = 'pysofaconventions'
rootgrp.APIVersion = '0.1'
rootgrp.APIVersion = '0.1'
rootgrp.AuthorContact = '*****@*****.**'
rootgrp.Organization = 'Eurecat - UPF'
rootgrp.License = 'WTFPL - Do What the F**k You Want to Public License'
rootgrp.DataType = 'FIR'
rootgrp.RoomType = 'reverberant'
rootgrp.DateCreated = time.ctime(time.time())
rootgrp.DateModified = time.ctime(time.time())
rootgrp.Title = 'testpysofaconventions'
# Dimensions
rootgrp.createDimension('I', 1)
rootgrp.createDimension('N', 2)
rootgrp.createDimension('C', 3)
rootgrp.createDimension('M', 4)
rootgrp.createDimension('R', 5)
rootgrp.createDimension('E', 6)
# Variables
sr = rootgrp.createVariable('Data.SamplingRate', 'f8', ('I', ))
sr.Units = 'hertz'
rootgrp.createVariable('Data.Delay', 'f8', ('M', 'R'))
rootgrp.createVariable('Data.IR', 'f8', ('M', 'R', 'N'))
listenerPositionVar = rootgrp.createVariable('ListenerPosition', 'f8',
('I', 'C'))
listenerPositionVar.Units = 'metre'
listenerPositionVar.Type = 'cartesian'
sourcePositionVar = rootgrp.createVariable('SourcePosition', 'f8',
('I', 'C'))
sourcePositionVar.Units = 'metre'
sourcePositionVar.Type = 'cartesian'
receiverPositionVar = rootgrp.createVariable('ReceiverPosition', 'f8',
('R', 'C', 'I'))
receiverPositionVar.Units = 'metre'
receiverPositionVar.Type = 'cartesian'
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8',
('E', 'C', 'M'))
emitterPositionVar.Units = 'metre'
emitterPositionVar.Type = 'cartesian'
rootgrp.close()
# Data type should be FIRE
raiseWarning('DataType is not "FIRE", got: "FIR"')
def write_SOFA_file(self):
'''
This methods uses the computed minimum phase HRIRs and saves them into a SOFA format file.
:return: nothing
'''
filename_min_phase = self.HRIR_SOFA_file.getGlobalAttributeValue(
'DatabaseName') + '_min_phase.sofa'
print('printing filename: ', filename_min_phase)
filePath = '../../HRTF_data/' + filename_min_phase
rootgrp = Dataset(filePath, 'w', format='NETCDF4')
attributes = self.HRIR_SOFA_file.getGlobalAttributesAsDict()
print('printing attributes: ', attributes)
# ----------Required Attributes----------#
rootgrp.Conventions = attributes["Conventions"]
rootgrp.Version = attributes["Version"]
rootgrp.SOFAConventions = attributes["SOFAConventions"]
rootgrp.SOFAConventionsVersion = attributes["SOFAConventionsVersion"]
rootgrp.APIName = attributes["APIName"]
rootgrp.APIVersion = attributes["APIVersion"]
rootgrp.AuthorContact = attributes["AuthorContact"]
rootgrp.Organization = attributes["Organization"]
rootgrp.License = attributes["License"]
rootgrp.DataType = attributes["DataType"]
rootgrp.RoomType = attributes["RoomType"]
rootgrp.DateCreated = attributes["DateCreated"]
rootgrp.DateModified = attributes["DateModified"]
rootgrp.Title = attributes["Title"]
rootgrp.DatabaseName = attributes["DatabaseName"]
rootgrp.ListenerShortName = attributes["ListenerShortName"]
# ----------Required Dimensions----------#
dimensions = self.HRIR_SOFA_file.getDimensionsAsDict()
print('dimensions: ', dimensions)
m = dimensions['M'].size
n = dimensions['N'].size
r = dimensions['R'].size
e = dimensions['E'].size
i = dimensions[
'I'].size # I and C are default ones. Their value is constant and fixed
c = dimensions[
'C'].size # same as above https://www.sofaconventions.org/mediawiki/index.php/SOFA_conventions#AnchorDimensions
rootgrp.createDimension('M', m)
rootgrp.createDimension('N', n)
rootgrp.createDimension('E', e)
rootgrp.createDimension('R', r)
rootgrp.createDimension('I', i)
rootgrp.createDimension('C', c)
# ----------Required Variables----------#
#--------- Listener Variables ---------#
listenerPositionVar = rootgrp.createVariable('ListenerPosition', 'f8',
('I', 'C'))
listenerPosUnits, listenerPosType = self.HRIR_SOFA_file.getListenerPositionInfo(
)
listenerPos = self.HRIR_SOFA_file.getListenerPositionValues()
listenerPositionVar.Units = listenerPosUnits
listenerPositionVar.Type = listenerPosType
listenerPositionVar[:] = listenerPos
if self.HRIR_SOFA_file.hasListenerUp():
listenerUpVar = rootgrp.createVariable('ListenerUp', 'f8',
('I', 'C'))
listenerUpUnits, listenerUpType = self.HRIR_SOFA_file.getListenerUpInfo(
)
listenerUp = self.HRIR_SOFA_file.getListenerUpValues()
if listenerUpType is not None:
listenerUpVar.Type = listenerUpType
if listenerUpUnits is not None:
listenerUpVar.Units = listenerUpUnits
listenerUpVar[:] = listenerUp
if self.HRIR_SOFA_file.hasListenerView():
listenerViewVar = rootgrp.createVariable('ListenerView', 'f8',
('I', 'C'))
listenerViewUnits, listenerViewType = self.HRIR_SOFA_file.getListenerViewInfo(
)
listenerView = self.HRIR_SOFA_file.getListenerViewValues()
if listenerViewType is not None:
listenerViewVar.Type = listenerViewType
if listenerViewUnits is not None:
listenerViewVar.Units = listenerViewUnits
listenerViewVar[:] = listenerView
#------ Emitter ------#
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8',
('E', 'C', 'I'))
emitterPosUnits, emitterPosType = self.HRIR_SOFA_file.getEmitterPositionInfo(
)
emitterPos = self.HRIR_SOFA_file.getEmitterPositionValues()
emitterPositionVar.Units = emitterPosUnits
emitterPositionVar.Type = emitterPosType
emitterPositionVar[:] = emitterPos
#-------- Source ------#
sourcePositionVar = rootgrp.createVariable('SourcePosition', 'f8',
('M', 'C'))
sourcePosUnits, sourcePosType = self.HRIR_SOFA_file.getSourcePositionInfo(
)
sourcePos = self.HRIR_SOFA_file.getSourcePositionValues()
print('printing source positions: ', sourcePos)
sourcePositionVar.Units = sourcePosUnits
sourcePositionVar.Type = sourcePosType
sourcePositionVar[:] = sourcePos
if self.HRIR_SOFA_file.hasSourceUp():
sourceUpVar = rootgrp.createVariable('SourceUp', 'f8', ('I', 'C'))
sourceUpUnits, sourceUpType = self.HRIR_SOFA_file.getSourceUpInfo()
sourceUp = self.HRIR_SOFA_file.getSourceUpValues()
sourceUpVar.Units = sourceUpUnits
sourceUpVar.Type = sourceUpType
sourceUpVar[:] = sourceUp
if self.HRIR_SOFA_file.hasSourceView():
sourceViewVar = rootgrp.createVariable('SourceView', 'f8',
('I', 'C'))
sourceViewUnits, sourceViewType = self.HRIR_SOFA_file.getSourceViewInfo(
)
sourceView = self.HRIR_SOFA_file.getSourceViewValues()
sourceViewVar.Units = sourceViewUnits
sourceViewVar.Type = sourceViewType
sourceViewVar[:] = sourceView
#------- Receiver -------#
receiverPositionVar = rootgrp.createVariable('ReceiverPosition', 'f8',
('R', 'C', 'I'))
receiverPosUnits, receiverPosType = self.HRIR_SOFA_file.getReceiverPositionInfo(
)
receiverPos = self.HRIR_SOFA_file.getReceiverPositionValues()
receiverPositionVar.Units = receiverPosUnits
receiverPositionVar.Type = receiverPosType
receiverPositionVar[:] = receiverPos
samplingRateVar = rootgrp.createVariable('Data.SamplingRate', 'f8',
('I'))
samplingRateVar.Units = self.HRIR_SOFA_file.getSamplingRateUnits()
samplingRateVar[:] = self.HRIR_SOFA_file.getSamplingRate()
delayVar = rootgrp.createVariable('Data.Delay', 'f8', ('I', 'R'))
delay = self.HRIR_SOFA_file.getDataDelay()
delayVar[:, :] = delay
dataIRVar = rootgrp.createVariable('Data.IR', 'f8', ('M', 'R', 'N'))
channelOrdering = self.HRIR_SOFA_file.getDataIRChannelOrdering()
dataNormalization = self.HRIR_SOFA_file.getDataIRNormalization()
if channelOrdering is not None:
dataIRVar.ChannelOrdering = channelOrdering
if dataNormalization is not None:
dataIRVar.Normalization = dataNormalization
dataIRVar[:] = self.min_phase_HRIR_data
# ----------Close it----------#
rootgrp.close()
def test_isValid():
fd, path = tempfile.mkstemp()
def raiseWarning(warningString):
simpleHeadphoneIR = SOFASimpleHeadphoneIR(path, 'r')
with pytest.warns(SOFAWarning) as record:
assert not simpleHeadphoneIR.isValid()
assert warningString in str(record[-1].message)
simpleHeadphoneIR.close()
## Validity of SOFAFile
# File not valid
rootgrp = Dataset(path, 'w', format='NETCDF4')
rootgrp.close()
raiseWarning('Missing required attribute: APIName')
os.remove(path)
# SOFA File valid
rootgrp = Dataset(path, 'w', format='NETCDF4')
# Attributes
rootgrp.Conventions = 'SOFA'
rootgrp.Version = '1.0'
rootgrp.SOFAConventions = 'GeneralFIRE'
rootgrp.SOFAConventionsVersion = '0.1'
rootgrp.APIName = 'pysofaconventions'
rootgrp.APIVersion = '0.1'
rootgrp.APIVersion = '0.1'
rootgrp.AuthorContact = '*****@*****.**'
rootgrp.Organization = 'Eurecat - UPF'
rootgrp.License = 'WTFPL - Do What the F**k You Want to Public License'
rootgrp.DataType = 'FIR'
rootgrp.RoomType = 'reverberant'
rootgrp.DateCreated = time.ctime(time.time())
rootgrp.DateModified = time.ctime(time.time())
rootgrp.Title = 'testpysofaconventions'
# Dimensions
rootgrp.createDimension('I', 1)
rootgrp.createDimension('N', 2)
rootgrp.createDimension('C', 3)
rootgrp.createDimension('M', 4)
rootgrp.createDimension('R', 5)
rootgrp.createDimension('E', 6)
# Variables
sr = rootgrp.createVariable('Data.SamplingRate', 'f8', ('I', ))
sr.Units = 'hertz'
rootgrp.createVariable('Data.Delay', 'f8', ('M', 'R'))
rootgrp.createVariable('Data.IR', 'f8', ('M', 'R', 'N'))
listenerPositionVar = rootgrp.createVariable('ListenerPosition', 'f8',
('I', 'C'))
listenerPositionVar.Units = 'metre'
listenerPositionVar.Type = 'cartesian'
sourcePositionVar = rootgrp.createVariable('SourcePosition', 'f8',
('I', 'C'))
sourcePositionVar.Units = 'metre'
sourcePositionVar.Type = 'cartesian'
receiverPositionVar = rootgrp.createVariable('ReceiverPosition', 'f8',
('R', 'C', 'I'))
receiverPositionVar.Units = 'metre'
receiverPositionVar.Type = 'cartesian'
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8',
('E', 'C', 'M'))
emitterPositionVar.Units = 'metre'
emitterPositionVar.Type = 'cartesian'
rootgrp.close()
## Specific validity
# SOFAConventions should be SimpleHeadphoneIR
raiseWarning(
'SOFAConventions is not "SimpleHeadphoneIR", got: "GeneralFIRE"')
rootgrp = Dataset(path, 'a')
rootgrp.SOFAConventions = 'SimpleHeadphoneIR'
rootgrp.close()
# Global Attribute RoomType should be 'free field
raiseWarning('RoomType is not "free field", got: "reverberant"')
rootgrp = Dataset(path, 'a')
rootgrp.RoomType = 'free field'
rootgrp.close()
# Mandatory Global Attribute ListenerShortName
raiseWarning('Missing required Global Attribute "ListenerShortName"')
rootgrp = Dataset(path, 'a')
rootgrp.ListenerShortName = 'AmazinglyShortName'
rootgrp.close()
# Mandatory Global Attribute ListenerDescription
raiseWarning('Missing required Global Attribute "ListenerDescription"')
rootgrp = Dataset(path, 'a')
rootgrp.ListenerDescription = 'the best listener'
rootgrp.close()
# Mandatory Global Attribute SourceDescription
raiseWarning('Missing required Global Attribute "SourceDescription"')
rootgrp = Dataset(path, 'a')
rootgrp.SourceDescription = 'source is not as godo'
rootgrp.close()
# Mandatory Global Attribute EmitterDescription
raiseWarning('Missing required Global Attribute "EmitterDescription"')
rootgrp = Dataset(path, 'a')
rootgrp.EmitterDescription = 'I like this emitter'
rootgrp.close()
# Mandatory Global Attribute DatabaseName
raiseWarning('Missing required Global Attribute "DatabaseName"')
rootgrp = Dataset(path, 'a')
rootgrp.DatabaseName = 'IncredibleDatabase'
rootgrp.close()
# Mandatory Global Attribute SourceModel
raiseWarning('Missing required Global Attribute "SourceModel"')
rootgrp = Dataset(path, 'a')
rootgrp.SourceModel = 'this is the source model'
rootgrp.close()
# Mandatory Global Attribute SourceManufacturer
raiseWarning('Missing required Global Attribute "SourceManufacturer"')
rootgrp = Dataset(path, 'a')
rootgrp.SourceManufacturer = 'INGSOC'
rootgrp.close()
# Mandatory Global Attribute SourceURI
raiseWarning('Missing required Global Attribute "SourceURI"')
rootgrp = Dataset(path, 'a')
rootgrp.SourceURI = 'www.com'
rootgrp.close()
# Dimension E should match dimension R
raiseWarning(
'Number of emitters (E) and number of receivers (R) do not match, got "6" and "5"'
)
rootgrp = Dataset(path, 'a')
rootgrp.renameDimension('E', 'OLD_E')
rootgrp.createDimension('E', 5)
rootgrp.renameVariable('EmitterPosition', 'OLD_EmitterPosition')
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8',
('E', 'C', 'M'))
emitterPositionVar.Units = 'metre'
emitterPositionVar.Type = 'cartesian'
rootgrp.close()
# All right
simpleHeadphoneIR = SOFASimpleHeadphoneIR(path, 'r')
assert simpleHeadphoneIR.isValid()
simpleHeadphoneIR.close()
os.remove(path)
# Test separately the data type (renaming it on the fly might crash the netcdf4)
rootgrp = Dataset(path, 'w', format='NETCDF4')
# Attributes
rootgrp.Conventions = 'SOFA'
rootgrp.Version = '1.0'
rootgrp.SOFAConventions = 'SimpleHeadphoneIR'
rootgrp.SOFAConventionsVersion = '0.1'
rootgrp.APIName = 'pysofaconventions'
rootgrp.APIVersion = '0.1'
rootgrp.APIVersion = '0.1'
rootgrp.AuthorContact = '*****@*****.**'
rootgrp.Organization = 'Eurecat - UPF'
rootgrp.License = 'WTFPL - Do What the F**k You Want to Public License'
rootgrp.DataType = 'FIRE'
rootgrp.RoomType = 'reverberant'
rootgrp.DateCreated = time.ctime(time.time())
rootgrp.DateModified = time.ctime(time.time())
rootgrp.Title = 'testpysofaconventions'
# Dimensions
rootgrp.createDimension('I', 1)
rootgrp.createDimension('N', 2)
rootgrp.createDimension('C', 3)
rootgrp.createDimension('M', 4)
rootgrp.createDimension('R', 5)
rootgrp.createDimension('E', 6)
# Variables
sr = rootgrp.createVariable('Data.SamplingRate', 'f8', ('I', ))
sr.Units = 'hertz'
rootgrp.createVariable('Data.Delay', 'f8', ('M', 'R', 'E'))
rootgrp.createVariable('Data.IR', 'f8', ('M', 'R', 'E', 'N'))
listenerPositionVar = rootgrp.createVariable('ListenerPosition', 'f8',
('I', 'C'))
listenerPositionVar.Units = 'metre'
listenerPositionVar.Type = 'cartesian'
sourcePositionVar = rootgrp.createVariable('SourcePosition', 'f8',
('I', 'C'))
sourcePositionVar.Units = 'metre'
sourcePositionVar.Type = 'cartesian'
receiverPositionVar = rootgrp.createVariable('ReceiverPosition', 'f8',
('R', 'C', 'I'))
receiverPositionVar.Units = 'metre'
receiverPositionVar.Type = 'cartesian'
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8',
('E', 'C', 'M'))
emitterPositionVar.Units = 'metre'
emitterPositionVar.Type = 'cartesian'
rootgrp.close()
# Data type should be FIR
raiseWarning('DataType is not "FIR", got: "FIRE"')
def test_isValid():
fd, path = tempfile.mkstemp()
def raiseWarning(warningString):
singleRoomDRIR = SOFASingleRoomDRIR(path, 'r')
with pytest.warns(SOFAWarning) as record:
assert not singleRoomDRIR.isValid()
assert warningString in str(record[-1].message)
singleRoomDRIR.close()
## Validity of SOFAFile
# File not valid
rootgrp = Dataset(path, 'w', format='NETCDF4')
rootgrp.close()
raiseWarning('Missing required attribute: APIName')
os.remove(path)
# SOFA File valid
rootgrp = Dataset(path, 'w', format='NETCDF4')
# Attributes
rootgrp.Conventions = 'SOFA'
rootgrp.Version = '1.0'
rootgrp.SOFAConventions = 'GeneralFIRE'
rootgrp.SOFAConventionsVersion = '0.1'
rootgrp.APIName = 'pysofaconventions'
rootgrp.APIVersion = '0.1'
rootgrp.APIVersion = '0.1'
rootgrp.AuthorContact = '*****@*****.**'
rootgrp.Organization = 'Eurecat - UPF'
rootgrp.License = 'WTFPL - Do What the F**k You Want to Public License'
rootgrp.DataType = 'FIR'
rootgrp.RoomType = 'free field'
rootgrp.DateCreated = time.ctime(time.time())
rootgrp.DateModified = time.ctime(time.time())
rootgrp.Title = 'testpysofaconventions'
# Dimensions
rootgrp.createDimension('I', 1)
rootgrp.createDimension('N', 2)
rootgrp.createDimension('C', 3)
rootgrp.createDimension('M', 4)
rootgrp.createDimension('R', 5)
rootgrp.createDimension('E', 6)
# Variables
sr = rootgrp.createVariable('Data.SamplingRate', 'f8', ('I', ))
sr.Units = 'hertz'
rootgrp.createVariable('Data.Delay', 'f8', ('M', 'R'))
rootgrp.createVariable('Data.IR', 'f8', ('M', 'R', 'N'))
listenerPositionVar = rootgrp.createVariable('ListenerPosition', 'f8',
('I', 'C'))
listenerPositionVar.Units = 'metre'
listenerPositionVar.Type = 'cartesian'
sourcePositionVar = rootgrp.createVariable('SourcePosition', 'f8',
('I', 'C'))
sourcePositionVar.Units = 'metre'
sourcePositionVar.Type = 'cartesian'
receiverPositionVar = rootgrp.createVariable('ReceiverPosition', 'f8',
('R', 'C', 'I'))
receiverPositionVar.Units = 'metre'
receiverPositionVar.Type = 'cartesian'
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8',
('E', 'C', 'M'))
emitterPositionVar.Units = 'metre'
emitterPositionVar.Type = 'cartesian'
rootgrp.close()
## Specific validity
# SOFAConventions should be SingleRoomDRIR
raiseWarning('SOFAConventions is not "SingleRoomDRIR", got: "GeneralFIRE"')
rootgrp = Dataset(path, 'a')
rootgrp.SOFAConventions = 'SingleRoomDRIR'
rootgrp.close()
# Global Attribute RoomType should be 'reverberant'
raiseWarning('RoomType is not "reverberant", got: "free field"')
rootgrp = Dataset(path, 'a')
rootgrp.RoomType = 'reverberant'
rootgrp.close()
# Mandatory Global Attribute RoomDescription
raiseWarning('Missing required Global Attribute "RoomDescription"')
rootgrp = Dataset(path, 'a')
rootgrp.RoomDescription = 'my bedroom'
rootgrp.close()
# Requiered variables ListenerUp and ListenerView
raiseWarning('Missing required Variables "ListenerUp" and "ListenerView"')
rootgrp = Dataset(path, 'a')
up = rootgrp.createVariable('ListenerUp', 'f8', ('I', 'C'))
up.Units = 'metre'
up.Type = 'cartesian'
view = rootgrp.createVariable('ListenerView', 'f8', ('I', 'C'))
view.Units = 'metre'
view.Type = 'cartesian'
rootgrp.close()
# Dimension E should be 1
raiseWarning('Number of emitters (E) is not "1", got "6"')
rootgrp = Dataset(path, 'a')
rootgrp.renameDimension('E', 'OLD_E')
rootgrp.createDimension('E', 1)
rootgrp.renameVariable('EmitterPosition', 'OLD_EmitterPosition')
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8',
('E', 'C', 'M'))
emitterPositionVar.Units = 'metre'
emitterPositionVar.Type = 'cartesian'
rootgrp.close()
# All right
singleRoomDRIR = SOFASingleRoomDRIR(path, 'r')
assert singleRoomDRIR.isValid()
singleRoomDRIR.close()
os.remove(path)
# Test separately the data type (renaming it on the fly might crash the netcdf4)
rootgrp = Dataset(path, 'w', format='NETCDF4')
# Attributes
rootgrp.Conventions = 'SOFA'
rootgrp.Version = '1.0'
rootgrp.SOFAConventions = 'SingleRoomDRIR'
rootgrp.SOFAConventionsVersion = '0.1'
rootgrp.APIName = 'pysofaconventions'
rootgrp.APIVersion = '0.1'
rootgrp.APIVersion = '0.1'
rootgrp.AuthorContact = '*****@*****.**'
rootgrp.Organization = 'Eurecat - UPF'
rootgrp.License = 'WTFPL - Do What the F**k You Want to Public License'
rootgrp.DataType = 'FIRE'
rootgrp.RoomType = 'reverberant'
rootgrp.DateCreated = time.ctime(time.time())
rootgrp.DateModified = time.ctime(time.time())
rootgrp.Title = 'testpysofaconventions'
rootgrp.RoomDescription = 'my bedroom'
# Dimensions
rootgrp.createDimension('I', 1)
rootgrp.createDimension('N', 2)
rootgrp.createDimension('C', 3)
rootgrp.createDimension('M', 4)
rootgrp.createDimension('R', 5)
rootgrp.createDimension('E', 1)
# Variables
sr = rootgrp.createVariable('Data.SamplingRate', 'f8', ('I', ))
sr.Units = 'hertz'
rootgrp.createVariable('Data.Delay', 'f8', ('M', 'R', 'E'))
rootgrp.createVariable('Data.IR', 'f8', ('M', 'R', 'E', 'N'))
listenerPositionVar = rootgrp.createVariable('ListenerPosition', 'f8',
('I', 'C'))
listenerPositionVar.Units = 'metre'
listenerPositionVar.Type = 'cartesian'
up = rootgrp.createVariable('ListenerUp', 'f8', ('I', 'C'))
up.Units = 'metre'
up.Type = 'cartesian'
view = rootgrp.createVariable('ListenerView', 'f8', ('I', 'C'))
view.Units = 'metre'
view.Type = 'cartesian'
sourcePositionVar = rootgrp.createVariable('SourcePosition', 'f8',
('I', 'C'))
sourcePositionVar.Units = 'metre'
sourcePositionVar.Type = 'cartesian'
receiverPositionVar = rootgrp.createVariable('ReceiverPosition', 'f8',
('R', 'C', 'I'))
receiverPositionVar.Units = 'metre'
receiverPositionVar.Type = 'cartesian'
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8',
('E', 'C', 'M'))
emitterPositionVar.Units = 'metre'
emitterPositionVar.Type = 'cartesian'
rootgrp.close()
# Data type should be FIR
raiseWarning('DataType is not "FIR", got: "FIRE"')
def test_isValid():
fd, path = tempfile.mkstemp()
def raiseWarning(warningString):
simpleFreeFieldHRIR = SOFASimpleFreeFieldHRIR(path, 'r')
with pytest.warns(SOFAWarning) as record:
assert not simpleFreeFieldHRIR.isValid()
assert warningString in str(record[-1].message)
simpleFreeFieldHRIR.close()
## Validity of SOFAFile
# File not valid
rootgrp = Dataset(path, 'w', format='NETCDF4')
rootgrp.close()
raiseWarning('Missing required attribute: APIName')
os.remove(path)
# SOFA File valid
rootgrp = Dataset(path, 'w', format='NETCDF4')
# Attributes
rootgrp.Conventions = 'SOFA'
rootgrp.Version = '1.0'
rootgrp.SOFAConventions = 'GeneralFIRE'
rootgrp.SOFAConventionsVersion = '0.1'
rootgrp.APIName = 'pysofaconventions'
rootgrp.APIVersion = '0.1'
rootgrp.APIVersion = '0.1'
rootgrp.AuthorContact = '*****@*****.**'
rootgrp.Organization = 'Eurecat - UPF'
rootgrp.License = 'WTFPL - Do What the F**k You Want to Public License'
rootgrp.DataType = 'FIR'
rootgrp.RoomType = 'reverberant'
rootgrp.DateCreated = time.ctime(time.time())
rootgrp.DateModified = time.ctime(time.time())
rootgrp.Title = 'testpysofaconventions'
# Dimensions
rootgrp.createDimension('I', 1)
rootgrp.createDimension('N', 2)
rootgrp.createDimension('C', 3)
rootgrp.createDimension('M', 4)
rootgrp.createDimension('R', 5)
rootgrp.createDimension('E', 6)
# Variables
sr = rootgrp.createVariable('Data.SamplingRate', 'f8', ('I',))
sr.Units = 'hertz'
rootgrp.createVariable('Data.Delay', 'f8', ('M', 'R'))
rootgrp.createVariable('Data.IR', 'f8', ('M', 'R', 'N'))
listenerPositionVar = rootgrp.createVariable('ListenerPosition', 'f8', ('I', 'C'))
listenerPositionVar.Units = 'metre'
listenerPositionVar.Type = 'cartesian'
sourcePositionVar = rootgrp.createVariable('SourcePosition', 'f8', ('I', 'C'))
sourcePositionVar.Units = 'metre'
sourcePositionVar.Type = 'cartesian'
receiverPositionVar = rootgrp.createVariable('ReceiverPosition', 'f8', ('R', 'C', 'I'))
receiverPositionVar.Units = 'metre'
receiverPositionVar.Type = 'cartesian'
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8', ('E', 'C', 'M'))
emitterPositionVar.Units = 'metre'
emitterPositionVar.Type = 'cartesian'
rootgrp.close()
## Specific validity
# SOFAConventions should be SimpleFreeFieldHRIR
raiseWarning('SOFAConventions is not "SimpleFreeFieldHRIR", got: "GeneralFIRE"')
rootgrp = Dataset(path, 'a')
rootgrp.SOFAConventions = 'SimpleFreeFieldHRIR'
rootgrp.close()
# Global Attribute RoomType should be 'free field
raiseWarning('RoomType is not "free field", got: "reverberant"')
rootgrp = Dataset(path, 'a')
rootgrp.RoomType = 'free field'
rootgrp.close()
# Mandatory Global Attribute ListenerShortName
raiseWarning('Missing required Global Attribute "ListenerShortName"')
rootgrp = Dataset(path, 'a')
rootgrp.ListenerShortName = 'AmazinglyShortName'
rootgrp.close()
# Mandatory Global Attribute DatabaseName
raiseWarning('Missing required Global Attribute "DatabaseName"')
rootgrp = Dataset(path, 'a')
rootgrp.DatabaseName = 'IncredibleDatabase'
rootgrp.close()
# Dimension E should be 1
raiseWarning('Number of emitters (E) is not "1", got "6"')
rootgrp = Dataset(path, 'a')
rootgrp.renameDimension('E','OLD_E')
rootgrp.createDimension('E',1)
rootgrp.renameVariable('EmitterPosition','OLD_EmitterPosition')
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8', ('E', 'C', 'M'))
emitterPositionVar.Units = 'metre'
emitterPositionVar.Type = 'cartesian'
rootgrp.close()
# Dimension R should be 2
raiseWarning('Number of receivers (R) is not "2", got "5"')
# All right
# Create a new file from scratch, since changing R will break the file coherence and will produce strange crashes...
rootgrp = Dataset(path, 'w', format='NETCDF4')
# Attributes
rootgrp.Conventions = 'SOFA'
rootgrp.Version = '1.0'
rootgrp.SOFAConventions = 'SimpleFreeFieldHRIR'
rootgrp.SOFAConventionsVersion = '0.1'
rootgrp.APIName = 'pysofaconventions'
rootgrp.APIVersion = '0.1'
rootgrp.APIVersion = '0.1'
rootgrp.AuthorContact = '*****@*****.**'
rootgrp.Organization = 'Eurecat - UPF'
rootgrp.License = 'WTFPL - Do What the F**k You Want to Public License'
rootgrp.DataType = 'FIR'
rootgrp.RoomType = 'free field'
rootgrp.DateCreated = time.ctime(time.time())
rootgrp.DateModified = time.ctime(time.time())
rootgrp.Title = 'testpysofaconventions'
rootgrp.ListenerShortName = 'AmazinglyShortName'
rootgrp.DatabaseName = 'IncredibleDatabase'
# Dimensions
rootgrp.createDimension('I', 1)
rootgrp.createDimension('N', 2)
rootgrp.createDimension('C', 3)
rootgrp.createDimension('M', 4)
rootgrp.createDimension('R', 2)
rootgrp.createDimension('E', 1)
# Variables
sr = rootgrp.createVariable('Data.SamplingRate', 'f8', ('I',))
sr.Units = 'hertz'
rootgrp.createVariable('Data.Delay', 'f8', ('M', 'R'))
rootgrp.createVariable('Data.IR', 'f8', ('M', 'R', 'N'))
listenerPositionVar = rootgrp.createVariable('ListenerPosition', 'f8', ('I', 'C'))
listenerPositionVar.Units = 'metre'
listenerPositionVar.Type = 'cartesian'
sourcePositionVar = rootgrp.createVariable('SourcePosition', 'f8', ('I', 'C'))
sourcePositionVar.Units = 'metre'
sourcePositionVar.Type = 'cartesian'
receiverPositionVar = rootgrp.createVariable('ReceiverPosition', 'f8', ('R', 'C', 'I'))
receiverPositionVar.Units = 'metre'
receiverPositionVar.Type = 'cartesian'
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8', ('E', 'C', 'M'))
emitterPositionVar.Units = 'metre'
emitterPositionVar.Type = 'cartesian'
rootgrp.close()
# Check
simpleFreeFieldHRIR = SOFASimpleFreeFieldHRIR(path, 'r')
assert simpleFreeFieldHRIR.isValid()
simpleFreeFieldHRIR.close()
os.remove(path)
# Check FIR
rootgrp = Dataset(path, 'w', format='NETCDF4')
# Attributes
rootgrp.Conventions = 'SOFA'
rootgrp.Version = '1.0'
rootgrp.SOFAConventions = 'SimpleFreeFieldHRIR'
rootgrp.SOFAConventionsVersion = '0.1'
rootgrp.APIName = 'pysofaconventions'
rootgrp.APIVersion = '0.1'
rootgrp.APIVersion = '0.1'
rootgrp.AuthorContact = '*****@*****.**'
rootgrp.Organization = 'Eurecat - UPF'
rootgrp.License = 'WTFPL - Do What the F**k You Want to Public License'
rootgrp.DataType = 'FIRE'
rootgrp.RoomType = 'free field'
rootgrp.DateCreated = time.ctime(time.time())
rootgrp.DateModified = time.ctime(time.time())
rootgrp.Title = 'testpysofaconventions'
rootgrp.ListenerShortName = 'AmazinglyShortName'
rootgrp.DatabaseName = 'IncredibleDatabase'
# Dimensions
rootgrp.createDimension('I', 1)
rootgrp.createDimension('N', 2)
rootgrp.createDimension('C', 3)
rootgrp.createDimension('M', 4)
rootgrp.createDimension('R', 2)
rootgrp.createDimension('E', 1)
# Variables
sr = rootgrp.createVariable('Data.SamplingRate', 'f8', ('I',))
sr.Units = 'hertz'
rootgrp.createVariable('Data.Delay', 'f8', ('M', 'R', 'E'))
rootgrp.createVariable('Data.IR', 'f8', ('M', 'R', 'E', 'N'))
listenerPositionVar = rootgrp.createVariable('ListenerPosition', 'f8', ('I', 'C'))
listenerPositionVar.Units = 'metre'
listenerPositionVar.Type = 'cartesian'
sourcePositionVar = rootgrp.createVariable('SourcePosition', 'f8', ('I', 'C'))
sourcePositionVar.Units = 'metre'
sourcePositionVar.Type = 'cartesian'
receiverPositionVar = rootgrp.createVariable('ReceiverPosition', 'f8', ('R', 'C', 'I'))
receiverPositionVar.Units = 'metre'
receiverPositionVar.Type = 'cartesian'
emitterPositionVar = rootgrp.createVariable('EmitterPosition', 'f8', ('E', 'C', 'M'))
emitterPositionVar.Units = 'metre'
emitterPositionVar.Type = 'cartesian'
rootgrp.close()
# Data type should be FIR
raiseWarning('DataType is not "FIR", got: "FIRE"')
