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Commit a89dab7f authored by Philipp Schäfer's avatar Philipp Schäfer
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Configs: adding files for IHTA VRLab

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{
"sLocalIP": "localhost",
"nLauncherPort": 41578,
"nVAServerPort": 12340,
"nWaitForVAServerStart": 3,
"sVASetupIni": "VASetup.VRLab.ini",
"lsBinauralReproductionModules": ["TalkthroughHP", "CTC"],
"lsAmbisonicsReproductionModules": ["AmbisonicsBinauralMixdown", "HOA"],
"dVAServerDirectories": {
"2018.a": "../v2018.a",
"2019.a": "../v2019.a",
"2020.a": "../v2020.a",
"2022.a": "../v2022.a"
}
}
## Triangulation for VRLAB_LS_ALL
#
# Author: Lukas Vollmer (lvo@akustik.rwth-aachen.de)
# Date: 2021-07-12
#
Triangulation = 0, 4, 8; 0, 7, 4; 0, 8, 11; 0, 11, 7; 1, 4, 5; 1, 5, 9; 1, 8, 4; 1, 9, 8; 2, 5, 6; 2, 6, 10; 2, 9, 5; 2, 10, 9; 3, 6, 7; 3, 7, 11; 3, 10, 6; 3, 11, 10; 4, 6, 5; 4, 7, 6; 8, 9, 11; 9, 10, 11
\ No newline at end of file
#
# -------------------------------------------------------------------------------------------
#
# VVV VVV A
# VVV VVV AAA Virtual Acoustics (VA)
# VVV VVV AAA Real-time auralization for virtual reality
# VVV VVV AAA
# VVVVVV AAA (c) Copyright Institute of Technical Acoustics (ITA)
# VVVV AAA RWTH Aachen University (http://www.akustik.rwth-aachen.de)
#
# -------------------------------------------------------------------------------------------
#
[Debug]
# Set log level: 0 = quiet; 1 = errors; 2 = warnings; 3 = info (default); 4 = verbose; 5 = trace;
LogLevel = 4
[Audio driver]
# MANDATORY: Audio driver backend (ASIO|Portaudio|Virtual)
Driver = ASIO
# MANDATORY: Audio device ( e.g. ASIO4ALL v2, ASIO Hammerfall DSP, Portaudio 'default', 0,1,2,3,..., virtual user 'Trigger' )
Device = ASIO MADIface USB
# MANDATORY: Sampling rate [Hz]
Samplerate = 44100
# OPTIONAL: Buffer size / block length used for audio streaming [Samples]
# AUTO will determine the buffer size from the audio device automatically [recommended, set in sound card driver configuration]
# Note: Adjust this to your latency requirements
BufferSize = AUTO
# Define number of output channels manually (e.g. for virtual device)
OutputChannels = AUTO
[Setup]
# -- outputs
[Output:VRLAB_LS_ALL]
Description = ITA VRLab setup using all available broadband loudspeaker (O300 & O110)
Enabled = true
Devices = LS_FL, LS_FR, LS_RR, LS_RL, LS_TF, LS_TR, LS_TB, LS_TL, LS_BF, LS_BR, LS_BB, LS_BL
[Output:VRLAB_VLS_ALL]
Description = ITA VRLab setup using all available broadband loudspeaker (O300 & O110)
Enabled = true
Devices = LS_FL, LS_FR, LS_RR, LS_RL, LS_TF, LS_TR, LS_TB, LS_TL, LS_BF, LS_BR, LS_BB, LS_BL, LS_VU, LS_VD
[Output:VRLAB_LS_HORIZONTAL]
Description = ITA VRLab setup using loudspeaker ring in horizontal plane at user's head elevation
Enabled = true
Devices = LS_FL, LS_FR, LS_RR, LS_RL
[Output:VRLAB_LS_STEREO]
Description = ITA VRLab simple stereo setup
Enabled = true
Devices = LS_FL, LS_FR
[Output:VRLAB_LS_CEILING]
Description = ITA VRLab ceiling loudspeaker ring setup
Enabled = true
Devices = LS_TF, LS_TR, LS_TB, LS_TL
[Output:VRLAB_LS_FLOOR]
Description = ITA VRLab floor loudspeaker ring setup
Enabled = true
Devices = LS_BF, LS_BR, LS_BB, LS_BL
[Output:VRLAB_LS_SUBWOOFER]
Description = ITA VRLab subwoofer loudspeaker setup
Enabled = true
Devices = LS_SUB
[Output:VRLAB_HP_MAIN]
Description = ITA VRLab operator headphones
Enabled = true
Devices = HP_MAIN
[Output:VRLAB_HP_USER1]
Description = ITA VRLab first user space headphones
Enabled = true
Devices = HP1
[Output:VRLAB_HP_USER2]
Description = ITA VRLab second user space headphones
Enabled = true
Devices = HP2
[Output:VRLAB_HP_WIRELESS]
Description = ITA VRLab wireless user space headphones
Enabled = true
Devices = WHP
# Output devices: audio hardware devices for playback
[OutputDevice:LS_FL]
Type = LS
Description = Neumann O300D broadband loudspeaker, front-left
Channels = 1
Position = -1.6232, 1.3400, -1.6054
OrientationYPR = -135, 0, 0
DataFileName = Neumann_O300D_Directivity_DFT.daff
[OutputDevice:LS_FR]
Type = LS
Description = Neumann O300D broadband loudspeaker, front-right
Channels = 2
Position = 1.6562, 1.3400, -1.5858
OrientationYPR = 135, 0, 0
DataFileName = Neumann_O300D_Directivity_DFT.daff
[OutputDevice:LS_RR]
Type = LS
Description = Neumann O300D broadband loudspeaker, rear-right
Channels = 3
Position = 1.6225, 1.3400, 1.5918
OrientationYPR = 45, 0, 0
DataFileName = Neumann_O300D_Directivity_DFT.daff
[OutputDevice:LS_RL]
Type = LS
Description = Neumann O300D broadband loudspeaker, rear-left
Channels = 4
Position = -1.6232, 1.3400, 1.5983
OrientationYPR = -45, 0, 0
DataFileName = Neumann_O300D_Directivity_DFT.daff
[OutputDevice:LS_TF]
Type = LS
Description = Neumann O110 broadband loudspeaker, top-front
Channels = 5
Position = 0, 2.5070, -1.9910
OrientationYPR = 180, -20, 0
DataFileName = Neumann_O110_Directivity_DFT.daff
[OutputDevice:LS_TR]
Type = LS
Description = Neumann O110 broadband loudspeaker, top-right
Channels = 6
Position = 1.9662, 2.5090, 0.0000
OrientationYPR = 90, -20, 0
DataFileName = Neumann_O110_Directivity_DFT.daff
[OutputDevice:LS_TB]
Type = LS
Description = Neumann O110 broadband loudspeaker, top-back
Channels = 7
Position = -0.0000, 2.5070, 1.9781
OrientationYPR = 0, -20, 0
DataFileName = Neumann_O110_Directivity_DFT.daff
[OutputDevice:LS_TL]
Type = LS
Description = Neumann O110 broadband loudspeaker, top-left
Channels = 8
Position = -1.9860, 2.5000, 0.0000
OrientationYPR = -90, -20, 0
DataFileName = Neumann_O110_Directivity_DFT.daff
[OutputDevice:LS_BF]
Type = LS
Description = Neumann O100 broadband loudspeaker, bottom-front
Channels = 9
Position = 0, 0.2420, -1.9823
OrientationYPR = 180, 20, 0
DataFileName = Neumann_O100_Directivity_DFT.daff
[OutputDevice:LS_BR]
Type = LS
Description = Neumann O110D broadband loudspeaker, bottom-right
Channels = 10
Position = 1.9782, 0.2450, 0.0000
OrientationYPR = 90, 20, 0
DataFileName = Neumann_O110D_Directivity_DFT.daff
[OutputDevice:LS_BB]
Type = LS
Description = Neumann O100 broadband loudspeaker, bottom-back
Channels = 11
Position = 0.0, 0.2390, 1.9785
OrientationYPR = 0, 20, 0
DataFileName = Neumann_O100_Directivity_DFT.daff
[OutputDevice:LS_BL]
Type = LS
Description = Neumann O110D broadband loudspeaker, bottom-left
Channels = 12
Position = -1.9771, 0.2320, -0.0000
OrientationYPR = -90, 20, 0
DataFileName = Neumann_O110D_Directivity_DFT.daff
[OutputDevice:LS_SUB]
Type = LS
Description = Neumann O800 subwoofer loudspeaker, right corner
Channels = 14
Position = 3, 0.2, -3
OrientationYPR = 0, 0, 0
DataFileName = Neumann_O800_Directivity_DFT.daff
[OutputDevice:HP_MAIN]
Type = HP
Description = Behringer Headphone Deck
Channels = 17, 18
[OutputDevice:HP1]
Type = HP
Description = First (left) headphone at projector rack
Channels = 19, 20
[OutputDevice:HP2]
Type = HP
Description = Second (right) headphone at projector rack
Channels = 21, 22
[OutputDevice:WHP]
Type = HP
Description = Sennheiser wirless headphones
Channels = 23, 24
[OutputDevice:LS_VU]
Type = LS
Description = K&H O110D, no16, rear-left
Channels = 15
#Position = 0.0, 2.0, 0.0
#OrientationYPR = -45, -15, 0
Position = 0, 2, 0
OrientationYPR = -45, -19.1, 0
#DataFileName = $(VADataDir)/LSEQ/KleinHummel/ls16_eq_nDFT_1025.daff
[OutputDevice:LS_VD]
Type = LS
Description = K&H O110D, no16, rear-left
Channels = 16
Position = 0.0, -2.0, 0.0
OrientationYPR = -45, -19.1, 0
#DataFileName = $(VADataDir)/LSEQ/KleinHummel/ls16_eq_nDFT_1025.daff
\ No newline at end of file
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