graphName "builtin_speaker_out"

; macros
; Uncomment the fs definition below if you want to process the graph offline
;[def fs 48000]
[def numChansIn 2]
[def numChansOut 4]
[def numRefChans 4]
[def DEVICE_BRING_UP 0] ; set this to 0 or remove any references to enable LSM post bringup

; boxes
in in
in telemetry 
out out
out ref
box XTC (aufx axtc) 1 1
box NFP nfnp 1 1 ; Non Finite Protection 
box VirtBass (aufx vben) 1 1
box Tone1 (aufx tmst) 1 1
box Norm (aufx ldnm) 1 1
box Comp (aufx mstk) 1 1
box Tone2 (aufx tmst) 1 1
box AUVolumeTaper (aufx volt) 1 1
box split split 1 2
box leftBalance dbgn 1 1
box rightBalance dbgn 1 1
box join join 2 1
box EQSplit split 1 2
box toneSplit split 1 4
box Tone3 (aufx tmst) 1 1
box toneJoin join 4 1
box EQJoinLF join 2 1
box EQJoinHF join 2 1
box freakJoin join 4 1
box ControlFreakLF (aufx cfrk) 1 1
box ControlFreakHF (aufx cfrk) 1 1
box freakSplitLF split 1 2
box freakSplitHF split 1 2
box Ramp dbgn 1 1; For ramping at start/stop to avoid pop

box TelemetryDeInterleaver srlconverter 1 1
box SysIDDeadEnd dead 1 0



; We need to add an additional attenuation of 20dB
; for bring up purposes, this is to ensure the safety
; of the speaker hardware before it is actually tuned.
[if [== [DEVICE_BRING_UP] 1] {
	box bringUpGain dbgn 1 1
}{
	box LSM (aufx lsm2) 1 1
	box SysID (aufx lsid) 1 1
	box telemetryDelay (aufx cdly) 1 1
}]

; format 
format inputTelemetryFormatFixedChannelCount8Interleaved ([fs] 8i)
format inputTelemetryFormatFixedChannelCount8Deinterleaved  ([fs] 8)

; wires
wire in NFP ([fs] [numChansIn])
wire NFP Norm ([fs] [numChansIn])
wire Norm VirtBass ([fs] [numChansIn])
wire VirtBass Tone1 ([fs] [numChansIn])
wire Tone1 split ([fs] [numChansIn])

wire (split 0) leftBalance ([fs] 1)
wire leftBalance (join 0) ([fs] 1)

wire (split 1) rightBalance ([fs] 1)
wire rightBalance (join 1) ([fs] 1)

wire join XTC ([fs] [numChansIn])
wire XTC Tone2 ([fs] [numChansIn])
wire Tone2 AUVolumeTaper ([fs] [numChansIn])
wire AUVolumeTaper Comp ([fs] [numChansIn])
wire Comp EQSplit ([fs] [numChansIn])

wire (EQSplit 0) (toneJoin 0) ([fs] 1) ;left woofer
wire (EQSplit 0) (toneJoin 2) ([fs] 1) ;left tweeter 
wire (EQSplit 1) (toneJoin 1) ([fs] 1) ;right woofer
wire (EQSplit 1) (toneJoin 3) ([fs] 1) ;right tweeter 

wire toneJoin Tone3 ([fs] [numChansOut])
wire Tone3 toneSplit ([fs] [numChansOut])

wire (toneSplit 0) (EQJoinLF 0) ([fs] 1) ;left woofer
wire (toneSplit 1) (EQJoinLF 1) ([fs] 1) ;right woofer
wire (toneSplit 2) (EQJoinHF 0) ([fs] 1) ;left tweeter 
wire (toneSplit 3) (EQJoinHF 1) ([fs] 1) ;right tweeter 

wire EQJoinLF ControlFreakLF ([fs] 2)
wire EQJoinHF ControlFreakHF ([fs] 2)

wire ControlFreakLF freakSplitLF ([fs] 2)
wire ControlFreakHF freakSplitHF ([fs] 2)

wire (freakSplitLF 0) (freakJoin 0) ([fs] 1) ;left woofer
wire (freakSplitLF 1) (freakJoin 1) ([fs] 1) ;right woofer 
wire (freakSplitHF 0) (freakJoin 2) ([fs] 1) ;left tweeter  
wire (freakSplitHF 1) (freakJoin 3) ([fs] 1) ;right tweeter 
wire telemetry TelemetryDeInterleaver inputTelemetryFormatFixedChannelCount8Interleaved 

[if [== [DEVICE_BRING_UP] 1] {
	wire freakJoin bringUpGain  ([fs] [numChansOut])
	wire bringUpGain Ramp ([fs] [numChansOut])
	wire TelemetryDeInterleaver SysIDDeadEnd inputTelemetryFormatFixedChannelCount8Deinterleaved
}{
	wire freakJoin LSM ([fs] [numChansOut]) 
	wire LSM Ramp ([fs] [numChansOut])
	
	wire TelemetryDeInterleaver telemetryDelay inputTelemetryFormatFixedChannelCount8Deinterleaved
	wire telemetryDelay SysID inputTelemetryFormatFixedChannelCount8Deinterleaved
	wire SysID SysIDDeadEnd inputTelemetryFormatFixedChannelCount8Deinterleaved
}]

wire Ramp out ([fs] [numChansOut])
wire Ramp ref ([fs] [numRefChans])

; graph-level parameters
param mvsc 1
wireGraphParam mvsc (AUVolumeTaper 4 0 0)
wireGraphParam mvsc (Tone1 3 0 0)
wireGraphParam mvsc (Tone2 3 0 0)
wireGraphParam mvsc (Tone3 3 0 0)
param mvol 0
;wireParam (AUVolumeTaper 100 0 0) (AULowFlow 4) ; TBD
param mmut 0
wireGraphParam mmut (AUVolumeTaper 0 0 0)
param rpss 0
wireGraphParam rpss (Ramp 1)

param lbal 0
wireGraphParam lbal (leftBalance 0)
param rbal 0
wireGraphParam rbal (rightBalance 0)

[if [== [DEVICE_BRING_UP] 1] {
	param brgn -20.0 in ; default value of -20dB
	wireGraphParam brgn (bringUpGain 0 0 0)
}{

; Graph parameter 4cc definitions
[def kGraphParameter_SpkMeasuredPwr mspw]
[def kGraphParameter_SpkModelPwr mdpw]
[def kAULoudspeakerSystemID_SpkMeasuredPwr 1073741824]
[def kAULoudspeakerManagerV2_SpkModelPwr 1073741824]
;[def kAULoudspeakerManagerV2_VelocityControl 1048582]

param [kGraphParameter_SpkMeasuredPwr] 0 out
wireGraphParam [kGraphParameter_SpkMeasuredPwr] (SysID [kAULoudspeakerSystemID_SpkMeasuredPwr] global 0)

param [kGraphParameter_SpkModelPwr] 0 out
wireGraphParam [kGraphParameter_SpkModelPwr] (LSM [kAULoudspeakerManagerV2_SpkModelPwr] global 0)

; Do we need this input parameter?
;param velo 1 in
;wireGraphParam velo (LSM [kAULoudspeakerManagerV2_VelocityControl] global 0)

; Graph property connections
property tdso in
wireGraphProperty tdso (LSM 64005 0 0) ; SpeakerInputDataSourceOrder

property spts in
wireGraphProperty spts (LSM 64009 0 0) ; TransducerCalibrationCF

property cpms in
wireGraphProperty cpms (LSM 64008 0 0) ; CPMSPowerBudget

wireProperty (SysID 6630 0 0) (LSM 6630 0 0) true ; [kAudioUnitProperty_DspLibLoudspeakerSystemIDModel]

property spcl in ; unused?
;wireGraphProperty spcl (SpeakerProtect [kAUSpeakerProtectionV3Property_TransducerCalibration] 0 0)

}]