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lib_xua/module_usb_audio/endpoint0/chanstrings.h
Ross Owen 3558bc6049 Conflicted merge: master -> DEV_X200_BRINGUP
2015-04-07 14:52:51 +01:00

2571 lines
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/* AUTOGENERATED using chanstringgen.py */
/* Not very nice looking but the standard preprocessor is not very powerful
and we save some memory over doing this all at runtime */
/* Output Strings */
#if (NUM_USB_CHAN_OUT > 1-1)
.outputChanStr_1 = ""
#if (1 < I2S_CHANS_DAC+1)
"Analogue 1"
#endif
#if ((1 < SPDIF_TX_INDEX+2+1) && (1 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (1 < I2S_CHANS_DAC+1)
"/"
#endif
#if(1 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(1 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((1 < ADAT_TX_INDEX+8+1) && (1 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((1 < SPDIF_TX_INDEX+2+1) && (1 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (1 < I2S_CHANS_DAC+1)
"/"
#endif
#if(1 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(1 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(1 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(1 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(1 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(1 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(1 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(1 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 2-1)
.outputChanStr_2 = ""
#if (2 < I2S_CHANS_DAC+1)
"Analogue 2"
#endif
#if ((2 < SPDIF_TX_INDEX+2+1) && (2 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (2 < I2S_CHANS_DAC+1)
"/"
#endif
#if(2 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(2 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((2 < ADAT_TX_INDEX+8+1) && (2 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((2 < SPDIF_TX_INDEX+2+1) && (2 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (2 < I2S_CHANS_DAC+1)
"/"
#endif
#if(2 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(2 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(2 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(2 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(2 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(2 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(2 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(2 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 3-1)
.outputChanStr_3 = ""
#if (3 < I2S_CHANS_DAC+1)
"Analogue 3"
#endif
#if ((3 < SPDIF_TX_INDEX+2+1) && (3 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (3 < I2S_CHANS_DAC+1)
"/"
#endif
#if(3 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(3 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((3 < ADAT_TX_INDEX+8+1) && (3 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((3 < SPDIF_TX_INDEX+2+1) && (3 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (3 < I2S_CHANS_DAC+1)
"/"
#endif
#if(3 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(3 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(3 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(3 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(3 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(3 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(3 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(3 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 4-1)
.outputChanStr_4 = ""
#if (4 < I2S_CHANS_DAC+1)
"Analogue 4"
#endif
#if ((4 < SPDIF_TX_INDEX+2+1) && (4 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (4 < I2S_CHANS_DAC+1)
"/"
#endif
#if(4 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(4 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((4 < ADAT_TX_INDEX+8+1) && (4 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((4 < SPDIF_TX_INDEX+2+1) && (4 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (4 < I2S_CHANS_DAC+1)
"/"
#endif
#if(4 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(4 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(4 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(4 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(4 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(4 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(4 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(4 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 5-1)
.outputChanStr_5 = ""
#if (5 < I2S_CHANS_DAC+1)
"Analogue 5"
#endif
#if ((5 < SPDIF_TX_INDEX+2+1) && (5 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (5 < I2S_CHANS_DAC+1)
"/"
#endif
#if(5 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(5 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((5 < ADAT_TX_INDEX+8+1) && (5 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((5 < SPDIF_TX_INDEX+2+1) && (5 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (5 < I2S_CHANS_DAC+1)
"/"
#endif
#if(5 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(5 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(5 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(5 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(5 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(5 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(5 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(5 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 6-1)
.outputChanStr_6 = ""
#if (6 < I2S_CHANS_DAC+1)
"Analogue 6"
#endif
#if ((6 < SPDIF_TX_INDEX+2+1) && (6 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (6 < I2S_CHANS_DAC+1)
"/"
#endif
#if(6 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(6 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((6 < ADAT_TX_INDEX+8+1) && (6 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((6 < SPDIF_TX_INDEX+2+1) && (6 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (6 < I2S_CHANS_DAC+1)
"/"
#endif
#if(6 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(6 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(6 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(6 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(6 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(6 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(6 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(6 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 7-1)
.outputChanStr_7 = ""
#if (7 < I2S_CHANS_DAC+1)
"Analogue 7"
#endif
#if ((7 < SPDIF_TX_INDEX+2+1) && (7 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (7 < I2S_CHANS_DAC+1)
"/"
#endif
#if(7 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(7 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((7 < ADAT_TX_INDEX+8+1) && (7 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((7 < SPDIF_TX_INDEX+2+1) && (7 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (7 < I2S_CHANS_DAC+1)
"/"
#endif
#if(7 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(7 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(7 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(7 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(7 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(7 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(7 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(7 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 8-1)
.outputChanStr_8 = ""
#if (8 < I2S_CHANS_DAC+1)
"Analogue 8"
#endif
#if ((8 < SPDIF_TX_INDEX+2+1) && (8 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (8 < I2S_CHANS_DAC+1)
"/"
#endif
#if(8 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(8 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((8 < ADAT_TX_INDEX+8+1) && (8 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((8 < SPDIF_TX_INDEX+2+1) && (8 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (8 < I2S_CHANS_DAC+1)
"/"
#endif
#if(8 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(8 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(8 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(8 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(8 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(8 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(8 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(8 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 9-1)
.outputChanStr_9 = ""
#if (9 < I2S_CHANS_DAC+1)
"Analogue 9"
#endif
#if ((9 < SPDIF_TX_INDEX+2+1) && (9 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (9 < I2S_CHANS_DAC+1)
"/"
#endif
#if(9 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(9 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((9 < ADAT_TX_INDEX+8+1) && (9 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((9 < SPDIF_TX_INDEX+2+1) && (9 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (9 < I2S_CHANS_DAC+1)
"/"
#endif
#if(9 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(9 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(9 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(9 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(9 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(9 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(9 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(9 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 10-1)
.outputChanStr_10 = ""
#if (10 < I2S_CHANS_DAC+1)
"Analogue 10"
#endif
#if ((10 < SPDIF_TX_INDEX+2+1) && (10 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (10 < I2S_CHANS_DAC+1)
"/"
#endif
#if(10 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(10 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((10 < ADAT_TX_INDEX+8+1) && (10 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((10 < SPDIF_TX_INDEX+2+1) && (10 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (10 < I2S_CHANS_DAC+1)
"/"
#endif
#if(10 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(10 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(10 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(10 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(10 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(10 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(10 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(10 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 11-1)
.outputChanStr_11 = ""
#if (11 < I2S_CHANS_DAC+1)
"Analogue 11"
#endif
#if ((11 < SPDIF_TX_INDEX+2+1) && (11 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (11 < I2S_CHANS_DAC+1)
"/"
#endif
#if(11 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(11 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((11 < ADAT_TX_INDEX+8+1) && (11 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((11 < SPDIF_TX_INDEX+2+1) && (11 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (11 < I2S_CHANS_DAC+1)
"/"
#endif
#if(11 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(11 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(11 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(11 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(11 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(11 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(11 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(11 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 12-1)
.outputChanStr_12 = ""
#if (12 < I2S_CHANS_DAC+1)
"Analogue 12"
#endif
#if ((12 < SPDIF_TX_INDEX+2+1) && (12 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (12 < I2S_CHANS_DAC+1)
"/"
#endif
#if(12 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(12 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((12 < ADAT_TX_INDEX+8+1) && (12 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((12 < SPDIF_TX_INDEX+2+1) && (12 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (12 < I2S_CHANS_DAC+1)
"/"
#endif
#if(12 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(12 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(12 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(12 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(12 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(12 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(12 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(12 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 13-1)
.outputChanStr_13 = ""
#if (13 < I2S_CHANS_DAC+1)
"Analogue 13"
#endif
#if ((13 < SPDIF_TX_INDEX+2+1) && (13 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (13 < I2S_CHANS_DAC+1)
"/"
#endif
#if(13 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(13 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((13 < ADAT_TX_INDEX+8+1) && (13 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((13 < SPDIF_TX_INDEX+2+1) && (13 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (13 < I2S_CHANS_DAC+1)
"/"
#endif
#if(13 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(13 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(13 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(13 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(13 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(13 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(13 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(13 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 14-1)
.outputChanStr_14 = ""
#if (14 < I2S_CHANS_DAC+1)
"Analogue 14"
#endif
#if ((14 < SPDIF_TX_INDEX+2+1) && (14 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (14 < I2S_CHANS_DAC+1)
"/"
#endif
#if(14 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(14 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((14 < ADAT_TX_INDEX+8+1) && (14 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((14 < SPDIF_TX_INDEX+2+1) && (14 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (14 < I2S_CHANS_DAC+1)
"/"
#endif
#if(14 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(14 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(14 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(14 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(14 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(14 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(14 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(14 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 15-1)
.outputChanStr_15 = ""
#if (15 < I2S_CHANS_DAC+1)
"Analogue 15"
#endif
#if ((15 < SPDIF_TX_INDEX+2+1) && (15 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (15 < I2S_CHANS_DAC+1)
"/"
#endif
#if(15 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(15 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((15 < ADAT_TX_INDEX+8+1) && (15 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((15 < SPDIF_TX_INDEX+2+1) && (15 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (15 < I2S_CHANS_DAC+1)
"/"
#endif
#if(15 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(15 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(15 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(15 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(15 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(15 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(15 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(15 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 16-1)
.outputChanStr_16 = ""
#if (16 < I2S_CHANS_DAC+1)
"Analogue 16"
#endif
#if ((16 < SPDIF_TX_INDEX+2+1) && (16 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (16 < I2S_CHANS_DAC+1)
"/"
#endif
#if(16 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(16 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((16 < ADAT_TX_INDEX+8+1) && (16 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((16 < SPDIF_TX_INDEX+2+1) && (16 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (16 < I2S_CHANS_DAC+1)
"/"
#endif
#if(16 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(16 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(16 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(16 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(16 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(16 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(16 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(16 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 17-1)
.outputChanStr_17 = ""
#if (17 < I2S_CHANS_DAC+1)
"Analogue 17"
#endif
#if ((17 < SPDIF_TX_INDEX+2+1) && (17 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (17 < I2S_CHANS_DAC+1)
"/"
#endif
#if(17 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(17 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((17 < ADAT_TX_INDEX+8+1) && (17 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((17 < SPDIF_TX_INDEX+2+1) && (17 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (17 < I2S_CHANS_DAC+1)
"/"
#endif
#if(17 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(17 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(17 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(17 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(17 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(17 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(17 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(17 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 18-1)
.outputChanStr_18 = ""
#if (18 < I2S_CHANS_DAC+1)
"Analogue 18"
#endif
#if ((18 < SPDIF_TX_INDEX+2+1) && (18 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (18 < I2S_CHANS_DAC+1)
"/"
#endif
#if(18 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(18 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((18 < ADAT_TX_INDEX+8+1) && (18 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((18 < SPDIF_TX_INDEX+2+1) && (18 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (18 < I2S_CHANS_DAC+1)
"/"
#endif
#if(18 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(18 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(18 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(18 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(18 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(18 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(18 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(18 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 19-1)
.outputChanStr_19 = ""
#if (19 < I2S_CHANS_DAC+1)
"Analogue 19"
#endif
#if ((19 < SPDIF_TX_INDEX+2+1) && (19 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (19 < I2S_CHANS_DAC+1)
"/"
#endif
#if(19 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(19 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((19 < ADAT_TX_INDEX+8+1) && (19 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((19 < SPDIF_TX_INDEX+2+1) && (19 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (19 < I2S_CHANS_DAC+1)
"/"
#endif
#if(19 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(19 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(19 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(19 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(19 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(19 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(19 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(19 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 20-1)
.outputChanStr_20 = ""
#if (20 < I2S_CHANS_DAC+1)
"Analogue 20"
#endif
#if ((20 < SPDIF_TX_INDEX+2+1) && (20 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (20 < I2S_CHANS_DAC+1)
"/"
#endif
#if(20 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(20 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((20 < ADAT_TX_INDEX+8+1) && (20 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((20 < SPDIF_TX_INDEX+2+1) && (20 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (20 < I2S_CHANS_DAC+1)
"/"
#endif
#if(20 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(20 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(20 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(20 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(20 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(20 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(20 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(20 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 21-1)
.outputChanStr_21 = ""
#if (21 < I2S_CHANS_DAC+1)
"Analogue 21"
#endif
#if ((21 < SPDIF_TX_INDEX+2+1) && (21 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (21 < I2S_CHANS_DAC+1)
"/"
#endif
#if(21 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(21 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((21 < ADAT_TX_INDEX+8+1) && (21 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((21 < SPDIF_TX_INDEX+2+1) && (21 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (21 < I2S_CHANS_DAC+1)
"/"
#endif
#if(21 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(21 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(21 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(21 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(21 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(21 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(21 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(21 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 22-1)
.outputChanStr_22 = ""
#if (22 < I2S_CHANS_DAC+1)
"Analogue 22"
#endif
#if ((22 < SPDIF_TX_INDEX+2+1) && (22 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (22 < I2S_CHANS_DAC+1)
"/"
#endif
#if(22 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(22 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((22 < ADAT_TX_INDEX+8+1) && (22 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((22 < SPDIF_TX_INDEX+2+1) && (22 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (22 < I2S_CHANS_DAC+1)
"/"
#endif
#if(22 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(22 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(22 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(22 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(22 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(22 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(22 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(22 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 23-1)
.outputChanStr_23 = ""
#if (23 < I2S_CHANS_DAC+1)
"Analogue 23"
#endif
#if ((23 < SPDIF_TX_INDEX+2+1) && (23 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (23 < I2S_CHANS_DAC+1)
"/"
#endif
#if(23 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(23 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((23 < ADAT_TX_INDEX+8+1) && (23 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((23 < SPDIF_TX_INDEX+2+1) && (23 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (23 < I2S_CHANS_DAC+1)
"/"
#endif
#if(23 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(23 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(23 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(23 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(23 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(23 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(23 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(23 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 24-1)
.outputChanStr_24 = ""
#if (24 < I2S_CHANS_DAC+1)
"Analogue 24"
#endif
#if ((24 < SPDIF_TX_INDEX+2+1) && (24 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (24 < I2S_CHANS_DAC+1)
"/"
#endif
#if(24 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(24 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((24 < ADAT_TX_INDEX+8+1) && (24 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((24 < SPDIF_TX_INDEX+2+1) && (24 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (24 < I2S_CHANS_DAC+1)
"/"
#endif
#if(24 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(24 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(24 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(24 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(24 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(24 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(24 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(24 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 25-1)
.outputChanStr_25 = ""
#if (25 < I2S_CHANS_DAC+1)
"Analogue 25"
#endif
#if ((25 < SPDIF_TX_INDEX+2+1) && (25 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (25 < I2S_CHANS_DAC+1)
"/"
#endif
#if(25 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(25 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((25 < ADAT_TX_INDEX+8+1) && (25 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((25 < SPDIF_TX_INDEX+2+1) && (25 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (25 < I2S_CHANS_DAC+1)
"/"
#endif
#if(25 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(25 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(25 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(25 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(25 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(25 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(25 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(25 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 26-1)
.outputChanStr_26 = ""
#if (26 < I2S_CHANS_DAC+1)
"Analogue 26"
#endif
#if ((26 < SPDIF_TX_INDEX+2+1) && (26 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (26 < I2S_CHANS_DAC+1)
"/"
#endif
#if(26 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(26 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((26 < ADAT_TX_INDEX+8+1) && (26 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((26 < SPDIF_TX_INDEX+2+1) && (26 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (26 < I2S_CHANS_DAC+1)
"/"
#endif
#if(26 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(26 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(26 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(26 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(26 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(26 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(26 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(26 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 27-1)
.outputChanStr_27 = ""
#if (27 < I2S_CHANS_DAC+1)
"Analogue 27"
#endif
#if ((27 < SPDIF_TX_INDEX+2+1) && (27 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (27 < I2S_CHANS_DAC+1)
"/"
#endif
#if(27 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(27 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((27 < ADAT_TX_INDEX+8+1) && (27 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((27 < SPDIF_TX_INDEX+2+1) && (27 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (27 < I2S_CHANS_DAC+1)
"/"
#endif
#if(27 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(27 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(27 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(27 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(27 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(27 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(27 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(27 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 28-1)
.outputChanStr_28 = ""
#if (28 < I2S_CHANS_DAC+1)
"Analogue 28"
#endif
#if ((28 < SPDIF_TX_INDEX+2+1) && (28 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (28 < I2S_CHANS_DAC+1)
"/"
#endif
#if(28 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(28 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((28 < ADAT_TX_INDEX+8+1) && (28 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((28 < SPDIF_TX_INDEX+2+1) && (28 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (28 < I2S_CHANS_DAC+1)
"/"
#endif
#if(28 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(28 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(28 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(28 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(28 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(28 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(28 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(28 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 29-1)
.outputChanStr_29 = ""
#if (29 < I2S_CHANS_DAC+1)
"Analogue 29"
#endif
#if ((29 < SPDIF_TX_INDEX+2+1) && (29 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (29 < I2S_CHANS_DAC+1)
"/"
#endif
#if(29 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(29 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((29 < ADAT_TX_INDEX+8+1) && (29 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((29 < SPDIF_TX_INDEX+2+1) && (29 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (29 < I2S_CHANS_DAC+1)
"/"
#endif
#if(29 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(29 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(29 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(29 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(29 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(29 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(29 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(29 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 30-1)
.outputChanStr_30 = ""
#if (30 < I2S_CHANS_DAC+1)
"Analogue 30"
#endif
#if ((30 < SPDIF_TX_INDEX+2+1) && (30 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (30 < I2S_CHANS_DAC+1)
"/"
#endif
#if(30 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(30 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((30 < ADAT_TX_INDEX+8+1) && (30 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((30 < SPDIF_TX_INDEX+2+1) && (30 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (30 < I2S_CHANS_DAC+1)
"/"
#endif
#if(30 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(30 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(30 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(30 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(30 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(30 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(30 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(30 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 31-1)
.outputChanStr_31 = ""
#if (31 < I2S_CHANS_DAC+1)
"Analogue 31"
#endif
#if ((31 < SPDIF_TX_INDEX+2+1) && (31 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (31 < I2S_CHANS_DAC+1)
"/"
#endif
#if(31 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(31 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((31 < ADAT_TX_INDEX+8+1) && (31 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((31 < SPDIF_TX_INDEX+2+1) && (31 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (31 < I2S_CHANS_DAC+1)
"/"
#endif
#if(31 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(31 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(31 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(31 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(31 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(31 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(31 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(31 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_OUT > 32-1)
.outputChanStr_32 = ""
#if (32 < I2S_CHANS_DAC+1)
"Analogue 32"
#endif
#if ((32 < SPDIF_TX_INDEX+2+1) && (32 > SPDIF_TX_INDEX)) && defined(SPDIF_TX)
#if (32 < I2S_CHANS_DAC+1)
"/"
#endif
#if(32 - SPDIF_TX_INDEX == 1)
"SPDIF 1"
#elif(32 - SPDIF_TX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((32 < ADAT_TX_INDEX+8+1) && (32 > ADAT_TX_INDEX)) && defined(ADAT_TX)
#if ((32 < SPDIF_TX_INDEX+2+1) && (32 > SPDIF_TX_INDEX)) && defined(SPDIF_TX) || (32 < I2S_CHANS_DAC+1)
"/"
#endif
#if(32 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(32 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(32 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(32 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(32 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(32 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(32 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(32 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
/* Input Strings */
#if (NUM_USB_CHAN_IN > 1-1)
.inputChanStr_1 = ""
#if (1 < I2S_CHANS_ADC+1)
"Analogue 1"
#endif
#if ((1 < SPDIF_RX_INDEX+2+1) && (1 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (1 < I2S_CHANS_ADC+1)
"/"
#endif
#if(1 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(1 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((1 < ADAT_RX_INDEX+8+1) && (1 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((1 < SPDIF_RX_INDEX+2+1) && (1 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (1 < I2S_CHANS_ADC+1)
"/"
#endif
#if(1 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(1 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(1 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(1 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(1 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(1 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(1 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(1 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 2-1)
.inputChanStr_2 = ""
#if (2 < I2S_CHANS_ADC+1)
"Analogue 2"
#endif
#if ((2 < SPDIF_RX_INDEX+2+1) && (2 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (2 < I2S_CHANS_ADC+1)
"/"
#endif
#if(2 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(2 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((2 < ADAT_RX_INDEX+8+1) && (2 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((2 < SPDIF_RX_INDEX+2+1) && (2 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (2 < I2S_CHANS_ADC+1)
"/"
#endif
#if(2 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(2 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(2 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(2 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(2 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(2 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(2 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(2 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 3-1)
.inputChanStr_3 = ""
#if (3 < I2S_CHANS_ADC+1)
"Analogue 3"
#endif
#if ((3 < SPDIF_RX_INDEX+2+1) && (3 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (3 < I2S_CHANS_ADC+1)
"/"
#endif
#if(3 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(3 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((3 < ADAT_RX_INDEX+8+1) && (3 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((3 < SPDIF_RX_INDEX+2+1) && (3 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (3 < I2S_CHANS_ADC+1)
"/"
#endif
#if(3 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(3 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(3 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(3 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(3 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(3 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(3 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(3 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 4-1)
.inputChanStr_4 = ""
#if (4 < I2S_CHANS_ADC+1)
"Analogue 4"
#endif
#if ((4 < SPDIF_RX_INDEX+2+1) && (4 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (4 < I2S_CHANS_ADC+1)
"/"
#endif
#if(4 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(4 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((4 < ADAT_RX_INDEX+8+1) && (4 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((4 < SPDIF_RX_INDEX+2+1) && (4 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (4 < I2S_CHANS_ADC+1)
"/"
#endif
#if(4 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(4 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(4 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(4 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(4 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(4 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(4 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(4 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 5-1)
.inputChanStr_5 = ""
#if (5 < I2S_CHANS_ADC+1)
"Analogue 5"
#endif
#if ((5 < SPDIF_RX_INDEX+2+1) && (5 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (5 < I2S_CHANS_ADC+1)
"/"
#endif
#if(5 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(5 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((5 < ADAT_RX_INDEX+8+1) && (5 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((5 < SPDIF_RX_INDEX+2+1) && (5 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (5 < I2S_CHANS_ADC+1)
"/"
#endif
#if(5 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(5 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(5 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(5 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(5 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(5 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(5 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(5 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 6-1)
.inputChanStr_6 = ""
#if (6 < I2S_CHANS_ADC+1)
"Analogue 6"
#endif
#if ((6 < SPDIF_RX_INDEX+2+1) && (6 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (6 < I2S_CHANS_ADC+1)
"/"
#endif
#if(6 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(6 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((6 < ADAT_RX_INDEX+8+1) && (6 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((6 < SPDIF_RX_INDEX+2+1) && (6 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (6 < I2S_CHANS_ADC+1)
"/"
#endif
#if(6 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(6 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(6 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(6 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(6 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(6 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(6 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(6 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 7-1)
.inputChanStr_7 = ""
#if (7 < I2S_CHANS_ADC+1)
"Analogue 7"
#endif
#if ((7 < SPDIF_RX_INDEX+2+1) && (7 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (7 < I2S_CHANS_ADC+1)
"/"
#endif
#if(7 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(7 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((7 < ADAT_RX_INDEX+8+1) && (7 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((7 < SPDIF_RX_INDEX+2+1) && (7 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (7 < I2S_CHANS_ADC+1)
"/"
#endif
#if(7 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(7 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(7 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(7 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(7 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(7 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(7 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(7 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 8-1)
.inputChanStr_8 = ""
#if (8 < I2S_CHANS_ADC+1)
"Analogue 8"
#endif
#if ((8 < SPDIF_RX_INDEX+2+1) && (8 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (8 < I2S_CHANS_ADC+1)
"/"
#endif
#if(8 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(8 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((8 < ADAT_RX_INDEX+8+1) && (8 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((8 < SPDIF_RX_INDEX+2+1) && (8 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (8 < I2S_CHANS_ADC+1)
"/"
#endif
#if(8 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(8 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(8 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(8 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(8 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(8 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(8 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(8 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 9-1)
.inputChanStr_9 = ""
#if (9 < I2S_CHANS_ADC+1)
"Analogue 9"
#endif
#if ((9 < SPDIF_RX_INDEX+2+1) && (9 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (9 < I2S_CHANS_ADC+1)
"/"
#endif
#if(9 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(9 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((9 < ADAT_RX_INDEX+8+1) && (9 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((9 < SPDIF_RX_INDEX+2+1) && (9 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (9 < I2S_CHANS_ADC+1)
"/"
#endif
#if(9 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(9 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(9 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(9 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(9 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(9 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(9 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(9 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 10-1)
.inputChanStr_10 = ""
#if (10 < I2S_CHANS_ADC+1)
"Analogue 10"
#endif
#if ((10 < SPDIF_RX_INDEX+2+1) && (10 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (10 < I2S_CHANS_ADC+1)
"/"
#endif
#if(10 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(10 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((10 < ADAT_RX_INDEX+8+1) && (10 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((10 < SPDIF_RX_INDEX+2+1) && (10 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (10 < I2S_CHANS_ADC+1)
"/"
#endif
#if(10 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(10 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(10 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(10 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(10 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(10 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(10 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(10 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 11-1)
.inputChanStr_11 = ""
#if (11 < I2S_CHANS_ADC+1)
"Analogue 11"
#endif
#if ((11 < SPDIF_RX_INDEX+2+1) && (11 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (11 < I2S_CHANS_ADC+1)
"/"
#endif
#if(11 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(11 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((11 < ADAT_RX_INDEX+8+1) && (11 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((11 < SPDIF_RX_INDEX+2+1) && (11 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (11 < I2S_CHANS_ADC+1)
"/"
#endif
#if(11 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(11 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(11 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(11 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(11 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(11 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(11 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(11 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 12-1)
.inputChanStr_12 = ""
#if (12 < I2S_CHANS_ADC+1)
"Analogue 12"
#endif
#if ((12 < SPDIF_RX_INDEX+2+1) && (12 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (12 < I2S_CHANS_ADC+1)
"/"
#endif
#if(12 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(12 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((12 < ADAT_RX_INDEX+8+1) && (12 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((12 < SPDIF_RX_INDEX+2+1) && (12 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (12 < I2S_CHANS_ADC+1)
"/"
#endif
#if(12 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(12 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(12 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(12 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(12 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(12 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(12 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(12 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 13-1)
.inputChanStr_13 = ""
#if (13 < I2S_CHANS_ADC+1)
"Analogue 13"
#endif
#if ((13 < SPDIF_RX_INDEX+2+1) && (13 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (13 < I2S_CHANS_ADC+1)
"/"
#endif
#if(13 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(13 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((13 < ADAT_RX_INDEX+8+1) && (13 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((13 < SPDIF_RX_INDEX+2+1) && (13 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (13 < I2S_CHANS_ADC+1)
"/"
#endif
#if(13 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(13 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(13 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(13 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(13 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(13 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(13 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(13 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 14-1)
.inputChanStr_14 = ""
#if (14 < I2S_CHANS_ADC+1)
"Analogue 14"
#endif
#if ((14 < SPDIF_RX_INDEX+2+1) && (14 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (14 < I2S_CHANS_ADC+1)
"/"
#endif
#if(14 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(14 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((14 < ADAT_RX_INDEX+8+1) && (14 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((14 < SPDIF_RX_INDEX+2+1) && (14 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (14 < I2S_CHANS_ADC+1)
"/"
#endif
#if(14 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(14 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(14 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(14 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(14 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(14 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(14 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(14 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 15-1)
.inputChanStr_15 = ""
#if (15 < I2S_CHANS_ADC+1)
"Analogue 15"
#endif
#if ((15 < SPDIF_RX_INDEX+2+1) && (15 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (15 < I2S_CHANS_ADC+1)
"/"
#endif
#if(15 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(15 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((15 < ADAT_RX_INDEX+8+1) && (15 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((15 < SPDIF_RX_INDEX+2+1) && (15 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (15 < I2S_CHANS_ADC+1)
"/"
#endif
#if(15 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(15 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(15 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(15 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(15 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(15 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(15 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(15 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 16-1)
.inputChanStr_16 = ""
#if (16 < I2S_CHANS_ADC+1)
"Analogue 16"
#endif
#if ((16 < SPDIF_RX_INDEX+2+1) && (16 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (16 < I2S_CHANS_ADC+1)
"/"
#endif
#if(16 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(16 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((16 < ADAT_RX_INDEX+8+1) && (16 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((16 < SPDIF_RX_INDEX+2+1) && (16 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (16 < I2S_CHANS_ADC+1)
"/"
#endif
#if(16 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(16 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(16 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(16 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(16 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(16 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(16 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(16 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 17-1)
.inputChanStr_17 = ""
#if (17 < I2S_CHANS_ADC+1)
"Analogue 17"
#endif
#if ((17 < SPDIF_RX_INDEX+2+1) && (17 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (17 < I2S_CHANS_ADC+1)
"/"
#endif
#if(17 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(17 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((17 < ADAT_RX_INDEX+8+1) && (17 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((17 < SPDIF_RX_INDEX+2+1) && (17 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (17 < I2S_CHANS_ADC+1)
"/"
#endif
#if(17 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(17 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(17 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(17 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(17 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(17 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(17 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(17 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 18-1)
.inputChanStr_18 = ""
#if (18 < I2S_CHANS_ADC+1)
"Analogue 18"
#endif
#if ((18 < SPDIF_RX_INDEX+2+1) && (18 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (18 < I2S_CHANS_ADC+1)
"/"
#endif
#if(18 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(18 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((18 < ADAT_RX_INDEX+8+1) && (18 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((18 < SPDIF_RX_INDEX+2+1) && (18 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (18 < I2S_CHANS_ADC+1)
"/"
#endif
#if(18 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(18 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(18 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(18 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(18 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(18 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(18 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(18 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 19-1)
.inputChanStr_19 = ""
#if (19 < I2S_CHANS_ADC+1)
"Analogue 19"
#endif
#if ((19 < SPDIF_RX_INDEX+2+1) && (19 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (19 < I2S_CHANS_ADC+1)
"/"
#endif
#if(19 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(19 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((19 < ADAT_RX_INDEX+8+1) && (19 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((19 < SPDIF_RX_INDEX+2+1) && (19 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (19 < I2S_CHANS_ADC+1)
"/"
#endif
#if(19 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(19 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(19 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(19 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(19 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(19 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(19 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(19 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 20-1)
.inputChanStr_20 = ""
#if (20 < I2S_CHANS_ADC+1)
"Analogue 20"
#endif
#if ((20 < SPDIF_RX_INDEX+2+1) && (20 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (20 < I2S_CHANS_ADC+1)
"/"
#endif
#if(20 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(20 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((20 < ADAT_RX_INDEX+8+1) && (20 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((20 < SPDIF_RX_INDEX+2+1) && (20 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (20 < I2S_CHANS_ADC+1)
"/"
#endif
#if(20 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(20 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(20 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(20 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(20 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(20 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(20 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(20 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 21-1)
.inputChanStr_21 = ""
#if (21 < I2S_CHANS_ADC+1)
"Analogue 21"
#endif
#if ((21 < SPDIF_RX_INDEX+2+1) && (21 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (21 < I2S_CHANS_ADC+1)
"/"
#endif
#if(21 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(21 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((21 < ADAT_RX_INDEX+8+1) && (21 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((21 < SPDIF_RX_INDEX+2+1) && (21 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (21 < I2S_CHANS_ADC+1)
"/"
#endif
#if(21 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(21 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(21 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(21 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(21 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(21 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(21 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(21 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 22-1)
.inputChanStr_22 = ""
#if (22 < I2S_CHANS_ADC+1)
"Analogue 22"
#endif
#if ((22 < SPDIF_RX_INDEX+2+1) && (22 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (22 < I2S_CHANS_ADC+1)
"/"
#endif
#if(22 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(22 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((22 < ADAT_RX_INDEX+8+1) && (22 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((22 < SPDIF_RX_INDEX+2+1) && (22 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (22 < I2S_CHANS_ADC+1)
"/"
#endif
#if(22 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(22 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(22 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(22 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(22 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(22 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(22 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(22 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 23-1)
.inputChanStr_23 = ""
#if (23 < I2S_CHANS_ADC+1)
"Analogue 23"
#endif
#if ((23 < SPDIF_RX_INDEX+2+1) && (23 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (23 < I2S_CHANS_ADC+1)
"/"
#endif
#if(23 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(23 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((23 < ADAT_RX_INDEX+8+1) && (23 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((23 < SPDIF_RX_INDEX+2+1) && (23 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (23 < I2S_CHANS_ADC+1)
"/"
#endif
#if(23 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(23 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(23 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(23 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(23 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(23 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(23 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(23 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 24-1)
.inputChanStr_24 = ""
#if (24 < I2S_CHANS_ADC+1)
"Analogue 24"
#endif
#if ((24 < SPDIF_RX_INDEX+2+1) && (24 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (24 < I2S_CHANS_ADC+1)
"/"
#endif
#if(24 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(24 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((24 < ADAT_RX_INDEX+8+1) && (24 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((24 < SPDIF_RX_INDEX+2+1) && (24 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (24 < I2S_CHANS_ADC+1)
"/"
#endif
#if(24 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(24 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(24 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(24 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(24 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(24 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(24 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(24 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 25-1)
.inputChanStr_25 = ""
#if (25 < I2S_CHANS_ADC+1)
"Analogue 25"
#endif
#if ((25 < SPDIF_RX_INDEX+2+1) && (25 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (25 < I2S_CHANS_ADC+1)
"/"
#endif
#if(25 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(25 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((25 < ADAT_RX_INDEX+8+1) && (25 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((25 < SPDIF_RX_INDEX+2+1) && (25 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (25 < I2S_CHANS_ADC+1)
"/"
#endif
#if(25 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(25 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(25 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(25 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(25 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(25 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(25 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(25 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 26-1)
.inputChanStr_26 = ""
#if (26 < I2S_CHANS_ADC+1)
"Analogue 26"
#endif
#if ((26 < SPDIF_RX_INDEX+2+1) && (26 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (26 < I2S_CHANS_ADC+1)
"/"
#endif
#if(26 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(26 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((26 < ADAT_RX_INDEX+8+1) && (26 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((26 < SPDIF_RX_INDEX+2+1) && (26 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (26 < I2S_CHANS_ADC+1)
"/"
#endif
#if(26 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(26 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(26 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(26 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(26 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(26 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(26 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(26 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 27-1)
.inputChanStr_27 = ""
#if (27 < I2S_CHANS_ADC+1)
"Analogue 27"
#endif
#if ((27 < SPDIF_RX_INDEX+2+1) && (27 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (27 < I2S_CHANS_ADC+1)
"/"
#endif
#if(27 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(27 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((27 < ADAT_RX_INDEX+8+1) && (27 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((27 < SPDIF_RX_INDEX+2+1) && (27 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (27 < I2S_CHANS_ADC+1)
"/"
#endif
#if(27 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(27 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(27 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(27 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(27 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(27 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(27 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(27 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 28-1)
.inputChanStr_28 = ""
#if (28 < I2S_CHANS_ADC+1)
"Analogue 28"
#endif
#if ((28 < SPDIF_RX_INDEX+2+1) && (28 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (28 < I2S_CHANS_ADC+1)
"/"
#endif
#if(28 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(28 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((28 < ADAT_RX_INDEX+8+1) && (28 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((28 < SPDIF_RX_INDEX+2+1) && (28 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (28 < I2S_CHANS_ADC+1)
"/"
#endif
#if(28 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(28 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(28 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(28 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(28 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(28 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(28 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(28 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 29-1)
.inputChanStr_29 = ""
#if (29 < I2S_CHANS_ADC+1)
"Analogue 29"
#endif
#if ((29 < SPDIF_RX_INDEX+2+1) && (29 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (29 < I2S_CHANS_ADC+1)
"/"
#endif
#if(29 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(29 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((29 < ADAT_RX_INDEX+8+1) && (29 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((29 < SPDIF_RX_INDEX+2+1) && (29 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (29 < I2S_CHANS_ADC+1)
"/"
#endif
#if(29 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(29 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(29 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(29 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(29 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(29 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(29 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(29 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 30-1)
.inputChanStr_30 = ""
#if (30 < I2S_CHANS_ADC+1)
"Analogue 30"
#endif
#if ((30 < SPDIF_RX_INDEX+2+1) && (30 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (30 < I2S_CHANS_ADC+1)
"/"
#endif
#if(30 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(30 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((30 < ADAT_RX_INDEX+8+1) && (30 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((30 < SPDIF_RX_INDEX+2+1) && (30 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (30 < I2S_CHANS_ADC+1)
"/"
#endif
#if(30 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(30 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(30 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(30 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(30 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(30 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(30 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(30 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 31-1)
.inputChanStr_31 = ""
#if (31 < I2S_CHANS_ADC+1)
"Analogue 31"
#endif
#if ((31 < SPDIF_RX_INDEX+2+1) && (31 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (31 < I2S_CHANS_ADC+1)
"/"
#endif
#if(31 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(31 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((31 < ADAT_RX_INDEX+8+1) && (31 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((31 < SPDIF_RX_INDEX+2+1) && (31 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (31 < I2S_CHANS_ADC+1)
"/"
#endif
#if(31 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(31 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(31 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(31 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(31 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(31 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(31 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(31 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
#if (NUM_USB_CHAN_IN > 32-1)
.inputChanStr_32 = ""
#if (32 < I2S_CHANS_ADC+1)
"Analogue 32"
#endif
#if ((32 < SPDIF_RX_INDEX+2+1) && (32 > SPDIF_RX_INDEX)) && defined(SPDIF_RX)
#if (32 < I2S_CHANS_ADC+1)
"/"
#endif
#if(32 - SPDIF_RX_INDEX == 1)
"SPDIF 1"
#elif(32 - SPDIF_RX_INDEX == 2)
"SPDIF 2"
#endif
#endif
#if ((32 < ADAT_RX_INDEX+8+1) && (32 > ADAT_RX_INDEX)) && defined(ADAT_RX)
#if ((32 < SPDIF_RX_INDEX+2+1) && (32 > SPDIF_RX_INDEX)) && defined(SPDIF_RX) || (32 < I2S_CHANS_ADC+1)
"/"
#endif
#if(32 - ADAT_TX_INDEX == 1)
"ADAT 1"
#elif(32 - ADAT_TX_INDEX == 2)
"ADAT 2"
#elif(32 - ADAT_TX_INDEX == 3)
"ADAT 3"
#elif(32 - ADAT_TX_INDEX == 4)
"ADAT 4"
#elif(32 - ADAT_TX_INDEX == 5)
"ADAT 5"
#elif(32 - ADAT_TX_INDEX == 6)
"ADAT 6"
#elif(32 - ADAT_TX_INDEX == 7)
"ADAT 7"
#elif(32 - ADAT_TX_INDEX == 8)
"ADAT 8"
#endif
#endif
,
#endif
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