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XG Reference tables:
Many XG settings can be adjusted accurately !
Contents:Introduction
Table 1: LFO Frequency
Table 2: Modulation Delay Offset
Table 3: EQ Frequency
Table 4: Reverb Time
Table 5: Delay Time
Table 6: Room Size
Table 7: Delay Time (only for Karaoke 1, 2, 3)
Table 8: Reverb Width, Depth, Height
Table 9: Decimal-Hexadecimal Conversion Chart
Table 10: MIDI Note Names and Numbers incl. Frequency (Pitch) Values
Chapter 11: Calculation of Variation Effect parameters with 2 MIDI bytes data entry
Chapter 12: Calculation of XG Master Tune
Chapter 13: Calculation of Part Detune
Introduction
At this page you can find eight XG Reference tables for those effect parameters which can be set-up very accurately. Table 9 is decimal-hexadecimal conversion chart. Table 10 shows all MIDI note names and numbers incl. the Frequency (Pitch) value of each note. At chapters 11 - 13 you can find information how to calculate Effect parameters with 2 MIDI bytes data entry, XG Master Tune and Part Detune.Back to the top
Table 1: LFO Frequency
Agenda: Value (Dec) / Value (Hex) / LFO Frequency (Hz)| 0d 00h 0.00 | 16d 10h 0.67 | 32d 20h 1.35 | 48d 30h 2.02 | 64d 40h 2.69 | 80d 50h 4.37 | 96d 60h 8.41 | 112d 70h 17.5 |
| 1d 01h 0.04 | 17d 11h 0.72 | 33d 21h 1.39 | 49d 31h 2.06 | 65d 41h 2.78 | 81d 51h 4.54 | 97d 61h 8.75 | 113d 71h 18.2 |
| 2d 02h 0.08 | 18d 12h 0.76 | 34d 22h 1.43 | 50d 32h 2.10 | 66d 42h 2.86 | 82d 52h 4.71 | 98d 62h 9.08 | 114d 72h 19.5 |
| 3d 03h 0.13 | 19d 13h 0.80 | 35d 23h 1.47 | 51d 33h 2.15 | 67d 43h 2.94 | 83d 53h 4.88 | 99d 63h 9.42 | 115d 73h 20.9 |
| 4d 04h 0.17 | 20d 14h 0.84 | 36d 24h 1.51 | 52d 34h 2.19 | 68d 44h 3.03 | 84d 54h 5.05 | 100d 64h 9.76 | 116d 74h 22.2 |
| 5d 05h 0.21 | 21d 15h 0.88 | 37d 25h 1.56 | 53d 35h 2.23 | 69d 45h 3.11 | 85d 55h 5.22 | 101d 65h 10.1 | 117d 75h 23.6 |
| 6d 06h 0.25 | 22d 16h 0.93 | 38d 26h 1.60 | 54d 36h 2.27 | 70d 46h 3.20 | 86d 56h 5.38 | 102d 66h 10.8 | 118d 76h 24.9 |
| 7d 07h 0.29 | 23d 17h 0.97 | 39d 27h 1.64 | 55d 37h 2.31 | 71d 47h 3.28 | 87d 57h 5.55 | 103d 67h 11.4 | 119d 77h 26.2 |
| 8d 08h 0.34 | 24d 18h 1.01 | 40d 28h 1.68 | 56d 38h 2.36 | 72d 48h 3.37 | 88d 58h 5.72 | 104d 68h 12.1 | 120d 78h 27.6 |
| 9d 09h 0.38 | 25d 19h 1.05 | 41d 29h 1.72 | 57d 39h 2.40 | 73d 49h 3.45 | 89d 59h 6.06 | 105d 69h 12.8 | 121d 79h 28.9 |
| 10d 0Ah 0.42 | 26d 1Ah 1.09 | 42d 2Ah 1.77 | 58d 3Ah 2.44 | 74d 4Ah 3.53 | 90d 5Ah 6.39 | 106d 6Ah 13.5 | 122d 7Ah 30.3 |
| 11d 0Bh 0.46 | 27d 1Bh 1.14 | 43d 2Bh 1.81 | 59d 3Bh 2.48 | 75d 4Bh 3.62 | 91d 5Bh 6.73 | 107d 6Bh 14.1 | 123d 7Bh 31.6 |
| 12d 0Ch 0.51 | 28d 1Ch 1.18 | 44d 2Ch 1.85 | 60d 3Ch 2.52 | 76d 4Ch 3.70 | 92d 5Ch 7.07 | 108d 6Ch 14.8 | 124d 7Ch 33.0 |
| 13d 0Dh 0.55 | 29d 1Dh 1.22 | 45d 2Dh 1.89 | 61d 3Dh 2.57 | 77d 4Dh 3.87 | 93d 5Dh 7.40 | 109d 6Dh 15.5 | 125d 7Dh 34.3 |
| 14d 0Eh 0.59 | 30d 1Eh 1.26 | 46d 2Eh 1.94 | 62d 3Eh 2.61 | 78d 4Eh 4.04 | 94d 5Eh 7.74 | 110d 6Eh 16.2 | 126d 7Eh 37.0 |
| 15d 0Fh 0.63 | 31d 1Fh 1.30 | 47d 2Fh 1.98 | 63d 3Fh 2.65 | 79d 4Fh 4.21 | 95d 5Fh 8.08 | 111d 6Fh 16.8 | 127d 7Fh 39.7 |
Table 2: Modulation Delay Offset
Agenda: Value (Dec) / Value (Hex) / Modulation Delay Offset (ms)| 0d 00h 0.00 | 16d 10h 1.60 | 32d 20h 3.20 | 48d 30h 4.80 | 64d 40h 6.40 | 80d 50h 8.00 | 96d 60h 9.60 | 112d 70h 26.5 |
| 1d 01h 0.10 | 17d 11h 1.70 | 33d 21h 3.30 | 49d 31h 4.90 | 65d 41h 6.50 | 81d 51h 8.10 | 97d 61h 9.70 | 113d 71h 28.0 |
| 2d 02h 0.20 | 18d 12h 1.80 | 34d 22h 3.40 | 50d 32h 5.00 | 66d 42h 6.60 | 82d 52h 8.20 | 98d 62h 9.80 | 114d 72h 29.6 |
| 3d 03h 0.30 | 19d 13h 1.90 | 35d 23h 3.50 | 51d 33h 5.10 | 67d 43h 6.70 | 83d 53h 8.30 | 99d 63h 9.90 | 115d 73h 31.2 |
| 4d 04h 0.40 | 20d 14h 2.00 | 36d 24h 3.60 | 52d 34h 5.20 | 68d 44h 6.80 | 84d 54h 8.40 | 100d 64h 10.0 | 116d 74h 32.8 |
| 5d 05h 0.50 | 21d 15h 2.10 | 37d 25h 3.70 | 53d 35h 5.30 | 69d 45h 6.90 | 85d 55h 8.50 | 101d 65h 11.1 | 117d 75h 34.3 |
| 6d 06h 0.60 | 22d 16h 2.20 | 38d 26h 3.80 | 54d 36h 5.40 | 70d 46h 7.00 | 86d 56h 8.60 | 102d 66h 12.2 | 118d 76h 35.9 |
| 7d 07h 0.70 | 23d 17h 2.30 | 39d 27h 3.90 | 55d 37h 5.50 | 71d 47h 7.10 | 87d 57h 8.70 | 103d 67h 13.3 | 119d 77h 37.5 |
| 8d 08h 0.80 | 24d 18h 2.40 | 40d 28h 4.00 | 56d 38h 5.60 | 72d 48h 7.20 | 88d 58h 8.80 | 104d 68h 14.4 | 120d 78h 39.0 |
| 9d 09h 0.90 | 25d 19h 2.50 | 41d 29h 4.10 | 57d 39h 5.70 | 73d 49h 7.30 | 89d 59h 8.90 | 105d 69h 15.5 | 121d 79h 40.6 |
| 10d 0Ah 1.00 | 26d 1Ah 2.60 | 42d 2Ah 4.20 | 58d 3Ah 5.80 | 74d 4Ah 7.40 | 90d 5Ah 9.00 | 106d 6Ah 17.1 | 122d 7Ah 42.2 |
| 11d 0Bh 1.10 | 27d 1Bh 2.70 | 43d 2Bh 4.30 | 59d 3Bh 5.90 | 75d 4Bh 7.50 | 91d 5Bh 9.10 | 107d 6Bh 18.6 | 123d 7Bh 43.7 |
| 12d 0Ch 1.20 | 28d 1Ch 2.80 | 44d 2Ch 4.40 | 60d 3Ch 6.00 | 76d 4Ch 7.60 | 92d 5Ch 9.20 | 108d 6Ch 20.2 | 124d 7Ch 45.3 |
| 13d 0Dh 1.30 | 29d 1Dh 2.90 | 45d 2Dh 4.50 | 61d 3Dh 6.10 | 77d 4Dh 7.70 | 93d 5Dh 9.30 | 109d 6Dh 21.8 | 125d 7Dh 46.9 |
| 14d 0Eh 1.40 | 30d 1Eh 3.00 | 46d 2Eh 4.60 | 62d 3Eh 6.20 | 78d 4Eh 7.80 | 94d 5Eh 9.40 | 110d 6Eh 23.3 | 126d 7Eh 48.4 |
| 15d 0Fh 1.50 | 31d 1Fh 3.10 | 47d 2Fh 4.70 | 63d 3Fh 6.30 | 79d 4Fh 7.90 | 95d 5Fh 9.50 | 111d 6Fh 24.9 | 127d 7Fh 50.0 |
Table 3: EQ Frequency
Agenda: Value (Dec) / Value (Hex) / EQ Frequency (Hz / kHz)| 0d 00h 20 | 16d 10h 125 | 32d 20h 800 | 48d 30h 5.0k |
| 1d 01h 22 | 17d 11h 140 | 33d 21h 900 | 49d 31h 5.6k |
| 2d 02h 25 | 18d 12h 160 | 34d 22h 1.0k | 50d 32h 6.3k |
| 3d 03h 28 | 19d 13h 180 | 35d 23h 1.1k | 51d 33h 7.0k |
| 4d 04h 32 | 20d 14h 200 | 36d 24h 1.2k | 52d 34h 8.0k |
| 5d 05h 36 | 21d 15h 225 | 37d 25h 1.4k | 53d 35h 9.0k |
| 6d 06h 40 | 22d 16h 250 | 38d 26h 1.6k | 54d 36h 10.0k |
| 7d 07h 45 | 23d 17h 280 | 39d 27h 1.8k | 55d 37h 11.0k |
| 8d 08h 50 | 24d 18h 315 | 40d 28h 2.0k | 56d 38h 12.0k |
| 9d 09h 56 | 25d 19h 355 | 41d 29h 2.2k | 57d 39h 14.0k |
| 10d 0Ah 63 | 26d 1Ah 400 | 42d 2Ah 2.5k | 58d 3Ah 16.0k |
| 11d 0Bh 70 | 27d 1Bh 450 | 43d 2Bh 2.8k | 59d 3Bh 18.0k |
| 12d 0Ch 80 | 28d 1Ch 500 | 44d 2Ch 3.2k | 60d 3Ch 20.0k |
| 13d 0Dh 90 | 29d 1Dh 560 | 45d 2Dh 3.6k | |
| 14d 0Eh 100 | 30d 1Eh 630 | 46d 2Eh 4.0k | |
| 15d 0Fh 110 | 31d 1Fh 700 | 47d 2Fh 4.5k |
Table 4: Reverb Time
Agenda: Value (Dec) / Value (Hex) / Reverb Time (s)| 0d 00h 0.30 | 16d 10h 1.90 | 32d 20h 3.50 | 48d 30h 5.50 | 64d 40h 17.0 |
| 1d 01h 0.40 | 17d 11h 2.00 | 33d 21h 3.60 | 49d 31h 6.00 | 65d 41h 18.0 |
| 2d 02h 0.50 | 18d 12h 2.10 | 34d 22h 3.70 | 50d 32h 6.50 | 66d 42h 19.0 |
| 3d 03h 0.60 | 19d 13h 2.20 | 35d 23h 3.80 | 51d 33h 7.00 | 67d 43h 20.0 |
| 4d 04h 0.70 | 20d 14h 2.30 | 36d 24h 3.90 | 52d 34h 7.50 | 68d 44h 25.0 |
| 5d 05h 0.80 | 21d 15h 2.40 | 37d 25h 4.00 | 53d 35h 8.00 | 69d 45h 30.0 |
| 6d 06h 0.90 | 22d 16h 2.50 | 38d 26h 4.10 | 54d 36h 8.50 | |
| 7d 07h 1.00 | 23d 17h 2.60 | 39d 27h 4.20 | 55d 37h 9.00 | |
| 8d 08h 1.10 | 24d 18h 2.70 | 40d 28h 4.30 | 56d 38h 9.50 | |
| 9d 09h 1.20 | 25d 19h 2.80 | 41d 29h 4.40 | 57d 39h 10.0 | |
| 10d 0Ah 1.30 | 26d 1Ah 2.90 | 42d 2Ah 4.50 | 58d 3Ah 11.0 | |
| 11d 0Bh 1.40 | 27d 1Bh 3.00 | 43d 2Bh 4.60 | 59d 3Bh 12.0 | |
| 12d 0Ch 1.50 | 28d 1Ch 3.10 | 44d 2Ch 4.70 | 60d 3Ch 13.0 | |
| 13d 0Dh 1.60 | 29d 1Dh 3.20 | 45d 2Dh 4.80 | 61d 3Dh 14.0 | |
| 14d 0Eh 1.70 | 30d 1Eh 3.30 | 46d 2Eh 4.90 | 62d 3Eh 15.0 | |
| 15d 0Fh 1.80 | 31d 1Fh 3.40 | 47d 2Fh 5.00 | 63d 3Fh 16.0 |
Table 5: Delay Time
Agenda: Value (Dec) / Value (Hex) / Delay Time (ms)| 0d 00h 0.10 | 16d 10h 25.3 | 32d 20h 50.5 | 48d 30h 75.7 | 64d 40h 100.8 | 80d 50h 126.0 | 96d 60h 151.2 | 112d 70h 176.4 |
| 1d 01h 1.70 | 17d 11h 26.9 | 33d 21h 52.0 | 49d 31h 77.2 | 65d 41h 102.4 | 81d 51h 127.6 | 97d 61h 152.8 | 113d 71h 178.0 |
| 2d 02h 3.20 | 18d 12h 28.4 | 34d 22h 53.6 | 50d 32h 78.8 | 66d 42h 104.0 | 82d 52h 129.2 | 98d 62h 154.4 | 114d 72h 179.5 |
| 3d 03h 4.80 | 19d 13h 30.0 | 35d 23h 55.2 | 51d 33h 80.4 | 67d 43h 105.6 | 83d 53h 130.7 | 99d 63h 155.9 | 115d 73h 181.1 |
| 4d 04h 6.40 | 20d 14h 31.6 | 36d 24h 56.8 | 52d 34h 81.9 | 68d 44h 107.1 | 84d 54h 132.3 | 100d 64h 157.5 | 116d 74h 182.7 |
| 5d 05h 8.00 | 21d 15h 33.2 | 37d 25h 58.3 | 53d 35h 83.5 | 69d 45h 108.7 | 85d 55h 133.9 | 101d 65h 159.1 | 117d 75h 184.3 |
| 6d 06h 9.50 | 22d 16h 34.7 | 38d 26h 59.9 | 54d 36h 85.1 | 70d 46h 110.3 | 86d 56h 135.5 | 102d 66h 160.6 | 118d 76h 185.8 |
| 7d 07h 11.1 | 23d 17h 36.3 | 39d 27h 61.5 | 55d 37h 86.7 | 71d 47h 111.9 | 87d 57h 137.0 | 103d 67h 162.2 | 119d 77h 187.4 |
| 8d 08h 12.7 | 24d 18h 37.9 | 40d 28h 63.1 | 56d 38h 88.2 | 72d 48h 113.4 | 88d 58h 138.6 | 104d 68h 163.8 | 120d 78h 189.0 |
| 9d 09h 14.3 | 25d 19h 39.5 | 41d 29h 64.6 | 57d 39h 89.8 | 73d 49h 115.0 | 89d 59h 140.2 | 105d 69h 165.4 | 121d 79h 190.6 |
| 10d 0Ah 15.8 | 26d 1Ah 41.0 | 42d 2Ah 66.2 | 58d 3Ah 91.4 | 74d 4Ah 116.6 | 90d 5Ah 141.8 | 106d 6Ah 166.9 | 122d 7Ah 192.1 |
| 11d 0Bh 17.4 | 27d 1Bh 42.6 | 43d 2Bh 67.8 | 59d 3Bh 93.0 | 75d 4Bh 118.2 | 91d 5Bh 143.3 | 107d 6Bh 168.5 | 123d 7Bh 193.7 |
| 12d 0Ch 19.0 | 28d 1Ch 44.2 | 44d 2Ch 69.4 | 60d 3Ch 94.5 | 76d 4Ch 119.7 | 92d 5Ch 144.9 | 108d 6Ch 170.1 | 124d 7Ch 195.3 |
| 13d 0Dh 20.6 | 29d 1Dh 45.7 | 45d 2Dh 70.9 | 61d 3Dh 96.1 | 77d 4Dh 121.3 | 93d 5Dh 146.5 | 109d 6Dh 171.7 | 125d 7Dh 196.9 |
| 14d 0Eh 22.1 | 30d 1Eh 47.3 | 46d 2Eh 72.5 | 62d 3Eh 97.7 | 78d 4Eh 122.9 | 94d 5Eh 148.1 | 110d 6Eh 173.2 | 126d 7Eh 198.4 |
| 15d 0Fh 23.7 | 31d 1Fh 48.9 | 47d 2Fh 74.1 | 63d 3Fh 99.3 | 79d 4Fh 124.4 | 95d 5Fh 149.6 | 111d 6Fh 174.8 | 127d 7Fh 200.0 |
Table 6: Room Size
Agenda: Value (Dec) / Value (Hex) / Room Size (m)| 0d 00h 0.1 | 16d 10h 2.6 | 32d 20h 5.1 |
| 1d 01h 0.3 | 17d 11h 2.8 | 33d 21h 5.3 |
| 2d 02h 0.4 | 18d 12h 2.9 | 34d 22h 5.4 |
| 3d 03h 0.6 | 19d 13h 3.1 | 35d 23h 5.6 |
| 4d 04h 0.7 | 20d 14h 3.2 | 36d 24h 5.7 |
| 5d 05h 0.9 | 21d 15h 3.4 | 37d 25h 5.9 |
| 6d 06h 1.0 | 22d 16h 3.5 | 38d 26h 6.1 |
| 7d 07h 1.2 | 23d 17h 3.7 | 39d 27h 6.2 |
| 8d 08h 1.4 | 24d 18h 3.9 | 40d 28h 6.4 |
| 9d 09h 1.5 | 25d 19h 4.0 | 41d 29h 6.5 |
| 10d 0Ah 1.7 | 26d 1Ah 4.2 | 42d 2Ah 6.7 |
| 11d 0Bh 1.8 | 27d 1Bh 4.3 | 43d 2Bh 6.8 |
| 12d 0Ch 2.0 | 28d 1Ch 4.5 | 44d 2Ch 7.0 |
| 13d 0Dh 2.1 | 29d 1Dh 4.6 | |
| 14d 0Eh 2.3 | 30d 1Eh 4.8 | |
| 15d 0Fh 2.5 | 31d 1Fh 5.0 |
Table 7: Delay Time (only for Karaoke 1, 2, 3)
Agenda: Value (Dec) / Value (Hex) / Delay Time (ms)| 0d 00h 0.10 | 16d 10h 50.5 | 32d 20h 100.9 | 48d 30h 151.2 | 64d 40h 201.6 | 80d 50h 252.0 | 96d 60h 302.4 | 112d 70h 352.8 |
| 1d 01h 3.20 | 17d 11h 53.6 | 33d 21h 104.0 | 49d 31h 154.4 | 65d 41h 204.8 | 81d 51h 255.2 | 97d 61h 305.5 | 113d 71h 355.9 |
| 2d 02h 6.40 | 18d 12h 56.8 | 34d 22h 107.2 | 50d 32h 157.5 | 66d 42h 207.9 | 82d 52h 258.3 | 98d 62h 308.7 | 114d 72h 359.1 |
| 3d 03h 9.50 | 19d 13h 59.9 | 35d 23h 110.3 | 51d 33h 160.7 | 67d 43h 211.1 | 83d 53h 261.5 | 99d 63h 311.8 | 115d 73h 362.2 |
| 4d 04h 12.7 | 20d 14h 63.1 | 36d 24h 113.5 | 52d 34h 163.8 | 68d 44h 214.2 | 84d 54h 264.6 | 100d 64h 315.0 | 116d 74h 365.4 |
| 5d 05h 15.8 | 21d 15h 66.2 | 37d 25h 116.6 | 53d 35h 167.0 | 69d 45h 217.4 | 85d 55h 267.7 | 101d 65h 318.1 | 117d 75h 368.5 |
| 6d 06h 19.0 | 22d 16h 69.4 | 38d 26h 119.8 | 54d 36h 170.1 | 70d 46h 220.5 | 86d 56h 270.9 | 102d 66h 321.3 | 118d 76h 371.7 |
| 7d 07h 22.1 | 23d 17h 72.5 | 39d 27h 122.9 | 55d 37h 173.3 | 71d 47h 223.7 | 87d 57h 274.0 | 103d 67h 324.4 | 119d 77h 374.8 |
| 8d 08h 25.3 | 24d 18h 75.7 | 40d 28h 126.1 | 56d 38h 176.4 | 72d 48h 226.8 | 88d 58h 277.2 | 104d 68h 327.6 | 120d 78h 378.0 |
| 9d 09h 28.4 | 25d 19h 78.8 | 41d 29h 129.2 | 57d 39h 179.6 | 73d 49h 230.0 | 89d 59h 280.3 | 105d 69h 330.7 | 121d 79h 381.1 |
| 10d 0Ah 31.6 | 26d 1Ah 82.0 | 42d 2Ah 132.4 | 58d 3Ah 182.7 | 74d 4Ah 233.1 | 90d 5Ah 283.5 | 106d 6Ah 333.9 | 122d 7Ah 384.3 |
| 11d 0Bh 34.7 | 27d 1Bh 85.1 | 43d 2Bh 135.5 | 59d 3Bh 185.9 | 75d 4Bh 236.3 | 91d 5Bh 286.6 | 107d 6Bh 337.0 | 123d 7Bh 387.4 |
| 12d 0Ch 37.9 | 28d 1Ch 88.3 | 44d 2Ch 138.6 | 60d 3Ch 189.0 | 76d 4Ch 239.4 | 92d 5Ch 289.8 | 108d 6Ch 340.2 | 124d 7Ch 390.6 |
| 13d 0Dh 41.0 | 29d 1Dh 91.4 | 45d 3Dh 141.8 | 61d 1Dh 192.2 | 77d 4Dh 242.6 | 93d 5Dh 292.9 | 109d 6Dh 343.3 | 125d 7Dh 393.7 |
| 14d 0Eh 44.2 | 30d 1Eh 94.6 | 46d 2Eh 144.9 | 62d 3Eh 195.3 | 78d 4Eh 245.7 | 94d 5Eh 296.1 | 110d 6Eh 346.5 | 126d 7Eh 396.9 |
| 15d 0Fh 47.3 | 31d 1Fh 97.7 | 47d 2Fh 148.1 | 63d 3Fh 198.5 | 79d 4Fh 248.9 | 95d 5Fh 299.2 | 111d 6Fh 349.6 | 127d 7Fh 400.0 |
Table 8: Reverb Width, Depth, Height
Agenda: Value (Dec) / Value (Hex) / Reverb Width, Depth, Height (m)| 0d 00h 0.50 | 16d 10h 4.60 | 32d 20h 8.80 | 48d 30h 13.1 | 64d 40h 17.6 | 80d 50h 22.4 | 96d 70h 27.5 |
| 1d 01h 0.80 | 17d 11h 4.90 | 33d 21h 9.10 | 49d 31h 13.4 | 65d 41h 17.9 | 81d 51h 22.7 | 97d 61h 27.8 |
| 2d 02h 1.00 | 18d 12h 5.20 | 34d 22h 9.40 | 50d 32h 13.7 | 66d 42h 18.2 | 82d 52h 23.0 | 98d 62h 28.1 |
| 3d 03h 1.30 | 19d 13h 5.40 | 35d 23h 9.60 | 51d 33h 14.0 | 67d 43h 18.5 | 83d 53h 23.3 | 99d 63h 28.5 |
| 4d 04h 1.50 | 20d 14h 5.70 | 36d 24h 9.90 | 52d 34h 14.2 | 68d 44h 18.8 | 84d 54h 23.6 | 100d 64h 28.8 |
| 5d 05h 1.80 | 21d 15h 5.90 | 37d 25h 10.2 | 53d 35h 14.5 | 69d 45h 19.1 | 85d 55h 23.9 | 101d 65h 29.2 |
| 6d 06h 2.00 | 22d 16h 6.20 | 38d 26h 10.4 | 54d 36h 14.8 | 70d 46h 19.4 | 86d 56h 24.2 | 102d 66h 29.5 |
| 7d 07h 2.30 | 23d 17h 6.50 | 39d 27h 10.7 | 55d 37h 15.1 | 71d 47h 19.7 | 87d 57h 24.5 | 103d 67h 29.9 |
| 8d 08h 2.60 | 24d 18h 6.70 | 40d 28h 11.0 | 56d 38h 15.4 | 72d 48h 20.0 | 88d 58h 24.9 | 104d 68h 30.2 |
| 9d 09h 2.80 | 25d 19h 7.00 | 41d 29h 11.2 | 57d 39h 15.6 | 73d 49h 20.2 | 89d 59h 25.2 | |
| 10d 0Ah 3.10 | 26d 1Ah 7.20 | 42d 2Ah 11.5 | 58d 3Ah 15.9 | 74d 4Ah 20.5 | 90d 5Ah 25.5 | |
| 11d 0Bh 3.30 | 27d 1Bh 7.50 | 43d 2Bh 11.8 | 59d 3Bh 16.2 | 75d 4Bh 20.8 | 91d 5Bh 25.8 | |
| 12d 0Ch 3.60 | 28d 1Ch 7.80 | 44d 2Ch 12.1 | 60d 3Ch 16.5 | 76d 4Ch 21.1 | 92d 5Ch 26.1 | |
| 13d 0Dh 3.90 | 29d 1Dh 8.00 | 45d 2Dh 12.3 | 61d 3Dh 16.8 | 77d 4Dh 21.4 | 93d 5Dh 26.5 | |
| 14d 0Eh 4.10 | 30d 1Eh 8.30 | 46d 2Eh 12.6 | 62d 3Eh 17.1 | 78d 4Eh 21.7 | 94d 5Eh 26.8 | |
| 15d 0Fh 4.40 | 31d 1Fh 8.60 | 47d 2Fh 12.9 | 63d 3Fh 17.3 | 79d 4Fh 22.0 | 95d 5Fh 27.1 |
Table 9: Decimal-Hexadecimal Conversion Chart
Agenda: Value (Dec) / Value (Hex)| 0d 00h | 16d 10h | 32d 20h | 48d 30h | 64d 40h | 80d 50h | 96d 60h | 112d 70h |
| 1d 01h | 17d 11h | 33d 21h | 49d 31h | 65d 41h | 81d 51h | 97d 61h | 113d 71h |
| 2d 02h | 18d 12h | 34d 22h | 50d 32h | 66d 42h | 82d 52h | 98d 62h | 114d 72h |
| 3d 03h | 19d 13h | 35d 23h | 51d 33h | 67d 43h | 83d 53h | 99d 63h | 115d 73h |
| 4d 04h | 20d 14h | 36d 24h | 52d 34h | 68d 44h | 84d 54h | 100d 64h | 116d 74h |
| 5d 05h | 21d 15h | 37d 25h | 53d 35h | 69d 45h | 85d 55h | 101d 65h | 117d 75h |
| 6d 06h | 22d 16h | 38d 26h | 54d 36h | 70d 46h | 86d 56h | 102d 66h | 118d 76h |
| 7d 07h | 23d 17h | 39d 27h | 55d 37h | 71d 47h | 87d 57h | 103d 67h | 119d 77h |
| 8d 08h | 24d 18h | 40d 28h | 56d 38h | 72d 48h | 88d 58h | 104d 68h | 120d 78h |
| 9d 09h | 25d 19h | 41d 29h | 57d 39h | 73d 49h | 89d 59h | 105d 69h | 121d 79h |
| 10d 0Ah | 26d 1Ah | 42d 2Ah | 58d 3Ah | 74d 4Ah | 90d 5Ah | 106d 6Ah | 122d 7Ah |
| 11d 0Bh | 27d 1Bh | 43d 2Bh | 59d 3Bh | 75d 4Bh | 91d 5Bh | 107d 6Bh | 123d 7Bh |
| 12d 0Ch | 28d 1Ch | 44d 2Ch | 60d 3Ch | 76d 4Ch | 92d 5Ch | 108d 6Ch | 124d 7Ch |
| 13d 0Dh | 29d 1Dh | 45d 2Dh | 61d 3Dh | 77d 4Dh | 93d 5Dh | 109d 6Dh | 125d 7Dh |
| 14d 0Eh | 30d 1Eh | 46d 2Eh | 62d 3Eh | 78d 4Eh | 94d 5Eh | 110d 6Eh | 126d 7Eh |
| 15d 0Fh | 31d 1Fh | 47d 2Fh | 63d 3Fh | 79d 4Fh | 95d 5Fh | 111d 6Fh | 127d 7Fh |
Table 10: MIDI Note Names and Numbers incl. Frequency (Pitch) Values
The following table shows all MIDI Note Names and Numbers (dec/hex). C0 is the 'big C', C1 the 'little C' and so on... The Frequency values are related to the standard tuning (A2 = 440 Hz) and rounded to 8 numbers (the accuracy will always be better than 1/1000 Cent).The background colours show the default note ranges of MIDI keyboards with 61, 73 and 88 keys:
White=KB with 61 keys; Light gray=KB with 73 keys; Middle gray=KB with 88 keys; Dark gray=Only available via Transpose
Agenda: Note Name / Note Number (Dec) / Note Number (Hex) / Pitch (Hz)
| C -2 0d 00h 16.351598 | C 0 24d 18h 65.406391 | C 2 48d 30h 261.62557 | C 4 72d 48h 1046.5023 | C 6 96d 60h 4186.0090 |
| C# -2 1d 01h 17.323914 | C# 0 25d 19h 69.295658 | C# 2 49d 31h 277.18263 | C# 4 73d 49h 1108.7305 | C# 6 97d 61h 4434.9221 |
| D -2 2d 02h 18.354048 | D 0 26d 1Ah 73.416192 | D 2 50d 32h 293.66477 | D 4 74d 4Ah 1174.6591 | D 6 98d 62h 4698.6363 |
| D# -2 3d 03h 19.445436 | D# 0 27d 1Bh 77.781746 | D# 2 51d 33h 311.12698 | D# 4 75d 4Bh 1244.5079 | D# 6 99d 63h 4978.0317 |
| E -2 4d 04h 20.601722 | E 0 28d 1Ch 82.406889 | E 2 52d 34h 329.62756 | E 4 76d 4Ch 1318.5102 | E 6 100d 64h 5274.0409 |
| F -2 5d 05h 21.826764 | F 0 29d 1Dh 87.307058 | F 2 53d 35h 349.22823 | F 4 77d 4Dh 1396.9129 | F 6 101d 65h 5587.6517 |
| F# -2 6d 06h 23.124651 | F# 0 30d 1Eh 92.498606 | F# 2 54d 36h 369.99442 | F# 4 78d 4Eh 1479.9777 | F# 6 102d 66h 5919.9108 |
| G -2 7d 07h 24.499715 | G 0 31d 1Fh 97.998859 | G 2 55d 37h 391.99544 | G 4 79d 4Fh 1567.9817 | G 6 103d 67h 6271.9270 |
| G# -2 8d 08h 25.956544 | G# 0 32d 20h 103.82617 | G# 2 56d 38h 415.30470 | G# 4 80d 50h 1661.2188 | G# 6 104d 68h 6644.8752 |
| A -2 9d 09h 27.500000 | A 0 33d 21h 110.00000 | A 2 57d 39h 440.00000 | A 4 81d 51h 1760.0000 | A 6 105d 69h 7040.0000 |
| A# -2 10d 0Ah 29.135235 | A# 0 34d 22h 116.54094 | A# 2 58d 3Ah 466.16376 | A# 4 82d 52h 1864.6550 | A# 6 106d 6Ah 7458.6202 |
| B -2 11d 0Bh 30.867706 | B 0 35d 23h 123.47083 | B 2 59d 3Bh 493.88330 | B 4 83d 53h 1975.5332 | B 6 107d 6Bh 7902.1328 |
| C -1 12d 0Ch 32.703196 | C 1 36d 24h 130.81278 | C 3 60d 3Ch 523.25113 | C 5 84d 54h 2093.0045 | C 7 108d 6Ch 8372.0181 |
| C# -1 13d 0Dh 34.647829 | C# 1 37d 25h 138.59132 | C# 3 61d 3Dh 554.36526 | C# 5 85d 55h 2217.4610 | C# 7 109d 6Dh 8869.8442 |
| D -1 14d 0Eh 36.708096 | D 1 38d 26h 146.83238 | D 3 62d 3Eh 587.32954 | D 5 86d 56h 2349.3181 | D 7 110d 6Eh 9397.2726 |
| D# -1 15d 0Fh 38.890873 | D# 1 39d 27h 155.56349 | D# 3 63d 3Fh 622.25397 | D# 5 87d 57h 2489.0159 | D# 7 111d 6Fh 9956.0635 |
| E -1 16d 10h 41.203445 | E 1 40d 28h 164.81378 | E 3 64d 40h 659.25511 | E 5 88d 58h 2637.0205 | E 7 112d 70h 10548.082 |
| F -1 17d 11h 43.653529 | F 1 41d 29h 174.61412 | F 3 65d 41h 698.45646 | F 5 89d 59h 2793.8259 | F 7 113d 71h 11175.303 |
| F# -1 18d 12h 46.249303 | F# 1 42d 2Ah 184.99721 | F# 3 66d 42h 739.98885 | F# 5 90d 5Ah 2959.9554 | F# 7 114d 72h 11839.822 |
| G -1 19d 13h 48.999429 | G 1 43d 2Bh 195.99772 | G 3 67d 43h 783.99087 | G 5 91d 5Bh 3135.9635 | G 7 115d 73h 12543.854 |
| G# -1 20d 14h 51.913087 | G# 1 44d 2Ch 207.65235 | G# 3 68d 44h 830.60940 | G# 5 92d 5Ch 3322.4376 | G# 7 116d 74h 13289.750 |
| A -1 21d 15h 55.000000 | A 1 45d 2Dh 220.00000 | A 3 69d 45h 880.00000 | A 5 93d 5Dh 3520.0000 | A 7 117d 75h 14080.000 |
| A# -1 22d 16h 58.270470 | A# 1 46d 2Eh 233.08188 | A# 3 70d 46h 932.32752 | A# 5 94d 5Eh 3729.3101 | A# 7 118d 76h 14917.240 |
| B -1 23d 17h 61.735413 | B 1 47d 2Fh 246.94165 | B 3 71d 47h 987.76660 | B 5 95d 5Fh 3951.0664 | B 7 119d 77h 15804.266 |
| C 8 120d 78h 16744.036 | ||||
| C# 8 121d 79h 17739.688 | ||||
| D 8 122d 7Ah 18794.545 | ||||
| D# 8 123d 7Bh 19912.127 | ||||
| E 8 124d 7Ch 21096.164 | ||||
| F 8 125d 7Dh 22350.607 | ||||
| F# 8 126d 7Eh 23679.643 | ||||
| G 8 127d 7Fh 25087.708 | ||||
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Chapter 11: Calculation of Variation effect parameters with 2 MIDI bytes data entry (MSB,LSB)
The effect types 'Delay L,C,R', 'Delay L,R', 'Echo' and 'Cross Delay' of the Variation effect require two MIDI bytes data entry (MSB, LSB - YY,XX in my tables) for the delay time settings. The data range for these settings is 1d-3550d (for 0.1 - 355.0 ms) or 1d-7150d (for 0.1 - 715.0 ms).The calculation of the corresponding two MIDI bytes is quiet easy: (MSB-byte * 128) + LSB-byte = data entry.
Example:
You want to set-up a delay time of 300.5 ms. The corresponding decimal value for this time is 3005d.
Step 1: Devide 3005d through 128d (=23.47d), take the integer part of the result (=23d) and convert it to a hexadecimal number (=17h) -
this is the value of the MSB-byte (YY).
Step 2: The LSB-byte is the remaining hexadecimal difference between 3005 and (MSB-byte * 128): 3005d - (23d * 128d) = 61d = 3Dh -
this is the value of the LSB-byte (XX).
So you'll need to enter 17,3D for YY,XX in the SysEx string for the effect parameter.
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Chapter 12: Calculation of XG Master Tune
Tha data range for XG Master Tune is 0d-2047d (0000h-07FFh=WXYZh) with 0.1 cent/step. The value for the standard tuning (default) is 1024d (0400h), 0d (0000h) will cause a tuning of -102.4 Cent and 2047d (07FFh) will cause a tuning of +102.3 Cent.The hexadecimal value WXYZh must be transmitted as so called 'Nibblized MIDI data' with four 'Nibbles' in the form 0Wh,0Xh,0Yh,0Zh.
Example:
You want to detune the whole XG synth to +12.3 cent. The value for this setting is 1024d + 123d = 1147d = 047Bh for WXYZh.
So you'll need to enter 00,04,07,0B for 0W,0X,0Y,0Z in the SysEx string for XG Master Tune.
Hint:
Most versions of Windows are puchased with a calculator which you can use to simply convert decimal values to hexadecimal values (only in 'Scientific mode'). If you first type 1147 in 'Dec mode' and then click on 'Hex mode', you will immediately view the hexadecimal value (47Bh).
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Chapter 13: Calculation of Part Detune
Tha data range for Part Detune is 0d-255d (00h-FFh=YZh) with 0.1 cent/step. The value for the standard tuning (default) is 128d (80h), 0d (00h) will cause a tuning of -12.8 Cent and 255d (FFh) will cause a tuning of +12.7 Cent.The hexadecimal value YZh must be transmitted as so called 'Nibblized MIDI data' with two 'Nibbles' in the form 0Yh,0Zh.
Example:
You want to change the tuning of a part to -4.9 Hz. The value for this setting is 128d - 49d = 79d = 4Fh for YZh.
So you'll need to enter 04,0F for 0Y,0Z in the SysEx string for Part Detune.
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C/O 2002-2012: Werner Ogrodnik (Cologne, Germany)