User manual YAMAHA PSR-2000 2

[. . . ] Data List Daten-Liste Liste des données Lista de datos Voice List Voice-Liste Liste des voix Lista de voces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 Drum/key Assignment List Liste der Tastenzuordnungen der Schlaginstrumente Liste d'assignation instrument de batterie/touche du clavier Lista de asignación de teclas/batería . . . . . . . . . . . . . . . . . . . . . . . . . 10 Style List Liste der Styles Liste des styles Lista de estilos . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12 Multi Pad Bank List Multi-Pad-Bank-Liste Liste des banques multi-pads Lista de bancos de Multi Pad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 Effect Type List Liste der Effekttypen Liste des types d'effet Lista de tipos de efecto . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 Effect Parameter List Liste der Effektparameter Liste des paramètres d'effets Lista de parámetros de efectos . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17 Effect Data Assign Table Effektdaten-Zuordnungstabelle Tableau d'assignation des données d'effets Tabla de asignación de datos para efectos . . . . . . . . . . . . . . . . . . 23 Harmony/Echo Type List Liste der Harmony/Echo-Effekttypen Liste des types d'harmonie/d'écho Lista de tipos de ecos/armonías. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 Vocal Harmony Type List Liste der Vocal-Harmony-Effekttypen Liste des types d'harmonie vocale Lista de tipos de armonía . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 Vocal Harmony Parameter List Liste der Vocal-Harmony-Parameter Liste des parametres d'harmonie vocale Lista de parametros de armonia vocal . . . . . . . . . . . . . . . . . . . . . . . [. . . ] 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Parameter Delay Time Delay Feedback Level Delay Mix Dist Drive Dist Output Level Dist EQ Low Gain Dist EQ High Gain L/R Diffusion Lag Dry/Wet Comp. Ratio Display 64th/3~4thx6 -63~+63 0~127 0~127 0~127 -12~+12dB -12~+12dB 1(-63ms)~64(0ms)~127(63ms) 1(-63ms)~64(0ms)~127(63ms) D63>W~D=W~D<W=63 1ms~40ms 10ms~680ms -48dB~-6dB 1. 0~20. 0 MSB = 101 Value 0-19 1-127 0-127 0-127 0-127 52-76 52-76 1-127 1-127 1-127 0-19 0-15 79-121 0-7 See Table table#14 Control WAH+DIST+TEMPO DELAY (variation, Insertion1-4 block)*5 WAH+OD+TEMPO DELAY (variation, Insertion1-4 block)*5 No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Parameter Delay Time Delay Feedback Level Delay Mix Dist Drive Dist Output Level Dist EQ Low Gain Dist EQ High Gain L/R Diffusion Lag Dry/Wet Wah Sensitive Wah Cutoff Freq Offset Wah Resonance Wah Release Display 64th/3~4thx6 -63~+63 0~127 0~127 0~127 -12~+12dB -12~+12dB 1(-63ms)~64(0ms)~127(63ms) 1(-63ms)~64(0ms)~127(63ms) D63>W~D=W~D<W=63 0~127 0~127 1. 0~12. 0 10~680mS MSB = 102 Value 0-19 1-127 0-127 0-127 0-127 52-76 52-76 1-127 1-127 1-127 0-127 0-127 10-120 52-67 See Table table#14 Control CVP-209/207, PSR-2000 only CVP-207/209, PSR-2000 variation CVP-209 insertion 1-4 *3 CVP-205/203, PSR-1000 variation CVP-207/PSR-2000 Insertion 1-3 CVP-209 insertion 5 *4 CVP-209/207, PSR-2000 *5 CVP-209/207, PSR-2000 only Variation only (CVP-207/PSR-2000) Variation, Insertion 1-4 only (CVP-209) *6 Chorus (CVP-209/207, PSR-2000) Insertion (CVP-207, PSR-2000) Insertion 5 (CVP-209) *7 Variation (CVP-209/207, PSR-2000) Insertion1-4 (CVP-209) *8 CVP-205/203, PSR-1000 *9 CVP-209/207, PSR-2000 only *10 CVP-209/207, PSR-2000 only Variation only (CVP-207/PSR-2000) Variation, Insertion 1-5 only(CVP-209) *11 Variation only(CVP-207/205/203, PSR-2000/1000) Variation, Insertion 1-4 only (CVP-209) *12 Reverb only (CVP-205/203, PSR-1000) Reverb, Variation only (CVP-207/PSR-2000) Reverb, Variation, Insertion 1-4 only (CVP-209) *1 *2 22 Effect Data Assign Table / Effektdaten-Zuordnungstabelle / Tableau d'assignation des données d'effets / Tabla de asignación de datos para efectos (CVP-209/207/205/203, PSR-2000/1000) Table#1 LFO Frequency Data Value Data Value Data Value Data Value 0 0. 00 32 1. 35 64 2. 69 96 8. 41 1 0. 04 33 1. 39 65 2. 78 97 8. 75 2 0. 08 34 1. 43 66 2. 86 98 9. 08 3 0. 13 35 1. 47 67 2. 94 99 9. 42 4 0. 17 36 1. 51 68 3. 03 100 9. 76 5 0. 21 37 1. 56 69 3. 11 101 10. 1 6 0. 25 38 1. 60 70 3. 20 102 10. 8 7 0. 29 39 1. 64 71 3. 28 103 11. 4 8 0. 34 40 1. 68 72 3. 37 104 12. 1 9 0. 38 41 1. 72 73 3. 45 105 12. 8 10 0. 42 42 1. 77 74 3. 53 106 13. 5 11 0. 46 43 1. 81 75 3. 62 107 14. 1 12 0. 51 44 1. 85 76 3. 70 108 14. 8 13 0. 55 45 1. 89 77 3. 87 109 15. 5 14 0. 59 46 1. 94 78 4. 04 110 16. 2 15 0. 63 47 1. 98 79 4. 21 111 16. 8 16 0. 67 48 2. 02 80 4. 37 112 17. 5 17 0. 72 49 2. 06 81 4. 54 113 18. 2 18 0. 76 50 2. 10 82 4. 71 114 19. 5 19 0. 80 51 2. 15 83 4. 88 115 20. 9 20 0. 84 52 2. 19 84 5. 05 116 22. 2 21 0. 88 53 2. 23 85 5. 22 117 23. 6 22 0. 93 54 2. 27 86 5. 38 118 24. 9 23 0. 97 55 2. 31 87 5. 55 119 26. 2 24 1. 01 56 2. 36 88 5. 72 120 27. 6 25 1. 05 57 2. 40 89 6. 06 121 28. 9 26 1. 09 58 2. 44 90 6. 39 122 30. 3 27 1. 14 59 2. 48 91 6. 73 123 31. 6 28 1. 18 60 2. 52 92 7. 07 124 33. 0 29 1. 22 61 2. 57 93 7. 40 125 34. 3 30 1. 26 62 2. 61 94 7. 74 126 37. 0 31 1. 30 63 2. 65 95 8. 08 127 39. 7 Table#4 Reverb Time Data Value Data Value Data Value 0 0. 3 32 3. 5 64 17. 0 1 0. 4 33 3. 6 65 18. 0 2 0. 5 34 3. 7 66 19. 0 3 0. 6 35 3. 8 67 20. 0 4 0. 7 36 3. 9 68 25. 0 5 0. 8 37 4. 0 69 30. 0 6 0. 9 38 4. 1 7 1. 0 39 4. 2 8 1. 1 40 4. 3 9 1. 2 41 4. 4 10 1. 3 42 4. 5 11 1. 4 43 4. 6 12 1. 5 44 4. 7 13 1. 6 45 4. 8 14 1. 7 46 4. 9 15 1. 8 47 5. 0 16 1. 9 48 5. 5 17 2. 0 49 6. 0 18 2. 1 50 6. 5 19 2. 2 51 7. 0 20 2. 3 52 7. 5 21 2. 4 53 8. 0 22 2. 5 54 8. 5 23 2. 6 55 9. 0 24 2. 7 56 9. 5 25 2. 8 57 10. 0 26 2. 9 58 11. 0 27 3. 0 59 12. 0 28 3. 1 60 13. 0 29 3. 2 61 14. 0 30 3. 3 62 15. 0 31 3. 4 63 16. 0 Table#7 Delay Time (400. 0ms) Data Value Data 0 0. 1 32 1 3. 2 33 2 6. 4 34 3 9. 5 35 4 12. 7 36 5 15. 8 37 6 19. 0 38 7 22. 1 39 8 25. 3 40 9 28. 4 41 10 31. 6 42 11 34. 7 43 12 37. 9 44 13 41. 0 45 14 44. 2 46 15 47. 3 47 16 50. 5 48 17 53. 6 49 18 56. 8 50 19 59. 9 51 20 63. 1 52 21 66. 2 53 22 69. 4 54 23 72. 5 55 24 75. 7 56 25 78. 8 57 26 82. 0 58 27 85. 1 59 28 88. 3 60 29 91. 4 61 30 94. 6 62 31 97. 7 63 Value Data 100. 9 64 104. 0 65 107. 2 66 110. 3 67 113. 5 68 116. 6 69 119. 8 70 122. 9 71 126. 1 72 129. 2 73 132. 4 74 135. 5 75 138. 6 76 141. 8 77 144. 9 78 148. 1 79 151. 2 80 154. 4 81 157. 5 82 160. 7 83 163. 8 84 167. 0 85 170. 1 86 173. 3 87 176. 4 88 179. 6 89 182. 7 90 185. 9 91 189. 0 92 192. 2 93 195. 3 94 198. 5 95 Value Data 201. 6 96 204. 8 97 207. 9 98 211. 1 99 214. 2 100 217. 4 101 220. 5 102 223. 7 103 226. 8 104 230. 0 105 233. 1 106 236. 3 107 239. 4 108 242. 6 109 245. 7 110 248. 9 111 252. 0 112 255. 2 113 258. 3 114 261. 5 115 264. 6 116 267. 7 117 270. 9 118 274. 0 119 277. 2 120 280. 3 121 283. 5 122 286. 6 123 289. 8 124 292. 9 125 296. 1 126 299. 2 127 Value 302. 4 305. 5 308. 7 311. 8 315. 0 318. 1 321. 3 324. 4 327. 6 330. 7 333. 9 337. 0 340. 2 343. 3 346. 5 349. 6 352. 8 355. 9 359. 1 362. 2 365. 4 368. 5 371. 7 374. 8 378. 0 381. 1 384. 3 387. 4 390. 6 393. 7 396. 9 400. 0 Table#12 Wah Release Time Data 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 Value 10. 0 15. 0 25. 0 35. 0 45. 0 55. 0 65. 0 75. 0 85. 0 100. 0 115. 0 140. 0 170. 0 230. 0 340. 0 680. 0 Table#2 Modulation Delay Offset Data Value Data Value Data Value Data Value 0 0. 0 32 3. 2 64 6. 4 96 9. 6 1 0. 1 33 3. 3 65 6. 5 97 9. 7 2 0. 2 34 3. 4 66 6. 6 98 9. 8 3 0. 3 35 3. 5 67 6. 7 99 9. 9 4 0. 4 36 3. 6 68 6. 8 100 10. 0 5 0. 5 37 3. 7 69 6. 9 101 11. 1 6 0. 6 38 3. 8 70 7. 0 102 12. 2 7 0. 7 39 3. 9 71 7. 1 103 13. 3 8 0. 8 40 4. 0 72 7. 2 104 14. 4 9 0. 9 41 4. 1 73 7. 3 105 15. 5 10 1. 0 42 4. 2 74 7. 4 106 17. 1 11 1. 1 43 4. 3 75 7. 5 107 18. 6 12 1. 2 44 4. 4 76 7. 6 108 20. 2 13 1. 3 45 4. 5 77 7. 7 109 21. 8 14 1. 4 46 4. 6 78 7. 8 110 23. 3 15 1. 5 47 4. 7 79 7. 9 111 24. 9 16 1. 6 48 4. 8 80 8. 0 112 26. 5 17 1. 7 49 4. 9 81 8. 1 113 28. 0 18 1. 8 50 5. 0 82 8. 2 114 29. 6 19 1. 9 51 5. 1 83 8. 3 115 31. 2 20 2. 0 52 5. 2 84 8. 4 116 32. 8 21 2. 1 53 5. 3 85 8. 5 117 34. 3 22 2. 2 54 5. 4 86 8. 6 118 35. 9 23 2. 3 55 5. 5 87 8. 7 119 37. 5 24 2. 4 56 5. 6 88 8. 8 120 39. 0 25 2. 5 57 5. 7 89 8. 9 121 40. 6 26 2. 6 58 5. 8 90 9. 0 122 42. 2 27 2. 7 59 5. 9 91 9. 1 123 43. 7 28 2. 8 60 6. 0 92 9. 2 124 45. 3 29 2. 9 61 6. 1 93 9. 3 125 46. 9 30 3. 0 62 6. 2 94 9. 4 126 48. 4 31 3. 1 63 6. 3 95 9. 5 127 50. 0 Table#5 Delay Time (200. 0ms) Data Value Data Value Data 0 0. 1 32 50. 5 64 1 1. 7 33 52. 0 65 2 3. 2 34 53. 6 66 3 4. 8 35 55. 2 67 4 6. 4 36 56. 8 68 5 8. 0 37 58. 3 69 6 9. 5 38 59. 9 70 7 11. 1 39 61. 5 71 8 12. 7 40 63. 1 72 9 14. 3 41 64. 6 73 10 15. 8 42 66. 2 74 11 17. 4 43 67. 8 75 12 19. 0 44 69. 4 76 13 20. 6 45 70. 9 77 14 22. 1 46 72. 5 78 15 23. 7 47 74. 1 79 16 25. 3 48 75. 7 80 17 26. 9 49 77. 2 81 18 28. 4 50 78. 8 82 19 30. 0 51 80. 4 83 20 31. 6 52 81. 9 84 21 33. 2 53 83. 5 85 22 34. 7 54 85. 1 86 23 36. 3 55 86. 7 87 24 37. 9 56 88. 2 88 25 39. 5 57 89. 8 89 26 41. 0 58 91. 4 90 27 42. 6 59 93. 0 91 28 44. 2 60 94. 5 92 29 45. 7 61 96. 1 93 30 47. 3 62 97. 7 94 31 48. 9 63 99. 3 95 Value Data 100. 8 96 102. 4 97 104. 0 98 105. 6 99 107. 1 100 108. 7 101 110. 3 102 111. 9 103 113. 4 104 115. 0 105 116. 6 106 118. 2 107 119. 7 108 121. 3 109 122. 9 110 124. 4 111 126. 0 112 127. 6 113 129. 2 114 130. 7 115 132. 3 116 133. 9 117 135. 5 118 137. 0 119 138. 6 120 140. 2 121 141. 8 122 143. 3 123 144. 9 124 146. 5 125 148. 1 126 149. 6 127 Value 151. 2 152. 8 154. 4 155. 9 157. 5 159. 1 160. 6 162. 2 163. 8 165. 4 166. 9 168. 5 170. 1 171. 7 173. 2 174. 8 176. 4 178. 0 179. 5 181. 1 182. 7 184. 3 185. 8 187. 4 189. 0 190. 6 192. 1 193. 7 195. 3 196. 9 198. 4 200. 0 Table#8 Compressor Attack Time Data 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 Value 1 2 3 4 5 6 7 8 9 10 12 14 16 18 20 23 26 30 35 40 Table#9 Compressor Release Time Data 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Value 10 15 25 35 45 55 65 75 85 100 115 140 170 230 340 680 Table#13 Sampling Freq Control Data 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 Value Data Value Data 44. 1K 32 1. 34K 64 22. 1K 33 1. 30K 65 14. 7K 34 1. 26K 66 11. 0K 35 1. 23K 67 8. 8K 36 1. 19K 68 7. 4K 37 1. 16K 69 6. 3K 38 1. 13K 70 5. 5K 39 1. 10K 71 4. 9K 40 1. 08K 72 4. 5K 41 1. 05K 73 4. 0K 42 1. 03K 74 3. 7K 43 1. 00K 75 3. 4K 44 980. 0 76 3. 2K 45 959. 0 77 2. 9K 46 938. 0 78 2. 8K 47 919. 0 79 2. 6K 48 900. 0 80 2. 5K 49 882. 0 81 2. 3K 50 865. 0 82 2. 2K 51 848. 0 83 2. 1K 52 832. 0 84 2. 0K 53 817. 0 85 1. 92K 54 802. 0 86 1. 84K 55 788. 0 87 1. 76K 56 774. 0 88 1. 70K 57 760. 0 89 1. 63K 58 747. 0 90 1. 58K 59 735. 0 91 1. 52K 60 723. 0 92 1. 47K 61 711. 0 93 1. 42K 62 700. 0 94 1. 38K 63 689. 0 95 Value Data 678. 0 96 668. 0 97 658. 0 98 649. 0 99 639. 0 100 630. 0 101 621. 0 102 613. 0 103 604. 0 104 596. 0 105 588. 0 106 580. 0 107 573. 0 108 565. 0 109 558. 0 110 551. 0 111 544. 0 112 538. 0 113 531. 0 114 525. 0 115 519. 0 116 513. 0 117 507. 0 118 501. 0 119 496. 0 120 490. 0 121 485. 0 122 479. 0 123 474. 0 124 469. 0 125 464. 0 126 459. 0 127 Value 455. 0 450. 0 445. 0 441. 0 437. 0 432. 0 428. 0 424. 0 420. 0 416. 0 412. 0 408. 0 405. 0 401. 0 397. 0 394. 0 390. 0 387. 0 383. 0 380. 0 377. 0 374. 0 371. 0 368. 0 364. 0 361. 0 359. 0 356. 0 353. 0 350. 0 347. 0 345. 0 Table#10 Compressor Ratio Data 0 1 2 3 4 5 6 7 Value 1. 0 1. 5 2. 0 3. 0 5. 0 7. 0 10. 0 20. 0 Table#3 EQ Frequency Data 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 Value Data Value THRU(0) 32 800 22 33 900 25 34 1. 0k 28 35 1. 1k 32 36 1. 2k 36 37 1. 4k 40 38 1. 6k 45 39 1. 8k 50 40 2. 0k 56 41 2. 2k 63 42 2. 5k 70 43 2. 8k 80 44 3. 2k 90 45 3. 6k 100 46 4. 0k 110 47 4. 5k 125 48 5. 0k 140 49 5. 6k 160 50 6. 3k 180 51 7. 0k 200 52 8. 0k 225 53 9. 0k 250 54 10. 0k 280 55 11. 0k 315 56 12. 0k 355 57 14. 0k 400 58 16. 0k 450 59 18. 0k 500 60 THRU(20. 0k) 560 630 700 Table#6 Room Size Data Value Data Value Data Value Data Value 0 0. 1 32 5. 1 64 10. 1 96 15. 1 1 0. 3 33 5. 3 65 10. 3 97 15. 3 2 0. 4 34 5. 4 66 10. 4 98 15. 5 3 0. 6 35 5. 6 67 10. 6 99 15. 6 4 0. 7 36 5. 7 68 10. 8 100 15. 8 5 0. 9 37 5. 9 69 10. 9 101 15. 9 6 1. 0 38 6. 1 70 11. 1 102 16. 1 7 1. 2 39 6. 2 71 11. 2 103 16. 2 8 1. 4 40 6. 4 72 11. 4 104 16. 4 9 1. 5 41 6. 5 73 11. 5 105 16. 6 10 1. 7 42 6. 7 74 11. 7 106 16. 7 11 1. 8 43 6. 8 75 11. 9 107 16. 9 12 2. 0 44 7. 0 76 12. 0 108 17. 0 13 2. 1 45 7. 2 77 12. 2 109 17. 2 14 2. 3 46 7. 3 78 12. 3 110 17. 3 15 2. 5 47 7. 5 79 12. 5 111 17. 5 16 2. 6 48 7. 6 80 12. 6 112 17. 6 17 2. 8 49 7. 8 81 12. 8 113 17. 8 18 2. 9 50 7. 9 82 12. 9 114 18. 0 19 3. 1 51 8. 1 83 13. 1 115 18. 1 20 3. 2 52 8. 2 84 13. 3 116 18. 3 21 3. 4 53 8. 4 85 13. 4 117 18. 4 22 3. 5 54 8. 6 86 13. 6 118 18. 6 23 3. 7 55 8. 7 87 13. 7 119 18. 7 24 3. 9 56 8. 9 88 13. 9 120 18. 9 25 4. 0 57 9. 0 89 14. 0 121 19. 1 26 4. 2 58 9. 2 90 14. 2 122 19. 2 27 4. 3 59 9. 3 91 14. 4 123 19. 4 28 4. 5 60 9. 5 92 14. 5 124 19. 5 29 4. 6 61 9. 7 93 14. 7 125 19. 7 30 4. 8 62 9. 8 94 14. 8 126 19. 8 31 5. 0 63 10. 0 95 15. 0 127 20. 0 Table#11 Reverb Width; Depth; Height Data Value Data Value Data Value Data Value 0 0. 5 32 8. 8 64 17. 6 96 27. 5 1 0. 8 33 9. 1 65 17. 9 97 27. 8 2 1. 0 34 9. 4 66 18. 2 98 28. 1 3 1. 3 35 9. 6 67 18. 5 99 28. 5 4 1. 5 36 9. 9 68 18. 8 100 28. 8 5 1. 8 37 10. 2 69 19. 1 101 29. 2 6 2. 0 38 10. 4 70 19. 4 102 29. 5 7 2. 3 39 10. 7 71 19. 7 103 29. 9 8 2. 6 40 11. 0 72 20. 0 104 30. 2 9 2. 8 41 11. 2 73 20. 2 10 3. 1 42 11. 5 74 20. 5 11 3. 3 43 11. 8 75 20. 8 12 3. 6 44 12. 1 76 21. 1 13 3. 9 45 12. 3 77 21. 4 14 4. 1 46 12. 6 78 21. 7 15 4. 4 47 12. 9 79 22. 0 16 4. 6 48 13. 1 80 22. 4 17 4. 9 49 13. 4 81 22. 7 18 5. 2 50 13. 7 82 23. 0 19 5. 4 51 14. 0 83 23. 3 20 5. 7 52 14. 2 84 23. 6 21 5. 9 53 14. 5 85 23. 9 22 6. 2 54 14. 8 86 24. 2 23 6. 5 55 15. 1 87 24. 5 24 6. 7 56 15. 4 88 24. 9 25 7. 0 57 15. 6 89 25. 2 26 7. 2 58 15. 9 90 25. 5 27 7. 5 59 16. 2 91 25. 8 28 7. 8 60 16. 5 92 26. 1 29 8. 0 61 16. 8 93 26. 5 30 8. 3 62 17. 1 94 26. 8 31 8. 6 63 17. 3 95 27. 1 Table#14 Tempo Delay Data 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 Value Data 64th/3 32 64th. 48 4thX4 49 4thX5 50 4thX6 51 4thX7 52 4thX8 53 4thX9 54 4thX10 55 4thX11 56 4thX12 57 4thX13 58 4thX14 59 4thX15 60 4thX16 61 4thX17 62 4thX18 63 Value Data 4thX19 64 4thX20 65 4thX21 66 4thX22 67 4thX23 68 4thX24 69 4thX25 70 4thX26 71 4thX27 72 4thX28 73 4thX29 74 4thX30 75 4thX31 76 4thX32 77 4thX33 4thX34 4thX35 4thX36 4thX37 4thX38 4thX39 4thX40 4thX41 4thX42 4thX43 4thX44 4thX45 4thX46 4thX47 4thX48 4thX49 4thX50 Value 4thX51 4thX52 4thX53 4thX54 4thX55 4thX56 4thX57 4thX58 4thX59 4thX60 4thX61 4thX62 4thX63 4thX64 #8-10, 12-14: CVP-209/207, PSR-2000 23 Harmony/Echo Type List Liste der Harmony/Echo-Effekttypen Liste des types d'harmonie/d'écho Lista de tipos de ecos/armonías (PSR-2000/1000) STANDARD DUET STANDARD TRIO FULL CHORD ROCK DUET COUNTRY DUET COUNTRY TRIO BLOCK 4-WAY CLOSE 1 4-WAY CLOSE 2 4-WAY OPEN 1+5 OCTAVE STRUM MULTI ASSIGN ECHO TREMOLO TRILL Vocal Harmony Parameter List Liste der Vocal-Harmony-Parameter Liste des paramètres d'harmonie vocale Lista de parámetros de armonía vocal (PSR-2000) Chordal Type/Vocoder Type Harmony Gender Type Lead Gender Type Determines how the harmony notes are applied. When "Auto", the gender of the harmony sound is changed automatically. Determines whether and how the gender of the lead vocal sound (i. e. , the direct microphone sound) will be changed. When "Unison", "Male" or "Female" is selected the corresponding gender change is applied to the lead vocal. (In this case the number of harmony notes which can be produced in addition to the lead vocal is reduced to one. ) Adjusts the degree of lead vocal gender change produced when one of the Lead Gender Types (above) is selected. When "Correct" is selected the pitch of the lead vocal is shifted in precise semitone steps. This parameter is only effective when one of the Lead Gender Types is selected. Gender change will occur when the harmony pitch reaches or exceeds the specified number of semitones above the lead vocal pitch. Gender change will occur when the harmony pitch reaches or exceeds the specified number of semitones below the lead vocal pitch. Adjusts the degree of gender change applied to harmony notes higher than the Auto Upper Gender Threshold. Adjusts the degree of gender change applied to harmony notes lower than the Auto Lower Gender Threshold. Specifies the length of the delay before the vibrato effect begins when a note is produced. When "Random" is selected the stereo position of the sound will change randomly whenever the keyboard is played. When "Random" is selected the stereo position of the sound will change randomly whenever the keyboard is played. When "ON" the lead vocal sound "plays" the PSR-2000 tone generator system. (However, dynamic changes in the vocal sound do not affect the volume of the tone generator. ) Determines which of the PSR-2000 parts will be controlled by the lead vocal when the Pitch to Note parameter is "ON". Lead Gender Depth Lead Pitch Correction Auto Upper Gender Threshold Auto Lower Gender Threshold Upper Gender Depth Lower Gender Depth Vocal Harmony Type List Liste der Vocal-HarmonyEffekttypen Liste des types d'harmonie vocale Lista de tipos de armonía (PSR-2000) Display Name Std Duet Girl Duet Lisa&Tina Sing B+G Dream Girls MenChoir WomenChoir ClosedChoir MixedChoir CountryMen CntryGirls Barbershop JazzMenCho J_WomenCho J_CloseCho J_MixedCho DiatncJazz DiatncGirl ACapellBoy ACapellaMix ACapellaDia FalsetDuet FalsettTrio FalsettoDia FalsetJazz FalACapella 2UnisonLow 2UnisonHigh 3UnisonLow 3UnisonHigh Voice&Inst ChordalXG VocodAutoU VocodAutoL VocodModeU VocodModeL VocodGirlU VocodGirlL VocodPichU VocodPichL KaraokAuto KaraokMode KaraokGirl KaraokPich VocoderXG SingBass SpdyMouse ChromatXG DetuneXG Thru Harmony Type Standard Duet Girl in Duet Lisa and Tina Sing B+G Dream Girls Men Choir Women Choir Closed Choir Mixed Choir Country Men Country Girls Barbershop JazzMenChoir JazzWomenCho JazzClosedCho JazzMixedCho Diatonic Jazz Diatonic Girl A Capella Boy A Capella Mix A Capella Dia Falsetto Duet Falsetto Trio Falsetto Dia Falsetto Jazz Fal A Capella 2 Unison Low 2 Unison High 3 Unison Low 3 Unison High Voice & Inst ChordalXG Vocoder Auto Upper Vocoder Auto Lower Vocoder Mode Upper Vocoder Mode Lower Vocoder Girl Upper Vocoder Girl Lower Vocoder Pitch Upper Vocoder Pitch Lower Karaoke Auto Karaoke Mode Karaoke Girl Karaoke Pitch VocoderXG Sing the Bass Speedy Mouse ChromaticXG DetuneXG Thru Mode Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chordal/Vocoder Chromatic Chromatic Chromatic Detune - Vibrato Depth Vibrato Rate Vibrato Delay Harmony1 Volume Harmony2 Volume Harmony1 Pan Harmony2 Pan Harmony1 Detune Harmony2 Detune Pitch to Note Pitch to Note Part Vocal harmony types that have "Chordal/Vocoder" in the Mode column can be used in either Chordal or Vocoder Mode. 24 Parameter Chart / Parametertabelle / Tableau des paramètres / Gráfico de parámetros (CVP-209/207/205/203, PSR-2000/1000) Settings are saved/called up for each type. When you change settings in a display page and then exit from the page. When you change settings in the Voice Set display and then save the data as Voice file. When you memorize settings with the REGISTARATION buttons and then save the current style as a Style file. [. . . ] F7 = Exclusive status = YAMAHA ID = Device Number n=always 0 (when transmit), n=0-F (when recieve) 4C = Model ID hh = Address High mm= Address Mid ll = Address Low dd = Data : F7 = End of Exclusive aa bb hh mm ll dd . . . dd cc F7 F0 = Exclusive status 43 = YAMAHA ID 0n = Device Number n=always 0 (when transmit), n=0-F (when recieve) 4C = Model ID aa = Byte Count MSB bb = Byte Count LSB hh = Address High mm= Address Mid ll = Address Low dd = Data : dd = Data cc = Checksum F7 = End of Exclusive hh ll F7 F0 = Exclusive status 43 = YAMAHA ID 3n = Device Number n=always 0 (when transmit), n=0-F (when recieve) 4C = Model ID hh = Address High mm= Address Mid ll = Address Low F7 = End of Exclusive hh mm ll F7 F0 = Exclusive status 43 = YAMAHA ID 2n = Device Number n=always 0 (when transmit), n=0-F (when recieve) 4C = Model ID hh = Address High mm= Address Mid ll = Address Low F7 = End of Exclusive *Refer to Parameter Change Table *Refer to Parameter Change Table MIDI Reception (effective or not for each part) MIDI Reception MIDI Transmission (generated data) (affecting the Panel M. Pad Style Song MIDI panel) (main generation method) *Refer to Parameter Change Table O (When receiving the XG Parameter Request) XG Bulk Dump *Refer to Parameter Change Table *Refer to Parameter Change Table - X X X X O (Output as (When Parameter receiving Change) the XG Dump Request) XG Parameter Request - - - - - - - - O (-) X X X X X XG Dump Request - - - - - - - - O (-) X X X X X 45 System Exclusive Messages (Clavinova compliance) 11110000 01000011 01110011 : 11110111 F0 = Exclusive status 43 = YAMAHA ID 73 = Clavinova ID : F7 = End of Exclusive MIDI Event Data Format Corresponding Voice/Part MIDI Reception (effective or not for each part) Extra Regular/ Mic/Vocal Natural Song Main Keyboard Style Organ Voice Harmony Voice Layer Left Internal Clock External Clock Organ Flutes data Bulk Dump F0 43 73 01 02 F7 00000001 01 = Model ID (Clavinova common ID) 00000010 02 = Internal Clock Substatus F0 43 73 01 03 F7 00000001 01 = Model ID (Clavinova common ID) 00000011 03 = External Clock Substatus F0 43 73 01 06 0B 00 00 01 06 0n [Bulk Data] sum F7 01H Model ID (Clavinova common ID) 06H Bulk ID 0BH Bulk No. (Organ Flutes data Bulk Dump) 00H, 00H, 01H, 06H Data Length :16bytes 1st Channel No. 0nH 2nd Footage [1'] 00 - mmH 3rd [1 1/3'] 00 - mmH 4th [1 3/5'] 00 - mmH 5th [2'] 00 - mmH 6th [2 2/3'] 00 - mmH 7th [4'] 00 - mmH 8th [5 1/3'] 00 - mmH 9th [8'] 00 - mmH 10th [16'] 00 - mmH 11th [Attack 2'] 00 - mmH 12th [Attack 2 2/3'] 00 - mmH 13th [Attack 4'] 00 - mmH 14th Settings [Attack Length] 00 - mmH 15th [Response] 00 - mmH 16th [Attack Mode] 00 - 01H 17th [Wave Variation] 00 - 01H 18th [Volume] 01 - vvH 19th [aux] 00H 20th [aux] 00H 21th [aux] 00H 22th [aux] 00H sum Check Sum = 0-sum(BULK DATA) CVP-203 CVP-205 CVP-207 CVP-209 PSR-1000 PSR-2000 Natural Voice Reverb Type X X O O X O mm=7 mm=8 mm=7 vv=8 vv=9 vv=8 X X O O mm : maximum (*CVP-209 only) X X X X MIDI Reception MIDI Transmission (generated data) (affecting the Panel M. Pad Style Song MIDI panel) (main generation method) O (Function) X X X X X X - - - X X X X X O (Function) X X X X X O (Organ Flute) X X O O X X O O O (Sound Creator) (Sound Creator) X X O X 00H: Each, 01H: First 00H: Sine, 01H: Tone Wheel vv: maximum F0 43 73 01 31 0n 00 dd F7 00000001 01 = Model ID (Clavinova common ID) 00110001 31 = Natural Voice Exclusive data 0000nnnn 0n = Channel No. [. . . ]