KLSYN93 Version 2.0 April 2,1993 N.M.(original program by D.H. Klatt) Text interface only Required arguments for KLSYN93: Name of '.doc' file to be read or -d start with DEFAULT parameters --- Legal KLSYN93 commands: p PRINT set of synthesis parameter default values c CHANGE default value for a synthesis parameter d CHANGE synthesis parameter time function G GRAPH on Laser printer all varied pars as a function of time s SYNTHESIZE waveform file, save everything, quit S SAVE current parameters as .doc file (no synthesis), quit q QUIT program, save nothing ? HELP, please list legal KLSYN93 commands --- CURRENT CONFIGURATION: (63 parameters) SYM V/C MIN VAL MAX DESCRIPTION ---------------------------------------------- 1. DU C 30 500 5000 Duration of the utterance, in msec 2. UI C 1 5 20 Update interval for parameter reset, in msec 3. SR C 5000 10000 20000 Output sampling rate, in samples/sec 4. NF C 1 5 6 Number of formants in cascade branch 5. SS C 1 2 3 Source switch (1=impulse, 2=natural, 3=LF model) 6. RS C 1 8 8191 Random seed (initial value of random # generator) 7. SB C 0 1 1 Same noise burst, reset RS if AF=AH=0, 0=no,1=yes 8. CP C 0 0 1 0=Cascade, 1=Parallel tract excitation by AV 9. OS C 0 0 20 Output selector (0=normal,1=voicing source,...) 10. GV C 0 60 80 Overall gain scale factor for AV, in dB 11. GH C 0 60 80 Overall gain scale factor for AH, in dB 12. GF C 0 60 80 Overall gain scale factor for AF, in dB 13. GI C 0 60 80 Overall gain scale factor for AI, in dB 14. F0 v 0 1000 5000 Fundamental frequency, in tenths of a Hz 15. AV v 0 60 80 Amplitude of voicing, in dB 16. OQ v 10 50 99 Open quotient (voicing open-time/period), in % 17. SQ v 100 200 500 Speed quotient (rise/fall time, LF model), in % 18. TL v 0 0 41 Extra tilt of voicing spectrum, dB down @ 3 kHz 19. FL v 0 0 100 Flutter (random fluct in f0), in % of maximum 20. DI v 0 0 100 Diplophonia (alt periods closer), in % of max 21. AH v 0 0 80 Amplitude of aspiration, in dB 22. AF v 0 0 80 Amplitude of frication, in dB 23. F1 v 180 500 1300 Frequency of 1st formant, in Hz 24. B1 v 30 60 1000 Bandwidth of 1st formant, in Hz 25. DF1 v 0 0 100 Change in F1 during open portion of period, in Hz 26. DB1 v 0 0 400 Change in B1 during open portion of period, in Hz 27. F2 v 550 1500 3000 Frequency of 2nd formant, in Hz 28. B2 v 40 90 1000 Bandwidth of 2nd formant, in Hz 29. F3 v 1200 2500 4800 Frequency of 3rd formant, in Hz 30. B3 v 60 150 1000 Bandwidth of 3rd formant, in Hz 31. F4 v 2400 3250 4990 Frequency of 4th formant, in Hz 32. B4 v 100 200 1000 Bandwidth of 4th formant, in Hz 33. F5 v 3000 3700 4990 Frequency of 5th formant, in Hz 34. B5 v 100 200 1500 Bandwidth of 5th formant, in Hz 35. F6 v 3000 4990 4990 Frequency of 6th formant, in Hz (applies if NF=6) 36. B6 v 100 500 4000 Bandwidth of 6th formant, in Hz (applies if NF=6) 37. FNP v 180 280 500 Frequency of nasal pole, in Hz 38. BNP v 40 90 1000 Bandwidth of nasal pole, in Hz 39. FNZ v 180 280 800 Frequency of nasal zero, in Hz 40. BNZ v 40 90 1000 Bandwidth of nasal zero, in Hz 41. FTP v 300 2150 3000 Frequency of tracheal pole, in Hz 42. BTP v 40 180 1000 Bandwidth of tracheal pole, in Hz 43. FTZ v 300 2150 3000 Frequency of tracheal zero, in Hz 44. BTZ v 40 180 2000 Bandwidth of tracheal zero, in Hz 45. A2F v 0 0 80 Amp of fric-excited parallel 2nd formant, in dB 46. A3F v 0 0 80 Amp of fric-excited parallel 3rd formant, in dB 47. A4F v 0 0 80 Amp of fric-excited parallel 4th formant, in dB 48. A5F v 0 0 80 Amp of fric-excited parallel 5th formant, in dB 49. A6F v 0 0 80 Amp of fric-excited parallel 6th formant, in dB 50. AB v 0 0 80 Amp of fric-excited parallel bypass path, in dB 51. B2F v 40 250 1000 Bw of fric-excited parallel 2nd formant, in Hz 52. B3F v 60 300 1000 Bw of fric-excited parallel 3rd formant, in Hz 53. B4F v 100 320 1000 Bw of fric-excited parallel 4th formant, in Hz 54. B5F v 100 360 1500 Bw of fric-excited parallel 5th formant, in Hz 55. B6F v 100 1500 4000 Bw of fric-excited parallel 6th formant, in Hz 56. ANV v 0 0 80 Amp of voice-excited parallel nasal form., in dB 57. A1V v 0 60 80 Amp of voice-excited parallel 1st formant, in dB 58. A2V v 0 60 80 Amp of voice-excited parallel 2nd formant, in dB 59. A3V v 0 60 80 Amp of voice-excited parallel 3rd formant, in dB 60. A4V v 0 60 80 Amp of voice-excited parallel 4th formant, in dB 61. ATV v 0 0 80 Amp of voice-excited par tracheal formant, in dB 62. AI v 0 0 80 Amp of impulse, in dB 63. FSF v 0 0 1 Formant Spacing Filter (1=on, 0=off)