Thanks for the reply Mike. I guess I'm just not getting it.. I dont see where in the code I can pluck out parameter values. Like where is: 11 Dco1 Octave 23 DCO1 Harmonics 88 Operating Poly Mode in this dump here- SYSX: F0 42 21 06 00 00 01 00 00 00 00 00 00 00 00 00 04 01 SYSX: 0F 00 00 00 01 00 00 00 00 00 00 00 00 00 07 01 0F 00 SYSX: 00 00 00 00 02 00 00 04 0B 00 0A 00 0A 01 00 00 00 05 SYSX: 05 00 00 00 01 00 00 00 00 00 0C 00 0C 00 01 00 00 01 SYSX: 0B 01 0F 01 0F 01 0F 00 03 00 00 00 00 00 00 01 0F 01 SYSX: 0F 01 0F 01 0F 00 03 00 00 00 00 01 03 00 05 01 0F 00 SYSX: 00 01 0F 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 SYSX: 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 SYSX: 00 00 08 00 00 00 09 00 00 00 00 00 00 00 00 00 00 00 SYSX: 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 SYSX: 00 00 00 00 02 00 06 00 00 00 00 00 00 00 00 00 00 00 SYSX: 01 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 SYSX: 00 00 00 00 00 00 00 00 00 00 00 00 00 00 03 00 00 00 SYSX: 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 SYSX: 00 00 00 00 --- In korgpolyex@yahoogroups.com, "korgpolyex800" <korgpolyex800@...> wrote: > > From a while ago... > > I also should add that I am going to change P2-13 and P2-14 to combine them into P2-14. So you should write your controllers in such a way that lends them to easy modification. > > --- In korgpolyex@yahoogroups.com, Michael Hawkins <korgpolyex800@> wrote: > > > > Well, here is the raw format of the data. See the MIDI implementation for the > > precise format of the sysex message. > > > > In order, from patch byte 0 through to patch byte 127 (which takes two bytes > > each in the patch sysex dump itself). > > > > The left hand is the maximum value for the parameter. If you exceed the value > > then when the patch is selected the parameter that has the invalid value will be > > set to half of the maximum for that parameter. > > > > Let me know if you have any questions at all. > > > > 2 , 11 DCO1 Octave > > 1 , 12 DCO1 Waveform > > 15 , 13 DCO1 harmonics > > 12 , 14 DCO1 harmonic modulator waveform > > 3 , 15 DCO1 harmonic modulator source > > 15 , 16 DCO1 harmonic modulator depth > > 31 , 17 DCO1 Level > > 1 , 18 DCO mode single or double > > 2 , 21 DCO2 Octave > > 1 , 22 DCO2 Waveform > > 15 , 23 DCO2 harmonics > > 12 , 24 DCO2 harmonic modulator waveform > > 3 , 25 DCO2 harmonic modulator source > > 15 , 26 DCO2 harmonic modulator depth > > 31 , 27 DCO2 Level > > 0 , 28 Not used > > 12 , 31 Interval > > 3 , 32 Detune > > 15 , 33 Noise > > 99 , 34 Delay Time > > 15 , 35 Delay Feedback > > 31 , 36 Delay Modulation Frequency > > 31 , 37 Delay Modulation Intensity > > 15 , 38 Delay Effect Level > > 99 , 41 VCF cut off > > 2 , 42 Keyboard Track > > 1 , 43 Polarity > > 15 , 44 EG3 VCF cutoff influence > > 1 , 45 EG3 Trigger > > 12 , 46 EQ treble > > 12 , 47 EQ bass > > 1 , 48 Chorus > > 31 , 51 EG1 Attack > > 31 , 52 EG1 Decay > > 31 , 53 EG1 Break Point > > 31 , 54 EG1 Slope > > 31 , 55 EG1 Sustain > > 31 , 56 EG1 Release > > 0 , 57 Not used > > 0 , 58 Not used > > 31 , 61 EG2 Attack > > 31 , 62 EG2 Decay > > 31 , 63 EG2 Break Point > > 31 , 64 EG2 Slope > > 31 , 65 EG2 Sustain > > 31 , 66 EG2 Release > > 0 , 67 Not used > > 0 , 68 Not used > > 31 , 71 EG3 Attack > > 31 , 72 EG3 Decay > > 31 , 73 EG3 Break Point > > 31 , 74 EG3 Slope > > 31 , 75 EG3 Sustain > > 31 , 76 EG3 Release > > 0 , 77 Not used > > 0 , 78 Not used > > 4 , 81 Velocity operator 1 intensity > > 1 , 82 Velocity operator 1 invert > > 11 , 83 Velocity operator 1 target > > 4 , 84 Velocity operator 2 intensity > > 1 , 85 Velocity operator 2 invert > > 11 , 86 Velocity operator 2 target > > 6 , 87 VCF velocity sensitive intensity > > 5 , 88 VCF velocity sensitive response shape > > > > 15 , 11 LFO1 frequency > > 15 , 12 LFO1 delay > > 1 , 13 LFO1 free running > > 1 , 14 LFO1 delay type > > 62 , 15 LFO1 square wave PWM ratio > > 12 , 16 LFO3 waveform select > > 15 , 17 LFO3 modulation depth of SLFO1 > > 0 , 18 Not used > > 15 , 21 LFO2 frequency > > 15 , 22 LFO2 delay > > 1 , 23 LFO2 free running > > 1 , 24 LFO2 delay type > > 62 , 25 LFO2 square wave PWM ratio > > 12 , 26 LFO3 waveform select > > 15 , 27 LFO3 modulation depth of SLFO2 > > 63 , 28 LFO2 sync driven 0=original oscillator, 1-63 sequencer clock > > driven > > 12 , 31 DCO MG 1st modulator waveform > > 3 , 32 DCO MG 1st modulator source > > 15 , 33 DCO MG 1st modulator depth > > 0 , 34 Not used > > 1 , 35 DCO MG EG invert > > 15 , 36 DCO MG EG depth > > 0 , 37 unused > > 2 , 38 DCO MG mode > > 12 , 41 VCF MG 1st modulator waveform > > 3 , 42 VCF MG 1st modulator source > > 15 , 43 VCF MG 1st modulator depth > > 12 , 44 VCF MG 2nd modulator waveform > > 3 , 45 VCF MG 2nd modulator source > > 15 , 46 VCF MG 2nd modulator depth > > 0 , 47 unused > > 1 , 48 12/24db filter cutoff select > > 99 , 51 Resonance set point > > 12 , 52 Resonance MG waveform > > 3 , 53 Resonance MG source > > 15 , 54 Resonance MG depth > > 0 , 55 Not used > > 15 , 56 Resonance EG depth > > 1 , 57 Resonance EG invert > > 1 , 58 Resonance mode > > 99 , 61 FM-800 set point > > 12 , 62 FM-800 MG waveform > > 3 , 63 FM-800 MG source > > 15 , 64 FM-800 MG depth > > 0 , Not used > > 15 , 66 FM-800 EG depth > > 1 , 67 FM-800 EG invert > > 2 , 68 Noise mode > > 15 , 71 SLFO3 frequency > > 62 , 72 SLFO3 square wave PWM ratio > > 1 , 73 SLFO3 free running > > 98 , 74 sequencer clock random sample and hold increment > > 15 , 75 SLFO4 frequency > > 62 , 76 SLFO4 square wave PWM ratio > > 1 , 77 SLFO4 free running > > 31 , 78 sustain decay and release EG offset > > 2 , 81 DCO1 tremolo off, LFO1/2 select > > 15 , 82 DCO1 tremolo depth > > 2 , 83 DCO2 tremolo off, LFO1/2 select > > 15 , 84 DCO2 tremolo depth > > 63 , 85 Bend depth > > 63 , 86 Portamento slide rate > > 0 , 87 unused > > 3 , 88 Operating Poly Mode > > > > > > All parameter values start at zero. For example, waveform is displayed as 1 or > > 2 but is stored as 0 or 1. This applies to all parameters that start at one. > > They are in fact stored as one less than the display shows. > > > > Please also keep in mind that I plan to rewrite the sysex patch dumps so that > > they use a single MIDI byte instead of two per value. However, when I do that, > > I will use a new sysex message ID number so that the existing patch dump sysex > > commands still work. > > > > Ask as many questions as you wish. > > > > Mike > > > > > > > > ________________________________ > > From: tim.tashpulatov <tim.tashpulatov@> > > To: korgpolyex@yahoogroups.com > > Sent: Tue, November 30, 2010 2:25:07 AM > > Subject: [korgpolyex] HAWK-800 Sysex Patch Dump format > > > > > > Mike, > > > > Could you please shed some light on Hawk-800's patch dump format? I am thinking > > of some external way to tweak patch parameters and to send changes back via > > sysex. > > > > Regards > > Tim > > >
Message
Re: HAWK-800 Sysex Patch Dump format
2012-10-14 by bimmerfan222