Organix Midi 3P Upgrade......................... 12 Korg DW-6000........................... 13 Each active controller in the Patch Editor is lit by a LED. If a control is unused it will be dark and will Korg DW-8000........................... 14 have no effect. This has added to the cost of making the Patch Editor but it was felt that the visual Korg DSS-1............................
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Patch Editor is switched off. It is possible to send commands to the Patch Editor on one midi channel and the Patch Editor will output to the synth on another. This could be useful if the control codes to the Patch Editor could be interpreted differently by the synth being controlled.
1. Osc 1 Range Select 19. Osc 2 Fine Tune 37. Filter/EG1 Attack Patch Editor has developed. An example of a use of this button is in the Roland 2. Osc 1 Waveform Select 20. Osc 2 LFO Modulation 38. Filter/EG1 Decay Juno-1 where this button will select the PW wave form.
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These controls (37) (38) (39) (40) (42) (43) (44) (45) set the shape of the EG1 and which will allow more than one synthesizer to be controlled using the Patch Editor. EG2 Envelopes. The EG1 envelope, if used, will normally control the Filter via the Only the active synthesizer can be controlled 'live' but any supported type can be ENV mod control (35).
12 volt DC supply. If this becomes an issue then either lower the brightness setting or run the Patch Editor on a 9 volts DC supply. No damage to the Patch Editor will result from this. 9vDC is the preferred supply.
Osc 2 ENV Mod (21) Not Used Osc 2 Mode (22) Used to enable Osc 2 LFO & Env modulation Osc 2 PWM (23) Not Used Osc 2 XMod Sync Off, Sync On, Metal Osc 2 Level (25) Not Used www.kiwitechnics.com Patch Editor v6.0...
Because of this combining, changing one control in a combination will also set the other part to the current Patch Editor setting. This is unavoidable due to the way the DW-6000 is Osc 1 Range (1)
The Envelopes in the DW-8000 use extra controls. In addition to Attack, Decay, Sustain and Release there are break level and slope controls. On page 1 the Patch Editor sets the slope equal to the decay and the break level to maximum and break time to minimum which has the effect of changing the envelope generators to the four control system.
VCA Level (47) Active Osc 2 ENV Mod (21) Not Used Osc 2 Mode (22) OSC Auto Bend Polarity Osc 2 PWM (23) Not Used Osc 2 XMod (24) Sync On/Off Osc 2 Level (25) Not Used www.kiwitechnics.com Patch Editor v6.0...
VCA Level (47) Active Osc 2 ENV Mod (21) Not Used Osc 2 Mode (22) OSC Auto Bend Polarity Osc 2 PWM (23) Not Used Osc 2 XMod (24) Not Used Osc 2 Level (25) Not Used www.kiwitechnics.com Patch Editor v6.0...
PW slider. The lowest numbers select internal waves and the higher numbers select cartridge waves if a cartridge is present. The Envelopes in the M1 use extra controls. In addition to Attack, Decay, Sustain and Release there are break level and slope controls. The Patch Editor only controls the A/D/S/R sections. www.kiwitechnics.com Patch Editor v6.0...
This makes it unsuitable to control parameters in a live situation but a patch has been provided to help set up the M1000. The parameter for Filter sustain control does not work in the M1000 and has been disabled in this patch. www.kiwitechnics.com Patch Editor v6.0...
Not Used Filter Key Follow (36) Active Oscillator 2 on the Patch Editor is used to control the sub oscillator. The oscillator 2 wave switch (16) is used to step through Osc 2 Wave (16) Sub Osc Waveform & Octave Select...
DCO 2 LFO Mod VCA Level (47) Active Osc 2 ENV Mod (21) DCO 2 ENV Mod Osc 2 Mode (22) Not Used Osc 2 PWM (23) Not Used Osc 2 XMod (24) Off, 1, 2, Cross Mod www.kiwitechnics.com Patch Editor v6.0...
Note: Because the switch settings are combined into two commands changing one switch will cause the others in the same command to be sent also with whatever settings are on the Patch Editor. This is unavoidable due to The Roland Juno-106 did not have a dedicated controller available.
Osc 1 ENV Mod (6) Active HPF (31) Active can have completely independent settings. The Patch Editor can address these separately on the MKS-70 or simultaneously Osc 1 Mode (7) Osc 1 & 2 Envelope Source Select LPF Cutoff (32) Active via the Tone Select Button.
Controls for Tone A-D. Each patch is made up of four separate Tones (A,B,C & D) and each of these has two pages of controls. VCA Level (47) Active It is not possible to fit all parameters into the PE layout so only those deemed the most useful for Patch editing have been included. www.kiwitechnics.com Patch Editor v6.0...
Not Used VCA Mode (46) Not Used It is not possible to fit all parameters into the PE layout so only those deemed the most useful for Patch editing VCA Level (47) TVA Level have been included. www.kiwitechnics.com Patch Editor v6.0...
Osc 1 Wave (2) Sawtooth, Pulse, Square, Triangle LFO Delay (27) LFO Delay The two boards are called Upper and Lower and can have completely independent settings. The Patch Editor Osc 1 PW (3) VCO 1 & 2 PW adjust LFO Speed (28) LFO-1 Rate can address these separately or simultaneously via the Upper/Lower Select Button.
Osc 1 PWM (8) Pitch Bend Scale VCF Resonance (33) Active This Waldorf patch uses more controls than are available on the Patch Editor so this patch has been spread over two Osc 1 Level (9) Not Used Filter LFO Mod (34) VCF Mod Amount pages.
DCO 1 Pulse Width Mod LPF 2 Resonance (33) VCF 2 Resonance This Waldorf patch uses more controls than are available on the Patch Editor so this patch has been spread over two Osc 3 Level (9) DCO 1 Level...
Wave 1 Modifier 2 Amount LPF Resonance (33) VCF Resonance Mod 1 Amount This Waldorf patch uses more controls than are available on the Patch Editor so this patch has been spread over two Osc 1 Level (9) Wave 1 Keytrack Amount...
Unsupported synthesizers The following synthesizer types have been tested and found to be not suitable for controlling with the Patch Editor. Yamaha DX7 The Yamaha DX7 synthesizer is FM based and few of the Patch Editor controls are suitable. This is what is required.
Because sysex commands are much longer than MidiCC commands the Patch Editor will need to output much more data than is sent to it. This will take extra time and there may be a noticeable lag if too much data is sent to the PE too quickly. If the Patch Editor buffer overflows data will be lost...
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