Flame mMLFO Скачать руководство пользователя страница 15

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DESCRIPTION OF USER DATA:

Successively, 72 bytes in this order result in the user patch data:

1 byte with the patch number (where the file is loaded)

1 byte (value range = 0..11) corresponds to patch numbers 13-24 (user patches)

1 byte with the reset value of the patch (whether and when it is automatically reset)

1 byte (value range = 0..12 bars) 0=OFF, 1-12 in bars

consecutively 14 x 5 bytes per LFO (total 70 bytes):

1 byte for phase shift in 22.5° steps (value range = 0..15)

Example1: 0 = LFO has no phase shift (0x22.5° = 0°)
Example2: 8 = LFO has a phase shift of 8x22.5° = 180°

2 bytes for the rate (speed) (value range 32nd .. 128 clocks)

1st byte = number of bars (0..127), 2nd byte = ticks (0..96)
Lowest value = 0 bars + 3 ticks >=>32nd, Highest value = 127 bars + 96 ticks>=> 128 bars 
Example 1: Byte 1=1, byte 2=24, gives a rate of one bar+24ticks= 1bar+1/4th note
Example 2: byte 1=0, byte 2=12, gives a rate of zero bars+12ticks= 1/8th note
Example3: byte 1=4, byte 2=0, gives a rate of 4 ticks+0 ticks= 4 ticks

1 byte for the wave number (value range = 0..16)

Example1: 0 = SINE
Example2: 13 = Jump1

1 byte with reset on/off (value range = 0..1)

Example1: 1 = LFO reset follows the RESET PATCH value (see above).
Example2: 0 = LFO is not reset (runs freely).

2. USER PATCH DATA

SYX file with the values of a USER patch with the data of the 14 LFOs:
- 1 byte patch number (storage location 1-12 of the sysex file = patch number 13-24)
- 1 byte global reset value of the patch (in bars 1-12, 0=off)
- 70 bytes of data from the 14 LFOs, each with values for phase, rate, wave, reset on/off

11110000

F0

Exclusive Status

01111101

7D

Header Flame module

00001011

0E

Flame module “µMLFO”

00000001

01

version 1

00000110

07

data type  (User Patch Data)

0000xxxx

pt

Patch NR  (00-0B hex)  >> 0-11 = Patches 12-24

0000xxxx

rs

Reset Patch (00-0C hex) >> 0-12 = off, 1-12 Bars

0xxxxxxx

data

Data 14 LFOs  total  70bytes

|

|

--

0xxxxxxx

data

--

11110111

F7

End of Exclusive

(total 78 bytes)

USER DATA

Содержание mMLFO

Страница 1: ...MLFO MANUAL Version 1 00 FLAME...

Страница 2: ...MODI 6 3 2 LFO WAVE Waveforms 7 8 3 3 LFO PHASE Phase shift 9 3 4 SYNC RESET 9 3 5 PATCH select LEARN function 10 4 Patch overview 11 4 1 List of Preset Patches 1 4 11 4 2 List of Preset Patches 5 8 1...

Страница 3: ...hif ting the start point of the waveform When stopped i e after receiving a MIDI stop command or after switching on the module can be operated with 16th analog clock 3 2 1 Connection to the euro rack...

Страница 4: ...2 Modul overview Analog 16th clock Gate Trigger input 0 5v Analog Reset Gate Trigger input 0 5v 14 LFO outputs bipolar 5v 5v LEARN key MIDI input MIDI TRS B standard MIDI THRU output MIDI TRS B stand...

Страница 5: ...a received at MIDI IN is forwarded via MIDI THRU A corresponding commercially available adapter MIDI DIN to Mini TRS B or a 3 5mm 1 8 inch stereo jack cable is used for the MIDI connection Examples of...

Страница 6: ...activated in the active patch are reset The reset time is defined globally in the patch This can be between one and 12 bars When the MIDI clock is stopped the LFOs continue to spin at the same speed f...

Страница 7: ...C filters 3 2 LFO WAVE Waveform 0 Sine Classic sine waveform This waveform can be used to create floating or evenly rising and falling effects 1 Triangle Classic triangle waveform With the help of thi...

Страница 8: ...tep pulse sequence 13 Jump1 bouncing ball Pulse sequence getting faster 14 Jump2 bouncing ball Pulse sequence slowing down 15 Jump3 bouncing ball PingPong Pulse sequence faster and slower again 16 RAN...

Страница 9: ...successful reset A rate change in sync occurs at the next 16th note and the LFO is re synced at the next set beat After starting the MIDI clock the module needs one beat to sync to the tempo of the c...

Страница 10: ...11 12 1 2 3 4 5 6 7 8 9 10 11 12 LEARN MIDI channel and PATCH Load number With the LEARN function you can specify the MIDI receive channel and the PATCH which is automatically loaded when switching o...

Страница 11: ...ars 0 on PATCH 2 Classic Waves LFO WAVE RATE PHASE RESET 1 Sine 8th 0 on 2 Sine 4th 0 on 3 Up lin 1 2 0 on 4 Up lin 1Bar 0 on 5 Square 16th 0 on 6 Square 4th 0 on 7 Random 4Bars 0 off 8 Triangle 8th 0...

Страница 12: ...ine 16Bars 0 off PATCH 7 Fast to very slow LFO WAVE RATE PHASE RESET 1 Down Exp 32th 0 on 2 Down Exp 8th 0 on 3 Down lin 1Bar 0 on 4 Up lin 4Bars 0 off 5 Sine 16Bars 90 off 6 Sine 48Bars 180 off 7 Sin...

Страница 13: ...n 12 Jump2 1Bar 0 on 13 Tri 3Bars 0 on 14 Sine 5Bars 0 off PATCH 11 Square LFO WAVE RATE PHASE RESET 1 Square 32th 0 on 2 Square 8th 0 on 3 Square 1 2 0 on 4 Sine 2Bars 0 on 5 SH1 1Bar 0 on 6 SH2 1Bar...

Страница 14: ...recei ve MIDI channel and the number of the patch which is automatically loaded at power up This data can also be changed with the LEARN function see chapter LEARN With the second type USER PATCH DAT...

Страница 15: ...1 0 byte 2 12 gives a rate of zero bars 12ticks 1 8th note Example3 byte 1 4 byte 2 0 gives a rate of 4 ticks 0 ticks 4 ticks 1 byte for the wave number value range 0 16 Example1 0 SINE Example2 13 Ju...

Страница 16: ...amage caused by overexposure to sunlight or heating electric damage caused by improper connecting wrong power supply jacks MIDI connections voltage problems If you have any complaints please contact y...

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