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CV1 AND CV2 RANGES 

The upper range of each CV part can be limited using the CV1 and CV2 Range settings. The Values 
parameter defines the max number of values each CV part can produce. Values can range from 1-64. These 
settings are useful when you want to confine CV values to a specific range, especially when using Evolve, 
Phi, or Randomization. Values settings of 12, 24, 36, 48, and 60 will be ideal when using a CV to control 
Pitch.  

 

Range selection can be adjusted using the Parameter knob, Switch A(-) or Switch B(+). Pressing the TAP 
switch will reset the Range value to max setting of 64.     

 
CV1 AND CV2 SCALES 

Each CV output can be quantized to one of 29 musical scales. You can choose a different scale for CV1 and 
CV2.  
Scale selection can be adjusted using the Parameter knob, Switch A(-) or Switch B(+). Pressing the TAP 
switch will default to the Chromatic scale.    
 
In the Chromatic scale each value entered into a CV part selects a different semitone. For instance, if a CV 
value of 0 is equal to C, 1 is equal to C#, and 2 is equal to D. If instead you select Major as the Scale type, a 
value of 0 will produce a C, a value of 1 will also produce a C, and a value of 2 will produce a D. Therefore if 
a CV value does not exist in that scale, it will play at a lower note value that does exist in the selected scale.  
 

MASTERLOOP 

Masterloop defines the number of bars the sequencer will play before forcing a restart of playback, and will 
also generate a Reset pulse output at the Clock jack.  
Masterloop range can be set to OFF, meaning playback for all parts and loops is free-running, and Reset 
pulses will no longer occur at the Clock output jack. The Masterloop range can further be set to a value from 
1-64 bars. The Masterloop parameter can be adjusted with the Parameter knob, Switch A(-) or Switch B(+).  
When using Switch A(-) or Switch B(+), the loop value will change in multiples of two since these are the 
most common musical choices.  
 
Pressing the TAP Switch will manually force an internal restarting of parameters.  
 

MIDI CHANNEL 

The MIDI Channel parameter defines the MIDI channel the TRAX will send MIDI data OUT when using the 
optional MIDI BUS product. In addition, when Sync Type is set to INT or MIDI and playback is stopped, you 
can also use the MIDI Channel parameter to select MIDI TO CV along with channels 1-16. The MIDI 
Channel can be adjusted using either the Parameter knob, Switch A(-), or Switch B(+). 
 
Notice that this parameter can be adjusted from NO to 1-16. When NO is selected, no MIDI data will be sent 
out. A selection of 1-16 will send MIDI data OUT on the selected MIDI channel. Make sure the device you 
are sending MIDI to is set to receive data on the same MIDI channel. Once rotated past MIDI channel 16, the 
parameter name will change to MIDI TO CV, and you can select channels 1-16 as the MIDI input channel to 
convert.  
 
Pressing the TAP switch will reset the MIDI Channel to NO, so that no MIDI will be transmitted. 
 

NOTE:

 You can change the MIDI channel selection on the fly while the sequencer playing, to redirect note 

data to different voices or sound modules. When the sequencer is stopped you can change the MIDI TO CV 
channel on the fly to look at and convert MIDI to Trig and CV1 and CV2 outputs. A MIDI note-on will 
generate a Trig out, the pitch of that note will be generated by CV1 output, and the velocity of that note will 
be generated by CV2.  
 

Summary of Contents for Trax!

Page 1: ......

Page 2: ...2 Written by Jered Flickinger Copyright 2019 Future Retro www future retro com...

Page 3: ...c Slaves to MIDI Page 17 MIDI Information Page 18 GLOBAL PARAMETERS Playback Sync Tempo Swing Time Signatures Mute Page 19 Fill Type Rec Steps CV Links Page 20 CV1 and CV2 Range CV1 and CV2 Scales Mas...

Page 4: ...each that can be played in various directions and manipulated in unique ways using the built in Remix Evolve and Phi features Each part also provides three independent loop points for total control Fo...

Page 5: ...D The LED on the front panel will blink like a metronome at quarter note intervals when the Rhythm pattern is blank Once data has been entered into Rhythm pattern this LED will then blink each time th...

Page 6: ...s on the Transient using a 3 5mm cable When used with other modules these CV outputs can be used to control the pitch of an oscillator filter amplifier or whatever you like CLOCK The CLOCK jack on the...

Page 7: ...e routing Instead we are introducing Flying Bus MIDI where the ribbon cable powering the modules also provides MIDI to each module If you simply want to sync multiple TRAX modules to one another you c...

Page 8: ...analog clocks connected to the front panel jack NOTE When using EXT you will also need to make the proper jumper settings to define the CLOCK jack for Clock In and Reset In MIDI In this location the...

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Page 17: ...simply require MIDI data should still be compatible The MIDI BUS follows the TRS MIDI B Spec Class currently supported by Arturia Novation and 1010 Music devices This Spec Class requires the use of MI...

Page 18: ...e ways to adjust the tempo You can rotate the Parameter knob press Switch A to decrement the tempo press Switch B to increment the tempo or you use the TAP switch to enter the tempo by tapping twice a...

Page 19: ...tes will be written into the Rhythm part when notes are recorded into the Rhythm or CV1 part CV2 New notes will be written into the Rhythm part when notes are recorded into the Rhythm or CV2 part CV1...

Page 20: ...t pulses will no longer occur at the Clock output jack The Masterloop range can further be set to a value from 1 64 bars The Masterloop parameter can be adjusted with the Parameter knob Switch A or Sw...

Page 21: ...IDI note values can range from 0 127 Since the CV parts only generates values in the range of 0 63 the MIDI Offset parameter allows you to shift or transpose this range to something more suitable for...

Page 22: ...ays a cursor will blink under the step currently playing CV1 AND CV2 A B This mode allows you to Record Edit and Clear CV1 or CV2 parts A and B while the sequencer is playing Each part contains a sing...

Page 23: ...hat step to always play the programmed step value Only steps written different from one another will appear to be randomized EVOLVE This unique mode can analyze the difference between patterns A and B...

Page 24: ...g the whole pattern to them Or use this feature as a type of variations fill for small sections of the pattern New evolutions may also be automatically generated each time the respective part s LOOP 2...

Page 25: ...se to turn the Remix ON for small sections where you want to create a short variation or fill DIRECTION This feature defines which Direction the respective part will play The Direction parameter can b...

Page 26: ...re reset forcing the respective part to begin playing from the first step and also causing A B patterns to begin playing pattern A or causing the Evolution and Phi patterns to be recalculated and begi...

Page 27: ...either CV1 or CV2 output on the TRAX to a precision voltmeter Press Switch A and both CV1 and CV2 outputs will produce a DAC value of 0 while the TRIG jack will generate a trigger out signal At this...

Page 28: ...oltage level and how much current the modules in your system are drawing from the power supply If your system is unable to provide enough current for each module in your system obviously something is...

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