You have stumbled across a DRAFT work in progress page describing commonly sought functions within the Five12 Vector. Feel free to use what is here but please let me know if something doesn't work the way it is described. A more finished article about the Five 12 Vector sequencer (which is probably what you came her for!) is here
- E1-9 designates ENCODER 1 through 9, with 9 being the encoder to the left of the OLED screens. 1 to 8 are below the screens.
- JE - Jack Expander
- CV Set - refers to a Pitch, Gate and Velocity set (3 jacks) on the Vector or the Jack Expander module. There are 6 CV sets in total.
Latest Firmware and Manual
- Go to this link on the Five12 forum
- Jim keeps this up to date with the current release firmware and Vector manual
How to join the Five12 forum
- You will need to go to the Five12 page and email Jim Coker directly
- Jim will set you up an account and email you detals - it can take a few days for this to occur
- Why? The forum registration process is broken and a new version will soon(ish) be released
Logging Feature Requests
- This is done by joining the Five12 forum and logging a request here
Five12 Vector Sequencer Users Group (Facebook)
- The Facebook Users Group is here
- I try to verify and accept users on a daily basis
- On the GLOBAL page use E4 to select clock source.
- The most commonly used are INT for internal clock and RC24 if you are clocking from another eurorack module whicn you must also configure correctly.
- If you are using INT and want to send the right clock type to the receiving device go to GLOBAL, use E9 to get to the RUN, CLOCK, RESET page
- Select your clock division (RC24 is most common for eurorack devices, but check the paired device manual)
- You might need to set RUN and RESET to match the receiving module, but usually the defaults are fine
- If you are receiving clock from another device, the Vector will just listen to whatever you are sending. RUN and CLOCK will be greyed out, but you can configure RESET manually
- Press GLOBALthen NEXT
- Use E1 to dial to the PART you want to name
- Dial E9 right once
- Input the NAME using E2 to E6
- Dial E1 to select any other PARTS you wish to name
Copy and Paste Presets
- Go to the PRESET page
- Use E9 to select the row that holds the PRESET you wish to copy
- Select the PRESET you wish to copy by pressing the corresponding white key
- Hold SHIFT and press SELECT to copy the preset
- Move to a PRESET location ROW and COLUMN using E9 and the appropriate white key.
- Hold SHIFT and press SKIP to paste the preset to the selected location
To create a working drum part there are two main things you must do. The first is changing a PART to TYPE DRUM and the second is routing voices from that drum part to your sound sources. Remember you can only do this using PART numbers five through eight and that each drum part provides up to 4 drum voices.
Configuring a Drum Part
- Only PARTS 5 through 8 may be configured as DRUM (or CHORD) TYPES
- Go to the PART page, press SELECT and the white key corresponding to the PART you wish to modify
- Press GLOBAL then NEXT once
- Use E1 to dial through to the PART you wish to modify
- Use E6 to dial to DRUM (other options are MONO and CHORD)
- Press SHIFT and CLEAR (white key 8)
- Press NEXT to execute noting that this will delete any contents already held in the PART so be careful
- The PART screen will now display TYPE DRUM above encoder 6
You must already have configured a PART as TYPE DRUM for the below instructions to work correctly. There are a few different ways you can route drum voices and the below instructions provide a couple of options
1. Using Triggers on the Jack Expander
- You may use a TYPE DRUM PART assigned to parts 5 - 6 for this to work.
- Go to the GLOBAL page and use E9 to move to the J-EXP TRIGS page (5/10)
- Decide which TRIGs you wish to use (for xample TRIG5 through TRIG8) being the bottom row on the JE module
- Use the SHIFT KEY and the appropriate ENCODER (in this example, E5 through E8) to scroll through your options
- To assign a TRIG to a PART you must select DX.Y where X = the PART number, and Y = the DRUM Voice (from 1 to 4)
- So, D8.1 means PART 8, Drum voice 1. D5.3 means PART 5, Drum voice 3
- For this example we woud select D8.1, D8.2, D8.3 and D8.5 for TRIG 5 through 8
The disadvantage of using Trigger outs is that you are sending a set volume out for every step without variation. If you want to use Trigger outs and still have Velocity control you can map an unused Velocity output to your drum module and configure velocity within the associated PART.
For example if you are using a synthesiser voice that does not require velocity control then you may use the velocity Jack from that CV set to send velocity information to a connected drum device.
2. Using Gate and Velocity outs on the Vector or JE
This will consume the Gate and Velocity outs of a CV set for each drum voice you wish to configure. It will enable you to apply different volume settings per voice, per step, which is pretty cool.
- Go to the GLOBAL page
- Use E9 to move to the correct CV OUT page (eg CV out 5-6)
- Use the encoder underneath the GATE you wish to configure (eg E2 or E6 depending on the CV set)
- Dial to the PART you have created as a TYPE DRUM
- You will see NAME V1 for a DRUM enabled PART
- Use SHIFT and the same encoder to select NAME V1 through NAME V4 where Vx corresponds to the VOICE within the DRUM PART
- Do the same for the VELOCITY configuration useing E3 or E7 (depending on the CV set)
- You will need to do this for every DRUM VOICE you wish to enable remembering that you will be assigning various NAME Vx attributes to different CV sets.
- Example CV set 1 may be NAME V1, and CV set 2 may be NAME V2, and CV set 3 may be NAME V3, and so it goes
- In cases where you do not wish to control velocity via the Vector, consider using trigger outs instead if you have any free
3. To Midi Outputs
- Go to GLOBAL then NEXT to ROUTE page 1/10
- Scroll using E9 to find the correct MIDI OUTPUT which might be the TRS MIDI, JE MIDI or USB MIDI connections
- Change the white block text for CHANNEL using SHIFT and E1 to E8 to match the MIDI IN channel of the connected device
- Select the PART which will be routed to the MIDI destination using E1 to E8
- Select the DRUM PART and press CONTROL to go to SEQ CTL
- Use E9 to dial to the SEQ CTL - DRUM MAP page
- Use E1 to select the drum voice being 1 through 4 and assign appropriate variables
- Use E2 to select the MIDI note which will be sent to your connected MIDI device
- You can use E3 and E4 to name the voice with a 2 character abbreviation
Scales and Chords
|CHR - Chromatic||O1 - Octatonic 1, 2|
|MAJ - Major||O2 - Octatonic 2, 1|
|MIN - Minor||PT - Pentatonic Major|
|DOR - Dorian||PTM - Pentatonic Minor|
|PHY - Phrygian||M7 - Major 7th Chord|
|LYD - Lydian||D7 - Dominant 7th Chord|
|MIX - Mixolydian||HM - Harmonic Minor|
|LOC - Locrian||WT - Whole Tone|
M7 and D7 are four note chords which are useful as scale types though they are not actually scales. You can think of them in this case like four note scales (only one fewer than a Pentatonic, for example). The above list was copied from here.
|Unison||Dyads (2 notes)||Triads (3 Notes)||Sevenths (4 notes)|
U - Unison
|m2 - minor||M - Major||M7 - Major 7th|
|M2 - Major 2nd||m - minor||D7 - Domintant 7th|
|m3 - minor 3rd||A - augmented||m7 - minor 7th|
|M3 - Major 3rd||D - diminshed||h7 - half diminished 7th|
|P4 - Perfect 4th||S2 - suspended 2nd||d7 - diminished 7th|
|TT - Tritone (dim 5th)||S4 - suspended 4th|
|P5 - Perfect 5th|
|m6 - minor 6th|
|6 - Major 6th|
|m7 - minor 7th|
|M7 - Major 7th|
|P8 - Octave|
This list was taken from here.
MIDI over TRS
Vector 3.5mm TRS MIDI IN and OUT jacks are Type B and present as listed below. This means that if you are pairing it with another Type B device you can just use a standard 3.5 mm TRS cable to connect the two together. Otherwise, use the supplied midi converters that came with your Vector sequencer.
- Tip = MIDI DIN pin 4
- Ring = MIDI DIN pin 5
- Sleeve = MIDI DIN pin 2 (shield)
Step Timing Options
This is a biiiiig topic for the Vector so I will chip away at it as logically as possible.
SEQ CTL Page
- Most of what you need is in the SEQ CTL page.
- Select the PART you want then press CONTROL once to get to SEQ CTL.
- START refers to the step at which a PRESET (when active) will begin. Your PRESET will usually start on step one. But there is no reason it has to.
- LEN is the length of your PRESET in step quantity. If it exceeds the configured steps of your preset you will get silence.
- DIR is direction. Pretty obvious. See the manual.
- RESET is the count of beats at which the PRESET will be forced back to the START step (usually one, but maybe not).
- RATE is the division of a step timing based on the MODE type. Most of the time you will probably work with Musical Divisions in whole notes, quarters etc.
- MODE is where you set the way in which each step duration is calculated. There are many interesting options here - see the manual. I will go into more detail for the ones I really like below.
- OCT is your pitched note octave. Default is ZERO. Changing this will add or subtract an octave to/from any active pitched note.
- TRANS is transposition. You use it to pitch shift per semi tone. EG TRANS 3 is 3 semitones or a minor third.
The below instructions lead you through setting up 2 PARTS and work through how to vary them to create fun polyrhythms.
- Set up two PARTS on your vector to trigger one percussion type each.
- Make sure they are short notes so you can hear the spaces between everything.
- Configure PRESETS in the two PARTS as follows:
- Configure PART 1 as eight hits with one per step, and a LEN of 4 so that it cycles the four steps.
- Configure PART 2 as eight hits with one per step, and a LEN of 8.
- Go to PART 1 and make sure MODE is MDV and dial RATE to 1/4 (default is 1/16th)
- Go to PART 2 and scroll MODE all the way to the right until you reach /1 and leave RATE as 1
- Hit RUN and you should hear sounds for each PART simultaneously.
What are we hearing?
- In PART 1 which is set to MDV 1/4, each pulse (a single BPM count) is heard as a quarter note, so four notes make up one beat.
- In PART 2 each sound you hear is 1 step fraction of 1 pulse (where pulse is a BPM increment). So, 1 step/1 pulse
- The point of the above was to show two different ways to configure the same thing and how they relate
Messing Around with what we have built
- We have created a 1/1 fraction for PART TWO
- The points of interest here right now are RESET, RATE and MODE.
- RESET is the beat count at which a RESET to STEP 1 will occur (assuming your START is 1)
- RATE is step quantity you are using, and is the below the line variable in your fraction (eg RATE is Y in a fraction that looks like X/Y).
- MODE is the number after the slash (eg MODE is X in the X/Y fraction).
- So you have X/Y, MODE/RATE, 1/1
- Let's double time it by changing Y to 2 so change MODE to /2. Now you are hearing MODE 2 over RATE 1 so 2/1
- Now change RATE to 2 and what you are hearing is 2/2 and it is back in sync with the PART ONE trigger again.
- You are hearing 2 notes played as equal halves of 2 pulses, so that would be 1 hit per pulse, sounding identical to 1/1.
And now... A polyrhthym
- Change MODE to /3 and keep RATE at 2
- You should now be hearing notes that are divisioins of two pulses into three equal steps
- So, you are hearing 3 steps over 2 pulses where MODE is /3, Rate is 2 and X/Y is 3/2
Armed with these basics (and preferably your significant feline), you are ready to experiment with the RATE, MODE and RESET variables. Don't forget about PART 1 though - have a play with the MDV settings there as well as change it to fractional rates just to get a feel for how it all works.
RESET - Something is wrong... Cool, but wrong...
If you are doing this and the pulse is not occuring as you would predict it could be due to the RESET variable. It can mess up your polyrhtym, but at times will do it in very musical ways. The best way to avoid RESET screwing you over is make sure the RESET value is the same as your RATE value. You could set it as ANYTHING else but unless it is a factor of your RATE value you will get occasional RESET commands executed which are in less predictable places and will create a cool kind of offset for your rhythm. It can be used in a very musical way if you get it right.
External Trigger to Control Preset Movement
The objective here is to write a preset melody within a part, and then use an external trigger to increment each step of the melody.
The routing for triggers works like this at a conceptual level:
- Vector sends timing to external module
- External module accepts timing and does whatever magic it does
- External module sends pulses or triggers back to the Vector
- The Vector increments the steps of your PRESET in accordance with the incoming pulses
- This creates a step based part where the steps will ONLY increment when the external module tells them to do so.
How do we make this happen?
I am going to use the Vector, Jack Expander (JE), Pamela's New Workout (PMW) and a Turing Machine (TM) in the below workflow.
1. Create a PART of the kind you want.
2. Ensure your CLOCK OUT settings match the external module you will be using to create triggers for your Preset. Go to ROUTE (Run, Clock, Reset).
For PNW I am using RUN, S24, W as my settings. I am running a clock out from the Vector (CLOCK/RUN) to PNW, and then a PNW output with a x4 multiplier to the CLOCK input of my Turing Machine.
3. Patch from your external module trigger out to one of the Trigger jacks on your Five12 Jack Expander (JE). You can only use JE Triggers 1 to 6 for this purpose!
4. Go to GLOBAL then ROUTE and J-EXP TRIGS page and adjust the TRIG you have patched to the external module to be EXT.
Take care doing this, and either dial the encoder slowly, or use SHIFT and the encoder to get to EXT which is the far right, after 8.4. Press the encoder to select your choice. It will switch from greyed out to white.
5. Select your PART and go to the SEQ CTL screen by pressing CONTROL once. Change your MODE to the appropriate JE Trigger (T1 through T6). You can also change the RATE here. Default is /16.
6. Hit PLAY and your PRESET should increment steps whenever the external module sends a trigger.
In the case of a Turing Machine therefore your steps will only increment when the TM decides to send a pulse out.