Step Sequencers are an attractive concept. Machines making music. Who could better awake the genie in the machine than Thesys, the drawing board for step-based music creation? A refined Randomizer is ready, whatever the current situation, to mutate existing material or to bring a new approach on the table.
Powerful 32-step MIDI Sequencer
Choose and trigger Patterns per MIDI
Patternsequencer for longer passages
Real-time Manipulation of the patterns per keyboard
Independent Loop lengths for all 5 sequencers
18 sequencer lanes
MIDI Out and Drag 'n' Drop
A huge inspiration for performance or production
The sequences can simply be painted, but with the random generator and the mutate-function you can easily generate patterns on the fly. Or record the pitch straight from your MIDI keyboard. The internal synthesizer saves you lengthy wiring sessions so you can start straightaway.
Start by setting the root note. When using the scales, no out-of-key note will slip through your fingers.
Below the pitch lane, you'll see the Velocity (volume) and Gate Sequencer (controlling each note's length). It's in these top three sections that you'll spend the most of your time, programming riffs and arpeggios, then assigning them to patterns.
Performance and Modulation
Detailed Per-Step Control
The fourth step window is home to the Performance Sequencer, which is in fact 5 sequencers in one. Each row offers per-step control over Octave, Pitch Bend (with 20 pre-configured shapes), Chord (for polyphonic sequencing), Note Roll and sequence randomization of a vast range of other cleverly implemented "humanizing" elements to your patterns.
The final lane is the CC modulation section: each step accepts a value of 0 to 127, pumped out to a MIDI CC of your choosing. You can actually run several Modulation sequences simultaneously - up to eight - with all of them controlling different CCs.
Some Action in real-time
Some useful performance features
Up to 16 full patterns can be created within a single project. They can can be sequenced within the Pattern Sequencer (bottom right) or triggered via the Keyboard (set to "Pitch"), where the full length of the keyboard is used to transpose the current pattern. Switch to "Performance" and the keyboard is split into 3 zones: Pattern Select, Action Section and a Range for pitch transposing.
The “Action Section” offers 8 effects that can influence the patterns in real time. Choose from Looping, Half-Time, Re-Trigger or a Tempo Break.
The Setting "Individual" opens up all sorts of creative possibilities
The lanes within a single pattern can be set to operate over different lengths. You could have pitches cycling over 16 steps, while velocity cycles over 15 steps and a modulation lane is used to sweep a synth filter over 29 steps.
The end results can yield some fascinating interactions between these different step-cycle lengths and an almost endless evolution of the pattern. If you thought step sequencers were only capable of creating repetitive fixed patterns, think again!
Internal synth for idea sketching on the fly & MIDI Export
Yes, Thesys also comes with its own synthesizer, it is perfectly capable and very useful if you just want to develop a few quick ideas.
In its VST2 and AAX versions, Thesys is fully MIDI-out capable. As as Audio Unit, it can be plugged as a MIDI FX to trigger other AUs. In the 1.5.1 Update, we implemented MIDI Export. Just drag and drop from within Thesys to your host or simply save the file to your desktop. Quick and easy!
No other MIDI sequencer offers you the ease and power of Thesys. It is 100% MIDI compliant - the ultimate MIDI sequencing solution. Use Thesys on your iPad to control multiple apps or external hard- and software! Send melodies, controller data and program changes. Save patterns to a MIDI file.
”Thesys blows away bog-standard arpeggiators and the like, and when it comes to live work, it really shines. Thesys has a lot going for it. Put the work in, and it'll make live sets a joy, adding genuine life and sparkle to your MIDI parts.”
_________________________________________ System Requirements