MidiStep for Android

11 things about MidiStep

1. Features include per-step polyphonic chord playback, variable step sequence lengths for all parameters such as pitch, octave, velocity, note duration, beat divisions etc, and the capability to create multiple patterns which can be linked together in various ways.

2. The program uses sophisticated, user-controlled randomization to generate notes with a variety of parameters, including note values, note length, chords, patterns, velocity, gate, dividers, repeats, swing, and many more.

3. In addition, by setting different cycle lengths, step skips, step repeats, jumps, rewinds, cursor positions, pattern jumps, octave shifts, and many other parameters, you can create an infinite number of non-repeating sequences.

4. MidiStep uses sophisticated randomization settings for note values, note lengths, velocity, gate, dividers, repeats, swing, and modulation.

5. You can easily create patterns that have little to no variation, patterns that maintain a recognizable pattern but have some degree of variations to the notes, velocity, etc., all the way to patterns with extreme randomness with every pass – the degree of randomization is completely under your control for every parameter and for every step of a pattern.

6. MidiStep allows you to turn on/off randomisation on a stepwise basis for almost all parameters, set the percent probability that the randomisation will occur, set min/max values, set exactly which parameters will be randomized, etc.

7. Aleatoric music, also known as chance music, allows you to create patterns and entire compositions with user-controlled randomisation.

8. MidiStep is a powerful and inspirational polyphonic step sequencer, and a dream for lovers of complex rhythms and generative music creation tools.

9. •9 independent sequencer lanes (Notes, Chords, Octaves, Velocity, Gate, Divider, Repeat, Swing).

10. MidiStep also features 8 additional modulation lanes with independent play speeds.

11. The exact realization of the music will vary with each pass of the sequence, resulting in unique and captivating aleatoric renditions.