Onyx Arranger 2.1 LE

Category
Multimedia and Graphics
MIDI Players and Editors

Review

Jasmine Music Technology presents Onyx Arranger LE Onyx Arranger 2.1 LE is a limited version of Onyx Arranger 2.1 - a powerful and advanced arranger with full real-time control of MIDI data. All Onyx Arranger 2.1 Orchestrator Styles are available in Onyx LE. Orchestrator functions are just slightly limited. LE Harmonizer and Chords system are almost equivalent to the full version. LE includes the set of necessary MIDI Processing Offline Tools. This program is based on Musical Object Morphing technology (MOM), which allows to morph one musical data to other. All the styles are created from ready MIDI files without losing any nuances. Onyx Orchestrator Style (OOStyle) is used for generating a new song accompaniment following any chord progressions, even in a different meter. You can have as many OOStyles per song as you want and they will sound perfectly in every Chord, Key, Scale and Meter. Styles can be merged by Orchestrator clips editing. The accompaniment can be generated in many different ways - by changing the positions of initial pattern measures, by altering chord/scale steps and by flexible fill inserting. Onyx intelligent multimode Harmonizer automatically recognizes the Key and Scale of your tune and calculates a number of high quality chord progressions it in various harmony styles. It can search for and sort out the best chord sequences using special built in presets and provide them with objective estimation criteria. Any previously created and saved progression can be opened for use even in a different or variable meter. The software pack includes lots of factory Onyx Orchestrator Styles and performance Modeler styles and has a number of useful views and dialogs, like Piano-Roll, Event List, Chords, Keyboard, etc. Onyx Arranger 2.1 LE is powerful and flexible arranger integrated with sequencer, a tool capable of producing MIDI tracks by far surpassing those made by already existing programs.


Search

Recent searches