Mpe juices

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Converting MPE signals to global MIDI, making it possible to use an MPE controller with non-MPE enabled instruments.Before we get into the details of how you can use the MPE Control effect to shape the incoming MPE data, let’s have a look at the difference between MPE and standard MIDI messages. MPE enables MIDI Control Change (or MIDI CC) messages to be sent on a per-note basis, thus allowing you to articulate each note individually. Without MPE, those messages are sent globally, meaning that all notes are affected by the MIDI CC being used. For more detailed information on MPE check out the Editing MPE chapter.While MPE already allows a lot more musical expression than standard MIDI data, MPE Control gives you the ability to shape the MPE signals to a greater extent using curves, making it possible to play even more expressively. Let’s say you are using the Expression Control device and mapped its Slide MIDI input to the Filter Freq knob in Operator. Any incoming MPE slide data will affect the filter frequency. You can then use MPE Control to fine-tune the signal further, so that only very high slide values will reach a high frequency cutoff.In MPE Control, the incoming MPE signals can be transformed via two types of curves that can be smoothed for consistent rise and fall times. There are three signal sources available: Press (pressure), Slide, as well as NotePB (per-note pitch bend), and each can be adjusted individually.The curve of the selected MPE source is shown in the foreground of the display, making that curve and its respective controls available for editing. By default, all MPE sources are switched on, but they can be deactivated separately by clicking on the toggles next to their names.For each MPE source, you can choose between two

Available in the Lite Edition.)MIDI Monitor is a utility MIDI device that displays incoming MIDI and MPE data.MIDI data can be viewed in either the Note display or Flow diagram.In the Note display, incoming MIDI notes are shown along with their root note and related chords (if played) on a keyboard layout. Note velocity is also shown.The Flow diagram populates a list of incoming MIDI notes and data (such as pitch bend and aftertouch messages) in a continuous stream as notes are played. The Freeze toggle can be used to freeze or unfreeze the display, while the Clear button clears the entire display.The Flow Diagram.MPE data can be viewed in the MPE display. Incoming note, velocity, slide, pressure and per-note pitch data are shown in a continuous stream as notes are played.The MPE Display. MPE ControlThe MPE Control Effect.(Note: The MPE Control effect is not available in the Lite Edition.)MPE Control is a Max for Live MIDI effect that allows shaping and transforming incoming MPE (MIDI Polyphonic Expression) signals, and offers distinctive adjustment options for each MPE data source. It is typically used in conjunction with another device to fine-tune the effect MPE data has on mapped parameters. MPE Control also allows converting MPE signals to global MIDI, making it possible to use an MPE controller with non-MPE enabled instruments.Before we get into the details of how you can use the MPE Control effect to shape the incoming MPE data, let’s have a look at the difference between MPE and

Now have MPE Mode enabled by default.Sampler:Sampler now supports MPE. It is now possible to use MPE/Push 2's Pressure mode to modulate individual notes in the Sampler device. MPE modulation can be dialled in via Sampler's MIDI tab. In the MIDI tab, the Pitch Bend Range control has been repositioned and two new modulation sources have been added: "Note PB" (per-note pitch bend) and "Slide" (per-note Y-Axis).In the MIDI tab, Aftertouch has been repositioned and renamed to "Press". Depending on the data sent to the instrument, Press is handled either monophonically (as Channel Aftertouch) or polyphonically (as Poly Aftertouch or MPE Press).Added an "MPE" text label to the right corner of the Sampler device's title bar.Simpler:Simpler now supports MPE. It is now possible to use MPE/Push 2's Pressure mode to modulate individual notes in the Simpler device.By default, Simpler supports Note PB (per-note pitch bend) with a range of +48 semitones.It is possible to use Sampler's MPE Slide and Press parameters in Simpler, after an instance has been converted from Sampler.Added an "MPE" text label to the right corner of the Simpler device's title bar.Wavetable:In the MIDI tab, "AT" (Aftertouch) has been renamed to "Press". Depending on the data sent to the instrument, Press is handled either monophonically (as Channel Aftertouch) or polyphonically (as Poly Aftertouch or MPE Press).Wavetable can now be fully controlled using MPE controllers. MPE modulation can be dialled in via the new MPE tab, which contains four columns: Velocity, Note PB (per-note pitch bend), Slide (per-note

Standard MIDI messages. MPE enables MIDI Control Change (or MIDI CC) messages to be sent on a per-note basis, thus allowing you to articulate each note individually. Without MPE, those messages are sent globally, meaning that all notes are affected by the MIDI CC being used. For more detailed information on MPE check out the Editing MPE chapter.While MPE already allows a lot more musical expression than standard MIDI data, MPE Control gives you the ability to shape the MPE signals to a greater extent using curves, making it possible to play even more expressively. Let’s say you are using the Expression Control device and mapped its Slide MIDI input to the Filter Freq knob in Operator. Any incoming MPE slide data will affect the filter frequency. You can then use MPE Control to fine-tune the signal further, so that only very high slide values will reach a high frequency cutoff.In MPE Control, the incoming MPE signals can be transformed via two types of curves that can be smoothed for consistent rise and fall times. There are three signal sources available: Press (pressure), Slide, as well as NotePB (per-note pitch bend), and each can be adjusted individually.The curve of the selected MPE source is shown in the foreground of the display, making that curve and its respective controls available for editing. By default, all MPE sources are switched on, but they can be deactivated separately by clicking on the toggles next to their names.For each MPE source, you can choose

Each of the curves can be set independently via the respective controls, and additional controls are available depending on the source you are editing. PressThe Press source can be used to alter MPE pressure data, which, similarly to polyphonic aftertouch, is sent on a per-note basis when pressure is applied to a controller’s key or pad after it was initially struck.Press Advanced Settings.Press includes a Default toggle, which gives you the option to set a default MPE value to use with MIDI notes that do not contain MPE data. You can also choose to send the MPE pressure data to the Slide instead of the Press source by using the Swap to Slide toggle. This is useful when, for example, you want to adjust the modulation via the vertical axis, but are using a controller which only supports polyphonic aftertouch.The Press to AT setting converts the MPE pressure data to monophonic aftertouch, so that non-MPE instruments can be modulated via an MPE controller. SlideThe Slide source modifies MPE slide data (transmitted as MIDI CC 74), which corresponds to the vertical position of the finger on the controller key or pad.Slide Advanced Settings.Slide also includes a Default toggle for use with non-MPE data, as well as a Centered switch which is useful when playing pad-based MPE controllers. When Centered is switched on, MPE slide data is transformed so that hitting the center of the pad generates a modulation value of zero, and the modulation value increases progressively as the finger slides away from the center alongside the vertical axis.By default, Slide is set to Abs mode, which means that MPE slide values are interpreted as absolute. Switching the mode to Rel (relative) will set the slide values to start in the middle of the range, regardless of where the finger is