![]() ![]() Windows 10 64 bit (Pre-2004) is not supported with software version 14.0.RAM: Grand Rhapsody’s & Bass Finger’s minimal RAM required is 16 GB (and not 8GB, as generally described for all plugins).Specific information available on each instrument’s page. Waves Instruments: Additional disk-space may be required for sample libraries.COSMOS Sample Finder & StudioRack: Intel processors must be Gen 5 or above and support AVX.AMD processors lower than Ryzen 9 are not supported.Supported on Intel processors Gen 6 and above.Intel Xeon processors are not supported.Mac: Intel Xeon-E processors are not supported Clarity Vx / Pro and Clarity Vx DeReverb / Pro:.Operating systems installed on external hard drives are not tested and may not be fully functional with our software. Waves Plugins and applications are supported and tested on operating systems installed on the built-in system hard drive.If you experience unusually high CPU consumption from Waves Plugins V14 and above while using a non-Intel CPU on Windows, learn how to enable MKL optimization to improve CPU performance.Recommended screen resolution for Flow Motion, Bass Slapper and Bass Fingers: 1920x1080. Screen Resolution: SSL E-Channel, SSL G-Channel, Element, Codex, Dorrough, Flow Motion, Bass Slapper and Bass Fingers require minimum screen resolution 1280x1024 / 1600x1024.Waves plugins are officially supported on up to two screens in third-party DAWs and host applications.To check if a plugin exists in an older version, scroll to the bottom of the older version's download page.Multiple versions of Waves plugins (for example v13 and v14) should be able to work on the same system (as long the system supports each of those versions)-but please note that we no longer test or officially support this scenario.Current version licenses will activate older version software (V9 and above), if the product/s in question exists in this software version.Windows 10 64 bit (Pre-21H2) is not supported with software version 14.Mac models without ‘Metal’ support are not supported with V14.These specs are for software version 14.#elif defined(TEENSY_PLUS_PLUS) || defined(TEENSY_2) || defined(TEENSY_PLUS_PLUS_2) If (channel >= 0x90 & channel = 0x80 & channel = 0xB0 & channel <= 0xBF) Ensure we're between channels 1 and 16 for a note on message Subtract one to go from MIDI's 1-16 channels to 0-15 0x90 is the first of 16 note on channels. ![]() Void noteOn(byte channel, byte pitch, byte velocity) does this contain enough for simple midi control mapping 6 buttons only.? You can find more information in the NoteButton.ino and RotaryEncoder.ino examples. You might have to change the relative CC mode if the encoder behaves strangely. This code uses the Mackie Control Universal protocol, so it's best to map it as a Mackie control surface in your DAW, but you could use any MIDI note number or controller numbers instead of “MCU::PLAY” etc., and then map them manually using the MIDI learn mode of your DAW, for example. RelativeCCSender::setMode(relativeCCmode::MACKIE_CONTROL_RELATIVE) Ĭontrol_Surface.begin() // Initialize Control SurfaceĬontrol_Surface.loop() // Update the Control Surface Select the correct relative MIDI CC mode: MCU::V_POT_1, // MIDI address (CC number + optional channel)ġ, // optional multiplier if the control isn't fast enough , // Push button on pin 4, “play” control MIDI note events when a push button is pressed/released Instantiate an array of NoteButton objects that send Instantiate a MIDI over USB interface. #include // Include the Control Surface library This must be done before the Control Surface library if you want to use encoders Code: #include // Include the Encoder library.
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