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Ardour is an open source, collaborative effort of a worldwide team including musicians, programmers, and professional recording engineers. Development is transparent — anyone can watch our work as it happens. Like a good piece of vintage hardware, you can open the box and look inside. MusicSampler, an open source software similar to Soundplant that lets you map music actions and transitions to computer keyboard keys. NN-19 and NN-XT in Reason, by Propellerhead Software. Petri-foo open source sampler, forked from Specimen. QwertyGO Trigger sounds, samples and songs with your computer-keyboard or midi-device.
Fantasia, a user interface for LinuxSampler. LinuxSampler is a clone of GigaSampler by NemeSys, which was one of the first disk-streaming software-samplers on PC.
A software sampler is a piece of software which allows a computer to emulate the functionality of a sampler.
In the same way that a sampler has much in common with a synthesizer, software samplers are in many ways similar to software synthesizers and there is great deal of overlap between the two, but whereas a software synthesizer generates sounds algorithmically from mathematically-described tones or short-term waveforms (i.e., less than 100 ms in length), a software sampler always reproduces samples, often much longer than a second, as the first step of its algorithm.
History[edit]
In the 1990s and 2000s the increases in computer power and memory capacity have made it possible to develop software applications that provide the same capabilities as hardware-based units. These are typically produced as plug-in instruments—-for example, using the VST system. Some such samplers provide simple sample playback facilities, requiring the user to turn to other software for such tasks as sample editing, sample recording, and DSP effects, while others provide features beyond those offered by rack-mounted units.
Renoise, a graphical Tracker sequencer with integrated software sampler
Also the 1980s saw the invention of trackersequencers on home computers.[1] The original trackers were able to perform 4-channel resampling in realtime using Amiga's Paula Chip. Since the early 1990s trackers performed multi-track resampling in realtime as pure software solution on PCs. This was possible with the usage of highly optimized assembly code, an early example is the InertiaPlayer released in 1993.[2] An example of a recent PC tracker with good sampler capabilities is Renoise.[1][3]
Software-based samplers[edit]
- Cubase (using the sampler track), by Steinberg
- DirectWave by Image-Line.
- DropZone by Cakewalk
- FL Studio (using the sampler track), by Image-Line Software.
- HALion by Steinberg.
- Kontakt by Native Instruments.
- KueIt Pro by Mixcity Inc., trigger audio by hitting keyboard keys on a computer or by using a MIDI device
- LinuxSampler, an open source sampler for Linux, Windows and OS X.
- MachFive by Mark of the Unicorn.
- Morgana, a software emulation of a classic 8-bit sampler created by 112dB.
- MusicSampler, an open source software similar to Soundplant that lets you map music actions and transitions to computer keyboard keys.
- NN-19 and NN-XT in Reason, by Propellerhead Software.
- Petri-foo open source sampler, forked from Specimen.
- qwertyGO Trigger sounds, samples and songs with your computer-keyboard or midi-device.
- Renoise integral internal sampler
- Soundplant – lets users trigger sound files of any length and type with computer keyboard keys[4][5][6][7]
- Specimenopen source midi-controllable sampler for Linux.
- TX16Wx by CWITEC
- Sampler as an integral part of every sample-based music tracker
See also[edit]
Best Free Midi Software
References[edit]
- ^ abZiegs, Matthias (2005). 'Resampling Qualität im Vergleich' (in German). MAZ-Soundtools. Archived from the original on 2011-03-08. Retrieved 2011-02-05.
- ^Inertiaplayer 1.0b[permanent dead link]100% Assembler [...] up to 32 channels [...] This player was released 24 Dec '93, while you where singing in church (iplay.doc)
- ^V., Simon (2001-05-08). 'Sampler anti-aliasing and pitch-shifting comparison'. www.simonv.com. Retrieved 2011-02-05.
- ^'Trigger samples from your QWERTY keyboard with SoundPlant 42'. MusicRadar. 2014-11-10. Retrieved 2016-03-08.
- ^'How to play sounds using a computer keyboard'. CNET. 2011-09-19. Retrieved 2016-03-08.
- ^'Download of the Month: Soundplant'. Electronic Musician Magazine. 2003-04-01. Retrieved 2016-03-08.
- ^'Useful Utilities For The PC Musician'. Sound On Sound Magazine. 2005-09-01. Retrieved 2016-03-08.
Retrieved from 'https://en.wikipedia.org/w/index.php?title=Software_sampler&oldid=918502019'
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Audio MIDI Setup User Guide
If you use MIDI devices or a MIDI interface connected to your Mac, you can use Audio MIDI Setup to describe the configuration of your MIDI devices. There’s a default configuration already created, but you can set up your own.
You can use this configuration information for apps that work with MIDI, such as sequencers, to control your MIDI devices.
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Note: Make sure your MIDI devices are connected to your Mac. If you’re using an interface device, connect any other MIDI devices you’re using to the interface. Also check that any software provided by the manufacturer of the MIDI devices has been installed. For more information, see the documentation that came with your devices.
View a MIDI configuration
- In the Audio MIDI Setup app on your Mac, choose Window > Show MIDI Studio.
- In the MIDI Studio window, click the Choose MIDI Configuration pop-up menu (it may show Default), then choose the configuration you want to view.
- In the toolbar, click the following buttons to change how the configuration is shown:
- Hierarchical View : Devices in the configuration are shown as icons. If a device isn’t connected, its icon is dimmed. To view information about a device, such as channel properties and ports, and to add or remove ports, double-click the device’s icon.
- List View : Devices in the configuration are shown in a list, organized by type (such as Interface or External Device). If a device isn’t connected, it’s dimmed. To filter which devices are shown, click the Show pop-up menu, then choose an option (such as Online or Connected). To view information about a device, double-click the device. To view its ports, or to connect or disconnect devices, click the device’s disclosure triangle.
Create a MIDI configuration
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- In the Audio MIDI Setup app on your Mac, choose Window > Show MIDI Studio.
- In the MIDI Studio window, click the Choose MIDI Configuration pop-up menu (it may show Default), then choose New Configuration.
- Enter a name for the new configuration, then click OK.
- To add a new external MIDI device, click the Add button in the MIDI Studio toolbar.
- To set properties and add or remove ports for the MIDI device, double-click the device, or select it, then click the Device Info button in the toolbar.
- In the Properties window, do any of the following:
- Describe the device: Enter a name for the MIDI device; the name appears in apps you use with the device. If you know the manufacturer and model, you can enter those.
- Change the device icon: Click the MIDI device’s icon to open the Icon Browser, select a different icon to represent the device, then click the new icon to close the Icon Browser.
- Change the device color: Click the color well, select a different color to use for the MIDI device, then close the Colors window.
- Set the device channels and other properties: Click Properties, then click the channels to use for transmitting and receiving audio. To deselect a channel, click it again. Also select whether to use the MIDI Beat Clock, the MIDI Time Code, or both, then select other features.
- Add or remove ports: Click Ports, click the Add button below the list of ports, then specify the MIDI In and MIDI Out connectors for the port. To delete a port, select it in the list, then click the Remove button .
- Select MIDI-CI profiles for interface devices: If an interface device supports MIDI-CI, click MIDI-CI to see the profiles available on each channel. To turn a profile on or off, select or deselect its checkbox.
- Click Apply.
- Repeat steps 4 through 7 for each MIDI device you want to include in the configuration.
- In the MIDI Studio window, specify the connection between MIDI devices:
- In Hierarchical View , drag the In or Out connectors at the top of a device icon to the corresponding connector on another device icon.
- In List View , click a device’s disclosure triangle, click the Port disclosure triangle, click the Add Connection icon, then use the pop-up menus to specify the connections.
If you have a MIDI interface connected to the USB port on your Mac, it should appear in the MIDI Studio window. If it doesn’t, see If a connected MIDI device isn’t shown.
You can’t specify a “MIDI thru” connection between two MIDI devices. To indicate a MIDI thru connection, connect the two MIDI devices to the same port of the MIDI interface device.
Edit a MIDI configuration
- In the Audio MIDI Setup app on your Mac, choose Window > Show MIDI Studio.
- In the MIDI Studio window, click the Choose MIDI Configuration pop-up menu (it may show Default), then choose Edit Configurations.
- Select a configuration, then click Duplicate, Rename, or Delete.
- When you’re finished making changes, click Done.
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See alsoTest your MIDI connection in Audio MIDI Setup on MacMIDI Studio window in Audio MIDI Setup on MacIf an audio device isn’t working in Audio MIDI Setup on MacIf a MIDI device is dimmed in Audio MIDI Setup on MacIf a MIDI app isn’t using the configuration in Audio MIDI Setup on Mac