Additionally, the high contrast effects combined with the high resolution capabilities will help you distinguish the controls from a distance.You can easily import the sounds collection from your GarageBand or Logic Pro app: this way you can combine pre-recorded tracks with live audio and instruments.To streamline your workflow, you can connect MIDI devices to the app, assign an onscreen control to a physical control and then make the necessary adjustments without having to deal with the actual device.Of course, you can design your own layout: arrange your knobs, meters, buttons and faders exactly the way you want to.
The MainStage sound library includes 1500 instrument effects, 30 drum machine samples, 800 instrument samples and around 3600 Apple loops. Filed under Mix audio Stage controller Live rig mapping Mix Live rig Performance Stage. Softpedia and the Softpedia logo are registered trademarks of SoftNews NET SRL Contact. In the natural world, latency is caused by physical distance from the sound source. With digital audio there is also latency, and in this case its caused by buffering. MainStage (or any other audio software) needs some time to process audio data before it can be passed on to the Core Audio driver. To accomplish this, the audio is divided into chunks, known as buffers. Smaller buffers lead to less latency, because the computer is passing audio to the Core Audio driver more frequently. However, because the computer has less time before the next buffer must be processed, it requires more processing power than larger buffer sizes would need. If the computer is unable to completely process one buffer before the next is needed, you hear glitches and dropouts in the audio signal. For software instrument channel strips, it sets only an output buffer as there is no audio input for these channel strips. This is useful for determining the latency when you play through software instrument channel strips. Set the IO Buffer Size based on your particular usage of channel strips and plug-ins, and the processing power offered by your computer. If you use lots of power hungry plug-ins, you may have to use a larger buffer size than if you stick to less processing intensive plug-ins, or fewer simultaneous channel strips. When you enable this setting, MainStage adds an additional output buffer to protect against overloads due to unexpected CPU spikes. Its size is equal to the IO Buffer Size setting but only affects the output buffer. For example, if you find there is too much latency with an IO Buffer Size of 256 samples but you hear dropouts or other audio glitches with an IO Buffer Size of 128 samples, try setting IO Buffer Size to 128 and enable the IO Safety Buffer. This will yield somewhat more latency than 128 samples without the Safety Buffer, but less than 256 samples without it. By default, the slider is set to the maximum possible value, equal to the current IO Buffer Size. In the illustration below, MainStage is set to a 128 Sample Buffer Size. As MainStage finishes processing a 128 sample buffer, the buffer (represented by the gray blocks) is passed to the Core Audio driver which passes it to the audio hardware output. The minimum setting possible for a particular system is primarily determined by the audio driver. Mainstage Apple Driver Latency SettingThe Driver Latency setting has no effect on the number of plug-ins or channel strips you can run. To start, leave the IO Safety Buffer off and keep the Driver Latency slider to its right-most and maximum setting. Keep in mind that this is influenced not only by the processing power of your computer, but by the type and number of plug-ins and simultaneous number of channel strips you use. Mainstage Apple Install An UpdatedSince the primary factor determining the lowest possible setting is your Core Audio driver, it is a good idea to revisit this setting if you change to a different audio interface or install an updated driver for your current interface.
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