![]() Podcasts are distributed via the RSS standard (Rich Site Summary).Ĭustomizing means making settings so that the program behaves and looks the way that you want it to. Podcasting is a method of distributing multimedia files over the Internet, for example, for playback on mobile devices and personal computers. You can read audio tracks from regular CDs and save them as a digital copy in any audio format on your hard disk. Instrumental sounds in samplers rely on looping organ sounds, for example. Looping a sound allows you to repeat a section of the sample indefinitely in order to create a sustain of unlimited length. Markers are useful for editing and playback. Markers allow you to save and name specific positions in a file. This is where you adjust the master levels and add effects. The Master Section is the final block in the signal path before the audio is sent to the audio hardware, to an audio file, or to the audio meters. You can record audio in the Audio Editor and in the Audio Montage window. The audio montage is a multitrack non-destructive editing environment that allows you to arrange, edit, play back, and record audio clips. Offline processes are useful for a variety of editing purposes and creative effects, for example, if the computer is too slow for real-time processing or if the editing requires more than one pass. WaveLab LE provides you with a 3D Frequency Analysis for analyzing your audio. This chapter describes the methods for controlling playback and transport functions.Īudio file editing refers to opening, editing, and saving audio files. For example, rename files from within WaveLab LE or save files in various ways. In WaveLab LE, you can handle files in various ways. Each environment contains functions that are tailored to the specific purpose of each file type. ![]() The Workspace window provides an editing and playback environment for each particular file type. Getting accustomed with these procedures allows you to work more effectively with the program. ![]() This chapter describes general concepts that you will use when working with WaveLab LE. You can use Steinberg remote devices to remote-control WaveLab LE. This tab allows you to specify how the internal input and output buses in WaveLab LE are connected to your sound card and which device you want to use for audio playback and recording. If no specific ASIO driver is available, you can use the Generic Low Latency ASIO driver. Selecting the Generic Low Latency Driver ASIO Driver (Windows only).It provides a low-latency and high fidelity interface between a software application and the sound card of a computer. To be able to play back and record audio in WaveLab LE, you must specify how the internal input and output channels in WaveLab LE are connected to your sound card and which device you intend to use for audio playback and recording.īy selecting an audio driver, you allow WaveLab LE to communicate with the audio hardware.Īudio Stream Input/Output (ASIO) is a computer device driver protocol for digital audio specified by Steinberg. This causes fewer dropouts and allows you to process more tracks or plug-ins. The ASIO-Guard allows you to pre-process all channels as well as VST plug-ins. While a very low latency can be crucial in a real-time DAW application such as Steinberg Nuendo or Cubase, this is not strictly the case with WaveLab LE. Latency is the delay between when audio is sent from the program and when you actually hear it. ![]() Likewise, if another application uses the audio card, WaveLab LE is unable to play back. When you activate playback or recording in WaveLab LE, other applications cannot access the audio card. Your system setup depends on many different factors, for example, the kind of project that you want to create, the external equipment that you want to use, or the computer hardware available to you. Before you start working, you need to make some settings.
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