The documentation applies to the operating systems Windows and macOS.

There are several ways of accessing the help system. The documentation is available online and most of it can be downloaded in PDF format from steinberg.help.

In our documentation, we use typographical and markup elements to structure information.

Many of the default key commands, also known as keyboard shortcuts, use modifier keys, some of which are different depending on the operating system.

On the Help menu in WaveLab Pro, you find items linking to additional information.

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.

When you activate playback or recording in WaveLab Pro, other applications cannot access the audio card. Likewise, if another application uses the audio card, WaveLab Pro is unable to play back. The Windows MME driver is an exception from this.

Latency is the delay between when audio is sent from the program and when you actually hear it. 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 Pro.

To be able to play back and record audio in WaveLab Pro, you must specify how the internal input and output channels in WaveLab Pro are connected to your sound card and which device you intend to use for audio playback and recording.

For general instructions on installing internal or connecting external recorders via USB or Firewire, refer to the instruction manual for your computer or your recorder.

You can use remote devices to remote-control WaveLab Pro.

The common editing operations apply to any Steinberg product.

When WaveLab Pro starts, the Startup dialog opens where you can select which project or project template you want to open.

WaveLab Pro follows the basic guidelines for the Windows/macOS interface, which means that Windows/macOS standard procedures apply.

Almost all types of editing and processing that you perform in WaveLab Pro operate on the audio selection. There are numerous ways to make an audio selection.

At various places in WaveLab Pro, slider controls are available to change parameters. There are a number of ways to change the value of a slider.

You can rename items in tables in the Markers window, the CD window, and the Clips window.

The File Browser window allows you to browse files from within WaveLab Pro. The Auto Play Mode is useful for speeding up the process of auditioning sound files.

With tab groups, you can view the content of different files, tool windows, or meters at the same time, without having to navigate through different windows. Each tab group has its own content and tab bar.

A peak file (extension .gpk) is automatically created by WaveLab Pro each time an audio file is modified or opened in WaveLab Pro for the first time. The peak file contains information about the waveform and determines how it is drawn in the wave window or the montage window.

Companion files (extension .vs) contain Master Section presets and view settings for audio files. If this feature is activated when you save a file, the settings are recreated the next time that you load the file.

WaveLab Pro can load audio samples in many formats but processes them internally as 64-bit float samples.

The EBU loudness recommendation R-128 establishes well-defined methods to measure loudness, dynamics, and peak values, and also defines reference values to achieve for these measurements. Though the reference values are intended for the broadcast world, the measurement methods are helpful in any application dealing with audio and loudness control.

The Audio Editor provides tools and functions for sample-accurate audio editing, high-quality analysis, and processing.

In the Audio Montage window, you assemble audio clips into a montage. You can arrange, edit, and play back clips on an unlimited number of both stereo or mono tracks.

This editor allows you to batch process any number of audio files or audio montage files using the plug-ins and presets of the Master Section, offline effects, and other plug-ins that are unique to batch processing.

In the Podcast Editor, you assemble, define, and publish your podcast to the Internet.

In the Basic Audio CD window, all tracks of the Basic Audio CD are listed. Here you can assemble and write Basic Audio CDs that are compatible with the Red Book standard.

In the DVD-Audio window, you author DVD-Audio and write it to DVD.

In the Script Editor, you write and execute scripts.

A Control Window can contain multiple tool windows and meter windows. This is useful if you have multiple monitors. You can place the Control Window on your secondary display and use it to manage the tool windows and meter windows that you use most.

The File tab is the control center of WaveLab Pro. Here, you can save, open, render, import, and export files. It also gives you detailed information about your files and allows you to set up the WaveLab Pro preferences.

The Info tab provides information about the active file and allows you to edit the audio properties of audio files and audio montages.

Throughout WaveLab Pro there are various tool windows available that allow you to view, analyze, and edit the active file.

WaveLab Pro contains a variety of audio meters that you can use for monitoring and analyzing audio. Meters can be used to monitor audio during playback, rendering, and recording. Furthermore, you can use them to analyze audio sections when playback is stopped.

Slide-out windows are hidden in the frame of the Workspace window. When you hover the mouse pointer over the window name, the window slides out. It is hidden again, when you click anywhere else.

Tool windows and meter windows can be used as docked windows, as floating windows, or as a slide-out window. You can freely drag around the windows and dock them at various locations.

The command bar of file windows allows you to create, open, and save files, and undo/redo changes. You can also use the text field to quickly find and access open files, and to trigger keywords.

The status bar at the bottom of the screen of the Audio Editor and the Audio Montage window shows information about the active window using the units specified in the rulers.

Throughout WaveLab Pro, various context menus are available. These menus group the commands and/or options that are specific to the active window.

In the Audio Editor, you can display a time and a level ruler in the wave window. In the Audio Montage window, you can display a time ruler in the montage window.

A tab is a container for a file in WaveLab Pro. There are file group tabs and file tabs. You can open several tabs, but only one can be active at a time. The Tabs context menu of the file group tabs and file tabs offer tab related options.

This window allows you to view log messages that have been issued by WaveLab Pro.

A project file (extension *.wpr) is the central document in WaveLab Pro. A project file contains references to media data.

File groups are part of WaveLab Pro projects. Each project can contain multiple file groups.

At various places in the program, numerical values can be edited by using a combination of text fields and knobs.

WaveLab Pro makes much use of drag-and-drop techniques to perform various operations, some of which can only be performed this way. These are referred to as drag operations in this documentation.

You can undo and redo as many steps as you like. The only limitation is the available hard disk space.

You can create presets to save commonly used settings. WaveLab Pro provides a selection of factory presets that can be used by most dialogs.

All files that you have recently used in WaveLab Pro are saved in a list. This helps you to gain fast access to recent projects. You can open recently used files via the File menu or the Recent Files tab, which displays more files and offers additional options.

You can add files that you are using regularly to the favorite files list.

You can save file settings that you regularly use as templates. Templates are useful when creating new audio files, audio montages, podcasts, projects, or batch processors.

You can rename a file and update all references automatically. For example, if you rename an audio file named India to Sitar, all open files that reference the file India are updated to reference the file as Sitar.

When rendering audio files or audio montages, you can create multiple files that are named according to a naming scheme.

You can delete the active file from within WaveLab Pro.

WaveLab Pro creates temporary files to store intermediary results of the audio file processing and for the undo/redo functions. You can specify where WaveLab Pro saves its temporary files and the processing precision of temporary files.

WaveLab Pro distinguishes between two types of folders: work folders and document folders.

SoundCloud is an online platform for uploading and sharing your audio recordings. You can export an audio file from WaveLab Pro to your SoundCloud account.

You can copy information about the name and location of the selected audio file, including any selection information and cursor position. This information can be pasted into an external text application.

If you are editing inside a floating window or a tool window and you want to switch the focus back to a wave/montage window, you can use the Set Focus on Current File option.

With this command bar you can control playback of an audio file or audio montage, navigate between various positions in an audio file or audio montage, and open the Recording dialog.

You can use the ruler to jump to a position and start playback from there.

This tool allows you to play back from any position on one or both stereo channels.

Playback scrubbing helps you find a specific position in an audio file, by restarting playback repeatedly when you click and drag on the time ruler during playback or when using the Play tool.

This window can display the recorded time, the time offset in relation to various positions, and dynamic colors according to the context. During playback, the song position is displayed. If nothing is played back, the edit cursor position is displayed.

This function allows you to play back audio forwards or backwards, at any speed. This is useful for finding exact spots in the audio file and audio montage.

You can determine how the view should be scrolled in Play mode.

Playback in the Audio Montage window works the same way as in the Audio Editor. However, there are some things to note.

You can configure up to 8 speaker setups to switch between different audio speaker configuration without latency. This allows you to compare the sound on different speaker setups.

The wave window displays audio files graphically. Here, you view, play back, and edit individual audio files.

The tabs in the Audio Editor give you access to the tools and options you need to edit audio files.

You can change the sample rate and bit depth of audio files.

Metadata consists of attributes that describe the audio contents, for example, the title of the track, the author, or the date the track was recorded. Depending on the file format of the selected audio file, this data varies.

You can save a number of snapshots of your audio file, to capture the current scroll position, zoom factor, cursor position, and audio selection.

This dialog allows you to insert silence or background noise in an audio file.

The bleep censor allows you to replace a part in an audio file with a tone to cover a swear word, for example.

The Pen tool allows you to redraw the waveform in the wave window. This can be used to quickly repair waveform errors. The Pen tool can be used if the zoom resolution is set to 1:8 (one pixel on the screen equals 8 samples) or higher.

The Analyze tab provides you with tools for analyzing your audio and for detecting any errors.

In WaveLab Pro, you can perform advanced analysis on your audio to identify areas with specific properties. This helps you find problem areas such as glitches or clipped samples. You can also check general information, such as the pitch of a sound.

You can compare audio files to find differences.

Using the 3D Frequency Analysis, you can view an audio file in the frequency domain.

This tab provides access to the error detection and correction tools.

Processing can be applied to a selection or to a whole file. For some operations processing the entire file is necessary.

In this dialog, you can apply a gain to change the level of an audio file.

In this dialog, you can change the peak level of an audio file.

You can use the Loudness Normalizer to achieve a specific loudness.

This dialog allows you to ensure that both channels of a stereo file have the same level or loudness, and helps you to get the best possible stereo balance.

In this dialog, you can create a level envelope which can be applied to a selected range or a whole audio file. This is useful if you want to even-out loud and quiet parts or create a sophisticated fade in or fade out, for example.

A fade in is a gradual increase in level and a fade out is a gradual decrease in level.

A crossfade is a gradual fade between two sounds, where one is faded in and the other faded out. You can automatically create a crossfade when pasting an audio section into another.

Inverting the phase turns the signal upside down. The most common use for this function is to fix a stereo recording if one of the channels has been recorded out of phase with the other.

You can reverse an audio file or a part of an audio file as if playing a tape backwards.

DC offset means that there is a too large DC (direct current) component in the signal. This most often occurs due to mismatches between various types of recording equipment.

Time stretching is an operation that allows you to change the length of a recording without affecting its pitch.

Pitch shift allows you to detect and to change the pitch of a sound, with or without affecting its length. This is useful for fixing an off-key vocal note in a live recording, or for tuning the pitch of a kick drum sample to fit a particular song, for example.

This dialog allows you to automatically detect and correct the pitch of an audio file. The input signal is quantized to discrete notes.

Pitch bend allows you to change the pitch of a sound over time. Changing the pitch using pitch bend affects its duration unless Preserve Duration is activated.

You can change the sample rate of a recording. This is useful if the file that you want to use in an audio system was recorded at a sample rate that this system does not support.

Effect morphing allows you to smoothly morph from one effect to another, or from an unprocessed audio segment to a processed audio segment.

The montage window is where you assemble your audio montage. This is where you view, play back, and edit audio montages.

The tabs in the Audio Montage window give you access to the tools and options you need for editing audio montages. For example, you can edit the envelope curves and fades in clips, make zoom settings, analyze the audio, and render the audio montage.

The audio signal passes through the various sections of WaveLab Pro in a certain way.

You can duplicate audio montages in various ways.

You can export audio files to an audio montage, including all markers that you have set in the audio file.

You can import different files into your audio montage, for example, audio files, audio montages, and DDP images.

This dialog opens when you open an audio montage, and some audio files that the audio montage refers to cannot be found. You can then search for the files or select a replacement.

You assemble your audio montage by adding tracks and clips.

You can freely arrange clips in the montage window.

All clips are displayed in the Clips window. In this window, you can edit and rearrange clips and drag them into the audio montage.

You can insert external audio montages in an audio montage or gather several clips of an audio montage to an internal sub-montage. This makes it easy to build large audio montages while hiding edit complexities inside other audio montages.

The Files window helps you to manage files that are used in the current audio montage.

The track activity indicator shows the volume level for audio tracks. It is located on the right side of the track control area in the Audio Montage window.

For clips in the audio montage, you can create envelopes for level and fades, for panning, and for effects that are routed to a clip.

A fade in is a gradual increase in level and a fade out is a gradual decrease in level. A crossfade is a gradual fade between two sounds, where one is faded in and the other faded out.

You can adjust the length of a clip by using time stretching.

You can adjust the pitch of a clip by using pitch shifting.

You can add VST effect plug-ins to individual clips, tracks, or the output of an audio montage. Clip effects affect individual clips only, track effects affect all clips on a track, and the montage output affects the whole audio montage.

A track in the audio montage is defined by CD track start and end markers or CD track splice markers.

In this window, you can create an audio CD or DVD-Audio.

You can save a number of snapshots of your audio montage, to capture the current scroll position, zoom factor, cursor position, audio selection, and clip selection status.

The Render function allows you to mix down the whole audio montage or sections of it to a single audio file or to several files in case of a multichannel audio montage. It also allows you to render to an audio CD, to a CD image and cue sheet, or to a new audio montage.

This tool is a key mastering component to ensure that all songs get the same loudness and to prevent clipping. It allows you to adjust the loudness of each clip in the audio montage so that they all have the same loudness. It is also possible to adjust the loudness of the audio montage mixdown as well as the loudness at the Master Section output.

This window displays an overview of the entire active audio montage and allows you to quickly navigate in it.

This window allows you to enter notes about the current audio montage session.

Groups are selections of clips that can be accessed via the Groups window or by clicking any clip of a group.

The audio montage backup mechanism allows you to maintain previous versions of saved audio montages and to automatically save audio montages.

WaveLab Pro supports the use of up to 8 ASIO inputs and outputs. If you use a multichannel audio interface with an ASIO driver, you can route audio montage tracks to up to 8 separate channel outputs and to up to 6 surround outputs.

You can export and import audio montages as XML.

The AES-31 standard is an open file interchange format for overcoming format incompatibility issues between different audio hardware and software. It can be used for transferring projects from one workstation to another, retaining time positions of events, fades, etc.

Before you start recording, set up the Recording dialog.

When you are recording, you can click the marker buttons to add markers to the recorded file.

In this dialog, you can make recording settings and start recording an audio file.

You can record audio as clips in the audio montage.

By default, the Master Section is active. You can bypass it for each file individually or globally. If the Master Section is bypassed, only the Playback Processing pane of the Master Section is active during playback.

In this window, you can apply effect plug-ins, adjust the master level, apply dithering, and render the audio file or audio montage.

By rendering the effects using the Render function in the Master Section, they become a permanent part of a file. So instead of performing all processing in real-time during playback, you can save the audio output to a file on disk.

You can record an audio file to disk from an ASIO input, while the audio is collected from the audio input. The audio from the ASIO input is rendered through the Master Section including its plug-ins and saved as a file, as when rendering normally.

Smart bypass allows you to compare the original signal to the processed signal with a level correction applied to it. This function is particularly useful when you are making final level adjustments to a recording, for example, during mastering.

You can save all settings that are made in the Master Section as a preset. This includes which processors are used, which settings are made for each one of them, and the dithering options.

When rendering, you can monitor the process, and pause or cancel tasks.

A dropout most likely occurs when your computer does not have the processing power to handle all used effect processors.

In this window, you can create, edit, and use markers while working on an audio file or audio montage.

Markers can be created during playback or in stop mode. You can generate a sequence of markers or mark a selection range, for example. You can create specific markers if you already know what you want to mark, or create generic markers.

Markers can be deleted in the wave window or the montage window, in the Markers window, and in the Delete Markers dialog.

You can adjust marker positions in the wave window and the montage window.

You can move multiple markers simultaneously, keeping the relative distances between the markers.

You can jump to the previous or next marker using the corresponding marker buttons.

For a better overview, you can hide marker types.

You can convert markers of a specific type to another type.

You can change the names of markers.

There are several ways to select markers.

You can select the audio between two adjacent markers or between any two markers. This allows you to select a section that has been marked.

In the Audio Montage window, you can bind markers to clips. By doing this, the marker remains in the same position relative to the clip start/end, even if the clip is moved or resized in the audio montage.

You can export the markers list as text. The markers list contains the marker names, positions, region lengths, types, and comments.

WaveLab Pro uses MRK files as a way to save information that is independent of the file format. However, to make marker information exchangeable between applications, WaveLab Pro also saves some information in the Wave headers.

Audio meters can be used in the WaveLab window and in the Control Window.

Metering can be used to measure audio in real time, that is, while the audio is being played back, or in non-real time, that is, in stop mode.

You can choose which audio source to monitor and select a mode for displaying information in the meters.

You can set up most meters in the corresponding settings dialogs. For example, you can adjust the behavior, scale, and color of the meters.

WaveLab Pro features 8 audio channels that can be routed to inputs and outputs on a multi i/o audio card. The audio montage supports various surround channel configurations using up to 8 channels.

You can reset the display of some meters, for example, the Level Meter.

You can save the settings that you have made for a meter window as a preset. By assigning presets to preset buttons, you can quickly switch between different level scales and display modes, for example.

The Level Meter displays the peak and average loudness/decibel levels of your audio file, and the balance between the left and right channels in a stereo file.

The Loudness Meter is an audio meter for monitoring loudness, according to the EBU R-128 standard.

The Phasescope indicates the phase and amplitude relationship between two stereo channels.

The Spectroscope shows a graphical representation of the frequency spectrum, analyzed into 60 separate frequency bands, represented as vertical bars.

The Spectrometer uses FFT (Fast Fourier Transform) techniques to display a frequency graph, providing a precise and detailed real-time frequency analysis.

The Live Spectrogram shows the last seconds of the audio stream. This allows you to detect disturbances in the spectrogram, and monitor the noise level and frequencies, for example.

The Bit Meter shows how many bits are used.

The Oscilloscope offers a highly magnified view of the waveform around the playback cursor position.

The Wavescope meter displays a real-time waveform drawing of the audio signal being monitored. It can be useful when recording or rendering a file if Monitor File Rendering mode is active.

In this window, all tracks of the Basic Audio CD are listed. Here you can assemble and write Basic Audio CDs that are compatible with the Red Book standard.

A track in the Basic Audio CD window is defined by CD track start and end markers or CD track splice markers.

You can add any type of file to a Basic Audio CD. However, when writing the files to CD, the files must meet specific specifications.

You can open the tracks of a Basic Audio CD in a wave window to edit the audio or open the tracks as a clip in an audio montage.

There are several ways to play back files in the track list of a Basic Audio CD.

You can save tracks of a Basic Audio CD as separate audio files on your hard disk. This is useful for archiving, for example.

You can save tracks of a Basic Audio CD as a single audio file on your hard disk.

You structure your DVD-Audio projects in groups.

A DVD-Audio project can contain audio in a variety of resolutions.

There are two main considerations when planning a DVD-Audio project: the total size of the album and the highest allowable data rate for a group.

In this window, you can author DVD-Audio and write it to DVD.

There are several ways to open an audio montage of a DVD-Audio project for editing in the Audio Montage window.

Before rendering the DVD-Audio project, you can use the Check Conformity function to make sure that the settings conform to the DVD-Audio standard. This is also done automatically before writing to disk.

In this dialog, you can write your audio CD project and audio montage to audio CD or DDP image.

In this dialog, you can quickly or fully erase an optical disc before writing.

You can write the audio files of a Basic Audio CD project to an audio CD or a DDP image.

You can write audio montages to an audio CD or a DDP image.

Before writing an audio montage to DVD-Audio, the contents of the DVD-Audio project must be rendered to an AUDIO_TS folder. This folder is automatically added to a Data CD/DVD project, from which you can start the actual writing operation.

A data CD/DVD project can be used to compile and write a data-only CD, DVD, Blu-ray, or to write to ISO image. You can enter a name for your disc and change the disc file structure before writing your data to a CD, DVD, Blu-ray, or ISO image.

This chapter provides you with background information on the CD format, to help you better understand how to create your own CDs.

The Spectrogram in the wave window shows the frequency spectrum in relation to time.

The Wavelet display shows a higher time resolution in high frequencies and a higher frequency resolution in lower frequencies.

The Spectrogram Options dialog allows you to define how the frequency spectrum is displayed in the Spectrogram and in the Wavelet display.

The Spectrum tab allows you to use high-quality linear-phase filters to process a spectrum range selection for audio restoration and processing.

Spectrum processing can be used to process short regions of up to 60 seconds offline. This type of processing can be used to reduce, remove, or replace unwanted sound artifacts in the audio material with great precision.

The Audio Inpainting algorithm allows you to remove or attenuate sounds in the spectrum. Audio inpainting restores a spectrum selection based on the content of the surrounding region.

You can transcode text and pictures in the spectrum and thereby define a watermark. Other spectrogram applications are able to display the watermarks. The watermarks are compatible with lossy encodings.

Master Section mode allows you to process an individual frequency range via the Master Section.

You can use the auto split function, for example, to cut a recorded audio file into single takes, to cut a drum loop into its individual drum hit samples, to output individual tracks from an album master file, or to silence the regions between audio information in an instrumental take.

You can use the auto split function to split the active clip. You can use the auto split function in many situations, for example, to cut a single clip of a recording into separate takes, to cut a drum loop into its individual drum hit samples, to output individual tracks from an album master file, or to silence the regions between audio information in an instrumental take.

Looping a sound allows you to repeat a section of the sample indefinitely in order to create a sustain of unlimited length. Instrumental sounds in samplers rely on looping organ sounds, for example.

The Loop Tweaker tool allows you to refine a region of audio for seamless looping. Use the Loop Tweaker to tweak an existing loop selection so that it loops perfectly or use it to create a loop from material which is not perfectly suited to create a loop.

Sounds that constantly decay in level or continuously change in timbre are difficult to loop. The Loop Tone Uniformizer allows you to create loops from these kind of sounds.

Sample attributes allow you to define settings for an audio sample before loading it into a hardware or software sampler.

The Signal Generator allows you to generate complex synthesized sounds in mono or stereo.

With the DTMF Generator you can generate DTMF (Dual Tone Multi Frequency) or MF tones as used by analog telephone systems.

In this dialog, you can import one or more tracks from an audio CD.

You can search for information about your CDs using the FreeDb database of CD information.

You can submit information about an audio CD to the FreeDb database of CD information.

Sometimes, a small bit of a CD track is not properly retrieved which results in unpleasant clicks and pops in the audio. This depends on the quality of your CD drive. To solve this issue, you can activate the Ultra-Safe Mode in the Import Audio CD dialog options.

You can open Cubase/Nuendo events in WaveLab Pro. This allows you to use the editing capabilities of WaveLab Pro and apply them to Cubase/Nuendo events.

When you are working on an audio file or clip in WaveLab Pro, you can open the project of the audio file in Cubase/Nuendo. This allows you to correct issues that you have identified during mixing and correct these issues in the audio file in Cubase/Nuendo.

This window allows you to process any number of audio files or audio montages with Master Section plug-ins and presets, offline effects, and other plug-ins.

There are several different types of plug-ins that can be applied to a batch process.

Watch Folders can be used to automate batch processing tasks. By copying files into a Watch Folder, a predefined batch processor is automatically applied to these files.

WaveLab Pro can read information from XML files, such as audio file location and metadata. WaveLab Pro can also write information to XML or HTML files, such as custom data, metadata, and audio analysis.

This dialog allows you to convert the file format of a group of audio files.

The Batch Renaming dialogs for files, clips, and markers share most features, with some differences.

You can batch rename multiple files according to specified settings.

You can batch rename multiple markers in audio files or audio montages according to specified settings.

You can batch rename multiple clips according to specified settings.

On the second page of the Batch Renaming dialog, you set up the renaming operation that you want to perform for clips, files, or markers.

In this section on the Operation page of the Batch Renaming dialog, you can create, delete, and arrange renaming operations.

In this section on the Operation page of the Batch Renaming dialog, you can preview the result of the selected renaming operation.

The range parameters on the Operation page of the Batch Renaming dialog allow you to specify where in the name the operation is performed.

On the last page of the Batch Renaming dialog, you can see how all the selected file, clip, or marker names are changed before you start the batch renaming. Note that if the name contains a random item, this item name will most likely be different in the preview.

A regular expression is a formula composed of characters that have special meanings (called operators). Other characters are plain letters and numbers that are searched for. The search engine browses the target text one character at a time and stops as soon as it finds a sequence of characters that matches the regular expression.

The Podcast Editor is divided into two panes. The upper pane shows the information for the feed or an episode, depending on the item that is selected in the list below. This is where you can add files, Internet links, or textual information to the podcast feed and its episodes. The lower pane shows an item list of the basic feed and all episodes that are included in the podcast.

Some additional options are valid for all Podcast Editor tabs.

There are several ways to create a new podcast feed or episode.

To be able to upload a podcast to your FTP server, you must enter the FTP server details first.

You can upload a podcast from within WaveLab Pro to your FTP server.

In the FTP Settings dialog, you can manage all required information for the podcast upload process.

After creating and publishing a podcast, you can check if the upload was successful.

Workspace layouts are used for creating various work displays for different situations.

You can set up the wave/montage window by adjusting colors of waveforms, background, cursor lines, etc., and changing the look of the ruler and other window details.

In WaveLab Pro, you can control many functions via shortcuts to speed up your workflow. You can edit existing shortcuts and create new shortcuts.

You can hide or show individual command bar buttons. This way you can customize command bars by removing unwanted commands.

WaveLab Pro comes with various plug-ins, and additional plug-ins can be added. To retain an overview over the plug-ins that are relevant to your project, you can organize your plug-ins in groups.

You can define and use custom variables and text snippets, or use auto variables in various places in WaveLab Pro, for example, in the Metadata dialog.

WaveLab Pro contains a powerful scripting language to help advanced users create their own scripts to automate tasks. Using basic scripts can be useful for automating repetitive editing tasks such as trimming and cropping a file at specific times, for example.

The Touch Bar at the top of your keyboard gives you shortcuts to the WaveLab Pro functions. The Touch Bar changes automatically based on where you are in WaveLab Pro and offers a subset of the available options. You can customize the Touch Bar according to your needs.

Global Preferences are preferences that apply throughout WaveLab Pro. Before you start working with WaveLab Pro, it is recommended to edit these preferences according to your needs.

This dialog allows you to define settings for editing in the Audio Editor. However, these settings also effect other parts of WaveLab Pro. You can choose defaults for editing and playback, adjust the visual appearance of the waveform displays, and determine how WaveLab Pro works with audio and peak files.

This dialog allows you to set up general parameters for all audio montages or for the active audio montage only.

You can make some reference settings available to other WaveLab Pro installations. These settings can then be used by other WaveLab Pro workstations to keep the settings synchronized on several computers.

If you use multiple WaveLab Pro stations in your studio or in your school, for administration, etc., you can set up one WaveLab Pro station to be the master station. The shared preferences and presets of this station can then be used by other slave stations.

You can configure external tools to work with WaveLab Pro. You can pass command line arguments on to the external tools so that they can process the current file/folder on which you are working, or the settings folder of WaveLab Pro.