Here's a typical example: you have several files open on screen, and want to normalize them. Click on "Run," and let the compute do its thing.Set up characteristics of the files to be processed (what directory they go in, whether you want to overwrite existing files or create new ones, etc.).Set up the processes you want to apply (normalization, EQ, etc.).Although this article focuses on Wavelab, I've also used batch processing with Syntrillium's Cool Edit and Sonic Foundry's Sound Forge, and while the details are different, the overall process is similar: ![]() ![]() The concept behind batch processing is pretty simple. Why sit there and do each file by hand when all you need to do is set one up as desired, then have your computer apply those characteristics to all the files? Or consider what happens when you receive a bunch of tracks that all have the same response anomaly, and you need to fix this on all the tracks. If you use sample CDs, batch processing can help compensate for problems like inconsistent levels, or differences in loudness maximization. Batch processing is a great way to convert libraries of files to MP3 format, or from 24 bit resolution to 16 bits. But you don't have to create sample CDs to need batch processing. ![]() There's nothing like batch processing when you need to process a large number of files, as I found out when having to prepare hundreds of samples for my "AdrenaLinn Guitars" sample CD. Hcadmin | ApSpeed up conversion and editing time by automatically applying processes to multiple files
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