Click the RECORD button in the Transport Window / controls in EDIT window).How can you place a session in Record Ready mode after record–enabling a track? What modifiers/shortcuts are available to initiate recording without first entering Record Ready mode? (See “recording and managing audio” beginning on page 102.).(For best results, aim for an average peak input level around -6DBFS, keeping the track meter in the yellow range.) By adjusting the level of your analog source, while monitoring the indicator lights on your on-screen track meter. No – Record levels cannot be adjusted within Pro Tools.How can you adjust the input level going to a record – enabled track? Can you use the volume fader to achieve a strong signal going to disk? (See “input level” beginning on page 102.).AUDIO INPUT PATH SELECTOR in the tracks I/O section.
What selector can you use to route a signal from an input on your audio interface to a track for recording? (See “input path” beginning on page 100.).What window(s) can you use to record– enable an audio track? (See “record – enabling tracks” beginning on page 100.).TRACK > CREATE CLICK TRACK ( OPTIONS > CLICK to enable the CLICK track) ( Alpha numeric 7 – toggle click) SETUP > CLICK / COUNT OFF.How can you create a click track for a session? What kind of track is used for a click track? (See “creating a click track (Optional) ” beginning on page 97.How can you monitor the storage space available on your system to determine the amount of record time remaining for each mounted drive? (See “disk usage window” beginning on page 97.).Similarly recording in stereo consumes twice the space of recording in mono. With increasing bit depth in sample rate, drive consumption increases correspondingly recording at a sample rate of 88.2 Khz, therefore consumes twice as much drive space as recording 44.1 kHz. At a sample rate of 44.1 KHz, each track consumes approximately 5 MB of storage per minute for 16-bit audio (mono).How much disk space is consumed per minute by a mono track at a sample rate of 44.1 kHz and a bit depth of 16-bit? What happens to disk space consumption if the sample rate is doubled to 88.2 kHz with the same bit depth? (See “audio storage requirements” beginning on page 96.).
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