Engineering:Track automation: Difference between revisions
imported>Rtexter1 (correction) |
(fix) |
||
| Line 1: | Line 1: | ||
{{Short description|Time-based control in audio or video production}} | |||
== | '''Track automation''' or sometimes only '''automation''' refers to the [[Record (computer science)|recording]] or handling of time-based controlling data in time-based computer applications such as [[Digital audio workstation|digital audio workstation]]s, [[Engineering:Video editing software|video editing software]] and [[Computer animation|computer animation]] software. | ||
==Examples== | |||
===Multitrack audio software=== | ===Multitrack audio software=== | ||
In modern DAWs every parameter that exists can usually be automatized, be it settings for a track's volume, applied filters or a [[Software:Software synthesizer|software synthesizer]]. Example automations in this context include: | |||
In modern DAWs every parameter that exists can usually be | |||
* The volume of a track can sometimes or constantly change (fade-in/out/over) | * The volume of a track can sometimes or constantly change (fade-in/out/over) | ||
* The panning of a sound might change | * The panning of a sound might change | ||
* A filter sweep (more or less intensive filter, or the frequency limits might change) | * A filter sweep (more or less intensive filter, or the frequency limits might change) | ||
To achieve automation, either the user turns some knobs or [[Fade (audio engineering)|faders]] on a [[Engineering:MIDI controller|physical controller]] connected to the computer or the user can set [[Key frame|key frame]]s with the mouse, between which the computer interpolates, or the user can draw entire data curves.<ref>{{Cite web |title=Data Curve PDF |url=https://the-curve.org/wp-content/uploads/2020/06/Data-Curve-1.pdf |website=the-curve.org }}</ref> | |||
===Animation software=== | ===Animation software=== | ||
| Line 21: | Line 19: | ||
==See also== | ==See also== | ||
* Control voltage | |||
* [[MIDI]] | * [[MIDI]] | ||
== | ==References== | ||
{{Reflist}} | |||
[[Category:Audio engineering]] | [[Category:Audio engineering]] | ||
{{Sourceattribution|Track automation}} | {{Sourceattribution|Track automation}} | ||
Latest revision as of 03:44, 25 April 2025
Track automation or sometimes only automation refers to the recording or handling of time-based controlling data in time-based computer applications such as digital audio workstations, video editing software and computer animation software.
Examples
Multitrack audio software
In modern DAWs every parameter that exists can usually be automatized, be it settings for a track's volume, applied filters or a software synthesizer. Example automations in this context include:
- The volume of a track can sometimes or constantly change (fade-in/out/over)
- The panning of a sound might change
- A filter sweep (more or less intensive filter, or the frequency limits might change)
To achieve automation, either the user turns some knobs or faders on a physical controller connected to the computer or the user can set key frames with the mouse, between which the computer interpolates, or the user can draw entire data curves.[1]
Animation software
The user sets some keyframes for i.e. position/rotation/size of an object or the position/angle/focus of a camera, and this movement data can be altered over time.
Video editing software
Blending between 2 clips. The track automation curve affects how one image changes into the other, be it slow/fast with/without acceleration, maybe even back and forth if one uses a Sinus-like wave.
See also
- Control voltage
- MIDI
References
 |  |
