- Audition User Guide
- Introduction
- Workspace and setup
- Digital audio fundamentals
- Importing, recording, and playing
- Multichannel audio workflow
- Create, open, or import files in Adobe Audition
- Importing with the Files panel
- Extracting audio from CDs
- Supported import formats
- Navigate time and playing audio in Adobe Audition
- Recording audio
- Monitoring recording and playback levels
- Remove silences from your audio recordings
- Editing audio files
- Edit, repair, and improve audio using Essential Sound panel
- Session Markers and Clip Marker for Multitrack
- Generating text-to-speech
- Matching loudness across multiple audio files
- Displaying audio in the Waveform Editor
- Selecting audio
- How to copy, cut, paste, and delete audio in Audition
- Visually fading and changing amplitude
- Working with markers
- Inverting, reversing, and silencing audio
- How to automate common tasks in Audition
- Analyze phase, frequency, and amplitude with Audition
- Frequency Band Splitter
- Undo, redo, and history
- Converting sample types
- Creating podcasts using Audition
- Applying effects
- Enabling CEP extensions
- Effects controls
- Applying effects in the Waveform Editor
- Applying effects in the Multitrack Editor
- Adding third party plugins
- Notch Filter effect
- Fade and Gain Envelope effects (Waveform Editor only)
- Manual Pitch Correction effect (Waveform Editor only)
- Graphic Phase Shifter effect
- Doppler Shifter effect (Waveform Editor only)
- Effects reference
- Apply amplitude and compression effects to audio
- Delay and echo effects
- Diagnostics effects (Waveform Editor only) for Audition
- Filter and equalizer effects
- Modulation effects
- Reduce noise and restore audio
- Reverb effects
- How to use special effects with Audition
- Stereo imagery effects
- Time and pitch manipulation effects
- Generate tones and noise
- Mixing multitrack sessions
- Video and surround sound
- Keyboard shortcuts
- Saving and exporting
The Doppler Shifter effect causes a change in the frequency of the sound wave as it moves towards or away from the observer. Know how Doppler Shifter effect is applied in Adobe Audition.
The Effects > Special > Doppler Shifter effect creates the increase and decrease in pitch we notice when an object approaches and then passes us, such as when a police car passes with its siren on. When the car comes toward you, the sound reaches your ears as a higher frequency because each sound wave is compressed by the car moving forward. The opposite happens as the car passes by; the waves are stretched out, resulting in a lower‑pitched sound.
Unlike many graphs in Adobe Audition effects, the Doppler Shifter graph is noninteractive: You can’t directly manipulate the graph. Instead, the graph changes as you adjust the effect’s parameters.
Path Type
Defines which path the sound source appears to take. Depending on the path type, a different set of options is available.
Controls
Straight line options
Circular options
Straight Line options:
- Starting Distance Away sets the virtual starting point (in meters) of the effect.
- Velocity defines the virtual speed (in meters per second) at which the effect moves.
- Coming From sets the virtual direction (in degrees) from where the effect appears to come.
- Passes In Front By specifies how far (in meters) the effect seems to pass in front of the listener.
- Passes On Right By specifies how far (in meters) the effect seems to pass to the right of the listener.
Circular options:
- Radius sets the circular dimensions (in meters) of the effect.
- Velocity defines the virtual speed (in meters per second) at which the effect moves.
- Starting Angle sets the beginning virtual angle (in degrees) of the effect.
- Center In Front By specifies how far (in meters) the sound source is from the front of the listener.
- Center On Right By specifies how far (in meters) the sound source is from the right of the listener.
Adjust Volume Based on Distance or Direction
Automatically adjusts the effect’s volume based on the values specified.
Quality Level
Provides six different levels of processing quality. Lower quality levels require less processing time, but higher quality levels generally produce better sounding results.
