3.0
Table Of Contents
- Copyright
- Support
- Serial number
- More about MAGIX
- Introduction
- Overview of the program screen
- Track window and constant control elements
- Import
- Editing in the track view
- What is an object?
- Project
- Adjust object volume
- Fading objects in and out
- Duplicate objects
- Reducing and increasing the length of objects
- Deleting and moving objects
- Cut objects
- Fading objects
- Change song order
- Automatic insertion of pauses between objects
- Several songs in a single long object
- Draw volume curves
- Quick zoom
- Cleaning
- Mastering
- Sound Effects
- Export
- File menu
- Edit menu
- Effects menu
- CD/DVD menu
- Set track marker
- Set Pause marker
- Set track markers automatically
- Set track marker to object edges
- Split objects at marker positions
- Set auto pause length
- Delete marker
- Delete all markers
- Create CD...
- Show CD-R drive information
- Show CD-R disc information
- CD track list/ID3 editor
- Get CD track information (freedb)
- CD info options
- Get CD Track list online
- Audio ID
- Options menu
- Move mouse mode
- Cut Mouse mode
- Zoom mode
- Delete Mouse mode
- Resampling/Timestretch mode
- Draw volume mode
- Stereo display
- Activate Volume Curves
- Play parameter
- Video window
- Units of measurement
- Mouse Grid Active
- Auto crossfade mode active
- Display values scale
- Options for automatic track marker recognition
- Path settings
- Tasks menu
- Help menu
- Tips and tricks
- Keyboard layout and mouse-wheel support
- Problems & solutions
Record
With the "Record" button you can open the
audio recording dialog
.
Basic knowledge about recording with the PC
The record function converts analog audio
signals ? records, tapes, sounds, speech ? into digital data, which can be saved on the PC and edited
with MAGIX Music Editor 3.
The device which is used to digitalize the audio signals is already built into most sound cards and aptly
called an analog-digital converter, often abbreviated with A-to-D, ATD or A/D. In order to record
sounds, the A/D converter takes samples of the sound to be digitalized at fixed intervals by measuring the
voltage level of the signal. The frequency of the sampling is called the sample rate and naturally lies within
the kHz frequency range
; several thousand times per second. The higher the sample rate, the more samples are recorded by the
A/D converter, thus making the sound conversion closer to the original.
The precision with which the A/D converter measures the voltage level of the analog signal is determined
by the sample resolution. The same principle applies here: The finer the resolution, the better and more
natural the digital conversion.
Audio
recordings in CD quality are recorded with a sample rate of 44.1 kHz and a resolution of 16 bits.
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