Information in this document is subject to change without notice and does not represent a commitment on the part of Twelve Tone Systems, Inc. The software described in
this document is furnished under a license agreement or nondisclosure agreement.
The software may be used or copied only in accordance of the terms of the agreement.
It is against the law to copy this software on any medium except as specifically allowed
in the agreement. No part of this document may be reproduced or transmitted in any
form or by any means, electronic or mechanical, including photocopying and recording,
for any purpose without the express written permission of Twelve Tone Systems, Inc.
Cakewalk is a registered trademark of Twelve Tone Systems, Inc. SONAR and the
Cakewalk logo are trademarks of Twelve Tone Systems, Inc. Other company and product names are trademarks of their respective owners.
Visit Cakewalk on the World Wide Web at www.cakewalk.com.
The SONAR User’s Guide is designed to help you learn and use SONAR. This
Guide explains how SONAR works and how to use it to create, edit, produce, and
perform. The SONAR User’s Guide is task-oriented, with lots of cross-references,
so that you can find the information you need. The User’s Guide also includes a
comprehensive index that you can use to find information on any specific topic.
About This Book
The SONAR User’s Guide is organized as follows:
Chapter 1, Introduction, provides an overview of SONAR, installation instructions
and basic equipment setup options.
Chapter 2, Getting Started, contains tutorials that cover many of the features of
SONAR.
The remaining chapters cover all the basic and advanced skills you need to use
SONAR to play, record, edit, arrange, and mix your projects.
The appendices contain additional information you can use for troubleshooting,
setting up SONAR for use with audio hardware, and SONAR’s new features.
Registering SONAR Today
Please be sure to register your product on our Web site (www.cakewalk.com). If
you do not register, we cannot provide you with technical support, or inform you
when free updates and upgrades become available. By registering with Cakewalk,
you also become eligible for discounts on other great software products.
You can also register by phone. Call toll-free at 888-Cakewalk (617-423-9004
outside the U.S.).
Conventions Used in this Book
The following table describes the text conventions in this book:
Convention...Meaning...
Bold ItalicsText that appears in bold italics is a command in SONAR.
hyphen (File-Open)A hyphen represents a level in the menu hierarchy. For
SMALLCAPSSmall caps are used for file extensions (.MID) and file names
example, File-Open means to click on the File menu and
select the Open command.
AUD.INI).
(
Getting Help
In addition to this User’s Guide, SONAR includes online help that can provide you
with quick reference information whenever you need it. Simply press F1 or click
the Help button in any dialog box to find the information you need. If you are new
to recording and editing music on your PC, see the online help topic “Beginner’s
Guide to Cakewalk Software” for an introduction.
If you need more information than you can find in the User’s Guide or the online
help, here are two great places to look:
•Check the Support page of our Web site (www.cakewalk.com) for updated
technical information and answers to frequently asked questions.
•Post messages to the SONAR user community using one of the Cakewalk
newsgroups. For more information about the newsgroups, visit
www.cakewalk.com.
You can also get technical support directly from Cakewalk. In order to obtain
technical support, you must register your product. You can obtain technical
support for this product in the following ways:
•Call Cakewalk Technical Support at (617) 423-9021 on weekdays, 10:00 AM to
6:00 PM, Eastern time. Be sure to have your serial number ready when you
call.
Technical support hours, policies, and procedures are subject to change at any
time. Check our Web site for the latest support information.
1
Introduction
SONAR is a professional tool for authoring sound and music on your personal
computer. It’s designed for musicians, composers, arrangers, audio and production
engineers, multimedia and game developers, and recording engineers. SONAR
supports Wave, MP3, ACIDized waves, WMA, AIFF and other popular formats,
providing all the tools you need to do professional-quality work rapidly and
efficiently.
SONAR is more than an integrated MIDI and digital audio authoring software
package—it’s an expandable platform that can function as the central nervous
system of your recording studio. With drivers for common high-end audio
hardware, full support for DirectX and VST audio plug-ins, DXi software
synthesizers, MFX MIDI plug-ins, and MIDI Machine Control (MMC) of external
MIDI gear, SONAR can handle your most demanding projects.
SONAR is the flagship product of the Cakewalk line of integrated MIDI and digital
audio sequencers for the Windows platform. SONAR has a comprehensive feature
set that makes it the single most productive tool for sound and music authoring.
Here are some of the ways you can use SONAR.
Music Composition and Exploration
SONAR is a powerful music-composition application, providing tools to record your
own musical performances; enhance or improve the quality of those performances;
and edit, arrange, and experiment with the music. With a few simple clicks of the
mouse, you can arrange, orchestrate, and audition your composition. Fully
integrated sequencing allows you to combine the convenience and flexibility of
MIDI composition with the high-quality sound and subtlety of digital audio sound
recording and reproduction. Change the feel of a piece by locking it to a musical
groove, or add delicate delays, anticipations, or echoes that add richness to the
music.
SONAR displays and lets you edit your music using standard musical notation and
guitar tablature, so you can adjust individual notes, add performance markings,
and print individual parts or full scores. You can graphically draw tempo and
volume changes, or add lyrics to display on-screen or to include with printed
scores.
Remixing
SONAR’s Groove clips allow you to import, create, export and edit loops, making it
possible to quickly change tempos and keys for an entire project. The Loop
Explorer view lets you preview loops in the project’s tempo and key before
dragging and dropping them onto a track.
Game Sound Development
There’s no better tool than SONAR for composing music for electronic games. Clipbased sequencing lets you create and reuse musical themes freely, so you can
associate musical sections with game characters, locations, objects, and actions.
Your creations can be saved and replayed using the compact MIDI file format,
which adapts its sound automatically to the target hardware for the best possible
sound reproduction.
Sound Production and Engineering
If you want to produce music CDs or master tapes, SONAR has virtually
everything you need from recording to mixing and mastering. Multichannel
recording lets you capture studio or live performances track by track.
Reconfigurable buses provide full control over your mix. Real-time stereo effects
like chorus, flange, reverb, parametric EQ, and delay/echo can be applied as track
22
inserts, in effects loops, or to the master mix. SONAR supports 44.1 KHz sampling
for CD-quality sound and lets you choose from lower or higher sample rates as
well. All audio effects are 32-bit floating point for faster processing and highquality sound reproduction.
Web A uthoring
SONAR is the ideal tool for developing and producing music and sound for the
World Wide Web, because it lets you save your work in the formats that are most
commonly used on web sites: MIDI, RealAudio, MP3, and Windows Media
Advanced Streaming Format. Any SONAR project—musical composition, audio
clip, commercial spot, jingle with voice-over—can be stored in a web-compatible
format with a few simple mouse clicks.
Film and Video Scoring and Production
SONAR has many of the tools you need to execute audio post-production projects
quickly and efficiently. SONAR provides chase lock sync to time code for frame-byframe accuracy when synchronizing audio or MIDI to film or video. Or, you can
turn chase lock off to conserve CPU power. SONAR provides high-quality time
stretching and sample-accurate editing with zero-crossing detection so you can
make the fine adjustments you need in record time. In addition, SONAR’s support
for video files gives you convenient synchronized access to digitized video, making
film and video scoring easier than ever.
Flexibility
SONAR works the way you want to work—you can customize screen layouts,
toolbars, and audio and MIDI system configurations to make your work more
efficient. SONAR integrates with other sound editing tools so you can access them
in an instant without leaving SONAR.
Computers, Sound, and Music
This section provides some background on the different ways that computers store
and play sound and music. Computers work with sound and music in two different
forms: MIDI and digital audio.
MIDI
MIDI (short for Musical Instrument Digital Interface) is the way computers
communicate with most sound cards, keyboards, and other electronic instruments.
MIDI refers to both the type of cables and plugs used to connect the computers and
instruments, and to the language those computers and instruments use to talk to
each other. The MIDI standard is accepted and used worldwide. Almost any
electronic instrument you buy today will have MIDI connectors and can be used
with other MIDI instruments and with your computer’s MIDI interface.
23
:
The MIDI language conveys information and instructions, both from the computer
to the instrument and from the instrument to the computer. For example, if your
computer wants your keyboard to play a note, it sends a MIDI “Note On” message
and tells the keyboard which note to play. When your computer wants the
keyboard to stop playing that note, it sends another message that stops the note
from playing.
The MIDI language has many other instructions, such as messages to change the
sound that is used to play the notes (the bank and patch), messages used to work
the sustain pedal and the pitch-bend wheel, and others. By sending the right
messages at the right times, your computer can control your electronic instrument
and make it play music.
MIDI information can be sent on 16 different channels. You can set up your MIDI
equipment to listen for messages on all channels or on only a few.
MIDI files contain all the MIDI messages and timing information that are needed
to play a song. MIDI files can be read and played by many different programs,
including SONAR, and can even be played by programs on other types of
computers. MIDI files have the extension .
There are several important advantages of the MIDI format:
•Large amounts of music can be stored in a very compact form
•Different parts of a piece can easily be assigned to any instrument you can
imagine
MID.
•The music contains information on notes, tempos, and key signatures that
makes it possible to display and edit the piece using standard musical
notation
The primary disadvantage of MIDI is that the quality of the music a listener hears
will vary depending on the MIDI equipment the listener is using. For example,
MIDI usually sounds much better on an expensive synthesizer than it does on an
inexpensive sound card.
Digital Audio
Digital audio is a simple way to record and play sounds of any type. It works like a
tape recorder—you record something, then later play it back. Digital audio stores
the sound as a long series of numbers.
Sound Waves
Sound waves are vibrations in the air. Sound waves are generated by anything
that vibrates; a vibrating object causes the air next to it to vibrate, and the
vibration is passed through the air in all directions. When the vibrating air enters
your ear, it makes your eardrum vibrate, and you hear a sound. Likewise, if the
vibrating air hits a microphone, it causes the microphone to vibrate and send
electrical signals to whatever it's connected to.
24
These vibrations are very fast. The slowest vibration frequency you can hear is
about 20 vibrations per second, and the fastest is around 16,000 to 20,000
vibrations per second.
Recording Digital Audio
To record digital audio, your computer monitors the electrical signal generated by
a microphone, an electric guitar, or another source. At equal intervals of time (for
CD-quality sound, this means 44,100 times a second), the computer measures and
saves the strength of the electrical signal from the microphone, on a scale from 0 to
65,535.
That's it. Digital audio data is just a long series of numbers. The computer sends
these numbers, in the form of electrical signals, to a speaker. The speaker then
vibrates and generates the same sound that was recorded.
The primary advantage of digital audio is the quality of the sound. Unlike MIDI, a
digital audio recording is very rich, capturing all the nuances, overtones, and other
characteristics of the sound exactly as performed. The main drawback of digital
audio is that it takes up a lot of disk space. To record a 1-minute segment of stereo,
CD-quality digital audio, you need about 10 megabytes of disk space.
On the PC, digital audio is usually stored in Wave files (extension .wav). There are
many programs available that let you create, play, and edit these files. SONAR
reads, writes, and lets you edit Wave files.
More information about digital audio can be found in Chapter 9, Editing Audio.
Installation and Setup
You can install SONAR on any computer that runs Windows 2000 or XP and has a
sound card or built-in sound module. If you want to hook up other devices, like a
MIDI keyboard, an electric guitar, or a microphone, you need the right cables, and
you need to find the right connectors on your computer.
Before you install SONAR, take a minute to register the software so we can let you
know when updates become available and provide you with technical support. To
register your copy of SONAR, fill in the registration card in your product package
and mail it back to us. Or, register at our Web site: www.cakewalk.com.
To connect a MIDI keyboard to your computer, you need standard MIDI cables or a
MIDI adapter cable, such as the one available in Cakewalk’s PC Music Pack. One
end of the adapter cable should have two 5-pin DIN connectors that connect to
your keyboard or other MIDI device. At the other end, you need a 15-pin connector
to connect to a sound card through its MIDI/joystick port.
If you have a dedicated MIDI interface, lots of electronic music gear, or work with
many different music software packages, see Appendix B: Hardware Setup.
25
:
Before you attach or detach any cables from your computer, you should shut down
your computer and turn off the power to all your equipment. This greatly reduces
the chance of electrical damage to your equipment while plugging and unplugging
cables.
To Connect a MIDI Keyboard to Your Computer
1.One of the 5-pin connectors on the MIDI cable is labeled Out. Plug this
connector into the MIDI In jack on your electronic keyboard.
2.The other 5-pin connector on the MIDI cable is labeled In. Plug this connector
into the MIDI Out jack on your electronic keyboard.
3.If you are using a MIDI adaptor cable, plug the 15-pin connector on the MIDI
cable into the MIDI/joystick port on your sound card. If you have a joystick,
unplug it, plug in the MIDI cable, and plug the joystick into the pass-through
connector on the MIDI cable.
Or
If you are using standard MIDI cables, plug the cable connected to the MIDI
Out on your MIDI instrument into the MIDI In of your sound card or MIDI
interface. Plug the cable connected to the MIDI In on your MIDI instrument
into the MIDI Out of your sound card or MIDI interface.
To Connect an Electric Guitar to Your Computer
1.Plug your 1/4” mono guitar cable into a 1/8” stereo adapter.
2.Plug the 1/8” adapter into the microphone input or line input jack on your
computer sound card.
To Connect a Microphone to Your Computer
1.If your microphone does not have a 1/8” mono or stereo plug, plug the
microphone into a 1/8” adapter.
2.Plug the 1/8” adapter into the microphone input jack on your computer sound
card.
That's it! Now that your instruments are all set to go, you can restart your
computer and turn on your keyboard, guitar, and microphone.
Installing SONAR
SONAR is easy to install. All you need to do is choose the folder where the program
and sample project files should be stored.Before you start, make sure you have
your serial number handy. Your serial number is located on the back of your CD
case.
Installation note: If you choose to not install the Sample files, you will not have
the necessary content to use the tutorials in Chapter 2.
26
To Install SON AR
1.Start your computer.
2.Close any open programs you have running.
3.Place the SONAR CD-ROM in your CD-ROM drive.
If you have autorun enabled, the SONAR AutoRun menu opens automatically,
showing you a dialog box with several buttons. If autorun is not enabled, you
can open the SONAR AutoRun menu by selecting Start-Run and entering
d:\AutoRun.exe (where d:\ is your CD-ROM drive).
4.Click the Install SONAR button.
Note:
If you exit Setup without completing the installation, choose Start-Run,
type D:\AutoRun.exe (where D:\ is your CD-ROM drive), and click OK.
This will reopen the AutoRun window, and you can click Install SONAR
to start installation again.
5.Follow the installation instructions on the screen.
You can also install SONAR by choosing Start-Run and running the application
named
SETUP.EXE from the CD.
Uninstalling SONAR 4
When you installed SONAR, the setup program placed an Uninstall icon in the
Start menu. To uninstall SONAR, click the Start button and choose Programs-
Cakewalk-SONAR 4 (Studio Edition or Producer Edition)-Uninstall
SONAR 4 (Studio Edition or Producer Edition).
Starting SONAR
There are many different ways to start SONAR. Here are a few:
•Click on the SONAR icon on your desktop.
•Click on the Start button, and choose Programs-Cakewalk-SONAR 4
(Studio Edition or Producer Edition)-SONAR 4 (Studio Edition or
Producer Edition).
•Click the Start button, point to Documents, and choose a SONAR project from
the menu.
•Double-click the SONAR program or any SONAR document from the Windows
Explorer or the Find menu.
27
:
When you start SONAR, you see the Quick Start dialog box.
The Quick Start dialog box has several options:
Option…How to use it…
Open a ProjectChoose a project from the Open File dialog
Open a Recent ProjectSelect a project from the list, and click this
Create a New ProjectClick here to create a new project.
Getting StartedClick here to view the Getting Started topic
If you don’t want to see the Quick Start dialog box in the future, uncheck the box at
the bottom of the dialog box, and click Close. You can see the Quick Start dialog
box later by choosing Help-Quick Start.
Migratin g Preferences
If you have a previous version of Cakewalk installed, SONAR will detect it and
give you the option of migrating certain preferences from a single earlier version.
box to open it
button to open it
in the help file. This topic has links to a
glossary of terms, as well as some basic
procedures.
28
When you choose to migrate preferences, SONAR migrates the following settings
from an earlier Cakewalk version:
Setting…Description
Global OptionsSettings in the Global Options dialog. Open
by selecting Options-Global.
Key BindingsYour customized key bindings for
controlling SONAR using your MIDI
keyboard or computer keyboard.
Instrument DefinitionsFiles used to control specific MIDI
Audio data directory (WaveData
folder) and Picture Cache directory
locations
instruments. See Chapter 16, Using Instrument Definitions.
SONAR uses the Data directory and Picture
Cache directories from the previous
Cakewalk version for storing project wave
files and their waveform image files.
Running Wave Profiler
The first time you start SONAR, it automatically runs the Wave Profiler utility.
Wave Profiler determines the proper MIDI and Audio timings for your sound card
and writes them to a file that SONAR refers to when using the card. Wave Profiler
does not change the sound card’s DMA, IRQ, or port address settings.
Wave Profiler detects the make and model of your sound card, which determine the
card’s audio characteristics. If Wave Profiler finds a card that has a WDM driver, it
only profiles that card. If you want to use more than one sound card at a time, and
they don’t both have WDM drivers, you must force the one with the WDM driver to
use that driver as an older, MME driver. It is not necessary to run the Wave
Profiler for a sound card using an ASIO driver. For more information about Wave
Profiler, WDM, and MME, see “The Wave Profiler” on page 628. When Wave
Profiler determines the kind of card you have, always accept the default settings.
Note:
You can run the Wave Profiler again at a later time (for example, if
you install a new sound card or driver) by choosing the Options-Audio General tab command and clicking Wave Profiler.
29
:
Setting Up the MIDI In and MIDI Out Devices
When you start SONAR for the first time, it checks your computer to find all the
MIDI input and output devices you have installed (such as sound cards and MIDI
interfaces). However, sometimes you need to tell SONAR exactly which devices you
want it to use. If you’re not getting sound from your sound card or MIDI keyboard,
or if you just want to change the MIDI outputs and devices that you are using,
follow the steps in this section.
Choose Options-MIDI Devices to open a dialog box in which you select the MIDI
In and MIDI Out devices that SONAR will use. Each item in the list is a MIDI
Input or MIDI Output from drivers installed using the Windows Control Panel.
1.Select Options-MIDI Devices. You will see the MIDI Devices dialog box,
which lets you choose instruments on MIDI inputs and outputs.
Device selected for MIDI input
2.Look at the left window. Notice that it shows devices on MIDI Inputs; make
sure that all devices in this window are highlighted. If a device isn’t
highlighted, click on it once to select it for MIDI Input.
3.Look at the window on the right. Notice that it shows devices on MIDI
Outputs. SONAR numbers its MIDI Outputs by the order of the devices in this
window. The device on top is on Output 1, the one below it is on Output 2, and
so on.
4.Highlight one device at a time in the Outputs window and click Move Selected
Devices to Top to change its order. Then highlight all the devices that appear
in the window to select them for output.
Devices selected for MIDI output
Device not
selected for MIDI
output
Click here to
change order of
MIDI devices
Tip!
Be sure to choose MIDI output devices from Options-MIDI Devices.
If you don’t do this, you won’t hear any of your MIDI instruments
when you play songs in SONAR.
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