After CD Architect™ software is installed and you start it for the first time, the registration wizard appears.
This wizard offers easy steps that allow you to register the software online with Sony Creative Software Inc.
Alternatively, you may register online at http://www.sonycreativesoftware.com/ at any time.
Registering your product will provide you with access to a variety of technical support options, notification
of product updates, and special promotions exclusive to registered CD Architect users.
Registration assistance
If you do not have access to the Internet, registration assistance is available during normal weekday
business hours. Please contact our Customer Service department by dialing one of the following numbers:
Telephone/Fax Country
1-800-577-6642 (toll-free) US, Canada, and Virgin Islands
+608-204-7703 for all other countries
1-608-250-1745 (Fax) All countries
Customer service/sales
For a detailed list of Customer Service options, we encourage you to visit
http://www.sonycreativesoftware.com/support/custserv.asp. Use the following numbers for telephone
support during normal weekday business hours:
Tel e p ho n e /F ax / E -m a i l Co u nt r y
1-800-577-6642 (toll-free) US, Canada, and Virgin Islands
+608-204-7703 for all other countries
1-608-250-1745 (Fax) All countries
Technical support
For a detailed list of Technical Support options, we encourage you to visit
http://www.sonycreativesoftware.com/support/default.asp. To listen to your support options, please call
608-256-5555.
Note: Customers who have purchased the full version of CD Architect receive 60 days of complimentary
phone support. The complimentary support begins the date of your first call. (Registration is required to
receive this complimentary support.) Please call (608) 204-7704 if you need assistance with your full
version product.
About your rights in CD Architect software
CD Architect software is licensed to you under the terms of the End User License Agreement you entered
into with Sony Creative Software Inc.
About your privacy
Sony Creative Software Inc. respects your privacy and is committed to protecting personal information.
Your use of the software is governed by the Software Privacy Policy. Please review its contents carefully as
its terms and conditions affect your rights with respect to the information that is collected by the software.
For your reference, a copy of the Software Privacy Policy is located at http://
CD Architect software is not intended and should not be used for illegal or infringing purposes, such as the
illegal copying or sharing of copyrighted materials. Using CD Architect software for such purposes is,
among other things, against United States and international copyright laws and contrary to the terms and
conditions of the End User License Agreement. Such activity may be punishable by law and may also
subject you to the breach remedies set forth in the End User License Agreement.
Legal notices
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Studio,
Sony Sound Series, Groove Mapping, Groove Cloning, CD Architect, Sound Forge, Audio Studio, and Cinescore are
trademarks or registered trademarks of Sony Creative Software Inc., or its affiliates in the United States and other
countries. All other trademarks or registered trademarks are the property of their respective owners in the United States
and other countries.
Thomson Fraunhofer MP3
MPEG Layer-3 audio coding technology licensed from Fraunhofer IIS and Thomson.
Supply of this product does not convey a license nor imply any right to distribute content created with this product in
revenue generating broadcast systems (terrestrial, satellite, cable and/or other distribution channels), streaming
applications (via internet, intranets and/or other networks), other content distribution systems (pay-audio or audio on
demand applications and the like) or on physical media (compact discs, digital versatile discs, semiconductor chips, hard
drives, memory cards and the like).
An independent license for such use is required. For details, please visit: http://mp3licensing.com.
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Apple Macintosh Audio Interchange File Format (AIFF) file format
Apple® Macintosh® Audio Interchange™ File Format (AIFF) is a trademark of Apple, Inc. in the United States and other
countries.
Neither the name of the Xiph.org Foundation nor the names of its contributors may be used to endorse or promote
products derived from this software without specific prior written permission.
This software is provided by the copyright holders and contributors “as is” and any express or implied warranties,
including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose are
disclaimed. In no event shall the foundation or contributors be liable for any direct, indirect, incidental, special,
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The information contained in this manual is subject to change without notice and does not represent a
guarantee or commitment on behalf of Sony Creative Software Inc., in any way. All updates or additional
information relating to the contents of this manual will be posted on the Sony Creative Software Inc. Web
site, located at http://www.sonycreativesoftware.com/. The software is provided to you under the terms of
the End User License Agreement and Software Privacy Policy, and must be used and/or copied in
accordance therewith. Copying or distributing the software except as expressly described in the End User
License Agreement is strictly prohibited. No part of this manual may be reproduced or transmitted in any
form or for any purpose without the express written consent of Sony Creative Software Inc.
CDs have become the standard in audio distribution. Due to the comprehensive set of CD industry standards and
formats, CDs have become the least expensive and most reliable vehicle for exchanging information.
Evolution of CD-R devices technology
To understand the CD-R (Compact Disc-Recordable) disc, it is first necessary to understand standard compact disc (CDROM) technology and how it has evolved. A basic knowledge of this technology will deepen your understanding of what
occurs every time you listen to a CD or create your own.
Digital audio places enormous demands on the medium to which it is being recorded. For example, 60 minutes of music
that is recorded in stereo at a 16-bit quantization rate and 44.1 kHz sampling rate requires a capacity of just over five
billion bits. Luckily, compact discs were designed with this requirement in mind. Unfortunately, for many years musicians
were not able to utilize this storage technology.
Until 1988, the only means of placing music on a compact disc was through injection molding. This process required
musicians to do their testing by recording music to tape and then forwarding it on to the manufacturer. This requirement
resulted in a costly and time-consuming process.
In 1988, Phillips and Sony released the specifications for CD-R discs. It was under these standards that musicians were
given the tools to record information onto CDs at home or in the studio.
CD-ROM technology basics
A standard Compact Disc-Read Only Memory (CD-ROM) disc is 4¾ inches in diameter and consists of aluminum, lacquer,
and clear polycarbonate plastic. During CD molding process, the polycarbonate base has minute indentations stamped
into it. Next, a highly reflective layer of aluminum is applied to the polycarbonate base. The aluminum and polycarbonate
is then sealed with lacquer to protect the disc’s surface from scratching and dust.
How the information is stored
The information on CDs is represented by minute indentations in the polycarbonate base, called pits, separated by the
surface of the aluminum layer, called the land. Both pits and lands represent zeros and the transition from one to the
other represents a one.
Various lengths of pits and lands represent varying quantities of zeros, which represent the original audio signal.
Generally, the frequency of the audio signal is represented by the rate of change in the numbers and the amplitude is
represented by the magnitude of the numbers.
How the information is read
The CD player or drive directs a laser beam through the polycarbonate base and onto the aluminum layer. Because the CD
is actually read from the bottom, pits in the CD are viewed as bumps. Light from the laser reflects off the aluminum
surface and photo-detectors recognize the different intensities of the reflected light. The different intensities, caused by
the pits and lands, are processed into zeros and ones. The CD player or drive then processes this binary data into music.
Because nothing but light ever hits the discs, there is no degradation from repeated playings and the original audio signal
never wears out.
From CD-ROM to CD-R
Commercially produced CDs have pits molded into them during manufacturing, whereas CD-Rs are blank. CD-Rs consist
of a polycarbonate base and, instead of the reflective aluminum layer, CD-Rs contain a layer of organic dye. The organic
dye is to the CD-R what the aluminum is to the CD-ROM: the recording medium.
OVERVIEW OF CD TECHNOLOGY | 7
There are four types of organic dye used in CD-R discs:
Organic Dye Description
Cyanine Considered to be the standard in recording and is characterized by its bright emerald-green color.
Metal-stabilized Visually indistinguishable from cyanine, but it is more resistant to age degradation.
cyanine
Phthalocyanine Considered to be superior in longevity but, for the most part, is identical in quality to cyanine-based CDs. Pale blue in
Azo As durable as phthalocyanine. The use of a silver reflective conduit produces a bright blue color.
color. To protect the dye and serve as the reflective conduit, a thin layer of gold is applied to the dye.
Instead of carving the pits, the CD-R’s laser burns the organic dye to create optical marks on the disc's surface. The optical marks on the
CD-R disc alter the reflectivity of the metallic layer (gold on CD-R, aluminum on CD-ROM). To a CD player or CD-ROM drive, the CD-R’s
optical marks appear the same as the stamped pits on a standard CD-ROM. As a result, CD-R discs can be read by most CD players or CDROM drives.
CD-Recordable standards
There are essentially two types of standards governing compact discs: physical and logical. The physical standard defines the
“container” in which the information is stored. The logical standard defines the information that can be held in the container and in what
particular sequence that information must be arranged.
Both the physical and logical standards are defined within the standards developed by Sony and Philips: Red, Yellow, Green, and Orange.
Although we’d like to provide a very technical and compelling reason why these books are named as they are, we cannot. The reasoning
is actually quite simple: the Red Book was so named because the color of the book cover was—you guessed it—red. The same applies
for the other three books—they had a yellow cover, a green cover, and an orange cover, respectively. As a musician dealing with audio,
you will primarily be concerned with the Red and Orange Book standards and their respective applications.
Standard Application
Red Book Audio
Yellow Book CD-Read Only Memory (CD-ROM)
Green Book CD-Interactive (CD-I)
Orange Book Recordable CDs
The Red Book defines the specifications of every audio compact disc in every music store throughout the world. Red Book specifications
define not only the information within the disc (digital audio recorded at 44.1 kHz), but also the disc size itself and the way in which the
audio is arranged. It is the Red Book standard—the foundation upon which all other CD standards are built—that enables all audio
compact discs to play in all audio compact disc players or drives. It is this interchangeability that has fueled the rapid growth of the CD
music industry.
The Red Book specification allows audio data to be placed into separate tracks on a disc. To further accommodate recordability, the
Orange Book Standard separates the CD-R into two primary areas: the system use area and the information area.
System use area
The system use areas contains both a power calibration area (PCA) and a program memory area (PMA).
Power calibration area
Within every recordable compact disc there is a PCA that is reserved specifically for testing the power of the CD-Recorder laser being
used, and a count area which keeps track of how much available space is left in this area. For each recording session, a calibration is
automatically performed to determine the optimal laser power for “burning” the disc. Over time, the power level of the laser will need to
be adjusted to properly respond to changes in recording speed, temperature, humidity, and the condition of the disc. Each time this
calibration occurs, it is incremented in the count area. A maximum of 99 calibrations can occur on one disc.
Program memory area
The program memory area (PMA) is used to record track numbers and their corresponding start and stop times. This area is updated
each time a track is written to a disc, up to a maximum of 99 tracks.
8 | CHAPTER 1
Information area
Within the information area are three primary areas: lead-in, program, and lead-out.
Lead-in area
The lead-in area comprises approximately the first two minutes on any compact disc and is generally unused for recording actual audio
data. The main purpose of this area is to store the table of contents (TOC), which keeps an account of each track's location on the disc.
The TOC is written to the lead-in area of the disc once all of the information has been recorded to the disc. Before the TOC is written, only
the recorder can access the disc. Once the TOC has been written to the disc, any CD player or drive can play the disc.
Program area
All audio data is generally contained within tracks in the program area. The program area on a standard CD can hold 74 minutes of
audio, corresponding to the 74-minute maximum playing time of a standard CD-DA (Compact Disc-Digital Audio) disc. A maximum of
99 audio tracks can be contained in the program area, with each track normally holding one song.
Note:
The Red Book specification allows for a theoretical maximum of 80 minutes of audio data on a disc. However, 80-
minute CDs may not play correctly on all CD players.
Within each track on the compact disc, there are subdivided frames, 1/75th of a second in length and containing 2352 bytes. Each frame
consists of audio data, parity bits, the synchronization word, and an 8-bit field, called a control byte.
The control byte is then broken down into separate subchannels—P, Q, R, S, T, U, V, and W—where each bit represents a subcode
channel. All of these subchannel bits are used in the audio format.
Subcode channel P (first bit)
The P channel indicates what part of the disc is being read: lead-in, program, or lead-out. The P channel also indicates start times and
end times for each track on the disc.
Subcode channel Q (second bit)
Compact disc players use the Q channel to display the music playing time. The Q channel is broken down into three modes:
Mode Description
Mode 1 Contains the running times from both the beginning of the disc (total disc time) and the
beginning of the track (track relative time).
Mode 2 Identifies the track number, who recorded the track, where it was recorded, and in what year.
Mode 3 Identifies UPC media catalog number for the disc.
A special mode of Q data is stored within the lead-in area. This Q data contains information on two- or four-channel format, copy
prohibit, and pre-emphasis.
OVERVIEW OF CD TECHNOLOGY | 9
Subcode channels R through W (remaining six bits)
Some CD players ignore the R-W channels, while others use them to display additional information, such as the title of the CD, name of
the artist, and track titles, if the information is available on the CD.
A common term used when recording audio to a compact disc is “PQ editing”. PQ editing allows you to edit the P and Q channels on the
disc. This allows you to increase the length of pause time between tracks and during Lead-In. Pause is the area on a disc that precedes
audio tracks (between index 0 and index 1). The Red Book standard calls for a minimum of two seconds of pause time between tracks on
all audio CDs, but with track editing, this can be virtually any length you desire.
Lead-out area
The lead-out area contains 90 seconds of silence (blank sectors) and indicates to the player that the end of the data has been reached.
The lead-out area is the portion of the disc most likely to be damaged as a result of handling. As you know, discs are most commonly
handled by the edges. If audio was stored in these areas, it would likely become difficult for your CD player to read.
CD error detection and corrections
The error detection code and error correction code (EDC/ECC) found in each frame of the compact disc is essential to the success of the
compact disc. Without it, any digital recording on tape or disc that has become damaged would sound just like a badly scratched LP. In
fact, without error correction, the feasibility of digital audio would be destroyed.
Fortunately, when you scratch a CD, the nature of the data on the disc and the design of the CD player prevent any errors. By encoding
all data recorded to the compact disc with a special error correction code, the CD player can use the code to correct damaged data and
deliver the original audio. An example of how error correction works is as follows. Assume that the first line below represents
information on an LP groove and that the second line represents information on a CD pit track:
With temperatures of -40ºF, Madison is the perfect vacation spot.
CD-Architect is here! CD-Architect is here!
Now place one of your fingers vertically over these two lines. This represents a scratch. As you can see, a portion of the message on the
LP is gone forever, whereas the information on the CD can still be understood. By utilizing and comparing redundant data, the CD is able
to read the message and overcome the effect of the damage. This error correction does have a cost though: messages using error
correction require more storage space.
Before this error correction can take place, errors must first be detected. This is accomplished through the use of parity bits. A parity bit
is a bit added to every data word, which makes the total number of 0s or 1s in the word even or odd. For example, a parity bit rule may
state that all data words with an odd number of 1s are invalid and all data words with an even number of 1s are valid. The CD player
would then eliminate all odd-numbered data words and keep all the others. Unfortunately, if a large error occurs and wipes out all of the
parity bits and data, this method becomes useless. As a result, a multiple number of parity bits are used to detect errors. To provide
additional help in dealing with large groups of errors, called burst errors, an error protection scheme called interleaving is used in
conjunction with parity bits.
Interleaving is used to guard against burst errors and can be thought of as shuffling a deck of cards. Data is shuffled in the bit stream
prior to recording so that consecutive words are never next to each other on the disc. When interleaved data is finally de-interleaved,
consecutive errors are scattered throughout the disc and errors can be more easily corrected.
Interleaving is taken one step further by interleaving data numerous times over long and short time intervals. This process is called cross
interleaving, and utilizes Cross Interleave Reed-Solomon Code (CIRC) to execute both parity checking, which checks for random errors,
and cross interleaving, which permits parity bits to correct burst errors on the disc. By utilizing CIRC in the first two layers of error
protection on each frame of the disc, the majority of all CD damage can be effectively repaired and replayed without any distinguishable
difference.
It is important to remember that error correction does have its limitations. Depending on the severity and nature of the error, the
damage may be so bad that no amount of ECC, EDC or TLC will bring back the music. In this case, you will hear a skip on the CD.
10 | CHAPTER 1
The CD-R technology
CD Recorder drives currently are available in a variety of different recording speeds. Single speed (1X) CD-R drives record in real time
(same as the playback speed of the CD). Faster drives record at multiples of the playback speed, and as a result, reduce writing time. A
six-speed (6X) drive, for example, can write a 74-minute CD in 12 minutes.
The primary concern when writing at speeds higher than 2X is ensuring that your computer can provide a fast, consistent data flow
during the burning process. The biggest danger with writing CDs at high speeds is running out of data while the CD-R drive and
software are working. If the computer cannot keep up with the CD-R drive being utilized, a buffer underrun will occur and your blank
CD-R disc will be ruined.
Because the Orange Book specification only partially defines CD-R drives, many subtle differences among recorders have resulted.
Different CD-Recorders use lasers of different intensities, which results in differences in the optimal marks created in the “burning”
process. Buffers, writing modes, and interface type have also been left up to the discretion of the individual manufacturers.
Although consideration should be given to these subtle differences, keep in mind that all drive manufacturers must stay within certain
defined ranges. Consequently, although lasers may be of varied intensities, they must all stay within the prescribed range of 4 to 8
milliwatts. Therefore, it is unlikely that writing quality will be significantly affected.
Writing speed, on the other hand, must be taken into consideration when choosing your CD-R disc. CD-R discs can come in one of four
states: a pregrooved and time-stamped blank disc, a closed multisession disc, a finalized disc, and a partially recorded disc. CD-R discs
are also formulated for optimum performance with CD-R drives recording at high writing speeds. The reason for this is simple. A laser of
a certain intensity will create an optical mark depending on the speed in which the disc is spinning. Therefore, recording at a greater
speed will affect the characteristics of the optical mark created. Due to this alteration, disc manufacturers have reformulated their discs
to operate in accordance with the higher recording speed of the latest CD-R drives.
It is very important to find out what CD-R disc your drive manufacturer recommends. Some drives will check the make of the disc prior
to playing and not let you write if it does not meet the drive specification.
Audio is recorded to the CD-R disc primarily in one of two fashions: track-at-once (TAO) or disc-at-once (DAO).
Track-at-Once
Track-at-once (TAO) writing records either one track or multiple tracks to the disc and results in a partially recorded disc. Because the
data in the program area is written before the lead-in area (including the table of contents), the CD-R disc remains unplayable on most
systems until you add the final track and perform a final fixation. The advantage of TAO writing is that you can record tracks onto the
disc as you finish them versus waiting until you have finished your whole album. The downfalls of TAO writing lie in the loss of storage
space and in the creation of run-out sectors, which are created as the laser shuts off after each writing session. Run-out sectors not only
result in a loss of 13.5MB of disc space each time a session is written to the disc, but they also manifest themselves as “clicks” in the
music. CD Architect
™
does not use this method.
Disc-at-Once (Single Session)
Disc-at-once (DAO) writing, the method used in CD Architect, is the most common burning method in the music industry. This writing
mode is used when creating a master disc to be sent to a disc manufacturer for mass replication. Disc-at-once works just as it sounds.
Once the premastering software has created a cue sheet, the table of contents (TOC) is written to the lead-in area. At this point, the
audio to be recorded is written to the CD in one recording session. After all of the audio has been written, a final fixation is automatically
performed by writing the required silence to the lead-out area. This writing procedure is opposite of track-at-once writing, in which the
TOC is written to the lead-in area after all data has been written to the disc.
Other than a computer capable of providing a fast data stream, the last item you will need to burn your own CDs is, of course, the item
you just purchased: CD recording software. Undoubtedly, the most important part of the equation, CD recording software is the
determining factor for operational ease, functionality, and overall performance.
Congratulations on choosing the best: CD Architect.
OVERVIEW OF CD TECHNOLOGY | 11
12 | CHAPTER 1
Chapter
2
Introduction
Welcome to CD Architect™ software, the easiest way to create your own Red Book audio CD compilations. With CD
Architect software, you can nondestructively place, arrange, and edit audio files to produce professional audio CDs based
on the Red Book specifications. You can build PQ lists automatically or manually by adding tracks and indices.
CD Architect software allows you to create sophisticated mixes and arrangements in an intuitive environment that can be
customized to suit your preferences.
System requirements
In order to use CD Architect software, your computer must satisfy the following minimum specifications:
• Microsoft® Windows® 2000 SP4, Windows XP, or Windows Vista™
• 500 MHz processor
• 150 MB hard-disk space for program installation
• 128 MB RAM
• Microsoft Windows-compatible sound card
• CD-ROM drive (for installation from CD only)
• Supported CD-Recordable drive
• Microsoft DirectX® Media 9.0 Run Time (included on CD-ROM)
• Internet Explorer 5.0 or later
Installing CD Architect software
Prior to installing CD Architect software, we recommend that you exit all open applications and temporarily turn off any
virus protection.
Note:
If you’re installing CD Architect software on a system running Windows 2000, Windows XP Home, or XP
Professional, your user account must be a member of the Administrators group to install CD Architect and a member of the
Power Users group (or higher) to register CD Architect software.
1.
Insert the CD Architect CD-ROM. The CD Architect Installation screen appears if CD-ROM AutoPlay is enabled.
Note:
If CD-ROM AutoPlay is turned off, click Start and choose Run. In the Run dialog, enter the CD-ROM drive’s letter
and add :\setup.exe. Click OK to begin installation.
2.
Click Install to begin the installation process.
3.
Follow the on-screen prompts and enter the necessary information when required. At the final screen prompt, click
Finish.
INTRODUCTION | 13
Getting help
You can access two varieties of help within CD Architect software:
• Online help
• What’sThis? help (also referred to as context-sensitive help)
Online help
To access online help, choose Contents and Index from the Help menu or press F1.
Note:
To view online help, Internet Explorer 4.0 or later must be installed on your system. Internet Explorer 5.0 is included on the CD
Architect CD-ROM for your convenience.
Toolbar
Tabs
Information
pane
The following table describes the four tabs of the Online Help window.
Tab De sc ri pti on
Contents
Index Provides a complete listing of the help topics available. Scroll through the list of available topics or
Search Allows you to enter a keyword and display all of the topics in the online help that contain the
Favorites Allows you to keep topics that you revisit often in a separate folder. To add a topic to your favorites,
Provides a list of available help topics. Click a closed book ( ) to open the pages, and then click on
a topic page ( ).
type a word in the Type in the keyword to find box to quickly locate topics related to that word.
Select the topic and click the Display
keyword you have entered. Type a keyword in the Type in the word(s) to search for box and click
the List Topics
click the Add
button. Select the topic from the list and click the Display button.
button on the Favorites tab.
button.
14 | CHAPTER 2
What’sThis? help
What’sThis? help allows you to view pop-up window descriptions for menus, buttons, and dialog boxes.
Menus and buttons
Choose What's This? from the Help menu, press Shift+F1, or click the What’sThis? help button on the toolbar and then click any
menu or button.
Dialog boxes
To use What’sThis? help in a dialog box, click the question mark button in the upper-right corner of the dialog box and then click an
item in the dialog box.
Help on the Web
Additional CD Architect software help and information is available on the Sony Creative Software Inc. Web site. Choose Sony on the
Web from the Help menu to view a listing of Web pages pertaining to CD Architect software and Sony Creative Software Inc.. The
software starts your system’s Web browser and attempts to connect to the appropriate page on the Sony Creative Software Inc. Web
site.
INTRODUCTION | 15
16 | CHAPTER 2
Chapter
3
Learning the CD Architect Workspace
CD Architect™ software is designed to be an easy-to-use program with many tools that provide power and flexibility when
preparing audio files prior to premastering a CD. As you will learn, many of the operations, menu items, and shortcut keys
are common to other popular software applications.
Main window
When you start the application, the main window appears.
Title bar
Menu bar
Tool bar
Timeline
Time display
Window
docking
area
Marker bar
Ruler
CD layout bar
Status selection fields
Transport bar controls
Status bar
The work area is divided into two primary area sections: the timeline and the window docking area. You can resize these
sections by dragging the dividers between them.
Main window components
The following table describes the major components of the main window.
Component Description
Title bar Displays the file name with a .cdp file extension. Double-click to maximize and restore the window.
Menu bar Displays the menu headings for the available functions.
Tool bar
Status bar
Provides quick access to frequently used commands.
page 17.
Displays the amount of time available for adding CD tracks (
application bases the program length on the blank CD in your drive, or will use the default CD
length. To scan your drive and update the information display, click on the bar or choose
Disc Status
from the Disc menu.
For more information, see Toolbar on
Project Time Remaining). The
Refresh
Toolbar
The toolbar allows you to quickly access the most commonly used functions and features in CD Architect software. From
the Options menu, choose Customize Toolbar to specify which buttons are displayed.
New: Creates a new blank project using Extract Audio from CD: Extracts tracks from an
default settings audio CD and adds them to your project as wave
Open: Opens an existing project or CD Enable Snapping: Select this button to turn on the
image file Snap to Grid and Snap to Markers commands
Open media: Adds media files to your Automatically Create Tracks: Select this button to
project automatically create CD tracks when you add
files
media to the timeline
LEARNING THE CD ARCHITECT WORKSPACE | 17
New: Creates a new blank project using Extract Audio from CD: Extracts tracks from an
default settings audio CD and adds them to your project as wave
Save: Saves the current project Automatic Crossfades: Select this button to
Properties: Opens the Project Properties
dialog box allowing you to make
changes to the current project
Cut: Deletes and copies the current Lock Envelopes to Events: Select this button to lock
section to the clipboard the current envelope points and position so that
Copy: Copies the current selection to Lock Events and Tracks: Select this button if you
the clipboard want tracks to follow when you move events along
Paste: Inserts the contents of the Use Second Audio Layer: Select this button to
clipboard at the current cursor position enable a second layer of audio in the timeline
Undo: This command will undo the last Normal Tool: Select this button when performing
action performed normal editing functions
Redo: Reverses the action of the Undo
command edit multiple envelopes without moving the actual
Burn CD: Burns your project to a CD What’s This? Help: Select this button and then click
files
automatically create a crossfade when two or more
events overlap.
Ripple Edits: Select this button if you want to
automatically shuffle existing events on tracks
while cutting, copying, and pasting
the envelope points follow an event when it is
moved along the timeline
the timeline.
Envelope Tool: Sel ect this button when you want to
events
on any item, including menu items, in the CD
Architect window to view a pop-up description
Timeline
The timeline is the area of the main window where you will be doing most of your work. You use the timeline to draw events from each
track.
For more control over your projects, you can add a second audio layer to the timeline. Using this second layer, you can use envelopes to
create more complex crossfades between CD tracks. For more information, see Using the second audio layer on page 53.
Marker bar
The marker bar is the area where you can place, name, and position markers and regions along the project’s timeline. These
informational tags can serve as cues or reminders highlighting important events in your project.
18 | CHAPTER 3
Ruler
The ruler displays the time for your project. You may specify how the ruler measures time: seconds, samples, frames, etc.
CD layout bar
The CD layout bar displays information about the tracks you’ve created for your CD project. Each CD track in the CD layout bar shows the
track’s number, active take name, and length.
Required pause time indicator
Note:
Red indicators are drawn at both ends of the CD layout bar. The first indicator represents the required pause time at the
beginning of the disc, and the second indicator represents the end of the disc (if the disc length is known)
Time display
The time display reflects the current cursor position on the timeline in minutes:seconds:frames
format.
Transpor t bar controls
The transport bar contains the playback and cursor positioning buttons frequently used while working on and previewing your project.
Emulate CD Player: Changes the
behavior of playback controls to
simulate unmute fades applied by CD
players
Loop Playback: Plays only the events in Stop: Stops playback and returns the cursor to
the loop region in a continuous mode its starting position
Play From Start: Starts playback from
the beginning of the project regardless
of the cursor position
Play: Starts playback from the cursor Next Track: Moves the cursor to the next track or
position index
Pause: Pauses playback and leaves the cursor in
its current position
Previous Track: Moves the cursor to the previous
track or index
Scrub control
The scrub control is used to play your project forward or backward for editing
purposes. You may adjust playback speed by setting the speed control marker
located beneath the scrub control. For more information, see Scrubbing on page 44.
Drag either forward or
backward for playback
Set playback speed
Window docking area
This area allows you to keep frequently used windows available, but out of the way, while you are working with a project. To dock a
window, drag it to the docking area. Windows can be docked next to each other, subdividing the docking area, or they can be docked in
a stack. When stacked, each window has a tab at the bottom with its name on it. Click the window’s tab to bring it to the top.
LEARNING THE CD ARCHITECT WORKSPACE | 19
Drag the handle on the left side of a docked window to remove a window from the docking area and float it.
Close window
Expand window
Drag the handle away
from the docking area to
float the window.
To prevent docking,
hold the Ctrl key
when dragging near
the docking area.
Explorer window - Alt+1
The Explorer window is similar to the Windows Explorer. Use the Explorer window to select media files to drag to the project timeline or
add to the Media Pool. You can also use the Explorer window to perform common file management tasks such as creating folders,
renaming files and folders, deleting files and folders. Use the Start Preview and Auto Preview buttons to preview files before
adding them to the project.
Preview selected media
files before placing them
in the project.
Select drive
or folder
Select media to place in
the project by dragging
or double-clicking.
Add media to the Media Pool
by right-clicking a file and
choosing Add to Media Pool
from the shortcut menu.
20 | CHAPTER 3
Trimmer window - Alt+2
The Trimmer window allows you to select portions of a piece of media that can be placed into events on the timeline.
Note:
When a media file is placed in the Trimmer window, any regions or markers that were previously stored in the media file are
displayed in the Trimmer.
Mixer window - Alt+3
The Mixer window allows you to access your project’s audio properties, add Master FX, and access the project and preview volumes
from the Explorer, Trimmer and Media Pool windows.
Media Pool - Alt+4
The Media Pool helps you organize and manage the media files you’re using in a project. The information about these files is displayed
in a highly flexible database that can be instantly sorted. Using the Media Pool, you can preview, add, or delete files, extract audio from
a CD, and add files to the timeline, if desired.
LEARNING THE CD ARCHITECT WORKSPACE | 21
Playlist window - Alt+5
This window is a chronological list of the events in your timeline. You can use this window to edit each event’s start and end times,
length, and active take name. You can also normalize an event.
Track List window - Alt+6
This window is a chronological list of all track and index markers in your project. You can use this window to edit each track’s start, end,
and pause times, length, and title and artist name. You can also enable or disable copy protection and emphasis flags, and edit ISRC
(International Standard Recording Code) information. For more information, see Using the Track List window on page 80.
Plug-Ins window - Alt+7
This window allows you to access effects and effects packages that can be applied to events and the master output. This window also
allows you to rename and reorganize plug-ins. For more information, see Adding Effects on page 85.
22 | CHAPTER 3
Keyboard command reference
CD Architect keyboard commands are shortcuts that you can use while working with your project.
Project file
Command Keyboard shortcut
Create new project Ctrl+N
Open existing project Ctrl+O
Open media file Ctrl+Shift+O
Extract audio from CD Ctrl+R
Burn CD Ctrl+W
Project properties Alt+Enter
Save project Ctrl+S
Exit CD Architect Alt+F4
Magnification and view
Command Keyboard shortcut
Set focus to timeline Alt+0
Explorer Alt+1
Trimmer Alt+2
Mixer Alt+3
Media Pool Alt+4
Playlist Alt+5
Track L ist Alt+6
Plug-Ins Alt+7
Next window F6 or Ctrl+Tab
Previous window Shift+F6 or Ctrl+Shift+Tab
Zoom in time (incremental) Up arrow
Zoom out time (incremental) Down arrow
Zoom in large increments or selection (if one exists) Ctrl+Up arrow
Zoom out large increments or selection (if one exists) Ctrl+Down arrow
Zoom in vertically Shift+Up arrow
Zoom out vertically Shift+Down arrow
Rebuild audio peaks F5
Minimize/restore the window docking area F11
LEARNING THE CD ARCHITECT WORKSPACE | 23
Cursor placement, loop region, and time selection
Note:
Holding the Shift key in combination with cursor positioning shortcuts creates or extends a time selection.
Command Keyboard Shortcut
Center view around cursor \
Go to Ctrl+G
Set end of time selection Ctrl+Shift+G
Go to beginning of selection or view (if no selection) Home
Go to end of selection or view (if no selection) End
Go to beginning of project Ctrl+Home or W
Go to end of project Ctrl+End or E
Toggle cursor between beginning and end of loop region Keypad 5
Move cursor to corresponding marker or select corresponding region 0-9 keys (not numeric keypad)
Move left by grid marks Page Up
Move right by grid marks Page Down
Move to previous CD track Ctrl+Comma
Move to next CD track Ctrl+Period
Move to previous CD track or index Comma
Move to next CD track or index Period
Move left/right one pixel (when Quantize to Frames is turned off ) Left/Right Arrow
Move to previous/next marker Ctrl+Left/Right Arrow
Move one frame left/right Alt+Left or Right Arrow
Move left/right to event edit points including fade edges Ctrl+Alt+Left/Right Arrow
Time select loop region Shift+Q
Recover previous selection areas Backspace
Set in and out points [ (in) and] (out)
Create time selection while dragging on an event Ctrl+Shift+drag
Switch focus between audio layers Tab
Event selection and editing
Command Keyboard shortcut
Range select Shift+click events
Multiple select Ctrl+click individual events
Select all Ctrl+A
Unselect all Ctrl+Shift+A
Cut selection Ctrl+X or
Shift+Delete
Copy selection Ctrl+C or
Ctrl+Insert
Paste Ctrl+V or
Shift+Insert
Paste insert Ctrl+Shift+V
Paste repeat Ctrl+B
Delete selection Delete
Open in audio editor Ctrl+E
Undo Ctrl+Z or
Redo Ctrl+Shift+Z or
Split S
Trim/crop selected events Ctrl+T
Rebuild Peaks F5
Normal editing tool Ctrl+D
Switch to next editing tool D
Switch to previous editing tool Shift+D
Automatic crossfades X
Move selected events up one layer Numeric Keypad 8
Alt+Backspace
Ctrl+Y
24 | CHAPTER 3
Command Keyboard shortcut
Move selected events down one layer Numeric Keypad 2
Move selected events right one pixel Numeric Keypad 6
Move selected events left one pixel Numeric Keypad 4
Move selected events right on grid Ctrl+Numeric Keypad 6
Move selected events left on grid Ctrl+Numeric Keypad 4
Move selected events right one frame Alt+ Numeric Keypad 6
Move selected events left one frame Alt+ Numeric Keypad 4
Move selected events by the first selected event's length Ctrl+Alt+4 or 6
Copy events Ctrl+drag event
Slip: move media within event without moving the event Alt+drag inside the event
Slip trim: moves the media with the edge as it is trimmed Alt+drag edge of event
Trim adjacent: trims selected event and adjacent event Ctrl+Alt+drag edge of event
simultaneously
Slide: trims both ends of event simultaneously Ctrl+Alt+drag middle of event
Slide crossfade Ctrl+Alt+drag over a crossfade
Stretch (compress) the media in the event while Ctrl+drag edge of event
trimming
Group selected events G
Ungroup selected events U
Clear group without deleting events Ctrl+U
Select all events in group Shift+G
Select next take N
Select previous take Shift+N
LEARNING THE CD ARCHITECT WORKSPACE | 25
Playback and preview
Command Keyboard shortcut
Start/Stop playback Spacebar
Play All Shift+Spacebar
Play from any window Ctrl+Spacebar or F12
Stop playback Esc or Spacebar
Start/pause playback Enter
Looped playback Q
Previous CD track Ctrl+comma
Next CD track Ctrl + Period
Previous track or index Comma or >
Next track or index Period or <
Scrub playback J, K, or L
Tip:
If you have a supported multimedia keyboard, you can use the Play/Pause, Stop, Prev Track, and Next Track buttons to control
playback.
Timeline
Command Keyboard shortcut
Quantize to frames Alt+F8
Enable/disable snapping F8
Snap to grid Ctrl+F8
Snap to markers Shift+F8
Ripple edit mode Ctrl+L
Auto crossfade mode X
Normal editing tool Ctrl+D
Switch to next editing tool D
Switch to previous editing tool Shift+D
Group selected events G
Ungroup selected events U
Clear group without deleting events Ctrl+U
Select all events in group Shift+G
Insert/show/hide volume envelope V
Insert/remove volume envelope Shift+V
Insert marker M
Insert region R
Insert CD track T
Insert CD track index I
Maximize timeline vertically (window docking area will be F11
hidden)
Trimmer commands
Many of the shortcuts that apply to the timeline also work in the Trimmer. This list highlights commands unique to the Trimmer.
Command Keyboard shortcut
Add selection to end of project A
Clear Trimmer History Ctrl+Shift+H
Open in Audio Editor Ctrl+E
Next media file in Trimmer Ctrl+Tab
Previous media file in Trimmer Ctrl+Shift+Tab
26 | CHAPTER 3
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