The CICA Windows Explosion!/The CICA Windows Explosion! - Disc 2.iso/pagemkr/pm5tips.zip/pm5tips.txt

Internet Message Format | 1994-01-24 | 110KB

From bit.listserv.pagemakr Mon Jan 24 11:12:52 1994
From: Todd Merriman <[e-mail]>
Date: Sat, 22 Jan 1994 15:08:53 -0500
Newsgroups: bit.listserv.pagemakr
Subject: Aldus PM document 300101

Printers, Ports, and Printer Drivers

With PageMaker, the proof is in the printing. And with the wide
variety of printers available now, the quality of your printed
results can vary dramatically depending on the type of printer
you use. The first section of this note will serve as an
introduction to different types of printers. We'll also take a
look at the roles played by printer drivers and communications
ports when you print from PageMaker.

Why your printer type matters

While PageMaker will print to any printer that has a printer
driver for the current version of Win dows, the strategies used
by different printers offer different advantages and
disadvantages. All printers have two parts: the marking engine,
and the page description language which tells the marking engine
what to do. The marking engine provides the physical apparatus
which puts the image on the page; most printers are categorized
by the type of marking engine they use. The page description
language translates PageMaker's descriptions of objects on a page
into commands that the printer can implement. Often, this
information is contained in the printer driver.

Laser printers

The word "laser" tells us the type of marking engine in your
printer_but not the page description language your printer uses.
Laser printers work like copy machines. A single laser beam
records the image of the page and projects the image onto a drum;
where light from the laser beam hits the drum, the area becomes
charged and toner (or "ink") distributed over the drum is
attracted to the charge. Paper with a negative charge then rolls
around the drum picking up the oppositely charged toner
particles, heat is applied, and the toner is fused to the paper.
Laser printed information is clear and smooth because the
resolution is relatively high (normally, 300 dpi or dots per
inch).

The two main types of laser printers available today, PCL and
PostScript, are differentiated by their page description
languages. Each offers different advantages and disadvantages and
therefore, significantly different capabilities as far as
PageMaker is concerned. We'll look at each one separately.

PCL printers

Printer Command Language (PCL) is the page description language
used by Hewlett Packard LaserJet printers and those that emulate
them. There are two versions of the PCL language used in laser
printers today (earlier versions of the language are used by
printers with other types of marking engines).

PCL 4 was used by the HP LaserJet through HP LaserJet II
printers. All PCL 4 printers treat both text and graphics as
bitmaps. PCL 4 printers generally don't boast a wide variety of
built-in fonts. Bitmapped downloadable soft fonts are
supported_but to use these fonts, you have to purchase and
install each size, style, and typeface you may want to use.
Although these fonts print nicely at resolutions up to 300 dpi,
it can take some work to get them set up properly (see the
TechNotes "Understanding Fonts" p. 26 and "Troubleshooting Font
Problems" p. 38 for more information).

When a PCL 4 printer prints a page, text and graphics are
processed in independent bands. Text comes first; once all of the
text has been processed, all other information is processed and
placed on top of it. While this works just fine for most print
jobs, unfortunately it means that there's no way to print
reversed text with these printers. Furthermore, the rigid
structure of PCL 4 fonts makes it impossible to print text which
has been rotated or text to which PageMaker's "Set width" feature
has been applied.

Note: Many type managers make it possible to bypass these
limitations and allow PCL 4 printers to print text that has been
reversed, rotated, or had "Set width" applied. If you're using a
type manager, make sure that your "Graphics Resolution" option is
set to 300 dpi.

PCL 5, an updated version of the page description language,
solves the problems of reversed and rotated text while offering a
great deal of additional flexibility. The PCL 5 language is used
by the Hewlett Packard Laser Jet III printers. PCL 5 printers
support scalable fonts_which means that as long as you have the
scalable font correctly installed, you can print that font at any
point size. Another important advantage offered by PCL 5 printers
is that the graphic and text bands are no longer processed
separately, making it possible for these printers to support
reversed text. PCL 5 printers are backwards-compatible and
support all of the fonts used by PCL 4 printers. Neither PCL 4
nor PCL 5 printers support color printing.

PostScript printers

The PostScript page description language was developed by Adobe
Systems. In addition to supporting scalable outline fonts, the
PostScript language offers more sophisticated type capabilities
than other printer description languages. PostScript offers many
other advantages as well_in addition to supporting sophisticated
color separation capabilities, you can print at resolutions up to
3600 dpi. One of the most widely used graphic formats_on both the
Mac and IBM-compatibles_is EPS, or Encapsulated PostScript. Only
PostScript printers can offer full support for this graphic
format.

PostScript is considered by most publishing and graphic arts
professionals to be the industry standard, in large part due to
the flexibility it offers. Your publishing requirements may not
demand a PostScript printer, but should you need to produce
typeset quality documents from the desktop, PostScript is an
option you should consider. It's also useful to know that 300 dpi
color PostScript printers are available.

Jet type printers

Jet-type printers use small jets to propel ink_either black,
colored, or a combination_onto paper. While these printers are
generally inexpensive and work reliably with Windows, they can't
print EPS graphics and they require soft fonts which can't be
used by other printer types (again, unless a type manager is
used). These printers are also usually 300 dpi.

Dot matrix printers

Dot matrix printers have more in common with traditional
typewriters than the other printers we've discussed here. On a
dot matrix printer, a printhead hammers through a ribbon to force
a printed dot onto the page. As it moves back and forth across
the paper, line by line, the pattern of dots eventually resembles
the image of the page displayed on your monitor. Dot matrix
printers don't require printer fonts, but when used with a type
manager such as ATM, they provide an inexpensive proofing option.
Both black and white and color dot matrix printers are currently
available.

Printer ports

Ports allow you to communicate with peripheral devices_whether
they're scanners, printers, or modems_by electronically
communicating data (in the form of bits and bytes) through a
cable. Whenever you print from PageMaker, you'll do so through
one of the ports on your computer. There are two types of ports:
serial and parallel. Understanding how they differ will help you
to determine which one is most appropriate for the type of
communication you plan to do.

Parallel ports use eight separate conductors or lines and
transmit one bit of data at a time through each of the eight
conductors. These eight bits add up to one byte; the fact that
data is transmitted over multiple paths makes it fairly fast,
simple, and (electronically speaking) uncomplicated. Most Windows
users favor this method. Parallel ports are called LPT1, LPT2,
and LPT3 and usually have 25-pin connections. Parallel cables can
be up to ten feet long.

Serial ports transfer data sequentially through a single
conductor bit by bit (literally). Serial ports are slower than
parallel ports, but the cabling they require is less expensive.
Serial ports are called COM1, COM2, and COM3 and usually have 9-
pin connections. Serial cables can be up to 50 feet long.

While all of your physical ports are either parallel or serial,
Windows offers the FILE port as an additional option. The FILE
port offers an easy way to create files that contain all of the
data that would have been sent to a printer. These files can then
be taken to another computer (often a service bureau) where they
can be printed without worry about font or other system specific
conflicts.

Why ports matter to Windows

Under Windows, a printer selection or target printer can be any
printer driver assigned to any port. Because Windows makes it
possible for you to work with both hypothetical and real printers
and for you to have more than one printer installed for each port
(though only one can be active at a time), things can get a
little confusing. All you really need to know is that Windows
uses ports as a way of organizing the printers you have
available. Because fonts are installed for specific printers,
keeping track of your ports can help you know where your fonts
are.

Your "WIN.INI" file has a [ports] section which lists all the
available ports; the list of available ports in the Printers
Control Panel is based on this listing. Your "WIN.INI" file will
also have a [Printer,Port] section for each printer you've
installed; you can have as many as 15. These can be different
devices, or multiple instances of the same device with various
configurations, such as different ports. This flexibility makes
it easier to set up your publications without having to
constantly reconfigure your printers.

If you change a printer to a different port, a new
[Printer,Port] section will be added to your "WIN.INI" file. If
you have downloadable fonts installed for a PostScript printer on
COM1, but you change the printer to another port, you'll need to
reinstall your fonts for the new [Printer,Port] combination.

Printer drivers

The printer driver is the software that serves as the translator
or interface between your Windows applications and your printer.
Without the right printer driver, Windows won't take advantage of
your printer's features (such as built in fonts).

The driver "translates" the information which makes up your page
into signals that the printer can understand. The signals are
then sent_via a communications port_to the printer, where they're
interpreted and turned into marks on paper. The printer driver
contains information about the attributes of a printer (such as
the sizes of paper it supports, whether the paper feed is
automatic or manual, what fonts are resident, what font
cartridges are installed, and so forth) which helps PageMaker
(and other applications) take advantage of the printer's
features. Printer drivers are designed for use by any Windows
application.

You can see the printer driver information when you select
"Target printer..." from the File menu in PageMaker or in other
Windows applications. You can see the same information in the
Windows Control Panel for Printers, where you can also configure,
add, or delete drivers.

One of your installed printers should be selected as your
default printer in the Control Panel. If no printer name shows up
in the "Default Printer" field, You'll get the error message
"Cannot set printer to on" when you try to print from PageMaker.
Double-click on the printer that you want to be your default in
the "Installed Printers" list. This will list it in the "Default
Printer" field.

Composing for your printer

When you enter the "Target printer" dialog box, you have the
ability to make changes to the setup of your printer driver. Any
time you leave the "Target printer" dialog box menu, PageMaker
assumes you have made a change in the setup and, just to be sure,
it asks if you want to recompose your publication. When this
happens, you'll see the message "Recompose entire publication for
x printer?" If you haven't made changes, or the changes shouldn't
affect the output (e.g. portrait to landscape), you can press
"Cancel."

Sometimes, though, recomposing can help you out. Being targeted
or composed for the current printer means your system can take
advantage of installed fonts, graphics resolution, and other
printer-specific options and gives you the benefit of anything
specific for that printer that you've taken the time to set up.
While PageMaker can compose a publication without benefit of
printer driver (i.e. without being targeted for a specific
printer), you'll get the best and most consistent results if you
are properly composed or targeted.

If you have made changes to the printer setup, you'll want
PageMaker to look again at all those changes and act accordingly,
making sure your new choices are viable and determining whether
all of the necessary components are available.

From bit.listserv.pagemakr Mon Jan 24 11:12:58 1994
From: Todd Merriman <[e-mail]>
Date: Sat, 22 Jan 1994 15:08:54 -0500
Newsgroups: bit.listserv.pagemakr
Subject: Aldus PM document 300102

Downloading Windows'
PostScript Error Handler

If a PageMaker publication fails to print to your PostScript
printer, it's possible that a PostScript error has been
generated. The PostScript Error Handler is an undocumented
feature in Windows 3.0 that will cause any PostScript errors
generated by your printer to be printed. Knowing what_if
any_error has been generated by your printer will make it easier
to figure out what's causing the problem.

The Error Handler can be downloaded either by using PageMaker's
"Target printer" dialog or through the Windows Control Panel.

From the Windows Control Panel
To download the Error Handler from the Windows Control Panel:
1.    In the Control Panel, double-click on "Printers."
2.    Select the currently active PostScript printer and click
"Configure..."

    Note: The highlighted "Installed Printer" and the current
"Default Printer" should be the same. If they're not, double-
click on the "Installed printer" to make it the current default.
3.    In the "Printers - Configure" dialog box, click the "Setup"
button.

4.    In the "Printer setup" dialog box, you'll see the current
Printer and Port information displayed in the bar at the top of
the window. You'll see the same dialog box if you select "Target
printer" from PageMaker's File menu and click "Setup...."

5.    Click on the "Options" button and Press Alt+E. The "Error
Handler" dialog box appear on top of the "Options" dialog box.

    Select the "Printer" option and click "OK." You'll see the
following alert:

    Click "OK" and the Error Handler will be downloaded to your
printer (it will print a page with "Error Handler Loaded" at the
bottom). It'll remain at the printer until you turn your printer
off and on again.

From within PageMaker
To download the Error Handler from within PageMaker:
1.    Select "Target printer" from the File menu.

2.    Select the currently active PostScript printer and click
"Setup..."
3.    Follow the instructions above for Steps 4 and 5.
Once the Error Handler has been downloaded, your printer will
print a page with the words "Error Handler loaded." If the Error
Handler was already present at the printer, the message will read

"Error Handler in place_not reloaded."

Troubleshooting PostScript errors
If a PostScript error is generated while the Error Handler is
resident in the printer's memory, your printer will print a page
with a message in the following format:

%%[Error; undefined; Offending Command: currentscreen]%%

When an error is generated on a PostScript printer, both the
type of error and the specific code (or offending command) which
caused the problem are identified. PostScript errors have a
practically infinite variety of causes and can be difficult to
resolve. The following steps provide some techniques that might
be helpful once you've determined that your printing problem is
being caused by a PostScript error.

1.    Turn your printer off and on again. By recycling your
printer, you can clear your printer's memory. Many PostScript
errors are caused by low printer memory. Keep in mind that any
permanently downloaded fonts will need to be downloaded after the
printer has been restarted.
2.    Download the Error Handler and try printing again.
3.    Move any placed graphics onto the pasteboard and try
printing again. Imported graphics are a common cause of
PostScript errors; if the publication prints after the graphics
have been moved off the page, try returning them to the page one
at a time until you've identified the culprit.
5.    Verify that other PageMaker documents (as well as files
from other applications) print. If the problem is widespread, it
may be caused by a damaged PostScript printer driver.
4.    Print the publication to disk as a PostScript file (see the
TechNote "Creating PostScript Files with PageMaker 4.0," p. 248)
and download it to the printer using either the "Copy" command at
DOS or a downloading utility such as Adobe's PSDOWN.

Following these suggestions will help you solve many PostScript
errors. However, this is far from a comprehensive list. For more
troubleshooting tips, see the TechNote "Troubleshooting Printing
Problems," p. 270.

From bit.listserv.pagemakr Mon Jan 24 11:13:01 1994
From: Todd Merriman <[e-mail]>
Date: Sat, 22 Jan 1994 15:08:56 -0500
Newsgroups: bit.listserv.pagemakr
Subject: Aldus PM document 300301

Understanding 24-Bit Color

If you're tired of the on-screen dithering of standard VGA and
Super VGA you may be ready for a 24-Bit True color adapter board.
They can display 16.8 million colors and most come with fast co-
processors.  A standard VGA is a primitive controller that relies
on the host computer to do the processing, while 24-bit graphic
adapters typically have a co-processor.   A co-processor is a
programmable chip that speeds video performance by carrying out
graphics processing independently of the CPU.

Understanding the differences between VGA, Super VGA and

24-bit color monitors

Standard VGA is a 4-Bit technology, which can display 16 colors.
This means that it displays your images assigning a specific,
predefined color to each of the 16 numbers that can be described
with 4 binary bits. It utilizes a technology called indexing
which in laymans terms can be compared to painting by number;
vmake this pixel number 6, this one number 12."

Super VGA utilizes the same theories but increases to 8-Bit
display_capable of producing 256 colors.  This is a relatively
small number of colors given the spectrum of colors that the
human eye can distinguish. To simulate unavailable colors a
process called dithering is used which maps all colors to the
available 256, producing gradual shifts of tone. This is a rough
approximation of realistic color at best.

24-bit digital color utilizes a  procedure called interpolation,
a mathematical process that calculates a new value between two
existing values. Basically, each of the image's three color
channels, red, green and blue get their own 8-bit byte.  Thus,
24-bit technology defines the color of each pixel by specifying
one of 256 possible intensities for each of the three color
channels.  If you add up all the possible combinations  you have
approximately 16.8 million colors, about the maximum  the human
eye can distinguish. This smooth shading is pretty close to color
photography.

Acquiring an adapter card that can display 16.8 million colors
can be an expensive venture, and the card will require a monitor
that can run at a non-interlaced resolution of 800x600, 1024x768
pixels or higher.  A non-interlaced display draws all the lines
in one pass versus an interlaced display which creates the image
by drawing the screen in two passes, first drawing the odd
numbered lines, then the even.  One advantage of a non-interlaced
display is less flicker on redraw.

Only a handful of software packages are able to take advantage
of the capabilities of a 24-bit adapter cards.  Word processing
and spreadsheet packages won't look that much different.  Where
you will see a significant difference is in programs that involve
image or pixel editing, which traditionally has been done only in
commercial printing, photography or video, rather than on the
desktop.

The number of colors is not the only difference between VGA and
24-bit boards.  With 24-bit there is a lot more information to
process_approximately 6 times as many bits per pixel. Keep in
mind that on higher resolution displays there are many pixels
and, therefor, speed can be an important issue. One way most 24-
bit boards speed performance is through VRAM.  VRAM is the memory
used to buffer an image and transfer it onto the display.  VRAM
is a technology called dual porting that utilizes two data paths.
Rather than a single path (RAM), VRAM can move data in and out
simultaneously, which speeds up screen redraw.

Another thing to consider when moving into the 24-bit world is
the availability of drivers for the various software you will be
running.  There are no standard drivers or BIOS calls for 24-bit
color, so users must look to the board vendors to provide drivers
for the specified resolutions.  A good driver can improve
performance and increase compatibility with other systems, while
a poor driver can produce strange displays, improper fonts, and
system crashes.

On the PC Platform Aldus products such as PageMaker, Persuasion,
Freehand and PhotoStyler all have the ability to read 24-bit Tag
Image File Format (TIF) files.  PhotoStyler is our high end image
enhancement program that allows users to edit images pixel by
pixel. It can read most TARGA (TGA), and read and write 24-bit
TIF, PCX, Targa and BMP files.

From bit.listserv.pagemakr Mon Jan 24 11:13:04 1994
From: Todd Merriman <[e-mail]>
Date: Sat, 22 Jan 1994 15:09:07 -0500
Newsgroups: bit.listserv.pagemakr
Subject: Aldus PM document 300402

Understanding Memory and

Windows Modes

This TechNote provides an overview of the way Windows 3.0
manages memory. The information covered here isn't specific to
PageMaker_but understanding it will make working with PageMaker
and your computer much easier. If you've ever been confused by
the differences between expanded and extended memory or wondered
why Windows can run in three different modes, you'll find this
information helpful.

Windows 3.0 has three operating modes: Real mode, Standard mode,
and 386-Enhanced mode. Normally, Windows will launch in the most
advanced mode your hardware will allow. Sometimes, though, you
may want to run Windows in a different mode. Why? Each mode
manages memory differently and therefore has different pros and
cons related to performance; by understanding the differences
between the modes, you'll be able to understand the trade-offs
involved.

Understanding memory

Before we get into the differences between Windows modes, let's
make sure we're using our terms consistently. In this section,
we'll define some of the different types of memory your computer
uses.

In computing environments, the word memory generates a lot of
confusion. Some people use memory to refer to both addressable
Random Access Memory (or RAM) and hard disk storage space. Making
a distinction between the two is critical_they aren't
interchangeable and each performs a very different role. In this
TechNote, we'll use memory to refer to actual volatile memory
(RAM) used by your computer to do specific tasks. Because your
hard drive is normally used only for static storage, we'll refer
to that as hard disk space (virtual memory is an exception; we'll
discuss it in detail later).

Conventional and reserved memory

Conventional memory refers to the first 640 kilobytes (K) of RAM
in your PC. If 640K seems like an odd and somewhat arbitrary
number, it is. When the first 8086 microprocessors were being
designed, 640K was an almost unimaginably large amount of memory
for computers to address or for a software application to use.
Initial designs for computers with one megabyte (1,048,576 bytes
or 1MB) of addressable memory assumed that the first 640K of this
1MB (or 1024K) would be sufficient addressable memory for any
software application; the remaining 384K were set aside as
reserved memory addresses to be used by display drivers, ROM
BIOS, and other miscellaneous software. This somewhat arbitrary
640/384K split became a basic premise for the design of the
earliest versions of MS-DOS. Even today, backwards compatibility
remains a key design constraint. DOS-based applications can only
address 640K of memory directly; one of the key advantages of
Windows is its ability to bypass this 640K limit by accessing
additional memory.

Conventional and reserved memory together account for the first
megabyte of addressable memory in any PC; your options for
controlling the way your computer uses both are somewhat limited.
Expanded and extended memory are different strategies for
accessing additional memory.

Expanded memory

Expanded memory is an older, somewhat tricky (and not terribly
graceful) way of using a memory manager and reserved memory to
access up to 16MB of additional memory on expanded memory cards.
It works like this: a memory manager claims 64K of reserved
memory and breaks it into four 16K "pages." These "pages" act as
periscopes and can access information from your expanded memory
card in 16K segments.

The advantage of expanded memory is that it allows applications
which can use it to access a lot of extra memory (in 16K
segments) while still working within the original 640K/384K
memory scheme supported by DOS. Most of the disadvantages hinge
on the fact that information is accessed in 16K segments: it is
slow, inelegant, and very easy for memory managers to make
mistakes. Support for expanded memory must be designed into the
application; however, not all applications support it. Conflicts
within reserved memory can easily occur and can be difficult to
resolve. The overall scheme is somewhat cumbersome, but in many
cases, it may be the only way to get around the 640K conventional
memory limitations imposed by DOS.

Extended memory

Extended memory refers to directly addressable memory beyond the
first megabyte of conventional and reserved memory. The most
important thing to understand about extended memory is that most
DOS-based applications can't use it. Of the applications that use
it_such as PageMaker_extended memory offers the speed of
conventional memory without the inherent 640K limitation.

Like expanded memory, an extended memory manager (such as
HIMEM.SYS, which is provided with Windows) is used to access
additional memory. If your memory manager is missing or hasn't
been loaded, you're likely to run into problems. Unlike expanded
or conventional memory, your hardware alone limits the amount of
memory that can be accessed at any given time. Extended memory is
fast and efficient and available to Windows-based applications;
its only disadvantage is that most DOS-based applications can't
use it.

Virtual memory

Virtual memory refers to the use of hard disk space to simulate
active, volatile memory. Virtual memory's primary advantage is
that it can enhance your system's power by storing recently used
code segments to an easily accessed part of your hard drive,
making it faster to swap those segments into RAM. One drawback is
that virtual memory is dramatically slower than real memory.
Another is that if too much hard drive space is used for virtual
memory, your system's performance may degrade.

Windows modes and memory

Now that we've clarified the differences between the types of
memory used by your computer, let's look at the way Windows uses
the different types of memory in each of its three operating
modes.

Real mode

PageMaker 4.0 can't run in Real Mode, so our explanation here
will be limited. In Real mode, Windows treats your computer's
microprocessor as if it were an 8086 processor capable of
accessing only 1MB of memory (640K of conventional memory and
384K of reserved). Real mode forces Windows 3.0 to behave like
Windows 2.0, and is the most basic of the three modes; in it,
Windows can access expanded memory but not extended. If you need
to run an older application not designed to run in Windows 3.0,
try launching Windows in Real mode.

To force Windows to run in Real mode, type WIN/R at the C:\>
prompt. If you're running in real mode, the "About Program
Manager" dialog box (under the Help menu in Program Manager) will
look like this:



Note that the Free memory value indicates only the amount of
free conventional memory. The computer used to generate all three
examples in this section had 1MB of conventional and reserved
memory and 3MB of extended memory installed.

Standard mode

When Windows is run in Standard mode, neither expanded memory
nor virtual memory is used. Standard mode uses conventional and
up to 16MB of extended memory. If your computer has an 80286
microprocessor or an 80386 processor with less than 2MB of
memory, Windows will automatically launch in Standard mode.

To force a machine with an 80386 processor with 2MB or more of
memory to run in Standard mode, type WIN/S at the C:\> prompt. If
you're running in Standard mode, "About Program Manager" will
look like this:



Note that the Free memory value has increased dramatically
relative to the Real mode example. The percentage of Free System
Resources, displayed in both Standard and Enhanced modes, gives
you an idea of how much storage space is available for icons,
fonts, and other graphic display information and how much
conventional memory is available for other applications.

386-Enhanced mode

When in 386-Enhanced mode, Windows makes use of conventional,
extended, and virtual memory. Although expanded memory isn't
used, Windows simulates it for DOS-based applications by using
extended memory. (For example, Lotus 1-2-3 accesses expanded but
not extended memory.) Windows will launch in Enhanced mode if
you're using a computer with an 80386 processor and more than 2MB
of memory. Enhanced mode is the most sophisticated of the three
Windows modes in its use of your computer's resources; it is also
by far the most complex.

You can force 386 computers to run in Enhanced mode by typing
WIN/3 at the C:\> prompt. When running in Enhanced mode, "About
Program Manager" will look like this:



In this example, the Free memory value has increased to over
14MB. Enhanced mode uses part of your hard drive for virtual
memory_in this case, more than 10MB of disk space. Notice,
though, that the Free System Resources value is almost the same
as it was in Standard mode. The amount of actual memory (RAM or
system resources) hasn't increased_but the amount of available
memory has increased by the amount of virtual memory that is
currently in use.

Enhanced mode's use of virtual memory is perhaps its most
significant feature. Windows creates either a permanent or
temporary Swap file which is treated as accessible memory and is
used to store open applications' code resources. Information is
moved from the Swap file to actual memory as it is required.

If you're running a number of applications simultaneously, this
feature is extremely helpful. The active application will reside
in working memory; when you minimize it to make another
application active, it will be swapped into virtual memory and
the new active application will move to actual memory. This is
considerably faster than having to open and close applications
numerous times. (Unfortunately, it also introduces some rather
complex memory management issues that we are unable to cover in
the scope of this TechNote. See "Optimizing PageMaker's
Performance," p. 20, for more information.)

The Swap file that Windows uses will be temporary unless you
have intentionally created a permanent one. If you're not using a
permanent Swap file, Windows will create a temporary Swap file
that is half the size of your largest contiguous segment of hard
disk space or four times the amount of actual RAM, whichever is
smaller. To tell if your Swap file is permanent or temporary,
you'll need to open "Windows Setup." You can launch it by double-
clicking on its icon in the Main group of the Program Manager or
by following these steps:

1.    In the File Manager, select "Run" from the File menu.

2.    Type "SETUP.EXE" in the "Command Line:" field and press
Enter or click "OK."

3.    Windows Setup will indicate whether your Swap file is
temporary or permanent, and, if it is permanent, how large it is.



The Windows 3.0 Reference Manual provides additional information
about Swap files and Windows modes; the TechNote "Troubleshooting
UAEs," p. 13, also discusses Swap files.

From bit.listserv.pagemakr Mon Jan 24 11:13:08 1994
From: Todd Merriman <[e-mail]>
Date: Sat, 22 Jan 1994 15:09:03 -0500
Newsgroups: bit.listserv.pagemakr
Subject: Aldus PM document 300402

Troubleshooting UAEs

"Unrecoverable Application Error"--if you've never seen this
error message and think that UAE stands for United Arab Emirates,
then skip this TechNote. If, on the other hand, you've run into a
UAE, even once, then read on.

UAEs are a fact of life for many Windows users. UAEs can be
caused by anything from low-level MS-DOS problems to memory
conflicts between device drivers, software, and hardware
components. At least for now, there are no definitive causes or
cures for UAEs. Windows 3.1 is expected to eliminate many UAE
problems. Until then, follow these DOS, Windows, and PageMaker
tips so you can avoid UAEs. These steps are used successfully in
Aldus Technical Support and are based on over a year of
supporting the Windows 3.0 versions of PageMaker, Aldus
Persuasion, and most recently, Aldus FreeHand.

By their very nature, UAEs are elusive and diagnosing their
cause is no easy feat. We recommend that if you've been
experiencing UAEs regularly, you first carry out the DOS and
Windows steps, then go back to work in Windows as usual. If the
UAEs persist, tackle the PageMaker steps. Finally, if none of
these steps work, try the more drastic steps listed at the end of
the article.

Basic DOS hygiene

UAEs tend to occur most often on IBM-compatibles that aren't
receiving good basic maintenance. Here are some relatively
painless ways to clean up your computer.

1.    Reboot your computer. The first thing you should do
whenever you get a UAE is exit Windows and reboot your computer.
Rebooting will refresh your computer's memory; if you don't
reboot, the problem may snowball.

2.    Check for lost clusters. After you've rebooted, at the DOS
prompt, type "CHKDSK." This checks your hard disk for lost
clusters (don't worry about what a lost cluster is). If the
CHKDSK command finds any lost clusters, you can decide later
whether to delete them. If you're unfamiliar with these issues,
work with a systems person who can help you.

3.    Make sure you have enough free disk space. CHKDSK also
reports how much free space is available on your hard disk. If
there are less than two megabytes (2,000,000 bytes or 2 MB), this
may be causing UAEs, not to mention a host of other problems.
Your computer should have at least 2MB of space free whenever you
are running Windows. (If you have a partitioned hard disk, there
should be at least 2MB free on the drive where the TEMP directory
is located.)

4.    Does your computer have enough memory? At the DOS prompt,
type "MEMORY."  MEMORY is a utility that reports how much and
what kind of memory is on your computer. (This file comes with
PageMaker 4.0, but not with Persuasion.) If you have less than
1024K of extended memory, you have less than the required amount
of memory to run PageMaker.

5.    Look for a TEMP directory.  At the DOS prompt, type "SET".
SET tells you what DOS is really seeing as the current Path
statement and TEMP directory. (Usually, the TEMP directory is
under the Windows directory, e.g., TEMP=C:\WINDOWS\TEMP). If no
TEMP directory is specified, check the "AUTOEXEC.BAT" file to
make sure it has a "set temp=..." line. Finally, check to make
sure this directory really exists. If it doesn't exist, create a
new directory or change your "set temp=..." line in your
"AUTOEXEC.BAT" file to point to a valid directory other than the
root directory.

Commands in the "AUTOEXEC.BAT" file, such as WIN or MENU, will
prevent any subsequent lines in the file from being read. If the
proper path or Temp statement follows such an entry, move above
the line in question. If there are multiple path lines in the
"AUTOEXEC.BAT" file, only the last one will be read. For more
information about the role of the TEMP directory, see the
TechNote "Working with Your Start-up Files," p. 7.

6.    Delete any ".TMP" files in the TEMP directory. If you've
been experiencing UAEs, you probably have many of these files on
your hard disk. A buildup of Temp files may cause UAEs, so they
should be deleted from time to time. However, don't delete Temp
files while running Windows. Instead, delete any Temp files from
DOS using the Delete (Del) command.

Basic Windows hygiene

Once you've cleaned up your system at DOS, start on Windows.

1.     Make sure you don't have more than one "WIN.INI" file. You
need one and only one "WIN.INI" file to run Windows--more than
that can cause problems on your system. The "WIN.INI" file should
be located in the WINDOWS directory. If there is more than one
"WIN.INI" file on your system, find and rename all the "WIN.INI"
files, except the one in the WINDOWS directory, then exit and
restart Windows and see if everything works. (You can search for
"WIN.INI" files by selecting "Search" from the File menu in the
File Manager, making sure that "Search Entire Disk" is checked.)

For more detailed information, see the "Editing your WIN.INI"
section in the TechNote "Troubleshooting Font Problems," p. 38.

2.    Make sure you only have one version of Windows installed.

3.     If you're using a PCL printer, you may have a damaged Font
Summary file. This file is FSport.PCL, where port is the name of
the port your printer is using (such as COM1 or LPT2). Delete or
rename this file; the next time you use that printer, the file
will be rebuilt. For more information, see the TechNote
"Troubleshooting Font Problems," p. 47-48.

4.     Stick to using one type manager at a time. While type
manager vendors will tell you that their product is compatible
with everyone else's, running more than one type manager at the
same time sometimes causes UAEs. If you're running more than one,
turn all but one off, then exit and restart Windows and try to
recreate the problem.

If you're only running one type manager, try turning it off
anyway. Exit Windows and try to recreate the UAE. A damaged type
manager or an incompatible version may be the root of the
problem.

5.     Check for damaged screen fonts. Screen fonts sometimes get
damaged; when they do, they can cause UAEs. Open the Windows
Control Panel in the Program Manager, and double-click on the
Fonts icon to display your list of installed screen fonts. Click
on the name of each font to see if it displays properly in the
box below. If any font causes a UAE or doesn't display, delete
the font, reinstall it.

6.     Delete any permanent swap files. If you're running Windows
in Enhanced mode and get a UAE, you'll want to delete any
permanent Swap files. For information about deleting permanent
Swap files, see your Windows documentation.

7.    Try running Windows in Standard mode if your UAEs persist.
To do this, exit Windows completely, and type "WIN/S" at the DOS
prompt.

If this eliminates the UAE, you may have a mapping conflict in a
particular segment (adaptor segment) of memory. Adding the line
EMMExclude=A000-EFFF to the [386Enh] section of the "SYSTEM.INI"
file can keep this memory segment from being used by Windows.

PageMaker hygiene

If UAEs occur only when you are running PageMaker, try these
remedies.

1.     Delete PageMaker's defaults file. Occasionally, PageMaker's
defaults file will get corrupted. The file's name is "PM4.CNF"
and it is located in the ALDUS\USENGLSH subdirectory. Close
PageMaker and delete or rename your defaults file. PageMaker will
create a new defaults file next time you launch. You'll lose any
application wide defaults you've set up, but you may get rid of
the UAEs you've been experiencing. (To learn more about setting
defaults in PageMaker, see the TechNote "Changing PageMaker's
Defaults," p. 62.)

2.     If only one publication is misbehaving, one of its elements
could be damaged, or the entire publication corrupted. If the UAE
occurs while you're opening the publication, make a note of when
it crashes. If it crashes after it's finished loading and is just
starting to display, you may have a bad graphic or font on the
page, so try the following:

    Always open a copy of the original publication until you've
isolated the problem.

    Open the publication without giving PageMaker the chance to
display it. Start PageMaker, then before you open the
publication, resize the PageMaker window so all you can see of
the program is the menu bar.

     Open your publication and before you enlarge the screen to
view the publication, choose "Target printer_" from the File
menu, reselect the printer you're printing to, then click "OK."
Click "OK" when PageMaker asks to recompose your publication.

     While holding the Control and Shift keys down, choose the
"Hyphenation" command from the "Type" menu. This forces PageMaker
to recompose all the type in your publication.

     Choose the "Save as_" command from the File menu to save
the file to the same name (i.e., replace the old publication
file).

Once you've completed these steps, enlarge the publication
window. If you no longer get UAEs, you've eliminated the problem.
If you still get a UAE, close Windows and reboot then resize the
window so that just the menu bar is visible. Reopen the
publication, and try to determine which page is giving you the
trouble. If you can change to another page, enlarge the window,
and have no problems, it is likely the first page is the damaged
one.

3.    PageMaker can generate a UAE if a tab leader is forced to
wrap to another line. If you still get a UAE after trying the
steps above, reboot your computer--but before you enlarge the
window, remove any tab leaders from the page involved (editing
your styles is the easiest way to accomplish this). If you have a
tab leader that wraps to a second line or is getting "squashed
out" by the elements on either side of it, this could be causing
your UAE. If you still get a UAE, reboot and try the
troubleshooting techniques listed below.

4.    A bad graphic is causing the UAEs. If the UAE is being
caused by a damaged graphic, select "Preferences" from the Edit
menu and set the "Detailed graphics" option to "Gray out" to make
your graphics display as gray boxes. You might try removing one
graphic at a time from the page, saving, and then displaying the
graphics normally again to see which is damaged.

5.    If you suspect that text display may be the culprit, type
Ctrl+Shift+W. This forces PageMaker to display all the pages in
your publication in "Fit in World" view. At this view, all text
is greeked and therefore not displayed.

Now, try resizing the window so you can see your page. Try
moving around, first to different pages, then to different views.
Adjust the graphics display as necessary. These steps may have
fixed the problem or may have isolated a bad graphic or text
block.

More drastic measures

If, after trying all the steps listed thus far, UAEs still
persist, there is probably a driver or other program of some sort
running in the background that is causing the problem. Whenever
you boot your PC, it looks to the "AUTOEXEC.BAT" file to launch
drivers for mice, joysticks, networks, and the like. These
programs are launched at startup and are active in the background
so they're available whenever you need them. Consequently, they
occupy a portion of memory whenever your computer is turned on.

Many UAEs occur because different programs try to access the
same portion of your computer's memory. The only way to determine
if one of these programs is causing UAEs is to disable it, then
reboot your computer and see if UAEs occur. It's a time-consuming
process, which is why it's listed here as a last resort.

The following procedure explains how to create a floppy disk
with "AUTOEXEC.BAT," "CONFIG.SYS," and, if you're running DOS
5.0, "WINA20.386" files. Next you'll strip out all the lines in
each of these files except those necessary to boot your PC and
run Windows. Then, one by one you'll add each line back in. If
you've never worked with "AUTOEXEC.BAT" or "CONFIG.SYS" files or
are not comfortable working with DOS, you should get help from
someone familiar with them before you try these steps.

1.    Format a diskette that you can use as a system disk in
drive A: by typing the following at the DOS prompt:

format a:/s

2.    Next, copy your existing "AUTOEXEC.BAT" and "CONFIG.SYS"
files to the floppy diskette in the A: drive. From the C:\> (root
directory) prompt, type the following commands:

COPY AUTOEXEC.BAT A:

COPY CONFIG.SYS A:

If you're using DOS 5.0, you will need to type in this command:

COPY WINA20.386 A:

3.     Using a text editor such as Windows Notepad, edit the
"AUTOEXEC.BAT" and "CONFIG.SYS" files that are on the system disk
you just created.

There are only a few lines you need to have in these files in
order to run PageMaker 4.0. In your "AUTOEXEC.BAT" file, leave
the following lines intact:

PATH=(your path statement)

SET TEMP=(the full drive and path to your temp directory)

At the beginning of each additional line, type REM to prevent
the line from loading.

In your "CONFIG.SYS" file, leave in the following:

FILES=(number of files)

BUFFERS=(number of buffers)

DEVICE=(full drive and path)HIMEM.SYS

(any hard disk partitioning device drivers necessary for your
system)

Again, type REM at the beginning of all other lines.

Leave the floppy in drive A:, reboot the machine, and see if
this makes the UAEs go away. If it does, remove the REM statement
at the beginning of the old lines one by one, rebooting and
experimenting each time, until the UAEs come back--and you will
have discovered the cause of your problem.

From bit.listserv.pagemakr Mon Jan 24 11:13:11 1994
From: Todd Merriman <[e-mail]>
Date: Sat, 22 Jan 1994 15:09:12 -0500
Newsgroups: bit.listserv.pagemakr
Subject: Aldus PM document 300403

Working with Fonts in the WIN.INI File


This document gives a brief overview of where fonts come from,
what softfonts are, and how the WIN.INI fits into the picture. It
also covers how to edit the WIN.INI file to fine-tune softfont
definitions. Since many PageMaker users work with Adobe Type
Manager, we've also included some specific information on working
with certain versions of ATM.

Before editing your WIN.INI file, be sure to make a backup copy.

Where do fonts come from?

When you click on "Type" and "Font" in PageMaker, the typefaces
you see listed come from a number of possible sources, including:

1.    Your printer. Most printers have a certain number of fonts
built in to their hardware. To determine which fonts are built
into your printer, PageMaker looks at your "Target Printer"
setting. The printer driver (Windows program file) for that
printer reports to PageMaker what fonts are built into your
printer's hardware.

2.    Font cartridges. Some types of non-postscript printers have
optional font cartridges that plug into the printer. To determine
what font cartridge fonts are available, PageMaker looks to the
listing under "File," "Target printer...," "Setup...," and
"Cartridges."

3.    Softfonts. Softfonts are essentially software fonts: fonts
that reside on your computer instead of in your printer.
Softfonts must be sent down to your printer before or at the time
of printing. Fonts that are set up to automatically go to your
printer (download) at the time of the print job are called
"temporary downloaded" fonts. "Permanently downloaded" fonts, on
the other hand, are not sent to the printer at the time of
printing. Instead, they must be sent to the printer ahead of time
with a downloading utility.

    PageMaker, along with other Windows applications, "finds"
such softfonts by looking at the WIN.INI file. In your WIN.INI
file, you have a [Printer, Port] section under which such
softfonts must be listed. How your softfonts are listed in this
section will determine whether they're "permanent" or "temporary"
downloaded fonts. This document will focus on these fonts and how
to modify the WIN.INI to get the best printing results.

4.    Type managers. Type managers such as Adobe Type Manager
(ATM) are another possible source of fonts. If you're using ATM
with a non-postscript printer, you will not need the softfont
lines in your [Printer, Port] section as described above. Since
non-PostScript printers cannot directly interpret the PostScript
fonts that come with ATM (and other PostScript-based type
managers), ATM doesn't download its fonts to these printers at
all -- instead, it sends them to non-PostScript printers as
graphics. Because ATM isn't really downloading fonts to non-
PostScript printers, it does not write softfont lines into the
WIN.INI [Printer,Port] sections of non-PostScript printers.

    However, if you use such a type manager with a PostScript
printer, you will need the softfont lines in the
[PostScript,Port] section of your WIN.INI in order for the font
to print correctly.

How softfonts are listed in the WIN.INI

As stated above, softfonts are always listed in your WIN.INI
under your [Printer, Port] section. For instance:

    [PostScript,LPT1]

ATM=placeholder

feed1=

softfonts=5

softfont1=c:\psfonts\pfm\loel____.pfm,c:\psfonts\loel____.pfb

softfont2=c:\psfonts\pfm\lol_____.pfm,c:\psfonts\lol_____.pfb

softfont3=c:\psfonts\pfm\lob_____.pfm,c:\psfonts\lob_____.pfb

softfont4=c:\psfonts\pfm\lorg____.pfm

softfont5=c:\psfonts\pfm\lobl____.pfm

If you're using a PostScript printer with Windows 3.1, you may
have many sections in your WIN.INI file that have to do with your
PostScript printer. Be sure to add fonts only to the section
labeled, "[PostScript,Port]" (where "Port" actually says
something like "LPT1," "FILE," or whatever port to which you
print). Softfonts should not be added to the [ModelName,Port]
section (where "ModelName" refers to the actual model name of
your PostScript printer -- such as "Apple LaserWriter Plus" or
"Linotronic 330").

You may never have to go into your WIN.INI file to alter these
lines. Usually, the package or type manager that supplies the
font will write these lines into the WIN.INI file for you when
you install the font into Windows. If, however, you do need to
edit these lines yourself, here's a brief overview of what their
different parts mean:

1.    In the sample [PostScript,LPT1] seciton above, the
"softfonts=5" line refers to the total number of softfonts listed
in that section. If you add softfont lines yourself, you will
need to increase this number accordingly.

2.    Whether or not a font is treated as "temporary" or
"permanent" downloaded depends on whether the ".PFB" (actual
printer font file) is listed at the end of the softfont line. For
instance:

    [PostScript,LPT1]

ATM=placeholder

feed1=

softfonts=5

softfont1=c:\psfonts\pfm\loel____.pfm,c:\psfonts\loel____.pfb

softfont2=c:\psfonts\pfm\lol_____.pfm,c:\psfonts\lol_____.pfb

softfont3=c:\psfonts\pfm\lob_____.pfm,c:\psfonts\lob_____.pfb

softfont4=c:\psfonts\pfm\lorg____.pfm

softfont5=c:\psfonts\pfm\lobl____.pfm

    Note that the lines beginning "softfont1...,"
"softont2...," and "softfont3...," have the .PFB files at the
end. This means that they will be treated as "temporary"
downloaded fonts and be sent to the printer on an as-needed basis
at the time of printing.

    The lines beginning "softfont4..." and "softfont5..." do
not, however, have their .PFB components listed at the end of
their lines. Such fonts are called "permanent" downloaded fonts.
Because the .PFB components (actual printer fonts) aren't listed,
Windows cannot "find" them to send them to the printer and
"assumes" they're already there. Since Windows cannot download
the .PFB for you, you would need to send the .PFBs to your
printer ahead of time with some kind of font-downloading utility.
If you did not, such fonts would be substituted at the printer,
and you'd probably end up with Courier instead of the font you
wanted. This is a common cause of postscript fonts not printing
correctly. If you think you're experiencing this problem, read
the section called "Adding fonts with Adobe Type Manager 1.x."

Adding fonts with Adobe Type Manager 1.x

When you use the ATM "Add" button to add fonts with any version
of Adobe Type Manager prior to 2.0, it automatically writes
softfont lines in the WIN.INI in the "permanent" downloaded
format, without the .PFB component on the end of the line. The
only time ATM versions prior to 2.0 write "temporary" downloaded
softfont lines into the WIN.INI is when it is originally
installed with its base set of fonts.

If you have used the "Add" button of any ATM version prior to
2.0, you may have to edit the softfont lines in your WIN.INI file
to change them to "temporary" downloaded format, unless you plan
to use a softfont downloading utility to send your fonts to your
printer before you print. If you do not follow one of these
procedures to ensure your fonts are at your printer at the time
of printing, it will substitute another font, probably Courier,
instead.

Before editing your WIN.INI file, make a backup copy of it
first. Open your WIN.INI file in a text editor such as Windows
Notepad. Look for the appropriate [PostScript,Port] section
(where "Port" is LPT1, FILE, or whatever port you use to print to
your PostScript printer). If you print to PostScript printers
over more than one port, you will have to edit more than one
section. Your [PostScript,Port] section should look something
like this (although it will probably have more fonts listed):

    [PostScript,LPT1]

ATM=placeholder

feed1=

softfonts=3

softfont1=c:\psfonts\pfm\lol_____.pfm,c:\psfonts\lol_____.pfb

softfont2=c:\psfonts\pfm\lob_____.pfm,c:\psfonts\lob_____.pfb

softfont3=c:\psfonts\pfm\lorg____.pfm

In the example above, softfont3 is missing its ".PFB" component
and will therefore not print correctly unless you manually send
it to the printer before the time of printing. Follow these steps
to change such lines to the "temporary" downloaded format:

1.    Add a comma after the ".PFM" filename:

    [PostScript,LPT1]

ATM=placeholder

feed1=

softfonts=3

softfont1=c:\psfonts\pfm\lol_____.pfm,c:\psfonts\lol_____.pfb

softfont2=c:\psfonts\pfm\lob_____.pfm,c:\psfonts\lob_____.pfb

softfont3=c:\psfonts\pfm\lorg____.pfm,

2.    Highlight the entire path and file name of the ".PFM" file
(shown in bold here):

    [PostScript,LPT1]

ATM=placeholder

feed1=

softfonts=3

softfont1=c:\psfonts\pfm\lol_____.pfm,c:\psfonts\lol_____.pfb

softfont2=c:\psfonts\pfm\lob_____.pfm,c:\psfonts\lob_____.pfb

softfont3=c:\psfonts\pfm\lorg____.pfm,

3.    Click on "Edit," and "Copy" to copy the file name to the
clipboard. Move your text insertion point to the end of the line
and click on "Edit," "Paste." The results should look like this:

    [PostScript,LPT1]

ATM=placeholder

feed1=

softfonts=3

softfont1=c:\psfonts\pfm\lol_____.pfm,c:\psfonts\lol_____.pfb

softfont2=c:\psfonts\pfm\lob_____.pfm,c:\psfonts\lob_____.pfb

softfont3=c:\psfonts\pfm\lorg____.pfm,c:\psfonts\pfm\lorg____.pf
m

4.    Change the last character in the line from "M" to "B":

    [PostScript,LPT1]

ATM=placeholder

feed1=

softfonts=3

softfont1=c:\psfonts\pfm\lol_____.pfm,c:\psfonts\lol_____.pfb

softfont2=c:\psfonts\pfm\lob_____.pfm,c:\psfonts\lob_____.pfb

softfont3=c:\psfonts\pfm\lorg____.pfm,c:\psfonts\pfm\lorg____.pf
b

5.    Finally, change the path of the ".PFB" file. If you're not
sure where your ".PFB" files are stored, you can probably judge
by looking at the other softfont lines or actually checking the
contents of your hard drive. For most ATM users, this will simply
mean changing "c:\psfonts\pfm" to "c:\psfonts" as in the
following example:

    [PostScript,LPT1]

ATM=placeholder

feed1=

softfonts=3

softfont1=c:\psfonts\pfm\lol_____.pfm,c:\psfonts\lol_____.pfb

softfont2=c:\psfonts\pfm\lob_____.pfm,c:\psfonts\lob_____.pfb

softfont3=c:\psfonts\pfm\lorg____.pfm,c:\psfonts\lorg____.pfb

6.    Save your WIN.INI file, exit Windows, and relaunch it for
your changes to take effect.

Adding Fonts with Adobe Type Manager 2.0

Adobe Type Manager 2.0 does not write softfont lines into the
WIN.INI for the Apple LaserWriter Plus font set and certain other
fonts, including the following:

    AvantGarde

Bookman

Courier

Helvetica

Helvetica-Narrow

Helvetica-Condensed

NewCenturySchlbk

Palatino

Times

Symbol

ZapfDingbats

ZapfChancery

-- any bold, bold italic, or italic variations on any of the
above.

This can present a problem in the Windows 3.1 environment,
because the Linotronic selections in the 3.5 and 3.51 drivers do
not list the standard Apple LaserWriter Plus font set.

ATM 2.0, Windows 3.1, and

printing to the Linotronic imagesetters with the PostScript 3.5
or 3.51 drivers

If you're targeted for a Linotronic under the 3.5 or 3.51
drivers, you only get the following fonts listed in PageMaker and
your other Windows applications:

    Courier

Helvetica

Helvetica-Narrow

Symbol

-- plus any softfonts or True Type fonts that have been
installed on your system.

If you want to ensure you'll be able to print the other standard
PostScript fonts correctly, you will need to either purchase
those PostScript fonts or obtain their .PFM components from your
service bureau or the PC PageMaker 3.01 update disks. The fonts
that used to be listed automatically for the Linotronics with the
3.4a and 3.4b drivers under Windows 3.0, but are no longer listed
with the 3.5 or 3.51 drivers are:

    AvantGarde

Bookman

NewCenturySchlbk

Palatino

ZapfChancery

ZapfDingbats

If your service bureau supplies you with their .PFM files, be
sure to request information on how to install them onto your
system. If you have the PC PageMaker 3.01 disks, you'll be able
to find them in a metrics subdirectory that also contains a
"FONTME.TXT" file with directions on how to install the fonts.
The fonts themselves are in compressed format, and can be
decompressed either by running the 3.01 update installation
program or by using the "Single File Copy" feature of the "Aldus
Setup" program that comes with PageMaker 4.0.

If you have these PostScript softfonts and are installing them
on your system with Adobe Type Manager 2.0, you will have to take
another step to make them show up for the Linotronic. Because
these fonts are already built-in to most PostScript printers,
Adobe Type Manger 2.0 will not add them into your WIN.INI file
when you use the Adobe Type Manager 2.0 "Add" button. You'll have
to add those lines into your WIN.INI manually. The process will
involve working with both the WIN.INI and ATM.INI files, so make
back-up copies of both before getting started.

1.    Open up your ATM.INI file in a text editor such as Notepad.
At the top of the file, you'll see several font lines like this:


    AvantGarde=d:\psfonts\pfm\agw_____.pfm,d:\psfonts\agw_____.
pfb

AvantGarde,BOLD=d:\psfonts\pfm\agd_____.pfm,d:\psfonts\agd_____.
pfb

AvantGarde,BOLDITALIC=d:\psfonts\pfm\agdo____.pfm,d:\psfonts\agd
o____.pfb

AvantGarde,ITALIC=d:\psfonts\pfm\agwo____.pfm,d:\psfonts\agwo___
_.pfb

2.     You can use these lines to construct the corresponding
softfont lines in your WIN.INI. Highlight (select) the lines that
correspond to AvantGarde, Bookman, NewCenturySchlbk, Palatino,
ZapfChancery, ZapfDingbats (and any of the BOLD, BOLDITALIC, or
ITALIC variations) and click on "Edit" and "Copy."

3.    Next, open up your WIN.INI file and look for the
[PostScript,Port] section that corresponds to the port you've
defined for the Linotronic. This section will probably look like
this:

    [PostScript,FILE]

ATM=placeholder

    Be sure not to add softfont lines to the section of your
WIN.INI file that corresponds to the exact model name of your
PostScript printer (such as [Linotronic 330,FILE]).

4.    Click an insertion point at the end of the section, and
then click on "Edit," "Paste" to bring in the ATM.INI lines. Your
section will look something like this:

    [PostScript,FILE]

ATM=placeholder

AvantGarde=d:\psfonts\pfm\agw_____.pfm,d:\psfonts\agw_____.pfb

AvantGarde,BOLD=d:\psfonts\pfm\agd_____.pfm,d:\psfonts\agd_____.
pfb

AvantGarde,BOLDITALIC=d:\psfonts\pfm\agdo____.pfm,d:\psfonts\agd
o____.pfb

AvantGarde,ITALIC=d:\psfonts\pfm\agwo____.pfm,d:\psfonts\agwo___
_.pfb

5.     Next, you'll have to change those lines to softfont entries
by:

A.     Deleting the comma after the ".pfm" file and deleting the
rest of the lines, like this:

    [PostScript,FILE]

ATM=placeholder

AvantGarde=d:\psfonts\pfm\agw_____.pfm

AvantGarde,BOLD=d:\psfonts\pfm\agd_____.pfm

AvantGarde,BOLDITALIC=d:\psfonts\pfm\agdo____.pfm

AvantGarde,ITALIC=d:\psfonts\pfm\agwo____.pfm

B.     Changing the name of the font to "softfont" and the number
of the softfont line, like this (the numbers are assigned
consecutively):

    [PostScript,FILE]

ATM=placeholder

softfont1=d:\psfonts\pfm\agw_____.pfm

softfont2=d:\psfonts\pfm\agd_____.pfm

softfont3=d:\psfonts\pfm\agdo____.pfm

softfont4=d:\psfonts\pfm\agwo____.pfm

C.     After you're all done, look to see what the total number of
softfonts in that section is, and put in one more line to reflect
that number, like this:

    [PostScript,FILE]

ATM=placeholder

softfonts=4

softfont1=d:\psfonts\pfm\agw_____.pfm

softfont2=d:\psfonts\pfm\agd_____.pfm

softfont3=d:\psfonts\pfm\agdo____.pfm

softfont4=d:\psfonts\pfm\agwo____.pfm

    The "softfonts=x" line must list the total number of
softfonts in that [Printer,Port] section for all fonts to be
recognized correctly.

You will not need to do this if you have a version of ATM prior
to 2.0, or if Microsoft releases an updated version of the
Windows 3.1 PostScript driver that will list the Apple
LaserWriter Plus set of fonts for the Linotronic imagesetters.
Check with Microsoft for current information on drivers.

From bit.listserv.pagemakr Mon Jan 24 11:13:14 1994
From: Todd Merriman <[e-mail]>
Date: Sat, 22 Jan 1994 15:09:16 -0500
Newsgroups: bit.listserv.pagemakr
Subject: Aldus PM document 300404

Serial Number Not Accepted During Installation of
Aldus Products

ISSUE
Serial number is not accepted by the Aldus Installer (Aldsetup)
when installing an Aldus application.

SOLUTION(S)
Ensure that the serial number's hyphens are used and no
additional spaces are typed by tabbing to the serial number field
and deleting and retyping the serial number.

Serial number prefixes (e.g., ED or LP) are not a part of the
valid serial number. If they are used, highlight the entire
serial number, any spaces before or after it, delete, and re-
enter the serial number without the prefix.

The serial number for Aldus PageMaker will always begin with the
number 03.









wk June 29, 1993

sernum.txt

From bit.listserv.pagemakr Mon Jan 24 11:13:21 1994
From: Todd Merriman <[e-mail]>
Date: Sat, 22 Jan 1994 15:09:21 -0500
Newsgroups: bit.listserv.pagemakr
Subject: Aldus PM document 300405

Troubleshooting General Protection Faults (GPFs)

General Protection Faults (GPFs) can be caused by anything from
low-level DOS problems to memory conflicts between device
drivers, software, and hardware components to corrupt elements in
specific files. Diagnosing their causes is not always an easy
task.


While there are many known issues which cause GPFs and solutions
to remove them, there are no definitive cures for GPFs. Follow
these DOS, Windows, and Aldus PageMaker tips for basic computer
maintenance. Aldus Technical Support uses these techniques
successfully in the process of supporting the Windows 3.1
versions of PageMaker, Aldus Persuasion, Aldus FreeHand, and
Aldus PhotoStyler.

Read this entire document before proceeding. You may note
symptoms that match your problem and be able to correct the
problem with only a few steps. If you don't recognize your
problem here and you experience GPFs regularly, we recommend that
you first carry out the DOS and Windows steps, then go back to
work in Windows as usual. If the GPFs persist, tackle the
PageMaker steps. Finally, if none of these steps work, try the
more drastic steps listed at the end of the article.

The wording of the General Protection Fault error message
appears to point fingers at particular programs. The program the
message mentions may or may not be the cause of the error. Since
many of these errors are based on memory management conflicts, it
is quite possible that whatever program is running or loading at
that time is caught in the middle of whatever action is not
functioning properly. Sometimes the error message, module and
address point out the origin of the problem right away. Addresses
with the letter C in them, for example, almost always involve a
conflict with the video display driver. While such an error may
only occur in one application, it does not necessarily mean that
it is that application's fault. It may be the only one that is
large enough or memory intensive enough to activate some other
problem.

Always make sure the error is repeatable before becoming
concerned and/or calling Technical Support. Many GPFs are one-
time occurrences. Reboot your machine and attempt the same action
again. If the error repeats consistently, begin the
troubleshooting process.

BASIC DOS HYGIENE
GPFs tend to occur most often on computers that aren't receiving
consistent basic maintenance. Here are some relatively painless
ways to "keep it clean."

1.     Reboot. Always restart your computer after receiving a GPF.
This will refresh your computer's memory; if you don't reboot,
the problem may snowball.

2.     Check for lost clusters. After you've rebooted, at the DOS
prompt, type "CHKDSK." This checks your hard disk for lost
clusters, bad sectors, or lost allocation units. If CHKDSK finds
any of these, you can decide later whether to delete them (typing
"CHKDSK/F" would give you the option to delete or save these
files). CHKDSK should be run on each drive if you have
partitioned or multiple hard drives. If you're unfamiliar with
these issues, work with a systems person who can help you.

3.     Make sure you have enough free disk space. CHKDSK also
reports how much free space is available on your hard disk. If
there are less than two megabytes (less than 2,000,000 "bytes
available on disk"), this may be causing GPFs, not to mention a
host of other problems. Your computer should have 2MB of disk
space free at the very minimum whenever you are running Windows.
(If you have a partitioned hard disk, there should be at least
2MB free on the drive where the TEMP directory is located.) When
you work in an application, a copy of your data file is stored
temporarily in that disk space, and, if you use Print Manager,
your print jobs reside there temporarily as well, so you need
enough space to accommodate those tasks.

4.     Does your computer have enough memory? Windows needs to
read at least one full megabyte of memory to run a program such
as PageMaker 4.0 (more for other applications and for good
performance).  If you have DOS 5.0 or above, type "MEM" at the
DOS prompt
     to see how much memory is available. If you have PageMaker
4.0 on your computer, you can also type "Memory" at the DOS
prompt to use a memory utility that ships with that program.  You
can also see how much memory is available in Windows by choosing
"Help," "About Program Manager" in Program Manager.

5.     Locate the TEMP directory. At the DOS prompt, type "SET".
(SET tells you the current DOS environment settings, one of which
is the TEMP directory. Ideally, these settings are the same as
what is set in the AUTOEXEC.BAT file, but these can be
overridden; the SET command tells the real story.) Another place
to view this information is in the Aldus Setup Main Menu under
Diagnostics, Display current environment.

Usually, the TEMP directory is under the Windows directory,
e.g., TEMP=C:\WINDOWS\TEMP. If no TEMP directory is specified,
check the AUTOEXEC.BAT file to make sure it has a "set temp=..."
line. Finally, check to make sure this directory really exists.
If it doesn't exist, create the directory or change the "set
temp=..." line in your AUTOEXEC.BAT file to point to a valid
directory other than the root directory or the DOS directory.

Certain commands in the AUTOEXEC.BAT file, such as WIN or MENU,
will prevent any subsequent lines in that file from being read.
If the proper Path or Temp statement follows such an entry, move
it above the line in question. If there are multiple Path or Temp
lines in the AUTOEXEC.BAT file, only the last one (before a
command such as WIN or MENU) will be read.

6.     Delete any files with a TMP extension. If you've been
experiencing GPFs, you probably have many of these "temporary"
files on your hard disk. A buildup of temporary files may cause
GPFs, so they should be deleted from time to time. Do not delete
temporary files while running Windows or from the DOS prompt
within Windows. Instead, delete them from DOS by typing "DEL
*.TMP" from the prompt for that directory.

If the Temp directory was invalid, you may find these files in
the Windows directory, or in the root directory.  Otherwise you
will find the TMP files in the location indicated when you type
SET.

Remember that if you are unable to open a file because of a
crash, a stalled print job, or other natural disaster, the file
you were working on at that time is often written to disk as a
temporary file. Check the temp directory for a file with the date
and time of the problem. These files often have lost information
in them, and can sometimes be opened and saved in their program
of origin (indicated by the three characters following the "~" in
the TMP file name.)

BASIC WINDOWS HYGIENE
Once you've cleaned up your system at DOS, start on Windows.

1.      Check for multiple copies of system files. You need one and
only one copy of every system file to run Windows_more than that
can cause problems on your system. Some of the files which you
might find duplicated on your system are the WIN.INI file,
printer drivers, AUTOEXEC.BAT files, and other drivers.

Search all drives to determine whether you have duplicate files.
Of course you can't have a duplicate name in a single directory,
but there are circumstances under which a second copy of a file
may have been installed or copied to some other location. (You
can search for multiple files by selecting "Search" from the File
menu in File Manager, making sure that "Start From:" says X:\
only, where X is the letter of the drive you are searching, and
that "Search All Subdirectories" is checked.)

The WIN.INI file should be located in the WINDOWS directory. If
there is more than one WIN.INI file on your system, find and
rename all the WIN.INI files, except the one in the WINDOWS
directory, then exit and restart Windows and try to duplicate the
initial problem.

2.     Make sure you only have one version of Windows installed.
If you've read #1 above, this should go without saying.

3.     Turn off type managers. While type manager vendors will
tell you that their product is compatible with everyone else's,
running more than one type manager at the same time or running a
damaged or outdated type manager may cause GPFs. Turn off all
type managers, exit and restart Windows and see if you still get
an error. If using multiple type managers, try each type manager
separately, and then in combination, to see if one is causing
problems.  In such cases, bear in mind that the type manager may
not be incompatible, but may require something as simple as being
reinstalled. Call the manufacturer of the type manager in
question for additional suggestions.

4.     Check for damaged screen fonts. Screen fonts sometimes get
damaged; when they do, they can cause GPFs. Screen fonts can be
installed through a type manager or through Windows.  By
following #3 above you can check for damaged type manager screen
fonts. To check the Windows screen fonts, open the Windows
Control Panel in the Program Manager, and double-click on the
Fonts icon to display your list of installed screen fonts. Click
on the name of each font to see if it displays properly in the
box below. If any font causes a GPF, gives an error or doesn't
display, delete the font and reinstall it.

5.     Run Windows in Standard mode if your GPFs persist. To do
this, exit Windows completely, and type "WIN/S" at the DOS
prompt. If Standard mode corrects the problem, it generally
indicates a damaged permanent swap file or one that is larger
than the size recommended by Windows. For information about
deleting and recreating permanent Swap files, refer to your
Windows documentation.

6.     Run Windows by typing "WIN/D:X".  If this eliminates the
GPF, you may have a mapping conflict in a particular adaptor
segment of memory. Adding the line EMMExclude=A000-EFFF under the
[386Enh] section of the SYSTEM.INI file can keep this memory
segment from being used by Windows.

We recommend making a backup copy of your WIN.INI and SYSTEM.INI
files before making changes. In the Windows File Manager, select
the file (click on it once), go to the File menu and select
"Copy." Then give the file a different name such as WININI.BAK
and SYSINI.BAK, respectively. To see what other switches you can
use for Windows troubleshooting, exit Windows and type "WIN/?" at
the DOS prompt.

7.     Check the resolution of your video card. If you are running
a high-resolution card, change the driver setting to standard VGA
and run the program again. Some high-resolution cards are not
written to the Windows specifications, and may have interface
problems with (high-end) Windows applications. If this fixes the
problem, check with your video card manufacturer and see if
updated drivers are available.

8.     If you're using a PCL printer, you may have a damaged Font
Summary file. This file is FSxxport.PCL, where xx is the printer
driver identifier and port is the name of the port your printer
is using (such as LPT1 or COM2). Delete or rename this file; the
next time you use that printer, the file will be rebuilt.

9.     Make sure you have a proper target device as a default in
your applications. Sometimes a default may be set to a printer
that has been removed, or to a driver that is damaged. Make sure
the defaults are in order, and perhaps even change to a different
default to see if the problem is corrected.

READING THE ERROR MESSAGE TO HELP ISOLATE THE CULPRIT
If the GPF always occurs in a particular file at a similar
address, it is possible that the file is the culprit. Determine
the origin of the file and proceed from there.

If the file is a component of a type manager or another utility
that runs in the background, disable that program and see if it
corrects the error. If so, reinstall that program, or contact the
manufacturer of the program for additional help.

If it is a printer driver file, check for multiples of that file
on your hard drive as outlined in the Basic Windows Hygiene
section. If there are no duplicates, remove the printer from the
Windows Control Panel (see your Windows manual for instructions
on removing installed printers). Once the printer is removed from
the Control Panel, exit Windows and delete the printer driver
file and any of its components from the hard drive (for example,
if the problem is with an Apple LaserWriter+ PostScript printer,
delete the PSCRIPT.DRV file and the corresponding .WPD
description file). Restart Windows and see if you still get a GPF
in that file. If so, look again for multiples of the file on the
hard drive. If not, reinstall the printer driver. If the problem
reoccurs, it indicates a conflict with the printer driver and you
should contact the supplier of that printer driver (usually
Microsoft or the printer manufacturer) for additional help.

If it is a video driver file make sure no multiples are found,
then follow Basic Windows Hygiene step #7.

PAGEMAKER HYGIENE
If GPFs always occur when trying to launch PageMaker and you've
tried DOS and Windows solutions to no avail, try the following.

1.     Delete all of the DLL files in the Aldus directory and
single file copy them using the Aldus Setup program.

2.     Remark out every filter in the ALDUS.INI file by placing a
semicolon (;) in front of each line in the [AldusImports] and
[AldusExports] sections and relaunch the program. If this works,
delete and reinstall the filters.  (This step isn't necessary for
PageMaker 5.0, as it does not use a filter section in the
ALDUS.INI.)

3.     Delete and reinstall your PageMaker files.  You can delete
everything in the PM5 directory (assuming your data files are
copied elsewhere and you haven't changed or don't wish to keep
your edited tracking file).  If you have no other Aldus products,
you can also delete your entire Aldus directory (again, assuming
you have made no custom setups that you wish to keep).

If GPFs occur only in specific PageMaker publications, try these
remedies.

1.     Rename PageMaker's default file. Occasionally, PageMaker's
defaults file (PM4.CNF or PM5.CNF) will get corrupted. It is
located in the ALDUS\USENGLSH subdirectory. Close PageMaker and
rename the CNF file (e.g., PM4CNF.OLD). PageMaker will create a
new
    default file next time you launch. You'll lose any
application-wide defaults you've set up, but you may get rid of
the GPFs you've been experiencing. (To learn more about setting
defaults in PageMaker, see FaxNote #314301, "Changing PageMaker's
Defaults.") This solution may also work for a program-wide error.

2.  Isolate the damaged portion or element of the publication.
If only one publication is misbehaving, one of its elements could
be damaged, or the entire publication corrupted.

2a.     If the GPF occurs while you're opening the publication,
make a note of when it crashes. If it crashes after it's finished
loading and is just starting to display, you may have a damaged
graphic or font on the page, so try the following:

-    Always open a copy of the publication until you've isolated
the problem.

-    Open the publication without giving PageMaker the chance to
display it. Start PageMaker, then before you open the
publication, resize the PageMaker window so all you can see of
the program is the menu bar.

-    Open your publication and before you enlarge the screen to
view the publication, choose "Target printer" from the File menu,
reselect the end output device, then click "OK." Click "OK" when
PageMaker asks to recompose your publication.

-    While holding the Control and Shift keys down, choose the
"Hyphenation" command from the "Type" menu. This forces PageMaker
to recompose all the type in your publication. Make sure the
pointer tool is selected for this action.

-    Choose the "Save as" command from the File menu to save the
file to the same name (i.e., replace the old publication file).

-    Once you've completed these steps, enlarge the publication
window. If you no longer get GPFs, you've eliminated the problem.

2b.     If you still get a GPF, close Windows and reboot then
resize the window so that just the menu bar is visible. Reopen
the publication and try to determine which page is giving you the
trouble. If you can change to another page, enlarge the window,
and have no problems, it is likely the original page is the
damaged one.  Even while you can't see the pages, you can change
the page view size of all pages in the publication by holding
down Alt + Ctrl and then choosing the desired view.  This can be
useful because a page may display properly in Fit in Window view
but cause a GPF when zooming in if there is a damaged element on
the page (especially text, in this case).

2c.     Another way of to help identify a problem element is to
split the file into parts.  If one half gives the error and the
other doesn't, you've already eliminated half the legwork for
finding the problem.  To split a publication, Save As, twice to
two new names (e.g., Part1 and Part2). Open Part1 and delete
pages 11 to 20 (let's assume this is a 20-page publication), then
Save As to the same name, Part1, to replace the existing file.
Then open Part2 and delete pages 1 to 10, then Save As to Part2.
Replacing the existing file removes all information from the
previous save. Then work through the pages of each half and see
if one gives the error and the other doesn't. If so, you can
continue to break the file with the error down in this manner
until you isolate the culprit.

Also, consider the following specific incidents:

PageMaker 4.0 generates a GPF if a tab leader is forced to wrap
to another line or if the text on each side is so close the tab
leader cannot display. In this case, the error message would be
very specific: "PM4 caused a General Protection Fault in module
PM4.EXE at 0049:00FC." If you have a tab that wraps to a second
line or is getting "squashed" by the elements on either side of
it, this could be causing your GPF and you should adjust your
text to prevent this. If possible (i.e. if the file opens and the
page is in Fit in Window view), change to non-leader tabs on the
page involved so that you can then work to fix the layout problem
(if you've used styles, editing styles is the easiest way to
accomplish this). If the error occurs immediately and therefore
you can't even open the file, follow step 2b. directly above for
a method to open the file without displaying the problem element.

If you still get a GPF, reboot and try the troubleshooting
techniques listed below. In rare instances, the GPF at 0049:00FC
can be caused by a "ghost" tab or empty windowshade handle that
may not normally be seen.

A bad graphic is causing the GPFs. If the GPF is being caused by
a damaged graphic, select "Preferences" from the Edit menu (or
the File menu in PageMaker 5.0) and set the "Detailed graphics"
option to "Gray out" to make your graphics display as gray boxes.
You might try removing one graphic at a time from the page,
saving, and then displaying the graphics normally again to see
which is damaged.

In PageMaker 4.0, "ghost" fonts may be a cause of the problem.
Fonts with question marks indicate that they have been used in a
given publication but are not available for the device selected.
Do any of your fonts have question marks in front of them? If so,
make sure you have your end output device targeted, and then
change any ghost fonts to fonts without question marks.

MORE DRASTIC MEASURES
If GPFs persist after trying all the steps listed thus far,
there may be a driver or program running in the background that
is causing the problem. Whenever you boot your PC, it looks to
the AUTOEXEC.BAT file to launch drivers for mice, joysticks,
networks, and the like. These programs are launched at startup
and are active in the background so they're available whenever
you need them. Consequently, they occupy a portion of memory
whenever your computer is turned on.

Many GPFs occur because different programs try to access the
same portion of your computer's memory. The only way to determine
if one of these programs is causing GPFs is to disable it, then
reboot your computer and see if GPFs occur. It's a time-consuming
process, which is why it's listed here as a last resort.

The following procedure shows you how to create a floppy disk
and copy your AUTOEXEC.BAT and CONFIG.SYS to it. Next you'll
strip out all the lines in each of these files except those
necessary to boot your PC and run Windows. Then, one by one
you'll add e
ach line back in. If you've never worked with AUTOEXEC.BAT or
CONFIG.SYS files or are not comfortable working with DOS, talk to
someone familiar with these things before you try these steps.

1.     Format a diskette that you can use as a system disk in
drive A: by typing the following at the DOS prompt:

format a:/s

2.     Next, copy your existing "AUTOEXEC.BAT" and "CONFIG.SYS"
files to the floppy diskette in the A: drive. From the C:\> (root
directory) prompt, type the following commands:

COPY AUTOEXEC.BAT A:
COPY CONFIG.SYS A:

If you're using DOS 5.0, you will need to type in this command:

COPY WINA20.386 A:

3.     Using a text editor such as Windows Notepad, edit the
AUTOEXEC.BAT and CONFIG.SYS files that are on the system disk you
just created.

    There are only a few lines you need to have in these files
in order to run PageMaker. In your AUTOEXEC.BAT file, leave only
the following lines intact:

PATH=(your path statement)
SET TEMP=(the full drive and path to your temp directory)

At the beginning of each additional line, type REM to prevent
the line from loading.

In your CONFIG.SYS file, leave in the following:

FILES=(number of files)
BUFFERS=(number of buffers)
DEVICE=(full drive and path)HIMEM.SYS
(plus any hard disk partitioning device drivers necessary for
your system)

Again, type REM at the beginning of all other lines.

(IMPORTANT NOTE:  When disabling (or remarking out) lines in
your AUTOEXEC.BAT and CONFIG.SYS files, do not remove or change
any lines required for disk compression software or device
drivers for critical hardware components.  If you change them,
you may be unable to start up your system.  If you are unfamiliar
with these procedures or what lines are vital to the running of
your computer, ask someone who knows.)

Leave the floppy in drive A:, reboot the machine, and see if
this eliminates the GPFs. If it does, remove the REM statement at
the beginning of the old lines one by one, rebooting and
experimenting each time, until the GPFs come back _  you will
have discovered the cause of your problem.

If your GPFs are random and happen all throughout Windows and
none of the troubleshooting in the record alleviates them, it may
help to delete and reinstall Windows to get a fresh start.  If
doing this, you can either keep a backup of your WIN.INI file and
add your Windows program sections to it manually, or you can
reinstall your Windows programs for a truly fresh start.

wk July 1, 1993
gpf.txt

From bit.listserv.pagemakr Mon Jan 24 11:13:23 1994
From: Todd Merriman <[e-mail]>
Date: Sat, 22 Jan 1994 15:09:26 -0500
Newsgroups: bit.listserv.pagemakr
Subject: Aldus PM document 300601

Working with Scanned Images

Understanding the basics about digital halftones, scanning, and
PageMaker's "Image control" feature can help you make your
grayscale scanned images look their best when printed from
PageMaker.

Understanding Halftones

Consider an original black and white photograph. The image
consists of solid areas in many shades of gray or colors that
smoothly blend from one to the other. Such an image is called
continuous-tone art.

If you look closely at a reproduction of that same photo in a
newspaper or a magazine, you'll see that the continuous shades of
the original art have been broken into a series of regularly
spaced dots (sometimes lines) of varying sizes. The darker the
shade, the larger the dot. Yet these dots are usually so small
that, at normal reading distance, they create the illusion of a
continuous-tone image.

The negative that is used to produce this patterned version of
an image is called a halftone, and it's the way continuous-tone
art is turned into something that can be printed using only black
ink. All continuous-tone art must be screened as halftones to be
commercially printed so if you're planning to reproduce black and
white photos using PageMaker, you'll need to understand at least
the basics of halftoning.

Traditional halftones are photographically produced from copies
of original art. Today, however, they're often digitally produced
using a scanner and a PostScript printer. Nevertheless, the basic
principles are the same in either case_and knowing how
traditional halftones are produced will make it easier to
understand the concepts used in digital halftoning.

Traditional halftones

Photographic, or traditional, halftones are produced using
special cameras and halftone screens, flexible pieces of material
with a regular pattern of dots in specific increments. A wide
variety of halftone screens, differentiated by their frequency of
dots, are commonly used. The screen frequency you choose should
be based on the paper, inks, and the commercial printing press
you'll use to print the final piece. Screen frequency values are
given as "lines per inch" (lpi_measured by the number of dots in
a line one inch long) instead of "dots per inch" (dpi), for
historical reasons.

If you want a halftone image of a black and white photograph to
have a screen of 120 lines per inch, you'd use a halftone screens
with a frequency of 120 lines per inch. You'd take the screen,
place it on the blank film in the camera and, shoot the art,
exposing the film through the screen. When the film is processed,
you'll have a halftone image. Usually, these halftones can then
be included in the negative that is used to create the printing
plate.

Digital halftones

With PageMaker, you can use a scanner and a printer to convert
your continuous-tone images directly into halftones. And because
of the flexible printing options available on the desktop, you
can produce your halftone image in many formats: as a film
halftone of just the scanned image, or as a film halftone
compiled as a final negative. While you can also produce a
positive image of the scanned image on paper (called a velox),
your printer will need to turn it into a negative image before
printing it.

So how do you get a digital halftone? First, you need to scan
your image. The type of scanner you use will determine the number
of grays you'll be able to record; you'll also need to choose the
resolution of the scan. Once your image has been scanned, you can
either manipulate it in a program such as Aldus PhotoStyler or
place it directly into PageMaker. Using PageMaker's "Image
control" feature, you can make minor adjustments to the overall
image and set a halftone screen frequency. Then, when you print
the image to any printer, the scanned image data will be screened
based on the settings you've made in "Image control."

While that more or less describes the process, it doesn't
address the issue of how the final printed image looks. And if
you've ever had disappointing results with your scanned images,
you're probably wondering why, if it's so simple, you haven't
been able to make it work for you. Three variables control the
quality of the halftones you'll get from PageMaker:

y    The resolution and number of grays in the original scan

y    The screen frequency you choose for the image

y    The resolution of the printer you use to produce the
halftone.

Together, these variables determine the size of the digital
halftone cell_the area of the largest halftone dot you'll
produce_and the maximum number of grays you can print. This, in
turn, determines the quality of the final printed image.

Since about 150 shades of gray are needed to produce a
convincing halftone, and since commonly used screen frequencies
range from 55 to well over 200 lines per inch, there's a fair
amount of flexibility in the process. Choosing the scan
resolution and halftone frequency for your specific needs is
usually a little less flexible, however, and usually involves
making well-informed trade-offs.

Digital halftoning: the nitty gritty

Digital halftone cells are created by using a grid or cell of
printer dots. Each printer dot can be turned either on or off;
changing the number of dots which are on or off in a given cell
creates the illusion of larger or smaller dots. When the pattern
of dots is viewed over an entire image, this has the same effect
as a traditional halftone. The size of each halftone cell is
determined by the screen frequency you assign to the image; the
number of printer dots in each cell (which will vary depending on
the resolution of the printer you use) determines the number of
grays you can produce in your halftone.

If you apply the same halftone screen to an image, but print the
image on two printers with different resolutions, the quality of
the printed images will be radically different.

There's a simple formula you can use to determine the number of
printed shades of gray a screen frequency will produce at any
given printer resolution:

(printer resolution v screen frequency) 2 + 1 = printed shades
of gray

Since the number of printed shades of gray is what makes a
halftone image look convincingly like a continuous-tone
photograph, you'll want to adjust the screen frequency or the
printer's resolution so that the number of shades of gray is at
least 150. Let's consider several real life examples to
illustrate this.

Imagine that you have a scanned image that you want to print
with a screen frequency of 90 lines per inch. You have a choice
between printing it on a 300 dpi printer or, at considerably more
expense, an imagesetter. Which should you choose? If you print it
to a 300 dpi printer, here's what you'd get:

(300 v 90)2 + 1 = ~12 shades of gray

If, on the other hand, you printed the image on an imagesetter
at 1270 dpi, you'd get this:

(1270 v 90)2 + 1 = ~ 200 shades of gray

If quality is your primary concern, you'd obviously want to
choose the imagesetter output. If you drop the screen frequency
down to 65 (the default screen frequency for a 300 dpi printer is
53 lpi), you'd get:

(300 v 65)2 + 1 = 22 shades of gray

Your image would still be coarse, but it would be considerably
better than if you had used the higher line screen on a 300 dpi
printer.

The quality of grayscale scanned images printed to 300 dpi
printers is, unfortunately, not very good. Apple has recently
introduced 300 dpi PostScript printers which make use of Apple's
PhotoGrade technology. While these printers offer dramatic
improvements when you print scans to low-resolution printers,
you'll still get the best possible results if you print your
scans to an imagesetter capable of printing at high resolutions.

Scanners and scan resolutions

While hardware for the scanner you work with is what determines
the number of grays you can save in a scanned image file, you can
control the file format you use and the resolution of the scan.

Scanners come in two types: single-bit and multi-bit. A single-
bit scanner records scanned image data as either on or off, black
or white. One bit scans have a fixed pattern of black and white
dots, whether you save it as a paint-type (bit-map) graphic or as
a single-bit tag image file format (TIFF) image. Multi-bit
scanners, on the other hand, interpret the shades in a
continuous-tone original as levels (or shades) of gray, producing
grayscale images. The number of gray levels in the image depends
on the number of bits the scanner uses to interpret the grays.
Four-bit scanners are limited to 16 gray levels, 6-bit scanners
can produce 64 gray levels, and 8-bit scanners can produce 256
gray levels. The number of gray levels you scan is the maximum
number of levels you can print_even on an imagesetter.

While most scanners can save in a variety of graphic file
formats, we recommend using the TIFF format. The TIFF format,
developed by Aldus to provide scanner manufacturers with a
standardized way of storing large amounts of image data, is
widely used, supports both color and black and white scanners,
and yields the most consistent results.

Determining scan resolutions

You probably already have a scanner, and you may already be
saving your images in the TIFF format. But how should you
determine the resolution of your scans? First, the term
resolution is a bit misleading if you're working with grayscale
images. The setting for resolution does not determine the
resolution of the final printed image_that's controlled by the
halftone screen you use and by the resolution of your printer as
we saw above. Part of this confusion stems from the fact that
scan resolution is normally expressed in dots per inch. In fact,
scan resolution actually refers to the number of samples taken
and saved per linear inch and should be thought of as samples per
inch or pixels per inch, rather than dots per inch (which usually
expresses printer resolution).

If you set your scan resolution to 150 samples per inch, your
scanner will take 150 samples over an inch_and if you're working
with an 8-bit scanner, storing each sample will require a full
byte (8 bits). The higher the scan resolution you choose, the
larger your files will be. And since these files can get
downright huge, you'll want to scan at the lowest resolution
capable of producing the results you want.

Many people scan at resolutions higher than they really need
because they assume that the higher the scan resolution, the
better the final printed result. While this is true up to a
point, it isn't quite that straightforward. The scan resolution
setting provides the raw data for digital halftones. You want to
include enough information in the scanned image so that there
isn't any doubt about the shade of gray for any halftone cell.
You don't want to store much more information than that_your
scans will require extra storage space on your hard drive and
they'll also take much longer to print.

There's a simple formula you can use to determine the scan
resolution you should use:

(final image height or width v original image height or width) x
halftone screen frequency x 2 = minimum scanning resolution

Note: These guidelines only apply if you're scanning continuous
tone art. If you're scanning line art (or any one-bit image),
you'll want to scan at the highest possible resolution.

Note: It's possible to multiply the halftone screen frequency by
as little as 1.5 (rather than 2) and still get good results.

Let's look at some real life examples. Imagine you have a 5" x
7" print that you plan to place into a publication. You know that
you'll be reducing the size of the image to a width of about 3"
and you also know that you'll be using a line screen of 90 when
you print the publication. Using the formula above, we'd
calculate the scan's resolution as follows:

(3 v 7) x 90 x 2 = ~77

Based on this calculation, you'd want to scan your image as
close to 77 dpi (or, samples per inch) as possible to get the
best balance between image file size and quality_for this
specific use. If you knew that you were going to reproduce the
image at the same size, you'd want to scan at a resolution closer
to 180 than 77.

Imagine, though, that you have a 3" x 4" print that you hope to
reproduce at 6" x 8" with a screen frequency of 120 lpi. Using
the same formula, here's what you'd come up with:

(8 v 4) x 120 x 2 = 480

But what if your scanner can only scan up to 300 dpi? If you
scan at a resolution which is too low, the printed halftone will
look unacceptably blocky. You'll need to make some trade-offs.
For example, will a coarser line screen work? Or is it possible
to reproduce the image at a smaller size (which would make it
possible to use the same line screen)? These guidelines provide
you with a starting point, but experimentation and experience
will provide you with a more concrete sense of what will work and
what won't for the results you need.

Compressing TIFFs with PageMaker

TIFF file sizes can get fairly large and, as a result, lend
themselves nicely to file compression schemes. If you're working
with uncompressed TIFFs in PageMaker, you can take advantage of
PageMaker's built-in compression capabilities when you place your
TIFF files.

1.    In PageMaker's "Place" dialog box, select the TIFF you want
to compress.

2.    Hold down one of the following keyboard combinations as you
click "OK." PageMaker offers two levels of LZW compression:
moderate and maximum.

        Compression type    Keyboard combination

        Moderate    Control + Alt + "OK"

        Maximum    Ctrl + Alt + Shift + "OK"

PageMaker will make a compressed copy of the TIFF in the same
directory as the original. If you place the image, PageMaker will
place the compressed version. The file's name will change to
reflect the degree of compression; you can delete the original
once you've made the compressed copy.

To decompress TIFF images:

1.     In PageMaker's "Place" dialog box, select the TIFF you want
to decompress.

2.    Press Ctrl and click "OK." PageMaker will create a
decompressed version of the TIFF file in the same directory as
the compressed version.

All compression schemes work by compacting data, but regardless
of the quality of the compression scheme, it's possible for a
certain amount of data to be lost. This normally doesn't have any
effect in the final printed version, but it's a good idea to
print a test of the compressed version before you delete the
original.

Getting the most from "Image control"

PageMaker's "Image control" feature provides you with control
over a scanned image's lightness, contrast, screen frequency, and
angle. To access "Image control," select any paint-type, one-bit
or grayscale scanned image. "Image control" will be grayed out if
any other type of graphic (including color TIFF images) are
selected.

As your publication is printed, PageMaker inserts comments that
contain instructions about changes you've made in "Image control"
into the stream of information sent to the printer. This means
that the changes you make in "Image control" don't actually
change your image_just the way it prints from PageMaker. If
you've resized the image, the "Image control" settings are
applied to the final image size, rather than the original.

The default settings in this dialog box are based upon the
resolution capabilities for the printer you have selected in
"Target printer." For general purposes, most of these settings
also work well for higher-resolution printers. To get the best
results when printing grayscale images to an imagesetter,
however, you should adjust the "Lightness," "Contrast," and
"Screen frequency" settings in PageMaker.

Changing lightness and contrast

The quality of the scanned image you place in PageMaker
determines how you'll adjust the settings in the "Image control"
dialog box. If the original image seems faded, decrease the
"Lightness" setting to make it darker; if it appears too dark,
increase the setting. Or, if it seems monochromatic, you may want
to increase the contrast between the light and dark objects in
the image. If it shows too few shades of gray, decrease the
contrast.

Once you're satisfied with the overall look, tweak the settings
for final printing to an imagesetter. Because an imagesetter
produces a very fine series of dots, dark and middle values of
gray will often "plug up" and the very lightest values will
disappear. To avoid this, slightly adjust both the "Lightness"
and "Contrast" once again. We've found that increasing the
"Lightness" setting by about 5 percent and decreasing the
"Contrast" setting by about 10 percent lightens the darkest
grays, darkens the lightest grays, and adjusts the intervening
shades accordingly so that all gray levels look their best
relative to each other. As well, double check with your
commercial printer to see if you can use Image control to
compensate for ink dot gain While on the press, the dots of ink
used to print your halftone tend to spread by 5 to 10% when they
come in contact with the printer.

Experiment to determine what values work best for your scanner
and imagesetter. By starting with these adjustments, you may get
the results you want on the first try.

Setting the screen frequency

In traditional halftones, the dots vary in size, smoothly
graduating from large to small, to create the visual impression
of shading. Grayscale images simulate these dot sizes by filling
in a tiny bitmap grid of printer dots for each halftone cell. The
screen frequency you set for your halftone images determines the
distance between the center of each halftone cell; the center of
the resulting halftone dots is always the same distance from
adjacent dots_regardless of the size of the dot.

You set the screen frequency of a grayscale image with the
"Screen frequency" option in PageMaker's "Image control" dialog
box. Traditionally, screen frequencies range from 55 to over 250
lpi. In general, the screen frequency you choose for your images
will be based on the type of paper, ink, and commercial printing
press you'll be using. If you're not sure what screen frequency
to use, the guidelines that follow can provide a starting
point_but be sure to get a final recommendation from your
commercial printer.

y    65-85 lines per inch for a scanned image that is to printed
on a coarse finished paper such as newsprint

y    85-100 lines per inch for a scanned image that is to be
"quick printed" on an uncoated paper

y    100-120 lines per inch for a scanned image that is to be
printed using a good quality offset paper or a matte or coated
paper

Printing to film

Once you've altered your "Image control" settings, you may want
to print directly to film on the imagesetter, which can
significantly improve the quality of your grayscale images.

In normal printing processes, the printer takes a picture of
your original halftone to produce a negative, then combines that
halftone into a final negative, making the printing plates from
the composite negative. Each stage in this process creates a new
generation of your image, which makes the halftone lose
integrity.

By printing to film, however, you can skip one of these steps
and produce your own composite negatives directly from PageMaker.
This helps retain more of your original image's integrity once
it's finally printed. It can also provide significant cost
savings.

From bit.listserv.pagemakr Mon Jan 24 11:13:28 1994
From: Todd Merriman <[e-mail]>
Date: Sat, 22 Jan 1994 15:09:29 -0500
Newsgroups: bit.listserv.pagemakr
Subject: Aldus PM document 300901

Books About Aldus PageMaker

Advanced PageMaker 4.0 for Windows
Craig Danuloff and William B. Sanders
Prima Publishing [phone]

Desktop Publishing Using PageMaker on the IBM PC
Don Busche
Prentice Hall [phone]

Desktop Publishing IBM-PC & Ventura Publisher
Holly Yasui and Byron Canfield
Paradigm Publishing [phone]

Desktop Publishing Using PageMaker IBM Version
Julia Bradley, Joanne Floyd, Nancy Sherman, and Robert Urell
Wm. C. Brown, Publishers [phone]

Desktop Publishing with PageMaker:
For the IBM PC and Compatibles
Tony Brove and Cheryl Rhodes
John Wiley & Sons, Inc. [phone]

Easy PageMaker for the IBM PC (Version 3)
Fritz Erickson and John Vonk
Merrill Publishing Co. [phone]

Fit to Print with PageMaker 4.0-Windows Edition
William R, Lomax, Mare Masco, and Mark L. Justice
M&T Books [phone]

Hands-On PC PageMaker 3.0
C.J. Wallia
California Publishing

Illustrated PageMaker 3.0
Bennie R. Lowery, Ed. D and Phillis Moore
Wordware Publishing [phone]

The Insider's Guide to PageMaker (IBM Version 3.0)
Rick Sullivan
Scott, Foresman & Company (800) ALL-BOOK

Introducing PageMaker 3.0
IBM PC, PS/2 and Compatibles Version
Tony Webster and David Webster
M&T Books [phone]

Mastering Pagemaker on the IBM PC
Antonia Stacy Jolles
Sybex Books [phone]

PageMaker 4.0 for Windows
William B. Sanders
Prima Publishing [phone]

Problem Solve: PageMaker, IBM
William Sanders
Scott, Foresman and Company (800) ALL-BOOK

TechNotes:Technical Notes on PageMaker 4.0 for Windows
Aldus Corporation [phone]

The PageMaker Companion: PC 3.0 Edition
Deke McClelland and Craig Danuloff
Dow Jones Irwin [phone]

Up & Running with PageMaker 4.0 on the PC
Marvin Bryan
Sybex, Inc. [phone]

Using PageMaker for the PC, Version 3
Martin Matthews and Carole B. Matthews
Osborne McGraww-Hill [phone]

Using PageMaker 4.0 for the PC
Martin Matthews and Carole B. Matthews
Osborne McGraw-Hill [phone]

Using PageMaker, IBM Version
Diane Burns and Sharyn Venit
Que Corporation [phone]

Visual Quick Start Guide: PageMaker 4 for the PC
Tony Webster and Paul Webster
Peachpit Press [phone]

Books about Aldus FreeHand

Aldus FreeHand Point by Point
Nichole J. Vick
Scott, Foressman Professional Books (800) ALL-BOOK

Mastering Aldus FreeHand 3.0
Deke McClelland and Craig Danuloff
Dow Jones Irwin [phone]

Real World FreeHand 3.0
Olav Martin Kvern
Peachpit Press [phone]

Using Aldus FreeHand 3.0
Sharyn Venit and Bruce Fraser
Bantam Computer Books [phone]

Books about Aldus Persuasion

Mastering the Power of Aldus Persuasion 2.0
Roger Parker
Dow Jones Irwin [phone]

Presentations with Persuasion
Kate Thompson and Keith Thompson
Brady Books [phone]

Training Materials for Aldus PageMaker

How to Use PageMaker 3.0
FlipTrack Learning Systems [phone]

Individual Training for PageMaker
Jim Schuyler
Individual Software Inc.[phone]

Introduction to Aldus PageMaker
A Level 1 Course for Windows 3.0
The Dotson Institute [phone]

PageMaker for Financial and Accounting Applications
Larry Hall
AppleTree Technologies [phone]

PageMaker 4.0
Mod 1: Beginning\Intermediate Desk-Top Publishing
Mod 2: Advanced Desk-Top Publishing
Tutorland [phone]

Teach Yourself PageMaker
Philippe Mathieu
Tutorland [phone]

Understanding PageMaker
Dan Lampert
Techware Corporation [phone]

Videos on Aldus PageMaker

Learn PageMaker 4.0 for the PC
Via Grafix [phone]

PageMaker, Advanced
ViaGrafix [phone]

PageMaker Learning Systems
Jo Bakal
Micro Video Learning Systems [phone]