Microtek ScanMaker 5, ScanMaker i900, ScanWizard Pro User`s guide

Microtek

ScanWizard Pro

User's Guide

for Windows

Copyright © 2004 by Microtek International, Inc.

All rights reserved.

Trademarks

Microtek™, Artix™, ScanWizard™ Pro, and ArtixScan™ are trademarks of Microtek

International, Inc. Macintosh ® and Apple ® are trademarks or registered trademarks of Apple

Computer, Inc. Windows ® is a registered trademark of Microsoft Corporation. All other products or name brands are trademarks of their respective holders.

Important

Documents that you scan may be protected under copyright law. The unauthorized use of such documents could be a violation of the rights of the copyright holder. Microtek bears no responsibility for the unauthorized use of copyrighted materials.

To obtain optimal results from the Microtek scanning software and user's manual, you should be familiar with such Windows concepts as pointing, clicking, dragging, and selecting from menus and dialog boxed. If these things are new to you, refer to your Microsoft Windows User's Guide.

September 2004

I49-003135 B

Microtek Lab, Inc.

16941 Keegan Avenue, Carson, CA 90746

Main: 310-687-5800, Fax: 310-687-5950, http://www.microtekusa.com

Microtek International, Inc.

6, Industry East Road 3, Science Based Industrial Park, Hsinchu, 30077, Taiwan

Tel: 886-3-5772155, Fax: 886-3-5772598, http://www.microtek.com

ii

Contents

1Introduction

What is ScanWizard Pro? ................................................................................ 1-1

A Powerful New Software ......................................................................... 1-1

The ScanWizard Pro Interface ................................................................... 1-2

Settings window (LCH mode) ............................................................... 1-2

Scan Job window .................................................................................. 1-2

Information window .............................................................................. 1-2

Preview window .................................................................................... 1-3

System Requirements ...................................................................................... 1-4

Installing ScanWizard Pro ................................................................................ 1-4

About this User’s Guide .................................................................................. 1-5

2 Getting Started

Using the Scan Mode ...................................................................................... 2-1

Using the Batch Mode ..................................................................................... 2-1

Exiting ScanWizard Pro .................................................................................... 2-3

Color Matching ................................................................................................ 2-3

3 Basic Scenarios

How to Scan a Color Photographic Print ......................................................... 3-2

How to Scan a Color Positive Transparency ................................................... 3-4

How to Scan a Color Negative ......................................................................... 3-6

How to Scan a Line Art Image ......................................................................... 3-8

How to Scan a Newspaper or Magazine Image ............................................... 3-10

4 Using the AIC Tools

The LCH Color Model ..................................................................................... 4-2

Selecting LCH or Native Color Space .............................................................. 4-3

Workflow for Optimizing Images ...................................................................... 4-4

Adding a Custom Setting ................................................................................ 4-5

How to Choose the Correct Image Category ................................................... 4-6

Using the Dynamic Range Tool ....................................................................... 4-8

Using the White & Black Points Tool ............................................................. 4-10

Using the Gradation Tool (LCH Mode only) ................................................... 4-12

Using the Color Cast Tool (LCH Mode Only) ................................................. 4-14

Using the Saturation Curve Tool (LCH Mode Only) ....................................... 4-16

Using the Selective Color Tool (LCH Mode Only) .......................................... 4-18

Using the Tone Curve Tool ............................................................................. 4-20

Using the Filter Tool ....................................................................................... 4-22

EEE

5 Special Features & Advanced Scenarios

How to Edit Multiple Scan Jobs ...................................................................... 5-2

How to Scan Multiple Jobs .............................................................................. 5-4

How to Use ScanWizard Pro Working Directory ............................................. 5-6

How to Use the SnapTrans™ Templates ......................................................... 5-8

How to Use the Magic Diamonds ................................................................... 5-10

How to Customize Negative Film .................................................................... 5-12

How to Scan and Display an Image on a 640 x 480 Monitor ........................... 5-14

Appendix

A Color Matching for for Advanced Users

Display using monitor compensation ................................................................. 2

Display: ............................................................................................................... 3

Native mode RGB color matching (Native Color Mode only) ............................. 3

Embed ICC destination profile in scan image ...................................................... 3

RGB destination: ................................................................................................. 4

CMYK destination: ............................................................................................. 4

Add Profiles Button ............................................................................................ 5

Info Button ......................................................................................................... 5

Preview Button ................................................................................................... 5

Refresh Button .................................................................................................... 5

B Available File Format Color for "Scan to File" Function

EL

1 Introduction

What is ScanWizard Pro?

ScanWizard Pro (version 6.0 or later) is an advanced scanner controller program that is designed and engineered to provides many powerful, professional-level features for scanning with Microtek ScanMaker and Artix scanners.

One important feature of ScanWizard Pro is that it lets you work in the LCH color space, which is based on the LCH (Luminance, Chroma, Hue) model of colors. The

LCH model is a more intuitive way of editing and working with colors because it defines colors the way we understand them -- based on the properties of brightness

(how light or dark a color is), saturation (how rich or dull a color is), and hue (“red” as opposed to “blue”).

Another important function of ScanWizard Pro is the batch scan feature, a separate but integrated program that lets you create and manipulate specific “contexts” or batches of jobs. With Batch Scanning, you can lay out your jobs beforehand, make adjustments to each scan, then start the scan when you are ready. The result? A tremendously improved workflow and savings in time, with the additional advantage of being able to call up the various “contexts” or batch jobs when required.

A Powerful New Software

With ScanWizard Pro, you can achieve a new level of efficiency in scanning. The many powerful tools of the program work together to help you obtain the superior color images you need, as well as provide you with the flexibility to adjust or improve the images as needed.

And as you become increasingly familiar with the program, you will see how

ScanWizard can open up a whole new vista for organizing your workflow and boosting your scanning productivity in as many ways as your creative imagination will allow.

Introduction 1-1

The ScanWizard Pro Interface

Settings window (LCH mode)

Shows current scan job in preview

Resolution settings

Image dimension input/output settings and output memory size info

Scan Frame dimension editing and image Transformation options

Scanner profile setup and info

Image category options

Minimize Settings window

Image output Type of the current scan job.

Advanced Image Correction controls for adjusting and optimizing image quality

Thumbnails showing prescanned images

Checked: Indicates job will be scanned when you press the

Scan button

Lets you switch image output into other image type

(default RGB)

Scan Job window

Reset custom setting(s)

Selected (highlighted) scan job. There can be multiple selected scan jobs

(Shift + click), which may or may not include the current scan job in preview

(only jobs with check marks are scanned

Information window

Function buttons for manipulating scan jobs

1-2 ScanWizard Pro for Windows Users Guide

Overview button:

Previews the entire scan material

Preview window

Prescan button:

Previews a high-resolution image of the area selected by the scan frame.

Toolbar :

Left to right, Scan

Frame, Zoom, Pane,

Tag Windows

Scan button:

Starts the final scanning process.

Scan Material icon:

Selects the type of scan material.

Unit of measurement.

Options are inch, cm, mm, point, pixel, & pica

Overview image with multiple

Scan Frames

(press Shift key to add new frames)

Ruler

Cursor Locator:

Shows x, y position of mouse cursor on the current overview / prescan image

Color Meter Display:

Displays input and output pixel values relative to the pointer position in overview/prescan image as previewed at the bottom of the window (output toggles between RGB &

LCH per Color Space Mode in use)

Color Meter Options: Let you choose the area of the sample size shown in the

Sample Display area

(described below)

Sample Display area: Shows zoomed pixelized display of the pointer position within the preview image

Current Scan Job resolution & zoom in/out status

Handy buttons for zooming in/ out at twofold magnification

Magic Diamonds markers pinpoint shadow & highlight points of the current Scan Job. The

Markers can be made to blink by clicking the Flash

Marker button from the

Status Bar for easy detection

Current Scan

Job shown with scrolling Scan

Frame . Drag any side or corner of the frame to resize

Status bar provides useful tips relative to the Toolbar tool in use

Drag this corner to resize the

Preview window.

Introduction 1-3

System Requirements

• IBM-PC Pentium or compatibles

• Windows 95/98 or Windows NT4.0

• 64 MB RAM required; 128 MB or more suggested for better performance

• Free hard disk space as required by the size of your scanned images and for additional working files

• CD-ROM drive (internal or external)

• “Thousands of color” display or better

• Microtek ScanMaker 3, 4, 5, 9600XL, 2000; the Microtek ArtixScan line of professional scanners; and other scanner models that support ScanWizard Pro.

Installing ScanWizard Pro

1. Insert the Microtek ScanWizard Pro CD-ROM into your CD-ROM drive.

2. Double-click the CD-ROM when it appears on your Windows desktop to open it.

3. When the CD-ROM opens, double-click the ICC Profile Installer icon, and follow screen instructions to install the desired profiles.

NOTE

: If the ICC profile for your monitor is not found, contact your monitor manufacturer.

4. Next, double-click the ScanWizard Pro Installer icon, and follow screen instructions to install the program.

5. Restart your computer.

NOTE

: You may want to skip Step #3 and install the ICC profiles later. When

Step #4 is run, some default profiles will be installed as the default.


About this Users Guide

This manual provides basic information on the program and sketches out a variety of scenarios that illustrate ScanWizard’s versatility and how best to use the program for specific scanning tasks with applicable Microtek scanner.

For a more detailed listing of individual features, please refer to the companion

Reference Guide included in your documentation package.

Introduction 1-5

2 Getting Started

This ScanWizard Pro operates in two operating modes, Scan and Batch modes:

1. The Scan mode (or scan-to-application) “acquires” ScanWizard Pro from an image-editing software program such as the Adobe Photoshop. The output images are scanned and directly delivered (individually or in batches) to your image editing software for further processing.

2. The Batch mode (or scan-to-file) launches the ScanWizard Pro from desktop program icon or Windows Start menu. The output images are scanned and saved to files individually or in batches.

Using the Scan Mode

To operate ScanWizard Pro in the Scan mode, launch the image-editing software (e.g.

Photoshop) of your choice. When the software program launches, go to the File menu, and choose the Import or Acquire command, depending on the software you are using (see sample menu from Photoshop below). This will automatically launch

ScanWizard Pro, and the four major windows that form the interface of ScanWizard

Pro will appear on your screen.

Using the Batch Mode

The Batch mode of operating ScanWizard Pro allows you to setup scan jobs individually or in “batches” and then start the scanning and save-to-file processes when you are ready to do so with a simple click of the Batch button.

To operate ScanWizard Pro in stand-alone Batch mode, click on the ScanWizard Pro program icon on your desktop or go to the Start menu and simply follow the steps as illustrated below.

Getting Started 2-1

2

1. Start button

2. Program

3. Microtek ScanWizard Pro for Windows

4. Microtek ScanWizard Pro 6.0

3

4

1

Note that the final scan button for stand-alone operation differs with that of

ScanWizard Pro operation under a TWAIN program as illustrated below.

" Batch " button displays for standalone (scan-to-file) operation

" Scan " button displays for TWAIN

(scan-to-application) operation

For more details, refer to the batch scan scenarios and information presented in

Chapter 5, Special Features & Advanced Scenarios of this manual.


Exiting ScanWizard Pro

To exit from ScanWizard Pro, go to the Preview window, and click on the Close button at top-right corner of the window.

" Close " button

Click to quit from

ScanWizard Pro

Color Matching

The first time you launch ScanWizard Pro, you will be prompted to perform color matching for your monitor and printer.

Color Matching is an important feature of ScanWizard Pro that ensures color consistency — from the initial input phase when an image is captured by the scanner, to the final output process when the image is output to your monitor or printer. Color

Matching allows you to gain the assurance that the colors captured by the scanner are consistent with those displayed on your monitor and will be reproduced as closely as possible when they are printed.

You will be prompted with a dialog box (below) to select color matching settings immediately after you launch ScanWizard Pro the first time.

This is dimmed when operating under

LCH mode

Monitor selection shown here is set at default profiles for monitor and printer

CMYK printer profile. No default provided. Must select one if required

You may redefine color matching settings whenever required. To do this, go to the

Preferences menu in the Preview window, and choose the Color Matching Setup command.

For more detailed information on color matching, see Color Matching for Advanced

Users in the Appendix section of this manual.

Getting Started 2-3

3 Basic Scenarios

This section of the manual sets out a few scenarios on how to do some basic scans, using a color photograph, a positive slide, negative film, line art and magazine images as scan material. The steps are laid out on the left-hand side of the page, and supplementary information for each scenario can be found in a shaded sidebar next to the procedures. Information on how to adjust and enhance images, as well as more advanced scanning scenarios, are provided in the succeeding chapters of the manual.

The following basic sample scenarios are discussed in the following pages:

• How to Scan a Color Photographic Print

• How to Scan a Color Positive Transparency

• How to Scan a Color Negative

• How to Scan a Line Art Image

• How to Scan a Newspaper or Magazine Image

Basic Scenarios 3-1

How to Scan a Color Photographic Print

1. Place the photograph to be scanned on your scanner’s glass bed.

2. Go to the Preview window and click the Scan

Material icon. From the submenu that appears, choose Reflective. You will notice the change in the appearance of the icon.

3. Click the Overview button to start an overview, and you will see the image appear in your

Preview window.

4. Select the Scan Frame tool from the Toolbar in the Preview window, and choose the area to be scanned by dragging a rectangle around it. You will see a flashing frame (marquee) around the selected area.

5. If you like what you see in the Preview window, click the Scan (or Batch) button to start scanning.

3 4 5 2

If you want to....

Before the Final Scan

Select an output image type (after step 2)

Go to the Settings window, and from the Type box, choose the appropriate image type for the image to be scanned.

Specify output dimensions (after step 2)

Go to the Settings window, and enter the desired output dimensions (width and height) in the output dimension edit boxes. The scan frame may change slightly, and you may want to go back to the Preview window to readjust the scan frame that selects the area you want.

Change output image resolution

(before step 5)

Go to the Settings window, and enter the resolution value in the Resolution edit box.

See a more detailed preview image

(after step 4)

Go to the Preview window, highlight the scan job you wish to see in detail, and click the Prescan button.

Fine-tune the preview image with image processing options (after step

4)

Go to the Preview window, and select the desired image-processing option from the Correction menu. Alternatively, you can go to the Settings window and click an image processing button; the Advanced Image Correc-

tion (AIC) dialog box will then appear.

View the prescanned image in the

Preview window to see a real-time display of the fine tuning results


Define output image settings and access Advance Image Correction tools from Settings window

Typical Advanced Image Correction tool dialog box for fine-tuning images

Basic Scenarios 3-3

How to Scan a Color Positive Transparency

1. For dual bed-scanners (such as the ArtixScan

2500f), make use of the SnapTrans™ templates feature explained in Chapter 5. Place the film to be scanned on the appropriate template, and insert the film and template into your scanner’s lower bed. For flatbed scanners, use a Transparent

Media Adapter.


Material icon. From the submenu that appears, choose Positive Transparency. You will notice the change in the appearance of the icon.

3. Click the Overview button to start an overview, and you will see the image appear in your Preview window.

4. Select the Scan Frame tool from the Toolbar in the Preview window, and choose the area to be scanned by dragging a rectangle around it. You will see a flashing frame (marquee) around the selected area.

5. If you like what you see in the Preview window, click the Scan (or Batch) button to start scanning.

3 4 5 2

If you want to....



Go to the Settings window, and from the

Type box, choose the appropriate image type for the image to be scanned.

Specify output dimensions (after step

2)



(before step 5)

Go to the Settings window, and enter the resolution value in the Resolution edit box.


(after step 4)



4)

Go to the Preview window, and select the desired image-processing option from the Correction menu. Alternatively, you can go to the Settings window and click an image processing button; the Advanced Image Correction dialog box will then appear.






Basic Scenarios 3-5

How to Scan a Color Negative

1. For dual bed-scanners (such as the ArtixScan

2500f), make use of the SnapTrans™ templates feature explained in Chapter 5. Place the film to be scanned on the appropriate template, and insert the film and template into your scanner’s lower bed. For flatbed scanners, use a Transparent

Media Adapter.


Material icon. From the submenu that appears, choose Negative Film. You will notice the change in the appearance of the icon.


4. Select the Scan Frame tool from the Toolbar in the Preview window, and choose the area to be scanned by dragging a rectangle around it. You will see a flashing frame (marquee) around the selected area.

5. If you like what you see in the Preview window, click the Scan button to start scanning.

3 4 5 2

If you want to....



Go to the Settings window, and from the

Type box, choose the appropriate image type for the image to be scanned.


2)



(after step 4)



4)

Go to the Preview window, and select the desired image-processing option from the Correction menu. Alternatively, you can go to the Settings window and click an image processing button; the Advanced Image Correction dialog box will then appear.

Adjust film type (before step 5)

Go to the Film Type menu in the

Settings window and select the film type and manufacturer.






When scanning Negative Film, this pane will switch into "Film Type" option.

Default is Generic Negative Film

Basic Scenarios 3-7

How to Scan a Line Art Image

1. Place the image to be scanned on your scanner’s glass bed.


Material icon. From the submenu that appears, choose Reflective.

3. Go to the Settings window, and from the Type box, choose Line Art.

4. Click the Overview button to start an overview.

5. Select the Scan Frame tool from the Toolbar in the Preview window, and choose the area to be scanned by dragging a rectangle around it. You will see a flashing frame (marquee) around the selected area.

6. On the Resolution box, enter a Resolution value that matches the resolution of your printer (300 or

600 dpi, for example) to obtain optimal results.

7. If you like what you see in the Preview window, click the Scan button to start scanning.

If you want to....



Go to the Settings window, and enter the desired output dimensions

(width and height) in the output dimension edit boxes. The scan frame may change slightly, and you may want to go back to the Preview window to readjust the scan frame that selects the area you want.

See a more detailed preview image (after step 5)


Fine-tune the preview image with image processing options (after step 5)

For Line Art images, only the

Threshold option is available.

Threshold measures how gray levels are converted to black and white, with the value of 128 (middle gray level) as the determining point of conversion. Gray levels below the threshold are converted to black, while gray levels above the threshold are converted to white.


3

6


4 5 7 2

When set to "B&W Diffusion," this pane, and all the Advance Image

Correction (AIC) tools are dimmed

(unavailable).

When output image type is set to

"Line Art," this pane will switch into "Threshold" while the rest of the Advance Image Correction

(AIC) tools are dimmed

(unavailable).



Typical Advanced Image Correction tool

(Threshold ) dialog box for fine-tuning Line

Art images

Basic Scenarios 3-9

How to Scan a Newspaper or Magazine Image

1. Place the printer matter material to be scanned on your scanner.


Material icon. From the submenu that appears, choose Reflective.


4. Select the Scan Frame tool from the Toolbar in the

Preview window, and choose the area to be scanned by dragging a rectangle (scan frame) around it. You will see a flashing frame (marquee) around the selected area.

5. Move the pointer to the menu next to the Descreen tool in the Settings window. From the drop-down menu that appears, select your source material -whether the image being scanned is from a newspaper, magazine, or art magazine (higher-quality printing).

NOTE

: If you know the printed lpi (lines per inch) for the image, you may enter the exact number. You can measure the line screen by using a screen finder, which can be purchased from your local print shop.

6. Click the Scan button. When the image is scanned, no moiré patterns will be evident.

NOTE : Descreen result will not show in the preview screen. You need to display or print the output image under your application to see the descreening effect.

If you want to....



Go to the Settings window, and enter the desired output dimensions

(width and height) in the output dimension edit boxes. The scan frame may change slightly, and you may want to go back to the Preview window to readjust the scan frame that selects the area you want.



Before Descreen

After Descreen


The Descreen tool is used to remove “screens” or moiré patterns from appearing in images. Moirés are interference patterns that show up on your scanned images when you scan images from magazines and newspapers. Moiré patterns emerge as a series of crosshatches or screens crisscrossing in the image.

In the example in previous page, the top image was scanned from a magazine, resulting in an undesirable moiré pattern. The solution: rescan the image using the

Descreen tool. This will eliminate potential moirés from appearing in the resulting image as illustrated by the bottom image.


3 4 6 2

If you know the printed lpi (lines per inch) for the image type, you may enter the exact lpi value in the Descreen Custom dialog box. Click on

Descreen button to display the dialog box

(right)

5

When using

"Descreen," printed matter type must be defined.

View the prescanned image in the Preview window to see a real-time display of the fine tuning results except descreen result.

Basic Scenarios 3-11

4 Using the AIC Tools

This section of the user’s guide describes the use of the various Advanced Image

Correction (AIC) tools, which form an integral part of ScanWizard Pro. All the tools are available when you work in the default LCH color space, but a different set of tools is available when you choose to work in the Native color space. Included at the beginning of this section is a brief discussion of the LCH color model vs. the Native color model, as well as other concepts important to optimizing your workflow. The scenarios provided are based on the Advanced Image Correction tools available through the LCH color model.

• The LCH Color Model

• Selecting LCH or Native Color Space

• Workflow for Optimizing Images

• Adding a Custom Setting

• How to Choose the Correct Image Category

• Using the Dynamic Range Tool

• Using the Black & White Points Tool

• Using the Gradation Tool

• Using the Color Cast Tool

• Using the Saturation Curve Tool

• Using the Selective Color Tool

• Using the Tone Curve Tool

• Using the Filter Tool

Using AIC Tools 4-1

The LCH Color Model

One of ScanWizard Pro’s strengths is its ability to let you work in the LCH color space. Unlike the RGB color model, which corresponds to the color space as defined in monitors and printers, the LCH color model is a more intuitive way of working with colors, based on the values of Lightness (the “L” in LCH), Chroma (C), and Hue (H).

For instance, if you wish to change the color of the sky in an image to a darker blue, your own eye — and your own judgment — will be the guide to making those color changes. This is easier than, say, knowing the mathematical equivalent in RGB or

CMYK values that would correspond to a “dark sky blue”.

The LCH model, in effect, makes it easier to comprehend colors as they are couched in the terms we are familiar with: Lightness (how dark or light a color is), Chroma or saturation (how rich or dull a particular hue of green is), and Hue (the property that distinguishes, say, the color red from the color blue.)

In the LCH color model, colors of equal brightness lie on a single plane of the model, as shown below. Red and green lie opposite each other on the horizontal axis, as blue and yellow lie opposite each other on the vertical axis.

On the color sphere shown below, you can see how the different LCH properties play out:

• The different hues (red, green, yellow, blue) are spread around the sphere.

• The chroma (saturation) for each hue increases from the center of the sphere outward, with the most saturated colors lying on the edge of the sphere.

• The brightness values increase from the bottom of the model to the top.


Selecting LCH or Native Color Space

ScanWizard Pro lets you choose the color space in which you wish to edit and work with color images.

• Select LCH mode if you wish to edit or correct images in terms of color perception according to the human eye, based on the properties of Lightness, Chroma, and

Hue. This is the default mode.

• Select Native mode if you wish to edit or correct the individual RGB / CMYK channels of an image.

LCH mode is the default working color space when you first starts ScanWizard Pro.

To switch to Native mode, click on Preference from Preview window menu bar. Then click More... command from the bottom of the menu.

The following dialog box will then display.

From the dialog box, click on the Color

Space Mode: list box and choose Native.

The same procedure applies in switching from Native back to LCH color space mode.

Using AIC Tools 4-3

Workflow for Optimizing Images

To prepare and optimize images for final scan, it is recommended that the AIC tools are used in accordance to their sequence (as they appear in the LCH Mode Settings window shown below). Following this order will significantly influence the overall quality of your images.

LCH Mode AIC Tools 1

Manually or auto-adjust color balance (darkest to lightest tone)

3

Manually or auto-adjust midtones of the

Lightness (Channel L)

5

Adjust image saturation by manipulating the saturation curve

7

Adjust tonal distribution of each RGB/CMYK channel in an image

2

Manually or auto-adjust to fine-tune the white & black points and neutral gray

4

Color Cast

Adjust gray balance by removing or adding color cast

6

Manipulate a specific color without affecting other colors

8

Filter & Unsharp Masking

Apply special effects to image and sharpen focus of blurry images with unsharp masking (USM)

Descreen (Use randomly)

Required only to remove moiré patterns from scans of newspaper/magazine originals

Native Mode AIC Tools

The sequence is practically the same under Native

Mode, except AIC Step 3 (Gradation) to Step 6

(Selective Color) of LCH Mode are not available in

Native Mode. The later mode however, offers

Brightness & Contrast (B&C) and Color

Correction which are its nearest equivalent of the more advanced tools.


Adding a Custom Setting

To the right side of each AIC tool is a custom pull-down menu that features predefined settings for the AIC tool. For instance, some of these settings include

Automatic or No Correction. You can also add your own image correction setting for each AIC tool. That way, you can retrieve or load the setting at any time in the future.

To do this, choose an AIC tool and make the adjustments you desire to the image.

Then click the Add to Menu button in the AIC dialog box.

When another dialog box comes up, enter the name for the new setting. The new setting will appear in the custom pull-down menu of the Settings window for that particular AIC tool.

Click to save current custom setting and add into AIC ( Tone

Curve in this example) predefined settings menu in the Settings window (see below)

Saved custom setting (e.g., test4 ) is stored here. To retrieve and apply test4 to a new image to be subjected to a Tone Curve adjustment, click on this expansion arrowhead and choose test4 from the menu

Using AIC Tools 4-5

How to Choose the Correct Image Category

ScanWizard Pro provides several pre-defined image correction categories which can be applied as shortcut auto-correction your image.

To select the correct image category for your image, go to the Settings window and choose the option you wish from the Image Category menu. Select the image category that corresponds most closely to the image characteristics of your original.

The selected image category could be used as a starting point of enhancing your prescan before proceeding to further optimize it with the AIC tools.

• None: No image category conversion (default).

• Standard: An image that does not fall into any of the d category described below.

You can also use this category for images of good quality (neither underexposed nor overexposed, with accurate color and tones).

• Landscape: An image with cool atmosphere with broad tonal variation and a wide hue range. Examples include natural scenery, skyline with an expanse of blue sky, mountains and fields.

• Portraits (Skin Tones): An image with dominant skin tones and mid-tone details.

Examples include portraits and objects with fleece- or skin-like covering.

• Jewelry (Gold Tones): An image featuring dominant gold / silver hues. Examples include gold and silver jewelry, silverware.

• Sunsets: An image with warm reddish hues or a color cast reminiscent of sunsets.

Examples include scenes at dusk or twilight and images of the Grand Canyon.

• Metallic Subjects: An image with broad highlight and shadow details but with very narrow mid-tone details. Examples include audio equipment, TV sets, cameras.

• High Keys: An image with broad highlight tonal variation but with less shadow detail. Examples include snow-covered landscapes, wedding gowns, whitewashed structures.

• Low Keys: An image with broad shadow tonal variation but with less highlight detail. Examples include nighttime scenery, dark suits and clothing, a coal pit.

• Underexposed: An image with compressed tonal variation particularly in the shadow areas, characterized by an overall dark appearance typical of underexposed positive film.

• Overexposed: An image with compressed tonal variation particularly in the highlight areas, characterized by an overall bright appearance typical of overexposed positive film.


Image defined as Standard image category

In the example images at right, an overexposed original is shown in two different image categories. Because the original was overexposed to begin with, choosing the

Overexposed image category had the result of neutralizing the exposure, resulting in a better image.

Image assigned Overexposed image category

The same original did not fare as well when it was assigned the Standard image category (too bright overall, not enough contrast), because this image category is best used for originals of fairly good quality (sharp, neither underexposed nor overexposed). In this case, the original is with flawed exposure settings.

This example then shows the importance of choosing the correct image category that corresponds most closely to your original to obtain optimal results.

Using AIC Tools 4-7

Using the Dynamic Range Tool

Original image and lightness histogram without density correction, showing narrow tonal range

Corrected image and lightness histogram with density correction, showing a broader tonal range

The Dynamic Range tool is used to set the density capture range of the scanner and displays the density distribution (histogram) of the image to be scanned.

The Auto range (default) feature automatically determines the Dmin (minimum density, lightest tone) and Dmax (maximum density, darkest tone) of the image, and sets the scanner capture range.

In the example here, the original image has low contrast and a limited range of tones, as can be seen in the narrow image histogram. The solution; truncate or narrow the scanner’s range of density to the actual density range of the image (or smaller).

This would then redistribute the small density range of the image to the maximum range of the scanner output, and thus restore contrast to the image.

1. Place the image to be corrected on your scanner.

2. Click the Overview button to start an overview, and you will see the image appear in your

Preview window.

3. Select the area to be prescanned with the Scan

Frame tool, then click the Prescan button to obtain a prescan image, and switch to the

Prescan view from the View menu.

4. Click the Dynamic Range tool in the Settings window. The Dynamic Range screen will then appear.

5. Adjust the Dmin and Dmax values to an optimized range. To do this, move the sliders to the boundaries on both ends of the histogram.

6. Click OK to confirm the correction.

NOTE

: In the default Automatic setting,

ScanWizard Pro optimizes density capture range automatically. You only need to use the

Dynamic Range tool if you wish to further enhance image contrast.


Use the Dynamic Range tool to set the density capture range of the scanner.

In the example below, the original has a narrow image histogram skewed heavily to the right. In the corrected version, the dynamic range is adjusted more evenly or spread out toward the left, enhancing contrast to the image.

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Using AIC Tools 4-9

Using the White & Black Points Tool

Original image

The White & Black Points tool is used to change the shadow and highlight points of an image. (See note on next page for additional descriptions.)

By using this tool, you can manipulate an image to either bring out the highlights in a very dark image, or bring out more of the shadows in a very light image.

The White & Black Points tool can also be used to neutralize the color cast in the highlight and shadow regions.

In the example here, we need to set the shadows and highlights, as well as correct the color cast on both highlight and shadow regions.


2. Click the Overview button, and you will see the image appear in your Preview window.

3. Select the area to be prescanned with the Scan Frame tool, then click the Prescan button to obtain a prescan image, and switch to the Prescan view in the View menu.

4. Click the White & Black Points tool in the Settings window. The White & Black Points dialog box will appear.

5. Check the Shadows and Highlights Auto Neutralize options to “On” (default). This helps to neutralize the color cast in the shadow and highlight areas of the image.

6. Click the Auto button. This will automatically set the optimal highlight and shadow points for the image.

7. Check the Preview box so that the image in the Preview window is updated with the latest image correction. The update is done in the background and so may take a few seconds to show.


Image corrected with White &

Black Points tool


Use the White & Black Points tool to set the shadow and highlight points of an image, as well as to neutralize the color cast in shadow/highlight regions.

In the example below, the original has a slight color cast in the shadow and highlight portions of the image. With the use of the auto neutralizing and auto adjustment features, the color cast is removed, and the shadows and highlights are remapped accordingly.

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The shadow point is defined as the lightness value L in an image that is output as black (mapped to the Minimum Output Level), while the highlight point is defined as the lightness value L that is output as white (mapped to the Maximum Output Level).

The default values of the Minimum Output Level and Maximum Output Level are

L=5.0 and L=95.0, respectively.

Using AIC Tools 4-11

Using the Gradation Tool (LCH Mode only)

Original image

Image corrected with Gradation tool

The Gradation tool lets you adjust the midtones

(the mid-level grays) of the lightness channel “L” of an image without altering the color itself. This is because even with changes to the luminance or lightness value, the chroma and hue values are kept constant.

To prevent color images from losing saturation when adjusting the lightness, ScanWizard Pro provides a Saturation Range option. With this option, colors outside of a given chroma range are not affected by the manipulation of the gradation curve.

In the example here, the original image is underexposed, with the middle tones of the image being too dark. The solution: Lighten the tones to brighten up the image.



3. Select the area to be prescanned with the Scan

Frame tool, then click the Prescan button to obtain a prescan image, and switch to the

Prescan view in the View menu.

4. Click the Gradation tool in the Settings window. The Gradation dialog box will appear.

5. Move the pointer over the curve, and drag the center of the curve to the left. This brighten up the midtones of the image.

6. Check the Preview box so that the image in the

Preview window is updated with the latest image correction. The update is done in the background and so may take a few moments to show.



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Use the Gradation tool to adjust the midtones of the lightness channel “L” of an image.

In the example below, the original is underexposed, with the middle tones of the image being too dark. The corrected image shows the middle tones being brightened, but the saturation and hues of the image remain untouched.

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Using the Color Cast Tool (LCH Mode Only)

Original image

Image corrected with Color Cast tool

The Color Cast tool is used to eliminate any unwanted color casts in an image, as well as to add a color cast without altering the lightness channel “L” values.

In the example here, the original has a slight cyan cast that makes the image look cold and unappealing. The solution: Remove the undesirable color cast.



3. Select the area to be prescanned with the

Scan Frame tool, then click the Prescan button to obtain a prescan image, and switch to the Prescan preview from the

View menu.

4. Click the Color Cast tool in the Settings window. The Color Cast screen will appear.

5. Move pointer toward preview image (notice that the pointer turns into Neutral

Eyedropper pointer). With the Eyedropper pointer, click the color cast that you wish to remove. In the example here, we click on the

“watch tower” of the fishing boat to remove the unwanted cyan cast.

6. Check the Preview box so that the image in the Preview window is updated with the latest image correction. The update is done in the background and so may take a few moments to show.



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Use the Color Cast tool to remove an unwanted color cast or to add a color cast without altering the lightness channel “L” values.

In the example below, the original has a slight cyan cast to it. Using the Tag

Windows tool and clicking on the

“watch tower” of the fishing boat removes the unwanted cyan cast from the image.

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Using the Saturation Curve Tool (LCH Mode Only)

Original image

Image corrected with Saturation Curve tool

The Saturation Curve tool lets you increase or decrease the color intensity (chroma or saturation) of an image without altering its hue and lightness values.

In the example here, the colors in the original are not as saturated as they should be, resulting in a dull, lifeless image. The solution: To increase the saturation or intensity of the colors and restore vibrancy to the image.



3. Select the area to be prescanned with the

Scan Frame tool, then click the Prescan button to obtain a prescan image, and switch to the Prescan preview from the

View menu.

4. Click the Saturation Curve tool in the

Settings window. The Saturation Curve dialog box will appear.

5. Move the pointer over the curve, and drag the center of the curve to the left.

This increases the saturation of the image.

6. Check the Preview box so that the image in the Preview window is updated with the latest image correction. The update is done in the background and so may take a few moments to show.



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Use the Saturation Curve to increase or decrease the color intensity (chroma or saturation) of an image without altering the hue and lightness values.

In the example below, the colors are not as rich as they should be (notice the slightly muddied wash to the overall image). The corrected image shows deeper, richer tones, resulting in a more vibrant, lifelike image.

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Using the Selective Color Tool (LCH Mode Only)

The Selective Color tool is used to perform color correction to a specific color range without altering the other colors in an image. This is done either to increase the visual impact of a color or to completely change the relationship of the targeted color(s) to the other colors in the image.

In the example here, we want to increase the saturation of the sky and change the boat color but leave everything else untouched.


2. Click the Overview button to see the overview image in your Preview window.

3. Select the area to be prescanned with the Scan

Frame tool, then click the Prescan button to obtain a prescan image, and switch to the Prescan view from the View menu.

4. Click the Selective Color tool in the Settings window. The Selective Color dialog box will appear.

5. Select the From color or the color to be corrected.

In the example, move the pointer over the preview image (notice that the pointer turns into Neutral

Eyedropper pointer). Point the Eyedropper over the blue sky and click. (Steps 5 to 9 are repeated for the change in the ship’s color. Click the New button to define a second color.)

6. Check the Show Affected Areas option to see the targeted color(s).

7. Adjust the color range to be affected (the Delta

LCH values). To do this, drag the arc of the color wheel and the sliders of the lightness bar until only the sky’s blue color is affected.

8. Enter the To color or the color that will take the place of the original. Enable the To color mode by clicking on the To color label prior to entering the color. In the Color Wheel, move the To color marker to the desired chroma position.

Original image

Image corrected with Selective Color tool

9. Uncheck the Show Affected Areas option to see the corrected result, displayed on the right thumbnail.

10. Check the Preview box so that the image in the Preview window is updated with the latest image correction. The update is done in the background and so may take a few seconds to show.



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New button for defining succeeding colors to be changed

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Use the Selective Color tool to perform color correction to a specific color range without altering the other colors in an image.

In the example below, the color of the blue sky is changed with an increase in saturation, but all other colors in the image are held constant and remain unchanged.

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Using the Tone Curve Tool

Original image

Image corrected with Tone Curve tool

The Tone Curve tool is used to adjust the tonal distribution of each channel of an image. It functions very much like the Gradation tool, except that it provides additional functions to allow separate adjustments of the tones in each RGB or CMYK channel, depending on the image type. This tool is especially useful for correcting the “ink percentage” distribution (i.e., dot gain correction) in CMYK images.

In the example here, the original image looks cold, with a decidedly blue-green cast to it. The solution:

Increase the “ink percentage” of the yellow and magenta channels to bring out the warmer tones.




Frame tool, then click the Prescan button to obtain a prescan image, and switch to the Prescan view in the View menu.

4. Click the Tone Curve tool in the Settings window.

The Tone Curve dialog box will appear.

5. Select Curve as your “Method”.

6. Select Yellow as your “Channel”, and adjust the yellow channel by moving the curve slightly higher and towards the left, as shown.

7. Select Magenta as your next “Channel”, and do the same thing you did with the yellow channel, moving the curve slightly higher and towards the left.


Preview window is updated with the latest image correction. The update is done in the background and so may take a few moments to show.



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Use the Tone Curve tool to adjust the tones separately or as a whole for RGB/CMYK images.

In the example below, the original looks cold, with a preponderance of blue-green tones. The corrected version shows the image with adjusted tones in the yellow and magenta channels, resulting in a rosier, warmer look.

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Using the Filter Tool

Original image

Image corrected with Unsharp Masking filter tool

The Filter tool is used to apply special effects to your images. Several filters are provided in

ScanWizard Pro, including various Blur / Blur More,

Sharpen / Sharpen More, Emboss, and Edge

Enhancement.

In the example here, the original is a bit blurry to begin with. The solution: Use the Unsharp Masking filter to increase sharpness in an image.




Frame tool, then click the Prescan button to obtain a prescan image, and switch to the

Prescan view from the View menu.

4. Click the Filter tool in the Settings window. The

Filter dialog box will appear.

5. Check the option, Simulate Unsharp Mask Effect

on Preview Images.

6. Check the option, Apply Filter to Lightness channel only.

7. Select Unsharp Masking from the Filter dropdown menu. The Unsharp Masking dialog box will appear.

8. Adjust the Strength and Mask Size parameters until you are satisfied with the effect displayed by the thumbnail.

9. Click OK to return to the Filter screen.


Preview window is updated with the latest image correction. The update is done in the background and so may take a few seconds to display the result.



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The Filters tool applies special effects to your images.

In the example below, the Unsharp Masking

(USM) filter is used to increase sharpness in the image and improve image quality.

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5 Special Features & Advanced Scenarios

This section of the manual touches on the special features of ScanWizard Pro and provides more advanced scenarios on how to use the program.

• How to Edit Multiple Scan Jobs

• How to Scan Multiple Jobs

• How to Use ScanWizard Pro Working Directory

• How to Use the SnapTrans Templates

• How to Use the Magic Diamonds

• How to Customize Negative Film

• How to Scan and Display an Image on a 640 x480 Monitor

Special Features 5-1

How to Edit Multiple Scan Jobs

ScanWizard Pro lets you edit multiple scan jobs at the same time, increasing your efficiency in using the software.

If you want to....


In the scenario below, each scan job has its own image type setting (RGB, CMYK, Lab Color) and its own resolution setting (from 100 to 300 dpi). With multiple job editing, you can select all the jobs and then change their image type and resolution in a few quick steps, and then, say, apply a filter to all the images.

1. Define the scan jobs in your Scan Job window. If you wish to see how this scenario works, try setting up each scan job as a different image type with its own resolution, so that each of the jobs has varying settings.


Go to the Preview window, and select the desired image-processing option from the Correction menu.

Alternatively, you can go to the

Settings window and click on an image processing button. If all your images are of the same type, you can edit and apply image corrrections to all the selected scan jobs simultaneously.

2. Select all three scan jobs in the Scan Job window. To include each scan job for selection, use the Shift + Click combination (pressing the Shift key while clicking the mouse at the same time).

3. Go to the Settings window, and choose an image type that will apply to all the scan jobs. In the example here, we selected CMYK.

4. Choose a resolution setting that will apply to all the scan jobs. In the example here, we selected

300 dpi.

5. As a last step, apply a filter to all the scan jobs. In the example here, we chose the Unsharp

Masking filter. Take note that any of the Advanced Image Correction tools (such as the filters) can be applied to scan jobs simultaneously only if the jobs are of a similar image type (in this case, all are CMYK).


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Kid & Beach

City View

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How to Scan Multiple Jobs

Oftentimes, you will need to scan several images at a time or find yourself wanting to scan multiple jobs to save time. The sample scenario below shows how this can be done.

1. Place the images to be scanned on your scanner.

2. Go to the Preview window, click the Scan Material icon, and choose the correct scan material type.

3. In the Preferences menu, choose More, then check the Smoked Glass option. This feature will help you distinguish the different scan jobs created, especially if each one is of a different image type

(RGB color, Lab color, grayscale; shown in example here).

4. Click the Overview button to start an overview. The images will appear in the Preview window.

5. If the Scan Job window is not open, go to the View menu and choose Show Scan Job window.

6. Create the other scan jobs that you need. To do this, use the Duplicate or New button, or Shift+Drag the current scan frame to form new ones.

7. Define the settings for each scan job. To do this, highlight one or more scan jobs in the Scan Job window, then specify the appropriate settings (type, resolution, etc.) in the Settings window for these particular scan jobs.

NOTE : Changed settings will apply to all selected jobs (highlighted jobs). For more information, see the “How to Edit Multiple Scan Jobs” scenario.

8. If you like what you see in the Preview window, click the Scan button to start scanning.

If you want to....



Go to the Settings window, and from the

Type box, choose the appropriate image type for each scan job.


7)

Go to the Settings window, and enter the desired output dimensions (width and height) in the output dimension edit boxes for each scan job. The scan frame may change slightly, and you may want to go back to the Preview window to move the scan frame and enclose the area you want.


(before step 8)

Go to the Settings window, and enter the resolution value in the Resolution edit box for each scan job.

See a more detailed preview image or do multiple prescans (after step 7)

Go to the Preview window, highlight the scan job you wish to see in detail, and click the Prescan button. You can also do multiple prescans if you have multiple scan jobs. Simply choose all the scan jobs in the Scan Job window, then click the

Prescan button. To view the various prescan images, go to the View menu and switch among the different views possible.


Go to the Preview window, and select the desired image-processing option for each scan job from the Correction menu.

Alternatively, you can go to the Settings window and click on an image processing button; the Advanced Image Correc-

tion dialog box will then appear.


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How to Use ScanWizard Pro Working Directory

The ScanWizard Pro working directory helps you get the most productivity out of your scanner, especially if you need to perform several multiple scanning jobs. You can assign your own working directory for each scanning session or use the default directory at windows\twain_32\scanpro\data\.

Current scan jobs are automatically save in the working directory whenever you -

• change to a new working directory for your next scanning session.

• quit ScanWizard Pro.

This will also help in preventing accidental loss of scan jobs in case of inadvertent system failure.

Suppose you want to scan several sets of 35 millimeter color filmstrips for your digital album. Here is what you should do to allow the working directory helps speed up things for you.

1. If you are using a dual-bed scanner, load the appropriate template with your first set of negative filmstrips, and insert the tray into your scanner’s lower bed. If you are using a flatbed, use a Transparent

Media Adapter.

2. Go to the Preference menu and choose More. In the dialog box, enter an appropriate folder name. e.g.,

Gallery I as your current scan session working directory.

3. Select the appropriate Scan Material type (Negative

Film in this example) in the Preview window, and click the Overview button. Notice that each frame of the filmstrips is auto-selected (enclosed in scan frames) and each frame has been auto-assigned with jobnames as shown in the Scan Job window. You may on-line edit the jobnames to provide your own jobnames.


4. If you wish to provide all jobs with one common settings, select all the scan jobs and proceed to make the required settings and image correction in the Settings window. All adjustments you make will apply to all selected scan jobs. See How to

Edit Multiple Scan Jobs in this chapter.

5. At this stage you may elect to change the working directory or folder (e.g., Gallery

II) for the new set of filmstrips or quit

ScanWizard Pro. Whichever you do, the current scan jobs are automatically stored in the Gallery I folder.

6. If you are going to perform another scanning session with the next set of filmstrips, repeat from Step

2 again.


How to Use the SnapTrans Templates

ScanWizard Pro provides a way to use the SnapTrans™ templates on scanners featuring the E.D.I.T technology.

The templates are holders designed to secure a variety of film, such as 4” x 5” film, 6cm x 9cm film, 35mm filmstrips, and 35mm mounted slides (that can be mounted in either landscape or portrait orientation).

This scenario shows you how to choose a particular template, which then loads predefined scan jobs for you to help in automating the scanning process.

1. After mounting the film holder with your orignal, go to the Scan Job window, and click on Load Save button.

2. Then click the SnapTrans Templates button. The

SnapTrans Templates dialog box appears.

3. From the SnapTrans Template, choose the correct reflective scan material (Positive Film/Negative Film) from the Material box.

4. Select the template to be loaded for your reflective material by clicking the appropriate template icon.

5. Click the Add button to implement the chosen template.

The pre-defined set of scan frames (based of the selected SnapTrans templated) are then displayed on the Preview window. At the same time, the Scan Job window will also show the pre-defined scan jobs.

6. From hereon, do an overview to see the images in the

Preview window, and continue with the process of matching each overview image with each of the predefined scan jobs in the Scan Job window.

7. When you are done, click the Scan button in the

Preview window to start scanning with the use of your selected SnapTrans template.

NOTE

: The pre-defined scan jobs that are created in this process are in their default settings, and may not what you want. To change the settings easily among multiple scan jobs, see the “How to Edit Multiple

Scan Jobs” scenario.

If you want to....


Select an output image type

(after step 6)

Go to the Settings window, and from the Type box, choose the appropriate image type for the image to be scanned.






Settings window and click on an image processing button.


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How to Use the Magic Diamonds

The “Magic Diamonds” that are a part of the Tag

Windows feature in ScanWizard Pro let you set the white and black points, as well as remove any unwanted color casts in an image without having to bring up the color adjustment/correction screens.

In the example here, the image has a slightly grayish cast

(i.e., less contrast), which can be removed easily with the use of the Magic Diamonds.

1. Place the image to be scanned on your scanner.


Material icon. From the submenu that appears, choose the correct scan material type.


4. Click the Eyedropper tool from the Preview window.

5. Click a black or dark area in the image where you wish to be your new shadow point. A black “Tag #1” window will appear (indicated by a black strip at the bottom of the Tag window) with the corresponding

RGB/LCH values of the spot where you had clicked.

Click the Black Diamond button to set the spot as your new shadow point.

6. Next, click a white area in the image where you wish to be your new highlight point. A white “Tag #2” window will appear (indicated by a white strip at the bottom of the Tag window) with the corresponding

RGB/LCH values of the spot where you had clicked.

Click the White Diamond button to set the spot as your new highlight point.

7. Now, click on the area with unwanted color cast which you wanted to remove. In the example here, we clicked the light gray color on the boy’s T-shirt. From the “Tag #3” window, click the Center Diamond button to set remove the color cast and neutralize the image. In case you want to add a color cast, press Alt key while clicking on the centdr button.

If you want to....



(after step 2)

Go to the Settings window, and from the Type box, choose the appropriate image type for the image to be scanned. For monitor display of images, choose RGB, Grayscale, or

Web / Internet colors.






Settings window and click on an image processing button.


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How to Customize Negative Film

With ScanWizard Pro, you can create a customized film profile for your negative film, based on an existing negative film profile. This lets you create film profiles at will or as the need arises, and allows you to use the profiles for subsequent scans as well.

1. Place the negative film (preferably with blank or unexposed frame) to be customized in the proper film holder and insert into your scanner.

2. Go to the Preview window and click the Scan Material icon. From the submenu that appears, choose Negative Film.

3. Go to the Settings window, and click the Film Type button. Select Custom at the bottom of the menu.

4. When the Customized Negative Film Type dialog box appears, follow the steps outlined. First, click the Overview (Step 2) option in the dialog box. When the overview image appears in the dialog box window, plot a scan frame on the blank area of the film or on the blank space between two exposed frames.

5. Click the Prescan (Step 4) option. When the prescan image appears, fine-tune the selection area you made in step #4 to make sure that the film blank area is properly selected.

6. Choose the base film type on which the custom negative film profile will be based for Step 6 of the dialog box. In general, select an existing film profile closest to your new film type. Kodak Gold 100-

6 in this example.

7. Click the Customize (Step 7) option in the dialog box.

8. When the customization process is completed, you will be promted by the Save Custom Film Type dialog box to enter a file name for the new negative film profile. A description is provided but may be changed if you want to. Take note that the new film will later appear in the Settings Window Film

Type menu by description, not by file name.

9. Click the Save button. The saved profile will now appear in the Film Type menu in the Settings window.

10. Click the Close button in the Customize Negative Film Type dialog box to return to the Preview window.

11. Select the newly created customized profile from the Film Type menu to scan your customized film type. In this example, it is Kodak Gold 100 New.


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Prescan image showing blank

(unexposed) area of film selected

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How to Scan and Display an Image on a 640 x 480 Monitor

At times, you may wish to scan an image and then scale or resize the image so that it can be displayed on your monitor (either as a screen saver or wallpaper). The sample scenario below shows how this can be done.

1. Place the image to be scanned on your scanner.

2. Go to the Preview window and click the Scan Material icon. From the submenu that appears, choose the correct scan material type.


4. Go to the Settings window, and choose pixels as your unit of measurement. Then, enter the resolution value in the Resolution edit box — 72 dpi in this case for monitor display. If you change the resolution after specifying the output dimensions, the dimensions will change, and you will then need to re-enter the correct output dimensions again.

5. Change to an initial scaling value of 200% in the scaling menu. This step is necessary because most scanners have a scan bed of only 8.5”, and this is not enough to generate 640 pixels with the 72-dpi resolution specified in Step #4 (8.5” x 72=576, not 640).

To compensate for the shortage in scan bed length, we boost the scaling factor to 200%. Do not worry about this; the final scaling will be changed but the output dimensions will still be preserved.

6. In the Output edit boxes, enter “640” for width and

“480” for height. You will notice that the scan frame in your preview image changes.

7. Check the Fixed Output Size box. Take note of the flashing frame (marquee) around the selected area. If you adjust or move the scan frame, the scaling will change accordingly.

8. If you like what you see in the Preview window, click the Scan button in the Preview window to start scanning.

If you want to....



(after step 2)

Go to the Settings window, and from the Type box, choose the appropriate image type for the image to be scanned. For monitor display of images, choose RGB, Grayscale, or

Web / Internet colors.


Go to the Preview window, highlight the scan job you wish to see in detail, and click the Prescan button.


Go to the Preview window, and select the desired image-processing option from the Correction menu.


Settings window and click on an image processing button.


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Appendix

The following are the contents of the Appendix section:

A Color Matching for Advanced Users

B Available File Formats for “Scan to File” Function

Appendix-1

A Color Matching for Advanced Users

This is dimmed when operating under LCH mode

To keep color consistency between the scanner, monitor, and printing device,

ScanWizard Pro applies Kodak CMS (Color Management System) with ICC

(International Color Consortium) profile standards.

When you install ScanWizard Pro 6.0, the CMS installer will prompt you (with the

Color Matching Setup dialog box) to match your color monitor and printer with the provided list. The dialog box allows you to select the correct ICC profile to match your color monitor and color printer. You may, however, change and update your existing settings after installation by clicking the Color Matching Setup command from the Reference menu. The default profile for color monitor is “Generic P22 1.8

Gamma Monitor” and printer will set to “Display.”

Monitor selection shown here is set at default profiles for monitor and printer

CMYK printer profile. No default provided. Must select one if required

Display using monitor compensation

This check box controls the option on how the RGB destination data will be displayed. If check box is unchecked (disabled), the RGB data is displayed directly to the monitor. If checked, the RGB destination data will be simulated for the selected type of display monitor.

Appendix-2 ScanWizard Pro for Windows Users Guide

Display:

This feature allows you to select the type of color monitor that corresponds with the one currently in use. The selected monitor profile is applicable only when the Display

using monitor compensation check box is enabled (checked).

NOTE : If the monitor type you need is not listed, select Generic P22 or Generic

EBU. These two profiles are compatible with most of the monitors.

Native mode RGB colo

r

matching (Native Color

Mode only)

If the Native mode RGB color matching checkbox is unchecked, the ICC profile only applies to the RGB color for matching without applying to other output devices (e.g., printer or image typesetter). If checked the ICC profile applies to both the color monitor and output devices.

This check box should generally be checked (enabled) unless you want to scan raw color data, in which case you lose the compensatory effects of the Color Matching system. Also note that it is not desirable to scan in raw data and then perform data conversion. This will generate incorrect CMS effect.

Embed ICC destination profile in scan image

If chek box is checked, the ICC information is also saved and embedded with your scanned image file. When the saved images are opened by an image editing application (e.g., Photoshop), the embedded image data are also delivered to the application. This will saves color matching conversion time and results to a well preserved data of the image.

Appendix-3

RGB destination:

This feature lets you select the RGB output device (e.g., display monitor, or RGBbased printer) for matching RGB Color family images (including RGB colors, 48-bit

RGB colors, and 256 colors image types).

A number of RGB profiles is provided with ScanWizard Pro 6.0. If you can not find the

ICC profile for your monitor or RGB device, contact your device manufacturer. To add a specific ICC profile, click Add Profiles button to load the required ICC profile from its source. Some device suppliers (e.g., HP, Kodak, etc.) have made their ICC profiles available from the web sites.

CMYK destination:

If your image type is CMYK color, this function lets you select the CMYK based color printer or commercial offset printing standards for color separation.


Add Profiles Button

The Add Profiles button is provided which will allow you to add additional ICC profiles that normally came with your device (e.g., display monitor or printer). You may add profiles when you can not find the ICC profile for your device from those provided with the ScanWizard Pro 6.0.

You may also source additional

ICC profiles from web sites as some device suppliers (e.g., HP,

Kodak, etc.) have made their

ICC profiles available from

Internet.

Select the profiles you need, then click on the Open button to load the additional profiles into ScanWizard Pro 6.0. This may take a while to process.

NOTE

: When you purchase color monitor or color printer, check to make sure your supplier provides the corresponding ICC profiles.

Info Button

This button displays basic profile information for the current selected devices

Preview Button

Clicking on the Preview button immediately updates the Preview window image when a new color profile is selected. This will reflect colors consistent with the newly selected profile.

Refresh Button

Clicking on the Refresh button updates the ICC profiles stored in \Windows\

System\color and \Windows\System32\color folder. This command is required only if you have removed obsolete ICC profiles from the above mentioned folder to save disk space.

Appendix-5

B Available File Formats for Scan to File

Function

ScanWizard Pro TX’s “Scan to File” features batch-scanning function, allowing you to carry out scan-and-save images as several file formats. Not all file formats are available for different image types, you should select the proper file format with the image type that meets your requirements. For details, see the following crossreference table.

RGB Colors

RGB Colors (48-bit)

Gray Scale

Gray Scale (16-bit)

CMYK Colors

Lab Colors

Web/Internet Colors

256 Colors (Default)

256 Colors (Custom)

TIF

ü

ü

ü

ü

ü

ü

ü

Line art

B & W Diffusion

ü

EPS

ü

BMP PSD SCT JPG

ü ü ü

ü

ü

ü

ü

ü

ü

ü

ü

ü

ü

ü

ü

ü


Appendix-7

Microtek ScanMaker 5, ScanMaker i900, ScanWizard Pro User`s guide

Microtek

ScanWizard Pro

User's Guide

for Windows

Contents

1Introduction

2 Getting Started

3 Basic Scenarios

4 Using the AIC Tools

5 Special Features & Advanced Scenarios

Appendix

A Color Matching for for Advanced Users

B Available File Format Color for "Scan to File" Function

1 Introduction

What is ScanWizard Pro?

A Powerful New Software

The ScanWizard Pro Interface

Settings window (LCH mode)

Scan Job window

Information window

Preview window

System Requirements

Installing ScanWizard Pro

About this Users Guide

2 Getting Started

Using the Scan Mode

Using the Batch Mode

Exiting ScanWizard Pro

Color Matching

3 Basic Scenarios

How to Scan a Color Photographic Print

How to Scan a Color Positive Transparency

How to Scan a Color Negative

How to Scan a Line Art Image

How to Scan a Newspaper or Magazine Image

4 Using the AIC Tools

The LCH Color Model

Selecting LCH or Native Color Space

Workflow for Optimizing Images

Adding a Custom Setting

How to Choose the Correct Image Category

Using the Dynamic Range Tool

Using the White & Black Points Tool

Using the Gradation Tool (LCH Mode only)

Using the Color Cast Tool (LCH Mode Only)

Using the Saturation Curve Tool (LCH Mode Only)

Using the Selective Color Tool (LCH Mode Only)

Using the Tone Curve Tool

Using the Filter Tool

5 Special Features & Advanced Scenarios

How to Edit Multiple Scan Jobs

How to Scan Multiple Jobs

How to Use ScanWizard Pro Working Directory

How to Use the SnapTrans Templates

How to Use the Magic Diamonds

How to Customize Negative Film

How to Scan and Display an Image on a 640 x 480 Monitor

Appendix

A Color Matching for Advanced Users

Display using monitor compensation

Display:

Native mode RGB colo

matching (Native Color

Mode only)

Embed ICC destination profile in scan image

RGB destination:

CMYK destination:

Add Profiles Button

Info Button

Preview Button

Refresh Button

B Available File Formats for Scan to File

Function

Related manuals

Microtek

ScanMaker 6400XL

Ultima Electronics Corp

ITEUECMINI2K

Microtek

About this Users Guide

How to Use the SnapTrans Templates

B Available File Formats for Scan to File