Owner's Manual

116
Layout & Editing Inputting Images and Embroidery Patterns
To display the outline extracted from the
analyzed image, select the Show Outline
check box.
Under Analysis Parameters, select the
desired image-analyzing settings.
Noise reduction: Sets the level of noise
(distortions) that is removed from the image.
Segmentation sensitivity: Sets the
sensitivity for the image analysis.
Outline smoothness: Sets the smoothness
of the extracted outline.
Max. Number of colors: Sets the number of
colors used.
From the Thread Chart selector, select the
desired thread color chart. The most
appropriate thread colors from the selected
thread chart are selected. A user thread chart
can also be selected.
To display the original image, click the
Original View tab.
b Memo:
After changing the settings, click
Retry
to
display the image with the new settings
applied. If
Retry
is not clicked, the new
settings are not applied.
To quit the operation and close the dialog
box, click
Cancel
.
To return to the previous dialog box, click
Previous
.
2. On the Result View tab, click the areas of the
image to select whether or not they are to be
sewn.
b Memo:
Areas not set to be sewn are shown filled
with a crosshatch pattern.
3. If necessary, in the Omit Colors list, click the
colors to select whether or not they will be
sewn.
b Memo:
Colors that are crossed out are set to not be
sewn.
4. After selecting the desired settings, click
Finish.
An embroidery pattern is created from the
analyzed data, the appropriate thread col-
ors and sew type settings are applied, and
then the pattern is displayed in the Design
Page.
b Memo:
The sew type settings of the created
embroidery pattern can later be changed in
the same way as the settings for other
objects.
If Photo Stitch 1 (Color) is
selected
A Select Mask dialog box similar to the
one shown below appears.
These areas
will not be sewn.
a Note:
If the width or height of the image exceeds
500 mm, the Photo Stitch functions cannot
be used.
PeDesignV6Eng.book Page 116 Thursday, July 8, 2004 11:59 AM