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The stitch type selection selects how the object will be filled.
Different stitch types are used to give a specific appearance to the embroidery. Select from the list at the left to view properties of that stitch type.
The available stitch types will vary depending on the level of the program you have.
The most common stitch type for Normal Fill is Step Satin. Step Satin is sometimes called Tatami, or simply Fill Stitch
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Satin
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Satin stitches are stitches that travel from one edge of the object to the opposite edge of the object in one step. A normal satin uses one straight stitch and one angled stitch. The maximum effective distance for a satin stitches is about 6 mm for general embroidery. Satin stitches longer than this tend to pull out and unravel. Therefore, satin stitch type is not normally used for Freeform shapes with Normal fill.
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Step 1:1
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S tep 1:1 is a fill type stitches where all of the needle penetrations align giving the illusion of rows of satin stitching. The image at the right shows how the needle penetrations in every row align.
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Step 1:2
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S tep 1:2 is a fill type stitches where the needle penetration on every other row of stitches fall in between the previous rows (half split) making for a flatter appearance to the stitching. In the image at the right, the rows of stitching are numbered. Notice how the stitch points in row 2 and 4 fall in between the points for rows 1 and 3.
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Step 1:3
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S tep 1:3 is a fill type stitches where the needle penetration on every other row of stitches fall 1/3 the distance between the previous rows making for a flatter appearance to the stitching. In the image at the right, the rows of stitching are numbered. Notice how the stitch points in row 2 and 4 fall at 1/3 the step length between the points for rows 1 and 3.
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Step Satin
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S tep Satin divides 3 rows of stitches equally into thirds. This is the most common step fill type of stitch and is sometimes generically referred to as Tatami or even simply Fill Stitch.
The image at the right shows how the needle penetrations in in the second and third rows split the first row. The fourth row resets the repeat established in row 1.
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Step Angle
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![](lib/NewItem1067.bmp)
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Step Groups
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![](lib/NewItem1065.bmp)
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Step 1/2 Wave
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![](lib/NewItem1063.bmp)
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Step Sine Wave
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Step Sine Wave creates a wave pattern in the fill area. The height and width of the pattern is set in the embroidery settings
Embroidery Setting for Step Sine Wave
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Width:
This setting defines the width of 2 cycles of the wave as indicated by the W in the image below..![](lib/NewItem1060.gif)
Height:
This setting defines the height of the wave as indicated by the H in the image at the right.
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Step Pattern
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![](lib/NewItem1058.bmp)
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Free Step
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Free step allows for 2 additional parameters which function similar to Minimum Border Satin. The Free Step stitch type is based upon 3 repeating rows of stitching. The first row uses the Minimum Border Satin to determine the stitch offset (start stitch), The Second and Third row offsets are controlled by the settings below.
Embroidery Setting for Free Step
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Second Row Offset:![](lib/NewItem1055.jpg)
The amount in 1/10 mm to add to the Minimum Border Satin parameter to offset the second row of stitching
Third Row Offset:
The amount in 1/10 mm to add to the Minimum Border Satin parameter to offset the third row
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Random Step
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Produces a random effect for use in organic designs such as animal fur, grass etc. Random Step is based upon Step Satin with one additional parameter for randomization.
Embroidery Setting for Random Step
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Random Percent:
This setting controls the percentage of randomness inside the fill area. A setting of 0 will provide no randomization, while a setting of 100 will apply maximum randomness.
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Sequin
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![](lib/NewItem1051.bmp)
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E-Stitch
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The E-Stitch is used primarily to hold down an appliqué, but it can also be used to produce other effects such as grass.
Embroidery Settings For E-Stitch
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Enable Step:
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Normally the E-stitch is created as a single stitch. However, if the column is wide, the e-stitch will be very long. Enable Step allows this to be sewn as step satin stitches. The E stitch will not normally be created at densities less than 10.
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Step Length:
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The length of the step in the e-stitch if Enable Step is activated
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Random Step:
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Enables a random type of stitch placement for the e-stitch
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Random Percent:
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Determines to amount of randomization for the stitch points
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Set E every:
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![](lib/NewItem1048.gif)
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Determines how close together the E stitches will be placed. This control allows the E stitch to be placed on every 2nd, 3rd etc.. stitch. When using this feature, the intermediate stitches will be eliminated. The same effect can be achieved by changing the density.
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Change Side:
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Swaps the side of the column the E Stitch is applied to.
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Motif
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![](lib/NewItem1046.bmp) Motif stitches are low density fill patterns used to enhance the fill areas of your design. The Motif fill utilizes a repeating pattern of a small stitch design. The resulting stitch count for areas filled with Motif stitches vs standard step stitches can be dramatically lower
Refer to the Tutorial "Motif Stitch Settings" for detailed information on Motif Stitches
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Custom Step
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Custom Step allows you set up your own custom fill stitch pattern. A Custom step is unlike Pattern Step in that it does not use a Motif, or Pattern to generate the custom fill. It instead allows you to define how many stitches are in a group and how many splits to apply to that group
Refer to the Tutorial "Creating a Custom Step Stitch Type" for detailed information on Custom Step
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Bitmap Step
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Bitmap Step can be used to recreate intricate details in an area where a normal pattern step is not quite right. In the Images directory of your program you will find 2 images BSDragon.BMP and BSFlower.BMP. Open one of these images and create a block of stitches on any part of the image. Set stitch type to Bitmap Step and apply. You will notice that the stitch penetration points will be orientated on any black line in the image.
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