Programmable Stitch Creator in PE-Design 11: Build a Clean Motif Stitch (and Fix the “Straight Line on Curves” Trap)

If you have ever spent hours building a cute motif stitch, applied it to a circle in Layout & Editing, and then felt your stomach drop because random straight segments appear between repeats—take a breath. You didn't "break" PE-Design 11. You hit a baseline geometry problem that catches almost every capable digitizer the first time they attempt custom motifs.

Machine embroidery is an unforgiving blend of art and engineering. The screen lies to you; it shows an idealized version of reality. But when the needle hits the fabric, physics takes over.

This post rebuilds Terry’s workflow for creating motif stitches in PE-Design 11 / Palette 11 using Programmable Stitch Creator, but we are going to go deeper. We will cover the exact fix for the "straight line on curves" issue, and I will add the shop-floor habits—versioning, test shapes, and consistency protocols—that keep you from wasting an entire afternoon chasing ghosts.

The calm-first primer: what Programmable Stitch Creator is really doing with the baseline

To master this tool, you must understand the underlying logic. Programmable Stitch Creator is not just "drawing a tiny design." It is defining a repeatable stitch unit (a brick) that the software can place along a path (the road).

When you look at the creator window, you see three critical elements:

1. A horizontal baseline: Think of this as the floor or the "string" your beads will sit on.
2. A Blue Start Point: Where the needle enters the unit.
3. A Red End Point: Where the needle leaves the unit to travel to the next one.

The "Why" Behind the Error: When you apply this motif to a curve in Layout & Editing, the software connects the Red Point of one tree to the Blue Point of the next. If your motif artwork sits too far above that baseline, the software has to travel a long distance from the baseline to get back to the design. On a straight line, this is hidden. On a curve, that travel path becomes a straight geometric chord—a "bridge" that cuts across your beautiful arc.

That is the core emotional takeaway: the scary straight segments are usually a baseline placement mistake, not a software bug.

The “hidden” prep that saves you later: template choice, grid behavior, and a versioning habit

70% of embroidery failures happen before the software is even open. They happen in the planning phase. Before you click a single point, set yourself up so edits are painless.

What to prep (and why it matters)

• Pick a simple "Raster" template: Use a BMP, TIF, JPG, or PNG. Terry uses a Christmas tree PNG as a clean silhouette. Complexity is the enemy of the novice.
• Decide the "Physical" Use Case: Is this an Outline (running stitch style) or a Fill/Stamp? Terry’s key note: For outline usage (common in IQ Designer workflows), you generally want the stitch you create to sit above the baseline.
• Master the Grid: Grid snapping acts like a magnet. It is excellent for architectural straight lines but will sabotage organic curves by pulling your nodes where you don't want them.

Hidden Consumables List

• Graph Paper/Sketch Pad: Sketch your start/end logic before digitizing.
• A "Known Good" Test File: A simple circle shape saved in Layout & Editing to test your motif immediately.

Prep Checklist (do this before digitizing)

• File Check: Confirm your template is a clean raster file (BMP/TIF/JPG/PNG).
• Strategy: Decide if this is for an outline (above baseline) or fill (centered).
• Grid Hygiene: Turn grid lines ON for straight segments; turn them OFF for curves.
• Naming Protocol: Plan a naming convention with version numbers (e.g., "Christmas Tree 05")—never use "Final".
• Test Bed: Have a Layout & Editing window open with a 4-inch (100mm) circle ready for testing.

A quick comment-driven reality check: viewers often ask where to "find the tree files." In Terry’s video, the important part is not the specific artwork—it’s the method. Use any simple silhouette you have rights to use, and treat it as a tracing guide.

Open Programmable Stitch Creator in PE-Design 11 / Palette 11 without hunting menus every time

Efficiency comes from muscle memory. Terry launches it through the Options area and opens the standalone Programmable Stitch Creator window.

Visual Check:

• A blank grid background.
• The dark horizontal baseline.
• The Blue (start) and Red (end) markers clearly visible.

If you are on Palette 11 (Baby Lock's version), Terry notes it works identically. The interface is shared DNA.

Import a PNG/JPG template and resize it the way digitizers actually do (fast, clean, repeatable)

Terry imports the raster template and resizes it using the red bounding box handles.

Key Operational Detail: Positioning is everything. For outline stitches intended for My Design Center / IQ Designer workflows, Terry recommends creating the stitch above the baseline. Imagine the baseline is the fabric surface, and your tree is standing on it.

How to do it cleanly:

1. Action: Click Open Template.
2. Select: Choose your raster file (e.g., the Christmas tree).
3. Resize: Use the red bounding box corner handles. Sensory Anchor: Drag until the motif fits comfortably within the grid without crowding the edges.
4. Refine: Adjust transparency so you can see your template, but clearly see your new stitch points over it.
   

Digitize the motif shape with points: the “click rhythm” that prevents ugly corners and snapped curves

This is the tactile part of the process. Most beginners fail here by either Over-Pointing (creating a jagged, stiff motif) or Under-Pointing (the shape collapses like a deflated balloon).

Terry’s method is straightforward:

• Left-click to place points around the silhouette.
• Correction: If a point snaps to the wrong grid line, drag it immediately to correct it.
• Deletion: If your path gets messy, right-click (or use the delete tool depending on your shortcut setup) to remove the point and keep the rhythm going.
• The Close: At the bottom, create overlapping points to visually close the base of the tree.

Expert Insight - The "Point Economy": Use the fewest number of points possible to describe a curve.

• Bad: Click-click-click-click (creates a jagged, serrated edge).
• Good: Click... [long curve]... Click.
• Why? Every point is a needle penetration. Too many points create density lumps that can break needles or shred thread.

Pro-Tip: Terry explicitly warns that grid snapping can misplace points on curves. Turn the grid off when tracing the organic slopes of the tree branches.

Save the .PMF motif file like a pro: default size, naming, and why “Tree 5” is smarter than “Final”

Terry saves the motif via File > Save As. The unique file extension for this format is .pmf.

Critical Details:

• Versioning: She recommends adding a number to the name (e.g., “Christmas Tree 5”).
• Scale Awareness: The default size is 12.5 mm (approx 0.5 inches). This is small. Keep this mental scale in check.

The "Why" of Naming: In professional digitizing, we never overwrite files until the project is shipped. You are about to test on a curve. You will likely need to adjust the baseline. If you overwrite "Tree_Final.pmf" with a bad edit, you have lost your reference point.

• Tree_01_Base.pmf
• Tree_02_MovedUp.pmf
• Tree_03_SpacingFix.pmf

This looks tedious, but it gives you a safety net.

Apply the motif in Layout & Editing: the exact path to “Motif Stitch” in Sewing Attributes

Now we leave the "Creator" and enter the "Editor." This is where the simulation meets reality.

Terry’s workflow in Layout & Editing:

1. Draw: Create a shape (she uses a simple circle).
2. Open: Navigate to the Sewing Attributes tab.
3. Switch: Under outline settings, change Outline Sewing from "Running Stitch" or "Satin" to Motif Stitch.
4. Load: Select your newly saved tree motif file (Tree 5).
5. Scale: Resize while maintaining the aspect ratio if needed (hold Shift or check the aspect ratio box).

This is the "Moment of Truth"—where you will first see if your motif behaves on curves.

Setup Checklist (before you judge the result)

• Mode Check: Confirm you are in Layout & Editing (not still inside the Creator window).
• Panel Visibility: Sewing Attributes panel is open.
• Attribute Selection: Outline Sewing is set to Motif Stitch.
• File Verification: You selected the correct .pmf version (e.g., Tree 5 vs Tree 4).
• Geometry Check: You resized with aspect ratio maintained (otherwise your tree looks like a bush).

A comment-based "watch out": one viewer noted that moving the blue and red dots closer can affect spacing. That instinct is useful—spacing control is real—but do not use spacing tweaks to hide a baseline error. Fix the geometry first.

The classic failure: why straight connector lines appear between motif repeats on a curve

Here is the exact symptom Terry shows: when the motif runs around a curved circle outline, you see flat/straight line segments connecting the bottom of one tree to the bottom of the next, cutting across the arc of the circle.

The Diagnosis: The baseline (stitch line) was left too far below the actual motif design.

The software is legally bound to follow the Start (Blue) and End (Red) points you defined relative to that line. It performs a straight-line travel stitch to bridge the gap. On a curve, a straight line between two points on an arc creates a chord—cutting off the curve.

This is a geometry error, not a glitch. The software doesn't "know" the bottom of the tree is the bottom until you align it to the baseline.

The fix that actually works: move the baseline up until it kisses the bottom of the motif

Terry’s correction is simple and decisive. Do not try to fix this in Layout & Editing. Go back to the source.

1. Return: Go back to Programmable Stitch Creator.
2. Open: Load the specific .pmf file you were working on.
3. Adjust: Move the horizontal baseline UP. Sensory Check: You want the baseline to touch or "kiss" the very bottom pixels/stitches of your tree design.
4. Cleanup: If needed, delete extra connector stitch points so the Blue and Red dots align perfectly with the design bottom.
5. Save: Save as a NEW version (e.g., Tree_06_BaselineFix.pmf).

Expected Outcome: When the baseline is flush with the motif bottom, the "travel distance" between repeats becomes zero (or negligible). The software no longer needs to build a bridge, eliminating the straight line segments.

Re-apply the updated .PMF in Sewing Attributes (yes, you must reload it) to see the real improvement

This step trips up 50% of users. PE-Design caches the file in potential memory. If you save the file but don't re-select it in the editor, nothing changes on screen.

The Workflow:

1. Return to Layout & Editing.
2. Select your test circle.
3. Go to Sewing Attributes.
4. Re-select the folder icon and choose the new file (Tree_06_BaselineFix.pmf).
5. Resize again (aspect ratio maintained).

Visual Anchor: Now the curve should look clean—Terry shows the trees following the circle smoothly, like soldiers marching in a perfect arc, with no "bridges" between their feet.

Spacing and repeat control: how to tweak without wrecking the motif’s rhythm

After the baseline is correct, you can start playing with aesthetics (spacing and size) with confidence.

What Terry demonstrates:

• Resizing: The motif may come in small; you can change the Height/Width in attributes.
• Spacing: You can adjust the gap between trees.

The "Stress Test" Protocol: Don't just test on one circle.

• Test on a Small Circle (Tight Curve): This reveals if your designs overlap or collide on the inside of the turn.
• Test on a Large Circle (Gentle Curve): This confirms the visual rhythm.

Operation Checklist (your repeatable test routine)

• Dual Test: Apply motif to a tight circle (2-inch) and a large circle (6-inch).
• Zoom Inspect: Zoom in to 400% and check the connection points. Are there straight bridges?
• Correction Loop: If bridges exist -> Go back to Creator -> Move Baseline Up.
• Size Tweak: Adjust motif size (Aspect Ratio Locked).
• Space Tweak: Adjust spacing slowly until the repeat looks intentional.

Quick troubleshooting map: symptom → likely cause → fix (based on the video)

A few comment-driven realities: machine compatibility, “chain stitch” requests, and what to do if you don’t own a Luminaire

People asked smart questions in the comments, and Terry’s answers (and non-answers) tell you what to expect.

“Can I use these motif files on my machine?”

One viewer asked about using the files with a Dream Machine 2, and Terry replied no for that specific machine context in the way they hoped. Another mentioned using created motifs on other Brother machines.

Practical Takeaway: Motif workflows are firmware-dependent. While PE-Design can create the .pmf, your machine must have the capability to read custom motifs in its specific editing mode. Always stitch a test file.

“Can you make a chain stitch motif?”

A viewer requested a chain stitch motif. Conceptually, yes—but you must treat it like any other motif: define a clean repeat unit, control start/end behavior, and test on curves early.

The production-minded upgrade path: when software perfection meets real hooping and real fabric

This tutorial is software-first, but the moment you stitch a custom outline on fabric, the physical world shows up: distortion, puckering, and registration drift.

Here is the honest truth from the shop side: The cleaner your motif repeat is, the more you will notice hooping errors. If your custom stitch is perfect, but your fabric is stretched 5% on the bias, your circle will become an oval, and your "perfect" connection points will gap or overlap.

If you are doing frequent outline motifs (especially on garments, knits, or anything that wants to shift), your biggest "quality upgrade" is often not software, but hooping consistency.

• If you are constantly fighting slow setup or looking for that "third hand" to help you clamp, consider a workflow that includes a hooping station for machine embroidery. These tools ensure your placement is repeatable, reducing the "human error" variable.
• If your hands are tired from clamping and re-clamping standard hoops, or you are getting "hoop burn" (shiny marks) on delicate fabrics, the industry standard solution is a machine embroidery hooping station setup paired with magnetic frames to reduce the physical grind.

For Brother Luminaire Owners: If you are running a high-end machine like the Luminaire and want faster, cleaner hooping with less fabric marking, magnetic frames are a massive workflow upgrade.

Warning: Magnet Safety
Magnets used in embroidery are industrial strength. Keep magnetic hoops away from pacemakers, ICDs, and other implanted medical devices. Keep fingers clear of pinch points when the frame snaps closed—they bite hard!

• A specific brother luminaire magnetic hoop allows you to slide fabric in and out without undoing a screw mechanism, maintaining consistent tension without over-stretching the bias.
• If you are comparing options, look for magnetic hoops for brother luminaire that hold evenly across the entire frame perimeter. This ensures your custom motif outline stitch remains a perfect circle, rather than distorting into a "smile" or ripple at the edges due to uneven tugging.

Warning: Physical Safety
Even though this post is software-heavy, never forget the physical risk. When testing new motifs, keep your hands away from the needle bar area. If a motif has a digitizing error (like a massive jump stitch or loop), it can snap a needle. Wear eye protection when watching test stitch-outs close up.

Decision tree: choose stabilizer strategy for motif outlines (so your curve stays a curve)

Motif outlines are unforgiving. Unlike a dense fill stitch that can hide minor shifting, an outline shows everything.

Use this quick decision tree as a starting point (always adjust based on your machine manual):

1. Is the fabric stable woven (e.g., quilting cotton) and the motif is light (sketch style)?
   • RX: 1 layer of Tear-Away backing is usually sufficient.
2. Is the fabric stretchy (knit, t-shirt, performance wear) or the outline consists of heavy satin stitches?
   • RX: You must use Cut-Away stabilizer. Tear-away will allow the stitches to pull the fabric together (puckering), distorting your motif radius.
3. Is the fabric lofty or textured (fleece, towels) and the motif needs to sit on top?
   • RX: Add a Water Soluble Topper (Solvy) to prevent your beautiful custom tree details from sinking into the pile.
4. Are you seeing puckering even on stable fabric?
   • RX: You are likely over-tightening the fabric in the hoop ("drum tight" is a myth for some fabrics; "taut" is better). Consider a magnetic hoop workflow to let the magnets provide tension rather than your wrists.

If you are building a repeatable sampling process for custom motifs, a magnetic embroidery hoop can help you keep tension consistent from sample to sample—especially when multiple people in a studio are hooping.

The “why” that prevents repeat disasters: baseline geometry + repeat logic + curve testing

If you remember only one technical principle from this whole process, make it this:

When a motif is repeated along a path, the software is constantly solving a tiny math problem: "How do I get from the Red Dot (End) of Unit A to the Blue Dot (Start) of Unit B?"

The software prioritizes the path of least resistance relative to the baseline.

Your Prevention Strategy:

1. Align the Baseline: Kiss the bottom of the motif.
2. Point Economy: Use fewer points for smoother curves.
3. Test Early: Circles reveal the truth. Squares hide the lies.

The upgrade result: faster testing, fewer “mystery lines,” and a workflow you can scale

Once you have corrected baseline placement and built a habit of reloading the updated .pmf file, you will stop losing time to the most common curve failure.

From there, your speed comes from repeatability:

• A consistent naming/version system.
• A standard test shape set.
• A hooping workflow that doesn't introduce new variables.

If you stitch these motifs on Brother machines and want a cleaner, faster sampling loop, many studios eventually move toward magnetic embroidery hoops for brother so hooping becomes a controlled variable instead of a daily gamble.

And if you are doing frequent placement work (logos, outlines, repeated samples), pairing your process with a hoopmaster hooping station can turn "I'll test it later" into "I tested it in 10 minutes and I know it's right."

FAQ

• Q: Why does PE-Design 11 / Palette 11 Motif Stitch create random straight connector lines between repeats on a circle curve?
  A: This is usually a baseline placement error in Programmable Stitch Creator, not a software bug—move the horizontal baseline up until it touches the bottom of the motif.
  • Open the exact .PMF in Programmable Stitch Creator that you applied in Layout & Editing.
  • Move the dark horizontal baseline UP so it “kisses” the lowest part of the motif, then clean up any extra connector points so the Blue/Red points align logically.
  • Save as a NEW version (do not overwrite), then go back to Layout & Editing and re-select the new .PMF in Sewing Attributes.
  • Success check: the motif follows the circle smoothly with no flat “bridge” lines cutting across the arc.
  • If it still fails: confirm you reloaded the new file (PE-Design may show the cached older .PMF until you re-select it).
• Q: Why do edits to a .PMF motif file not show up in PE-Design 11 Layout & Editing after saving in Programmable Stitch Creator?
  A: PE-Design 11 / Palette 11 often keeps the previously selected motif in memory—re-select the updated .PMF in Sewing Attributes to refresh it.
  • Save the corrected motif as a new file name (example: add a version number).
  • Return to Layout & Editing, select the shape, and open Sewing Attributes for Outline Sewing.
  • Click the folder/select icon and choose the NEW .PMF version again (do not assume it auto-updates).
  • Success check: the on-screen motif repeat changes immediately (spacing/connection behavior reflects the new baseline).
  • If it still fails: verify you are editing and reloading the same file version (wrong version selection is very common).
• Q: How do I stop PE-Design 11 / Palette 11 Programmable Stitch Creator points from snapping to the wrong places when tracing curved motifs?
  A: Grid snapping is great for straight geometry but often sabotages organic curves—turn the grid/snap OFF (or reduce it) while tracing curves.
  • Turn grid lines ON only when you need straight segments; turn them OFF for curved branch slopes and organic silhouettes.
  • Place fewer points along curves, then drag any node immediately if it snaps to an unwanted grid intersection.
  • Delete a bad point as soon as the path rhythm breaks, then continue placing points cleanly.
  • Success check: the traced outline looks smooth (not stair-stepped) before you even test it on a circle.
  • If it still fails: simplify the template silhouette (complex artwork makes snapping and node placement harder).
• Q: What is the correct way to name and version .PMF motif files in PE-Design 11 / Palette 11 to avoid losing a “known good” motif?
  A: Use numbered versions (never “Final”) so baseline and spacing experiments are reversible without panic.
  • Save the first working file as a baseline reference version (e.g., Tree_01), then increment numbers for each change.
  • Save a new version every time you move the baseline or adjust start/end behavior—do not overwrite the prior file.
  • Keep a “known good” test shape (like a circle) ready so each version can be verified fast.
  • Success check: you can roll back to an earlier .PMF instantly when a new edit introduces straight bridges or bad spacing.
  • If it still fails: add a short suffix describing the change (e.g., “BaselineUp”) so you don’t load the wrong version by mistake.
• Q: How do I test a PE-Design 11 / Palette 11 Motif Stitch so curve problems show up early instead of after hours of digitizing?
  A: Always test the motif on circles first—circles reveal baseline/connector issues that squares and straight lines can hide.
  • Keep a Layout & Editing test file with a ~4-inch (100 mm) circle ready, then apply Outline Sewing → Motif Stitch to it.
  • Stress-test with two circles: a tight/small circle and a larger/gentle circle to reveal overlap vs. rhythm issues.
  • Zoom in closely and inspect the repeat connections before doing any “pretty” spacing tweaks.
  • Success check: no straight bridges appear on either circle, and repeats look intentional at both curve tightness levels.
  • If it still fails: return to Programmable Stitch Creator and correct baseline geometry before adjusting spacing.
• Q: What stabilizer is a safe starting point for motif outline stitches so a circle outline does not distort into an oval during stitching?
  A: Motif outlines show everything, so match stabilizer to fabric type; as a safe starting point, use tear-away for stable woven, cut-away for knits, and add water-soluble topper for lofty fabrics.
  • Choose 1 layer tear-away when fabric is stable woven and the outline is light.
  • Switch to cut-away when fabric is knit/stretchy or the outline is heavier (tear-away often allows puckering and radius distortion).
  • Add water-soluble topper when fabric is lofty/textured (fleece/towels) to prevent details sinking.
  • Success check: after stitching, the circle remains visually round and the outline does not pucker or ripple around the curve.
  • If it still fails: reduce over-hooping (drum-tight tension may worsen distortion) and re-test with a different stabilizer per the machine manual.
• Q: What needle-area safety steps should be followed when test-stitching a new PE-Design 11 / Palette 11 Motif Stitch that might contain jump/loop errors?
  A: Treat every first stitch-out like it could snap a needle—keep hands away from the needle bar area and watch the first run with caution.
  • Keep fingers completely clear of pinch/strike zones near the needle while the machine runs the first test.
  • Stand slightly back during the first minute in case a digitizing error causes a needle break.
  • Stop the machine immediately if you see a massive jump, looping, or unexpected long travel stitches.
  • Success check: the motif stitches the first full repeat cleanly with no violent thread yanks or abnormal needle deflection.
  • If it still fails: re-check motif start/end logic and baseline placement in Programmable Stitch Creator before running another test.