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Creating a Multi-Layered Oval Inset

  • This lesson shows how to make a Multi-Layer Oval Inset mat.

Design in FrameShop, Bring into PathTrace

  • Place an 8.75 x 11.75” #102 Oval Template with two Layers on the FrameShop Design Editor. 

  • Bring in two small ovals that are 3x5.

  • Edit the small ovals and make them four layers.

    • Width of the Inner Reveal is how much of the Inner Mat shows (i.e., .25).

    • Width of the Middle Reveal is the width of the Bridge between the two objects (i.e., .5).

    • Outer Reveal is the Inner Mat of the Bridge on the large object side (i.e., .25).

Bring Design into Trace

  • The View from Back toggle toggles between viewing the design from the Front or from the Back of the mat.

Break All Intersections

  • Because of the complexity of this design, it may be easier to Break All of the Intersections and reconnect the desired Arcs.

 Arc Definition

The Arc Tool tool function allows you to draw a three-point mathematically defined curve in the Trace software.

The Arc has three points: the Initial Position and the Terminating Position (which are called "anchors") and one separate Middle point (which is called a "handle") which can be moved to change the shape of the Arc.

Splines are easier to handle in the software than Arcs for tangification and the conversion process when going to the Cut Preview.

Arcs are still provided in the software for those that prefer to draw with them, but the Convert Arc to Splines process will convert them to Splines for software simplification purposes.

 Spline Definition

The Curve function allows you to draw a four-point mathematically defined Bezier/Spline Curve in the Trace software.

The Bezier/Spline Curve is defined by four points: the Initial Position and the Terminating Position (which are called "Anchors") and two separate Middle Points (which are called "Handles"), which can be moved to alter the shape.

Splines are easier to handle in the software than Arcs for tangification and the conversion process when going to the Cut Preview.

Arcs are still provided in the software for those that prefer to draw with them, but the Convert Arc to Splines process will convert them to Splines for software simplification purposes.

 Break Definition

The Break tool is used to Bisect the Selected Segments at the points where they Intersect in the Trace software.

The Break All Intersections function bisect ALL Segments in the design at the points where they intersect with another segment in the Trace software.

 

Join Segments / Close Circuit

  • The design has been Broken and consists of many tiny Arcs.

  • Zoom In/Out as needed to select the smaller Arcs.

 Break Definition

The Break tool is used to Bisect the Selected Segments at the points where they Intersect in the Trace software.

The Break All Intersections function bisect ALL Segments in the design at the points where they intersect with another segment in the Trace software.

 Arc Definition

The Arc Tool tool function allows you to draw a three-point mathematically defined curve in the Trace software.

The Arc has three points: the Initial Position and the Terminating Position (which are called "anchors") and one separate Middle point (which is called a "handle") which can be moved to change the shape of the Arc.

Splines are easier to handle in the software than Arcs for tangification and the conversion process when going to the Cut Preview.

Arcs are still provided in the software for those that prefer to draw with them, but the Convert Arc to Splines process will convert them to Splines for software simplification purposes.

 Spline Definition

The Curve function allows you to draw a four-point mathematically defined Bezier/Spline Curve in the Trace software.

The Bezier/Spline Curve is defined by four points: the Initial Position and the Terminating Position (which are called "Anchors") and two separate Middle Points (which are called "Handles"), which can be moved to alter the shape.

Splines are easier to handle in the software than Arcs for tangification and the conversion process when going to the Cut Preview.

Arcs are still provided in the software for those that prefer to draw with them, but the Convert Arc to Splines process will convert them to Splines for software simplification purposes.

  • Holding down the CTRL key, click on each segment that is forming the Inner Layer of the Lower Oval in the order they are sitting.

  • When the Oval is completely selected, click Join.

 Join Definition

The Join button will connect the selected segments together as one object in Trace. 

The Auto Join Segments button will automatically join adjacent segments together in Trace.

  • The Oval is now a connected singular object.

 Join Definition

The Join button will connect the selected segments together as one object in Trace. 

The Auto Join Segments button will automatically join adjacent segments together in Trace.

  • Connect the Arcs making up the next layer of the Bottom Oval in the same manner.

 Arc Definition

The Arc Tool tool function allows you to draw a three-point mathematically defined curve in the Trace software.

The Arc has three points: the Initial Position and the Terminating Position (which are called "anchors") and one separate Middle point (which is called a "handle") which can be moved to change the shape of the Arc.

Splines are easier to handle in the software than Arcs for tangification and the conversion process when going to the Cut Preview.

Arcs are still provided in the software for those that prefer to draw with them, but the Convert Arc to Splines process will convert them to Splines for software simplification purposes.

 Spline Definition

The Curve function allows you to draw a four-point mathematically defined Bezier/Spline Curve in the Trace software.

The Bezier/Spline Curve is defined by four points: the Initial Position and the Terminating Position (which are called "Anchors") and two separate Middle Points (which are called "Handles"), which can be moved to alter the shape.

Splines are easier to handle in the software than Arcs for tangification and the conversion process when going to the Cut Preview.

Arcs are still provided in the software for those that prefer to draw with them, but the Convert Arc to Splines process will convert them to Splines for software simplification purposes.

  • Connect the Arcs for the Bottom Layer of the Top Oval.

    • Notice that this will use Arcs from the original outer layer of the Bottom Oval, to form part of this Top Oval.

  • Connect the Arcs for the next layer of the Top Oval in the same manner.

  • Connect the Inner Layer of the Large Oval.

    • Notice that this will use Arcs from the original Outer Layer of the Smaller Ovals, to form part of this Large Oval.

  • Connect the Arcs for the next layer of the Large Oval in the same manner.

  • The Ovals are now connected.

  • NOTE: It is not necessary to delete the leftover Arcs.

    • Because the spare Arcs are not connected, the user can simply Trace the desired objects.

    • The leftover Arcs are deleted here for illustration purposes.

 Arc Definition

The Arc Tool tool function allows you to draw a three-point mathematically defined curve in the Trace software.

The Arc has three points: the Initial Position and the Terminating Position (which are called "anchors") and one separate Middle point (which is called a "handle") which can be moved to change the shape of the Arc.

Splines are easier to handle in the software than Arcs for tangification and the conversion process when going to the Cut Preview.

Arcs are still provided in the software for those that prefer to draw with them, but the Convert Arc to Splines process will convert them to Splines for software simplification purposes.

 Spline Definition

The Curve function allows you to draw a four-point mathematically defined Bezier/Spline Curve in the Trace software.

The Bezier/Spline Curve is defined by four points: the Initial Position and the Terminating Position (which are called "Anchors") and two separate Middle Points (which are called "Handles"), which can be moved to alter the shape.

Splines are easier to handle in the software than Arcs for tangification and the conversion process when going to the Cut Preview.

Arcs are still provided in the software for those that prefer to draw with them, but the Convert Arc to Splines process will convert them to Splines for software simplification purposes.

 Traced Definition

Tracing the Design provides the Bevel Type and other necessary information to the Vector design in order to either Cut or apply a Non-Blade Tool on the CMC.

The Set Bevels Tab in Trace contains the tools needed to Trace the design.

Tangify/Convert to Splines

  • Click Edit > Tangify all Circuits.

  • Click Edit > Convert Arcs to Splines.

 Arc Definition

The Arc Tool tool function allows you to draw a three-point mathematically defined curve in the Trace software.

The Arc has three points: the Initial Position and the Terminating Position (which are called "anchors") and one separate Middle point (which is called a "handle") which can be moved to change the shape of the Arc.

Splines are easier to handle in the software than Arcs for tangification and the conversion process when going to the Cut Preview.

Arcs are still provided in the software for those that prefer to draw with them, but the Convert Arc to Splines process will convert them to Splines for software simplification purposes.

 Spline Definition

The Curve function allows you to draw a four-point mathematically defined Bezier/Spline Curve in the Trace software.

The Bezier/Spline Curve is defined by four points: the Initial Position and the Terminating Position (which are called "Anchors") and two separate Middle Points (which are called "Handles"), which can be moved to alter the shape.

Splines are easier to handle in the software than Arcs for tangification and the conversion process when going to the Cut Preview.

Arcs are still provided in the software for those that prefer to draw with them, but the Convert Arc to Splines process will convert them to Splines for software simplification purposes.

 Convert Arcs to Splines Definition

Click Edit > Convert Arc to Splines to convert the Arcs into Bezier Splines. Splines can be Tangified with less distortion, which will give a smoother cutting path for the design in Trace. 

Splines are easier to handle in the software than Arcs for tangification and the conversion process when going to the Cut Preview.

Arcs are still provided in the software for those that prefer to draw with them, but the Convert Arc to Splines process will convert them to Splines for software simplification purposes.

 Tangify Definition

The Tangify function will smooth the connection between the Selected Arc Circuits that are below the specified Angle in the Tangify field to provide a smoother cutting transition between the arcs. 

The Tangify All Circuits will smooth the connection between All of the Arc Circuits that are below the specified Angle in the Tangify field to provide a smoother cutting transition between the arcs. 

Remove Layers

  • Go to the Set Bevels Tab.

  • Select and delete two of the layers by clicking Remove.

  • The two layers we will trace this design on will remain.

Trace, Save, Cut

  • Trace, Save and Cut the design.

 Bevel Type Definition

The Bevel Type is the Angle that the blade cuts on the Matboard/Fallout surface when it is not cut at a 90° Right Angle.

 Traced Definition

Tracing the Design provides the Bevel Type and other necessary information to the Vector design in order to either Cut or apply a Non-Blade Tool on the CMC.

The Set Bevels Tab in Trace contains the tools needed to Trace the design.

Comparison

You can see how much we changed the design when you compare it to the original version.

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