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Derived Toolpaths lets you copy the parameters of an existing tool path and use it in a different type of tool path.

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the next thing we need to do in our part is a Finish mill the pockets.

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now we could duplicate the 2D contour tool path and then reselect our geometry.

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or we could derive our parameters from a tool path that already has those selections.

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Our 2D adaptive tool path for the pockets

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already contains the geometry selections that we need for all the remaining pockets. We'll use that for our derived tool path selection.

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the process is simple. In the browser

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select a tool path that will be the basis for our new operation

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right click your mouse and hover over

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create derived operation

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from the fly out window you can select the new tool path type. We're going to pick 2D Milling and Then 2D Contour.

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now we have a new 2D contour tool path, that contains the same tool parameters

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and geometry as the original operation.

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now the process of creating a derived operation

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automatically opens it for editing

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The first thing we need to do is select a tool. so on the tool tab, go to Select

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and grab a quarter inch flat end mill.

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on the Geometry tab

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we already have our 4 chains selected. if you should find that Stock contours is checked, please unchecked it.

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On our Heights tab

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We'll want to make sure that our bottom height is set from the selected contours and that the offset is set to zero.

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Lets go to our Passes tab

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On this page we're going to tell it we want to do

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Multiple finish passes.

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Let's check that the dialog opens up with additional information.

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The number of finish passes is two

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and the Finish pass step over distance

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will be .015"

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Because we might have less room on the inside of the cavity, we're going to our Linking page and adjust our Lead in values

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Set all these numbers to .050"

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and leave my sweep angle set to 90°

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and that's all we need to change. OK this

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and there's a Finish cuts for all the pockets.