Creating a model using a blank other than a Rotary Flush
Creating a model using a blank other than a Rotary Flush
To create a model using any blank other than a Rotary
Flush:
- Select File > New >
Project. Carveco displays the project screen.
- In the Project panel,
click the Models item in the Project Tree. This displays the
Models panel below the splitter bar.
- In the New Blanks area
of the Models panel, click the button
representing the component you want to create.
This displays the selected blank's panel, for example:
- Enter the name you want to give to the empty component in
the Name box.
Each component is given a different default name. - If you are creating any blank other than a 3-Axis Flat or Rotary
Setting, click the Standard list,
then select the option for the national standard system in which you want to
create the empty component.
- If you have selected anything other than Custom, click the Size list, then select the size of empty component
that you want to create.
- If you have selected Custom, or are creating a Rotary Setting blank, specify the diameter of the
empty component in the Diameter
box.
- If you are creating any blank other than a Rotary Setting:
- Specify the width of the empty component in the Width box.
- Specify the resolution of the model in the Resolution box.
If you are creating any blank other than a 3-Axis Flat:
- Specify the border you want to apply around the empty
component in the Border box.
- Specify the distance between the inner and outer diameter
of the empty component in the Thickness
box.
If you are creating a 3-Axis
Flat or Rotary Setting blank:
- Specify the height of the empty component in the Height box.
- Click to close the panel and create the Carveco model
for the component.
An open model is shown beneath the Models item in the Project Tree. The model is named
according to that given when defining the blank's settings. For example, ThreeAxisShank.
Carveco calculates the necessary dimensions of the model
according to the settings associated with the chosen blank. The resulting model
is always in metric measurements.
If you have created a 3-Axis
Flat blank:
- A model named ThreeAxisFlat by
default is created.
- Two locked reference guideline vectors are created in the
model area. This artwork is hosted on the Reference
Lines vector layer.
If you have created a 3-Axis
Shank blank:
- A model named ThreeAxisShank by
default is created.
- Two locked reference guideline vectors are created in the
model area; one marking the vertical centreline and the other marking the
horizontal centreline. This artwork is hosted on the Reference Lines vector layer.
- Two locked concentric circular vectors representing the
inner and outer diameter of the ring, offset by the previously defined Thickness, are created in the model area. This
artwork is hosted on the Reference Silhouette vector
layer.
If you have created a 3-Axis
Shank (Vertical) Aligned blank:
- A model named ThreeAxisShankVA by
default is created.
- Two locked reference guideline vectors are created in the
model area; one marking the vertical centreline and the other marking the
horizontal centreline. This artwork is hosted on the Reference Lines vector layer.
- Two locked vertical rectangular vectors representing the
inner and outer diameter of the ring, offset by the previously defined Thickness, are created in the model area. This
artwork is hosted on the Reference Silhouette vector
layer.
If you have created a 3-Axis
Shank (Vertical) blank:
- A model named ThreeAxisShankV by
default is created.
- Two locked reference guideline vectors are created in the
model area; one marking the vertical centreline and the other marking the
horizontal centreline. This artwork is hosted on the Reference Lines vector layer.
- Two locked horizontal rectangular vectors representing the
inner and outer diameter of the ring, offset by the previously defined Thickness, are created in the model area. This
artwork is hosted on the Reference Silhouette vector
layer.
If you have created a Rotary
Axis Shank blank:
- A model named RotaryAxisShank by
default is created.
- Two locked reference guideline vectors are created in the
model area; one marking the vertical centreline and the other marking the
horizontal centreline. This artwork is hosted on the Reference Lines vector layer.
- Two locked concentric circular vectors representing the
inner and outer diameter of the ring, offset by the previously defined Thickness, are created below the model area. This
artwork is hosted on the Reference Silhouette vector
layer.
If you have created a Rotary
Setting blank:
- A model named RotarySetting by
default is created.
- Two locked reference guideline vectors are created in the
model area; one marking the vertical centreline and the other marking the
horizontal centreline. This artwork is hosted on the Reference Lines vector layer.
- Two locked concentric circular vectors representing the
inner and outer diameter of the ring, offset by the previously defined Thickness, are created below the model area. This
artwork is drawn on the Reference Silhouette vector
layer.
The availability of this feature is license dependent.
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