Calypso - Exploring Reporting Simple, 2D, and 3D Distance
Point-Reducible Features
First, we must discuss point-reducible features. These are features that can be reduced to a point. A circle, sphere, and torus have a center point. You can also construct points such and the intersection or a cylinder or cone to a plane. These are all point-reducible features and may be used in these distances.
Simple Distance
Located in the Size/ Distance menu, Simple Distance gives the programmer the ability to report the distance of two point-reducible features along an alignment. It is important to understand that simple distance requires an alignment. The alignment selected will determine the orientation, planar rotation , etc…
Tooling Ball Part
Let’s explore Distances based on this part
Shown below is the dialog box showing each reporting option available.
Simple Distance
Shown are all the reporting options available
Let’s explore the selections in more depth.
X, Y, R check boxes
X = Distance along X axis
Y = Distance along Y axis
R = Radial distance
What if the point-reducible features are at different heights?
X, Y, 3D check boxes
X = Distance along X axis
Y = Distance along Y axis
3D = Distance from point to point at different heights
X, Y, R, A
X = Distance along X axis
Y = Distance along Y axis
R = Radial distance
A = Angle
2D Polar
2D Polar requires two point-reducible features normal to a datum (the datum selection makes the selected feature a temporary datum. The feature does not need to be a blueprint datum). 2D polar is similar to R in Simple Distance with the exception that the datum is selectable in 2D Polar and not forced to a fully constrained datum structure as Simple Distance.
2D Polar
Distance between two point-reducible features normal to a datum,
3D Polar
3D Polar requires two point-reducible features. 3D polar is similar to 3D in Simple Distance with the exception that the distance is straight line distance in 3D Polar and not forced to a fully constrained datum structure as Simple Distance.
3D Polar
Straight line distance between two point-reducible features.