| Calculation Method
|
- Geometry
Check – At recognition via geometry, all outer edges of a component
part are determined and individually compared with each other. In the
following, you will find a description of the tolerances specifying that two
parts are recognized as identical.
Here, you specify the tolerances for
recognition of identical parts via geometry. You can positively exclude that e.
g. rounding errors in the case of bevel cuts or notches lead to different
parts.
- Volume
Check – A second method to recognize equal parts is the real volume
comparison. Here, you carry out a detection of identical parts based on the
volume of the component part.
The tolerances can be set for groups and single
parts as relative value to the compared volume (e.g. 0.1 percent for component
parts and 0.2 percent for groups). Enables the
Max Part Difference and
Max Group Difference settings.
|
| Minimum Line Length
|
Lines up to the specified length are not considered
for a comparison.
|
| Length Tolerance
|
Length deviations of two lines up to the specified
length are not considered for a comparison.
|
| Drill Hole Tolerance
|
Deviations of the drill hole axes up to the specified
length are not considered for a comparison.
|
| Weight Tolerance
|
Differences in weight between two component parts
are ignored up to the indicated value.
|
| Max Part Difference
|
Enabled for Volume Check method. Sets the maximum
difference in % up to which the elements are treated as identical.
|
| Max Group Difference
|
Enabled for Volume Check method. Sets the maximum
difference in % up to which the groups are treated as identical.
|
| Description Distribution
|
These settings are used for naming the connections
(positioned logical links).
Note: Enabled when Connections option is set in Filter settings.
-
Continues Numbers
– The connections are numbered consecutively.
-
PosNum+PosNum – The name is built using
a combination of the position numbers of the connecting and supporting shape.
-
PosNum+Index – The name is built using
the position number of the connecting shape and a continuous index.
For more detailed information about connections,
please refer to the main chapter of detailing.
|
