Run Log Errors Reported (Post-Analysis)

Errors in a tolerance or move will result in a failed assembly.

Procedure for performing Post-Analysis Validation:

•Post-Analysis Validation will always be performed for each Monte Carlo analysis or Contributor Analysis.  If no errors exist, 3DCS will not display the validation dialog.

•See the following paragraphs on Validation Errors Reported (Post-Validation) for interpreting any error or warning messages.

Moves

Move Type

Status

Message

Solution

All Moves

Interference: Measure 'NAME', Value = 'VALUE'

Six Plane Move

Points 1 - 3 Are Collinear

Singular Matrix Detected; Underconstrained Move

No Solution Found

Step Plane Move

Cannot Determine Default Primary Direction, Pts 1-3 are Collinear

Cannot Determine Default Secondary Direction, Pts 4,5 are Coincident or Form a Line Parallel to the Primary Plane vector

Parallel Direction Vectors: Primary and Secondary

Tertiary Direction Coplanar with Primary and Secondary Directions

Pattern Move

No Solution in Pattern Move

No Solution Due To Round-Off Errors In Pattern Move

Move Failed, Build Causing Interference

Fail to max clearances with - iter num = 25 (larger search-step may help)

Pattern_Move  Solved with increased hole size

Match Move

Match Plane Calculation Fail

Measures

Measures can never cause failed assemblies, failed measures will return 0.

These errors will be reported in the run log but will not cause failures

Measure Type

Status

Message

Solution

Point-Line Measure

Points are Coincident

Dir1 is Parallel to Dir2

Dir1 is Parallel to Line

Dir2 is Parallel to Line

Point-Plane Measure

Plane Points do not define a Plane

Direction is Parallel to Plane

Line-Nominal Measure

Line Points are Coincident

Nominal Line Points are Coincident

Direction is Parallel to Line

Direction is Parallel to Nominal Line

Line - Line Measure

Line1 Points are Coincident in Line-Line Measure, reporting 0

Line2 Points are Coincident in Line-Line Measure, reporting 0

Direction is Parallel to Line 1 in Line-Line Measure, reporting 0

Direction is Parallel to Line 2 in Line-Line Measure, reporting 0

Line-Plane Measure

Line Points are Coincident in Line-Plane Measure, reporting 0

Line Points are Coincident in Line-Plane Measure, reporting 0

Plane Points Do Not Define a Plane in Line-Plane Measure, reporting 0

Direction is Parallel to Line in Line-Plane Measure, reporting 0"

Direction is Parallel to Plane Normal in Line-Plane Measure, reporting 0"

Plane-Nominal Measure

Plane Points Do Not Define a Plane in Plane-Nominal Measure, reporting 0

Nominal Plane Points Do Not Define a Plane in Plane-Nominal Measure, reporting 0

Direction is Parallel to Plane Normal  in Plane-Nominal Measure, reporting 0

Direction is Parallel to Nominal Plane Normal in Plane-Nominal Measure, reporting 0

Plane-Plane Measure

Plane1 Points Do Not Define a Plane in Plane-Plane Measure, reporting 0

Plane2 Points Do Not Define a Plane in Plane-Plane Measure, reporting 0

Direction is Parallel to Plane1 Normal in Plane-Plane Measure, reporting 0

Direction is Parallel to Plane2 Normal in Plane-Plane Measure, reporting 0

Equation Measure

<Part Name> parser unknown str - ([MS:1]))-([MS:2])"

Tolerances

Tolerance Type

Status

Message

Solution

All Tolerances

Feature Axis Direction > 90deg (affecting Pos Tol start angle). Two of the features are in different directions.

Change one of the feature's direction so each directions are the same direction. Users can do so by using Feature Point dialog to be in the same direction.

Dual Tolerance

Parallel vectors in Dual Tolerances

Triple Tolerance

Parallel vectors (x & x) in Triple Tolerance

The vectors are in parallel vectors with vector number 1,2 or 3