The following reference expressions are available:
Valid Extensions for Feature References of Type Double by Example
Format: <Feature Id>.<Extension> -> CIRCLE1.X
CIRCLE1.X Measured
X Value of CIRCLE1
CIRCLE1.Y Measured
Y Value of CIRCLE1
CIRCLE1.Z Measured
Z Value of CIRCLE1
CIRCLE1.TX Theoretical
(Nominal) X Value of CIRCLE1
CIRCLE1.TY Theoretical
(Nominal) Y Value of CIRCLE1
CIRCLE1.TZ Theoretical
(Nominal) Z Value of CIRCLE1
LINE1.SX Measured
X Value of the Startpoint of LINE1
LINE1.SY
LINE1.SZ
LINE1.TSX
Theoretical X Value of the Startpoint of LINE1
LINE1.TSY
LINE1.TSZ
LINE1.EX
Measured X Value of the Endpoint of LINE1
LINE1.EY
LINE1.EZ
LINE1.TEX
Theoretical X Value of the Endpoint of LINE1
LINE1.TEY
LINE1.TEZ
POINT.I Measured
I Component of Vector for POINT
POINT.J
POINT.K
POINT.TI
Theoretical I Component of Vector for POINT
POINT.TJ
POINT.TK
FEAT1.TYP The type of the feature (i.e. circle, slot, cone). This can be used to change the type of a generic feature (ASSIGN/Gen1.TYP=Feat1.TYP).
FEAT1.ALL Refers to all elements of the feature. This is valuable for copying information to a generic feature. (ASSIGN/Gen1.ALL=Feat1.ALL)
Surface Vector
EDGE.SURFI
EDGE.SURFJ
EDGE.SURFK
EDGE.TSURFI
EDGE.TSURFJ
EDGE.TSURFK
Angle Vector
CIR.ANGI
CIR.ANGJ
CIR.ANGK
CIR.TANGI
CIR.TANGJ
CIR.TANGK
Radius
CIRCLE1.R
CIRCLE1.TR
CIRCLE1.RAD
CIRCLE1.TRAD
CIRCLE1.RADIUS
CIRCLE1.PR – Polar Radius
CIRCLE1.TPR – Theoretical Polar Radius
CIRCLE1.TRADIUS (Only the First Characters are significant)
Diameter
CIRCLE1.D
CIRCLE1.TD
CIRCLE1.DIAM
CIRCLE1.TDIAM
CIRCLE1.DIAMETER
CIRCLE1.TDIAMETER (Only the first characters are significant)
Angle
CONE.A
CONE.TA
CONE.ANG
CONE.TANG
CONE.ANGLE
CONE.TANGLE
CONE.PA – Polar Angle
CONE.TPA – Theoretical Polar Angle (Only the first characters are significant)
Length
LINE.L
LINE.TL
LINE.LEN
LINE.TLEN
LINE.LENGTH
LINE.TLENGTH (Only the first characters are significant)
Height
CYLINDER.PH – Polar Height
CYLINDER.TPH – Theoretical Polar Height
Radius, Angle, Height
POINT.RAH – Point with Measured Radius, Angle, and Height
POINT.TRAH – Point with Theoretical Radius, Angle, and Height
Area
BLOB1.AREA - Returns the measured Area value for a Blob feature.
BLOB1.TAREA - Returns the Theoretical Area value for a Blob feature.
For example, ASSIGN/V1=BLOB1.AREA returns the measured area value of the BLOB1 feature and assigns it to the V1 variable.
Currently, only the Blob feature works with these area extensions. For information on the Blob feature, see the "Vision Blob" topic in the "PC-DMIS Vision" documentation.
Valid Extensions for Dimension Reference of Type Double by Example
Format: <Dimension ID>.<AXIS>.<Dimension Element> -> DIM1.X.NOM
DIM1.X.NOM |
The Nominal Value for X Axis Location of DIM1 |
DIM1.X.MEAS |
The Measured Value for the X Axis Location of DIM1 |
DIM1.X.MAX |
The Max Deviation for X Axis Location of DIM1 |
DIM1.X.MIN |
The Min Deviation for X Axis Location of DIM1 |
DIM1.X.PTOL |
The Plus Tolerance Value for the X Axis Location of DIM1 |
DIM1.X.MTOL |
The Minus Tolerance Value for the X Axis Location of DIM1 |
DIM1.X.DEV |
The Deviation on the X Axis Location of DIM1 |
DIM1.X.OUTTOL |
The Out of Tolerance value on the X Axis Location of DIM1 |
DIM1.Y.NOM |
The Nominal Value for the Y Axis Location of DIM1 |
DIM1.Z.DEV |
The Deviation on the Z Axis Location of DIM1 |
DIM3.PA.MEAS |
The Measured Value for the Polar Angle Location of DIM3 |
DIM4.M.PTOL |
The Plus Tolerance Value for the M Axis of DIM4 |
DIM4.PTOL |
The Plus Tolerance Value for the M Axis of DIM4 (See *Note under "Valid Axes " below). |
DIM5.BTOL |
The Bonus Tolerance Value where DIM5 is a Position. |
Valid Axes:
X, Y, Z, D, R, A, T, V, L, PR, PA, M, PD, RS, RT, S, H, DD, DF, TP
* Dimensions that have only one axis by definition (such as roundness, concentricity, and so on) can omit the axis qualifier. If the axis qualifier is used, note that all of these types of dimensions (that have only one axis) use the M Axis qualifier with the exception of 2D and 3D angle dimensions, which use the A Axis qualifier.
Valid Extensions for Alignment References of Type Double by Example:
Format: <Alignment ID>.<Alignment Axis or Origin>.<Alignment Axis or Origin Component> -> A1.ORIGIN.X
A1.ORIGIN.X |
X Component of alignment A1's measured origin |
A2.ORIGIN.Y |
Y Component of alignment A2's measured origin |
A1.ORIGIN.Z |
Z Component of alignment A1's measured origin |
A1.XAXIS.I |
I Component of alignment A1's measured X axis |
A1.YAXIS.J |
J Component of alignment A1's measured Y axis |
A1.ZAXIS.K |
K Component of alignment A1's measured Z axis |
A1.CORIGIN.X |
X Component of alignment A1's origin based on theoretical (C is for CAD) data |
A1.CXAXIS.J |
J Component of alignment A1's X axis based on theoretical (C is for CAD) data |