OBJPOS
| (Action Keyword - 2D) | Â |
|---|---|
| Update History: v11.1 - Positioning methods (methods = -1, 1002, 1012, 1102, 1112) have been added v11.1 - Positioning method (= 1) has been obsolete | Last updated on : 14-05-2016 |
OBJPOS Object method var1 var2 var3 var4
Or
OBJPOS Object method var1 var2 var3 var4 N
Obj#1, obj#2, … , obj#N
OPERAND | DESCRIPTION | DEFAULT
—|—|—
Object | Object Number | None
Method | Positioning Method -1 = Offset (don’t update stroke always)(new in v11.1) 1 = Offset (stroke will be updated only if mechanical press is defined) (obsolete in v11.1) 2 = Interference (stroke will be updated only if mechanical press is defined) 3 = Rotation 4 = Flip 5(obsolete) = Move the same distance as previous OBJPOS (Please use coupled positioning instead) 6 = Self-centered Rotation (uses center of the object bounding box) 11 = Offset (stroke will be updated always) 12 = Interference (stroke will be updated always) 102 = same as 1 but don’t move before positioning 112 = same as 12 but don’t move before positioning 1002 = same as 2 but update sliding die current displacement (new in v11.1) 1012 = same as 12 but update sliding die current displacement (new in v11.1) 1102 = same as 102 but update sliding die current displacement (new in v11.1) 1112 = same as 112 but update sliding die current displacement (new in v11.1) | None
if Method = -1 or 11:
var1, var2 | X, Y distance |
if Method = 2 or 12 or 102 or 112:
var1 | Interference |
var2 | Reference Object |
var3, var4 | Direction vector (X,Y) |
if Method = 3:
var1, var2 | Rotation center (X, Y) |
var3 | Rotation Angle |
if Method = 4:
var1, var2 | Start point X1, Y1 |
var3, var4 | End point X2, Y2 |
if Method = 6:
var1 | Rotation angle |
N | Number of coupled objects | 0
DEFINITION
OBJPOS positions objects specified by the variables in the keyword.
REMARKS
OBJPOS is an action keyword that positions objects when it is read in to the Pre-Processor. This keywords main use is for multiple operations. For flipping, the object is flipped with respect to a line crossing point (X1, Y1) and (X2, Y2). If N is not zero, OBJPOS will perform coupled positioning and read second line which is the list of object numbers. (supported from 2DV9.1 beta)