See operating CADLines
Lines use the identification letter L ("Line").Line from Copyfunction
Objectselections create this formats: # Line of Polygonsegment # or Line of Line in CCV: L({obj} MOD({SegmentNumber})) # Line of Polygonsegment in CCV: L({obj} MOD({CCV-SegmentNumber}) MOD({SegmentNumber})) Example: # Line of 1.Segment of CCV S26 (a Line): L(S26 MOD(1))LN PT PT
Line between 2 points Startpt Startpoint of the line Endpt Endpoinoint of the line [unlimited] limited / unlimited Example: L1 = P1 P(100 100)LN parallel
Line parallel to a line / vector, through a point. For the point can be defined a X-Offset, Y-Offset and Z-Offset. Direction direction of the line as vector [BasePoint] a point on the line [X-offset] X-offset from BasePoint [Y-offset] [Z-offset] [unlimited] limited / unlimited Example: # parallel to X-axis, with Y-offset: L2=DX Y(10)LN PT Direct. [Length,Rot.Angle,TiltAngle]
Line through point, parallel to vector / line; rotated in the constructionplane or tilted. Point a point on the line Direction direction of the line as vector [Length] length, optional. [Angle-Rot.] Rotation angle in the constructionplane [Angle-Tilt] Tilt angle normal to the constructionplane [unlimited] limited / unlimited Examples: Line by point with a fixed angle L3 = P1 ANG(45) Parallel to line L1 through P1 L4 = P1 D(L1) Line by point with angle relative to the other line. L4 = P1 D (L1) ANG (90)LN LN Dist. (parall)
Line parallel to line spacing. parall to Line baseline (direction) Dist. Normal distance of line from baseline [Position] no value: left; 1, 2 lateral right / left; 3, 4 top / bottom Examples: parallel to L10, distance 10, above: L8 = L1 VAL(10) MOD(3)LN LN LN [Rotate Tilt] (mid)
Line as a midline of two lines, can be rotated and tilted. The line is a diagonal line through the intersectionpoint; parallel lines is a middle line. Line 1 Line 2 [Angle-Rot.] Rotation angle in the constructionplane [Angle-Tilt] Tilt angle normal to the constructionplane Examples: As a diagonal line L9 = L1 L2 As a diagonal line rotated 90 degrees L9 = L1 L2 ANG(90)LN tangent to line/circ/curve", "TNG"
Create a tangential line between 2 curve-objects. Inputelements can be: points, circles, curves. If one object is a line or a vector: create tangent with constant direction (parallel to line/vector). Examples: # Line tangent to a circle, parallel to the line. L1=C1 D(L1) MOD(1) # Line tangent to 2 circles L5=C1 C2 MOD(1)