<dy 090920 ok> See operating CAD CAD functions for planes and axis systems: Planes and axis systems use the shortcut letter R. Pre-defined planes are: RZ Basis level XY (Z=0) RY Level XZ (Y=0) RX Level YZ (X=0)PLN VC normal (dir., offset)
Plane normal to a vector, define the distance from the absolute origin. normal vector: provide DX or DY or DZ or a defined vector offset: provide the distance to absolute 0,0,0 or - select a point in the new plane. Example: # Plane normal to the Z-axis, with distance. R1=DZ 100 # Plane normal to the Z-axis, through point. R2=DZ P(0 0 100) R5=Z(100)PLN PT X-Axis [Y-Axis]
Plane of origin, X-axis and optional Y-axis. X-axis: Vector or point on the new X-axis e; Y-axis: Vector or point in der new XY-plane. Examples: # origin, X-axis, Y-axis. R12=P(100 100 100) D(1 0 0) D(0 1 0) R20=P(100 100 25) DX DY R10 = P(100 100 100) DZ R11 = P(100 100 100) D(0 0 1) P (101 100 100) R12 = P154 D(ANG(90) ANG(45)) R13 = P(100 100 100) L(P(0 0 0) P(0 0 100))PLN PT Z-Axis X-Axis PERP
Plane of origin, normal vector and X-axis vector: Z-axis vector: the normal vector of the plane X-axis vector: defines the direction of the X-axis of the new plane; Example: R21 = PERP P(50 50) DX DYPLN PT Plane
Moving of a plane/reference system (the axes will remain), by entering the plane and the new origin. Example: R21=R20 P(100 100 50)