Function: This command interpolates the path element with a spline so that the transitions from the previous path element and to the next path element merge into each other without any breaks. At the same time, the spline segment from the system is calculated so that the end tangent of the previous path element agree with the start tangent of the spline. Likewise, the end tangent of the spline agree with the subsequent path element.
Syntax
G5 X Y Z A B C P Q U V W F E H L/O D S
G10 X Y Z A B C P Q U V W F E H L/O D S
|
G code word |
Description |
|
X Y Z |
Target positions of the Cartesian axes |
|
A B C P Q U V W |
Target positions of the additional axes |
|
F E |
Path velocity, path acceleration/deceleration |
|
H L/O |
Switch point |
|
D |
Tool radius |
|
S |
S profile |
Examples
Staircase profile with splines rounded
N0 G0 X0 Y0 Z0 F100 (start position)
N10 G5 X20 Y0
N20 G5 X20 Y20
N30 G5 X40 Y20
N40 G5 X40 Y40
Start tangent
If a path element with tool operation is present (example: G1, G2, G3, G8, G9), then the end tangent of the path element is used as the start tangent for the spline.
If no path element is available with tool operation (e.g. G0, G92, M), then the connecting line between the start point and the first spline point is used as a start tangent.
Tangent in the middle of the spline
Adjacent points are connected. The tangent of the point is parallel to this connecting line (green line).
End tangent
If a path element with tool operation is present (example: G1, G2, G3, G8, G9), then the end tangent of the path element is used as the end tangent for the spline.
If no path element is available with tool operation (e.g. G0, G92, M), then the connecting line between the end point and the first spline point is used as a end tangent.
Profile rounded with double spline
N0 G0 X0 Y0 F100 (start position)
N5 G1 X5 Y0
N10 G5 X20 Y0
N20 G5 X20 Y20
N21 G5 X20 Y20
N30 G5 X40 Y20
N40 G5 X40 Y40
N45 G1 X0 Y40
The spline point for X20 Y20 is present two times. In this way, the spline is interrupted and restarted. This is determined by the definition method of the tangent at this point. The start and end points are defined by the start tangents of the preceding and subsequent line segment.
See also
