Macro Start_point Line_ep Endpath ~upd~ | Biesse Cix

To create a Bezier curve, the control points are used to calculate the position of a new point on the curve at a given parameter value (t). This parameter value (t) varies between 0 and 1, and its value determines the position of the new point on the curve.

There are different types of Bezier curves, including B-spline curves and NURBS. However, for the purpose of this article, we will focus on B-spline curves, which are defined by a set of control points and a parameter value (t) that determines the position of a new point on the curve.

END PGM

Once the CIX macro is loaded, we can create a new block with the Bissé-curve command and specify the control points and the parameter value (t) as input.

The Bissé method is a useful tool for designers and engineers who need to create smooth curves in CAD software. By following the example code provided in this article, users can implement the Bissé method and use it to create complex curves with specific start and end points. biesse cix macro start_point line_ep endpath

; Execution G70 (Inches) or G71 (Metric) G90 (Absolute)

: The End Point absolute coordinates where the line segment finishes. To create a Bezier curve, the control points

; Move to start point G00 X[start_point.X] Y[start_point.Y] M31 (Spindle ON)

In this article, we explored the concept of Bezier curves, specifically the "Bissé" method, and showed how to implement it using CIX macro. The "Bissé" method uses a modified set of control points to create smooth curves with a specific "start_point" and "end_point". We also showed how to use the Bissé method in CAD software, specifically Autodesk AutoCAD, by loading the CIX macro into the drawing environment. However, for the purpose of this article, we

"Biesse CIX Macro: Define start_point , execute line_ep , then terminate with endpath ."