CubicBezTo
Draws a cubic Bezier curve from the current point to the specified end point using two control points.
Syntax
expression.CubicBezTo(x1, y1, x2, y2, x3, y3);
expression - A variable that represents a ApiPath class.
Parameters
| Name | Required/Optional | Data type | Default | Description |
|---|---|---|---|---|
| x1 | Required | GeometryCoordinate | The X coordinate of the first control point. | |
| y1 | Required | GeometryCoordinate | The Y coordinate of the first control point. | |
| x2 | Required | GeometryCoordinate | The X coordinate of the second control point. | |
| y2 | Required | GeometryCoordinate | The Y coordinate of the second control point. | |
| x3 | Required | GeometryCoordinate | The X coordinate of the end point. | |
| y3 | Required | GeometryCoordinate | The Y coordinate of the end point. |
Returns
This method doesn't return any data.
Example
Creates a complex curved shape using various bezier and arc commands.
- Code
- Result
// Demonstrates different curve types in a single path on a slide.
let presentation = Api.GetPresentation();
let slide = presentation.GetSlideByIndex(0);
let customGeometry = Api.CreateCustomGeometry();
let path = customGeometry.AddPath();
path.SetWidth(120 * 36000);
path.SetHeight(120 * 36000);
path.MoveTo(0, 60 * 36000);
path.CubicBezTo(0, 0, 60 * 36000, 0, 60 * 36000, 60 * 36000);
path.QuadBezTo(120 * 36000, 60 * 36000, 120 * 36000, 120 * 36000);
path.ArcTo(60 * 36000, 60 * 36000, 0, 10800000);
path.Close();
let fill = Api.CreateSolidFill(Api.CreateRGBColor(100, 150, 200));
let stroke = Api.CreateStroke(36000, Api.CreateSolidFill(Api.CreateRGBColor(50, 75, 100)));
let shape = Api.CreateShape("rect", 120 * 36000, 120 * 36000, fill, stroke);
shape.SetGeometry(customGeometry);
shape.SetPosition(2000000, 1000000);
slide.AddObject(shape);