KSurface interface
三维空间所有面的基类。
Root class for all surface in 3d space.
Signature:
export interface KSurface
Methods
Method | Description |
|---|---|
复制一个当前面。 Return the cloned surface of this. | |
考虑两个面的边界，以指定容差检查两个面是否共面。 Check whether two surface are coplanar with respecting their sides and specified tolerance. | |
忽略两个面的边界，以指定容差检查两个面是否共面。 Check whether two surface are coplanar by ignoring their sides with specified tolerance. | |
获得点到面的距离。 Get the distance from the input point to this surface. | |
通过面的UV参数坐标系将三维面转换成二维面。 注意：需要保证该三维面落在面上。 Convert a 3D face to 2d face based on surface's uv coordinate system. NOTE: The caller needs to make sure the face is on the surface. | |
获得面上距离传入点最近的一点，以指定容差。 Get the closest point on surface for the input point with specified tolerance. | |
获取面的类型。 Get the surface's type. | |
通过面的UV参数坐标系将三维点转换成二维点。 需要确保传入点在面上。 输出点的x坐标是传入点的u参数。 y坐标是v参数。 Get a 2d point corresponding to a 3d point on the surface. We need make sure the input point is on the surface. The returned point's x coordinate is parameter u of the input 3d point. y coordinate is parameter v of the input 3d point. | |
以指定容差检查输入曲线是否在面上。 Check whether the input curve is on the surface or not with specified tolerance. | |
以指定容差检查输入点是否在面上。 Check whether the input point is on the surface or not with specified tolerance. | |
通过面的UV参数坐标系将三维环转换成二维环。 注意：需要保证该三维环落在面上。 Convert a 3D loop to 2d loop based on surface's uv coordinate system. NOTE: The caller needs to make sure the loop is on the surface. | |
获得点到面的距离， 如果点在面的正向则距离为正，否则为负。 Get signed distance between the point and the plane. If the point is on the positive normal side, the sign is +, otherwise it's - | |
对当前面应用一转换矩阵，从而实现对其几何变换。 Transform this surface to a new one. |