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Color

Curve


Domain


List

Mesh

Number


Plane

Point


SubD

Surface


Transform

Twisted Box


Vector

Parameter Pipe Mesh

Create a piped mesh along a curve from domain dividing {u} and {v} parameters, or by lengths between control points, or by angle accuracy, with various end types.

-base methods by Mateusz Zwierzycki

Inputs

Name	ID	Description	Type
Curve	C	Curve to create pipe along as mesh	Curve
Radius	R	Radius of the pipe mesh	Number
Parameters U	u	Division parameters along the curves {u} domain for mesh faces ({u}0.0 = Curve start, {u}1.0 = Curve end) (unless Length is true or Angle is not 0.0) For best results {u} parameters should be between 0 and 1, in numerical order, and non duplicate	Number
Parameters V	v	Division parameters around the curve {v} domain for mesh faces ({v}0.0 = Revolve min, {v}1.0 = Revolve max) For best results {v} parameters should be between 0 and 1, in numerical order, and non duplicate	Number
Weighted	W	If True, parameters {u} distribution is weighted by the curves curvatures	Boolean
Lengths	L	If True, the curves mesh face divisions are defined by the lengths between its control points instead of the {u} parameters (useful for conforming mesh face divisions to each segment of a polyline curve)	Boolean
Angle	A	If Angle is not 0.0, the curves mesh face divisions are defined by angle accuracy in degrees instead of the {u} parameters (useful for conforming mesh face divisions to the curvature of the curve)	Number
End Type	E	Determines how to end the pipe mesh 0 = None 1 = Flat 2 = Round	Integer
Triangulate	T	Triangulate the mesh faces	Boolean

Outputs

Name	ID	Description	Type
Piped	P	Resulting pipe mesh	Mesh

Parameter Pipe Mesh

Create a piped mesh along a curve from domain dividing {u} and {v} parameters, or by lengths between control points, or by angle accuracy, with various end types.-base methods by Mateusz Zwierzycki

Inputs

Outputs

Video Tutorials

Create a piped mesh along a curve from domain dividing {u} and {v} parameters, or by lengths between control points, or by angle accuracy, with various end types.

-base methods by Mateusz Zwierzycki