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Palette:superFormula

Summary

The superFormula COMP creates a SOP using the 2D and 3D superformula based on equations proposed by Johan Gielis. More information about the superformula equation can be found here.

PythonIcon.pngPalette:superFormula Ext


Parameters - Super Formula Page

Help Help - Opens this page.

Version Version - Current version of this COMP.

3D Enable3d - Enables the 3D formula.

Number of Points Points - The number of points in the 2D shape.

A1 A1 -

Rows Rows - The number of rows and columns. Rows are horizontal lines; Columns are vertical lines. Two rows by two columns makes a square or rectangle. For example, one row and two columns makes a single line if Connectivity is set to Rows. For NURBS and Bezier surfaces, the Rows & Cols refer to the surface hull construction, and as such, the number of Rows and Cols should not be less than the Order in U or V.

Columns Cols - The number of rows and columns. Rows are horizontal lines; Columns are vertical lines. Two rows by two columns makes a square or rectangle. For example, one row and two columns makes a single line if Connectivity is set to Rows. For NURBS and Bezier surfaces, the Rows & Cols refer to the surface hull construction, and as such, the number of Rows and Cols should not be less than the Order in U or V.

B1 B1 -

M1 M1 -

AO1 Ao1 -

A2 A2 -

B2 B2 -

M2 M2 -

AO2 Ao2 -

N1 N1 - -
  • N1 N11 -
  • N1 N12 -
  • N1 N13 -

N2 N2 - -
  • N2 N21 -
  • N2 N22 -
  • N2 N23 -


Operator Outputs

  • Output 0 -

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