bladex.deform.Deformation.compute_all

Deformation.compute_all(rbf_points=1000, tol_chord=0.001, tol_pitch=0.001, tol_rake=0.001, tol_skew=0.001, tol_camber=0.001)

Computes everything:

• control points 2D coordinates
• deformed control points
• spline npoints interpolations
• deformed parameters of the original arrays

The previous procedure is applied for all the parameters: chord, pitch, rake, skew, camber

Parameters:

• rbf_points (int) – if greater than zero then the Wendland C2 radial basis function is used to interpolate the original arrays for the parametric curve, so that the control points are computed according to the interpolated arrays. Needless to mention that longer arrays would produce better estimation of the control points optimum coordinates. In order to turn off the rbf interpolation then specify either 0 or -1 (Also a None value can be used too). Default value is 1000
• tol_chord (float) – tolerance used to extract the chord radial distribution for the deformed B-spline interpolation. Default value is 1e-3
• tol_pitch (float) – tolerance used to extract the pitch radial distribution for the deformed B-spline interpolation. Default value is 1e-3
• tol_rake (float) – tolerance used to extract the rake radial distribution for the deformed B-spline interpolation. Default value is 1e-3
• tol_skew (float) – tolerance used to extract the skew radial distribution for the deformed B-spline interpolation. Default value is 1e-3
• tol_camber (float) – tolerance used to extract the camber radial distribution for the deformed B-spline interpolation. Default value is 1e-3