Grasshopper

algorithmic modeling for Rhino

Hi,

I've created a grid with domain length from a double curved surface. The idea is to apply diamond flat panels. Due to the double curved surface the grid gets "adjusted" to fit the curvature. Is it possible to find the relative deviation in each panel originating from this "adjustment"? dX, dY, dZ in each pt?

Thanks!

   

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Hi,

You can see the deviation using the "D" output from the "ptFlatFaces" component as in the image.

Is that what you are looking for?

Hi,

Thanks for the reply, but it's not what I'm looking for.

I want the deviation of the grid itself. When creating a grid with ptSrfDomLen form a single cruved or plane surface the grid gets the dimensions specified in the grid command (uL & vL). When doing the same from a doubled curved surface, the distances between the points in the grid gets adjusted to fit the surface. The deviation I'm looking for is the relative difference in each panel (4 pts) comparing these ways of grid creation. 

I already have a panel with fixed dimensions that I'm trying to fit to a doubled curved surface. Of course this is not completely possibly and I need to analyze the deviation.

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