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7/09  Creating stunning jewelry designs with TSplines  View 
5/07  How to approach modeling with TSplines  View 
3/07  Carl Bass reintroduces TSplines for Rhino  View 
6/21  Transitioning from NURBS to TSplines  View 
12/07  Footwear modeling with TSplines 3.3 for Rhino  View 
11/29  New TSplines reverse engineering tools  View 
10/28  How TSplines changed my aproach to making jewelry in CAD  View 
09/29  Modeling a water gun  View 
09/07  Car modeling: Parts 1, 2, & 3 
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07/06  tsElements intro hosted by Novedge 
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06/22  Freeform Architecture  View 
06/15  TS Pipe command  View 
06/08  TSplines for Rhino intro  View 
leoniewang wrote:(1) when we insert several knots in s and t, how can we compute the blending functions. Need we comput them by spliting it into two blending function every time? for example : orginal knot sequence:[s0,s1,s2,s3,s4] ,[t0,t1,t2,t3,t4] after refinement: [s0,k1,s1,k2,s2,k3,s3,k4,s4] [t0,m1,t1,m2,t2,t3,t4]; now N[s0,s1,s2,s3,s4] can be written as a linear combination defined over the substrings of length 5 in [s0,k1,s1,k2,s2,k3,s3,k4,s4] ,what shall we do?
leoniewang wrote:(2) Tspline space: what is the inflence on matrix M12 when the control points are in different order sequence?
leoniewang wrote:(3) Implenting the algorithm, can you give some advice about the data structure?
Chenna wrote:So, I think that the order of selecting the faces to be subdivided affects the process of refinement. This seems obvious because of the way refinement algorithm works. I think, the algorithm, first of all, calculates all the control points to be inserted based on the input of which faces to be subdivided, and then inserts them and resolves all the violations. Correct me if I am wrong.
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