Thanks David, great suggestion... I was able to get the syncopated patterning of lines I was after with just a few tweaks for my specific case, and the graph mapper tool provides the control I was looking for (among the various types). Cheers! sdg
http:groups.google.com/group/grasshopper3d/web/test04B_post.jpg On Feb 20, 6:31 am, David Rutten <[email protected]> wrote: > Hi sdg, > > you can use a Graph component to add a sine wiggle to a list of > incrementing numbers. Once you have a list of curve parameters, you > can shatter the curve in one go. > > http://grasshopper3d.googlegroups.com/web/SineCurveDivision.png?gsc=G... > > -- > David Rutten > [email protected] > Robert McNeel & Associates > > On Feb 20, 9:30 am, sdg <[email protected]> wrote: > > > > > Hi all, > > I've been looking to divide a curve into uneven segments, but with > > more control than the random divide post suggests. I currently have a > > definition that finds the length between two variable sine curves > > (variable by number of points, frequency, and amplitude), giving me a > > list of similar but varied lengths (which is the goal- slight > > variations on a repetitive spacing length). However, when input into a > > Divide.Length, the result is equal divisions of the curve for each > > length of my list. I tried an EvaluateLength command, but the results > > still are not the "length1, length2, etc" division I am after. I > > imagine there is a relatively simple list management technique I am > > missing. Any thoughts are appreciated- Hide quoted text - > > - Show quoted text -
