On 2017-05-31 12:23, Parkinbot wrote:
- use nSpline() to interpolate the rows.
nSpline is working well and I'm using it for all of my open Splines. Can
it handle closed ones? I have another spline lib (tjw-spline) doing that
currently but if I can just use one library ...
I'm now mostly working with big bunches of points that I transform and
skin. The tail on this FireFlash is formed from three sets of sixteen
control points from a wing profile function, one set of these is then
"dropped" onto the body points using a recursive closest point search, I
then use nSpline to get many times more points running up the structure,
tjw spline to get closed loops, and then skin the lot. Lots of splines,
and fair bit of matrix maths/transpositions, and plenty of fun!
Original control from function = red, nSpline interpolated points =
white, final skin points = black. This is the low res viewing version.
On 2017-05-31 12:23, Parkinbot wrote:
> 3. use nSpline() to interpolate the rows.
nSpline is working well and I'm using it for all of my open Splines. Can
it handle closed ones? I have another spline lib (tjw-spline) doing that
currently but if I can just use one library ...
I'm now mostly working with big bunches of points that I transform and
skin. The tail on this FireFlash is formed from three sets of sixteen
control points from a wing profile function, one set of these is then
"dropped" onto the body points using a recursive closest point search, I
then use nSpline to get many times more points running up the structure,
tjw spline to get closed loops, and then skin the lot. Lots of splines,
and fair bit of matrix maths/transpositions, and plenty of fun!
Original control from function = red, nSpline interpolated points =
white, final skin points = black. This is the low res viewing version.
