algorithmic modeling for Rhino
Sin Wave on Sphere / Power of 1/2 : ^(1/2)
Hi,
Would anyone know how to enter the functions below in the "Evaluate" (Eval) or "Expression" components, please?
x = (b^2 - c^2*cos(a*t).^2).^(1/2).*cos(t);
y = (b^2 - c^2*cos(a*t).^2).^(1/2).*sin(t);
z = c*cos(a*t);
Thank you in advance,
Andre
Views: 463
- Attachments:
-
-
SinWaveOnSphere.png, 100 KB -
SinWaveOnShereExpression.png, 355 KB
-
Replies to This Discussion
-
Permalink Reply by Daniel González Abalde on
-
Remove the dots "."
{ (b^2 - c^2*cos(a*t)^2)^(1/2)*cos(t), (b^2 - c^2*cos(a*t)^2)^(1/2)*sin(t), c*cos(a*t) }
-
-
Permalink Reply by Laurent DELRIEU on
-
Don't put point inside equation.
Next time
Upload your definition
Use add image instead of upload file
- Attachments:
-
-
equation.gh, 5 KB
-
-
-
Permalink Reply by Andre Philippi on
-
Thank you!
Andre
-
About
Welcome to
Grasshopper
Translate
Search
Photos
Videos
© 2024 Created by Scott Davidson.
Powered by
