3008 members
Description
THIS FORUM IS NO LONGER ACTIVE. PLEASE POST ANY NEW QUESTIONS OR DISCUSSION ON:
https://discourse.mcneel.com/c/grasshopper/kangaroo
The discussions here are preserved for reference, but new questions posted here are likely to go unanswered.
Kangaroo is a Live Physics engine for interactive simulation, optimization and form-finding directly within Grasshopper.
by Jens Pedersen
Jun 4, 2015
Hi Daniel,
I have a quick question about the force density component in kangaroo 0.999.
normally force density is length/force. so as an input you have targetforce ? how does this relate to classic forcedensity formulas?
or is the target force more an idea of a desired end force embeded in an element? kind of like saying what type of prestress you want in an element?
thank you for your time.
- Jens
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Kangaroo
3008 members
Description
THIS FORUM IS NO LONGER ACTIVE. PLEASE POST ANY NEW QUESTIONS OR DISCUSSION ON:
https://discourse.mcneel.com/c/grasshopper/kangaroo
The discussions here are preserved for reference, but new questions posted here are likely to go unanswered.
Kangaroo is a Live Physics engine for interactive simulation, optimization and form-finding directly within Grasshopper.
Force Density ??
by Jens Pedersen
Jun 4, 2015
Hi Daniel,
I have a quick question about the force density component in kangaroo 0.999.
normally force density is length/force. so as an input you have targetforce ? how does this relate to classic forcedensity formulas?
or is the target force more an idea of a desired end force embeded in an element? kind of like saying what type of prestress you want in an element?
thank you for your time.
- Jens