14-07-2023, 07:40 AM
Thanks for the quick reply.
Because I get this unexpected result: when my tool mass is small, it is easily pulled through the cloth. When the tool mass is large, the cloth can resist the tool better. I can record a video to show you.
To clarify, by cloth mass do you mean:
1) entire cloth mass
2) total mass of particles of cloth that contact object
3) mass of each particle that contacts object
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Additional question: sometimes, the cloth particles move but the cloth rendered mesh doesn't. What might be the cause?
Quote:The only way to increase acceleration (that is, the effect a given force has on an object) is decreasing mass. Decreasing the mass of the tool compared to the mass of the cloth will make the cloth move the tool around more easily. Doing the opposite (decreasing cloth mass and increasing tool mass) will make it easier for the tool to move the cloth.May I ask how the force from the cloth is actually calculated?
Because I get this unexpected result: when my tool mass is small, it is easily pulled through the cloth. When the tool mass is large, the cloth can resist the tool better. I can record a video to show you.
Quote:Is this object a rigidbody? If so, it shouldn't pass trough the cloth as long as their mass ratio is sane (typical rule of thumb in most engines is 1:10, that is, don't have objects that are more than 10 times heavier or lighter than the other interact with each other).Yes it is a rigidbody.
To clarify, by cloth mass do you mean:
1) entire cloth mass
2) total mass of particles of cloth that contact object
3) mass of each particle that contacts object
=====
Additional question: sometimes, the cloth particles move but the cloth rendered mesh doesn't. What might be the cause?