I added a second Rope Belt at the beginning of the spline connected to a Null "Move point".
So now, when I move this Null, the balloon should follow the Spline Rope.
However, this is now happening, the balloon stays in one place.
Also the length of the spline seems to change.
What am I doing wrong?

balloon met cloth v02.c4d

Thank you.
Also the link in the email is very interesting.
Chris Schmidt showed here how to inflate a balloon-shape
https://youtu.be/G8cL9zZrMYw?si=Xl-6w_2m8sU_HkiA&t=2745

So, I will model a balloon by taking a Sphere with a Taper and then inflate it.

I like to make an animation inwhich a balloon is filled with air. Is that possible?
Also, I like the balloon then to stick to a rope and when the rope is moved the balloon also moves.
I am using 2024.0.2

I have seen some totorials doing this for previous versions using Spline Dynamics, which in 204 is now Rope functionality.
I have problems connecting and moving the rope and the balloon together.

Thank you.
I have to investigate this Inheritance Effector.

One question.
How can improve the quality?
I have the same text again as previous "LevenSnevel" and I included it in the scene instead of "C4D".
However, the result is hard to read despite incrementing matrix count to 10000 en increasing the subdivision of the text.
Shere my result: https://youtu.be/bzGlw6bHMl8

I am using R2024 and thus the Simulation system.

Great answer again!
Than kyou very much.

I want to spin or move object within a sphere.
So I have an emitter emittting small cubes.
Those cubes has tistay within the sphere.
So the sphere gets an collison tag and the emitter cubes an rigid body tag.
So far so good, besides tuning friction and bounceness.

But then the emitter cubes move faster and faster and eventually 'leave' the sphere.

At some point I want the emitter cubes 'merge' into a text.

Two questions:

• how to limit the speed of the emitter cubes?
• how to 'merge' the emitter cubes into a text?

PS How to upload / insert a image into a post.
I keep getting 'Image dimensions are too big'.

@Dr-Sassi And here the final result.
https://youtu.be/_N6FzrBGfwE

Aha, I see what you have done.
Clever!

Thank you,
Pim