Making goo come out of the tip of a flexi cone.

[Lilgirlreborn Thor]

I have a nice goo script I would love to use to make a cone that is wriggling seem like its dripping goo. But the script always seems to come out the big end of the cone which is near my body. I want it at the smaller end of the tip. like water drops dripping from the end of a flexible hose. anyone know how I can do this. thank you if it indeed is possible.

[Scooter Hollow]

I'm not sure whether you're talking about rezzing objects or creating particles, but either way it should just be a matter of putting the right position or angle parameters into it.

[Lilgirlreborn Thor]

I am trying to make my tentacle set that I put on my body drip ooz or goo out of the tips of each tentacle

[Qwalyphi Korpov]

The resident who provided the previous content, if any, has replaced it with this generic statement.

[Lilgirlreborn Thor]

yes its a particle. Unless of course there is a way to attach a tiny ball with the script onto the tip also would be great. but ive not figured out how to attch something to the tip of a flexi

 

[Rolig Loon]

You can't.  If you do that, it's no longer flexi. 

[Freya Mokusei]

As Qwalyphi says, there's no way to 'track' the tip of a flexible prim. Flexible shapes are determined by each viewer that can see the object, so they can look radically different to different residents (most of these differences are based on residents graphics settings).

 

Making particles emit from the tip is... unlikely to be practical using this method. A better approach is to use non-flexible sculpts (possibly with animation) or mesh (trickier to animate, but less 'blocky' and higher detail).

[Perrie Juran]

 

The person who figures out a way to do this will corner the male member market!

[Marianne McCann]

Slice your prim so that it is half its size. Particle effects will come out the "end" (which is really the center).

[Qie Niangao]

I don't think that will work because this is a flexible prim, and the particle is supposed to emit from the flexible end. Regardless of how it's sliced, the (particle-emitting) origin of a flexible prim is always the non-flexing end, as far as I know.