CinnamonMetal

How do I write python module which is always available with every Houdini session and can be loaded as a module within a parameter; must I use 123.py or hou.session ? If I understand correctly hou.session is saved with the hip file, meanwhile 123.py is loaded even if it's an empty scene.

When creating a HDA, is it possible to write to BiFrost which give the user if they are knowledgeable in BiFrost; access to the HDA parameters by means of the BiFrost counterparts ?

The vector attribute is still not being imported ?

Within a DOPNet I have a SOPSolver, within the SOPSolver I'm using a point wrangler to only retrieve the velocity using @opinput1_v.z = 2.3; but the attribute is not being imported into the wrangler for the second input of the point wrangler ?

Interesting.

How do I use Add Impact Data from a POP Solver inside a POP Wrangler ?

@makah21803 You have single `\` make sure they are double `\\`. You don't need; "python.autoComplete.preloadModules":["hou"] that is only for Jedi as you see is disabled, just remove that line, completely.

I want to use the impact records from the RBD in the POP wrangler for the Pop solver. I'm stuck on how to import the data ? dop_import_records.hipnc

How do I bring in a impact attribute into a POPWrangle inside a DOPNet from a DOPImport Records ?

I was using the wrong attribute name

I meant a volume velocity field. The particles flow along the torus but I want to have control when those particles fall off the volume field. velField_gravity.hipnc

That works, but; how can I use the import records to do the same thing ?

How do I bring into a POPNet the impulse (impact) data; without using a SOPSolver ? impact_records.hipnc

How do I get a velocity field to get effected by gravity, currently my particle remain bound to the velocity field. I tried a POPWrangler (@v.y) with a condition, but the particles remain bound ?

@Sean-R Thanks, but how do I get the particles to continuously flow around the torus; currently once the velocity has done a full rotation the particles shoot in opposite direction ?