Asset narrative
Where the page leaves glossary mode
For FLIP Particle Fluid Vellum and Pyro Solver Guide, the useful narrative is not dramatic. It is the handoff moment where a reviewer asks whether node path, attribute view, and cache range really supports the requested decision.
Houdini handoffs need the procedural cause of the image, not only the image. This is also where multilingual wording helps: it keeps the decision stable across teams.
Article detail
FLIP Particle Fluid Vellum and Pyro Solver Guide: the part a reviewer should not skip
A search result may enter through Particle Fluid, Voronoi Fracture, and Shard / Fragment, but the page has to answer the production question behind the phrase. These notes connect the wording to the evidence a reviewer needs.
Particle Fluid - When 粒子流体 or 粒子流体 appears in a review note, the English term still needs the file state beside it. Particle Fluid (粒子流体 / 粒子流体) should be tied to the exact part of node network, cache, generated geometry, volume, or simulation export that it changes. Record the setting, reviewer, and proof artifact so the term is not reduced to a loose label. That keeps the article searchable while still giving Houdini technical artist or FX artist something concrete to approve.
Voronoi Fracture - Voronoi Fracture becomes useful only when the reviewer can point to the part of node network, cache, generated geometry, volume, or simulation export that it changes. Voronoi Fracture (Voronoi 破碎 / ボロノイ破砕) should include procedural cause and cached result. Name the node path, attribute or solver setting, frame range, and exported artifact before calling the effect reproducible. Use the note to decide whether the asset is ready, blocked, or waiting for a narrower specialist pass.
Shard / Fragment - For a vendor-facing brief, Shard / Fragment is the anchor term and the localized labels explain the same inspected state. Shard / Fragment (碎片 / 破片) should be tied to the exact part of node network, cache, generated geometry, volume, or simulation export that it changes. Record the setting, reviewer, and proof artifact so the term is not reduced to a loose label. If that proof cannot be attached, the term should remain in review rather than be treated as covered.
Rigid Body Dynamics - The practical question around Rigid Body Dynamics is what evidence would make another reviewer agree with the same decision. Rigid Body Dynamics (RBD / RBD) should be tied to the exact part of node network, cache, generated geometry, volume, or simulation export that it changes. Record the setting, reviewer, and proof artifact so the term is not reduced to a loose label. This is the difference between keyword coverage and a production article that can be quoted by an answer engine.
When the same file crosses departments, Particle Fluid, Voronoi Fracture, Shard / Fragment, and Rigid Body Dynamics should carry the same inspected meaning in Chinese, English, and Japanese.
A term that cannot point to evidence is not ready for approval, even if the translation is correct.
Inspection questions
Questions before the evidence table
- What does the next department need before touching the file?
- Which of Particle Fluid, Voronoi Fracture, Shard / Fragment, and Rigid Body Dynamics belongs in the task title?
- Which translated labels need a caution note?
- What is intentionally out of scope?
- What would make the reviewer reject the handoff?
Case route
A practical path through the evidence
Start from the receiver's question: what can be trusted without asking the artist for a private explanation?
Use Particle Fluid, Voronoi Fracture, Shard / Fragment, and Rigid Body Dynamics to locate the relevant proof, then use node path, attribute view, cache range, and solver settings to make the proof portable across teams.
End by writing what is accepted, what is still under review, and whether the Chinese or Japanese wording needs an extra production note.
Review evidence
Evidence the reviewer should keep
| Term or decision | Why it matters | Evidence to keep |
|---|---|---|
| Voronoi Fracture | Voronoi Fracture (Voronoi 破碎 / ボロノイ破砕) needs a concrete meaning in Houdini、程序化与特效; otherwise reviewers may accept different outputs under the same name. | compare the source view with node network, cache, generated geometry, volume, or simulation export. |
| Shard / Fragment | Shard / Fragment (碎片 / 破片) needs a concrete meaning in Houdini、程序化与特效; otherwise reviewers may accept different outputs under the same name. | save one artifact that can be inspected without the original workstation state. |
| Rigid Body Dynamics | Rigid Body Dynamics (RBD / RBD) needs a concrete meaning in Houdini、程序化与特效; otherwise reviewers may accept different outputs under the same name. | write the unresolved risk in the task before asking for sign-off. |
Language note
Writing multilingual comments for the same state
If the Chinese or Japanese phrase suggests a different production action, keep the English term visible and write the target output beside it.
| Chinese | English | Japanese | Review note |
|---|---|---|---|
| 粒子流体 | Particle Fluid | 粒子流体 | When a vendor uses 粒子流体, confirm whether they mean authoring state, exported data, or final target behavior. |
| Voronoi 破碎 | Voronoi Fracture | ボロノイ破砕 | If Voronoi Fracture is a literal tool label, keep the English beside the translated term so reviewers can find it in the UI. |
| 碎片 | Shard / Fragment | 破片 | If Shard / Fragment is a literal tool label, keep the English beside the translated term so reviewers can find it in the UI. |
| RBD | Rigid Body Dynamics | RBD | When a vendor uses RBD, confirm whether they mean authoring state, exported data, or final target behavior. |
Terminology reference
Chinese, English, and Japanese terms used by this article
This table is kept as a reference for SEO coverage, outsourcing review, and localization alignment. Treat the article sections above as the decision guide; treat this table as the vocabulary index.
| Chinese | English | Japanese | Workflow context |
|---|---|---|---|
| 粒子流体 | Particle Fluid | 粒子流体 | Houdini、程序化与特效 |
| Voronoi 破碎 | Voronoi Fracture | ボロノイ破砕 | Houdini、程序化与特效 |
| 碎片 | Shard / Fragment | 破片 | Houdini、程序化与特效 |
| RBD | Rigid Body Dynamics | RBD | Houdini、程序化与特效 |
FLIP Particle Fluid Vellum and Pyro Solver Guide FAQ
Who should use this page?
Houdini technical artist or FX artist can use it to explain Particle Fluid, Voronoi Fracture, Shard / Fragment, and Rigid Body Dynamics to producers, vendors, localization reviewers, or downstream technical reviewers.
Which proof should be attached first?
Start with node path, and attribute view because that proof shows how the current state was made. Add target proof when node network, cache, generated geometry, volume, or simulation export can fail after handoff.
What should be copied into a production ticket?
Copy the term, the source state, the expected node network, cache, generated geometry, volume, or simulation export, the owner, and the proof artifact. Leave out broad glossary wording unless it helps a vendor or reviewer find the exact control.
Can Particle Fluid, Voronoi Fracture, Shard / Fragment, and Rigid Body Dynamics be covered together?
Yes, if they share one production decision around node network, cache, generated geometry, volume, or simulation export. If the owner, evidence, or target output changes, split the work into a narrower leaf guide or review ticket.