3D & Design
Mixar Blender Space Station Workflow
Create a space station with a Mixar and Blender workflow.
@_satyam_ai
Gemini 4 Argon prompt guide
Gemini 4 Argon prompts and use cases for building with long-context AI.
Browse public Gemini 4 Argon cases across robotics, interfaces, 3D scenes, media creation, and engineering workflows.
Prompt catalog
Explore Gemini 4 Argon cases by task and workflow.
Showing 4 / 40 cases
3D & Design
Seven Wonders 3D Scenes
Generate three-dimensional scenes of the Seven Wonders of the World.
@Adidotdev
Apps & Interfaces
Expandable Drum Machine
Build an expandable drum machine interface.
@kaloyaan
3D & Design
Broad-Prompt Browser 3D Scene Test
Test a broad prompt for a complex browser-based three-dimensional scene.
@koguGameDev
Robotics cases
Explore robot control and simulation cases.
Explore Gemini 4 Argon in robot-arm tasks, robot control, and workflows that turn video into simulation.
AA-Robotics Eight-Task Robot Arm Evaluation
Artificial Analysis compares models across eight robot-arm tasks, with scores, timing, and cost.
@ArtificialAnlys
Spot Robot Zero-Shot and Simulated Control
Spot robot footage illustrates the control and simulation workflow.
@parada_car88104
Apollo Robot Sandbag-Toss Simulation
The video shows Apollo tossing a sandbag alongside the corresponding physics simulation.
@GoogleDeepMind
Kitchen Robot Video-to-Simulation Workflow
Kitchen robot footage appears alongside a corresponding simulation of the same scene.
@parada_car88104
How to test Gemini 4 Argon prompts
Turn a public demo into a reproducible test.
State the outcome, make the environment and constraints explicit, then define checks that separate model behavior from implementation noise.
Define the deliverable
Name the artifact and its required format: a runnable HTML file, interface, game prototype, research note, or structured response. Include the interaction or output shape that matters.
Make the environment explicit
List the runtime, input files, references, libraries, tool access, and model identity. Put the task after the context so the final instruction is unambiguous.
Write acceptance checks
Separate functional, visual, content, and safety checks. State what must work, what must remain unchanged, and which edge cases should fail clearly.
Change one variable at a time
Keep the deliverable and checks stable while changing one constraint or piece of context. Record the input, output, and implementation changes for each run.
Gemini 4 Argon prompt FAQ
Questions to answer before reusing a public case.
Are these the original Gemini 4 Argon prompts?
Only when the source publishes a prompt. The catalog preserves source-reported tasks, visible outputs, tools, and attribution; it does not invent missing prompts or label adapted text as original.
Where do these cases come from?
These cases come from public posts and demonstrations. Cards retain the name of the person or organization that shared each case.
Can I call Gemini 4 Argon through EvoLink now?
Yes. Gemini 4 Argon is available through EvoLink. Use the model page for current API details and pricing, then verify the request and returned model identity in your account.
How should I reproduce a public demo?
Capture the task, context files, references, tools, model identity, and expected checks. Rebuild the smallest runnable version first, then change one constraint at a time and record the result.
Which cases are useful for engineering teams?
Start with cases whose output can be inspected directly, such as single-file HTML, interfaces, games, and workflow artifacts. Add tests for security, accessibility, performance, and failure handling before considering production use.
When can a case become a production integration?
You can call Gemini 4 Argon through EvoLink now. Reproduce the task with your own inputs and acceptance checks, then compare reliability, latency, token usage, and operational fit through the unified API path.