Where to start
Start with the model, then self-collision, environmental collision and constraint checks.
Use it in your project
Construct one valid and one invalid scene/state request and record the result before execution.
Scope and limitations
The example creates a scene directly for illustration; a maintained live scene requires the appropriate integration interfaces.
Follow a related roadmap
Build a first tabletop robot-arm project · Intermediate →
Read: Start with the model, then self-collision, environmental collision and constraint checks.
Use collision and constraint checks to establish explicit rejection cases before executing a task sequence.
Produce: Compare a valid transfer request with a colliding or out-of-bounds request in simulation.
Integrate robot-arm motion planning · Intermediate →
Read: Start with the model, then self-collision, environmental collision and constraint checks.
Use collision and constraint checks to establish explicit rejection cases before executing a task sequence.
Produce: Check self-collision, environment collision and constraints as separate failure cases.
Automate precision assembly and fastening · Intermediate →
Read: Start with the model, then self-collision, environmental collision and constraint checks.
Use collision and constraint checks to establish explicit rejection cases before executing a task sequence.
Produce: Model fixture/tool geometry and explicitly test impossible or colliding approach conditions in simulation.