SIM
SIM introduction
Learn how SIM organizes vehicle setup, inputs, simulations, and analysis for 4ACE workflows.
SIM is the 4ACE product area for preparing simulation inputs, running simulations, and analyzing results in a team workspace.
Use this section when you need to build a vehicle model, prepare reusable setup data, run FastSim or OpenSim, and review output with your team.
SIM workflow
Build setup modules
Create reusable aerodynamics, body, brakes, drivetrain, steering, suspension, tires, lookup tables, and polynomials.
Assemble vehicles
Select setup modules into one vehicle assembly for simulation work.
Run simulations
Choose FastSim, OpenSim, or Batch Simulations and submit runs.
Analyze results
Choose Detailed Analysis, Batch Analysis, and reusable analysis layouts for telemetry review.
Main inputs
| Input | Where it lives | Use it for |
|---|---|---|
| Vehicle | Vehicles | Select one assembly of body, suspension, steering, brakes, drivetrain, aerodynamics, and tires. |
| Submodules | Design | Maintain reusable setup blocks that vehicles reference. |
| Lookup tables | Vehicles > Lookup tables | Define 1D and 2D numeric maps used by selected submodule parameters. |
| Polynomials | Vehicles > Polynomials | Define coefficient-based curves for parameters that support polynomial mode. |
| Driver | Drivers | Select the driver profile for simulation context. |
| Circuit | Circuits | Select the track file and map data for circuit-based work. |
| Ambient | Ambients | Select environmental and track condition inputs. |
Before you start
- Sign in and select the correct team.
- Create reusable Design data before assembling a vehicle.
- Confirm the team has enough credits before running simulations.
- Use FastSim for a first circuit-based simulation.