Simulate Sample Clauses
The "Simulate" clause authorizes one party to create a realistic model or test environment that mimics the actual operation or performance of a system, process, or product. In practice, this may involve running software in a controlled setting, using test data to replicate real-world scenarios, or evaluating how a product responds under simulated conditions. The core function of this clause is to allow for thorough evaluation and troubleshooting before full-scale implementation, thereby reducing the risk of unforeseen issues and ensuring the system or product meets required standards.
Simulate a TPMS malfunction, for example, by disconnecting the power source to any TPMS component, disconnecting any electrical connection between TPMS components, or installing a tyre or wheel on the vehicle that is incompatible with the TPMS. When simulating a TPMS malfunction, the electrical connections for the tell-tale lamps shall not be disconnected.
Simulate. This option will interpret the model without any user interaction. When faced with a choice of several observable events, one will be chosen in a random but deterministic manner. Thus, the simulation will always make the same choices for every run of the same model. This behavior is implemented by the use of a pseudo-random number generator that has been initialised with a constant seed. This random number generator is used to resolve the choice between events, and will produce the same series of actions when presented with the same series of choices.
Simulate a valve or gate position command signal at the RIO panel or local control panel as appropriate and demonstrate that the valve or gate is controlled to the desired position without excessive hunting.
Simulate power outage by interrupting normal source, and demonstrate that system operates to provide emergency power.
Simulate. → FMUSt = → Simulate = let → → → → → → → → 2 endInit.i SKIP FMUSt FMUStEvs CarrySteps = let / {} →