Local InteractiveLocal interactive simulations run on your computer, also known as the local host. This method is useful for simulations that you expect to complete quickly. You can monitor the local interactive simulations actively in the foreground of your session. While the simulation is running, you cannot perform any other actions in your session. A progress dialog box tracks the status of your simulation. You can end a simulation to stop its progress before it is complete. Once the simulation is complete, the app displays the results. Local NoninteractiveLocal noninteractive simulations run in a background process on your computer. This method is useful for larger models or simulations that take a long time to complete. While a local noninteractive simulation is running, it is locked; you cannot edit any part of it, including other analysis cases if they exist. However, you can continue working on other objects in your session, and you can close the app or your session while the simulation is running. The machine that submitted the simulation must remain powered on and connected to the network until the simulation is complete. CloudYou can run a simulation on a cloud server if your company has purchased cloud roles and licensing. When your session is connected to a 3DEXPERIENCE platform server on the cloud, you can monitor the running simulation while continuing to work on other simulation objects. The cloud infrastructure available for running Plastic Injection simulations can scale up to 32 cores. In this infrastructure, simulations always consume licensing credits to cover the cloud infrastructure cost, and you can specify the number of cores or the performance level for a simulation. RemoteIf your system administrator has configured the infrastructure for 3DOrchestrate in your on-premises 3DEXPERIENCE platform, you can run simulations remotely. You can also specify where a remote simulation will run and configure other 3DOrchestrate options. For more information, see Setting Remote Simulate Options for 3DOrchestrate. |