Parallel execution settings in AnyLogic Preferences To determine how many processor cores your system has and to set the numbers of cores to be used by AnyLogic open AnyLogic Preferences (main menu item Window Preferences). Two simulation runs are going in parallel Calibration experiment running on a 2-core processor. The simulation progress indicator in the status bar of the running model shows as many progress bars as there are simulation runs going in parallel. This applies to all experiments where multiple simulation runs can be done independently or partially independently, such as: Parameter variation Monte Carlo Sensitivity analysis Optimization Calibration By default, AnyLogic will try to use maximum number of processors available. For example, on a machine with four cores a parameter variation experiment now executes 3-4 times faster than on a machine with a single core.
3D animation of a railway station: Rail Library works together with Pedestrian LibraryĦ AnyLogic New Features 6 Fully benefit from multi-core processors If your computer has more than one processor core, AnyLogic will now take advantage of that and place different simulation runs on different cores in parallel.
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Since the Enterprise Library and the Pedestrian Library also support 3D animation, you can now easily create full dynamic 3D models of subway and railway stations, airport shuttles, or any other system where rail transportation and pedestrian flows mix. The 3D Objects palette contains ready-to-use 3D objects for locomotives, several types of freight cars, and passenger cars. The rails and the rail cars can now be a part of the model's 3D scene. The AnyLogic version Rail Library introduces 3D animation functionality. The latter are used to define time delays (such as train stops, loading and unloading), make decisions, and manage sharing of the rail yards resources tracks and switches. These five objects can be mixed in a flowchart with objects from the Enterprise Library, such as Delay, SelectOutput, Hold, Seize, Release, Queue, etc. TrainDecouple decouples cars from the incoming train and creates a new train from those cars. TrainCouple couples two trains that "touch" each other into one train. Can calculate routes and set switch states as the train goes along the route. TrainDispose remove trains from the model, including trains that are still in the yard. There are five new objects in the library: TrainSource creates trains, performs initial setup and puts them in the yard.
It is more flexible and powerful than the low-level interface originally implemented (and still supported). 3 AnyLogic New Features 3 New Rail Library: use flowchart objects and 3D animation Beginning with AnyLogic version the Rail Library supports an easy-to-use flowchart interface to define the logic of rail system operations in a drag-and-drop style without any coding.