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Figure 12 Large simulation with users and tests.
The method allows us to explore long time-scale evolution while using large simulation cells.
This large simulation contained 1024 valence electrons (512 spin up electrons and 512 spin down electrons).
This ends up in a very large simulation runtime, far beyond real-time.
For a large simulation system where n is big, this algorithm could be intolerably slow.
Individual algorithmic benchmark tests as well as an example large simulation of a thin film are presented.
However, this integration leads to a model that is computationally demanding, leading to large simulation times for simplified case studies.
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MuMax is designed for high-performance computations and specifically targets large simulations.
To manage large simulations, the magnetization kernel is implemented in a parallelized way that enables simulation on PC grid architecture.
Increased iterations (10,000) per simulations were used to determine whether more iterations necessarily mean increased accuracy, as large simulations are computationally expensive and time-consuming process.
Large simulations are able to sustain larger carnivores than smaller simulations and in very small simulations with low food density there may not be enough space to support a viable population of unicells.
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