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Discovering phase transition in 2DIsing model with unsupervised learning method | ||
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Requirements: scikit-learn, numpy, numba | ||
Requirements: scikit-learn, numpy, numba and Python | ||
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Quick start: | ||
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1. python MC_sample.py to generate the datasets. | ||
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Datasets contain three parts: 20_L, 40_L and 80_L, in which "L" represent the size of 2D square Ising model. | ||
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For each part, we generate the datas in the range of temperature from 1 to 3.0. | ||
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For each temperature point, we generate 100 datas. | ||
1. python MC_sample.py to generate the datasets, which includes two parts: | ||
(1). 20_L, 40_L and 80_L, in which "L" represent the size of 2D square Ising model; | ||
(2). For each part, we generate the datas in the range of temperature from 1 to 3.0, with each temperature containing 100 data points. | ||
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2. python sklearn_pca.py. | ||
3. python sklearn_pca.py. |