cardiax:使用四阶精度中心有限差分法，欧拉更新方案和jax的fenton karma模型的python实现
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2021-03-18
18:11:06
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cardiax-master.zip （78个子文件） 
cardiax-master cardiax 
solve.py 7KB __init__.py 121B stimulus.py 5KB convert.py 1KB io.py 3KB plot.py 11KB params.py 2KB train.py 6KB .github workflows build.yml 1KB install_jax.sh 209B
requirements.txt 156B LICENSE 34KB deepx generate.py 6KB dataset.py 3KB __init__.py 111B optimise.py 6KB saresnet.py 3KB utils_scars.py 16KB resnet.py 3KB DataGeneration.ipynb 647KB setup.py 322B README.md 6KB tests macro jax_slow_compile.py 2KB fenton_karma_jax_cpu.ipynb 7KB fenton_karma_jax_tpu.ipynb 6KB test_jax_gradient.ipynb 6KB test_stability.ipynb 2.24MB test_gradient_4ord.py 299B test_convergence_nonchaotic.ipynb 578KB
test.png 384KB io_test.py 2KB fenton_karma_jax_gpu.ipynb 5KB fenton_karma_numpy.ipynb 10KB stimulate_test.py 2KB plot.ipynb 112KB low_level.ipynb 116KB test_convergence_chaotic.ipynb 383KB results stability nonchaotic dx_0.0150.png 41KB dx_0.0250.png 41KB dx_0.0500.png 11KB dx_0.0060.png 41KB dx_0.0800.png 12KB dx_0.0200.png 43KB dx_0.0040.png 42KB dx_0.0080.png 42KB dx_0.0300.png 39KB dx_0.0400.png 28KB dx_0.0100.png 42KB field_size.png 26KB convergence nonchaotic dx_0.0150.png 41KB dx_0.0500.png 11KB dx_0.0060.png 41KB dx_0.0800.png 12KB dx_0.0200.png 43KB dx_0.0040.png 42KB dx_0.0080.png 42KB dx_0.0300.png 39KB dx_0.0400.png 28KB dx_0.0100.png 42KB chaotic dx_0.0150.png 42KB dx_0.0500.png 11KB dx_0.0060.png 42KB dx_0.0800.png 12KB dx_0.0200.png 45KB dx_0.0040.png 44KB dx_0.0080.png 43KB dx_0.0300.png 42KB dx_0.0400.png 28KB dx_0.0100.png 44KB performance gradient.jpeg 63KB field_size.png 46KB iterations.png 58KB unittests stimulus_test.py 607B dataset.py 2KB forward_test.py 2KB __init__.py 0B .gitignore 2KB make_dataset.py 4KB资源评论
