simudo.example.marti2002 package¶
Submodules¶
simudo.example.marti2002.colors module¶
simudo.example.marti2002.marti2002 module¶
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class
simudo.example.marti2002.marti2002.IBSemiconductor(**kwargs)[source]¶ Bases:
simudo.example.marti2002.marti2002.Semiconductor-
get_dict()[source]¶ Construct dictionary of material parameters.
- Returns
Dictionary where keys are
add_rule()keys, and values are the values (expressions).- Return type
dict
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name= 'IB'¶
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class
simudo.example.marti2002.marti2002.PFrontSurfaceField(**kwargs)[source]¶ Bases:
simudo.example.marti2002.marti2002.Semiconductor-
get_dict()[source]¶ Construct dictionary of material parameters.
- Returns
Dictionary where keys are
add_rule()keys, and values are the values (expressions).- Return type
dict
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name= 'pfsf'¶
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class
simudo.example.marti2002.marti2002.Semiconductor(**kwargs)[source]¶ Bases:
simudo.physics.material.Material-
get_dict()[source]¶ Construct dictionary of material parameters.
- Returns
Dictionary where keys are
add_rule()keys, and values are the values (expressions).- Return type
dict
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name= 'semiconductor'¶
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simudo.example.marti2002.marti2002_plot module¶
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simudo.example.marti2002.marti2002_plot.common_load_spatial_data(spatial_input_dir, jv_filename)[source]¶
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simudo.example.marti2002.marti2002_plot.extract_max_abs_IB_current(spatial_input_dir, filename)[source]¶
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simudo.example.marti2002.marti2002_plot.plot_detail_j_subplot(concentration_factor, df, ax, **kws)[source]¶