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        "author": "B.L. de Vries",
        "author_email": "bldevries.science@gmail.com",
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        "description": "Readme file\n============\n- Author: Ben de Vries and Robin Lombaert\n- Contact: bldevries.science@gmail.com\n- Web: www.stjerke.com\n- Github: https://github.com/bldevries\n- PyPi: https://pypi.python.org/pypi/opacity_calculator\n\n\nImplementations and versions\n------------------------------------\n* Implementations in the current version (Beta 0.1):\n\t* Grain shapes: Implemented CDE grains\n\t* Grain sizes: single grain size\n\t* Optical constants in database: olivine (amorph and crystalline), carbon, ices\n\t* Benchmarked with Michiels code (Min et al 2009)\n\n* Next version (Beta 1.0)\n\t* Grain shapes: implement MIE and CDE grains\n\t* Grain sizes: single grain size\n\t* Optical constants in database: \n\t\t- silicates (olivine and pyroxene, amorph and crystalline)\n\t\t- oxides\n\t\t- carbon\n\t\t- ices\n\t\t- Able to use your own optical constants\n\n* Future versions:\n\t* Grain shapes: implement MIE, DHS, GRF and CDE grains\n\t* Grain sizes: single grain size and grain size distributions\n\t* Optical constants in database: \n\t\t- Full JENA database avaliable in the SQLite database\n\t\t- Able to use your own optical constants\t\n\t* Other functions:\n\t\t- Enable saving of the opacities in a local SQLite DB\n\n\n\n\nInstallation:\n--------------\n\n* PyPi: \n\trun: pip install opacity_calculator\n* Github\n\t- Download the files from github. Inside the opacity_calculator directory type (if you need permissions, with sudo): python setup.py install\n\t- To test if it works type python to go into python and then \"import opacity_calculator\"\n\n\nIntroduction\n-------------\nComing...\n\n\nGetting started: an example\n-----------------------------\nIf you have the opacity_calculator installed and want to test how it works and plot a spectrum with the matplotlib package. Go into python and type:\n\t- import opacity_calculator as oc\n\t- opacitiesForsterite = oc.getOpacity(\"fo050\", 1.0, print_console_output = True)\n\t- import matplotlib.pyplot as plt \n\t- plt.plot(opac.getX(), opac.getY())\n\t- plt.show)\nIf you want to try another mineral, check the content of the database in the following way:\n\t- import opacity_calculator as oc\n\t- oc.printDatabase()\n\t- You can use the labels in the label column to generate opacities with the getOpacity function.\n\n\nGeneral code structure and classes\n=====================================\n\nClasses & Files\n------------------\n* Package and python scripts\n\t* __init__.py\n\t* main.py \n* DataClasses:\n\t* DataClass_SQLData.py\n\t* DataClass_OpticalConstants.py\n\t* DataClass_Opacity.py\n* Calculators\n\t* Calculator_CDE.py\n\t* Calculator_MIE.py\n\t* Calculator_DHS.py\n* Database files:\n\t* SQLITE_DATABASE.db\n\n\n\n\nDatabases and table structure\n------------------------------\n* Filename: SQLITE_DATABASE.db\n* Table: OpticalConstantsTable",
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