79 lines
2.7 KiB
Python
79 lines
2.7 KiB
Python
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"""
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Script to process the periodic table as json into latex stuff
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Source for `elements.json` is this amazing project:
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https://pse-info.de/de/data
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Copyright Matthias Quintern 2024
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"""
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import json
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import os
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import re
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outdir = "../src/ch"
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def gen_periodic_table():
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with open("elements.json") as file:
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ptab = json.load(file)
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# print(ptab["elements"][1])
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s = "% This file was created by the periodic_table.py script.\n% Do not edit manually. Any changes might get lost.\n"
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for i, el_key in enumerate(ptab):
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el = ptab[el_key]
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def get(*keys):
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"""get keys or return empty string"""
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val = el
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for key in keys:
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if not key in val: return ""
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val = val[key]
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return val
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# print(i, el)
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el_s = f"\\begin{{element}}{{{el['symbol']}}}{{{el['number']}}}{{{el['period']}}}{{{el['column']}}}"
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# description
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el_s += f"\n\t\\desc[english]{{{el['names']['en']}}}{{{get('appearance', 'en')}}}{{}}"
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el_s += f"\n\t\\desc[german]{{{el['names']['de']}}}{{English: {get('names', 'en')}\\\\{get('appearance', 'de')}}}{{}}"
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# simple properties
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for field in ["crystal_structure", "set", "magnetic_ordering"]:
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if field in el:
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el_s += f"\n\t\\property{{{field}}}{{{el[field]}}}"
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# mass
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m = get("atomic_mass", "value")
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if m:
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assert(get("atomic_mass", "unit") == "u")
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el_s += f"\n\t\\property{{{'atomic_mass'}}}{{{m}}}"
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# refractive indices
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temp = ""
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add_refractive_index = lambda idx: f"\\GT{{{idx['label']}}}: ${idx['value']}$, "
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idxs = get("optical", "refractive_index")
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print(idxs)
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if type(idxs) == list:
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for idx in idxs: add_refractive_index(idx)
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elif type(idxs) == dict: add_refractive_index(idxs)
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elif type(idxs) == float: temp += f"${idxs}$, "
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if temp:
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el_s += f"\n\t\\property{{{'refractive_index'}}}{{{temp[:-2]}}}"
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# electron configuration
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match = re.fullmatch(r"([A-Z][a-z]*)? ?(.+?)", el["electron_config"])
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if match:
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el_s += f"\n\t\\property{{{'electron_config'}}}{{"
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if match.groups()[0]:
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el_s += f"\\elRef{{{match.groups()[0]}}} "
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el_s += f"{match.groups()[1]}}}"
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el_s += "\n\\end{element}"
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print(el_s)
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s += el_s + "\n"
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# print(s)
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return s
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if __name__ == "__main__":
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ptable = gen_periodic_table()
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assert os.path.abspath(".").endswith("scripts"), "Please run from the `scripts` directory"
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with open(f"{outdir}/periodic_table.tex", "w") as file:
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file.write(ptable)
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