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$a⁄2$ $β⁄2$

$β⁄2$

$∂⁄∂t$

Classical XY model General properties inverse temperature $β⁄2$

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 ∂t

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lf = chr(10) Boroughs = """   Forest City 1,911    Friendsville 111    ...    † Montrose 1,617    ...    Union Dale 267    """.strip.split(lf) Townships = """   Apolacon 500    Ararat 563    ...    Thompson 410    """.strip.split(lf) def fondle(x, y): def f(x, y): p = x.rfind(" ") return x[:p] + " || " + y, x[p + 1:] return [f(i, y) for i in x]   both = fondle(Boroughs, "Borough") + fondle(Townships, "Township") s = sorted(both, key = lambda x: int(x[1].replace(",", "")), reverse = True) for i in range(len(s)): print '|- style="background:{}"\n| {}\n| {}\n| {}'.format(               "honeyDew" if "Township" in s[i][0] else "seaShell", i + 1, s[i][0], s[i][1])