var sec_constants =
[
    [ "E Euler Constant (Base of Natural Logarithm)", "constants_e.html", [
      [ "", "constants_e.html#Usage", null ],
      [ "", "constants_e.html#Example", null ]
    ] ],
    [ "EPS Double Precision Floating Point Relative Machine Precision Epsilon", "constants_eps.html", [
      [ "", "constants_eps.html#Usage", null ],
      [ "", "constants_eps.html#Example", null ]
    ] ],
    [ "FALSE Logical False", "constants_false.html", [
      [ "", "constants_false.html#Usage", null ]
    ] ],
    [ "FEPS Single Precision Floating Point Relative Machine Precision Epsilon", "constants_feps.html", [
      [ "", "constants_feps.html#Usage", null ],
      [ "", "constants_feps.html#Example", null ]
    ] ],
    [ "I-J Square Root of Negative One", "constants_i.html", [
      [ "", "constants_i.html#Usage", null ],
      [ "", "constants_i.html#Example", null ]
    ] ],
    [ "INF Infinity Constant", "constants_inf.html", [
      [ "", "constants_inf.html#Usage", null ],
      [ "Internals", "constants_inf.html#Function", null ],
      [ "", "constants_inf.html#Example", null ]
    ] ],
    [ "PI Constant Pi", "constants_pi.html", [
      [ "", "constants_pi.html#Usage", null ],
      [ "", "constants_pi.html#Example", null ]
    ] ],
    [ "TEPS Type-based Epsilon Calculation", "constants_teps.html", [
      [ "", "constants_teps.html#Usage", null ],
      [ "", "constants_teps.html#Example", null ]
    ] ],
    [ "TRUE Logical TRUE", "constants_true.html", [
      [ "", "constants_true.html#Usage", null ]
    ] ]
];