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same.platform
Platform-specific code, to try to minimise reader conditionals in the rest of the codebase.
Platform-specific code, to try to minimise reader conditionals in the rest of the codebase.
bit-diff-doubleclj/s
(bit-diff-double f1 f2)Difference between two doubles in ULPs (i.e. number of representable numbers between them + 1).
Difference between two doubles in ULPs (i.e. number of representable numbers between them + 1).
bit-diff-floatclj/s
(bit-diff-float f1 f2)Difference between two floats in ULPs (i.e. number of representable numbers between them + 1).
Difference between two floats in ULPs (i.e. number of representable numbers between them + 1).
is-array?clj/s
(is-array? a)Return true if a is an array.
Return true if `a` is an array.
is-infinite?clj/s
(is-infinite? f)Return true if f is infinite.
Return true if `f` is infinite.
max-valueclj/s
The largest representable non-infinite Double.
The largest representable non-infinite Double.
nan?clj/s
(nan? f)Return true if f is NaN (Not-a-Number)
Return true if `f` is NaN (Not-a-Number)
signclj/s
(sign f)Return the sign of f (+1 if positive, -1 if negative, 0 if zero, or NaN if NaN).
Return the sign of `f` (+1 if positive, -1 if negative, 0 if zero, or NaN if NaN).
to-floatclj/s
(to-float f)Round f to a single precision (32-bit) float.
Round `f` to a single precision (32-bit) float.
ulpclj/s
(ulp f)Units in the Last Place (ULP) of f (difference between f and the next largest representable number).
Units in the Last Place (ULP) of `f` (difference between f and the next largest representable number).
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