BUILT-IN MATHEMATICA SYMBOL

BinCounts

BinCounts[{x1, x2, ...}]
counts the number of elements whose values lie in successive integer bins.

BinCounts[{x1, x2, ...}, dx]
counts the number of elements whose values lie in successive bins of width dx.

BinCounts[{x1, x2, ...}, {xmin, xmax, dx}]
counts the number of in successive bins of width dx from to .

BinCounts[{x1, x2, ...}, {{b1, b2, ...}}]
counts the number of in the intervals , , ....

BinCounts[{{x1, y1, ...}, {x2, y2, ...}, ...}, xbins, ybins, ...]
gives an array of counts where the first index corresponds to x bins, the second to y, and so on.

DetailsDetails

• BinCounts drops elements whose values do not correspond to real numbers.
• BinCounts[data, dx] takes the bin boundaries to be integer multiples of dx, with the first bin starting at Ceiling[Min[data]-dx, dx] and the last bin ending at Floor[Max[data]+dx, dx].
• BinCounts[data] is equivalent to BinCounts[data, 1].
• BinCounts[data, {xmin, xmax}] is equivalent to BinCounts[data, {xmin, xmax, 1}].
• In BinCounts[data, {xmin, xmax, dx}], elements are counted in bin i when their values satisfy .
• In the form BinCounts[data, {{b1, b2, ...}}], the at each end can be and .
• If the do not form an increasing sequence, they are automatically sorted by BinCounts.
• In BinCounts[data, {{b1, b2, ...}}], elements are counted in bin i when their values satisfy .
• If data consists of length-n sublists, then n bin specifications must be given, and BinCounts[data, ...] yields an array of depth n.
• BinCounts works with SparseArray objects.

ExamplesExamplesopen allclose all

Basic Examples (3)Basic Examples (3)

Count the number of elements in bins of width 1 from 0 to 10:

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Count the number of elements in a sequence of ranges:

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Count the number of elements in bins of a specified width:

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