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`minloc(`

`array` [, `arg`] [, /keepdims])

Returns the location of one or more minimum values from the numerical

, expressed as indices into the array. For real data
types, the maximum is the value closest to infinity. For complex data
types, the maximum is the value with the greatest magnitude. Generally,
`array`

indicates which dimensions are included in searching
for a minimum. There must not be any duplicates in the elements of
`arg`

. For example, `arg``minloc(x, 0)`

returns the location
of minimum value over all values of the first dimension, and
`minloc(x, [0,1])`

returns the location of minima over all values
of the first two dimensions.

By default, the result has a number of dimensions equal to the number of
dimensions in `array`

minus the number of elements of `arg`

.
If `/keepdims`

is specified, then the dimensions indicated by
`arg`

are not omitted but set to 1.

If

is a numerical array with the same number of
elements as `arg`

, then its elements indicate the class
each corresponding element of `array`

belongs to and the
location of the minimum value in each class is returned, with the
location of the minimum of class 0 or the most negative class in the
first element of the result.
`array`

The last found minimum value is stored in `!lastmax`

and its index
in `!lastmaxloc`

, and the corresponding numbers for the minima in
`!lastmin`

and `!lastminloc`

. For complex arrays, the values
stored in `!lastmax`

and `!lastmin`

are the magnitudes of the
corresponding extreme values.

e.g. if `x = [[[1,7]],[[3,5]]]`

then ```
min(x) = 7 min(x,0) =
[7,5] min(x,1) = [3,7]
```

.

See also: min, !lastmin, !lastminloc

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