MAX
About the functions
Finds the highest values in time series, numbers, arrays or combinations of these.
The result series has the same resolution as the input time series.
Syntax
- MAX(T)
- MAX(d)
- MAX(D)
- MAX(t)
- MAX(t,t)
- MAX(T,t)
- MAX(t,T)
- MAX(t,d)
- MAX(d,d)
- MAX(T,T)
# | Type | Description |
---|---|---|
1 | t T d D | Time series. Array of time series. Number. Array of numbers. |
2 | t d T | Time series. Optional. Number. Optional. Array of time series. Optional. |
Example
Example 1: @MAX(t)
ResTs = @MAX(@t('Ts')
Returns the highest value of the time series for the requested period. See similar example for the @MIN(t) function.
Example 2: @MAX(t,t)
ResTs = @MAX(@t('Ts1'),@t('Ts2'))
Returns the highest value of time series 1 and 2 for every time step.
See similar example for the @MIN(t,t) function.
Example 3: @MAX(d,d)
Res = @MAX(8,2.5)
Res = 8
Returns the largest of the two values.
Example 4: @MAX(D)
Res = @MAX({1,5,8,2.5,11})
Res = 11
Returns the largest value of the array of numbers.
Example 5: @MAX(T)
ResTs = @MAX({@t('Ts1'),@t('Ts2'),@t('Ts3')})
{@t('Ts1'),@t('Ts2'),@t('Ts3')} is an array of time series.
Returns the largest value of all the time series of the array for every time step.