@f{xystatvalue}ΒΆ
Display statistical values for the specified 1D or 2D dataset.
- @f{xystatvalue(DatasetName, Type)}
- @f{xystatvalue(DatasetName, Type, Format)}
Parameters
- DatasetName
Name of a 1D or 2D dataset. To access a dataset on a different page, the page name can be added to the dataset name, separated by a colon (:), for example
Data1:Page2
.
- Type
Name of the statistical value:
Value
Meaning
xmin
Value of the smallest x coordinate
xmax
Value of the greatest x coordinate
ymin
Value of the smallest y coordinate
ymax
Value of the greatest y coordinate
ystart
Value of the first y coordinate
yend
Value of the last y coordinate
xmean
arithmetic mean of the x coordinates
ymean
arithmetic mean of the y coordinates
yminpos
x position of the y minimum
ymaxpos
x position of the y maximum
corr
Correlation coefficient
meandeviation
Mean deviation
variance
Variance
standarddeviation
Standard Deviation
r2
Coefficient of determination
median
Median. Same as 0.5-quantile.
quantile
For the quantile add the percent value separated by a colon, for example: quantile:0.1 (the 0.1-Quantil) is the value, where 10% of all points are smaller.
name
Displays the channel name. Can be added to the value name separated by a period (.), i.e.
@f{xystatvalue(Data6, ymean.name.unit)}
unit
Displays the unit name, e. g.
@f{xystatvalue(Data6, ymean.unit)}
If the string
:date
is added to the type name the value will be formatted as a date/time value.
- Format
Specifies the number format. The default format is %g. Example: %.3lf will print the values with 3 decimal places. For a complete description see printf. In field functions commas are not allowed inside the format string.
Comment
To find the dataset name, click the dataset. The name will be displayed in the
status bar, e.g. Data3
.
Example
xmin: @f{xystatvalue(Data 1, xmin)}
Output:
x-Min: 12.34
Example
Mean @f{xystatvalue(Data4,ymean.name.unit, %.1lf)}
Output:
Mean AFS: 301.7 Kg/h
Example
Example for 10% Quantile:
10% Quantile: @f{xyvalue(Data1, name)} = @f{xystatvalue(Data1, quantile:0.1, %.2lf)} @f{xyvalue(Data1, unit)}
Output:
10% Quantile: P = 3.23 bar
id-1735614