qat_plot_lim_rule_dynamic_1d: Plot a dynamic LIM rule result
In qat: Quality Assurance Toolkit

Description Usage Arguments Details Value Author(s) See Also Examples

View source: R/qat_plot_lim_rule_dynamic_1d.R

A plot of the result of a dynamic LIM rule check will be produced.

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qat_plot_lim_rule_dynamic_1d(flagvector, filename, measurement_vector = NULL, 
min_vector = NULL, max_vector = NULL, min_vector_name = NULL, max_vector_name = NULL, 
measurement_name = "", directoryname = "", plotstyle = NULL)

`flagvector`	The resulting flagvector of qat\_analyse\_lim\_rule\_dynamic\_1d
`filename`	Name of the file without extension.
`measurement_vector`	The measurement vector, which should be plotted
`min_vector`	The vector with the minimum values.
`max_vector`	The vector with the maximum values.
`min_vector_name`	Name of the vector of the minimum values.
`max_vector_name`	Name of the vector of the minimal values.
`measurement_name`	Name of the measurement.
`directoryname`	Directory, where the resulted file should be stored.
`plotstyle`	A list with a qat color scheme.

A plot will be produced, which base on the resulting flagvector of qat\_analyse\_lim\_rule\_dynamic\_1d. With additional information on the parameters, which were used while performing the test, this function will produce a more detailed plot. When no plotstyle is defined the standard-colorscheme will be used. The resulting plot will be stored in the folder, which is defined by directory under the given filename, with the extension png.

No return value.

Andre Duesterhus

qat_analyse_lim_rule_dynamic_1d,qat_plot_lim_rule_static_1d, qat_plot_lim_rule_sigma_1d

vec <- rnorm(1000)
min_vector<-seq(-1,-2,length.out=1000)
max_vector<-seq(1,2,length.out=1000)
result <- qat_analyse_lim_rule_dynamic_1d(vec, min_vector, max_vector, 
min_vector_name="minimum vector", max_vector_name="maximum vector")
# this example produce a file exampleplot_lim_dyn.png in the current directory
qat_plot_lim_rule_dynamic_1d(result$flagvector, "exampleplot_lim_dyn", 
measurement_vector=vec, min_vector=result$min_vector, max_vector=result$max_vector, 
min_vector_name=result$min_vector_name, max_vector_name=result$max_vector_name, 
measurement_name="Result of Check")