qat (version 0.74)

qat_plot_roc_rule_dynamic_2d: Plot a dynamic ROC rule result

Description

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

Usage

qat_plot_roc_rule_dynamic_2d(flagvector, filename, measurement_vector = NULL,
max_upward_vector = NULL, max_downward_vector = NULL, upward_vector_name = NULL, 
downward_vector_name = NULL, measurement_name = "", directoryname = "", 
plotstyle = NULL)

Arguments

flagvector

The resulting flagvector of qat\_analyse\_roc\_rule\_dynamic\_2d

filename

Name of the file without extension.

measurement_vector

The measurement vector, which should be plotted

max_upward_vector

The vector (2d array) with the upward values.

max_downward_vector

The vector (2d array) with the downward values.

upward_vector_name

Name of the vector of the upward values.

downward_vector_name

Name of the vector of the downward values.

measurement_name

Name of the measurement.

directoryname

Directory, where the resulted file should be stored.

plotstyle

A list with a qat color scheme.

Value

No return value.

Details

A plot will be produced, which base on the resulting flagvector of qat\_analyse\_roc\_rule\_dynamic\_2d. Additional information on the parameters, which were used while performing the test, will be added to the 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.

See Also

qat_plot_roc_rule_dynamic_1d, qat_analyse_roc_rule_dynamic_2d, qat_plot_roc_rule_static_2d

Examples

vec <- array(rnorm(500), c(25,20))
min_vector <- array(rnorm(500)+2, c(25,20))
max_vector <- array(rnorm(500)+2, c(25,20))
result <- qat_analyse_roc_rule_dynamic_2d(vec, min_vector, max_vector, 
upward_vector_name="upward vector", downward_vector_name="downward vector")
# this example produce a file exampleplot_roc_dyn.png in the current directory
qat_plot_roc_rule_dynamic_2d(result$flagvector, "exampleplot_roc_dyn", 
measurement_vector=vec, max_upward_vector=result$max_upward_vector, 
max_downward_vector=result$max_downward_vector, upward_vector_name=result$upward_vector_name, 
downward_vector_name=result$downward_vector_name, measurement_name="Result of Check")