View source: R/sigma_conv_graph.R
sigma_conv_graph | R Documentation |
A ggplot of the standard deviation and the coefficient of variation based on the results obtained for sigma-convergence
sigma_conv_graph( sigmaconvOut, time_0 = NA, time_t = NA, aggregation = NA, x_angle = 45 )
sigmaconvOut |
the output obtained from sigma_conv function. |
time_0 |
starting time. |
time_t |
ending time. |
aggregation |
the name of the set of member states for which the sigma-convergence is calculated. |
x_angle |
axis orientation for time labels, default 45. |
a ggplot object to be displayed of saved using ggsave.
# Example 1 # Sigma convergence for the emp_20_64_MS Eurofound dataset in the period 2002-2006: data(emp_20_64_MS) reSigConv <- sigma_conv(emp_20_64_MS, timeName = "time", time_0 = 2002,time_t = 2006) # Graphical plot based on the results for sigma-convergence reSiggraph<-sigma_conv_graph(reSigConv,2002,2006,aggregation = 'EU27') # Example 2 # Sigma-convergence for the emp_20_64_MS Eurofound dataset in the period 2008-2016: reSigConv1 <- sigma_conv(emp_20_64_MS, timeName = "time", time_0 = 2008,time_t = 2016) # Graphical plot based on the results for sigma-convergence reSiggraph1<-sigma_conv_graph(reSigConv1,2008,2016,aggregation = 'EU27') # Select different time windows, e.g. 2012-2016 and change x_angle: reSiggraph2<-sigma_conv_graph(reSigConv1,2012,2016,aggregation = 'EU27', x_angle=90)
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