We propose the Multifractal detrended cross-correlation heatmaps (MF-DCCHM) based on the DCCA cross-correlation coefficients with sliding boxes, a systematic approach capable of mapping the relationships between fluctuations of signals on different scales and regimes. The MF-DCCHM uses the integrated...
I am using the heatmap function to display correlation coefficients for a number of variables. I would like to make some lines in the resulting grid of the figure have a heavier linewidth, but not all of them. Any ideas on how to do this? I have looked into the ...
3 presents the cluster heatmap of 241 cities based on correlation coefficients. Particularly in Fig. 2B, a limited global presence of top firms in most cities becomes apparent. Figs. 2B and 3 illustrate that only a selection of cities and firms can be classified as being ‘truly’ global ...
Usegeom_text()to add the correlation coefficients on the graph Use ablank theme(remove axis labels, panel grids and background, and axis ticks) Useguides()to change the position of the legend title ggheatmap + geom_text(aes(Var2, Var1, label = value), color = "black", size ...
Change the point size according to the correlation test p-values # Compute correlation coefficients cor.coef <- cor(df) # Compute correlation p-values cor.test.p <- function(x){ FUN <- function(x, y) cor.test(x, y)[["p.value"]] z <- outer( colnames(x), colnames(x), Vectorize...
Illustrates how the data matrix is “unboxed” and embedded into the hierarchical clustering of a symmetric matrix. The process is similar for asymmetric matrices, except there are no redundant cells to remove. Top Left: A standard cluster heatmap of a correlation matrix. Top Middle: The ...
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Unboxing Approach. Illustrates how the data matrix is “unboxed” and embedded into the hierarchical clustering of a symmetric matrix. The process is similar for asymmetric matrices, except there are no redundant cells to remove.Top Left:A standard cluster heatmap of a correlation matrix.Top Middle...
()andComplexHeatmap:::heatmap(). If the three functions are used indirectly, e.g. a functionfoo()(maybe from another packages or other people's functions) which internally uses these three heatmap functions, check the vignette"Interactivate indirect use of pheatmap(), heatmap.2() and ...
Top Left: A standard cluster heatmap of a correlation matrix. Top Middle: The cluster heatmap with non-redundant information highlighted. Top Right: The cluster heatmap without the redundant information. Bottom Left: Hierarchical clustering of the variables (rows and columns) from the cluster heat...