graph2js: Generate the JSON code using D3js that draws A network from...
In RGraph2js: Convert a Graph into a D3js Script

Description Usage Arguments Value Examples

Generate the JSON code using D3js that draws A network from Adjacency matrix and edges, nodes properties.

graph2js(A, innerValues = NULL, innerColors = NULL, innerTexts = NULL,
  starplotValues = NULL, starplotColors = NULL, starplotLabels = NULL,
  starplotTooltips = NULL, starplotUrlLinks = NULL,
  starplotSectorStartedRad = NULL, starplotCircleFillColor = NULL,
  starplotCircleFillOpacity = NULL, nodesGlobal = NULL, nodesProp = NULL,
  edgesGlobal = NULL, edgesProp = NULL, outputDir = NULL,
  filename = NULL, opts = list(), userCssStyles = NULL,
  toolsPar = list(), id = getUUID())

`A`	signed weighted adjacency `matrix` or an instance of the class `graphAM`, `graphBAM`, `graphNEL` or `clusterGraph` from the graph package
`innerValues`	A `matrix` of inner node values to display Barplot or other component. In a row, numerical values for a node.
`innerColors`	A `matrix` of colors for coloring the inner node barplot or component . In a row, colors values for a node.
`innerTexts`	A `matrix` of labels for each bar in inner barplots. In a row, labels values for a node.
`starplotValues`	A `matrix` of [0,1] values for starpot sectors size
`starplotColors`	A `matrix` of hex RGB colors for sectors colors
`starplotLabels`	A `matrix` of labels identifying the sectors
`starplotTooltips`	A `matrix` of text or even html content for the sectors tooltips
`starplotUrlLinks`	A `matrix` of text for the sectors url links
`starplotSectorStartedRad`	A `matrix` with a single column of [0,2PI] values for the sector start in radians
`starplotCircleFillColor`	A `matrix` of hex RGB colors for the circle background
`starplotCircleFillOpacity`	A `matrix` of [0.0,1.0] values for the background opacity
`nodesGlobal`	A `list` of global nodes properties.
`nodesProp`	A `data.frame` object containing properties for specifics nodes width, shape (in 'rect', 'circle', 'lozenge', 'triangle'), link, tooltip, highlight.X (X from 0 to N for animation) columns
`edgesGlobal`	A `list` of global edges properties.
`edgesProp`	A `data.frame` object containing properties for specific edges from, to, width, type, link, color columns
`outputDir`	String that corresponds to the path to a folder or file where js code and dependencies will be generated. If `NULL` is provided, javascript code is returned in the returned `list` by the function with the slots: 'jsIncludes' A character string containing JS code for including the necessary JS files 'styling' A character string which contains the CSS code for the GraphRenderer component 'js' A character string containing the JavaScript code for the rendering of the data 'html' A character string containing the HTML code for the rendering of the component
`filename`	String the name of the result HTML file, a name will be automatically generated if not provided and by default.
`opts`	`list` of options of the GraphRenderer component (See `getDefaultOptions` function available options)
`userCssStyles`	String containing user css styles. (See starplot demo)
`toolsPar`	`list` of options for tools attached to GraphRenderer component. (See `getDefaultToolParameters` for details)
`id`	`function`, Unique IDs generator, Internal function getUUID by default.

A list containing information of the generated js code.

v <- c(0, 0, 1, 1, 0,
       0, 0, 0, 0, 0,
      -1, 0, 0, 1, 0)
a <- matrix(v, 3, 5)
colnames(a) <- LETTERS[1:5]
rownames(a) <- LETTERS[1:3]
g <- graph2js(a)

RGraph2js: Convert a Graph into a D3js Script
Version 1.4.0 created on 2016-05-09.
Copyright (c) 2015 Stephane Cano, Sylvain Gubian, Florian Martin, PMP S.A.
Licensed under the GNU GENERAL PUBLIC LICENSE Version 2 <https://www.gnu.org/licenses/gpl-2.0.txt>.

Warning messages:
1: In nl$nodes[i] <- c(nl$nodes[i], list(contrastColors = ndf$name[highlightNodeColorsIdx],  :
  number of items to replace is not a multiple of replacement length
2: In nl$nodes[i] <- c(nl$nodes[i], list(contrastColors = ndf$name[highlightNodeColorsIdx],  :
  number of items to replace is not a multiple of replacement length
3: In nl$nodes[i] <- c(nl$nodes[i], list(contrastColors = ndf$name[highlightNodeColorsIdx],  :
  number of items to replace is not a multiple of replacement length
4: In nl$nodes[i] <- c(nl$nodes[i], list(contrastColors = ndf$name[highlightNodeColorsIdx],  :
  number of items to replace is not a multiple of replacement length
5: In nl$nodes[i] <- c(nl$nodes[i], list(contrastColors = ndf$name[highlightNodeColorsIdx],  :
  number of items to replace is not a multiple of replacement length