################################################################################
## Authors:
## Florian Auer [florian.auer@informatik.uni-augsburg.de]
##
## Description:
## Default values used and needed for RCX definition and usage
################################################################################
## Default classes of the RCX related objects
.CLS = list(rcx = "RCX",
metaData = "MetaDataAspect",
nodes = "NodesAspect",
edges = "EdgesAspect",
nodeAttributes = "NodeAttributesAspect",
edgeAttributes = "EdgeAttributesAspect",
networkAttributes = "NetworkAttributesAspect",
cartesianLayout = "CartesianLayoutAspect",
cyGroups = "CyGroupsAspect",
cyVisualProperties = "CyVisualPropertiesAspect",
cyHiddenAttributes = "CyHiddenAttributesAspect",
cyNetworkRelations = "CyNetworkRelationsAspect",
cySubNetworks = "CySubNetworksAspect",
cyTableColumn = "CyTableColumnAspect")
## Default subclasses for CyVisualPropertiesAspect
.CLSvp = list(property = "CyVisualProperty",
#propertyList = "CyVisualPropertyList",
properties = "CyVisualPropertyProperties",
dependencies = "CyVisualPropertyDependencies",
mappings = "CyVisualPropertyMappings")
## Default property names for IDs of aspects
.IDProp = list(nodes = "id",
edges = "id",
cyGroups = "id",
cySubNetworks = "id")
##
.VPref = list(network="cySubNetworks",
nodes="nodes", edges="edges",
defaultNodes="nodes", defaultEdges="edges")
## Default mapping from RCX to CX aspect property names
## The properties follow a different naming convention in CX and RCX.
## RCX names ==> CX names
.RCX2CX = list(nodes=c(name="n",
represents="r"),
edges=c(source="s",
target="t",
interaction="i"),
nodeAttributes=c(propertyOf="po",
name="n",
value="v",
dataType="d",
subnetworkIs="s"),
edgeAttributes=c(propertyOf="po",
name="n",
value="v",
dataType="d",
subnetworkIs="s"),
networkAttributes=c(name="n",
value="v",
dataType="d",
subnetworkIs="s"),
cyGroups=c(name="n",
nodes="nodes",
externalEdges="external_edges",
internalEdges="internal_edges",
collapsed="collapsed"),
cyHiddenAttributes=c(name="n",
value="v",
dataType="d",
subnetworkIs="s"),
cyNetworkRelations=c('@id'="c",
parentNetwork="p",
type="r",
name="name"))
## Default mapping from CX to RCX aspect property names
## The properties follow a different naming convention in CX and RCX.
## Just reverse of .RCX2CX (uses .switchRCXandCX to generate it from .RCX2CX)
## CX names ==> RCX names
switchFunction = function(x, .list=FALSE){
if(.list) x = unlist(x)
rcx = names(x)
names(rcx) = x
if(.list) rcx = as.list(rcx)
return(rcx)
}
.CX2RCX = plyr::llply(.RCX2CX,switchFunction)
.CLSnames = switchFunction(.CLS, TRUE)
.JSONdataTypes = c("boolean",
"integer",
"long",
"double",
"string")
## values for dictionary columns
.DICT = list(VPpropertiesOf=c(network="network",
nodes="nodes", edges="edges",
defaultNodes="nodes:default", defaultEdges="edges:default"),
VPpropertyFields=c("properties", "dependencies", "mappings"),
SN=c("all"),
TCappliesTo=c(node_table="nodes", edge_table="edges", network_table="networks"))
# TCappliesTo=c("node_table", "edge_table", "network_table"))
.html = list(
html.part1 = readLines("data-raw/html/index.part1.html"),
html.part2 = readLines("data-raw/html/index.part2.html"),
html.part3 = readLines("data-raw/html/index.part3.html")
)
usethis::use_data(.CLS, .CLSnames,
.CLSvp,
.IDProp,
.VPref,
.RCX2CX, .CX2RCX,
.JSONdataTypes,
.DICT,
.html,
internal = TRUE,
overwrite = TRUE)
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