Data
:nrow
= number of spots and ncol
= number of data
tables (or chips) with the numerical values of each data field
specified by the user in the configuration file used as parameter
for loadData
function.GeneGrps
:Paths
:graphNEL
objects
specifying gene regulatory networks (or pathways). As in the
previous slot, the names are catch from file names and stored as
names of the elements from the list.Layout
:gridR
) and
columns (gridC
) of grids, the number of rows (spotR
)
and columns (spotC
) of spots inside each grid and the total
number of spots.Glabels
:Slabels
:BadSpots
:Notes
:Date
:V.info
:signature(x = 'maigesPreRaw')
: print method for
maigesPreRaw
class.signature(x = 'maigesPreRaw')
: show method for
maigesPreRaw
class.signature(x = 'maigesPreRaw')
: summary method for
maigesPreRaw
class.maigesRaw
. In this intermediate step the user can do any
type of exploratory analysis and set bad spots (at slot
BadSpots
), or to do any type of calculation they judge
important in the fields of Data
slot. This class of objects is created by a call from
loadData
. The functions addGeneGrps
and
addPaths
may also be used to add information for gene
groups and gene networks. After the exploratory analysis it must be
converted in an object of class maigesRaw
using the
function createMaigesRaw
.
If you have the package Rgraphviz installed and working it is
possible to display the graphs stored in the slot Paths
using
the command plot
.
loadData
, addGeneGrps
,
addPaths
, createMaigesRaw
.