R version of CellNOptR, boolean features | CellNOptR-package CellNOptR |
Build a SIF table from a logic rule written in a string | build_sif_table_from_rule |
Check the CNOlist and model matching | checkSignals |
Get data from a CellNOpt data repository | CNOdata cnodata |
Class '"CNOlist"' | CNOlist CNOlist-class compatCNOlist,CNOlist-method getCues,CNOlist-method getInhibitors,CNOlist-method getSignals,CNOlist-method getStimuli,CNOlist-method getTimepoints,CNOlist-method getVariances,CNOlist-method length,CNOlist-method plot,CNOlist,CNOlist-method randomize,CNOlist-method readErrors,CNOlist-method setSignals<-,CNOlist-method writeErrors,CNOlist-method |
List of CNOlist-class methods | CNOlist-methods compatCNOlist compatCNOlist,CNOlist getCues getCues,CNOlist getInhibitors getInhibitors,CNOlist getSignals getSignals,CNOlist getStimuli getStimuli,CNOlist getTimepoints getTimepoints,CNOlist getVariances getVariances,CNOlist getVariances,CNOlist,CNOlist-method length length,CNOlist length,CNOlist,ANY-method plot,CNOlist,CNOlist,CNOlist-method randomize randomize,CNOlist randomize,CNOlist,CNOlist-method readErrors readErrors,CNOlist setSignals<- setSignals<-,CNOlist setSignals<-,CNOlist,CNOlist-method writeErrors writeErrors,CNOlist |
Data used for the DREAM3 challenge | CNOlistDREAM |
Toy data | CNOlistToy |
Toy data with 2 time points | CNOlistToy2 |
Simple Boolean analysis standalone | CNORbool |
CNOR analysis wrapper | CNORwrap |
Compress a model | compressModel |
Compute the score of a model/data set using a bitString to cut the model. | computeScoreT1 |
Compute the score at TN of a model/data set using a bitString to cut the model. | computeScoreTN |
Defining the set of binary variables for the ILP implementation of CellNOptR. | create_binaries |
Creating and running the ILP problem. | createAndRunILP |
Reading the optimal solutions as bitstrings. | createILPBitstringAll |
If an inhibitor is also a measured species, replace the data with NA (when inhibited) | crossInhibitedData |
k-fold crossvalidation for Boolean model. | crossvalidateBoolean |
Interface to cutAndPlotResults functions. | cutAndPlot |
Plot the results of an optimisation at t1 | cutAndPlotResultsT1 |
Plot the results of an optimisation at tN | cutAndPlotResultsTN |
Cut a CNOlist structure according to a model | cutCNOlist |
Cut a model structure according to a bitstring | cutModel |
Cuts the non-observable/non-controllable species from the model | cutNONC |
Cut a simList structure according to a bitstring | cutSimList |
Create a list of default parameters | defaultParameters |
Exhaustive search over the optimisation of a PKN model on MIDAS data. | exhaustive |
Expand the gates of a model | expandGates |
Find the indexes of the non-observable and non controllable species | findNONC |
Genetic algorithm used to optimise a model | gaBinaryT1 |
Genetic algorithm for time point N | gaBinaryTN |
Compute the score of a model | getFit |
Convert graph to SIF | graph2sif |
ILP method used to optimise a model | ilpBinaryT1 |
ILP method used to optimise a model | ilpBinaryT2 |
ILP method used to optimise a model | ilpBinaryTN |
Finds the indices, in the model fields, of the species that are measured/inhibited/stimulated | indexFinder |
List of CellNOptR internal functions. | internals |
Solving the ILP problem with CPLEX. | invokeCPLEX |
Model used for the DREAM3 challenge | DreamModel |
Make a CNOlist structure | makeCNOlist |
Map an optimised model back onto the PKN model. | mapBack |
Convert a model object to a igraph object | model2igraph |
Convert a model object in sif format | model2sif |
Normalisation for boolean modelling. | normaliseCNOlist |
pknmodel | pknmodel |
plot a '"CNOlist"' object - methods | plot,CNOlist,ANY-method plot.CNOlist |
Plot the data in a CNOlist | plotCNOlist |
Another version of plotCNOlist that allows to plot 2 cnolist in the same layout to compare them. This function uses ggplot2 library. It is recommended for small data sets (about 15 species). | plotCNOlist2 |
Plot the data in a CNOlist, for lists with many conditions. | plotCNOlistLarge |
Plots a CNOlist into a pdf file, for lists with many conditions. | plotCNOlistLargePDF |
Plots a CNOlist into a pdf file. | plotCNOlistPDF |
Plot the evolution of an optimisation | plotFit |
Plot a model | plotModel |
Plot the data and simulated values | plotOptimResults |
Plots the data and simulated values from any CellNOptR formalism | plotOptimResultsPan |
Plot the data and simulated values in a pdf file | plotOptimResultsPDF |
Prepare a model for simulation | prep4Sim prep4sim |
Performs the pre-processing steps | preprocessing |
add noise to the data contained in a CNOlist. | randomizeCNOlist |
Read network from BND file | readBND |
Read network from BNET file | readBNET |
Reads in a CSV MIDAS file | readMIDAS readMidas |
Read a SBMLQual document and returns a SIF object (as returned by readSIG | readSBMLQual |
Read a SIF file and create a model object | readSIF readSif |
Compute the residual error for a dataset | residualError |
Convert sif to graph | sif2graph |
Cut and simulation of a boolean model at t1 | simulateTN |
Simulation of a boolean model | simulatorT0 |
Simulation of a boolean model | simulatorT1 |
Simulation of a boolean model at any time points dependent on a previous one. | simulatorTN |
Export the network to SBML-qual format | toSBML |
Toy model | ToyModel |
Toy model | ToyModel2 |
Writing the set of boundaries for each integer variable for the ILP implementation of CellNOptR. | write_bounds |
Writing the set of constraints for the ILP implementation of CellNOptR. | write_constraints |
Write a model, and attached features, to a dot file | writeDot |
Writing the ILP problem. | writeFile |
Write a CNOlist structure into a MIDAS file | writeMIDAS |
Write a previous knowledge network model to a sif file (with attribute files), as well as a dot file | writeNetwork |
Writing the objective function for the ILP implementation of CellNOptR. | writeObjectiveFunction |
Write a report of a CellNOptR analysis | writeReport |
Writes the scaffold network to a sif file (with attributes) and to a dot file | writeScaffold |
Convert a model into a SIF format and save the result in a file. | writeSIF writeSif |