Solvers for Maximum Weight Connected Subgraph Problem and Its Variants

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Documentation for package ‘mwcsr’ version 0.1.8

• DESCRIPTION file.
• User guides, package vignettes and other documentation.

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annealing_solver	Construct an annealing solver
bionet_example	Example MWCS instance obtained from BioNet package tutorial
gam_example	GAM instance for MWCS problem
gatom_example	Example of graph from which an SGMWCS instance can be obtained
get_instance_type	Check the type and the validity of an MWCS instance
get_weight	Calculate weight of the solution. MWCS, GMWCS and SGMWCS instances are supported
gmwcs_example	Example GMWCS instance
gmwcs_small_instance	Small example of GMWCS instance for demonstration purposes.
mwcs_example	Example MWCS instance
mwcs_small_instance	Small example of MWCS instance for demonstration purposes.
normalize_sgmwcs_instance	Helper function to convert an 'igraph' object into a proper SGMWCS instance
parameters	The method returns all parameters supported by specific solver
rmwcs_solver	Generate a rmwcs solver
rnc_solver	Construct relax-and-cut SGMWCS solver
scipjack_solver	Construct a SCIP-jack solver
set_parameters	Sets values of specific parameters
sgmwcs_example	Example SGMWCS instance
sgmwcs_small_instance	Small example of SGMWCS instance for demonstration purposes.
solve_mwcsp	Solves a MWCS instance.
solve_mwcsp.rmwcs_solver	Solves a MWCS instance.
solve_mwcsp.rnc_solver	Solves a MWCS instance.
solve_mwcsp.scipjack_solver	Solves a MWCS instance.
solve_mwcsp.simulated_annealing_solver	Solves a MWCS instance.
solve_mwcsp.virgo_solver	Solves a MWCS instance.
timelimit<-	Sets time limitation for a solver
virgo_solver	Construct a virgo solver