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### NET's default initialization file ######################################
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 VERSION 1.19                         ######################################
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# Use the flag -h to have a list of command line options
################### Master parameters ######################################
#
 NK         =   50		# Number of nodes
#
# The following three fields select the random distribution of fitnesses:
#   0: Uniform [ x in (A,B) ]
#   1: Exponential [ A*exp(-A*x), x>0 ]
#   2: Gaussian [ (2*Pi*A^2)^-0.5*exp(-x^2/2A^2), x>0 ]
#   3: Power [ c*x^-A if x>B,  0.0 if x<=B ]
#
 DISTRIB    =   0		# See comment lines above
   A        =   0.0		# Parameter for the distribution above
   B        =   1.0		# Another parameter for the distribution above
 LINKTYPE   =   0 		# Type of function to use as linking probability
   Z        =   0.0		# Cutoff in the linking probability
   M        =   0.03 	        # Probability of successfull connections per node
   E        =   0.0 	        # Parameter in the linking prob
   TREE     =   0 	        # Force the generation of a tree
   ACYCLIC  =   0 	        # Force the generation of acyclic graphs
#
# The following two fields define Barabasi-Albert parameters:
 BA_N0      =   2                 # Starting clique order
 BA_M       =   2                 # Links entering at each step
#
################### Basic control  #########################################
#
 PROJNAME   =   gnu		# Project name
 NET_GENR   =   0 		# 0=FITNESS, 1=BA, 2=MG
 NET_TYPE   =   0 		# 0=undirected, 1=directed
 WEIGHTED   =   0  		# 0=unweighted, 1=weighted edges (only with READ_IN=1)
 MULTI      =   1  		# If>1 do multiple runs
 READ_IN    =   0  		# Read net from file PROJNAME.in
#
################### Output control #########################################
#
 SAVE_NET       =   1  		# Save the resulting net on file 1=.net 2=.paj for pajek
 SHOW_NET       =   0  		# Display the resulting net on screen 1=dot 2=guide
 RUN_GRACE      =   0  		# Run xmgrace at the end: 1=log-log 2=lin-lin
 DEGREE_DISTRIB =   1  		# Calculates and saves the degree distrib
 KNN            =   0  		# Calculates and saves the nearest neigh connectivity
 CLUSTER_COEFF  =   0  		# Calculates and saves the clustering coeff
 CLUSTER_COEFF2 =   0  		# Calculates and saves the clustering coeff up to 2nd neighs
 REDUCTION      =   0  		# Reduces the net to that nr of nodes. 0=do nothing.
 SCC            =   0  		# Finds the Strongly Connected Components of a directed graph.
 COMMUNITIES    =   0  		# Calculates the community size distribution
 AMATRIX        =   0  		# Calc eigvals and eigvects of graph matrices: 1=A 2=L 3=N
 LANCZOS        =   0  		# Calculates eigvals and eigvects using lanczos routines
 SAVE_CLUSTER   =   0  		# Save the node cluster sizes
 SPLIT_CLUSTER  =   0  		# Save found clusters onto separate files
 EDGE_BETWEEN   =   0  		# Calculates and saves the edge betweenness
 SITE_BETWEEN   =   0  		# Calculates and saves the site betweenness
 PAIR_DISTANCE  =   0  		# Save list of pairs and relative distance
#
######################## END ###############################################