To run the program, under MS-DOS, type:
benchmark [FLAG] [P]
[FLAG] [P]
-N number of nodes
-k average degree
-maxk maximum degree
-mu mixing parameter
-t1 minus exponent for the degree sequence
-t2 minus exponent for the community size distribution
-minc minimum for the community sizes
-maxc maximum for the community sizes
-on number of overlapping nodes
-om number of memberships of the overlapping nodes
-C average clustering coefficient
Example1:
benchmark -N 1000 -k 15 -maxk 50 -mu 0.1 -minc 20 -maxc 50
Example2:
benchmark -f flags.dat -t1 3
If you want to produce a kind of Girvan-Newman benchmark, you can type:
benchmark -N 128 -k 16 -maxk 16 -mu 0.1 -minc 32 -maxc 32
Output:
1) network.dat contains the list of edges (nodes are labelled from 1 to the number of nodes; the edges are ordered and repeated twice, i.e. source-target and target-source).
2) community.dat contains a list of the nodes and their membership (memberships are labelled by integer numbers >=1).
3) statistics.dat contains the degree distribution (in logarithmic bins), the community size distribution, and the distribution of the mixing parameter
LFR算法.7z （38个子文件） 
LFR算法 LFR 
benchmark.workspace 506B benchmark set_parameters.cpp 10KB print.cpp 2KB cast.cpp 1KB histograms.cpp 8KB benchmark.project 4KB benchmark.mk 4KB random.cpp 4KB
benchmark.txt 23B main.cpp 39KB combinatorics.cpp 6KB cc.cpp 5KB Debug main.cpp.o 1.95MB GN-128 community.dat 916B statistics.dat 378B network.dat 15KB LFR-1000 community.dat 8KB statistics.dat 1KB network.dat 134KB community.dat 9KB statistics.dat 582B main.cpp.o.d 284B
benchmark.exe 3.89MB time_seed.dat 10B network.dat 120KB .d 5B LFR-500-overlapping community.dat 4KB statistics.dat 1KB network.dat 64KB standard_include.cpp 429B .clang .codelite refactoring.db 10KB compilation.db 7KB tabgroups benchmark.session 753B benchmark.tags 510KB .tern-port 5B .tern-project 126B Makefile 271B ReadMe.txt 1KB资源评论
天空空_空蓝2020-05-08为啥可执行文件打开就闪退？
