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An exact weighted model counter based on algebraic decision diagrams

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ADDMC (Algebraic-Decision-Diagram Model Counter)


Description



Installation

See INSTALL.md


Examples

Showing command-line options

Command

./addmc -h

Output

==================================================================
ADDMC: Algebraic Decision Diagram Model Counter (help: 'addmc -h')
Version mc-2020, released on 2020/06/07
==================================================================

Usage:
  addmc [OPTION...]

 Optional options:
  -h, --hi      help information
      --cf arg  cnf file path (to use stdin, type: '--cf -')      Default: -
      --wf arg  weight format in cnf file:
           1    UNWEIGHTED                                        
           2    MINIC2D                                           
           3    CACHET                                            
           4    MCC                                               Default: 4
      --ch arg  clustering heuristic:
           1    MONOLITHIC                                        
           2    LINEAR                                            
           3    BUCKET_LIST                                       
           4    BUCKET_TREE                                       
           5    BOUQUET_LIST                                      
           6    BOUQUET_TREE                                      Default: 6
      --cv arg  cluster variable order heuristic (negate to invert):
           1    APPEARANCE                                        
           2    DECLARATION                                       
           3    RANDOM                                            
           4    MCS                                               
           5    LEXP                                              Default: 5
           6    LEXM                                              
      --dv arg  diagram variable order heuristic (negate to invert):
           1    APPEARANCE                                        
           2    DECLARATION                                       
           3    RANDOM                                            
           4    MCS                                               Default: 4
           5    LEXP                                              
           6    LEXM                                              
      --rs arg  random seed                                       Default: 10
      --vl arg  verbosity level:
           0    solution only                                     Default: 0
           1    parsed info as well                               
           2    clusters as well                                  
           3    cnf literal weights as well                       
           4    input lines as well                               

Computing model count given cnf file from stdin

Command

./addmc < examples/track2_000.mcc2020_wcnf

Output

c ==================================================================
c ADDMC: Algebraic Decision Diagram Model Counter (help: 'addmc -h')
c Version mc-2020, released on 2020/06/07
c ==================================================================

c Process ID of this main program:
c pid 208191

c Reading CNF formula...
c ==================================================================
c Getting cnf from stdin... (end input with 'Enter' then 'Ctrl d')
c Getting cnf from stdin: done
c ==================================================================

c Computing output...
c ------------------------------------------------------------------
s wmc 1.37729e-05
c ------------------------------------------------------------------

c ==================================================================
c seconds                       0.034          
c ==================================================================

Computing model count given cnf file with weight format UNWEIGHTED

Command

./addmc --cf examples/UNWEIGHTED.cnf --wf 1

Output

c ==================================================================
c ADDMC: Algebraic Decision Diagram Model Counter (help: 'addmc -h')
c Version mc-2020, released on 2020/06/07
c ==================================================================

c Process ID of this main program:
c pid 358012

c Reading CNF formula...

c Computing output...
c ------------------------------------------------------------------
s mc 1
c ------------------------------------------------------------------

c ==================================================================
c seconds                       0.019          
c ==================================================================

Computing model count given cnf file with weight format MINIC2D

Command

./addmc --cf examples/MINIC2D.cnf --wf 2

Output

c ==================================================================
c ADDMC: Algebraic Decision Diagram Model Counter (help: 'addmc -h')
c Version mc-2020, released on 2020/06/07
c ==================================================================

c Process ID of this main program:
c pid 358102

c Reading CNF formula...

c Computing output...
c ------------------------------------------------------------------
s wmc 2.2
c ------------------------------------------------------------------

c ==================================================================
c seconds                       0.018          
c ==================================================================

Computing model count given cnf file with weight format CACHET

Command

./addmc --cf examples/CACHET.cnf --wf 3

Output

c ==================================================================
c ADDMC: Algebraic Decision Diagram Model Counter (help: 'addmc -h')
c Version mc-2020, released on 2020/06/07
c ==================================================================

c Process ID of this main program:
c pid 358118

c Reading CNF formula...

c Computing output...
c ------------------------------------------------------------------
s wmc 0.3
c ------------------------------------------------------------------

c ==================================================================
c seconds                       0.019          
c ==================================================================

Acknowledgment