*** 
Aspic by Laure Gonnord, version 3.4  
Binary compiled on vendredi  1 janvier 2016 
Input file = main.fst 
***
 Configuration of Aspic * (version 3.4) 
   * name of file : main.fst 
   * inputfile of type (real) Fast format 
   * PRINTING all stuff for compsys ranking method 
   * DEBUG : Only prints analysis steps in a separate .log file 
   * PRINTING STUFF : Infile+Invars 
   * ANALYSIS 
    * with acceleration 
   * delay of widening = 1 
   * steps of descending sequence = 0 
   * newpath heuristic = disabled 
   * Name of model = main, Name of file = main.fst 
   * 6 variable(s) and 11 locs(s) and 13 transitions(s) in the .fst
   * Searching objective in fast strategy 
       -> we suppose that we want to compute post*(init) with init a convex set
       or post*(init) and bad if the state bad exists and bad is convex
       -> Initial region "init" found
       -> Finding initial polyhedron. OK. 
       -> No bad region
INFO : 6 vars, 11 locations, 13 transitions 
   * The initial state has label evalfstart and the associated polyhedron is {
$>=0,1>0} 
   * There is/are 0 bad node(s)
   * Precomputing special stuff for ranking option
 12 vars, 14(14==14) transitions and 12 locs now 
  * Printing option = Infile+Invars 
   * Parsing OK, now analysing 
   * LRA with acceleration with delay =  1 
main
*** Results : 
   *  Invariants =  
evalfstart -----> {D=D__o, C=C__o, B=B__o, A=A__o, E=E__o, F=F__o} 

evalfentryin -----> {D=D__o, C=C__o, B=B__o, A=A__o, E=E__o, F=F__o} 

evalfbb7in -----> {D>=A__o, A=B__o, B=C__o, C=D__o} 

evalfbb5in -----> {D>=A__o, A>=D, B<=E, A=B__o, B=C__o, C=D__o} 

evalfreturnin -----> {A<D, D>=A__o, A=B__o, B=C__o, C=D__o} 

evalfbb1in -----> {A>=D, D>=A__o, B<=E, C>=E, A=B__o, B=C__o, C=D__o} 

evalfbb6in -----> {A>=D, D>=A__o, B<=E, C<E, A=B__o, B=C__o, C=D__o} 

evalfbb3in -----> {B<=E, D<=E+F, D>=A__o, C>=E, A>=D, A=B__o, B=C__o, C=D__o} 

evalfbb2in -----> {D+E>=F, A>=D, D>=A__o, B<=E, D<=E+F, C>=E, A=B__o, B=C__o, C=D__o} 

evalfbb4in -----> {D<=E+F, B<=E, D>=A__o, D+E<F, A>=D, C>=E, A=B__o, B=C__o, C=D__o} 

evalfstop -----> {A<D, D>=A__o, A=B__o, B=C__o, C=D__o} 

____evalfstart -----> {true} 
   * Remember that we have no bad region 
   * No accel has been applied
   * Stats =  { time=0.011000; iterations=5; descendings=0; } 

  print result in fast++
 Finished !