Python getinfo示例

示例#1

文件： lshbicText.py 项目： Guihrmsfo/HBLCoClust

    # Let's start working with the objects as keys:
    
    # generate lsh keys and sort by the generated hash key
    link( agdataO, lsh.genlsh, lshdata, (lshparams, probabilityO, thr,['']) )
    sortfile(lshdata,slshdata)        
    timer.send('LSH')
    
    # put lsh data into buckets
    link( slshdata, lsh.reducelsh, candataU )
    sortfile( candataU, candata )
    pp.mergecand( candata )
    timer.send('Reduce LSH')
    #candstats(dataset , bic.getinfo(agdataO))
    
    # generate biclusters
    link( candata, bic.genbic, bicdata, (bic.getinfo(agdataO), probabilityO, thr, (min_rows,min_cols), sparse, False) )
    timer.send('Gen. Bicluster')

    #ic.InClose2( dataset, bic.getinfo(agdataO), min_rows, min_cols )
    #timer.send('Gen. InClose2')
    
    # Now do the same with the features as keys:
    '''
    # generate lsh keys and sort by the generated hash key
    link( agdataF, lsh.genlsh, lshdata, (lshparams, probabilityF, thr,['']) )
    sortfile(lshdata,slshdata)        
    timer.send('LSH')
    
    # put lsh data into buckets
    link( slshdata, lsh.reducelsh, candataU )
    sortfile( candataU, candata )

示例#2

文件： lshbicCategorical.py 项目： brunoambr/HBLCoClust

    # generate lsh keys and sort by the generated hash key
    link(agdataO, lsh.genlsh, lshdata, (lshparams, probabilityO, thr, ['']))
    sortfile(lshdata, slshdata)
    timer.send('LSH')

    # put lsh data into buckets
    link(slshdata, lsh.reducelsh, candataU)
    sortfile(candataU, candata)
    pp.mergecand(candata)
    timer.send('Reduce LSH')
    #candstats(dataset , bic.getinfo(agdataO))

    # generate biclusters
    link(candata, bic.genbic, bicdata,
         (bic.getinfo(agdataO), probabilityO, thr,
          (min_rows, min_cols), sparse, False))
    timer.send('Gen. Bicluster')

    # Now do the same with the features as keys:

    # generate lsh keys and sort by the generated hash key
    link(agdataF, lsh.genlsh, lshdata, (lshparams, probabilityF, thr, ['']))
    sortfile(lshdata, slshdata)
    timer.send('LSH')

    # put lsh data into buckets
    link(slshdata, lsh.reducelsh, candataU)
    sortfile(candataU, candata)
    pp.mergecand(candata)
    timer.send('Reduce LSH')

示例#3

文件： lshbicTime.py 项目： Guihrmsfo/HBLCoClust

  # Let's start working with the objects as keys:
  
  # generate lsh keys and sort by the generated hash key
  link( agdataO, lsh.genlsh, lshdata, (lshparams, probabilityO, thr,['']) )
  sortfile(lshdata,slshdata)        
  timer.send('LSH')
  
  # put lsh data into buckets
  link( slshdata, lsh.reducelsh, candataU )
  sortfile( candataU, candata )
  pp.mergecand( candata )
  timer.send('Reduce LSH')
  #candstats(dataset , bic.getinfo(agdataO))
  
  # generate biclusters
  link( candata, bic.genbic, bicdata, (bic.getinfo(agdataO), probabilityO, thr, (min_rows,min_cols), sparse, False) )
  timer.send('Gen. Bicluster')
 
  # Now do the same with the features as keys:
  
  # generate lsh keys and sort by the generated hash key
  link( agdataF, lsh.genlsh, lshdata, (lshparams, probabilityF, thr,['']) )
  sortfile(lshdata,slshdata)        
  timer.send('LSH')
  
  # put lsh data into buckets
  link( slshdata, lsh.reducelsh, candataU )
  sortfile( candataU, candata )
  pp.mergecand( candata )
  timer.send('Reduce LSH')
  #candstats(dataset , bic.getinfo(agdataO))

示例#4

    # generate lsh keys and sort by the generated hash key
    link(agdataO, lsh.genlsh, lshdata, (lshparams, probabilityO, thr, ['']))
    sortfile(lshdata, slshdata)
    timer.send('LSH')

    # put lsh data into buckets
    link(slshdata, lsh.reducelsh, candataU)
    sortfile(candataU, candata)
    pp.mergecand(candata)
    timer.send('Reduce LSH')
    #candstats(dataset , bic.getinfo(agdataO))

    # generate biclusters
    link(candata, bic.genbic, bicdata,
         (bic.getinfo(agdataO), probabilityO, thr,
          (min_rows, min_cols), sparse, False))
    timer.send('Gen. Bicluster')

    # Now do the same with the features as keys:

    # generate lsh keys and sort by the generated hash key
    link(agdataF, lsh.genlsh, lshdata, (lshparams, probabilityF, thr, ['']))
    sortfile(lshdata, slshdata)
    timer.send('LSH')

    # put lsh data into buckets
    link(slshdata, lsh.reducelsh, candataU)
    sortfile(candataU, candata)
    pp.mergecand(candata)
    timer.send('Reduce LSH')

示例#5

    # Let's start working with the objects as keys:
    
    # generate lsh keys and sort by the generated hash key
    link( agdataO, lsh.genlsh, lshdata, (lshparams, probabilityO, thr,['']) )
    sortfile(lshdata,slshdata)        
    timer.send('LSH')
    
    # put lsh data into buckets
    link( slshdata, lsh.reducelsh, candataU )
    sortfile( candataU, candata )
    pp.mergecand( candata )
    timer.send('Reduce LSH')
    #candstats(dataset , bic.getinfo(agdataO))
    
    # generate biclusters
    link( candata, bic.genbic, bicdata, (bic.getinfo(agdataO), probabilityO, thr, (min_rows,min_cols), sparse, False) )
    timer.send('Gen. Bicluster')
   
    
    timer.close()

    #pp.filterbics(bicdata)
    pp.merge(dataset)
    #pp.hierclust(dataset,7)
    pp.uncovered(dataset, bic.getinfo(agdataO))
    
    
if __name__ == "__main__":   
    
    print 'Crime '

示例#6

    # generate lsh keys and sort by the generated hash key
    link(agdataO, lsh.genlsh, lshdata, (lshparams, probabilityO, thr, ['']))
    sortfile(lshdata, slshdata)
    timer.send('LSH')

    # put lsh data into buckets
    link(slshdata, lsh.reducelsh, candataU)
    sortfile(candataU, candata)
    pp.mergecand(candata)
    timer.send('Reduce LSH')
    #candstats(dataset , bic.getinfo(agdataO))

    # generate biclusters
    link(candata, bic.genbic, bicdata,
         (bic.getinfo(agdataO), probabilityO, thr,
          (min_rows, min_cols), sparse, False))
    timer.send('Gen. Bicluster')

    ic.InClose2(dataset, bic.getinfo(agdataO), min_rows, min_cols)
    timer.send('Gen. InClose2')

    # Now do the same with the features as keys:

    # generate lsh keys and sort by the generated hash key
    link(agdataF, lsh.genlsh, lshdata, (lshparams, probabilityF, thr, ['']))
    sortfile(lshdata, slshdata)
    timer.send('LSH')

    # put lsh data into buckets
    link(slshdata, lsh.reducelsh, candataU)