Yannick Estève / ONTRAC-Kaldi

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egs/tedlium/s5_r2/local/chain/compare_wer_general.sh 3.26 KB
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8dcb6dfcb   Yannick Estève   first commit 
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  #!/bin/bash
  
  # this script is used for comparing decoding results between systems.
  # e.g. local/chain/compare_wer_general.sh exp/chain_cleaned/tdnn_{c,d}_sp
  # For use with discriminatively trained systems you specify the epochs after a colon:
  # for instance,
  # local/chain/compare_wer_general.sh exp/chain_cleaned/tdnn_c_sp exp/chain_cleaned/tdnn_c_sp_smbr:{1,2,3}
  
  
  echo "# $0 $*"
  
  include_looped=false
  if [ "$1" == "--looped" ]; then
    include_looped=true
    shift
  fi
  
  used_epochs=false
  
  # this function set_names is used to separate the epoch-related parts of the name
  # [for discriminative training] and the regular parts of the name.
  # If called with a colon-free directory name, like:
  #  set_names exp/chain_cleaned/tdnn_lstm1e_sp_bi_smbr
  # it will set dir=exp/chain_cleaned/tdnn_lstm1e_sp_bi_smbr and epoch_infix=""
  # If called with something like:
  #  set_names exp/chain_cleaned/tdnn_d_sp_smbr:3
  # it will set dir=exp/chain_cleaned/tdnn_d_sp_smbr and epoch_infix="_epoch3"
  
  
  set_names() {
    if [ $# != 1 ]; then
      echo "compare_wer_general.sh: internal error"
      exit 1  # exit the program
    fi
    dirname=$(echo $1 | cut -d: -f1)
    epoch=$(echo $1 | cut -s -d: -f2)
    if [ -z $epoch ]; then
      epoch_infix=""
    else
      used_epochs=true
      epoch_infix=_epoch${epoch}
    fi
  }
  
  
  
  echo -n "# System               "
  for x in $*; do   printf "% 10s" " $(basename $x)";   done
  echo
  
  strings=("# WER on dev(orig)     " "# WER on dev(rescored) " "# WER on test(orig)    " "# WER on test(rescored)")
  
  for n in 0 1 2 3; do
     echo -n "${strings[$n]}"
     for x in $*; do
       set_names $x  # sets $dirname and $epoch_infix
       decode_names=(dev${epoch_infix} dev${epoch_infix}_rescore test${epoch_infix} test${epoch_infix}_rescore)
       wer=$(grep Sum $dirname/decode_${decode_names[$n]}/score*/*ys | utils/best_wer.sh | awk '{print $2}')
       printf "% 10s" $wer
     done
     echo
     if $include_looped; then
       echo -n "#         [looped:]    "
       for x in $*; do
         set_names $x  # sets $dirname and $epoch_infix
         decode_names=(dev${epoch_infix} dev${epoch_infix}_rescore test${epoch_infix} test${epoch_infix}_rescore)
         wer=$(grep Sum $dirname/decode_looped_${decode_names[$n]}/score*/*ys | utils/best_wer.sh | awk '{print $2}')
         printf "% 10s" $wer
       done
       echo
     fi
  done
  
  
  if $used_epochs; then
    exit 0;  # the diagnostics aren't comparable between regular and discriminatively trained systems.
  fi
  
  echo -n "# Final train prob     "
  for x in $*; do
    prob=$(grep Overall $x/log/compute_prob_train.final.log | grep -v xent | awk '{printf("%.4f", $8)}')
    printf "% 10s" $prob
  done
  echo
  
  echo -n "# Final valid prob     "
  for x in $*; do
    prob=$(grep Overall $x/log/compute_prob_valid.final.log | grep -v xent | awk '{printf("%.4f", $8)}')
    printf "% 10s" $prob
  done
  echo
  
  echo -n "# Final train prob (xent)"
  for x in $*; do
    prob=$(grep Overall $x/log/compute_prob_train.final.log | grep -w xent | awk '{printf("%.4f", $8)}')
    printf "% 10s" $prob
  done
  echo
  
  echo -n "# Final valid prob (xent)"
  for x in $*; do
    prob=$(grep Overall $x/log/compute_prob_valid.final.log | grep -w xent | awk '{printf("%.4f", $8)}')
    printf "% 10s" $prob
  done
  echo
  
  echo -n "# Num-params              "
  for x in $*; do
    printf "% 10s" $(grep num-parameters $x/log/progress.1.log | awk '{print $2}')
  done
  echo