# parameters file for decoder demo
#

# define function mode
#
function = lattice_to_lattice

monophones_file = $ISIP_WSJ/exp/train/baum_welch/xwrd_tri/final_models/monophones.text
models_file = $ISIP_WSJ/exp/train/baum_welch/xwrd_tri/state_tying/tied_models.text
phones_file = $ISIP_WSJ/exp/train/baum_welch/xwrd_tri/state_tying/tied_phones.text
transitions_file = $ISIP_WSJ/exp/train/baum_welch/xwrd_tri/final_models/transitions.text
states_file = $ISIP_WSJ/exp/train/baum_welch/xwrd_tri/final_models/states.bin

# define input format
#
input_format = binary

# define lexicon file
#
lexicon_file = $ISIP_WSJ/data/decode/decode_lexicon.text

input_lattice_list = $ISIP_WSJ/exp/decode/baum_welch/xwrd_tri/grammar_decoding/lists/input_lattice.list

# alignment mode
#
align_mode = word
lattice_output_mode = word

# define ngram language model
#
lm_file = 
ngram_order = 
lm_scale = 18
word_penalty = 

# define context mode
#
context_mode = cross_word

# define number of paths
#
history_paths = 100
nbest_paths = 1

# define pruning thresholds
#
beam_pruning = 300 250 250
mapmi_limit = 10000
num_allowed_words = 150

# define input and output lists
#
mfcc_list = $ISIP_WSJ/data/lists/all_mfcc_features.list
output_list = $ISIP_WSJ/exp/decode/baum_welch/xwrd_tri/grammar_decoding/lists/output.list
output_lattice_list = $ISIP_WSJ/exp/decode/baum_welch/xwrd_tri/grammar_decoding/lists/output_lattice.list

# end of file
#