cabocharc.in

#
# default cabocharc file
#
charset = @CHARSET@

# charset-file = @prefix@/lib/cabocha/model/charset-file.txt

posset = @POSSET@
# posset = IPA
# posset = JUMAN
# posset = UNIDIC

# Output Format
#  0 - tree
#  1 - lattice
output-format = 0

# Input Layer
#  0 - RAW sentence layer (MeCab only)
#  1 - POS tagged layer (default)
#  2 - POS tagged and Chunked layer
#  3 - POS tagged, Chunked and Feature selected layer
input-layer = 0

# Output Layer
#  1 - POS tagged layer (MeCab only)
#  2 - Chunked layer
#  3 - Chunked and Feature selected layer
#  4 - Parsed layer (default)
output-layer = 4

# Output NE
# 0 - no output
# 1 - output NE with    Chunk Constraint
# 2 - output NE without Chunk Constraint
ne = 0

# Parser model file name
parser-model  = @prefix@/lib/cabocha/model/dep.@POSSET2@.model
# parser-model  = @prefix@/lib/cabocha/model/dep.ipa.model
# parser-model  = @prefix@/lib/cabocha/model/dep-tournament.ipa.model
# parser-model  = @prefix@/lib/cabocha/model/dep.juman.model
# parser-model  = @prefix@/lib/cabocha/model/dep-tournament.juman.model
# parser-model  = @prefix@/lib/cabocha/model/dep.unidic.model
# parser-model  = @prefix@/lib/cabocha/model/dep-tournament.unidic.model

# Chunker model file name
chunker-model = @prefix@/lib/cabocha/model/chunk.@POSSET2@.model
# chunker-model = @prefix@/lib/cabocha/model/chunk.ipa.model
# chunker-model = @prefix@/lib/cabocha/model/chunk.juman.model
# chunker-model = @prefix@/lib/cabocha/model/chunk.unidic.model

# NE model file name
ne-model = @prefix@/lib/cabocha/model/ne.@POSSET2@.model
# ne-model = @prefix@/lib/cabocha/model/ne.ipa.model
# ne-model = @prefix@/lib/cabocha/model/ne.juman.model
# ne-model = @prefix@/lib/cabocha/model/ne.unidic.model

# mecabrc
# mecabrc = somewhere/mecabrc