sasamijp

# -*- encoding:utf-8 -*-

require 'natto'
require 'open-uri'

@natto = Natto::MeCab.new

def conv(jp_text)
  words = []
  jp_text.split("\n").map do |text|

sasamijp

# -*- encoding:utf-8 -*-

require 'natto'

@natto = Natto::MeCab.new

def conv(jp_text)
  words = []
  @natto.parse(jp_text) do |n|
    break if n.is_eos?

sasamijp

# -*- encoding:utf-8 -*-

require 'twitter'

class Const
  CONSUMER_KEY       = ''
  CONSUMER_SECRET    = ''
  ACCESS_TOKEN        = ''
  ACCESS_TOKEN_SECRET = ''
end

sasamijp

# -*- encoding:utf-8 -*-

require 'sequel'
require 'natto'

class Responder
  def initialize
    @db = Sequel.connect("sqlite://./pa.db")
    @natto = Natto::MeCab.new
  end

sasamijp

create table sov(
  s text,
  o text,
  v text

);

sasamijp

class Parser
  def parse(text)
    text.gsub('　', ' ').split
  end
end

sasamijp

sasamijp

# -*- encoding: utf-8 -*-

class SSAnalyzer

  def corpus?(ss)
    sla = sentence_length_average(ss)
    ctc = consecutive_talking_count(ss)
    return false if ctc.nil?
    ctc = ctc/ss.length.to_f
    (ctc >= 0.8) or (ctc >= 0.4 and sla <= 20)

sasamijp

# encoding: utf-8
array = ["ち","ん","ぽ"]

c = 1
narray = []

1000.times do
  narray.push array.sample
end

sasamijp

# -*- encoding: utf-8 -*-

class SSparser

  def parse(body)
    (body.count('『') > body.count('「')) ?
        body.gsub('｢', '「').gsub('『', '「').gsub('』', '」').gsub('｣', '」') :
        body.gsub('｢', '「').gsub('｣', '」')
    body = body.split("\n").delete_if{|v|v.nil?}
    ss = []