naoh16

#!env python

import wave
import socket
from struct import pack
import time

adinnet_hostname = 'localhost'
adinnet_port     = 5530
wav_filename = 'tmp.wav'

naoh16

#!/bin/bash
#
# Document rendering tool with 'upLaTeX' on EDUSYS environment
#
# rev.5   S. Hara, 2022.07.16      * Print parts of errors/warnings
# rev.4   S. Hara, 2022.06.16      * fix bug related log files
# rev.3   S. Hara, 2022.03.23      * platex --> uplatex
# rev.2   S. Hara, 2019.01.21      * bash version
# rev.1   N. Watanabe, 2013.12.19  * csh version
#

naoh16

#!env python
# -*- coding: utf-8 -*-
'''Edu report checker: Level 2

形態素解析も行いながら，発展的な内容もチェックしています．

Message Examples
-------------------

- [LV2-1-1] 1段落に{:d}単語含まれています．多くとも 600 単語以下となるよう，文や段落の構成を考え直してみましょう．

naoh16

#!env python
# -*- coding: utf-8 -*-
'''Edu report checker: Level 1

主にLaTeXの使い方のミスに起因するような，機械的に見つけられるレベルの問題を指摘しています．

Message Examples
-------------------

- [LV1-1-1] 全角句点には「．」を使いましょう．

naoh16

%ARAYURU(vargin)
%  This is very simple audio recording tool. You can extract short audio
%  segment by mouse clicking (right-click, then select 'save' menu).
%<OPTIONS>
%  varname       : Variable name for segments (DEFAULT: 'arayuru_segments')
%  sampling_rate : Sampling rate of audio (DEFAULT: 16000 [Hz])
%  record_len    : Length of recording window (DEFAULT: 2.0 [sec])
%  segment_len   : Length of segmentation window (DEFAULT: 0.6 [sec])
%<USAGE>
%  arayuru('varname', 'mydata');

naoh16

#!env perl

use strict;
use warnings;
use Getopt::Long;

my $opt_outdir = ".";
GetOptions('dir=s' => \$opt_outdir);

my @mixtures = ();

naoh16

# -*- coding: utf-8 -*-
"""
mkdfa.py
  Implementation of mkdfa.pl for python 3

Copyright (c) 2019 Sunao Hara.
　This script is released under the MIT license.
  https://opensource.org/licenses/mit-license.php
"""

naoh16

% Example of Graph A
A = [0 1 1 0 0;
     1 0 0 0 0;
     1 0 0 1 1;
     0 0 1 0 0;
     0 0 1 0 0
];
initial_node = 1;
target_node  = 5;

naoh16

function maze_st = maze_convert(maze)
% MAZE_CONVERT  Convert from a map to Adjacency matrix
%   maze_st = MAZE_CONVERT(maze)
% ARGS
%   maze                  Maze matrix
% RETURN
%   maze_st.A             Adjacency Matrix
%   maze_st.initial_node  Initial node
%   maze_st.target_node   Target node
%   maze_st.xy            xy for gplot

naoh16

# -*- coding: utf-8 -*-
"""
Example of Dialog Management using Finite State Transducer (FST)
"""

import csv
from collections import deque

##
## Load FST file