Unpack Byte v 1.0 and 2.0

#===========================================================
#**Moje metody z 2011 roku (nie wzorować się!!!)
#**Narzew
#===========================================================

class NRGSS

  #===========================================================
  #**unpack_byte
  #**Unpacks byte to letter
  #**Odpakowuje bajt do litery
  #**Narzew
  #===========================================================

  def unpack_byte(byte)
    result  = []
    case byte
    when 0 then result << '$NULL$'
    when 1 then result << '$SOH$'
    when 2 then result << '$STX$'
    when 3 then result << '$ETX$'
    when 4 then result << '$EOT$'
    when 5 then result << '$ENQ$'
    when 6 then result << '$ACK$'
    when 7 then result << '$BEL$'
    when 8 then result << '$BS$'
    when 9 then result << '$TAB$'
    when 10 then result << '$LF$'
    when 11 then result << '$VT$'
    when 12 then result << '$FF$'
    when 13 then result << '$CR$'
    when 14 then result << '$SO$'
    when 15 then result << '$SI$'
    when 16 then result << '$DLE$'
    when 17 then result << '$DC1$'
    when 18 then result << '$DC2$'
    when 19 then result << '$DC3$'
    when 20 then result << '$DC4$'
    when 21 then result << '$NAK$'
    when 22 then result << '$SYN$'
    when 23 then result << '$ETB$'
    when 24 then result << '$CAN$'
    when 25 then result << '$EN$'
    when 26 then result << '$SUB$'
    when 27 then result << '$ESC$'
    when 28 then result << '$FS$'
    when 29 then result << '$GS$'
    when 30 then result << '$RS$'
    when 31 then result << '$US$'
    when 32 then result << ' '
    when 33 then result << '!'
    when 34 then result << '\"'
    when 35 then result << '#'
    when 36 then result << '$'
    when 37 then result << '%'
    when 38 then result << '&'
    when 39 then result << '\''
    when 40 then result << '('
    when 41 then result << ')'
    when 42 then result << '*'
    when 43 then result << '+'
    when 44 then result << ','
    when 45 then result << '-'
    when 46 then result << '.'
    when 47 then result << '/'
    when 48 then result << '0'
    when 49 then result << '1'
    when 50 then result << '2'
    when 51 then result << '3'
    when 52 then result << '4'
    when 53 then result << '5'
    when 54 then result << '6'
    when 55 then result << '7'
    when 56 then result << '8'
    when 57 then result << '9'
    when 58 then result << ':'
    when 59 then result << ';'
    when 60 then result << '<'
    when 61 then result << '='
    when 62 then result << '>'
    when 63 then result << '?'
    when 64 then result << '@'
    when 65 then result << 'A'
    when 66 then result << 'B'
    when 67 then result << 'C'
    when 68 then result << 'D'
    when 69 then result << 'E'
    when 70 then result << 'F'
    when 71 then result << 'G'
    when 72 then result << 'H'
    when 73 then result << 'I'
    when 74 then result << 'J'
    when 75 then result << 'K'
    when 76 then result << 'L'
    when 77 then result << 'M'
    when 78 then result << 'N'
    when 79 then result << 'O'
    when 80 then result << 'P'
    when 81 then result << 'Q'
    when 82 then result << 'R'
    when 83 then result << 'S'
    when 84 then result << 'T'
    when 85 then result << 'U'
    when 86 then result << 'V'
    when 87 then result << 'W'
    when 88 then result << 'X'
    when 89 then result << 'Y'
    when 90 then result << 'Z'
    when 91 then result << '['
    when 92 then result << '\\'
    when 93 then result << ']'
    when 94 then result << '^'
    when 95 then result << '_'
    when 96 then result << '`'
    when 97 then result << 'a'
    when 98 then result << 'b'
    when 99 then result << 'c'
    when 100 then result << 'd'
    when 101 then result << 'e'
    when 102 then result << 'f'
    when 103 then result << 'g'
    when 104 then result << 'h'
    when 105 then result << 'i'
    when 106 then result << 'j'
    when 107 then result << 'k'
    when 108 then result << 'l'
    when 109 then result << 'm'
    when 110 then result << 'n'
    when 111 then result << 'o'
    when 112 then result << 'p'
    when 113 then result << 'q'
    when 114 then result << 'r'
    when 115 then result << 's'
    when 116 then result << 't'
    when 117 then result << 'u'
    when 118 then result << 'v'
    when 119 then result << 'w'
    when 120 then result << 'x'
    when 121 then result << 'y'
    when 122 then result << 'z'
    when 123 then result << '{'
    when 124 then result << '|'
    when 125 then result << '}'
    when 126 then result << '~'
    when 127 then result << '$DEL$'
    else
      result << '$NOT$'
    end
    return result
  end

  #===========================================================
  #**unpack_clear_byte
  #**Unpacks clear (>32) byte
  #**Depakowuje czysty (>32) bajt
  #**Narzew
  #===========================================================

  def unpack_clear_byte(byte)
    if byte <= 31
      byte = 32
    end
    $nrgss.unpack_byte(byte)
  end

end

#===========================================================
#**Poprawne metody :D
#**Działanie takie samo, ale ile mniej kodu ! :D
#**Wzorować się jak najbardziej :D
#===========================================================

def unpack_byte(x)
  return x.chr
end

def unpack_clear_byte(x)
  return x.chr if x >= 32
end