fhmm.dfm

hmmc++程序

object Form1: TForm1
  Left = 195
  Top = 107
  Width = 533
  Height = 438
  Caption = 'Form1'
  Color = clBtnFace
  Font.Charset = DEFAULT_CHARSET
  Font.Color = clWindowText
  Font.Height = -11
  Font.Name = 'MS Sans Serif'
  Font.Style = []
  OldCreateOrder = False
  PixelsPerInch = 96
  TextHeight = 13
  object Label1: TLabel
    Left = 8
    Top = 72
    Width = 44
    Height = 13
    Caption = 'Forward: '
  end
  object Label2: TLabel
    Left = 8
    Top = 96
    Width = 51
    Height = 13
    Caption = 'Backward:'
  end
  object Label3: TLabel
    Left = 8
    Top = 120
    Width = 65
    Height = 13
    Caption = 'Viterbi States:'
  end
  object Label4: TLabel
    Left = 8
    Top = 8
    Width = 322
    Height = 13
    Caption = 
      'Nikolai V. Shokhirev - Code for the tutorial on hidden Markov mo' +
      'dels'
  end
  object Label5: TLabel
    Left = 8
    Top = 144
    Width = 77
    Height = 13
    Caption = 'Posterior States:'
  end
  object Button1: TButton
    Left = 8
    Top = 40
    Width = 75
    Height = 25
    Caption = 'Run'
    TabOrder = 0
    OnClick = Button1Click
  end
  object Memo1: TMemo
    Left = 192
    Top = 32
    Width = 321
    Height = 369
    Lines.Strings = (
      'http://en.wikipedia.org/wiki/Viterbi_algorithm'
      ''
      'states = ('#39'Rainy'#39', '#39'Sunny'#39')  = {1, 2}'
      ''
      'observations = ('#39'walk'#39', '#39'shop'#39', '#39'clean'#39')  = {1, 2, 3}'
      'start_probability = {'#39'Rainy'#39': 0.6, '#39'Sunny'#39': 0.4}'
      ''
      'transition_probability = {'
      '   '#39'Rainy'#39' : {'#39'Rainy'#39': 0.7, '#39'Sunny'#39': 0.3},'
      '   '#39'Sunny'#39' : {'#39'Rainy'#39': 0.4, '#39'Sunny'#39': 0.6},'
      '   }'
      ''
      'emission_probability = {'
      '   '#39'Rainy'#39' : {'#39'walk'#39': 0.1, '#39'shop'#39': 0.4, '#39'clean'#39': 0.5},'
      '   '#39'Sunny'#39' : {'#39'walk'#39': 0.6, '#39'shop'#39': 0.3, '#39'clean'#39': 0.1},'
      '   }'
      ''
      'for observations = ('#39'walk'#39', '#39'shop'#39', '#39'clean'#39')'
      'Probability = '
      'States = {2, 1, 1} = ('#39'Sunny'#39', '#39'Rainy'#39', '#39'Rainy'#39') '
      ''
      ''
      ''
      ''
      'http://www.shokhirev.com/nikolai.html'
      'http://www.u.arizona.edu/~nikolai/')
    TabOrder = 1
  end
end