//VB TO JAVA CONVERTER WARNING: VB to Java Converter converts from VB(.NET), not VB6:

VERSION 5.00;

Begin VB.Form Adapt;

   Caption = "Stimulus/Response, Percept/Action History";

   ClientHeight = 8415;

   ClientLeft = 60;

   ClientTop = 345;

   ClientWidth = 15240;

   BeginProperty Font;

    Name = "MS Sans Serif";

    Size = 9.75;

    Charset = 0;

    Weight = 400;

    Underline = 0; //False

    Italic = 0; //False

    Strikethrough = 0; //False

   EndProperty;

   Icon = "Adapt.frx";

   0000;

   LinkTopic = "Form1";

   ScaleHeight = 8415;

   ScaleWidth = 15240;

   Begin VB.TextBox LTMTitles;

    Appearance = 0; //Flat

    BackColor = 0x80000004L;

    BorderStyle = 0; //None

    BeginProperty Font;

     Name = "Courier";

     Size = 9.75;

     Charset = 0;

     Weight = 700;

     Underline = 0; //False

     Italic = 0; //False

     Strikethrough = 0; //False

    EndProperty;

    Height = 2535;

    Left = 0;

    Locked = -1; //True

    MultiLine = -1; //True

    TabIndex = 5;

    TabStop = 0; //False

    Text = "Adapt.frx";

    0442;

    Top = 2760;

    Width = 975;

   System.exit();

   Begin VB.CommandButton SeeBinons;

    Caption = "See Memory";

    BeginProperty Font;

     Name = "MS Sans Serif";

     Size = 9.75;

     Charset = 0;

     Weight = 700;

     Underline = 0; //False

     Italic = 0; //False

     Strikethrough = 0; //False

    EndProperty;

    Height = 615;

    Left = 12840;

    TabIndex = 1;

    Top = 6960;

    Width = 2055;

   System.exit();

   Begin VB.TextBox IO;

    Appearance = 0; //Flat

    BeginProperty Font;

     Name = "Terminal";

     Size = 13.5;

     Charset = 255;

     Weight = 400;

     Underline = 0; //False

     Italic = 0; //False

     Strikethrough = 0; //False

    EndProperty;

    Height = 2775;

    Left = 0;

    Locked = -1; //True

    MultiLine = -1; //True

    ScrollBars = 3; //Both

    TabIndex = 4;

    TabStop = 0; //False

    Text = "Adapt.frx";

    0450;

    Top = 0;

    Width = 15240;

   System.exit();

   Begin VB.TextBox TraceInfo;

    Appearance = 0; //Flat

    BackColor = 0x80000004L;

    BorderStyle = 0; //None

    BeginProperty Font;

     Name = "MS Sans Serif";

     Size = 12;

     Charset = 0;

     Weight = 700;

     Underline = 0; //False

     Italic = 0; //False

     Strikethrough = 0; //False

    EndProperty;

    Height = 2340;

    Left = 960;

    Locked = -1; //True

    MultiLine = -1; //True

    TabIndex = 2;

    TabStop = 0; //False

    Text = "Adapt.frx";

    0455;

    Top = 6000;

    Width = 11655;

   System.exit();

   Begin VB.TextBox LTMem;

    Appearance = 0; //Flat

    BeginProperty Font;

     Name = "Courier";

     Size = 9.75;

     Charset = 0;

     Weight = 400;

     Underline = 0; //False

     Italic = 0; //False

     Strikethrough = 0; //False

    EndProperty;

    Height = 3135;

    Left = 960;

    Locked = -1; //True

    MultiLine = -1; //True

    ScrollBars = 3; //Both

    TabIndex = 3;

    TabStop = 0; //False

    Text = "Adapt.frx";

    0676;

    Top = 2760;

    Width = 14280;

   System.exit();

   Begin VB.CommandButton GoWorld;

    Caption = "See World";

    BeginProperty Font;

     Name = "MS Sans Serif";

     Size = 9.75;

     Charset = 0;

     Weight = 700;

     Underline = 0; //False

     Italic = 0; //False

     Strikethrough = 0; //False

    EndProperty;

    Height = 615;

    Left = 12840;

    Style = 1; //Graphical

    TabIndex = 0;

    Top = 6120;

    Width = 2175;

   System.exit();

System.exit();

Attribute VB_Name = "Adapt";

Attribute VB_GlobalNameSpace = false;

Attribute VB_Creatable = false;

Attribute VB_PredeclaredId = true;

Attribute VB_Exposed = false;

//

//     This form shows the detailed history of the sequence of stimuli and responses

//     It displays the inputs and outputs in IO.Text

  DefInt A - Z;

  Public INPUTSTREAM As String, OUTPUTSTREAM As String;

Private Sub Form_Load();

    LTMTitles.Text = "Step # " + "\r\n"; //------MEMORY LOCATION

    LTMTitles.Text = LTMTitles.Text + "Percept" + "\r\n"; //------Percepts(.., Fired) Type

    LTMTitles.Text = LTMTitles.Text + "Binon #" + "\r\n" + "\r\n"; //------Percepts(.., Fired) Binon

    LTMTitles.Text = LTMTitles.Text + "Expect" + "\r\n"; //------ES ActBin type

    LTMTitles.Text = LTMTitles.Text + "Binon #" + "\r\n" + "\r\n"; //------ LTMEMORY ActBin Object binon

    LTMTitles.Text = LTMTitles.Text + "Action" + "\r\n"; //------AR ActBin type

    LTMTitles.Text = LTMTitles.Text + "Binon #" + "\r\n" + "\r\n"; //------ LTMEMORY ActBin Object binon

    LTMTitles.Text = LTMTitles.Text + "Action" + "\r\n"; //------Actions(.., Fired) Type

    LTMTitles.Text = LTMTitles.Text + "Binon #" + "\r\n" + "\r\n"; //------Actions(.., Fired) Binon

}

public final void SeeBinons_Click()

{

  BinonDisplay.Show;

} //End of SeeBinons()

private void GoWorld_Click() //Return to the World view

{

  World.Show;

  World.Go.SetFocus; //The Go / Continue command button

}

public final void DUMPLTM() //Called by Update_View

{

    //

    // Displaying LONG TERM MEMORY in LTMem.Text

    //

  String MemLine = null;

  String MemValT = null;

  String[] MemSize = new String[(1 To 2000) + 1];

  String Length = null;

  String Sen = null;

  String Att = null;

  String Pe = null;

  String Ob = null;

  Object E = null;

  Object BinTyp = null;

  Object Group = null;

  Object EndLIN = null;

  Object GroupSize = null;

  boolean DisplayIt = false; //a Spac$,

//'--------------------  Long Term Memory (LTM) - Monitoring Info. -------------------------

//    'For Display purposes only by Adapt.DUMPLTM in Adapt.LTMem

//    'Long term memory contains a list of the stimuli that have been paid attention to.

//    'It stores Perceptual sequences as a pair of sequential memory locations.

//

//  Public LTMEMORY&(1 To 2000, 1 To 6)

//                                '1st index is StoreAt cycle number

//                                '2nd index is what type of information is in the LTM

//

//                '---- LTMEMORY() 2nd index values - type of information in LTMEMORY()

//  Public LtmPerceptTyp           '1 Percept binon type

//  Public LtmPerceptBin           '2 Percept binon

//  Public LtmESType              '3 Type of ES Binon - may be an SS

//  Public LtmESActBin            '4 ES Actbin

//  Public LtmARType              '5 Type of AR Binon - may be an RR

//  Public LtmARActBin            '6 AR ActBin

//  Public LtmActionTyp           '7 Action binon type

//  Public LtmActionBin           '8 Action binon

    for (var I = 1; I <= StoreAt; I++) //find the widest binon # for all the StoreAt positions

    {

      MemSize[I] = String.valueOf(String.valueOf(I).Length); //assume smallest width of characters for each entry

      if (MemSize[I].compareTo("3") < 0) //a minimum of 3 characters wide

      {

        MemSize[I] = "3";

      }

      Length = String.valueOf(String.valueOf(LTMEMORY(I, LtmPerceptBin)).Length);

      if (Length.compareTo(MemSize[I]) > 0)

      {

        MemSize[I] = Length;

      }

      Length = String.valueOf(String.valueOf(LTMEMORY(I, LtmESActBin)).Length);

      if (Length.compareTo(MemSize[I]) > 0)

      {

        MemSize[I] = Length;

      }

      Length = String.valueOf(String.valueOf(LTMEMORY(I, LtmARActBin)).Length);

      if (Length.compareTo(MemSize[I]) > 0)

      {

        MemSize[I] = Length;

      }

      Length = String.valueOf(String.valueOf(LTMEMORY(I, LtmActionBin)).Length);

      if (Length.compareTo(MemSize[I]) > 0)

      {

        MemSize[I] = Length;

      }

    }

  LTMem.Text = "";

  GroupSize = 250;

//VB TO JAVA CONVERTER NOTE: The ending condition of VB 'For' loops is tested only on entry to the loop. VB to Java Converter has created a temporary variable in order to use the initial value of (StoreAt - 1)) TangibleIntDiv GroupSize for every iteration:

  Object tempVar = (StoreAt - 1)) / GroupSize;

//VB TO JAVA CONVERTER TODO TASK: The following line could not be converted:

  For Group = (0 To (StoreAt - 1)) / GroupSize

    EndLIN = GroupSize * Group + GroupSize; //Only put up the available values

    if (EndLIN > StoreAt)

    {

      EndLIN = StoreAt;

    }

    MemLine = "";

    for (E = GroupSize * Group + 1; E <= EndLIN; E++) //For each event in LTM display the event number

    {

      MemLine = MemLine + ((String)(new string(' ', MemSize[(Integer)E]) + String.valueOf(E))).substring(((String)(new string(' ', MemSize[(Integer)E]) + String.valueOf(E))).length() - MemSize[(Integer)E]);

    }

    LTMem.Text = LTMem.Text + MemLine + "\r\n";

        //------Percepts(.., Fired) Type

    MemLine = "";

    for (E = GroupSize * Group + 1; E <= EndLIN; E++) //For each event in LTM

    {

      Att = BinonTypeName(LTMEMORY(E, LtmPerceptTyp), BinAbbreviation); //Att$ = Str$(STM(1, BinTp, Current))

      MemLine = MemLine + ((String)(new string(' ', MemSize[(Integer)E]) + Att)).substring(((String)(new string(' ', MemSize[(Integer)E]) + Att)).length() - MemSize[(Integer)E]);

    }

    LTMem.Text = LTMem.Text + MemLine + "\r\n";

         //------Percepts(.., Fired) Binon

    MemLine = ""; //Trigger STIMULUS intensity

    for (E = GroupSize * Group + 1; E <= EndLIN; E++) //For each event in LTM

    {

      Att = String.valueOf(LTMEMORY(E, LtmPerceptBin)); //Att$ = Str$(STM(1, BinId, Current))

      MemLine = MemLine + ((String)(new string(' ', MemSize[(Integer)E]) + Att)).substring(((String)(new string(' ', MemSize[(Integer)E]) + Att)).length() - MemSize[(Integer)E]);

    }

    LTMem.Text = LTMem.Text + MemLine + "\r\n" + "\r\n";

         //------ES ActBin type

    MemLine = "";

    for (E = GroupSize * Group + 1; E <= EndLIN; E++) //For each event in LTM

    {

      Att = AESR(LTMEMORY(E, LtmESActBin));

      MemLine = MemLine + ((String)(new string(' ', MemSize[(Integer)E]) + Att)).substring(((String)(new string(' ', MemSize[(Integer)E]) + Att)).length() - MemSize[(Integer)E]);

    }

    LTMem.Text = LTMem.Text + MemLine + "\r\n";

         //------ LTMEMORY ActBin Object binon

    MemLine = "";

    for (E = GroupSize * Group + 1; E <= EndLIN; E++) //For each event in LTM

    {

      Att = String.valueOf(LTMEMORY(E, LtmESActBin));

      MemLine = MemLine + ((String)(new string(' ', MemSize[(Integer)E]) + Att)).substring(((String)(new string(' ', MemSize[(Integer)E]) + Att)).length() - MemSize[(Integer)E]);

    }

    LTMem.Text = LTMem.Text + MemLine + "\r\n" + "\r\n";

         //------AR ActBin type

    MemLine = "";

    for (E = GroupSize * Group + 1; E <= EndLIN; E++) //For each event in LTM

    {

      Att = AESR(LTMEMORY(E, LtmARActBin));

      MemLine = MemLine + ((String)(new string(' ', MemSize[(Integer)E]) + Att)).substring(((String)(new string(' ', MemSize[(Integer)E]) + Att)).length() - MemSize[(Integer)E]);

    }

    LTMem.Text = LTMem.Text + MemLine + "\r\n";

        //------ LTMEMORY ActBin Object binon

    MemLine = "";

    for (E = GroupSize * Group + 1; E <= EndLIN; E++) //For each event in LTM

    {

      Att = String.valueOf(LTMEMORY(E, LtmARActBin));

      MemLine = MemLine + ((String)(new string(' ', MemSize[(Integer)E]) + Att)).substring(((String)(new string(' ', MemSize[(Integer)E]) + Att)).length() - MemSize[(Integer)E]);

    }

    LTMem.Text = LTMem.Text + MemLine + "\r\n" + "\r\n";

         //------Actions(.., Fired) Type

    MemLine = "";

    for (E = GroupSize * Group + 1; E <= EndLIN; E++) //For each event in LTM

    {

      Att = BinonTypeName(LTMEMORY(E, LtmActionTyp), BinAbbreviation);

      MemLine = MemLine + ((String)(new string(' ', MemSize[(Integer)E]) + Att)).substring(((String)(new string(' ', MemSize[(Integer)E]) + Att)).length() - MemSize[(Integer)E]);

    }

    LTMem.Text = LTMem.Text + MemLine + "\r\n";

         //------Actions(.., Fired) Binon

    MemLine = "";

    for (E = GroupSize * Group + 1; E <= EndLIN; E++) //For each event in LTM

    {

      Att = String.valueOf(LTMEMORY(E, LtmActionBin));

      MemLine = MemLine + ((String)(new string(' ', MemSize[(Integer)E]) + Att)).substring(((String)(new string(' ', MemSize[(Integer)E]) + Att)).length() - MemSize[(Integer)E]);

    }

    LTMem.Text = LTMem.Text + MemLine + "\r\n" + "\r\n";

  }

} //End of DUMPLTM

public final void HISTORYDISPLAY() //Called by Update_View

{

    //Display INPUTS$() and OUTPUTS$() history in IO.Text

  Object E = null;

  Object Sn = null;

  Object Wdth = null;

  Object Group = null;

  Object EndLIN = null;

  Object GroupSize = null;

  String NumberLine = null;

  String ILines = null; //10 sense lines

  String OLine1 = null; //The one line of responses

//  Public INPUTS$(2000, 1 To 10)    'Input history - List of sense stimuli for each sense (1 to 10)

//  Public OUTPUTS$(2000)          'OUTPUT history - List of Responses

  IO.Text = ""; //clear the IO display

  GroupSize = 250; //After 250 events the IO.Text area wraps the lines

//VB TO JAVA CONVERTER NOTE: The ending condition of VB 'For' loops is tested only on entry to the loop. VB to Java Converter has created a temporary variable in order to use the initial value of (LIN - 1)) TangibleIntDiv GroupSize for every iteration:

  Object tempVar = (LIN - 1)) / GroupSize;

//VB TO JAVA CONVERTER TODO TASK: The following line could not be converted:

  For Group = (0 To (LIN - 1)) / GroupSize

  EndLIN = GroupSize * Group + GroupSize; //Only put up the available values

  if (EndLIN > LIN)

  {

    EndLIN = LIN;

  }

  for (E = GroupSize * Group + 1; E <= EndLIN; E++) //For each event in INPUTS$ and OUTPUTS$

  {

    if (E == GroupSize * Group + 1) //If it is the 1st position / event in the line then

    {

    NumberLine = "Step # : ";

    for (Sn = 1; Sn <= NumSenses; Sn++) //Add labels to start of lines

    {

      ILines.charAt(Sn) = ((String)(Sense(Sn) + ":    ")).substring(0, 9)[0]; //The name of the sense

    }

    OLine1 = ((String)(Device(1) + ":   ")).substring(0, 9); //The name of the action device

    }

    NumberLine = NumberLine + String.valueOf(E); //the event number

    Wdth = String.valueOf(E).Length; //the space taken up by the event number

//    If I Mod 62 = 0 And I <> 0 Then             'end of line so put them in IO.Text

//      For Sn = 1 To NumSenses

//        IO.Text = IO.Text & ILines$(Sn) & vbCrLf

//      Next Sn

//      IO.Text = IO.Text & OLine1$ & vbCrLf

//

//      For Sn = 1 To NumSenses

//        ILines$(Sn) = ""

//      Next Sn

//      OLine1$ = ""

//    End If

    for (Sn = 1; Sn <= NumSenses; Sn++)

    {

    ILines.charAt(Sn) = ILines.charAt(Sn).toString() + ("     " + INPUTS(E, Sn)).substring(("     " + INPUTS(E, Sn)).length() - Wdth)[0];

    }

    OLine1 = OLine1 + ("     " + OUTPUTS(E, 1)).substring(("     " + OUTPUTS(E, 1)).length() - Wdth);

  }

  IO.Text = IO.Text + NumberLine + "\r\n";

  for (Sn = 1; Sn <= NumSenses; Sn++)

  {

    IO.Text = IO.Text + ILines.charAt(Sn).toString() + "\r\n";

  }

  IO.Text = IO.Text + OLine1 + "\r\n";

  IO.Text = IO.Text + "\r\n";

  }

} //End of HISTORYDISPLAY()

public final void Update_View() //called by World.LookInside_Click() to SeeHistory and Bodies.BodyFunction2()

{

              //refreshes all the subwindows

  Adapt.HISTORYDISPLAY();

  Adapt.DUMPLTM();

} //End of Update-View()

private void IO_MouseDown(int Button, int Shift, float X, float Y)

{

  GoWorld.SetFocus;

}

private void LTMem_MouseDown(int Button, int Shift, float X, float Y)

{

  GoWorld.SetFocus;

}

private void LTMTitles_MouseDown(int Button, int Shift, float X, float Y)

{

  GoWorld.SetFocus;

}

private void TraceInfo_MouseDown(int Button, int Shift, float X, float Y)

{

  GoWorld.SetFocus;

}