public RmInitBeh(CMatrix M, int NumBehaviorsDefined, string[] BehaviorNames, int BehaviorIndex)
{
// 5 is entered as a param for Construct() is due to this form being used to
// show the behavior transition as a function of time and current behavior
// the associated matrix model of which has 5 more columns in it than the
// number of behaviors it models: start time, end time, zero probability + one
// for each behavior + T50 and k (slope)).
InitializeComponent();
m_behaviorIndex = BehaviorIndex;
m_displayType = MBSDEFAULTS.BITMAPDISPLAYTYPE.BEHAVIOR_TRANSITION;
Construct(M, NumBehaviorsDefined, BehaviorNames, 5);
}
public FrmTransitionTest(MBSDEFAULTS.BITMAPDISPLAYTYPE Type, CMatrix Matrix, string[] BehNameArray, int BehIndex)
{
InitializeComponent();
if(Type == MBSDEFAULTS.BITMAPDISPLAYTYPE.BEHAVIOR_TRANSITION)
Text = BehNameArray[BehIndex] + " (Behavior " + (BehIndex + 1) + ") Transition Trials";
else
Text = "Initial Behavior Trials";
m_displayType = Type;
m_behaviorIndex = BehIndex;
m_matrix = Matrix;
m_behaviorNameArray = BehNameArray;
m_numBehaviors = Matrix.ColumnCount - 5;
Construct();
}
//------------//
// Constructor
//------------//
// 'NumAdditionalColumns' is the column count above the number of behaviors so
// must include the first column that represents the starting range of zero of a
// behavior and therefore must be 1 or greater. For the initial behavior matrix
// 'NumAdditionalColumns' then must be 3 (for the two additional columns for start
// time and end time plus the 0 probablility starting column) and for the
// behavior translation as a function of time it must be 5 for the same reason
// plus the slope and ave time in behavior... or something...
public RmInitBeh(CMatrix M, int NumBehaviorsDefined, string[] BehaviorNames)
{
// The 3 entered as a param for Construct() is due to this form being used to
// show initial behavior model. The initial behavior matrix has 3 more
// columns in it than the number of behaviors it models: start time, end time,
// zero probability + one for each behavior.
InitializeComponent();
m_displayType = MBSDEFAULTS.BITMAPDISPLAYTYPE.INITIAL_BEHAVIOR;
BehaviorNumberLabel.Visible = false;
BehaviorNameLabel.Visible = false;
label6.Visible = false;
DurationTextBoxMax.Visible = false;
DurationTextBoxAve.Visible = false;
DurationTextBoxMin.Visible = false;
Construct(M, NumBehaviorsDefined, BehaviorNames, 3);
}
public FrmTransitionTest(MBSDEFAULTS.BITMAPDISPLAYTYPE Type, CMatrix Matrix, string[] BehNameArray)
{
InitializeComponent();
Text = "Intitial Behavior Trials";
BehaviorNumberLabel.Visible = false;
BehaviorNameLabel.Visible = false;
label6.Visible = false;
DurationTextBoxMax.Visible = false;
DurationTextBoxAve.Visible = false;
DurationTextBoxMin.Visible = false;
m_displayType = Type;
m_behaviorIndex = -1;
m_matrix = Matrix;
m_behaviorNameArray = BehNameArray;
m_numBehaviors = Matrix.ColumnCount - 3;
Construct();
}
public Boolean DeleteColumn(int Index)
{
int i, j, col;
CMatrix cpy = new CMatrix();
// Precheck.
if(false == CUtil.CheckIndex(ColumnCount, Index))
return false;
if(ColumnCount == 1)
{
m_a = null;
m_lastColumnCount = 0;
return true;
}
// Create the matrix
cpy.m_a = new double[m_a.Length][];
for(i=0; i<RowCount; i++)
cpy.m_a[i] = new double[ColumnCount-1];
// Set the matrix
for(i=0; i<RowCount; i++)
{
for(j=0, col=0; j<ColumnCount; j++)
{
if(j != Index)
{
cpy.m_a[i][col] = m_a[i][j];
// The last behavior's probability must be 1.0
if(col == cpy.m_a[i].Length-1)
cpy.m_a[i][col] = 1.0;
col++;
}
}
}
m_a = cpy.m_a;
m_lastColumnCount = ColumnCount-1;
return true;
}
private void CheckClockStartAndEndTimes(CMatrix M)
{
#if false
int lastRow;
if(M == null || M.RowCount == 0)
return;
if(CUtil.TimeIsZeroOr24(M[0][0]) == true && CUtil.TimeIsZeroOr24(M[0][1]) == true)
{
M[0][0] = 0.0;
M[0][1] = 24.0;
}
#endif
}
void Construct(CMatrix M, int NumBehaviorsDefined, string[] BehaviorNames, int NumAdditionalColumns)
{
int i;
// This assert could go away if this form were to ever need to be used for a matrix
// without colums but is left in for now because it isn't being used that
// way currently. For now at the very least there will always be a need
// for 1+ the number of behavior number of columns.
Debug.Assert(NumAdditionalColumns >= 1);
CopyControls();
m_matrix = M;
m_initializing = true;
this.Text = m_szTitle;
m_numTrials = NORMAL_TRIALS_FACTOR/m_matrix.RowCount;
NumTrialsButton.Text = "" + m_numTrials;
m_behaviorNameArray = BehaviorNames;
m_numBehaviorsDefined = NumBehaviorsDefined;
BehaviorCountLabel.Text = "Species Defined Behavior Count: " + NumBehaviorsDefined;
MatrixTextBox.Text = M.ConvertToStringB();
MatrixDimensionsLabel.Text = "Matrix Dimensions: " + M.RowCount + "x" + M.ColumnCount;
m_szFormatOK = UpdateModel();
RefreshButton.Enabled = false;
DoneButton.Enabled = true;
NumTrialsButton.Enabled = true;
m_initializing = false;
//---------------------------//
// Display the behavior names
//---------------------------//
if(m_displayType == MBSDEFAULTS.BITMAPDISPLAYTYPE.INITIAL_BEHAVIOR)
{
BehaviorNameLabel.Text = "";
BehaviorNumberLabel.Visible = false;
}
else
{
BehaviorNameLabel.Text = m_behaviorNameArray[m_behaviorIndex];
BehaviorNumberLabel.Visible = true;
BehaviorNumberLabel.Text = "" + "(" + (m_behaviorIndex+1) + ")";
}
InitializeBehaviorTransitionAsAFunctionOfTimeBitMapVars();
RunTransitionOverTimeTest(CUtil.CopyMatrix(m_matrix)); // Generate and display initial data
for(i=0; i<m_behaviorNameArray.Length; i++)
{
m_transitionLabelArray[i].Text = m_behaviorNameArray[i];
m_transitionLabelNumberArray[i].Visible = true;
}
for(; i<NUM_NRML_BUTTONS; i++)
{
m_transitionLabelArray[i].Text = "";
m_transitionLabelNumberArray[i].Visible = false;
}
}
private void NumTrialsButton_Click(object sender, EventArgs e)
{
CMatrix m;
string sz;
Form1Input dlg = new Form1Input("Set Number Number Of Trials Per Transition Period", ""+m_numTrials);
dlg.ShowDialog(this);
this.BringToFront();
if(dlg.result == RESLT.OK && dlg.modified == true)
{
m_numTrials = CStringUtil.SzToIntOrMin1(dlg.dataString);
NumTrialsButton.Text = "" + m_numTrials;
m = new CMatrix();
sz = CStringUtil.SzForceIntoMatrixDoubleFormat(MatrixTextBox.Text);
m.a = CStringUtil.SzMatrixToDouble2DArray(MatrixTextBox.Text);
RunTransitionOverTimeTest(CUtil.CopyMatrix(m));
}
}
private void RefreshButton_Click(object sender, EventArgs e)
{
int numAdditionalColumns;
CMatrix m = new CMatrix();
string sz = CStringUtil.SzForceIntoMatrixDoubleFormat(MatrixTextBox.Text);
if(m_displayType == MBSDEFAULTS.BITMAPDISPLAYTYPE.INITIAL_BEHAVIOR)
numAdditionalColumns = 3;
else
numAdditionalColumns = 5;
m.a = CStringUtil.SzMatrixToDouble2DArray(MatrixTextBox.Text);
while(m.ColumnCount > m_numBehaviorsDefined + numAdditionalColumns)
m.DeleteColumn(m.ColumnCount-1);
while(m.ColumnCount < m_numBehaviorsDefined + numAdditionalColumns)
m.AddColumn();
MatrixTextBox.Text = m.ConvertToStringB();
DoneButton.Enabled = true;
NumTrialsButton.Enabled = true;
RefreshButton.Enabled = false;
if(true == (m_szFormatOK = UpdateModel()))
RunTransitionOverTimeTest(CUtil.CopyMatrix(m));
}
public CMatrix GetCopy()
{
int i, j;
CMatrix cpy = new CMatrix();
cpy.m_a = new double[m_a.Length][];
for(i=0; i<RowCount; i++)
cpy.m_a[i] = new double[ColumnCount];
for(i=0; i<RowCount; i++)
{
for(j=0; j<ColumnCount; j++)
cpy.m_a[i][j] = m_a[i][j];
}
return cpy;
}
public void DeleteRow(int Index)
{
// Fix: 02/10/09: m_a.Length to m_a[i].Length in inner for loop.
int i, j, row;
CMatrix cpy = new CMatrix();
if(Index < 0 || Index >= RowCount)
return;
m_lastColumnCount = ColumnCount;
if(RowCount == 1)
{
m_a = null;
return;
}
// Create the matrix
cpy.m_a = new double[m_a.Length-1][];
for(i=0; i<m_a.Length-1; i++)
cpy.m_a[i] = new double[m_a[i].Length];
// Set the matrix
for(i=0, row = 0; i<m_a.Length; i++)
{
if(i != Index)
{
for(j=0; j<m_a[i].Length; j++) // here was the fix
{
cpy.m_a[row][j] = m_a[i][j];
}
row++;
}
}
m_a = cpy.m_a;
}
private void RefreshButton_Click(object sender, EventArgs e)
{
CVector v = new CVector();
CMatrix m = new CMatrix();
int ccnt;
string szTemp;
szTemp = CStringUtil.SzForceSquareMatrixFormatDouble(BiasTextBox.Text);
m.a = CStringUtil.SzMatrixToDouble2DArray(szTemp);
BiasTextBox.Text = m.ConvertToStringA();
UdateBiasMatrixModeling();
// Make matrix m into a square matix
m.a = CStringUtil.SzMatrixToDouble2DArray(BiasTextBox.Text);
// Determin minimum nuber of columns
ccnt = m.ColumnCount;
if(ccnt < m.RowCount)
ccnt = m.RowCount;
v.a = CStringUtil.SzVectorToDoubleArray(ProbTurnVectorTextBox.Text);
if(m_r.type == DIRECTIONMODELTYPE.VECTOR_DIRBIAS && v.columnCount > ccnt)
ccnt = v.columnCount;
while(m.RowCount > ccnt)
m.DeleteRow(m.RowCount-1);
while(m.RowCount < ccnt)
m.AddRow();
while(m.ColumnCount > ccnt)
m.DeleteColumn(m.ColumnCount-1);
while(m.ColumnCount < ccnt)
m.AddColumn();
BiasTextBox.Text = m.ConvertToStringA();
UdateBiasMatrixModeling();
while(v.columnCount > ccnt)
v.DeleteColumn(v.columnCount-1);
while(v.columnCount < ccnt)
v.AddColumn();
ProbTurnVectorTextBox.Text = v.ConvertToString();
UpdateProbTurnVectorModeling();
RefreshButton.Enabled = false;
OkButton.Enabled = true;
}
