void Construct()
{
int i;
Rectangle transitionRect;
Rectangle maxTransTimeRect;
Rectangle aveTransTimeRect;
Rectangle minTransTimeRect;
Rectangle[] behColorRectArray;
// 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.
CopyControls();
m_numTrials = NORMAL_TRIALS_FACTOR/m_matrix.RowCount;
NumTrialsButton.Text = "" + m_numTrials;
//--------------------------------------------------------------------------//
// Set up the results bitmap display (the main display on the form).
//-----------------------------------------------------------------//
// Copy the attributes from the group box that defines the display area into
// the rectangle passed into the bitmap manager
transitionRect = new Rectangle();
transitionRect.X = DisplayGroupBox.Location.X;
transitionRect.Y = DisplayGroupBox.Location.Y;
transitionRect.Width = DisplayGroupBox.Width;
transitionRect.Height = DisplayGroupBox.Height;
//--------------------------------------------------------------------------//
// Allocate and and format the behavior key on the form
//-----------------------------------------------------//
if(m_displayType == MBSDEFAULTS.BITMAPDISPLAYTYPE.INITIAL_BEHAVIOR)
{
// Initial behavior display
// Do not display a transition-from-behavior behavior name.
BehaviorNameLabel.Text = "";
BehaviorNumberLabel.Visible = false;
}
else
{
// Behavior transition display
// Display a transition-from-behavior behavior name.
BehaviorNameLabel.Text = m_behaviorNameArray[m_behaviorIndex];
BehaviorNumberLabel.Visible = true;
BehaviorNumberLabel.Text = "" + "(" + (m_behaviorIndex+1) + ")";
}
// Fill in names on the behavior key. Put empty strings on unused behaviors.
for(i=0; i<MBGUICONSTANTS.MAXNUMBEHAVIORS; i++)
{
if(i<m_numBehaviors)
{
m_transitionLabelArray[i].Text = m_behaviorNameArray[i];
m_transitionLabelNumberArray[i].Visible = true;
}
else
{
m_transitionLabelArray[i].Text = "";
m_transitionLabelNumberArray[i].Visible = false;
}
}
// Copy the attributes from the group box that defines the size and placement
// of the maximum transition color-code key display area into a rectangle
// passed into the bitmap manager
maxTransTimeRect = new Rectangle();
maxTransTimeRect.X = DurationGroupBoxMax.Location.X;
maxTransTimeRect.Y = DurationGroupBoxMax.Location.Y;
maxTransTimeRect.Width = DurationGroupBoxMax.Width;
maxTransTimeRect.Height = DurationGroupBoxMax.Height;
// Copy the attributes from the group box that defines the size and placement
// of the ave transition color-code key display area into a rectangle
// passed into the bitmap manager
aveTransTimeRect = new Rectangle();
aveTransTimeRect.X = DurationGroupBoxAve.Location.X;
aveTransTimeRect.Y = DurationGroupBoxAve.Location.Y;
aveTransTimeRect.Width = DurationGroupBoxAve.Width;
aveTransTimeRect.Height = DurationGroupBoxAve.Height;
// Copy the attributes from the group box that defines the size and placement
// of the minimum transition color-code key display area into a rectangle
// passed into the bitmap manager
minTransTimeRect = new Rectangle();
minTransTimeRect.X = DurationGroupBoxMin.Location.X;
minTransTimeRect.Y = DurationGroupBoxMin.Location.Y;
minTransTimeRect.Width = DurationGroupBoxMin.Width;
minTransTimeRect.Height = DurationGroupBoxMin.Height;
// Copy the attributes from the group box that defines the size and placement
// of the individual behavior color-code key display area into a rectangle
// passed into the bitmap manager
behColorRectArray = new Rectangle[m_numBehaviors];
for(i=0; i<m_numBehaviors; i++)
{
behColorRectArray[i].X = m_transitionGroupBoxArray[i].Location.X;
behColorRectArray[i].Y = m_transitionGroupBoxArray[i].Location.Y;
behColorRectArray[i].Width = m_transitionGroupBoxArray[i].Width;
behColorRectArray[i].Height = m_transitionGroupBoxArray[i].Height;
}
m_bitmapMgr = new CBitmapSingleBehaviorTimeTransitionManager(this,
m_displayType, // display type, either initial behavor or behavior transition
transitionRect, // bitmap setup of the main (results) display
maxTransTimeRect, // bitmap setup of the maximum time rectangle key
aveTransTimeRect, // bitmap setup of the average time rectangles key
minTransTimeRect, // bitmap setup of the minimum time rectangle key
behColorRectArray // bitmaps setup of the behavior rectangles key
);
RunTransitionOverTimeTest(CUtil.CopyMatrix(m_matrix)); // Generate and display initial data
}
public void InitializeBehaviorTransitionAsAFunctionOfTimeBitMapVars()
{
int i;
Rectangle transitionRect;
Rectangle maxTransTimeRect;
Rectangle aveTransTimeRect;
Rectangle minTransTimeRect;
Rectangle[] behColorRectArray;
transitionRect = new Rectangle();
transitionRect.X = DisplayGroupBox.Location.X;
transitionRect.Y = DisplayGroupBox.Location.Y;
transitionRect.Width = DisplayGroupBox.Width;
transitionRect.Height = DisplayGroupBox.Height;
maxTransTimeRect = new Rectangle();
maxTransTimeRect.X = DurationGroupBoxMax.Location.X;
maxTransTimeRect.Y = DurationGroupBoxMax.Location.Y;
maxTransTimeRect.Width = DurationGroupBoxMax.Width;
maxTransTimeRect.Height = DurationGroupBoxMax.Height;
aveTransTimeRect = new Rectangle();
aveTransTimeRect.X = DurationGroupBoxAve.Location.X;
aveTransTimeRect.Y = DurationGroupBoxAve.Location.Y;
aveTransTimeRect.Width = DurationGroupBoxAve.Width;
aveTransTimeRect.Height = DurationGroupBoxAve.Height;
minTransTimeRect = new Rectangle();
minTransTimeRect.X = DurationGroupBoxMin.Location.X;
minTransTimeRect.Y = DurationGroupBoxMin.Location.Y;
minTransTimeRect.Width = DurationGroupBoxMin.Width;
minTransTimeRect.Height = DurationGroupBoxMin.Height;
behColorRectArray = new Rectangle[m_numBehaviorsDefined];
for(i=0; i<m_numBehaviorsDefined; i++)
{
behColorRectArray[i].X = m_transitionGroupBoxArray[i].Location.X;
behColorRectArray[i].Y = m_transitionGroupBoxArray[i].Location.Y;
behColorRectArray[i].Width = m_transitionGroupBoxArray[i].Width;
behColorRectArray[i].Height = m_transitionGroupBoxArray[i].Height;
}
m_bitmapMgr = new CBitmapSingleBehaviorTimeTransitionManager(this,
m_displayType,
transitionRect,
maxTransTimeRect,
aveTransTimeRect,
minTransTimeRect,
behColorRectArray);
}