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();
}
//------------------------------------------------------------------------------//
// Class Constructors
//------------------------------------------------------------------------------//
public FormBehTrans(CSpanMgr SpanListMgr, BEHTRANS_TERM_MODEL BehavorTerminationMdl, int BehCount,
string[] BehaviorNames, int BehIndex)
{
// This class constructor is for behavior transition matrices.
m_displayType = MBSDEFAULTS.BITMAPDISPLAYTYPE.BEHAVIOR_TRANSITION;
m_spanMgr = SpanListMgr;
m_behTermMdl = BehavorTerminationMdl;
// Set intial indicies
m_behaviorIndex = BehIndex;
m_activeSpanIndex = 0; // start at span index 0
m_activeMatrixRowIndex = 0;// start at row index 0
m_numBehaviorsDefined = BehCount;
m_behaviorNameArray = BehaviorNames;
ConstructForm();
SetTransitionFormulaText();
}
public FormBehTrans(CSpanMgr SpanlistMgr, int BehCount, string[] BehaviorNames)
{
// This class constructor is for the intitial behavior matrix.
m_displayType = MBSDEFAULTS.BITMAPDISPLAYTYPE.INITIAL_BEHAVIOR;
m_spanMgr = SpanlistMgr;
//m_matrixParam = SpanlistMgr;
// Set intial indicies
m_behaviorIndex = -1;// no behavior indices for the initial behavior matrix.
m_activeSpanIndex = 0;
m_activeMatrixRowIndex = 0; // start at row index 0
m_numBehaviorsDefined = BehCount;
m_behaviorNameArray = BehaviorNames;
ConstructForm();
}
private Form m_parentForm; // The C# form (panel, as Dorians calls them) the bitmap is displayed on.
//------------//
// Constructor
//------------//
public CBitmapSingleBehaviorTimeTransitionManager(Form Parent,
MBSDEFAULTS.BITMAPDISPLAYTYPE DisplayType, // display type, either initial behavor or behavior transition
Rectangle TransitionRect, // bitmap setup of the main (results) display
Rectangle TransDurationMaxRect,// bitmap setup of the maximum time rectangle key
Rectangle TransDurationAveRect,// bitmap setup of the average time rectangles key
Rectangle TransDurationMinRect, // bitmap setup of the minimum time rectangle key
Rectangle[] BehaviorColorRectArray) // bitmaps setup of the behavior rectangles key
{
m_parentForm = Parent;
m_displayType = DisplayType;
m_transBitMap = new CBitmapSingleBehaviorTimeTransition(DisplayType, TransitionRect);
m_transDurationMaxRect = TransDurationMaxRect;
m_transDurationAveRect = TransDurationAveRect;
m_transDurationMinRect = TransDurationMinRect;
m_behaviorColorRectArray = BehaviorColorRectArray;
}
//------------------------------------------------------------------------------//
// Behavior Transition Over Time Bitmap Window Constructor
//------------------------------------------------------------------------------//
public CBitmapSingleBehaviorTimeTransitionParent(MBSDEFAULTS.BITMAPDISPLAYTYPE DisplayType, Rectangle BitmapRec)
: base(BitmapRec) //CBitmapParent() constructor
{
m_displayType = DisplayType;
}
