private void RunTransitionOverTimeTest(mbsMATRIX M)
{
C3mbsWrapperSpeciesModel wrapper = new C3mbsWrapperSpeciesModel();
// Generate and display data.
if(m_displayType == MBSDEFAULTS.BITMAPDISPLAYTYPE.BEHAVIOR_TRANSITION)
m_displayData = wrapper.RunBehaviorTransitionControlTest(M, m_behaviorIndex, m_numTrials);
else
m_displayData = wrapper.InitialBehaviorControlTest(M, m_numTrials);
m_bitmapMgr.SetDisplayData(m_numBehaviors, m_displayData);
}
//------------------------------------------------------------------------------//
// Behavior Transition Over Time Bitmap UpdateDataDisplay()
//------------------------------------------------------------------------------//
public void SetDisplayData(int NumBehaviors, mbsSNGLBEHTRANSTRUCT Data)
{
int i;
m_data = Data;
m_numBehaviors = NumBehaviors;
// Run debug assertions on the data passed in
Debug.Assert(m_data.timePeriodArray.Length > 0);
for(i=0; i<m_data.timePeriodArray.Length; i++)
Debug.Assert(m_data.timePeriodArray[i].trialArray.Length > 0);
RedrawBitmap();
}
private SINGLEBEHTRANSSTATS GetSingleBehaviorTransitionStats(mbsSNGLBEHTRANSTRUCT Data)
{
int i, j, beh; // indexing vars.
SINGLEBEHTRANSSTATS stats = new SINGLEBEHTRANSSTATS();
stats.periodArray = new TRANSPERIOD[Data.timePeriodArray.Length];
// The number of translational periods defined in the behavior transition
// model. Equivelent to the number of rows in the behavior transition matrix.
stats.periodCnt = m_data.timePeriodArray.Length;
// The number of trials conducted per translational period. This value is
// defined by the application calling the behavior translation test.
stats.trialsPerPeriodCnt = m_data.timePeriodArray[0].trialArray.Length;
if(stats.trialsPerPeriodCnt == 0)
return stats; // handle this better!!!!
stats.maxPeriodDuration = 0;
stats.maxBehaviorCount = 0;
// Allocate memory for stats for each transitional period in the model and
// memory for recording the total counts of behavior transitions achieved
// during those trials.
stats.periodArray = new TRANSPERIOD[stats.periodCnt];
for(i=0; i<stats.periodCnt; i++)
stats.periodArray[i].toBehaviorCount = new int[m_numBehaviors];
//--------------------------------------------------------------------------//
// Generate the stats
//-------------------//
// i is the transitional period
// j is the j number for that transitional period
// beh is the behavior index
stats.maxPeriodDuration = m_data.timePeriodArray[0].trialArray[0].sec;
stats.minPeriodDuration = m_data.timePeriodArray[0].trialArray[0].sec;
stats.maxBehaviorCount = 0;
for(i=0; i<stats.periodCnt; i++)
{
stats.periodArray[i].aveDuration = 0;
stats.periodArray[i].minDuration = m_data.timePeriodArray[i].trialArray[0].sec;
stats.periodArray[i].maxDuration = m_data.timePeriodArray[i].trialArray[0].sec;
// set max duraiton to initial value
// set min duration to initial value
// initial ave duration
for(j=0; j<stats.trialsPerPeriodCnt; j++)
{
// m_data.timePeriodArray[i].trialArray[j].sec holds time the behavior persisted until
// it transitioned into a new behavior.
stats.periodArray[i].aveDuration += m_data.timePeriodArray[i].trialArray[j].sec;
// Update the minimum for this transition period
if(stats.periodArray[i].minDuration > m_data.timePeriodArray[i].trialArray[j].sec)
stats.periodArray[i].minDuration = m_data.timePeriodArray[i].trialArray[j].sec;
// Update the maximum for this transition period.
if(stats.periodArray[i].maxDuration < m_data.timePeriodArray[i].trialArray[j].sec)
stats.periodArray[i].maxDuration = m_data.timePeriodArray[i].trialArray[j].sec;
// m_data.timePeriodArray[i].trialArray[j].trans holds the behavior transitioned into
// when the behavior transition being tested transitioned into
// a new behavior.
beh = m_data.timePeriodArray[i].trialArray[j].trans;
stats.periodArray[i].toBehaviorCount[beh]++;
}
// Average time before transitioning to a new behavior from being being
// tested.
stats.periodArray[i].aveDuration /= (double)stats.trialsPerPeriodCnt;
// Update the maximum count of all behavior transitions for all time periods and all trials conducted
for(beh=0; beh<m_numBehaviors; beh++)
{
// Maximum of all transitional periods
if(stats.maxBehaviorCount < stats.periodArray[i].toBehaviorCount[beh])
stats.maxBehaviorCount = stats.periodArray[i].toBehaviorCount[beh];
}
// Update the maximum of all period durations for all transiton periods and trials
if(stats.maxPeriodDuration < stats.periodArray[i].maxDuration)
stats.maxPeriodDuration = stats.periodArray[i].maxDuration;
// Update the minimum of all period durations for all transiton periods and trials
if(stats.minPeriodDuration > stats.periodArray[i].minDuration)
stats.minPeriodDuration = stats.periodArray[i].minDuration;
}
return stats;
}
//------------------------------------------------------------------------------//
// Behavior Transition Over Time Manager UpdateDataDisplay()
//------------------------------------------------------------------------------//
// Called by the parent form when data has changed or a characteristic about how
// the data is to be displayed has been modified.
public void SetDisplayData(int NumBehaviors, mbsSNGLBEHTRANSTRUCT Data)
{
m_numBehaviors = NumBehaviors;
// Have the bitmap class update its data display.
m_transBitMap.SetDisplayData(NumBehaviors, Data);
// Invalidate the rect of the parent form that the data is displayed in so
// that the OS displays the updated display.
m_parentForm.Invalidate();
}
