private void TermFormButton_Click(object sender, EventArgs e)
{
switch(m_behTermMdl)
{
case BEHTRANS_TERM_MODEL.T50_K_TERM:
m_behTermMdl = BEHTRANS_TERM_MODEL.GAUSSIAN_TERM;
break;
case BEHTRANS_TERM_MODEL.GAUSSIAN_TERM:
m_behTermMdl = BEHTRANS_TERM_MODEL.T50_K_TERM;
break;
default:
m_behTermMdl = BEHTRANS_TERM_MODEL.T50_K_TERM;
break;
}
SetTransitionFormulaText();
// Indicate a modification.
SetModified();
}
//------------------//
// Class Constructor
//------------------//
//public CBehavior() { m_spanMgr = new CSpanListMgr(); }
/* The Current Behavior Count passed in must include this behavior being added*/
public CBehavior()
{
//Debug.Assert(CurrentBehaviorCnt >= 1);
// Normal behavior transition.
m_spanMgr = new CBehaviorTransitionSpanMgr();
m_spanMgr.AddSpan();
m_behTermMdl = BEHTRANS_TERM_MODEL.T50_K_TERM;
// Flat Bottom Dive
m_flatBottomDive.modelType = MODELTYPE.DISABLED;
m_flatBottomDive.gauss.mean = MBSDEFAULTS.ASCENT_GAUSS_MEAN;
m_flatBottomDive.gauss.std = MBSDEFAULTS.ASCENT_GAUSS_STD;
m_flatBottomDive.gauss.coeff = MBSDEFAULTS.ASCENT_GAUSS_COEFF;
m_flatBottomDive.randm.max = MBSDEFAULTS.ASCENT_RANDOM_MAX;
m_flatBottomDive.randm.min = MBSDEFAULTS.ASCENT_RANDOM_MIN;
m_flatBottomDive.randm.coeff = MBSDEFAULTS.ASCENT_RANDOM_COEFF;
m_flatBottomDive.vectorMdl.vector.a = null;
m_flatBottomDive.vectorMdl.step.a = 0;
m_flatBottomDive.vectorMdl.termination.a = 0;
// Diving Ascent
m_ascent.modelType = MBSDEFAULTS.ASCENT_MODEL_TYPE;
m_ascent.gauss.mean = MBSDEFAULTS.ASCENT_GAUSS_MEAN;
m_ascent.gauss.std = MBSDEFAULTS.ASCENT_GAUSS_STD;
m_ascent.gauss.coeff = MBSDEFAULTS.ASCENT_GAUSS_COEFF;
m_ascent.randm.max = MBSDEFAULTS.ASCENT_RANDOM_MAX;
m_ascent.randm.min = MBSDEFAULTS.ASCENT_RANDOM_MIN;
m_ascent.randm.coeff = MBSDEFAULTS.ASCENT_RANDOM_COEFF;
m_ascent.vectorMdl.vector.a = MBSDEFAULTS.ASCENT_RATE_VECTOR;
m_ascent.vectorMdl.step.a = MBSDEFAULTS.ASCENT_RATE_STEP;
m_ascent.vectorMdl.termination.a = MBSDEFAULTS.ASCENT_RATE_TERMINATE;
// Diving Descent
m_descent.modelType = MBSDEFAULTS.DESCENT_MODEL_TYPE;
m_descent.gauss.mean = MBSDEFAULTS.DESCENT_GAUSS_MEAN;
m_descent.gauss.std = MBSDEFAULTS.DESCENT_GAUSS_STD;
m_descent.gauss.coeff = MBSDEFAULTS.DESCENT_GAUSS_COEFF;
m_descent.randm.max = MBSDEFAULTS.DESCENT_RANDOM_MAX;
m_descent.randm.min = MBSDEFAULTS.DESCENT_RANDOM_MIN;
m_descent.randm.coeff = MBSDEFAULTS.DESCENT_RANDOM_COEFF;
m_descent.vectorMdl.vector.a = MBSDEFAULTS.DESCENT_RATE_VECTOR;
m_descent.vectorMdl.step.a = MBSDEFAULTS.DESCENT_RATE_STEP;
m_descent.vectorMdl.termination.a = MBSDEFAULTS.DESCENT_RATE_TERMINATE;
// Diving Depth
m_depth.type = MBSDEFAULTS.DEPTH_MODEL_TYPE;
m_depth.gauss.mean = MBSDEFAULTS.DEPTH_GAUSS_MEAN;
m_depth.gauss.std = MBSDEFAULTS.DEPTH_GAUSS_STD;
m_depth.randm.max = MBSDEFAULTS.DEPTH_RANDOM_MAX;
m_depth.vectorMdl.vector.a = MBSDEFAULTS.DEPTH_VECTOR;
m_depth.vectorMdl.step.a = MBSDEFAULTS.DEPTH_STEP;
// Diving Reversals
m_reverse.type = MBSDEFAULTS.REVERSALS_MODEL_TYPE;
m_reverse.enabled = MBSDEFAULTS.REVERSALS_ENABLED;
m_reverse.reversalDiveRateType = MBSDEFAULTS.REVERSALS_DIVE_RATE_TYPE;
m_reverse.diveRate.mean = MBSDEFAULTS.REVERSALS_DIVE_RATE_GAUSS_MEAN;
m_reverse.diveRate.std = MBSDEFAULTS.REVERSALS_DIVE_RATE_GAUSS_STD;
m_reverse.diveRate.coeff = MBSDEFAULTS.REVERSALS_DIVE_RATE_GAUSS_TERMCOEFF;
m_reverse.gauss.meanCnt = MBSDEFAULTS.REVERSALS_GAUSS_MEAN_COUNT;
m_reverse.gauss.stdCnt = MBSDEFAULTS.REVERSALS_GAUSS_STD_COUNT;
m_reverse.gauss.prob = MBSDEFAULTS.REVERSALS_GAUSS_PROBABILITY;
m_reverse.gauss.meanTime = MBSDEFAULTS.REVERSALS_GAUSS_MEAN_TIME;
m_reverse.gauss.stdTime = MBSDEFAULTS.REVERSALS_GAUSS_STD_TIME;
m_reverse.randm.maxCnt = MBSDEFAULTS.REVERSALS_RANDOM_MAX_COUNT;
m_reverse.randm.minCnt = MBSDEFAULTS.REVERSALS_RANDOM_MIN_COUNT;
m_reverse.randm.prob = MBSDEFAULTS.REVERSALS_RANDOM_PROBABILITY;
m_reverse.randm.meanTime = MBSDEFAULTS.REVERSALS_RANDOM_MEAN_TIME;
m_reverse.randm.stdTime = MBSDEFAULTS.REVERSALS_RANDOM_STD_TIME;
m_reverse.vector.probabilityElement.a = MBSDEFAULTS.REVERSALS_PROBABILITY0;
m_reverse.vector.countVector.a = MBSDEFAULTS.REVERSALS_COUNT_VECTOR0;
m_reverse.vector.durationVector.a = MBSDEFAULTS.REVERSALS_TIME_VECTOR0;
m_reverse.vector.durationStepElement.a = MBSDEFAULTS.REVERSALS_TIME_STEP;
// Diving Surface Interval
m_surfintrvl.type = MBSDEFAULTS.SURFACE_INTERVAL_MODEL_TYPE;
m_surfintrvl.gauss.mean = MBSDEFAULTS.SURFACE_INTERVAL_GAUSS_MEAN;
m_surfintrvl.gauss.std = MBSDEFAULTS.SURFACE_INTERVAL_GAUSS_STD;
m_surfintrvl.vectorMdl.vector.a = MBSDEFAULTS.SURFACE_INTERVAL_VECTOR0;
m_surfintrvl.vectorMdl.step.a = MBSDEFAULTS.SURFACE_INTERVAL_STEP;
// Travel Direction
m_direction.type = MBSDEFAULTS.DIRECTION_MODEL_TYPE;
m_direction.rndmWalk.coeff = MBSDEFAULTS.RANDOM_WALK_COEFFICENT;
m_direction.correlatedRndmWalk.pert = MBSDEFAULTS.CORRELATED_RANDOM_WALK_PERTURBATION;
m_direction.correlatedRndmWalk.coeff = MBSDEFAULTS.CORRELATED_RANDOM_WALK_COEFFICENT;
m_direction.correlatedRndmWalkDirBias.pert = MBSDEFAULTS.CORRELATED_RANDOM_WALK_DIR_BIAS_PERTURBATION;
m_direction.correlatedRndmWalkDirBias.biasDir = MBSDEFAULTS.CORRELATED_RANDOM_WALK_DIR_BIAS_DIRECTION_OF_BIAS;
m_direction.correlatedRndmWalkDirBias.bias = MBSDEFAULTS.CORRELATED_RANDOM_WALK_DIR_BIAS_VALUE_OF_BIAS;
m_direction.correlatedRndmWalkDirBias.arcStep = MBSDEFAULTS.CORRELATED_RANDOM_WALK_DIR_BIAS_ARC_STEP;
m_direction.correlatedRndmWalkDirBias.coeff = MBSDEFAULTS.CORRELATED_RANDOM_WALK_DIR_BIAS_COEFFICENT;
m_direction.matrix.SetDefaultModel();
// Travel Rate
m_rate.modelType = MBSDEFAULTS.RATE_MODEL_TYPE;
m_rate.gauss.mean = MBSDEFAULTS.TRAVEL_RATE_GAUSS_MEAN;
m_rate.gauss.std = MBSDEFAULTS.TRAVEL_RATE_GAUSS_STD;
m_rate.gauss.coeff = MBSDEFAULTS.TRAVEL_RATE_GAUSS_COEFF;
m_rate.randm.max = MBSDEFAULTS.TRAVEL_RATE_RANDOM_MAX;
m_rate.randm.min = MBSDEFAULTS.TRAVEL_RATE_RANDOM_MIN;
m_rate.randm.coeff = MBSDEFAULTS.TRAVEL_RATE_RANDOM_COEFF;
m_rate.vectorMdl.vector.a = MBSDEFAULTS.TRAVEL_RATE_VECTOR0;
m_rate.vectorMdl.step.a = MBSDEFAULTS.TRAVEL_RATE_STEP;
m_rate.vectorMdl.termination.a = MBSDEFAULTS.TRAVEL_RATE_TERMINATE;
// General Environmental Attractor
m_envInfPriority = MBSDEFAULTS.ENVINF_PRIORITY; ;
m_envAttDirDepth.slopeEnabled = MBSDEFAULTS.ENVINFL_DEPTH_SHALLOW_ENABLED;
m_envAttDirDepth.basinEnabled = MBSDEFAULTS.ENVINFL_DEPTH_DEEP_ENABLED;
m_envAttDirDepth.shelfEnabled = MBSDEFAULTS.ENVINFL_DEPTH_SHELF_ENABLED;
m_envAttDirDepth.shelfDepth = MBSDEFAULTS.ENVINFL_DEPTH_SHELF_BATHYDEPTH_METERS;
m_envAttDirDepth.basinDepth = MBSDEFAULTS.ENVINFL_DEPTH_BASIN_BATHYDEPTH_METERS;
m_envAttDirDepth.slopeDepth = MBSDEFAULTS.ENVINFL_DEPTH_SLOPE_BATHYDEPTH_METERS;
m_envAttDirDepth.shelfSlope = MBSDEFAULTS.ENVINFL_DEPTH_SHELF_BATHYSLOPE_DEGREES;
m_envAttDirDepth.basinSlope = MBSDEFAULTS.ENVINFL_DEPTH_BASIN_BATHYSLOPE_DEGREES;
m_envAttDirDepth.slopeSlope = MBSDEFAULTS.ENVINFL_DEPTH_SLOPE_BATHYSLOPE_DEGREES;
m_envAttDirTemp.coldEnabled = MBSDEFAULTS.ENVINFL_TEMP_COLD_ENABLED;
m_envAttDirTemp.warmEnabled = MBSDEFAULTS.ENVINFL_TEMP_WARM_ENABLED;
m_envAttDirTemp.frontEnabled = MBSDEFAULTS.ENVINFL_TEMP_FRONT_ENABLED;
m_envAttDirTemp.cold = MBSDEFAULTS.ENVINFL_TEMP_COLD;
m_envAttDirTemp.warm = MBSDEFAULTS.ENVINFL_TEMP_WARM;
m_envAttDirTemp.front = MBSDEFAULTS.ENVINFL_TEMP_SHELF;
// Depth Environmental Attractor Behavior Transition
m_depthEnvAttctrBehTrans.vector.a = new double[1];
m_depthEnvAttctrBehTrans.vector.a[0] = 1;
m_depthEnvAttctrBehTrans.element.a = MBSDEFAULTS.BEHAVIOR_TRANS_TERMINATION_COEFF;
m_depthEnvAttctrBehTrans.meanTimeInBehMinuites = 60;
m_depthEnvAttctrBehTrans.slopeCoeff_goesAway = 7;
// Temperature environmental attractor behavior transition
m_tempEnvAttctrBehTrans.vector.a = new double[1];
m_tempEnvAttctrBehTrans.vector.a[0] = 1;
m_tempEnvAttctrBehTrans.element.a = MBSDEFAULTS.BEHAVIOR_TRANS_TERMINATION_COEFF;
m_tempEnvAttctrBehTrans.meanTimeInBehMinuites = 60;
m_tempEnvAttctrBehTrans.slopeCoeff_goesAway = 7;
}
//------------------------------------------------------------------------------//
// 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();
}
