HurdleData addSessionData(HurdleData inVariableData, HurdleData newVariableData)
{
inVariableData.GroundTimeInto += newVariableData.GroundTimeInto;
inVariableData.GroundTimeOff += newVariableData.GroundTimeOff;
inVariableData.AirTimeOver += newVariableData.AirTimeOver;
inVariableData.StrideLengthInto += newVariableData.StrideLengthInto;
inVariableData.StrideLengthOff += newVariableData.StrideLengthOff;
inVariableData.StrideLengthTotal += newVariableData.StrideLengthTotal;
inVariableData.Velocity += newVariableData.Velocity;
inVariableData.COGDistanceInto += newVariableData.COGDistanceInto;
inVariableData.COGDistanceOff += newVariableData.COGDistanceOff;
inVariableData.ULAngleTDInto += newVariableData.ULAngleTDInto;
inVariableData.ULMAngleOver += newVariableData.ULMAngleOver;
inVariableData.ULAngleTOInto += newVariableData.ULAngleTOInto;
inVariableData.ULAngleTDOff += newVariableData.ULAngleTDOff;
inVariableData.ULAngleTOOff += newVariableData.ULAngleTOOff;
inVariableData.KAMSeparationOver += newVariableData.KAMSeparationOver;
inVariableData.LeadLegMinimumAngle += newVariableData.LeadLegMinimumAngle;
inVariableData.LeadLegAngleAC += newVariableData.LeadLegAngleAC;
inVariableData.LLMAngleOver += newVariableData.LLMAngleOver;
inVariableData.LLAngleTDOff += newVariableData.LLAngleTDOff;
inVariableData.LLAngleTOOff += newVariableData.LLAngleTOOff;
inVariableData.KSTouchDownInto += newVariableData.KSTouchDownInto;
inVariableData.KSTouchDownOff += newVariableData.KSTouchDownOff;
inVariableData.TTDAngleInto += newVariableData.TTDAngleInto;
inVariableData.TTAngleInto += newVariableData.TTAngleInto;
inVariableData.TMAngleOver += newVariableData.TMAngleOver;
inVariableData.TTDAngleOff += newVariableData.TTDAngleOff;
inVariableData.TTAngleOff += newVariableData.TTAngleOff;
return(inVariableData);
}
void avgVariableDataValues(int athleteSelected)
{
foreach (HurdlePageSessionData sessionData in _sessionDataList)
{
_initialSummary = addSessionData(_initialSummary, sessionData.HurdleInitialData);
_finalSummary = addSessionData(_finalSummary, sessionData.HurdleFinalData);
_modelSummary = addSessionData(_modelSummary, sessionData.HurdleModelData);
}
_initialSummary = avgVairableData(_initialSummary, _initialCount);
_finalSummary = avgVairableData(_finalSummary, _finalCount);
_modelSummary = avgVairableData(_modelSummary, _modelCount);
}
string anyVairableDataZero(HurdleData inVarirableData, int totalCount, string _type)
{
MissingVariable misv = new MissingVariable();
string listOfVariableWithZero = "";
if (totalCount > 1)
{
if (inVarirableData.GroundTimeInto == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "GroundTimeInto";
}
if (inVarirableData.GroundTimeOff == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "GroundTimeOff";
}
if (inVarirableData.AirTimeOver == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "AirTimeOver";
}
if (inVarirableData.StrideLengthInto == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "StrideLengthInto";
}
if (inVarirableData.StrideLengthOff == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "StrideLengthOff";
}
if (inVarirableData.StrideLengthTotal == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "StrideLengthTotal";
}
if (inVarirableData.Velocity == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "Velocity";
}
if (inVarirableData.COGDistanceInto == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "COGDistanceInto";
}
if (inVarirableData.COGDistanceOff == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "COGDistanceOff";
}
if (inVarirableData.ULAngleTDInto == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "ULAngleTDInto";
}
if (inVarirableData.ULMAngleOver == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "ULMAngleOver";
}
if (inVarirableData.ULAngleTOInto == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "ULAngleTOInto";
}
if (inVarirableData.ULAngleTDOff == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "ULAngleTDOff";
}
if (inVarirableData.ULAngleTOOff == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "ULAngleTOOff";
}
if (inVarirableData.KAMSeparationOver == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "KAMSeparationOver";
}
if (inVarirableData.LeadLegMinimumAngle == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "LeadLegMinimumAngle";
}
if (inVarirableData.LeadLegAngleAC == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "LeadLegAngleAC";
}
if (inVarirableData.LLMAngleOver == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "LLMAngleOver";
}
if (inVarirableData.LLAngleTDOff == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "LLAngleTDOff";
}
if (inVarirableData.LLAngleTOOff == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "LLAngleTOOff";
}
if (inVarirableData.KSTouchDownInto == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "KSTouchDownInto";
}
if (inVarirableData.KSTouchDownOff == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "KSTouchDownOff";
}
if (inVarirableData.TTDAngleInto == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "TTDAngleInto";
}
if (inVarirableData.TTAngleInto == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "TTAngleInto";
}
if (inVarirableData.TMAngleOver == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "TMAngleOver";
}
if (inVarirableData.TTDAngleOff == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "TTDAngleOff";
}
if (inVarirableData.TTAngleOff == 0)
{
misv.type = _type;
missingVariable.Add(misv);
listOfVariableWithZero = "TTAngleOff";
}
}
return(listOfVariableWithZero);
}
HurdleData avgVairableData(HurdleData inVariableData, int totalCount)
{
if (totalCount > 1)
{
inVariableData.GroundTimeInto = roundDecimal(inVariableData.GroundTimeInto / totalCount);
inVariableData.GroundTimeOff = roundDecimal(inVariableData.GroundTimeOff / totalCount);
inVariableData.AirTimeOver = roundDecimal(inVariableData.AirTimeOver / totalCount);
inVariableData.StrideLengthInto = roundDecimal(inVariableData.StrideLengthInto / totalCount);
inVariableData.StrideLengthOff = roundDecimal(inVariableData.StrideLengthOff / totalCount);
inVariableData.StrideLengthTotal = roundDecimal(inVariableData.StrideLengthTotal / totalCount);
inVariableData.Velocity = roundDecimal(inVariableData.Velocity / totalCount);
inVariableData.COGDistanceInto = roundDecimal(inVariableData.COGDistanceInto / totalCount);
inVariableData.COGDistanceOff = roundDecimal(inVariableData.COGDistanceOff / totalCount);
inVariableData.ULAngleTDInto = roundInteger((decimal)inVariableData.ULAngleTDInto / totalCount);
inVariableData.ULMAngleOver = roundInteger((decimal)inVariableData.ULMAngleOver / totalCount);
inVariableData.ULAngleTOInto = roundInteger((decimal)inVariableData.ULAngleTOInto / totalCount);
inVariableData.ULAngleTDOff = roundInteger((decimal)inVariableData.ULAngleTDOff / totalCount);
inVariableData.ULAngleTOOff = roundInteger((decimal)inVariableData.ULAngleTOOff / totalCount);
inVariableData.KAMSeparationOver = roundDecimal(inVariableData.KAMSeparationOver / totalCount);
inVariableData.LeadLegMinimumAngle = roundInteger((decimal)inVariableData.LeadLegMinimumAngle / totalCount);
inVariableData.LeadLegAngleAC = roundInteger((decimal)inVariableData.LeadLegAngleAC / totalCount);
inVariableData.LLMAngleOver = roundInteger((decimal)inVariableData.LLMAngleOver / totalCount);
inVariableData.LLAngleTDOff = roundInteger((decimal)inVariableData.LLAngleTDOff / totalCount);
inVariableData.LLAngleTOOff = roundInteger((decimal)inVariableData.LLAngleTOOff / totalCount);
inVariableData.KSTouchDownInto = roundDecimal(inVariableData.KSTouchDownInto / totalCount);
inVariableData.KSTouchDownOff = roundDecimal(inVariableData.KSTouchDownOff / totalCount);
inVariableData.TTDAngleInto = roundDecimal(inVariableData.TTDAngleInto / totalCount);
inVariableData.TTAngleInto = roundDecimal(inVariableData.TTAngleInto / totalCount);
inVariableData.TMAngleOver = roundDecimal(inVariableData.TMAngleOver / totalCount);
inVariableData.TTDAngleOff = roundDecimal(inVariableData.TTDAngleOff / totalCount);
inVariableData.TTAngleOff = roundDecimal(inVariableData.TTAngleOff / totalCount);
}
else
{
inVariableData.GroundTimeInto = 0;
inVariableData.GroundTimeOff = 0;
inVariableData.AirTimeOver = 0;
inVariableData.StrideLengthInto = 0;
inVariableData.StrideLengthOff = 0;
inVariableData.StrideLengthTotal = 0;
inVariableData.Velocity = 0;
inVariableData.COGDistanceInto = 0;
inVariableData.COGDistanceOff = 0;
inVariableData.ULAngleTDInto = 0;
inVariableData.ULMAngleOver = 0;
inVariableData.ULAngleTOInto = 0;
inVariableData.ULAngleTDOff = 0;
inVariableData.ULAngleTOOff = 0;
inVariableData.KAMSeparationOver = 0;
inVariableData.LeadLegMinimumAngle = 0;
inVariableData.LeadLegAngleAC = 0;
inVariableData.LLMAngleOver = 0;
inVariableData.LLAngleTDOff = 0;
inVariableData.LLAngleTOOff = 0;
inVariableData.KSTouchDownInto = 0;
inVariableData.KSTouchDownOff = 0;
inVariableData.TTDAngleInto = 0;
inVariableData.TTAngleInto = 0;
inVariableData.TMAngleOver = 0;
inVariableData.TTDAngleOff = 0;
inVariableData.TTAngleOff = 0;
return(inVariableData);
}
return(inVariableData);
}
