private void DetermineRiskFromKneeValgus(TestMeasurementType type)
{
double maxHipFlexion = testMeasurementBuffer[type].Max();
InjuryRiskType injuryRisk;
injuryRisk = InjuryRiskType.None;
AddInjuryRisk(type, injuryRisk);
}
private void AddInjuryRisk(TestMeasurementType type, InjuryRiskType injuryRisk)
{
JointType jointAtRisk = riskJoints[type];
// first check to see if the key "type" exists, if it does then we need to check to see if the new
// injury risk level is higher than the current one. If it's not, then we don't need to do anything at all.
if (injuryRisks.ContainsKey(jointAtRisk) && injuryRisks[jointAtRisk] >= injuryRisk)
{
return;
}
// otherwise we need to update or create the injuryRisk entry in the dictionary
injuryRisks[jointAtRisk] = injuryRisk;
}
private void DetermineRiskFromHipFlexion(TestMeasurementType type)
{
double maxHipFlexion = testMeasurementBuffer[type].Max();
InjuryRiskType injuryRisk;
if (maxHipFlexion < 55.0 || maxHipFlexion > 120.0)
{
injuryRisk = InjuryRiskType.High;
}
else if (maxHipFlexion >= 90.0)
{
injuryRisk = InjuryRiskType.Low;
}
else
{
injuryRisk = InjuryRiskType.Moderate;
}
AddInjuryRisk(type, injuryRisk);
}
private void DetermineInjuryRisk(TestMeasurementType type)
{
switch (type)
{
case TestMeasurementType.HipFlexionLeft:
case TestMeasurementType.HipFlexionRight:
DetermineRiskFromHipFlexion(type);
break;
case TestMeasurementType.KneeFlexionLeft:
case TestMeasurementType.KneeFlexionRight:
DetermineRiskFromKneeFlexion(type);
break;
case TestMeasurementType.KneeValgusLeft:
case TestMeasurementType.KneeValgusRight:
DetermineRiskFromKneeValgus(type);
break;
default:
break;
}
}
public TestMeasurement(TestMeasurementType type, double value)
{
this.type = type;
this.value = value;
}
public TestMeasurement(TestMeasurementType type, double value)
{
this.type = type;
this.value = value;
}
private void AddInjuryRisk(TestMeasurementType type, InjuryRiskType injuryRisk)
{
JointType jointAtRisk = riskJoints[type];
// first check to see if the key "type" exists, if it does then we need to check to see if the new
// injury risk level is higher than the current one. If it's not, then we don't need to do anything at all.
if (injuryRisks.ContainsKey(jointAtRisk) && injuryRisks[jointAtRisk] >= injuryRisk)
{
return;
}
// otherwise we need to update or create the injuryRisk entry in the dictionary
injuryRisks[jointAtRisk] = injuryRisk;
}
private void DetermineRiskFromKneeValgus(TestMeasurementType type)
{
double maxHipFlexion = testMeasurementBuffer[type].Max();
InjuryRiskType injuryRisk;
injuryRisk = InjuryRiskType.None;
AddInjuryRisk(type, injuryRisk);
}
private void DetermineRiskFromKneeFlexion(TestMeasurementType type)
{
double maxKneeFlexion = testMeasurementBuffer[type].Max();
InjuryRiskType injuryRisk;
if (maxKneeFlexion < 80.0 || maxKneeFlexion > 99.0)
{
injuryRisk = InjuryRiskType.High;
}
else if (maxKneeFlexion <= 95.0)
{
injuryRisk = InjuryRiskType.Low;
}
else
{
injuryRisk = InjuryRiskType.Moderate;
}
AddInjuryRisk(type, injuryRisk);
}
private void DetermineInjuryRisk(TestMeasurementType type)
{
switch (type)
{
case TestMeasurementType.HipFlexionLeft:
case TestMeasurementType.HipFlexionRight:
DetermineRiskFromHipFlexion(type);
break;
case TestMeasurementType.KneeFlexionLeft:
case TestMeasurementType.KneeFlexionRight:
DetermineRiskFromKneeFlexion(type);
break;
case TestMeasurementType.KneeValgusLeft:
case TestMeasurementType.KneeValgusRight:
DetermineRiskFromKneeValgus(type);
break;
default:
break;
}
}