private AscvdClassificationResult(
PooledCohortsEquation pooledCohortsEquation,
AscvdRiskClassification tenYearTenYearRiskClassification,
AscvdStatinCandidacy statinCandidacy,
AscvdStatinRecommendation statinRecommendation,
AscvdAspirinRecommendation aspirinRecommendation,
List <AscvdModifiableRiskFactors> riskFactors,
AscvdRiskClassification lifetimeRiskClassification) : this()
{
PooledCohortsEquation = pooledCohortsEquation;
LifetimeRiskClassification = lifetimeRiskClassification;
TenYearRiskClassification = tenYearTenYearRiskClassification;
StatinCandidacy = statinCandidacy;
StatinRecommendation = statinRecommendation;
AspirinRecommendation = aspirinRecommendation;
RiskFactors = riskFactors;
}
internal static AscvdClassificationResult Build(
PooledCohortsEquation pooledCohortsEquation,
AscvdRiskClassification tenYearRiskClassification,
AscvdStatinCandidacy statinCandidacy,
AscvdStatinRecommendation statinRecommendation,
AscvdAspirinRecommendation aspirinRecommendation,
List <AscvdModifiableRiskFactors> riskFactors,
AscvdRiskClassification lifetime)
{
return(new AscvdClassificationResult(
pooledCohortsEquation,
tenYearRiskClassification,
statinCandidacy,
statinRecommendation,
aspirinRecommendation,
riskFactors,
lifetime));
}
public void Classfication_GivenParams_ReturnsCorrectStatinRecommendation(GenderIdentity genderIdentity,
int systolic,
double hdl, double totalCholesterol, double ldl,
bool diabetic, bool antiHypertensive, bool smoker, bool ascvdPresent,
int age, AscvdStatinRecommendation expected)
{
_patient.Gender = Gender.Build(genderIdentity);
_patient.DateOfBirth = SetDateOfBirthMinusYears(age);
if (diabetic)
{
_patient.Comorbidities.Add(ChronicDisease.Diabetes);
}
if (antiHypertensive)
{
_patient.Comorbidities.Add(ChronicDisease.HypertensionTreated);
}
if (smoker)
{
_patient.Comorbidities.Add(ChronicDisease.TobaccoSmoker);
}
if (ascvdPresent)
{
_patient.Comorbidities.Add(ChronicDisease.DiagnosedCardiovascularDisease);
}
var ascvdClassification = new AscvdClassification(AscvdParameters.Build(_patient,
BloodPressure.Build(systolic, 75), Quantitative.Serum.CholesterolTotal(totalCholesterol),
Quantitative.Serum.LowDensityLipoprotein(ldl), Quantitative.Serum.HighDensityLipoprotein(hdl)));
Assert.Equal(expected, ascvdClassification.Classification.StatinRecommendation);
}
public AscvdClassificationResultBuilder SetStatinRecommendations(AscvdStatinRecommendation statinRecommendation)
{
_statinRecommendationIsSet = true;
_statinRecommendation = statinRecommendation;
return(this);
}
