private void SetYearsToRetirementScore(PropertySuitabilityParameters table, PParameter f0Score)
{
if (YearsToRetirement >= table.Defensive.YearsToRetirement)
{
f0Score.YearsToRetirement = table.Defensive.ScoreRanking;
}
else if (YearsToRetirement >= table.Conservative.YearsToRetirement)
{
f0Score.YearsToRetirement = table.Conservative.ScoreRanking;
}
else if (YearsToRetirement >= table.Balance.YearsToRetirement)
{
f0Score.YearsToRetirement = table.Balance.ScoreRanking;
}
else if (YearsToRetirement >= table.Assertive.YearsToRetirement)
{
f0Score.YearsToRetirement = table.Assertive.ScoreRanking;
}
else
{
f0Score.YearsToRetirement = table.Aggressive.ScoreRanking;
}
}
private void SetPropertyLeverageScore(PropertySuitabilityParameters table, PParameter f0Score)
{
if (PropertyLeverage <= table.Defensive.PropertyLeverage)
{
f0Score.PropertyLeverage = table.Defensive.ScoreRanking;
}
else if (PropertyLeverage <= table.Conservative.PropertyLeverage)
{
f0Score.PropertyLeverage = table.Conservative.ScoreRanking;
}
else if (PropertyLeverage <= table.Balance.PropertyLeverage)
{
f0Score.PropertyLeverage = table.Balance.ScoreRanking;
}
else if (PropertyLeverage <= table.Assertive.PropertyLeverage)
{
f0Score.PropertyLeverage = table.Assertive.ScoreRanking;
}
else
{
f0Score.PropertyLeverage = table.Aggressive.ScoreRanking;
}
}
private void SetAbilityToPayInterestScore(PropertySuitabilityParameters table, PParameter f0Score)
{
if (AbilityToPayAboveCurrentInterestRate >= table.Defensive.AbilityToPayAboveCurrentInterestRate)
{
f0Score.AbilityToPayAboveCurrentInterestRate = table.Defensive.ScoreRanking;
}
else if (AbilityToPayAboveCurrentInterestRate >= table.Conservative.AbilityToPayAboveCurrentInterestRate)
{
f0Score.AbilityToPayAboveCurrentInterestRate = table.Conservative.ScoreRanking;
}
else if (AbilityToPayAboveCurrentInterestRate >= table.Balance.AbilityToPayAboveCurrentInterestRate)
{
f0Score.AbilityToPayAboveCurrentInterestRate = table.Balance.ScoreRanking;
}
else if (AbilityToPayAboveCurrentInterestRate >= table.Assertive.AbilityToPayAboveCurrentInterestRate)
{
f0Score.AbilityToPayAboveCurrentInterestRate = table.Assertive.ScoreRanking;
}
else
{
f0Score.AbilityToPayAboveCurrentInterestRate = table.Aggressive.ScoreRanking;
}
}
private void SetClientAverageAgeScore(PropertySuitabilityParameters table, PParameter f0Score)
{
if (ClientAverageAge <= table.Defensive.CurrentAverageAgeOfClient)
{
f0Score.CurrentAverageAgeOfClient = table.Defensive.ScoreRanking;
}
else if (ClientAverageAge <= table.Conservative.CurrentAverageAgeOfClient)
{
f0Score.CurrentAverageAgeOfClient = table.Conservative.ScoreRanking;
}
else if (ClientAverageAge <= table.Balance.CurrentAverageAgeOfClient)
{
f0Score.CurrentAverageAgeOfClient = table.Balance.ScoreRanking;
}
else if (ClientAverageAge <= table.Assertive.CurrentAverageAgeOfClient)
{
f0Score.CurrentAverageAgeOfClient = table.Assertive.ScoreRanking;
}
else
{
f0Score.CurrentAverageAgeOfClient = table.Aggressive.ScoreRanking;
}
}
public AssetSuitability GetRating()
{
var table = new PropertySuitabilityParameters();
var score = new PParameter();
SetClientAverageAgeScore(table, score);
SetYearsToRetirementScore(table, score);
SetPropertyLeverageScore(table, score);
SetAbilityToPayInterestScore(table, score);
score.Total = (score.CurrentAverageAgeOfClient + score.YearsToRetirement + score.PropertyLeverage +
score.AbilityToPayAboveCurrentInterestRate)*2.5;
return new AssetSuitability
{
F1Parameters = score,
SuitabilityRating = GetRatingScore(score.Total*2),
TotalScore = score.Total*2,
F0Parameters = score
};
}
