public static IDictionary <int, double> ConversionRateByAlternative(this Experiment experiment)
{
var participants = experiment.ParticipantsByAlternative();
var converted = experiment.ConvertedByAlternative();
var hash = experiment.EmptyHash <double>();
for (var i = 1; i <= experiment.Alternatives.Count(); i++)
{
var conversionRate = participants[i] > 0 ? (converted[i] / (double)participants[i]) * 100 : 0;
hash[i] = conversionRate;
}
return(hash);
}
public static IEnumerable<AlternativeViewModel> ProjectAlternatives(Experiment experiment, Score score)
{
var index = 1;
foreach (var alternative in experiment.Alternatives)
{
var value = alternative.ToString();
var vm = new AlternativeViewModel
{
Name = "Option " + (char)(index + 64),
Participants = experiment.ParticipantsByAlternative()[index],
Converted = experiment.ConvertedByAlternative()[index],
ConversionRate = experiment.ConversionRateByAlternative()[index],
Showing = experiment.AlternativeValue.ToString() == value,
Choice = score.Choice != null && score.Choice.Index == index,
Value = value
};
index++;
yield return vm;
}
}
public static IEnumerable <AlternativeViewModel> ProjectAlternatives(Experiment experiment, Score score)
{
var index = 1;
foreach (var alternative in experiment.Alternatives)
{
var value = alternative.ToString();
var vm = new AlternativeViewModel
{
Name = "Option " + (char)(index + 64),
Participants = experiment.ParticipantsByAlternative()[index],
Converted = experiment.ConvertedByAlternative()[index],
ConversionRate = experiment.ConversionRateByAlternative()[index],
Showing = experiment.AlternativeValue.ToString() == value,
Choice = score.Choice != null && score.Choice.Index == index,
Value = value
};
index++;
yield return(vm);
}
}
