in lib/model/ModelTypes.cc [1409:1562]
std::string print(EFeature feature) {
switch (feature) {
case E_IndividualCountByBucketAndPerson:
return "'count per bucket by person'";
case E_IndividualNonZeroCountByBucketAndPerson:
return "'non-zero count per bucket by person'";
case E_IndividualTotalBucketCountByPerson:
return "'bucket count by person'";
case E_IndividualIndicatorOfBucketPerson:
return "'indicator per bucket of person'";
case E_IndividualLowCountsByBucketAndPerson:
return "'low values of count per bucket by person'";
case E_IndividualHighCountsByBucketAndPerson:
return "'high values of count per bucket by person'";
case E_IndividualArrivalTimesByPerson:
return "'mean arrival time by person'";
case E_IndividualLongArrivalTimesByPerson:
return "'long mean arrival time by person'";
case E_IndividualShortArrivalTimesByPerson:
return "'short mean arrival time by person'";
case E_IndividualLowNonZeroCountByBucketAndPerson:
return "'low non-zero count per bucket by person'";
case E_IndividualHighNonZeroCountByBucketAndPerson:
return "'high non-zero count per bucket by person'";
case E_IndividualUniqueCountByBucketAndPerson:
return "'unique count per bucket by person'";
case E_IndividualLowUniqueCountByBucketAndPerson:
return "'low unique count per bucket by person'";
case E_IndividualHighUniqueCountByBucketAndPerson:
return "'high unique count per bucket by person'";
case E_IndividualInfoContentByBucketAndPerson:
return "'information content of value per bucket by person'";
case E_IndividualHighInfoContentByBucketAndPerson:
return "'high information content of value per bucket by person'";
case E_IndividualLowInfoContentByBucketAndPerson:
return "'low information content of value per bucket by person'";
case E_IndividualTimeOfDayByBucketAndPerson:
return "'time-of-day per bucket by person'";
case E_IndividualTimeOfWeekByBucketAndPerson:
return "'time-of-week per bucket by person'";
case E_IndividualMeanByPerson:
return "'arithmetic mean value by person'";
case E_IndividualLowMeanByPerson:
return "'low mean value by person'";
case E_IndividualHighMeanByPerson:
return "'high mean value by person'";
case E_IndividualMedianByPerson:
return "'median value by person'";
case E_IndividualLowMedianByPerson:
return "'low median value by person'";
case E_IndividualHighMedianByPerson:
return "'high median value by person'";
case E_IndividualMinByPerson:
return "'minimum value by person'";
case E_IndividualMaxByPerson:
return "'maximum value by person'";
case E_IndividualVarianceByPerson:
return "'variance of values by person'";
case E_IndividualLowVarianceByPerson:
return "'low variance of values by person'";
case E_IndividualHighVarianceByPerson:
return "'high variance of values by person'";
case E_IndividualSumByBucketAndPerson:
return "'bucket sum by person'";
case E_IndividualLowSumByBucketAndPerson:
return "'low bucket sum by person'";
case E_IndividualHighSumByBucketAndPerson:
return "'high bucket sum by person'";
case E_IndividualNonNullSumByBucketAndPerson:
return "'bucket non-null sum by person'";
case E_IndividualLowNonNullSumByBucketAndPerson:
return "'low bucket non-null sum by person'";
case E_IndividualHighNonNullSumByBucketAndPerson:
return "'high bucket non-null sum by person'";
case E_IndividualMaxVelocityByPerson:
return "'max velocity by person'";
case E_IndividualMinVelocityByPerson:
return "'min velocity by person'";
case E_IndividualMeanVelocityByPerson:
return "'mean velocity by person'";
case E_IndividualSumVelocityByPerson:
return "'sum velocity by person'";
case E_IndividualMeanLatLongByPerson:
return "'mean lat/long by person'";
case E_PopulationAttributeTotalCountByPerson:
return "'attribute counts by person'";
case E_PopulationCountByBucketPersonAndAttribute:
return "'non-zero count per bucket by person and attribute'";
case E_PopulationIndicatorOfBucketPersonAndAttribute:
return "'indicator per bucket of person and attribute'";
case E_PopulationUniquePersonCountByAttribute:
return "'unique person count by attribute'";
case E_PopulationUniqueCountByBucketPersonAndAttribute:
return "'unique count per bucket by person and attribute'";
case E_PopulationLowUniqueCountByBucketPersonAndAttribute:
return "'low unique count per bucket by person and attribute'";
case E_PopulationHighUniqueCountByBucketPersonAndAttribute:
return "'high unique count per bucket by person and attribute'";
case E_PopulationLowCountsByBucketPersonAndAttribute:
return "'low values of non-zero count per bucket by person and attribute'";
case E_PopulationHighCountsByBucketPersonAndAttribute:
return "'high values of non-zero count per bucket by person and attribute'";
case E_PopulationInfoContentByBucketPersonAndAttribute:
return "'information content of value per bucket by person and attribute'";
case E_PopulationLowInfoContentByBucketPersonAndAttribute:
return "'low information content of value per bucket by person and attribute'";
case E_PopulationHighInfoContentByBucketPersonAndAttribute:
return "'high information content of value per bucket by person and attribute'";
case E_PopulationTimeOfDayByBucketPersonAndAttribute:
return "'time-of-day per bucket by person and attribute'";
case E_PopulationTimeOfWeekByBucketPersonAndAttribute:
return "'time-of-week per bucket by person and attribute'";
case E_PopulationMeanByPersonAndAttribute:
return "'mean value by person and attribute'";
case E_PopulationLowMeanByPersonAndAttribute:
return "'low mean by person and attribute'";
case E_PopulationHighMeanByPersonAndAttribute:
return "'high mean by person and attribute'";
case E_PopulationMedianByPersonAndAttribute:
return "'median value by person and attribute'";
case E_PopulationLowMedianByPersonAndAttribute:
return "'low median value by person and attribute'";
case E_PopulationHighMedianByPersonAndAttribute:
return "'high median value by person and attribute'";
case E_PopulationMinByPersonAndAttribute:
return "'minimum value by person and attribute'";
case E_PopulationMaxByPersonAndAttribute:
return "'maximum value by person and attribute'";
case E_PopulationVarianceByPersonAndAttribute:
return "'variance of values by person and attribute'";
case E_PopulationLowVarianceByPersonAndAttribute:
return "'low variance of values by person and attribute'";
case E_PopulationHighVarianceByPersonAndAttribute:
return "'high variance of values by person and attribute'";
case E_PopulationSumByBucketPersonAndAttribute:
return "'bucket sum by person and attribute'";
case E_PopulationLowSumByBucketPersonAndAttribute:
return "'low bucket sum by person and attribute'";
case E_PopulationHighSumByBucketPersonAndAttribute:
return "'high bucket sum by person and attribute'";
case E_PopulationMeanLatLongByPersonAndAttribute:
return "'mean lat/long by person and attribute'";
case E_PopulationMaxVelocityByPersonAndAttribute:
return "'max velocity by person and attribute'";
case E_PopulationMinVelocityByPersonAndAttribute:
return "'min velocity by person and attribute'";
case E_PopulationMeanVelocityByPersonAndAttribute:
return "'mean velocity by person and attribute'";
case E_PopulationSumVelocityByPersonAndAttribute:
return "'sum velocity by person and attribute'";
}
return "-";
}