Uses of Interface
microsim.statistics.UpdatableSource
Package
Description
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Uses of UpdatableSource in microsim.statistics
Modifier and TypeClassDescriptionclass
A cross-section is a collection of values each of them representing the status of a given variable of an element of a collection of agents.static class
static class
static class
class
A series is a sequential collection of values coming from a given variable source over time.static class
static class
static class
class
A container for multiple synchronized time series. -
Uses of UpdatableSource in microsim.statistics.functions
Modifier and TypeClassDescriptionclass
This class represents the skeleton for all the function which operate on array of native data type values.class
An abstract skeleton for the statistical function able to manage update time checking.class
This class computes the number of values in an array taken from a data source.class
This class computes the maximum value in an array of source values.static class
MaxFunction operating on double source values.static class
MaxFunction operating on integer source values.static class
MaxFunction operating on long source values.class
A MixFunction object is to collect data over time, computing some statistics on the fly, without storing the data in memory.static class
An implementation of the Memoryless Series class, which manages double type data sources.static class
An implementation of the Memoryless Series class, which manages integer type data sources.static class
An implementation of the Memoryless Series class, which manages long type data sources.class
This class computes the average value of an array of values taken from a data source.class
This class computes the average and variance value of an array of values taken from a data source.class
This class computes the minimum value in an array of source values.static class
MinFunction operating on double source values.static class
MinFunction operating on integer source values.static class
MinFunction operating on long source values.class
A MixFunction object is to collect data over time, computing some statistics on the fly, without storing the data in memory.static class
An implementation of the Memoryless Series class, which manages double type data sources.static class
An implementation of the Memoryless Series class, which manages integer type data sources.static class
An implementation of the Memoryless Series class, which manages long type data sources.class
This class computes the average of the last given number of values in an array taken from a data source.class
This class computes the average of the last values collected from a data source.class
A MixFunction object is to collect data over time, computing some statistics on the fly, without storing the data in memory.static class
An implementation of the Memoryless Series class, which manages double type data sources.static class
An implementation of the Memoryless Series class, which manages integer type data sources.static class
An implementation of the Memoryless Series class, which manages long type data sources.class
This function calculates percentiles (p1,p5,p10-p90,p95,p99) for a given cross-section of data.class
This class computes the sum of an array of source values.static class
SumFunction operating on double source values.static class
SumFunction operating on integer source values.static class
SumFunction operating on long source values. -
Uses of UpdatableSource in microsim.statistics.weighted
Modifier and TypeClassDescriptionclass
A weighted cross-section is a collection of values each of them representing the status of a given variable of a weighted element of a collection of agents.static class
static class
static class
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Uses of UpdatableSource in microsim.statistics.weighted.functions
Modifier and TypeClassDescriptionclass
This class represents the skeleton for all the function which operate on array of native data type values, appropriately weighted by weights specified in a corresponding array of doubles.class
This class computes the (weighted) average (mean) value of an array of values taken from a data source, weighted by corresponding weights: weighted mean = sum (values * weights) / sum (weights) Note that the array of weights must have the same length as the array of values, otherwise an exception will be thrown.class
This class computes the sum of an array of source values, with each element of the array multiplied by the weight of the source (the source must implement theWeight
interface).static class
SumFunction operating on weighted double source values.static class
SumFunction operating on weighted integer source values.static class
SumFunction operating on weighted long source values.