AggregatorCollection

All Methods Instance Methods Abstract Methods
Modifier and Type	Method and Description
`abstract AggregatorFunction<N>`	`cardinality()` Count of non-zero elements
`abstract AggregatorFunction<N>`	`largest()` Largest absolute value
`abstract AggregatorFunction<N>`	`maximum()` Max value
`abstract AggregatorFunction<N>`	`minimum()` Min value
`abstract AggregatorFunction<N>`	`norm1()` Equivalent to, but probably faster than, norm(1);
`abstract AggregatorFunction<N>`	`norm2()` Equivalent to, but probably faster than, norm(2);
`abstract AggregatorFunction<N>`	`product()` Running product
`abstract AggregatorFunction<N>`	`product2()` Running product of squares
`abstract AggregatorFunction<N>`	`smallest()` Smallest non-zero absolute value
`abstract AggregatorFunction<N>`	`sum()` Running sum
`abstract AggregatorFunction<N>`	`sum2()` Running sum of squares

public abstract AggregatorFunction<N> cardinality()

Count of non-zero elements

public abstract AggregatorFunction<N> largest()

Largest absolute value

public abstract AggregatorFunction<N> maximum()

Max value

public abstract AggregatorFunction<N> minimum()

Min value

norm1
```
public abstract AggregatorFunction<N> norm1()
```
Equivalent to, but probably faster than, norm(1);

norm2
```
public abstract AggregatorFunction<N> norm2()
```
Equivalent to, but probably faster than, norm(2);

public abstract AggregatorFunction<N> product()

Running product

public abstract AggregatorFunction<N> product2()

Running product of squares

public abstract AggregatorFunction<N> smallest()

Smallest non-zero absolute value

public abstract AggregatorFunction<N> sum()

Running sum

public abstract AggregatorFunction<N> sum2()

Running sum of squares

Class AggregatorCollection<N extends Number>