default double[] |
DoublesSortedView.getCDF(double[] splitPoints,
QuantileSearchCriteria searchCrit) |
Returns an approximation to the Cumulative Distribution Function (CDF) of the input stream
as a monotonically increasing array of double ranks (or cumulative probabilities) on the interval [0.0, 1.0],
given a set of splitPoints.
|
default double[] |
FloatsSortedView.getCDF(float[] splitPoints,
QuantileSearchCriteria searchCrit) |
Returns an approximation to the Cumulative Distribution Function (CDF) of the input stream
as a monotonically increasing array of double ranks (or cumulative probabilities) on the interval [0.0, 1.0],
given a set of splitPoints.
|
double[] |
GenericSortedView.getCDF(T[] splitPoints,
QuantileSearchCriteria searchCrit) |
Returns an approximation to the Cumulative Distribution Function (CDF) of the input stream
as a monotonically increasing array of double ranks (or cumulative probabilities) on the interval [0.0, 1.0],
given a set of splitPoints.
|
double[] |
QuantilesDoublesAPI.getCDF(double[] splitPoints,
QuantileSearchCriteria searchCrit) |
Returns an approximation to the Cumulative Distribution Function (CDF) of the input stream
as a monotonically increasing array of double ranks (or cumulative probabilities) on the interval [0.0, 1.0],
given a set of splitPoints.
|
double[] |
QuantilesFloatsAPI.getCDF(float[] splitPoints,
QuantileSearchCriteria searchCrit) |
Returns an approximation to the Cumulative Distribution Function (CDF) of the input stream
as a monotonically increasing array of double ranks (or cumulative probabilities) on the interval [0.0, 1.0],
given a set of splitPoints.
|
double[] |
QuantilesGenericAPI.getCDF(T[] splitPoints,
QuantileSearchCriteria searchCrit) |
Returns an approximation to the Cumulative Distribution Function (CDF) of the input stream
as a monotonically increasing array of double ranks (or cumulative probabilities) on the interval [0.0, 1.0],
given a set of splitPoints.
|
long |
SortedViewIterator.getCumulativeWeight(QuantileSearchCriteria searchCrit) |
Gets the cumulative weight at the current index (or previous index) based on the chosen search criterion.
|
double |
SortedViewIterator.getNormalizedRank(QuantileSearchCriteria searchCrit) |
Gets the normalized rank at the current index (or previous index)
based on the chosen search criterion.
|
QuantilesDoublesAPI.DoublesPartitionBoundaries |
QuantilesDoublesAPI.getPartitionBoundaries(int numEquallyWeighted,
QuantileSearchCriteria searchCrit) |
This method returns an instance of DoublesPartitionBoundaries which provides
sufficient information for the user to create the given number of equally weighted partitions.
|
QuantilesFloatsAPI.FloatsPartitionBoundaries |
QuantilesFloatsAPI.getPartitionBoundaries(int numEquallyWeighted,
QuantileSearchCriteria searchCrit) |
This method returns an instance of FloatsPartitionBoundaries which provides
sufficient information for the user to create the given number of equally weighted partitions.
|
QuantilesGenericAPI.GenericPartitionBoundaries<T> |
QuantilesGenericAPI.getPartitionBoundaries(int numEquallyWeighted,
QuantileSearchCriteria searchCrit) |
This method returns an instance of
GenericPartitionBoundaries which provides
sufficient information for the user to create the given number of equally weighted partitions.
|
default double[] |
DoublesSortedView.getPMF(double[] splitPoints,
QuantileSearchCriteria searchCrit) |
Returns an approximation to the Probability Mass Function (PMF) of the input stream
as an array of probability masses as doubles on the interval [0.0, 1.0],
given a set of splitPoints.
|
default double[] |
FloatsSortedView.getPMF(float[] splitPoints,
QuantileSearchCriteria searchCrit) |
Returns an approximation to the Probability Mass Function (PMF) of the input stream
as an array of probability masses as doubles on the interval [0.0, 1.0],
given a set of splitPoints.
|
double[] |
GenericSortedView.getPMF(T[] splitPoints,
QuantileSearchCriteria searchCrit) |
Returns an approximation to the Probability Mass Function (PMF) of the input stream
as an array of probability masses as doubles on the interval [0.0, 1.0],
given a set of splitPoints.
|
double[] |
QuantilesDoublesAPI.getPMF(double[] splitPoints,
QuantileSearchCriteria searchCrit) |
Returns an approximation to the Probability Mass Function (PMF) of the input stream
as an array of probability masses as doubles on the interval [0.0, 1.0],
given a set of splitPoints.
|
double[] |
QuantilesFloatsAPI.getPMF(float[] splitPoints,
QuantileSearchCriteria searchCrit) |
Returns an approximation to the Probability Mass Function (PMF) of the input stream
as an array of probability masses as doubles on the interval [0.0, 1.0],
given a set of splitPoints.
|
double[] |
QuantilesGenericAPI.getPMF(T[] splitPoints,
QuantileSearchCriteria searchCrit) |
Returns an approximation to the Probability Mass Function (PMF) of the input stream
as an array of probability masses as doubles on the interval [0.0, 1.0],
given a set of splitPoints.
|
double |
DoublesSortedView.getQuantile(double rank,
QuantileSearchCriteria searchCrit) |
Gets the approximate quantile of the given normalized rank and the given search criterion.
|
float |
FloatsSortedView.getQuantile(double rank,
QuantileSearchCriteria searchCrit) |
Gets the approximate quantile of the given normalized rank and the given search criterion.
|
T |
GenericSortedView.getQuantile(double rank,
QuantileSearchCriteria searchCrit) |
Gets the approximate quantile of the given normalized rank and the given search criterion.
|
double |
QuantilesDoublesAPI.getQuantile(double rank,
QuantileSearchCriteria searchCrit) |
Gets the approximate quantile of the given normalized rank and the given search criterion.
|
float |
QuantilesFloatsAPI.getQuantile(double rank,
QuantileSearchCriteria searchCrit) |
Gets the approximate quantile of the given normalized rank and the given search criterion.
|
T |
QuantilesGenericAPI.getQuantile(double rank,
QuantileSearchCriteria searchCrit) |
Gets the approximate quantile of the given normalized rank and the given search criterion.
|
double[] |
QuantilesDoublesAPI.getQuantiles(double[] ranks,
QuantileSearchCriteria searchCrit) |
Gets an array of quantiles from the given array of normalized ranks.
|
float[] |
QuantilesFloatsAPI.getQuantiles(double[] ranks,
QuantileSearchCriteria searchCrit) |
Gets an array of quantiles from the given array of normalized ranks.
|
T[] |
QuantilesGenericAPI.getQuantiles(double[] ranks,
QuantileSearchCriteria searchCrit) |
Gets an array of quantiles from the given array of normalized ranks.
|
double |
DoublesSortedView.getRank(double quantile,
QuantileSearchCriteria searchCrit) |
Gets the normalized rank corresponding to the given a quantile.
|
double |
FloatsSortedView.getRank(float quantile,
QuantileSearchCriteria searchCrit) |
Gets the normalized rank corresponding to the given a quantile.
|
double |
GenericSortedView.getRank(T quantile,
QuantileSearchCriteria searchCrit) |
Gets the normalized rank corresponding to the given a quantile.
|
double |
QuantilesDoublesAPI.getRank(double quantile,
QuantileSearchCriteria searchCrit) |
Gets the normalized rank corresponding to the given a quantile.
|
double |
QuantilesFloatsAPI.getRank(float quantile,
QuantileSearchCriteria searchCrit) |
Gets the normalized rank corresponding to the given a quantile.
|
double |
QuantilesGenericAPI.getRank(T quantile,
QuantileSearchCriteria searchCrit) |
Gets the normalized rank corresponding to the given a quantile.
|
double[] |
QuantilesDoublesAPI.getRanks(double[] quantiles,
QuantileSearchCriteria searchCrit) |
Gets an array of normalized ranks corresponding to the given array of quantiles and the given
search criterion.
|
double[] |
QuantilesFloatsAPI.getRanks(float[] quantiles,
QuantileSearchCriteria searchCrit) |
Gets an array of normalized ranks corresponding to the given array of quantiles and the given
search criterion.
|
double[] |
QuantilesGenericAPI.getRanks(T[] quantiles,
QuantileSearchCriteria searchCrit) |
Gets an array of normalized ranks corresponding to the given array of quantiles and the given
search criterion.
|