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boolean
elements; abstract.boolean
elements; abstract.byte
elements; abstract.byte
elements;
abstract.char
elements; abstract.char
elements;
abstract.int
, float
, etc.double
elements; abstract.double
elements;
abstract.float
elements; abstract.float
elements;
abstract.int
elements; abstract.int
elements;
abstract.int
, float
, etc.long
elements; abstract.long
elements;
abstract.int
, float
, etc.int
, float
, etc.int
, float
, etc.int
, double
, etc.int
, double
, etc.int
, double
, etc.int
, double
, etc.int
, double
, etc.int
, double
, etc.short
elements; abstract.short
elements;
abstract.from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
from
(inclusive) and to
(inclusive) to the receiver.
DoubleMatrix2D
; concentrates most functionality of this package.otherFrom
(inclusive) and otherTo
(inclusive) before the specified position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified
position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified
position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified
position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified
position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified
position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified
position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified
position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified
position into the receiver.
otherFrom
(inclusive) and otherTo
(inclusive) before the specified
position into the receiver.
boolean
elements; implemented with arrays.boolean
elements; implemented with
arrays.byte
elements; implemented with arrays.byte
elements; implemented with arrays.long >= value
.
long >= value
.
long >= value
.
cern.colt.matrix
, without subsetting or supersetting.DoubleMatrix2D
and DoubleMatrix1D
.DoubleMatrix2D
and DoubleMatrix1D
.FloatMatrix2D
and FloatMatrix1D
.char
elements; implemented with arrays.char
elements; implemented with arrays.BitMatrix
produces a new BitMatrix
that is equal to it.
BitVector
produces a new BitVector
that is equal to it.
BitMatrix
produces a new BitMatrix
that is equal to it.
BitVector
produces a new BitVector
that is equal to it.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts the
result.
clone()
and casts
the result.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and casts
the result.
clone()
and
casts the result.
clone()
and casts
the result.
Property.DEFAULT
attached for tolerance.
DoubleProperty.DEFAULT
attached for
tolerance.
DoubleProperty.DEFAULT
attached for
tolerance.
FloatProperty.DEFAULT
attached for
tolerance.
FloatProperty.DEFAULT
attached for
tolerance.
DenseDoubleLUDecomposition
, avoiding
unnecessary memory allocation and copying.DenseFloatLUDecomposition
, avoiding
unnecessary memory allocation and copying.double
elements; implemented with arrays.double
elements; implemented with arrays.AbstractDoubleList
to be viewed and treated as a JDK 1.2 AbstractList
.AbstractDoubleList
to
be viewed and treated as a JDK 1.2 AbstractList
.DoubleMersenneTwister
seeded with the given seed.
Partitioning.dualPartition(int[],int[],int,int,int[],int,int,int[])
except that it synchronously partitions double[] rather
than int[] arrays.
Partitioning.dualPartition(int[],int[],int,int,int)
except that it
synchronously partitions double[] rather than
int[] arrays.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that
this method synchronously partitions two arrays at the same time;
both arrays are partially sorted according to the elements of the primary
array.
Partitioning.partition(int[],int,int,int)
except that this method
synchronously partitions two arrays at the same time; both arrays
are partially sorted according to the elements of the primary array.
setFixedOrder(false)
.
setFixedOrder(false)
.
setFixedOrder(false)
.
file
.
float
elements; implemented with arrays.float
elements; implemented with arrays.AbstractFloatList
to be viewed and treated as a JDK 1.2 AbstractList
.AbstractFloatList
to be
viewed and treated as a JDK 1.2 AbstractList
.FloatMersenneTwister
seeded
with the given seed.
long <= value
.
long <= value
.
long <= value
.
Former
via
method create(); Serves to isolate the interface of String formatting from
the actual implementation.Former
via method create();
Implementations of can use existing libraries such as corejava.PrintfFormat or corejava.Format or other.Partitioning.partition(int[],int,int,int[],int,int,int[])
except that
it generically partitions arbitrary shaped data (for example
matrices or multiple arrays) rather than int[] arrays.
data[p[0]],..,data[p[data.length-1]]
data.get(p[0]),..,data.get(p[data.length-1])
text
with html
masked expressions.
{0, 1, ..., n}
int
elements; implemented with arrays.int
elements; implemented with arrays.AbstractIntList
to be viewed and treated as a JDK 1.2 AbstractList
.AbstractIntList
to be
viewed and treated as a JDK 1.2 AbstractList
.true
if the matrix is in array format, else
false
true
if the vector is in array format, else
false
true
if the matrix stores complex numbers, else
false
true
if the vector stores complex numbers, else
false
true
if the matrix is in coordinate format, else
false
true
if the vector is in coordinate format, else
false
true
if the matrix is in array format, else
false
true
if the vector is in array format, else
false
true
if the matrix form is general, else
false
true
if the matrix is Hermitian, else
false
true
if the matrix stores integers, else
false
true
if the vector stores integers, else
false
true
if the matrix does not store any numbers, else
false
true
if the vector does not store any numbers, else
false
true
if the matrix stores real numbers, else
false
true
if the vector stores real numbers, else
false
true
if the matrix is skew-symmetrical, else
false
true
if the matrix is in coordinate format, else
false
true
if the vector is in coordinate format, else
false
true
if the matrix is square, else
false
true
if the matrix is symmetrical, else
false
long
elements; implemented with arrays.long
elements; implemented with arrays.AbstractLongList
to be viewed and treated as a JDK 1.2 AbstractList
.AbstractLongList
to be
viewed and treated as a JDK 1.2 AbstractList
.LUDecomposition
, avoiding unnecessary memory allocation and copying.Math.random()
method.(0.0,1.0)
(excluding 0.0 and 1.0).
(0.0,1.0)
(excluding 0.0 and 1.0).
(0.0,1.0)
(excluding 0.0 and 1.0).
(0.0,1.0)
(excluding 0.0 and 1.0).
(0.0f,1.0f)
(excluding 0.0f and 1.0f).
(0.0f,1.0f)
(excluding 0.0f and 1.0f).
(0.0f,1.0f)
(excluding 0.0f and 1.0f).
(0.0f,1.0f)
(excluding 0.0f and 1.0f).
(0.0f,1.0f)
(excluding 0.0f and 1.0f).
>= desiredCapacity
and
very close to desiredCapacity
(within 11% if
desiredCapacity >= 1000
).
Object
elements; implemented with arrays.Object
elements; implemented with arrays.ObjectArrayList
to be viewed and treated as a JDK 1.2 AbstractList
.ObjectArrayList
to be
viewed and treated as a JDK 1.2 AbstractList
.fill(int m, int n, 1.0)
instead.
fill(int m, int n, double c)
instead.
fill(int m, double c)
instead.
fill(int m, double c)
instead.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
, inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
from
,
inclusive, and to
, inclusive.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that it synchronously partitions the rows of the given matrix by the values of the given matrix column;
This is essentially the same as partitioning a list of composite objects by some instance variable;
In other words, two entire rows of the matrix are swapped, whenever two column values indicate so.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that it synchronously partitions the rows of the given matrix by the values of the given matrix column;
This is essentially the same as partitioning a list of composite objects by some instance variable;
In other words, two entire rows of the matrix are swapped, whenever two column values indicate so.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that it synchronously partitions the rows of the given matrix by the values of the given matrix column;
This is essentially the same as partitioning a list of composite objects by some instance variable;
In other words, two entire rows of the matrix are swapped, whenever two column values indicate so.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that it synchronously partitions the rows of the given matrix by the values of the given matrix column;
This is essentially the same as partitioning a list of composite objects by some instance variable;
In other words, two entire rows of the matrix are swapped, whenever two column values indicate so.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that it synchronously partitions the rows of the given
matrix by the values of the given matrix column; This is essentially the
same as partitioning a list of composite objects by some instance
variable; In other words, two entire rows of the matrix are swapped,
whenever two column values indicate so.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that it synchronously partitions the rows of the given
matrix by the values of the given matrix column; This is essentially the
same as partitioning a list of composite objects by some instance
variable; In other words, two entire rows of the matrix are swapped,
whenever two column values indicate so.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that it synchronously partitions the rows of the given
matrix by the values of the given matrix column; This is essentially the
same as partitioning a list of composite objects by some instance
variable; In other words, two entire rows of the matrix are swapped,
whenever two column values indicate so.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that it synchronously partitions the rows of the given
matrix by the values of the given matrix column; This is essentially the
same as partitioning a list of composite objects by some instance
variable; In other words, two entire rows of the matrix are swapped,
whenever two column values indicate so.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that it synchronously partitions the rows of the given
matrix by the values of the given matrix column; This is essentially the
same as partitioning a list of composite objects by some instance
variable; In other words, two entire rows of the matrix are swapped,
whenever two column values indicate so.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that it synchronously partitions the rows of the given
matrix by the values of the given matrix column; This is essentially the
same as partitioning a list of composite objects by some instance
variable; In other words, two entire rows of the matrix are swapped,
whenever two column values indicate so.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that
it partitions double[] rather than int[] arrays.
Partitioning.partition(int[],int,int,int)
except that it partitions
double[] rather than int[] arrays.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that
it partitions Object[] rather than int[] arrays.
Partitioning.partition(int[],int,int,int)
except that it
synchronously partitions the objects of the given list by the
order of the given comparator.
DoubleMatrix2D.viewSelection(int[],int[])
.
DoubleMatrix2D.viewSelection(int[],int[])
.
FloatMatrix2D.viewSelection(int[],int[])
.
from
to index to
to the bits of value
.
from
to index to
to the bits of value
.
from
to index
to
to the bits of value
.
from
to index
to
to the bits of value
.
(0.0,1.0)
(excluding 0.0 and 1.0).
(0.0,1.0)
(excluding 0.0 and 1.0).
(0.0,1.0)
(excluding 0.0 and 1.0).
Random
object.Random
delegate.
Random
delegate initialized with the given seed.
Random
delegate.
(0.0,1.0)
(excluding 0.0 and 1.0).
(0.0,1.0)
(excluding 0.0 and 1.0).
(0.0,1.0)
(excluding 0.0 and 1.0).
(0.0,1.0)
(excluding 0.0 and 1.0).
(0.0,1.0)
(excluding 0.0 and 1.0).
(0.0,1.0)
(excluding 0.0 and 1.0).
(0.0,1.0)
(excluding 0.0 and 1.0).
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
, inclusive and to
, inclusive.
from
(inclusive) and to
(inclusive) with the other list's
part between otherFrom
and otherTo
.
from
(inclusive) and to
(inclusive) with the other list's
part between otherFrom
and otherTo
.
from
(inclusive) and to
(inclusive) with the other list's
part between otherFrom
and otherTo
.
from
(inclusive) and to
(inclusive) with the other list's
part between otherFrom
and otherTo
.
from
(inclusive) and to
(inclusive) with the other list's
part between otherFrom
and otherTo
.
from
(inclusive) and to
(inclusive) with the other list's
part between otherFrom
and otherTo
.
from
(inclusive) and to
(inclusive) with the other list's
part between otherFrom
and otherTo
.
from
(inclusive) and to
(inclusive) with the other list's
part between otherFrom
and otherTo
.
from
(inclusive) and to
(inclusive) with the other list's
part between otherFrom
and otherTo
.
from
(inclusive) and
to
(inclusive) with the other list's part between
otherFrom
and otherTo
.
from
(inclusive) and
to
(inclusive) with the other list's part between
otherFrom
and otherTo
.
from
(inclusive) and
to
(inclusive) with the other list's part between
otherFrom
and otherTo
.
from
(inclusive) and
to
(inclusive) with the other list's part between
otherFrom
and otherTo
.
from
(inclusive) and
to
(inclusive) with the other list's part between
otherFrom
and otherTo
.
from
(inclusive) and
to
(inclusive) with the other list's part between
otherFrom
and otherTo
.
from
(inclusive) and
to
(inclusive) with the other list's part between
otherFrom
and otherTo
.
from
(inclusive) and
to
(inclusive) with the other list's part between
otherFrom
and otherTo
.
from
(inclusive) and
to
(inclusive) with the other list's part between
otherFrom
and otherTo
.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
from
(inclusive) with all the elements of the specified collection.
{n-1, ....
- reverse() -
Method in class jhplot.P0D
- Reverse the order of elements
- reverse() -
Method in class jhplot.P0I
- Reverse the order of elements
- reverseArray(double[]) -
Static method in class flanagan.math.Fmath
-
- reverseArray(float[]) -
Static method in class flanagan.math.Fmath
-
- reverseArray(int[]) -
Static method in class flanagan.math.Fmath
-
- reverseArray(long[]) -
Static method in class flanagan.math.Fmath
-
- reverseArray(char[]) -
Static method in class flanagan.math.Fmath
-
- reverseYsign(String) -
Method in class flanagan.analysis.Regression
-
- richardson(int, F1D, double, double) -
Static method in class jhplot.math.Numeric
- Numerical integration using the Richardson extrapolation.
- RIGHT -
Static variable in class cern.colt.matrix.AbstractFormatter
- The alignment string aligning the cells of a column to the right.
- RIGHT -
Static variable in class cern.colt.matrix.impl.AbstractFormatter
- The alignment string aligning the cells of a column to the right.
- rightWithin(Rectangle, Dimension) -
Static method in class jhplot.v3d.Util
-
- rightWithin(Component, Component) -
Static method in class jhplot.v3d.Util
- Puts to the right
- rint -
Static variable in class cern.jet.math.Functions
- Function that returns Math.rint(a).
- rint -
Static variable in class cern.jet.math.tdouble.DoubleFunctions
- Function that returns Math.rint(a).
- rint -
Static variable in class cern.jet.math.tfloat.FloatFunctions
- Function that returns Math.rint(a).
- rint() -
Method in class flanagan.analysis.Stat
-
- rint() -
Method in class flanagan.math.ArrayMaths
-
- rm(String) -
Method in class hep.aida.ref.tree.Tree
- Remove an IManagedObject by specifying its path.
- rmdir(String) -
Method in class hep.aida.ref.tree.Tree
- Remove a directory and all the contents underneath.
- rms() -
Method in class cern.hep.aida.bin.AbstractBin1D
- Returns the rms (Root Mean Square), which is Math.sqrt( Sum( x[i]*x[i] ) / size() ).
- rms -
Static variable in class cern.hep.aida.bin.BinFunctions1D
- Function that returns bin.rms().
- rms() -
Method in class cern.hep.aida.ref.Histogram1D
-
- rms(int, double) -
Static method in class cern.jet.stat.Descriptive
- Returns the RMS (Root-Mean-Square) of a data sequence.
- rms(int, double) -
Static method in class cern.jet.stat.tdouble.DoubleDescriptive
- Returns the RMS (Root-Mean-Square) of a data sequence.
- rms(int, float) -
Static method in class cern.jet.stat.tfloat.FloatDescriptive
- Returns the RMS (Root-Mean-Square) of a data sequence.
- rms() -
Method in class flanagan.analysis.Stat
-
- rms(double[]) -
Static method in class flanagan.analysis.Stat
-
- rms(float[]) -
Static method in class flanagan.analysis.Stat
-
- rms(BigDecimal[]) -
Static method in class flanagan.analysis.Stat
-
- rms(BigInteger[]) -
Static method in class flanagan.analysis.Stat
-
- rms(double[], double[]) -
Static method in class flanagan.analysis.Stat
-
- rms(float[], float[]) -
Static method in class flanagan.analysis.Stat
-
- rms(BigDecimal[], BigDecimal[]) -
Static method in class flanagan.analysis.Stat
-
- rms(BigInteger[], BigInteger[]) -
Static method in class flanagan.analysis.Stat
-
- rms(int[], int) -
Method in interface hep.aida.ref.dataset.binner.Binner
- Get the rms of a bin along a given coordinate.
- rms(int[], int) -
Method in class hep.aida.ref.dataset.binner.DefaultBinner
- Get the rms of a bin along a given coordinate.
- rms(int) -
Method in class hep.aida.ref.dataset.DataStatistics
- Get the rms for a given coordinate.
- rms(int) -
Method in class hep.aida.ref.histogram.binner.AbstractBinner1D
-
- rms(int) -
Method in interface hep.aida.ref.histogram.binner.Binner1D
-
- rms() -
Method in class hep.aida.ref.histogram.Cloud1D
- Get the Cloud's rms.
- rms() -
Method in class hep.aida.ref.histogram.Histogram1D
- Get the RMS of the whole Histogram.
- rms() -
Method in class hep.aida.ref.histogram.Profile1D
-
- rms() -
Method in class hep.aida.ref.tuple.AbstractTuple.AbstractTupleColumnFactory.BaseTupleColumn
-
- rms() -
Method in class hep.aida.ref.tuple.TupleColumn
-
- rms() -
Method in class hep.aida.tdouble.bin.AbstractDoubleBin1D
- Returns the rms (Root Mean Square), which is
Math.sqrt( Sum( x[i]*x[i] ) / size() ).
- rms -
Static variable in class hep.aida.tdouble.bin.DoubleBinFunctions1D
- Function that returns bin.rms().
- rms() -
Method in interface hep.aida.tdouble.DoubleIHistogram1D
- Returns the rms of the whole histogram as calculated on filling-time.
- rms() -
Method in class hep.aida.tdouble.ref.DoubleHistogram1D
-
- rms() -
Method in class hep.aida.tfloat.bin.AbstractFloatBin1D
- Returns the rms (Root Mean Square), which is
Math.sqrt( Sum( x[i]*x[i] ) / size() ).
- rms -
Static variable in class hep.aida.tfloat.bin.FloatBinFunctions1D
- Function that returns bin.rms().
- rms() -
Method in interface hep.aida.tfloat.FloatIHistogram1D
- Returns the rms of the whole histogram as calculated on filling-time.
- rms() -
Method in class hep.aida.tfloat.ref.FloatHistogram1D
-
- rms() -
Method in class jhplot.H1D
- Get RMS of histogram
- rms() -
Method in class jhplot.HProf1D
- Get RMS of histogram
- RMS_FIELD_NUMBER -
Static variable in class jhplot.io.PBufFile.Record.H1D
-
- RMSES_FIELD_NUMBER -
Static variable in class jhplot.io.PBufFile.Record.H1D
-
- RMSESX_FIELD_NUMBER -
Static variable in class jhplot.io.PBufFile.Record.H2D
-
- RMSESY_FIELD_NUMBER -
Static variable in class jhplot.io.PBufFile.Record.H2D
-
- rmsValue(Value) -
Method in class hep.aida.ref.tuple.AbstractTuple.AbstractTupleColumnFactory.BaseTupleColumn
-
- rmsValue(Value) -
Method in interface hep.aida.ref.tuple.FTupleColumn
-
- rmsValue(Value) -
Method in class hep.aida.ref.tuple.TupleColumn
-
- rmsX() -
Method in class cern.hep.aida.ref.Histogram2D
-
- rmsX() -
Method in class cern.hep.aida.ref.Histogram3D
-
- rmsX(int, int) -
Method in class hep.aida.ref.histogram.binner.BasicBinner2D
-
- rmsX(int, int, int) -
Method in class hep.aida.ref.histogram.binner.BasicBinner3D
-
- rmsX(int, int) -
Method in interface hep.aida.ref.histogram.binner.Binner2D
-
- rmsX(int, int, int) -
Method in interface hep.aida.ref.histogram.binner.Binner3D
-
- rmsX(int, int) -
Method in class hep.aida.ref.histogram.binner.EfficiencyBinner2D
-
- rmsX(int, int, int) -
Method in class hep.aida.ref.histogram.binner.EfficiencyBinner3D
-
- rmsX() -
Method in class hep.aida.ref.histogram.Cloud2D
- Get the Cloud's x rms.
- rmsX() -
Method in class hep.aida.ref.histogram.Cloud3D
- Get the Cloud's x rms.
- rmsX() -
Method in class hep.aida.ref.histogram.Histogram2D
- Get the RMS of the whole Histogram as projected on the x axis.
- rmsX() -
Method in class hep.aida.ref.histogram.Histogram3D
- Get the RMS of the whole Histogram as projected on the x axis.
- rmsX() -
Method in class hep.aida.ref.histogram.Profile2D
-
- rmsX() -
Method in interface hep.aida.tdouble.DoubleIHistogram2D
- Returns the rms of the histogram as calculated on filling-time projected
on the X axis.
- rmsX() -
Method in interface hep.aida.tdouble.DoubleIHistogram3D
- Returns the rms of the histogram as calculated on filling-time projected
on the X axis.
- rmsX() -
Method in class hep.aida.tdouble.ref.DoubleHistogram2D
-
- rmsX() -
Method in class hep.aida.tdouble.ref.DoubleHistogram3D
-
- rmsX() -
Method in interface hep.aida.tfloat.FloatIHistogram2D
- Returns the rms of the histogram as calculated on filling-time projected
on the X axis.
- rmsX() -
Method in interface hep.aida.tfloat.FloatIHistogram3D
- Returns the rms of the histogram as calculated on filling-time projected
on the X axis.
- rmsX() -
Method in class hep.aida.tfloat.ref.FloatHistogram2D
-
- rmsX() -
Method in class hep.aida.tfloat.ref.FloatHistogram3D
-
- rmsY() -
Method in class cern.hep.aida.ref.Histogram2D
-
- rmsY() -
Method in class cern.hep.aida.ref.Histogram3D
-
- rmsY(int, int) -
Method in class hep.aida.ref.histogram.binner.BasicBinner2D
-
- rmsY(int, int, int) -
Method in class hep.aida.ref.histogram.binner.BasicBinner3D
-
- rmsY(int, int) -
Method in interface hep.aida.ref.histogram.binner.Binner2D
-
- rmsY(int, int, int) -
Method in interface hep.aida.ref.histogram.binner.Binner3D
-
- rmsY(int, int) -
Method in class hep.aida.ref.histogram.binner.EfficiencyBinner2D
-
- rmsY(int, int, int) -
Method in class hep.aida.ref.histogram.binner.EfficiencyBinner3D
-
- rmsY() -
Method in class hep.aida.ref.histogram.Cloud2D
- Get the Cloud's y rms.
- rmsY() -
Method in class hep.aida.ref.histogram.Cloud3D
- Get the Cloud's y rms.
- rmsY() -
Method in class hep.aida.ref.histogram.Histogram2D
- Get the RMS of the whole Histogram as projected on the y axis.
- rmsY() -
Method in class hep.aida.ref.histogram.Histogram3D
- Get the RMS of the whole Histogram as projected on the y axis.
- rmsY() -
Method in class hep.aida.ref.histogram.Profile2D
-
- rmsY() -
Method in interface hep.aida.tdouble.DoubleIHistogram2D
- Returns the rms of the histogram as calculated on filling-time projected
on the Y axis.
- rmsY() -
Method in interface hep.aida.tdouble.DoubleIHistogram3D
- Returns the rms of the histogram as calculated on filling-time projected
on the Y axis.
- rmsY() -
Method in class hep.aida.tdouble.ref.DoubleHistogram2D
-
- rmsY() -
Method in class hep.aida.tdouble.ref.DoubleHistogram3D
-
- rmsY() -
Method in interface hep.aida.tfloat.FloatIHistogram2D
- Returns the rms of the histogram as calculated on filling-time projected
on the Y axis.
- rmsY() -
Method in interface hep.aida.tfloat.FloatIHistogram3D
- Returns the rms of the histogram as calculated on filling-time projected
on the Y axis.
- rmsY() -
Method in class hep.aida.tfloat.ref.FloatHistogram2D
-
- rmsY() -
Method in class hep.aida.tfloat.ref.FloatHistogram3D
-
- rmsZ() -
Method in class cern.hep.aida.ref.Histogram3D
-
- rmsZ(int, int, int) -
Method in class hep.aida.ref.histogram.binner.BasicBinner3D
-
- rmsZ(int, int, int) -
Method in interface hep.aida.ref.histogram.binner.Binner3D
-
- rmsZ(int, int, int) -
Method in class hep.aida.ref.histogram.binner.EfficiencyBinner3D
-
- rmsZ() -
Method in class hep.aida.ref.histogram.Cloud3D
- Get the Cloud's z rms.
- rmsZ() -
Method in class hep.aida.ref.histogram.Histogram3D
- Get the RMS of the whole Histogram as projected on the z axis.
- rmsZ() -
Method in interface hep.aida.tdouble.DoubleIHistogram3D
- Returns the rms of the histogram as calculated on filling-time projected
on the Z axis.
- rmsZ() -
Method in class hep.aida.tdouble.ref.DoubleHistogram3D
-
- rmsZ() -
Method in interface hep.aida.tfloat.FloatIHistogram3D
- Returns the rms of the histogram as calculated on filling-time projected
on the Z axis.
- rmsZ() -
Method in class hep.aida.tfloat.ref.FloatHistogram3D
-
- RNG - Interface in jhplot.math.num.random
- Defines a random number generator that is capable of generating sequences of
random numbers uniformly distributed between zero and one.
- RombergIntegrator - Class in jhplot.math.num.integration
-
An implementation of Romberg Integration.
- RombergIntegrator(Function) -
Constructor for class jhplot.math.num.integration.RombergIntegrator
- Create an integrator for the given function.
- RombergIntegrator(Function, int, double) -
Constructor for class jhplot.math.num.integration.RombergIntegrator
- Create an integrator for the given function.
- RootHistogramBrowser - Class in jhplot.root
- A simple application for browsing histograms in Root Files
- RootHistogramBrowser() -
Constructor for class jhplot.root.RootHistogramBrowser
- Histogram browser
- rotatedCumulativePercentage() -
Method in class flanagan.analysis.PCA
-
- rotatedEigenValues() -
Method in class flanagan.analysis.PCA
-
- rotatedLoadingFactorsAsColumns() -
Method in class flanagan.analysis.PCA
-
- rotatedLoadingFactorsAsRows() -
Method in class flanagan.analysis.PCA
-
- rotatedProportionPercentage() -
Method in class flanagan.analysis.PCA
-
- round(double) -
Static method in class cern.jet.math.Functions
- Constructs a function that returns the number rounded to the given precision; Math.rint(a/precision)*precision.
- round(double) -
Static method in class cern.jet.math.tdouble.DoubleFunctions
- Constructs a function that returns the number rounded to the given
precision; Math.rint(a/precision)*precision.
- round(float) -
Static method in class cern.jet.math.tfloat.FloatFunctions
- Constructs a function that returns the number rounded to the given
precision; Math.rint(a/precision)*precision.
- roundDown(double, int) -
Static method in class hep.aida.ref.AidaUtils
- Round number down (closer to Negative Infinity):
"order" defines which significant digit is rounded, order >= 0
roundDown(234.5, 0) -> 200.0
roundDown(234.5, 1) -> 230.0
roundDown(234.5, 2) -> 234.0
- roundUp(double, int) -
Static method in class hep.aida.ref.AidaUtils
- Round number up (closer to Positive Infinity),
"order" defines which significant digit is rounded, order >= 0
roundUp(234.5, 0) -> 300.0
roundUp(234.5, 1) -> 240.0
roundUp(234.5, 2) -> 235.0
- row() -
Method in interface hep.aida.ref.tuple.FTupleCursor
-
- row() -
Method in class hep.aida.ref.tuple.TupleCursor
-
- rowCompressed -
Static variable in class cern.colt.matrix.DoubleFactory2D
- A factory producing sparse row compressed matrices.
- rowCompressed -
Static variable in class cern.colt.matrix.tint.IntFactory2D
- A factory producing sparse row compressed matrices.
- rowCompressed -
Static variable in class cern.colt.matrix.tlong.LongFactory2D
- A factory producing sparse row compressed matrices.
- rowMatrix(double[]) -
Static method in class flanagan.math.Matrix
-
- rowMaxima() -
Method in class flanagan.math.Matrix
-
- rowMeans() -
Method in class flanagan.math.Matrix
-
- rowMedians() -
Method in class flanagan.math.Matrix
-
- rowMinima() -
Method in class flanagan.math.Matrix
-
- rowRanges() -
Method in class flanagan.math.Matrix
-
- rows() -
Method in class cern.colt.bitvector.BitMatrix
- Returns the number of rows of the receiver.
- rows() -
Method in class cern.colt.matrix.AbstractMatrix2D
- Returns the number of rows.
- rows() -
Method in class cern.colt.matrix.AbstractMatrix3D
- Returns the number of rows.
- rows() -
Method in class cern.colt.matrix.impl.AbstractMatrix2D
- Returns the number of rows.
- rows() -
Method in class cern.colt.matrix.impl.AbstractMatrix3D
- Returns the number of rows.
- rows() -
Method in class cern.colt.matrix.tbit.BitMatrix
- Returns the number of rows of the receiver.
- rows() -
Method in class hep.aida.ref.tuple.AbstractTuple
-
- rows() -
Method in class hep.aida.ref.tuple.ChainedTuple
- The number of rows currently in the ntuple.
- rows() -
Method in interface hep.aida.ref.tuple.FTuple
-
- rows() -
Method in class hep.aida.ref.tuple.FTupleAdapter
-
- rows() -
Method in class hep.aida.ref.tuple.Tuple
-
- ROWS_UNKNOWN -
Static variable in interface hep.aida.ref.tuple.FTuple
-
- rowStandardDeviations() -
Method in class flanagan.math.Matrix
-
- rowStandardErrors() -
Method in class flanagan.math.Matrix
-
- rowStride() -
Method in class cern.colt.matrix.AbstractMatrix2D
- Returns the row stride.
- rowStride() -
Method in class cern.colt.matrix.AbstractMatrix3D
- Returns the row stride.
- rowSums() -
Method in class flanagan.math.Matrix
-
- rowVariances() -
Method in class flanagan.math.Matrix
-
- rowVector(double[]) -
Static method in class jhplot.math.DoubleArray
- Converts an n element array into an 1 x n matrix.
- rr -
Variable in class jhplot.io.HDataBase
-
- run() -
Method in class jhplot.HBsom
- Run the algorithm
- run(double[]) -
Method in class jhplot.stat.BunchingParameters
- Collect information about sampling.
- run(double[]) -
Method in class jhplot.stat.FactorialMoments
- Collect information about sampling.
- run() -
Method in class jhplot.v3d.Animation
-
- run(boolean) -
Method in class jhpro.stat.limit.StatConfidence
- Run limit calculations.
- run(int) -
Method in class jminhep.cluster.Partition
- Main method to run cluster algorithm
- RungeKutta - Class in flanagan.integration
-
- RungeKutta() -
Constructor for class flanagan.integration.RungeKutta
-
- rungeKutta2(double[], F1D, double) -
Static method in class jhplot.math.Numeric
- Uses the 2nd order Runge-Kutta method to solve an ODE.
- rungeKutta4(double[], F1D, double) -
Static method in class jhplot.math.Numeric
- Uses the 4th order Runge-Kutta method to solve an ODE.
- rw -
Variable in class jhplot.io.HDataBase
-
- rxy() -
Method in class hephysics.vec.SpacePoint
- Cylindrical r
- rxyz() -
Method in class hephysics.vec.SpacePoint
- Spherical r
short
elements; implemented with arrays.short
elements; implemented with arrays.from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and
to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
from
(inclusive) and to
(inclusive).
long
elements; implemented with arrays; not efficient; just to demonstrate which methods you must override to implement a fully functional list.long
elements; implemented with arrays;
not efficient; just to demonstrate which methods you must override to
implement a fully functional list.SmpBlas.allocateBlas(int, cern.colt.matrix.linalg.Blas)
.
vector
into ascending order.
vector
according to the comparator comp
.
vector
according to the comparator
c
.
vector
into ascending order.
vector
according to the comparator comp
.
vector
according to the comparator
c
.
vector
into ascending order.
vector
according to the comparator
c
.
vector
into ascending order.
vector
according to the comparator
c
.
FJTaskRunnerGroup.stats()
.
text
where any occurence of
token
is replaced by substitute
.
text
where any occurence of
token
is replaced by substitute
.
times
times the receiver.
times
times the receiver.
times
times the receiver.
times
times the receiver.
times
times the receiver.
times
times the receiver.
times
times the receiver.
times
times the receiver.
times
times the receiver.
times
times the
receiver.
times
times the
receiver.
times
times the
receiver.
times
times the
receiver.
times
times the
receiver.
times
times the
receiver.
times
times the
receiver.
times
times the
receiver.
times
times the
receiver.
java.util.ArrayList
containing all the elements in the receiver.
java.util.ArrayList
containing all the elements in the receiver.
java.util.ArrayList
containing all the elements in the receiver.
java.util.ArrayList
containing all the elements in
the receiver.
java.util.ArrayList
containing all the elements in the receiver.
java.util.ArrayList
containing all the elements in the receiver.
java.util.ArrayList
containing all the elements in the receiver.
java.util.ArrayList
containing all the elements in the receiver.
java.util.ArrayList
containing all the elements in the receiver.
java.util.ArrayList
containing all the elements in the receiver.
java.util.ArrayList
containing all the elements in
the receiver.
java.util.ArrayList
containing all the elements in
the receiver.
java.util.ArrayList
containing all the elements in
the receiver.
java.util.ArrayList
containing all the elements in
the receiver.
java.util.ArrayList
containing all the elements in
the receiver.
java.util.ArrayList
containing all the elements in
the receiver.
java.util.ArrayList
containing all the elements in
the receiver.
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containing all the elements in
the receiver.
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containing all the elements in
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Partitioning.triplePartition(int[],int[],int[],int,int,int[],int,int,int[])
except that it synchronously partitions double[] rather
than int[] arrays.
Partitioning.triplePartition(int[],int[],int[],int,int,int)
except
that it synchronously partitions double[] rather than
int[] arrays.
Partitioning.partition(int[],int,int,int[],int,int,int[])
except that
this method synchronously partitions three arrays at the same
time; all three arrays are partially sorted according to the elements of
the primary array.
Partitioning.partition(int[],int,int,int)
except that this method
synchronously partitions three arrays at the same time; all three
arrays are partially sorted according to the elements of the primary
array.
MersenneTwister
seeded with the given seed.
Property.ZERO
attached for tolerance.
DoubleProperty.ZERO
attached for
tolerance.
DoubleProperty.ZERO
attached for
tolerance.
FloatProperty.ZERO
attached for
tolerance.
FloatProperty.ZERO
attached for
tolerance.
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