All Classes and Interfaces
Class
Description
This class provides methods for reading in bits from a binary input stream, either one bit at a time (as
a
boolean
), 8 bits at a time (as a byte
or char
), 16 bits at a time (as a short
),
32 bits at a time (as an int
or float
), or 64 bits at a time (as a double
or long
).This class provides methods for converting primtive type variables (
boolean
, byte
, char
,
int
, long
, float
, and double
) to sequences of bits and writing them to an output
stream.This class provides methods for reading in bits from standard input, either one bit at a time (as a
boolean
),
8 bits at a time (as a byte
or char
), 16 bits at a time (as a short
), 32 bits at a time
(as an int
or float
), or 64 bits at a time (as a double
or long
).This class provides methods for converting primtive type variables (
boolean
, byte
, char
,
int
, long
, float
, and double
) to sequences of bits and writing them to standard
output.This class provides methods for reading strings and numbers from standard input, file input,
URLs, and sockets.
This class provides methods for writing strings and numbers to
various output streams, including standard output, file, and sockets.
This class provides methods for manipulating individual pixels of
an image using the RGB color format.
This class provides a representation for a color in RGB space.
This class provides methods for reading in 1D and 2D arrays from standard input and printing out to standard output.
This class provides a basic capability for creating, reading, and saving audio.
This class provides a basic capability for creating drawings with your programs.
This class provides static methods for reading strings and numbers from standard input.
This class provides methods for printing strings and numbers to standard output.
This class provides static methods for generating random number from various discrete and continuous distributions,
including uniform, Binomial, Bernoulli, geometric, Gaussian, exponential, Pareto, Poisson, and Cauchy.
This class provides static methods for computing statistics such as min, max, mean, sample standard deviation, and
sample variance.