Uses of Class
ptolemy.math.Precision

Packages that use Precision

Package	Description
ptolemy.data	Packages for manipulating data that passes between actors.
ptolemy.data.type	The type system.
ptolemy.math	Math classes.

Uses of Precision in ptolemy.data

Constructors in ptolemy.data with parameters of type Precision

Constructor and Description
FixMatrixToken(FixPoint[][] value, Precision precision) Construct a FixMatrixToken with the specified 2-D matrix.
FixToken(double value, Precision precision) Construct a FixToken representing the specified value with the specified precision.

Uses of Precision in ptolemy.data.type

Methods in ptolemy.data.type that return Precision

Modifier and Type	Method and Description
Precision	FixType.getPrecision() Return the precision associated with this FixType.

Constructors in ptolemy.data.type with parameters of type Precision

Constructor and Description
FixType(Precision precision) Construct a new fix type.

Uses of Precision in ptolemy.math

Fields in ptolemy.math declared as Precision

Modifier and Type	Field and Description
protected Precision	FixPointQuantization._precision The precision.

Methods in ptolemy.math that return Precision

Modifier and Type	Method and Description
static Precision	FixPoint.addPrecision(Precision leftArgument, Precision rightArgument) Determines the Precision of an add operation between two FixPoint values.
static Precision	FixPoint.dividePrecision(Precision leftArgument, Precision rightArgument) Determines the Precision of a divide operation between two FixPoint values.
Precision	FixPointQuantization.getMantissaPrecision() Return the precision of the mantissa of the value.
abstract Precision	Quantization.getMantissaPrecision() Return the precision fore the mantissa of a compliant 2's complement representation.
Precision	FixPointQuantization.getPrecision() Return the precision.
abstract Precision	Quantization.getPrecision() Return the Precision.
Precision	FixPoint.getPrecision() Return a precision to represent this number.
static Precision	FixPoint.multiplyPrecision(Precision leftArgument, Precision rightArgument) Determines the Precision of an multiply operation between two FixPoint values.
abstract Precision	Precision.PrecisionFormat.parseString(java.lang.String str) Parse the given String argument using the rules of the specific PrecisionFormat that is defined.
Precision	Precision.IntegerFractionPrecisionFormat.parseString(java.lang.String str)
Precision	Precision.LengthIntegerPrecisionFormat.parseString(java.lang.String str)
Precision	Precision.LengthExponentPrecisionFormat.parseString(java.lang.String str)
Precision	Precision.VHDLPrecisionFormat.parseString(java.lang.String str)
static Precision	FixPoint.subtractPrecision(Precision leftArgument, Precision rightArgument) Determines the Precision of an subtract operation between two FixPoint values.
static Precision	Precision.union(Precision precisionA, Precision precisionB) Return the precision that is the maximum of the two supplied precisions in both the length and exponent.

Methods in ptolemy.math with parameters of type Precision

Modifier and Type	Method and Description
static Precision	FixPoint.addPrecision(Precision leftArgument, Precision rightArgument) Determines the Precision of an add operation between two FixPoint values.
static Precision	FixPoint.dividePrecision(Precision leftArgument, Precision rightArgument) Determines the Precision of a divide operation between two FixPoint values.
static boolean	Overflow.isOutOfRange(java.math.BigInteger bigInt, Precision precision) Determines whether the given BigInteger unscaled value is considered an "underflow" or an "overflow" under the given Precision constraint.
static boolean	Overflow.isOverflow(java.math.BigInteger value, Precision precision) Determines whether the given BigInteger unscaled value is considered an "overflow" under the given Precision constraint.
static boolean	Overflow.isUnderflow(java.math.BigInteger bigInt, Precision precision) Determines whether the given BigInteger unscaled value is considered an "underflow" under the given Precision constraint.
static Precision	FixPoint.multiplyPrecision(Precision leftArgument, Precision rightArgument) Determines the Precision of an multiply operation between two FixPoint values.
abstract java.lang.String	Precision.PrecisionFormat.printPrecisionFormat(Precision p) Creates a valid String representation of the Precision object based on the rules of the given string format.
java.lang.String	Precision.IntegerFractionPrecisionFormat.printPrecisionFormat(Precision p)
java.lang.String	Precision.LengthIntegerPrecisionFormat.printPrecisionFormat(Precision p)
java.lang.String	Precision.ExpressionLanguagePrecisionFormat.printPrecisionFormat(Precision p) Regular expression for ExpressionLanguagePrecisionFormat.
java.lang.String	Precision.LengthExponentPrecisionFormat.printPrecisionFormat(Precision p)
java.lang.String	Precision.VHDLPrecisionFormat.printPrecisionFormat(Precision p)
abstract FixPoint	Overflow.quantize(java.math.BigInteger integerValue, Precision precision) Return a new FixPoint object based on the given BigInteger value and Precision constraint.
FixPoint	Overflow.Grow.quantize(java.math.BigInteger integerValue, Precision precision)
FixPoint	Overflow.Minimize.quantize(java.math.BigInteger integerValue, Precision precision)
FixPoint	Overflow.Modulo.quantize(java.math.BigInteger integerValue, Precision precision)
FixPoint	Overflow.Saturate.quantize(java.math.BigInteger integerValue, Precision precision)
FixPoint	Overflow.ToZero.quantize(java.math.BigInteger integerValue, Precision precision)
FixPoint	Overflow.Trap.quantize(java.math.BigInteger integerValue, Precision precision)
static FixPoint	Overflow.quantizeGrow(java.math.BigInteger integerValue, Precision precision) Quantize a FixPoint value using a "grow" overflow strategy.
static FixPoint	Overflow.quantizeMinimum(java.math.BigInteger bigInt, Precision p) Generates a new FixPoint data value based on the unscaled value bigInt using as few bits as possible.
static FixPoint	Overflow.quantizeModulo(java.math.BigInteger integerValue, Precision precision) Quantize a FixPoint value using a "modulo" overflow strategy.
static FixPoint	Overflow.quantizeSaturate(java.math.BigInteger integerValue, Precision precision) Quantize a FixPoint value using a "saturate" overflow strategy.
static FixPoint	Overflow.quantizeToZero(java.math.BigInteger integerValue, Precision precision) Quantize a FixPoint value using a "to Zero" overflow strategy.
static FixPoint	Quantizer.round(java.math.BigDecimal value, Precision precision) Return the fixed point number that is nearest to the specified value, but has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.round(double value, Precision precision) Return the fixed point number that is nearest to the specified value, but has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.round(FixPoint value, Precision newPrecision, Overflow mode) Return the fixed point number that is nearest to the specified value, but has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.roundDown(java.math.BigDecimal value, Precision precision) Return the nearest fixed point number with less than or equal magnitude that has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.roundDown(double value, Precision precision) Return the nearest fixed point number with less than or equal magnitude that has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.roundDown(FixPoint value, Precision newPrecision, Overflow mode) Return the nearest fixed point number with less than or equal magnitude that has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.roundNearestEven(java.math.BigDecimal value, Precision precision) Return the fixed point number that is nearest to the specified value, but has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.roundNearestEven(double value, Precision precision) Return the fixed point number that is nearest to the specified value, but has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.roundNearestEven(FixPoint value, Precision newPrecision, Overflow mode) Return the fixed point number that is nearest to the specified value, but has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.roundToZero(java.math.BigDecimal value, Precision precision) Return the fixed point number that is nearest to the specified value, but has magnitude no greater that the specified value, and has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.roundToZero(double value, Precision precision) Return the fixed point number that is nearest to the specified value, but has magnitude no greater that the specified value, and has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.roundToZero(FixPoint value, Precision newPrecision, Overflow mode) Return the fixed point number that is nearest to the specified value, but has magnitude no greater than the specified value, and has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.roundUp(java.math.BigDecimal value, Precision precision) Return the smallest greater than or equal fixed point number that has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.roundUp(double value, Precision precision) Return the smallest greater than or equal fixed point number that has the given precision, possibly introducing quantization or overflow errors.
static FixPoint	Quantizer.roundUp(FixPoint value, Precision newPrecision, Overflow mode) Return the smallest greater than or equal fixed point number that has the given precision, possibly introducing quantization or overflow errors.
FixPointQuantization	FixPointQuantization.setPrecision(Precision precision) Return a FixPointQuantization with a changed precision.
static Precision	FixPoint.subtractPrecision(Precision leftArgument, Precision rightArgument) Determines the Precision of an subtract operation between two FixPoint values.
static FixPoint	Quantizer.truncate(java.math.BigDecimal value, Precision precision) Deprecated. Use roundToZero instead.
static FixPoint	Quantizer.truncate(double value, Precision precision) Deprecated. Use roundToZero instead.
static FixPoint	Quantizer.truncate(FixPoint value, Precision newPrecision, Overflow mode) Deprecated. Use roundToZero instead.
static Precision	Precision.union(Precision precisionA, Precision precisionB) Return the precision that is the maximum of the two supplied precisions in both the length and exponent.

Constructors in ptolemy.math with parameters of type Precision

Constructor and Description
FixPointQuantization(Precision precision, Overflow overflow, Rounding rounding) Construct a FixPointQuantization with specified precision, overflow and rounding.