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See:
Description
| Interface Summary | |
| ComplexBinaryOperation | A operation taking two operands of type Complex, and producing a value of type Complex. |
| ComplexUnaryOperation | A operation taking one argument of type Complex, and producing a value of type Complex. |
| DoubleBinaryOperation | A operation taking two operands of type double, and producing a value of type double. |
| DoubleUnaryOperation | A operation taking one argument of type double, and producing a value of type double. |
| FloatBinaryOperation | A operation taking two operands of type float, and producing a value of type float. |
| FloatUnaryOperation | A operation taking one argument of type float, and producing a value of type float. |
| IntegerBinaryOperation | A operation taking two operands of type int, and producing a value of type int. |
| IntegerUnaryOperation | A operation taking one argument of type int, and producing a value of type int. |
| LongBinaryOperation | A operation taking two operands of type long, and producing a value of type long. |
| LongUnaryOperation | A operation taking one argument of type long, and producing a value of type long. |
| Class Summary | |
| Complex | This class provides a complex data type and a library of functions that operate on and return complex numbers. |
| ComplexArrayMath | This class a provides a library for mathematical operations on arrays of complex numbers, in particular arrays of instances of class ptolemy.math.Complex. |
| ComplexMatrixMath | This class provides a library for mathematical operations on matrices of complex numbers. |
| DoubleArrayMath | This class provides a library for mathematical operations on double arrays. |
| DoubleArrayStat | This class provides a library for statistical operations on arrays of doubles. |
| DoubleMatrixMath | This class provides a library for mathematical operations on matrices of doubles. |
| ExtendedMath | ExtendedMath is a library of additional mathematical operations beyond those provided by the Java Math class. |
| FixPoint | The FixPoint class provides a fixed point data type and a set of functions that operate on and return fixed point data. |
| FixPoint.Error | An instance of this class is used preserve backwards interface compatibility. |
| FixPointQuantization | The FixPointQuantization class defines the mapping of numeric values with unlimited precision to the finite precision supported by arithmetic using the FixPoint class. |
| FloatArrayMath | This class provides a library for mathematical operations on float arrays. |
| FloatMatrixMath | This class provides a library for mathematical operations on matrices of floats. |
| Fraction | A class for representing fractions. |
| FractionArrayMath | This class provides a library for mathematical operations on Fraction arrays. |
| FractionMatrixMath | This class provides a library for mathematical operations on matrices of Fractions. |
| IntegerArrayMath | This class provides a library for mathematical operations on int arrays. |
| IntegerMatrixMath | This class provides a library for mathematical operations on matrices of ints. |
| Interpolation | This class provides algorithms to do interpolation. |
| LongArrayMath | This class provides a library for mathematical operations on long arrays. |
| LongMatrixMath | This class provides a library for mathematical operations on matrices of longs. |
| Overflow | The Overflow class provides a type safe enumeration of strategies for handling numeric overflows for FixPoint data types. |
| Overflow.Grow | The grow overflow strategy. |
| Overflow.Minimize | The minimize overflow strategy. |
| Overflow.Modulo | The modulo overflow strategy. |
| Overflow.Saturate | The saturate overflows strategy. |
| Overflow.ToZero | The overflow to zero strategy. |
| Overflow.Trap | The trap overflows strategy. |
| Precision | This class defines the precision of a signed or unsigned fixed point value. |
| Precision.ExpressionLanguagePrecisionFormat | Precision format for use with the Expression Language. |
| Precision.IntegerFractionPrecisionFormat | Defines a Precision string format using the INTEGER.FRACTION precision format. |
| Precision.LengthExponentPrecisionFormat | Defines a Precision string format using the LENGTHeEXPONENT precision format. |
| Precision.LengthIntegerPrecisionFormat | Defines a Precision string format using the LENGTH/INTEGER precision format. |
| Precision.PrecisionFormat | Defines a String format for specifying a Precision object. |
| Precision.VHDLPrecisionFormat | Defines a Precision string format using the VHDL MSB:LSB precision format. |
| Quantization | The Quantization class defines the mapping of numeric values with unlimited precision to finite precision. |
| Quantizer | This class provides a set of static methods for creating instances of the FixPoint class from doubles, integers, or fixed point numbers. |
| Rounding | The Rounding class provides a type safe enumeration of strategies for handling loss of numeric resolution when rounding. |
| Rounding.RoundCeiling | Rounding class implementing the round ceiling strategy. |
| Rounding.RoundDown | Rounding class implementing the round down strategy. |
| Rounding.RoundFloor | Rounding class implementing the round floor strategy. |
| Rounding.RoundHalfCeiling | Rounding class implementing the round half ceiling strategy. |
| Rounding.RoundHalfDown | Rounding class implementing the round half down strategy. |
| Rounding.RoundHalfEven | Rounding class implementing the round half even strategy. |
| Rounding.RoundHalfFloor | Rounding class implementing the round half floor strategy. |
| Rounding.RoundHalfUp | Rounding class implementing the round half up strategy. |
| Rounding.RoundUp | Rounding class implementing the round up strategy. |
| SignalProcessing | This class provides signal processing functions. |
| SignalProcessing.GaussianSampleGenerator | This class generates samples of a Gaussian function with the specified mean and standard deviation. |
| SignalProcessing.PolynomialSampleGenerator | This class generates samples of a polynomial. |
| SignalProcessing.RaisedCosineSampleGenerator | This class generates samples of a raised cosine pulse, or if the excess is zero, a modified sinc function. |
| SignalProcessing.SawtoothSampleGenerator | This class generates samples of a sawtooth wave with the specified period and phase. |
| SignalProcessing.SincSampleGenerator | This class generates samples of a sinc wave with the specified first zero crossing. |
| SignalProcessing.SinusoidSampleGenerator | This class generates samples of a sinusoidal wave. |
| SignalProcessing.SqrtRaisedCosineSampleGenerator | This class generates samples of a square-root raised cosine pulse. |
| Utilities | This class provides a utilities library that includes a set of mathematical functions. |
Math classes.
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