Uses of Class ch.obermuhlner.math.big.BigFloat

Packages that use BigFloat
Package Description

ch.obermuhlner.math.big

ch.obermuhlner.math.big.stream

Packages that use BigFloat
Package	Description
ch.obermuhlner.math.big
ch.obermuhlner.math.big.stream

Uses of BigFloat in ch.obermuhlner.math.big

Subclasses of BigFloat in ch.obermuhlner.math.big
Modifier and Type	Class	Description
`private static class`	`BigFloat.SpecialBigFloat`	this class handle unrepresentable value in floating-point arithmetic

Fields in ch.obermuhlner.math.big declared as BigFloat
Modifier and Type	Field	Description
`static BigFloat`	BigFloat.`NaN`	Represents a value that is not a number.
`static BigFloat`	BigFloat.`NEGATIVE_INFINITY`	Represents the positive infinity.
`BigFloat`	BigFloat.Context.`NEGATIVE_ONE`
`BigFloat`	BigFloat.Context.`ONE`
`static BigFloat`	BigFloat.`POSITIVE_INFINITY`	Represents the positive infinity.
`BigFloat`	BigFloat.Context.`ZERO`

Methods in ch.obermuhlner.math.big that return BigFloat
Modifier and Type	Method	Description
`static BigFloat`	BigFloat.`abs(BigFloat x)`	Returns the `BigFloat` that is the `abs(this)` (absolute value).
`static BigFloat`	BigFloat.`acos(BigFloat x)`	Returns the `BigFloat` that is `acos(x)`.
`static BigFloat`	BigFloat.`acosh(BigFloat x)`	Returns the `BigFloat` that is `acosh(x)`.
`static BigFloat`	BigFloat.`acot(BigFloat x)`	Returns the `BigFloat` that is `acot(x)`.
`static BigFloat`	BigFloat.`acoth(BigFloat x)`	Returns the `BigFloat` that is `acoth(x)`.
`BigFloat`	BigFloat.`add(double x)`	Returns the `BigFloat` that is `this + x`.
`BigFloat`	BigFloat.`add(int x)`	Returns the `BigFloat` that is `this + x`.
`BigFloat`	BigFloat.`add(long x)`	Returns the `BigFloat` that is `this + x`.
`BigFloat`	BigFloat.`add(BigFloat x)`	Returns the `BigFloat` that is `this + x`.
`BigFloat`	BigFloat.`add(java.math.BigDecimal x)`	Returns the `BigFloat` that is `this + x`.
`BigFloat`	BigFloat.SpecialBigFloat.`add(BigFloat x)`
`static BigFloat`	BigFloat.`asin(BigFloat x)`	Returns the `BigFloat` that is `asin(x)`.
`static BigFloat`	BigFloat.`asinh(BigFloat x)`	Returns the `BigFloat` that is `asinh(x)`.
`static BigFloat`	BigFloat.`atan(BigFloat x)`	Returns the `BigFloat` that is `atan(x)`.
`static BigFloat`	BigFloat.`atanh(BigFloat x)`	Returns the `BigFloat` that is `atanh(x)`.
`static BigFloat`	BigFloat.`cos(BigFloat x)`	Returns the `BigFloat` that is `cos(x)`.
`static BigFloat`	BigFloat.`cosh(BigFloat x)`	Returns the `BigFloat` that is `cosh(x)`.
`static BigFloat`	BigFloat.`cot(BigFloat x)`	Returns the `BigFloat` that is `cot(x)`.
`static BigFloat`	BigFloat.`coth(BigFloat x)`	Returns the `BigFloat` that is `coth(x)`.
`BigFloat`	BigFloat.`divide(double x)`	Returns the `BigFloat` that is `this / x`.
`BigFloat`	BigFloat.`divide(int x)`	Returns the `BigFloat` that is `this / x`.
`BigFloat`	BigFloat.`divide(long x)`	Returns the `BigFloat` that is `this / x`.
`BigFloat`	BigFloat.`divide(BigFloat x)`	Returns the `BigFloat` that is `this / x`.
`BigFloat`	BigFloat.`divide(java.math.BigDecimal x)`	Returns the `BigFloat` that is `this / x`.
`BigFloat`	BigFloat.SpecialBigFloat.`divide(BigFloat x)`
`BigFloat`	BigFloat.Context.`e()`	Returns the constant e with this context.
`static BigFloat`	BigFloat.`exp(BigFloat x)`	Returns the `BigFloat` that is `exp(x)`.
`BigFloat`	BigFloat.Context.`factorial(int n)`	Returns the factorial of n with this context.
`BigFloat`	BigFloat.`getExponent()`	Returns the exponent of `this` value written as mantissa 10^exponent*.
`BigFloat`	BigFloat.SpecialBigFloat.`getExponent()`
`BigFloat`	BigFloat.`getFractionalPart()`	Returns the fractional part of `this` value (right of the decimal point).
`BigFloat`	BigFloat.SpecialBigFloat.`getFractionalPart()`
`BigFloat`	BigFloat.`getIntegralPart()`	Returns the integral part of `this` value (left of the decimal point).
`BigFloat`	BigFloat.SpecialBigFloat.`getIntegralPart()`
`BigFloat`	BigFloat.`getMantissa()`	Returns the mantissa of `this` value written as mantissa 10^exponent*.
`BigFloat`	BigFloat.SpecialBigFloat.`getMantissa()`
`static BigFloat`	BigFloat.`log(BigFloat x)`	Returns the `BigFloat` that is `log(x)`.
`static BigFloat`	BigFloat.`log10(BigFloat x)`	Returns the `BigFloat` that is `log10(x)`.
`static BigFloat`	BigFloat.`log2(BigFloat x)`	Returns the `BigFloat` that is `log2(x)`.
`private static BigFloat`	BigFloat.`logSpecial(BigFloat val)`
`static BigFloat`	BigFloat.`max(BigFloat value1, BigFloat value2)`	Returns the the maximum of two `BigFloat` values.
`static BigFloat`	BigFloat.`max(BigFloat value1, BigFloat... values)`	Returns the the maximum of n `BigFloat` values.
`static BigFloat`	BigFloat.`min(BigFloat value1, BigFloat value2)`	Returns the the minimum of two `BigFloat` values.
`static BigFloat`	BigFloat.`min(BigFloat value1, BigFloat... values)`	Returns the the minimum of n `BigFloat` values.
`BigFloat`	BigFloat.`multiply(double x)`	Returns the `BigFloat` that is `this * x`.
`BigFloat`	BigFloat.`multiply(int x)`	Returns the `BigFloat` that is `this * x`.
`BigFloat`	BigFloat.`multiply(long x)`	Returns the `BigFloat` that is `this * x`.
`BigFloat`	BigFloat.`multiply(BigFloat x)`	Returns the `BigFloat` that is `this * x`.
`BigFloat`	BigFloat.`multiply(java.math.BigDecimal x)`	Returns the `BigFloat` that is `this * x`.
`BigFloat`	BigFloat.SpecialBigFloat.`multiply(BigFloat x)`
`static BigFloat`	BigFloat.`negate(BigFloat x)`	Returns the `BigFloat` that is `- this`.
`BigFloat`	BigFloat.Context.`pi()`	Returns the constant pi with this context.
`BigFloat`	BigFloat.`pow(double y)`	Returns the `BigFloat` that is `this` to the power of `y`.
`BigFloat`	BigFloat.`pow(int y)`	Returns the `BigFloat` that is `this` to the power of `y`.
`BigFloat`	BigFloat.`pow(long y)`	Returns the `BigFloat` that is `this` to the power of `y`.
`BigFloat`	BigFloat.`pow(BigFloat y)`	Returns the `BigFloat` that is `this` to the power of `y`.
`static BigFloat`	BigFloat.`pow(BigFloat x, BigFloat y)`	Returns the `BigFloat` that is `pow(x, y)`.
`BigFloat`	BigFloat.`pow(java.math.BigDecimal y)`	Returns the `BigFloat` that is `this` to the power of `y`.
`BigFloat`	BigFloat.SpecialBigFloat.`pow(BigFloat y)`
`BigFloat`	BigFloat.`remainder(double x)`	Returns the `BigFloat` that is the remainder when dividing `this` by `x`.
`BigFloat`	BigFloat.`remainder(int x)`	Returns the `BigFloat` that is the remainder when dividing `this` by `x`.
`BigFloat`	BigFloat.`remainder(long x)`	Returns the `BigFloat` that is the remainder when dividing `this` by `x`.
`BigFloat`	BigFloat.`remainder(BigFloat x)`	Returns the `BigFloat` that is the remainder when dividing `this` by `x`.
`BigFloat`	BigFloat.`remainder(java.math.BigDecimal x)`	Returns the `BigFloat` that is the remainder when dividing `this` by `x`.
`BigFloat`	BigFloat.SpecialBigFloat.`remainder(BigFloat x)`
`BigFloat`	BigFloat.`root(double y)`	Returns the `BigFloat` that is the `y`th root of `this`.
`BigFloat`	BigFloat.`root(int y)`	Returns the `BigFloat` that is the `y`th root of `this`.
`BigFloat`	BigFloat.`root(long y)`	Returns the `BigFloat` that is the `y`th root of `this`.
`BigFloat`	BigFloat.`root(BigFloat y)`	Returns the `BigFloat` that is the `y`th root of `this`.
`static BigFloat`	BigFloat.`root(BigFloat x, BigFloat y)`	Returns the `BigFloat` that is `root(x, y)`.
`BigFloat`	BigFloat.`root(java.math.BigDecimal y)`	Returns the `BigFloat` that is the `y`th root of `this`.
`BigFloat`	BigFloat.SpecialBigFloat.`root(BigFloat y)`
`static BigFloat`	BigFloat.`sin(BigFloat x)`	Returns the `BigFloat` that is `sin(x)`.
`static BigFloat`	BigFloat.`sinh(BigFloat x)`	Returns the `BigFloat` that is `sinh(x)`.
`static BigFloat`	BigFloat.`sqrt(BigFloat x)`	Returns the `BigFloat` that is `sqrt(x)`.
`BigFloat`	BigFloat.SpecialBigFloat.`subtract(BigFloat x)`
`BigFloat`	BigFloat.SpecialBigFloat.`subtract(java.math.BigDecimal x)`
`BigFloat`	BigFloat.`subtract(double x)`	Returns the `BigFloat` that is `this - x`.
`BigFloat`	BigFloat.`subtract(int x)`	Returns the `BigFloat` that is `this - x`.
`BigFloat`	BigFloat.`subtract(long x)`	Returns the `BigFloat` that is `this - x`.
`BigFloat`	BigFloat.`subtract(BigFloat x)`	Returns the `BigFloat` that is `this - x`.
`BigFloat`	BigFloat.`subtract(java.math.BigDecimal x)`	Returns the `BigFloat` that is `this - x`.
`static BigFloat`	BigFloat.`tan(BigFloat x)`	Returns the `BigFloat` that is `tan(x)`.
`static BigFloat`	BigFloat.`tanh(BigFloat x)`	Returns the `BigFloat` that is `tanh(x)`.
`BigFloat`	BigFloat.Context.`valueOf(double value)`	Creates a `BigFloat` value with this context.
`BigFloat`	BigFloat.Context.`valueOf(int value)`	Creates a `BigFloat` value with this context.
`BigFloat`	BigFloat.Context.`valueOf(int value, boolean unsigned)`	parse unsigned value with this logic
`BigFloat`	BigFloat.Context.`valueOf(long value)`	Creates a `BigFloat` value with this context.
`BigFloat`	BigFloat.Context.`valueOf(long value, boolean unsigned)`	parse unsigned value with this logic
`BigFloat`	BigFloat.Context.`valueOf(BigFloat value)`	Creates a `BigFloat` value with this context.
`BigFloat`	BigFloat.Context.`valueOf(java.lang.String value)`	Creates a `BigFloat` value with this context.
`BigFloat`	BigFloat.Context.`valueOf(java.math.BigDecimal value)`	Creates a `BigFloat` value with this context.

Methods in ch.obermuhlner.math.big with parameters of type BigFloat
Modifier and Type	Method	Description
`static BigFloat`	BigFloat.`abs(BigFloat x)`	Returns the `BigFloat` that is the `abs(this)` (absolute value).
`static BigFloat`	BigFloat.`acos(BigFloat x)`	Returns the `BigFloat` that is `acos(x)`.
`static BigFloat`	BigFloat.`acosh(BigFloat x)`	Returns the `BigFloat` that is `acosh(x)`.
`static BigFloat`	BigFloat.`acot(BigFloat x)`	Returns the `BigFloat` that is `acot(x)`.
`static BigFloat`	BigFloat.`acoth(BigFloat x)`	Returns the `BigFloat` that is `acoth(x)`.
`BigFloat`	BigFloat.`add(BigFloat x)`	Returns the `BigFloat` that is `this + x`.
`BigFloat`	BigFloat.SpecialBigFloat.`add(BigFloat x)`
`static BigFloat`	BigFloat.`asin(BigFloat x)`	Returns the `BigFloat` that is `asin(x)`.
`static BigFloat`	BigFloat.`asinh(BigFloat x)`	Returns the `BigFloat` that is `asinh(x)`.
`static BigFloat`	BigFloat.`atan(BigFloat x)`	Returns the `BigFloat` that is `atan(x)`.
`static BigFloat`	BigFloat.`atanh(BigFloat x)`	Returns the `BigFloat` that is `atanh(x)`.
`int`	BigFloat.`compareTo(BigFloat other)`
`int`	BigFloat.SpecialBigFloat.`compareTo(BigFloat other)`
`static BigFloat`	BigFloat.`cos(BigFloat x)`	Returns the `BigFloat` that is `cos(x)`.
`static BigFloat`	BigFloat.`cosh(BigFloat x)`	Returns the `BigFloat` that is `cosh(x)`.
`static BigFloat`	BigFloat.`cot(BigFloat x)`	Returns the `BigFloat` that is `cot(x)`.
`static BigFloat`	BigFloat.`coth(BigFloat x)`	Returns the `BigFloat` that is `coth(x)`.
`BigFloat`	BigFloat.`divide(BigFloat x)`	Returns the `BigFloat` that is `this / x`.
`BigFloat`	BigFloat.SpecialBigFloat.`divide(BigFloat x)`
`static BigFloat`	BigFloat.`exp(BigFloat x)`	Returns the `BigFloat` that is `exp(x)`.
`static boolean`	BigFloat.`isBetween(BigFloat min, BigFloat max, BigFloat value)`
`boolean`	BigFloat.`isEqual(BigFloat other)`	Returns whether `this` value is mathematically equal to the `other` value.
`boolean`	BigFloat.`isGreaterThan(BigFloat other)`	Returns whether `this` value is mathematically greater than to the `other` value.
`boolean`	BigFloat.`isGreaterThanOrEqual(BigFloat other)`	Returns whether `this` value is mathematically greater than or equal to the `other` value.
`boolean`	BigFloat.`isLessThan(BigFloat other)`	Returns whether `this` value is mathematically less than to the `other` value.
`boolean`	BigFloat.`isLessThanOrEqual(BigFloat other)`	Returns whether `this` value is mathematically less than or equal to the `other` value.
`private static boolean`	BigFloat.`isRangeAbs1(BigFloat x)`
`static BigFloat`	BigFloat.`log(BigFloat x)`	Returns the `BigFloat` that is `log(x)`.
`static BigFloat`	BigFloat.`log10(BigFloat x)`	Returns the `BigFloat` that is `log10(x)`.
`static BigFloat`	BigFloat.`log2(BigFloat x)`	Returns the `BigFloat` that is `log2(x)`.
`private static BigFloat`	BigFloat.`logSpecial(BigFloat val)`
`static BigFloat`	BigFloat.`max(BigFloat value1, BigFloat value2)`	Returns the the maximum of two `BigFloat` values.
`static BigFloat`	BigFloat.`max(BigFloat value1, BigFloat... values)`	Returns the the maximum of n `BigFloat` values.
`static BigFloat`	BigFloat.`min(BigFloat value1, BigFloat value2)`	Returns the the minimum of two `BigFloat` values.
`static BigFloat`	BigFloat.`min(BigFloat value1, BigFloat... values)`	Returns the the minimum of n `BigFloat` values.
`BigFloat`	BigFloat.`multiply(BigFloat x)`	Returns the `BigFloat` that is `this * x`.
`BigFloat`	BigFloat.SpecialBigFloat.`multiply(BigFloat x)`
`static BigFloat`	BigFloat.`negate(BigFloat x)`	Returns the `BigFloat` that is `- this`.
`BigFloat`	BigFloat.`pow(BigFloat y)`	Returns the `BigFloat` that is `this` to the power of `y`.
`static BigFloat`	BigFloat.`pow(BigFloat x, BigFloat y)`	Returns the `BigFloat` that is `pow(x, y)`.
`BigFloat`	BigFloat.SpecialBigFloat.`pow(BigFloat y)`
`BigFloat`	BigFloat.`remainder(BigFloat x)`	Returns the `BigFloat` that is the remainder when dividing `this` by `x`.
`BigFloat`	BigFloat.SpecialBigFloat.`remainder(BigFloat x)`
`BigFloat`	BigFloat.`root(BigFloat y)`	Returns the `BigFloat` that is the `y`th root of `this`.
`static BigFloat`	BigFloat.`root(BigFloat x, BigFloat y)`	Returns the `BigFloat` that is `root(x, y)`.
`BigFloat`	BigFloat.SpecialBigFloat.`root(BigFloat y)`
`static BigFloat`	BigFloat.`sin(BigFloat x)`	Returns the `BigFloat` that is `sin(x)`.
`static BigFloat`	BigFloat.`sinh(BigFloat x)`	Returns the `BigFloat` that is `sinh(x)`.
`static BigFloat`	BigFloat.`sqrt(BigFloat x)`	Returns the `BigFloat` that is `sqrt(x)`.
`BigFloat`	BigFloat.SpecialBigFloat.`subtract(BigFloat x)`
`BigFloat`	BigFloat.`subtract(BigFloat x)`	Returns the `BigFloat` that is `this - x`.
`static BigFloat`	BigFloat.`tan(BigFloat x)`	Returns the `BigFloat` that is `tan(x)`.
`static BigFloat`	BigFloat.`tanh(BigFloat x)`	Returns the `BigFloat` that is `tanh(x)`.
`BigFloat`	BigFloat.Context.`valueOf(BigFloat value)`	Creates a `BigFloat` value with this context.

Uses of BigFloat in ch.obermuhlner.math.big.stream

Fields in ch.obermuhlner.math.big.stream declared as BigFloat
Modifier and Type	Field	Description
`private BigFloat`	BigFloatStream.BigFloatSpliterator.`step`
`private BigFloat`	BigFloatStream.BigFloatSpliterator.`value`

Methods in ch.obermuhlner.math.big.stream that return types with arguments of type BigFloat
Modifier and Type	Method	Description
`java.util.Comparator<? super BigFloat>`	BigFloatStream.BigFloatSpliterator.`getComparator()`
`static java.util.stream.Stream<BigFloat>`	BigFloatStream.`range(double startInclusive, double endExclusive, double step, BigFloat.Context context)`	Returns a sequential ordered `Stream<BigFloat>` from `startInclusive` (inclusive) to `endExclusive` (exclusive) by an incremental `step`.
`static java.util.stream.Stream<BigFloat>`	BigFloatStream.`range(long startInclusive, long endExclusive, long step, BigFloat.Context context)`	Returns a sequential ordered `Stream<BigFloat>` from `startInclusive` (inclusive) to `endExclusive` (exclusive) by an incremental `step`.
`static java.util.stream.Stream<BigFloat>`	BigFloatStream.`range(BigFloat startInclusive, BigFloat endExclusive, BigFloat step)`	Returns a sequential ordered `Stream<BigFloat>` from `startInclusive` (inclusive) to `endExclusive` (exclusive) by an incremental `step`.
`static java.util.stream.Stream<BigFloat>`	BigFloatStream.`rangeClosed(double startInclusive, double endInclusive, double step, BigFloat.Context context)`	Returns a sequential ordered `Stream<BigFloat>` from `startInclusive` (inclusive) to `endInclusive` (inclusive) by an incremental `step`.
`static java.util.stream.Stream<BigFloat>`	BigFloatStream.`rangeClosed(long startInclusive, long endInclusive, long step, BigFloat.Context context)`	Returns a sequential ordered `Stream<BigFloat>` from `startInclusive` (inclusive) to `endInclusive` (inclusive) by an incremental `step`.
`static java.util.stream.Stream<BigFloat>`	BigFloatStream.`rangeClosed(BigFloat startInclusive, BigFloat endInclusive, BigFloat step)`	Returns a sequential ordered `Stream<BigFloat>` from `startInclusive` (inclusive) to `endInclusive` (inclusive) by an incremental `step`.
`java.util.Spliterator<BigFloat>`	BigFloatStream.BigFloatSpliterator.`trySplit()`

Methods in ch.obermuhlner.math.big.stream with parameters of type BigFloat
Modifier and Type	Method	Description
`private static long`	BigFloatStream.BigFloatSpliterator.`estimatedCount(BigFloat startInclusive, BigFloat end, boolean inclusive, BigFloat step)`
`static java.util.stream.Stream<BigFloat>`	BigFloatStream.`range(BigFloat startInclusive, BigFloat endExclusive, BigFloat step)`	Returns a sequential ordered `Stream<BigFloat>` from `startInclusive` (inclusive) to `endExclusive` (exclusive) by an incremental `step`.
`static java.util.stream.Stream<BigFloat>`	BigFloatStream.`rangeClosed(BigFloat startInclusive, BigFloat endInclusive, BigFloat step)`	Returns a sequential ordered `Stream<BigFloat>` from `startInclusive` (inclusive) to `endInclusive` (inclusive) by an incremental `step`.

Method parameters in ch.obermuhlner.math.big.stream with type arguments of type BigFloat
Modifier and Type	Method	Description
`void`	BigFloatStream.BigFloatSpliterator.`forEachRemaining(java.util.function.Consumer<? super BigFloat> action)`
`boolean`	BigFloatStream.BigFloatSpliterator.`tryAdvance(java.util.function.Consumer<? super BigFloat> action)`

Constructors in ch.obermuhlner.math.big.stream with parameters of type BigFloat
Constructor	Description
`BigFloatSpliterator(BigFloat startInclusive, BigFloat end, boolean inclusive, BigFloat step)`
`BigFloatSpliterator(BigFloat startInclusive, BigFloat step, long count)`

Uses of Classch.obermuhlner.math.big.BigFloat

Uses of BigFloat in ch.obermuhlner.math.big

Uses of BigFloat in ch.obermuhlner.math.big.stream

Uses of Class
ch.obermuhlner.math.big.BigFloat