Uses of Class gnu.math.IntNum

Packages that use IntNum
Package	Description
gnu.expr	Supports `Expression`, and various related classes need to compile programming languages.
gnu.kawa.functions
gnu.kawa.lispexpr
gnu.kawa.xml
gnu.lists	Contains utility classes and interfaces for sequences (lists), arrays, and trees.
gnu.math	Supports various numeric types, including complex numbers, efficient bignums, exact rational numbers, units.
gnu.xquery.util

Uses of IntNum in gnu.expr

Methods in gnu.expr with parameters of type IntNum
Modifier and Type	Method	Description
`void`	VarValueTracker.`noteSet(Declaration decl, IntNum source)`

Uses of IntNum in gnu.kawa.functions

Methods in gnu.kawa.functions that return IntNum
Modifier and Type	Method	Description
`static IntNum`	Arithmetic.`asIntNum(Object value)`
`static IntNum`	Arithmetic.`asIntNum(BigDecimal value)`
`static IntNum`	Arithmetic.`asIntNum(BigInteger value)`
`static IntNum`	Expt.`expt(IntNum x, int y)`
`static IntNum`	BitwiseOp.`shiftLeft(IntNum value, int count)`
`static IntNum`	BitwiseOp.`shiftRight(IntNum value, int count)`

Methods in gnu.kawa.functions with parameters of type IntNum
Modifier and Type	Method	Description
`Object`	BitwiseOp.`adjustResult(IntNum value, int code)`
`static IntNum`	Expt.`expt(IntNum x, int y)`
`static IntNum`	BitwiseOp.`shiftLeft(IntNum value, int count)`
`static IntNum`	BitwiseOp.`shiftRight(IntNum value, int count)`

Uses of IntNum in gnu.kawa.lispexpr

Methods in gnu.kawa.lispexpr that return IntNum
Modifier and Type	Method	Description
`static IntNum`	LangObjType.`coerceIntNum(Object value)`

Methods in gnu.kawa.lispexpr with parameters of type IntNum
Modifier and Type	Method	Description
`static Object`	LangPrimType.`convertIntegerLiteral(IntNum ivalue, PrimType type, boolean nativeValue)`

Uses of IntNum in gnu.kawa.xml

Subclasses of IntNum in gnu.kawa.xml
Modifier and Type	Class	Description
`class`	`XInteger`	An integer that is an instance of a more specific integer type.

Fields in gnu.kawa.xml declared as IntNum
Modifier and Type	Field	Description
`IntNum`	XIntegerType.`maxValue`	The upper bound, inclusive.
`IntNum`	XIntegerType.`minValue`	The lower bound, inclusive.

Methods in gnu.kawa.xml that return IntNum
Modifier and Type	Method	Description
`IntNum`	XIntegerType.`valueOf(IntNum value)`
`IntNum`	XIntegerType.`valueOf(String value, int radix)`

Methods in gnu.kawa.xml with parameters of type IntNum
Modifier and Type	Method	Description
`IntNum`	XIntegerType.`valueOf(IntNum value)`

Constructors in gnu.kawa.xml with parameters of type IntNum
Constructor	Description
`XIntegerType(Object name, XDataType base, int typeCode, IntNum min, IntNum max)`
`XIntegerType(String name, XDataType base, int typeCode, IntNum min, IntNum max)`

Uses of IntNum in gnu.lists

Methods in gnu.lists with parameters of type IntNum
Modifier and Type	Method	Description
`static Range.IntRange`	Range.`downto(IntNum iistart, IntNum iistep, IntNum iiend, boolean orEqual)`
`static Range.IntRange`	Range.`upto(IntNum iistart, IntNum iistep, IntNum iiend, boolean orEqual)`

Uses of IntNum in gnu.math

Fields in gnu.math declared as IntNum
Modifier and Type	Field	Description
`static IntNum`	RatNum.`ten_exp_9`

Methods in gnu.math that return IntNum
Modifier and Type	Method	Description
`static IntNum`	IntNum.`abs(IntNum x)`
`static IntNum`	IntNum.`add(int x, int y)`	Add two ints, yielding an IntNum.
`static IntNum`	IntNum.`add(IntNum x, int y)`	Add an IntNum and an int, yielding a new IntNum.
`static IntNum`	IntNum.`add(IntNum x, IntNum y)`	Add two IntNums, yielding their sum as another IntNum.
`static IntNum`	IntNum.`add(IntNum x, IntNum y, int k)`	Add two IntNums, yielding their sum as another IntNum.
`static IntNum`	IntNum.`alloc(int nwords)`	Allocate a new non-shared IntNum.
`static IntNum`	BitOps.`and(IntNum x, int y)`	Return the logical (bit-wise) "and" of an IntNum and an int.
`static IntNum`	BitOps.`and(IntNum x, IntNum y)`	Return the logical (bit-wise) "and" of two IntNums.
`static IntNum`	IntNum.`asIntNumOrNull(Object value)`
`static IntNum`	BitOps.`bitOp(int op, IntNum x, IntNum y)`	Do one the the 16 possible bit-wise operations of two IntNums.
`IntNum`	IntNum.`canonicalize()`
`IntNum`	IntFraction.`denominator()`
`IntNum`	IntNum.`denominator()`
`abstract IntNum`	RatNum.`denominator()`
`static IntNum`	BitOps.`extract(IntNum x, int startBit, int endBit)`	Extract a bit-field as an unsigned integer.
`static IntNum`	IntNum.`gcd(IntNum x, IntNum y)`
`static IntNum`	BitOps.`ior(IntNum x, IntNum y)`	Return the logical (bit-wise) "(inclusive) or" of two IntNums.
`static IntNum`	IntNum.`lcm(IntNum x, IntNum y)`
`static IntNum`	IntNum.`make(int value)`	Return a (possibly-shared) IntNum with a given int value.
`static IntNum`	IntNum.`make(int[] words)`
`static IntNum`	IntNum.`make(int[] words, int len)`	Make a canonicalized IntNum from an array of words.
`static IntNum`	IntNum.`make(long value)`
`static IntNum`	BitOps.`makeMask(int startBit, int endBit)`	Create a mask with bits true form bits form startBit to endBit.
`static IntNum`	IntNum.`minusOne()`	Return the IntNum for -1.
`static IntNum`	IntNum.`modulo(IntNum x, IntNum y)`
`static IntNum`	IntNum.`neg(IntNum x)`
`static IntNum`	BitOps.`not(IntNum x)`	Return the logical (bit-wise) negation of an IntNum.
`IntNum`	IntFraction.`numerator()`
`IntNum`	IntNum.`numerator()`
`abstract IntNum`	RatNum.`numerator()`
`static IntNum`	IntNum.`one()`
`static IntNum`	IntNum.`power(IntNum x, int y)`	Calculate the integral power of an IntNum.
`static IntNum`	IntNum.`quotient(IntNum x, IntNum y)`
`static IntNum`	IntNum.`quotient(IntNum x, IntNum y, int rounding_mode)`
`static IntNum`	IntNum.`remainder(IntNum x, IntNum y)`
`static IntNum`	IntNum.`remainder(IntNum x, IntNum y, int rounding_mode)`
`static IntNum`	BitOps.`reverseBits(IntNum x, int start, int end)`
`static IntNum`	BitOps.`setBitValue(IntNum x, int bitno, int newValue)`	Set the value of a specified bit in an IntNum.
`static IntNum`	IntNum.`shift(IntNum x, int count)`
`static IntNum`	IntNum.`sub(IntNum x, IntNum y)`	Subtract two IntNums, yielding their sum as another IntNum.
`static IntNum`	IntNum.`ten()`
`static IntNum`	IntNum.`times(int x, int y)`	Multiply two ints, yielding an IntNum.
`static IntNum`	IntNum.`times(IntNum x, int y)`
`static IntNum`	IntNum.`times(IntNum x, IntNum y)`
`IntNum`	IntNum.`toExactInt(int rounding_mode)`
`IntNum`	RatNum.`toExactInt(int rounding_mode)`
`static IntNum`	RealNum.`toExactInt(double value)`	Converts an integral double (such as a toInt result) to an IntNum.
`static IntNum`	RealNum.`toExactInt(double value, int rounding_mode)`	Converts real to an exact integer, with specified rounding mode.
`IntNum`	RealNum.`toExactInt(int rounding_mode)`	Converts to an exact integer, with specified rounding mode.
`IntNum`	UByte.`toIntNum()`
`IntNum`	UInt.`toIntNum()`
`IntNum`	ULong.`toIntNum()`
`IntNum`	UnsignedPrim.`toIntNum()`
`IntNum`	UShort.`toIntNum()`
`static IntNum`	RealNum.`toScaledInt(double f, int k)`	Convert double to (rounded) integer, after multiplying by 10**k.
`IntNum`	RealNum.`toScaledInt(int k)`	Convert this to (rounded) integer, after multiplying by 10**k.
`static IntNum`	RealNum.`toScaledInt(RatNum r, int k)`	Convert rational to (rounded) integer, after multiplying by 10**k.
`static IntNum`	IntNum.`valueOf(byte[] digits, int byte_len, boolean negative, int radix)`
`static IntNum`	IntNum.`valueOf(char[] buf, int offset, int length, int radix, boolean negative)`
`static IntNum`	IntNum.`valueOf(int value)`	Return a (possibly-shared) IntNum with a given int value.
`static IntNum`	IntNum.`valueOf(long value)`	Return a (possibly-shared) IntNum with a given long value.
`static IntNum`	IntNum.`valueOf(String s)`
`static IntNum`	IntNum.`valueOf(String s, int radix)`
`static IntNum`	IntNum.`valueOfUnsigned(int value)`	Make an IntNum from an unsigned 32-bit value.
`static IntNum`	IntNum.`valueOfUnsigned(long value)`	Make an IntNum from an unsigned 64-bit value.
`static IntNum`	BitOps.`xor(IntNum x, IntNum y)`	Return the logical (bit-wise) "exclusive or" of two IntNums.
`static IntNum`	IntNum.`zero()`

Methods in gnu.math with parameters of type IntNum
Modifier and Type	Method	Description
`static IntNum`	IntNum.`abs(IntNum x)`
`static IntNum`	IntNum.`add(IntNum x, int y)`	Add an IntNum and an int, yielding a new IntNum.
`static IntNum`	IntNum.`add(IntNum x, IntNum y)`	Add two IntNums, yielding their sum as another IntNum.
`static IntNum`	IntNum.`add(IntNum x, IntNum y, int k)`	Add two IntNums, yielding their sum as another IntNum.
`static IntNum`	BitOps.`and(IntNum x, int y)`	Return the logical (bit-wise) "and" of an IntNum and an int.
`static IntNum`	BitOps.`and(IntNum x, IntNum y)`	Return the logical (bit-wise) "and" of two IntNums.
`static int`	BitOps.`bitCount(IntNum x)`	Count one bits in an IntNum.
`static IntNum`	BitOps.`bitOp(int op, IntNum x, IntNum y)`	Do one the the 16 possible bit-wise operations of two IntNums.
`static boolean`	BitOps.`bitValue(IntNum x, int bitno)`	Return the value of a specified bit in an IntNum.
`static int`	DFloNum.`compare(IntNum x_num, IntNum x_den, double y)`	Compare (x_num/x_den) with toExact(y).
`static int`	IntNum.`compare(IntNum x, long y)`	Return -1, 0, or 1, depending on which value is greater.
`static int`	IntNum.`compare(IntNum x, IntNum y)`	Return -1, 0, or 1, depending on which value is greater.
`static void`	IntNum.`divide(long x, long y, IntNum quotient, IntNum remainder, int rounding_mode)`
`static void`	IntNum.`divide(IntNum x, IntNum y, IntNum quotient, IntNum remainder, int rounding_mode)`	Divide two integers, yielding quotient and remainder.
`static boolean`	IntNum.`equals(IntNum x, IntNum y)`
`static IntNum`	BitOps.`extract(IntNum x, int startBit, int endBit)`	Extract a bit-field as an unsigned integer.
`static IntNum`	IntNum.`gcd(IntNum x, IntNum y)`
`static IntNum`	BitOps.`ior(IntNum x, IntNum y)`	Return the logical (bit-wise) "(inclusive) or" of two IntNums.
`static IntNum`	IntNum.`lcm(IntNum x, IntNum y)`
`static int`	BitOps.`lowestBitSet(IntNum x)`
`static RatNum`	RatNum.`make(IntNum num, IntNum den)`
`static IntNum`	IntNum.`modulo(IntNum x, IntNum y)`
`static IntNum`	IntNum.`neg(IntNum x)`
`static IntNum`	BitOps.`not(IntNum x)`	Return the logical (bit-wise) negation of an IntNum.
`Numeric`	DFloNum.`power(IntNum y)`
`Numeric`	IntNum.`power(IntNum y)`
`static IntNum`	IntNum.`power(IntNum x, int y)`	Calculate the integral power of an IntNum.
`Numeric`	Numeric.`power(IntNum y)`	Return this raised to an integer power.
`Numeric`	RatNum.`power(IntNum y)`
`Numeric`	Unit.`power(IntNum y)`
`static IntNum`	IntNum.`quotient(IntNum x, IntNum y)`
`static IntNum`	IntNum.`quotient(IntNum x, IntNum y, int rounding_mode)`
`static IntNum`	IntNum.`remainder(IntNum x, IntNum y)`
`static IntNum`	IntNum.`remainder(IntNum x, IntNum y, int rounding_mode)`
`static IntNum`	BitOps.`reverseBits(IntNum x, int start, int end)`
`void`	IntNum.`set(IntNum y)`	Destructively set the value of this to that of y.
`void`	IntNum.`setAdd(IntNum x, int y)`	Set this to the sum of x and y.
`static void`	BitOps.`setBitOp(IntNum result, int op, IntNum x, IntNum y)`	Do one the the 16 possible bit-wise operations of two IntNums.
`static IntNum`	BitOps.`setBitValue(IntNum x, int bitno, int newValue)`	Set the value of a specified bit in an IntNum.
`void`	IntNum.`setNegative(IntNum x)`	Destructively set this to the negative of x.
`static IntNum`	IntNum.`shift(IntNum x, int count)`
`static IntNum`	IntNum.`sub(IntNum x, IntNum y)`	Subtract two IntNums, yielding their sum as another IntNum.
`static boolean`	BitOps.`test(IntNum x, int y)`	Return true iff an IntNum and an int have any true bits in common.
`static boolean`	BitOps.`test(IntNum x, IntNum y)`	Return true iff two IntNums have any true bits in common.
`static IntNum`	IntNum.`times(IntNum x, int y)`
`static IntNum`	IntNum.`times(IntNum x, IntNum y)`
`static IntNum`	BitOps.`xor(IntNum x, IntNum y)`	Return the logical (bit-wise) "exclusive or" of two IntNums.

Constructors in gnu.math with parameters of type IntNum
Constructor	Description
`IntFraction(IntNum num, IntNum den)`

Uses of IntNum in gnu.xquery.util

Fields in gnu.xquery.util declared as IntNum
Modifier and Type	Field	Description
`static IntNum`	IntegerRange.`MAX_INT`
`static IntNum`	IntegerRange.`MIN_INT`

Methods in gnu.xquery.util with parameters of type IntNum
Modifier and Type	Method	Description
`static void`	IntegerRange.`integerRange(IntNum first, IntNum last, Consumer out)`
`static Object`	NumberValue.`roundHalfToEven(Object value, IntNum precision)`

Uses of Classgnu.math.IntNum

Uses of IntNum in gnu.expr

Uses of IntNum in gnu.kawa.functions

Uses of IntNum in gnu.kawa.lispexpr

Uses of IntNum in gnu.kawa.xml

Uses of IntNum in gnu.lists

Uses of IntNum in gnu.math

Uses of IntNum in gnu.xquery.util

Uses of Class
gnu.math.IntNum