Uses of Class
org.jdice.calc.Num

Packages that use Num

Package	Description
org.jdice.calc
org.jdice.calc.operation

Uses of Num in org.jdice.calc

Methods in org.jdice.calc that return Num

Modifier and Type	Method and Description
Num	Num.abs() Return new instance of Num with absolute value
Num	AbstractCalculator.calc() Calculate prepared expression
Num	FunctionData.calc(AbstractCalculator calc)
Num	Function.calc(AbstractCalculator calc, Num... values) Implementation of function that returns a calculated value
Num	Operator.calc(AbstractCalculator calc, Num operandLeft, Num operandRight) Calculate value for implemented operator
Num	AbstractCalculator.calculate() Calculate prepared expression
Num	AbstractCalculator.calcWithSteps(boolean showDetails) Calculate expression and track calculation steps accessible with AbstractCalculator.getCalculationSteps()
Num	Num.ceil() Return new instance of Num with ceil value.
Num	Num.clone()
Num	Num.floor() Return new instance of Num with floor value e.g.
Num	FunctionData.getResult()
Num	AbstractCalculator.getResult() Return copy of calculated result
static Num	CalcFactory.percentOf(java.lang.Object percent, java.lang.Object ofValue) Calculate percent of value
Num	Num.set(java.lang.Object value)
Num	Num.set(java.lang.Object value, java.lang.Class<? extends NumConverter> converter)
Num	Num.set(java.lang.String value)
Num	Num.set(java.lang.String value, char decimalSeparator)
Num	Num.setName(java.lang.String name)
Num	Num.setOutputFormat(java.lang.String format) Set output format for number.
Num	Num.setProperties(Properties properties)
Num	Num.setRoundingMode(Rounding roundingMode) Sets the rounding mode for decimal divisions.
Num	Num.setScale(int scale) Sets the scale for division operations.
Num	Num.setScale(int scale, Rounding roundingMode) Sets the scale and rounding mode for division operations.
Num	Num.setStripTrailingZeros(boolean stripTrailingZeros)
static Num	Num.toNum(java.lang.Object object)
static Num	Num.toNum(java.lang.Object object, java.lang.Class<? extends NumConverter> converter)
static Num[]	Num.toNums(java.lang.Object... object)

Methods in org.jdice.calc with parameters of type Num

Modifier and Type	Method and Description
Calc	Calc.abs(Num value)
CalcTrig	CalcTrig.abs(Num value)
CalcTrig	CalcTrig.acos(Num value)
boolean	CList.add(Bracket bracket, Num calcValue)
boolean	CList.add(java.lang.Class<? extends Operator> operationClass, Num calcValue)
Calc	Calc.add(Num value)
boolean	CList.add(Num value)
CalcTrig	CalcTrig.add(Num value)
boolean	CList.addFunction(java.lang.Class<? extends Function> functionClass, Num... values)
CALC	AbstractCalculator.append(java.lang.Class<? extends Operator> operator, Num value) Append operator and number to expression
CalcTrig	CalcTrig.asin(Num value)
CalcTrig	CalcTrig.atan(Num value)
Num	Function.calc(AbstractCalculator calc, Num... values) Implementation of function that returns a calculated value
Num	Operator.calc(AbstractCalculator calc, Num operandLeft, Num operandRight) Calculate value for implemented operator
int	Num.compareTo(Num value2) Compares this Num with the specified Num.
boolean	CList.contains(Num o)
CalcTrig	CalcTrig.cos(Num value)
CalcTrig	CalcTrig.cosh(Num value)
Calc	Calc.div(Num value)
CalcTrig	CalcTrig.div(Num value)
boolean	Num.equals(Num obj)
T	NumConverter.fromNum(Num value) Convert Num to custom object
static Properties	Properties.getInheritedProperties(AbstractCalculator calc, Num value)
static Rounding	Properties.getInheritedRoundingMode(AbstractCalculator calc, Num value) If Num don't define scale then use scale from AbstractCalculator instance.
static int	Properties.getInheritedScale(AbstractCalculator calc, Num value) If Num don't define scale then use scale from AbstractCalculator instance.
boolean	Num.isEqual(Num value) Compare if two number are equal regardless scale
Calc	Calc.log(Num value)
CalcTrig	CalcTrig.log(Num value)
Calc	Calc.mod(Num value)
CalcTrig	CalcTrig.mod(Num value)
Calc	Calc.mul(Num value)
CalcTrig	CalcTrig.mul(Num value)
CALC	AbstractCalculator.openBracket(Num value) Open bracket and add value after.
Calc	Calc.pow(Num value)
CalcTrig	CalcTrig.pow(Num value)
CList	CList.put(Num calcValue)
CalcTrig	CalcTrig.sin(Num value)
CalcTrig	CalcTrig.sinh(Num value)
Calc	Calc.sqrt(Num value)
CalcTrig	CalcTrig.sqrt(Num value)
Calc	Calc.sub(Num value)
CalcTrig	CalcTrig.sub(Num value)
CalcTrig	CalcTrig.tan(Num value)
CalcTrig	CalcTrig.tanh(Num value)
CALC	AbstractCalculator.val(Num value) Append value to expression

Constructors in org.jdice.calc with parameters of type Num

Constructor and Description
AbstractCalculator(Num value)
Calc(Num value)
CalcTrig(Num value)

Uses of Num in org.jdice.calc.operation

Methods in org.jdice.calc.operation that return Num

Modifier and Type	Method and Description
Num	LogFunction.calc(AbstractCalculator calc, Num... values)
Num	ArcSinFunction.calc(AbstractCalculator calc, Num... values)
Num	SinhFunction.calc(AbstractCalculator calc, Num... values)
Num	SqrtFunction.calc(AbstractCalculator calc, Num... values)
Num	AbsFunction.calc(AbstractCalculator calc, Num... values)
Num	CosFunction.calc(AbstractCalculator calc, Num... values)
Num	TanhFunction.calc(AbstractCalculator calc, Num... values)
Num	TanFunction.calc(AbstractCalculator calc, Num... values)
Num	ArcTanFunction.calc(AbstractCalculator calc, Num... values)
Num	SinFunction.calc(AbstractCalculator calc, Num... values)
Num	CoshFunction.calc(AbstractCalculator calc, Num... values)
Num	ArcCosFunction.calc(AbstractCalculator calc, Num... values)
Num	ModOperator.calc(AbstractCalculator calc, Num value1, Num value2)
Num	MulOperator.calc(AbstractCalculator calc, Num value1, Num value2)
Num	PowOperator.calc(AbstractCalculator calc, Num value1, Num value2)
Num	AddOperator.calc(AbstractCalculator calc, Num value1, Num value2)
Num	DivOperator.calc(AbstractCalculator calc, Num value1, Num value2)
Num	SubOperator.calc(AbstractCalculator calc, Num value1, Num value2)
Num	ModOperator.calc(Num value1, Num value2, java.lang.Integer scale, Rounding roundingMode)
Num	DivOperator.calc(Num value1, Num value2, java.lang.Integer scale, Rounding roundingMode)

Methods in org.jdice.calc.operation with parameters of type Num

Modifier and Type	Method and Description
CALC	Abs.abs(Num value)
CALC	ArcCos.acos(Num value)
CALC	Add.add(Num value)
CALC	ArcSin.asin(Num value)
CALC	ArcTan.atan(Num value)
Num	LogFunction.calc(AbstractCalculator calc, Num... values)
Num	ArcSinFunction.calc(AbstractCalculator calc, Num... values)
Num	SinhFunction.calc(AbstractCalculator calc, Num... values)
Num	SqrtFunction.calc(AbstractCalculator calc, Num... values)
Num	AbsFunction.calc(AbstractCalculator calc, Num... values)
Num	CosFunction.calc(AbstractCalculator calc, Num... values)
Num	TanhFunction.calc(AbstractCalculator calc, Num... values)
Num	TanFunction.calc(AbstractCalculator calc, Num... values)
Num	ArcTanFunction.calc(AbstractCalculator calc, Num... values)
Num	SinFunction.calc(AbstractCalculator calc, Num... values)
Num	CoshFunction.calc(AbstractCalculator calc, Num... values)
Num	ArcCosFunction.calc(AbstractCalculator calc, Num... values)
Num	ModOperator.calc(AbstractCalculator calc, Num value1, Num value2)
Num	MulOperator.calc(AbstractCalculator calc, Num value1, Num value2)
Num	PowOperator.calc(AbstractCalculator calc, Num value1, Num value2)
Num	AddOperator.calc(AbstractCalculator calc, Num value1, Num value2)
Num	DivOperator.calc(AbstractCalculator calc, Num value1, Num value2)
Num	SubOperator.calc(AbstractCalculator calc, Num value1, Num value2)
Num	ModOperator.calc(Num value1, Num value2, java.lang.Integer scale, Rounding roundingMode)
Num	DivOperator.calc(Num value1, Num value2, java.lang.Integer scale, Rounding roundingMode)
CALC	Cos.cos(Num value)
CALC	Cosh.cosh(Num value)
CALC	Div.div(Num value)
CALC	Log.log(Num value)
CALC	Mod.mod(Num value)
CALC	Mul.mul(Num value)
CALC	Pow.pow(Num value)
CALC	Sin.sin(Num value)
CALC	Sinh.sinh(Num value)
CALC	Sqrt.sqrt(Num value)
CALC	Sub.sub(Num value)
CALC	Tan.tan(Num value)
CALC	Tanh.tanh(Num value)