Uses of Class
org.apfloat.calc.ParseException

Packages that use ParseException

Package	Description
org.apfloat.calc	Arbitrary precision calculator interactive application.

Uses of ParseException in org.apfloat.calc

Methods in org.apfloat.calc that return ParseException

Modifier and Type	Method	Description
ParseException	CalculatorParser.generateParseException()	Generate ParseException.

Methods in org.apfloat.calc that throw ParseException

Modifier and Type	Method	Description
java.lang.Number	AbstractCalculatorImpl.add(java.lang.Number x, java.lang.Number y)
java.lang.Number	CalculatorImpl.add(java.lang.Number x, java.lang.Number y)	Addition.
java.lang.Number	CalculatorParser.additiveExpression()
java.util.List<java.lang.Number>	CalculatorParser.argumentList()
java.lang.Number	CalculatorParser.assignmentExpression()
java.lang.Number	FunctionCalculatorImpl.FixedFunction.call(java.util.List<java.lang.Number> arguments)
java.lang.Number	FunctionCalculatorImpl.Function.call(java.util.List<java.lang.Number> arguments)	Call the function.
java.lang.Number	CalculatorParser.constant()
java.lang.Number	AbstractCalculatorImpl.divide(java.lang.Number x, java.lang.Number y)
java.lang.Number	CalculatorImpl.divide(java.lang.Number x, java.lang.Number y)	Division.
java.lang.Number	AbstractCalculatorImpl.doubleFactorial(java.lang.Number x)
java.lang.Number	CalculatorImpl.doubleFactorial(java.lang.Number x)	Double factorial.
java.lang.Number	CalculatorParser.element()
java.lang.Number	CalculatorParser.expression()
java.lang.Number	AbstractCalculatorImpl.factorial(java.lang.Number x)
java.lang.Number	CalculatorImpl.factorial(java.lang.Number x)	Factorial.
java.lang.Number	CalculatorParser.factorialExpression()
java.lang.Number	CalculatorImpl.function(java.lang.String name, java.util.List<java.lang.Number> arguments)	Arbitrary function.
java.lang.Number	CalculatorParser.function()
java.lang.Number	FunctionCalculatorImpl.function(java.lang.String name, java.util.List<java.lang.Number> arguments)
java.lang.Number	AbstractCalculatorImpl.getVariable(java.lang.String name)
java.lang.Number	CalculatorImpl.getVariable(java.lang.String name)	Get a variable.
java.lang.String	CalculatorParser.identifier()
private Token	CalculatorParser.jj_consume_token(int kind)
static void	Calculator.main(java.lang.String[] args)	Command-line entry point.
java.lang.Number	AbstractCalculatorImpl.mod(java.lang.Number x, java.lang.Number y)
java.lang.Number	CalculatorImpl.mod(java.lang.Number x, java.lang.Number y)	Remainder.
java.lang.Number	CalculatorParser.multiplicativeExpression()
java.lang.Number	AbstractCalculatorImpl.multiply(java.lang.Number x, java.lang.Number y)
java.lang.Number	CalculatorImpl.multiply(java.lang.Number x, java.lang.Number y)	Multiplication.
java.lang.Number	AbstractCalculatorImpl.negate(java.lang.Number x)
java.lang.Number	CalculatorImpl.negate(java.lang.Number x)	Negative value.
java.lang.Number	CalculatorImpl.parseDecimal(java.lang.String value)	Parse a string to a floating-point number.
java.lang.Number	CalculatorImpl.parseInteger(java.lang.String value)	Parse a string to an integer number.
boolean	CalculatorParser.parseOneLine()
java.lang.Number	AbstractCalculatorImpl.pow(java.lang.Number x, java.lang.Number y)
java.lang.Number	CalculatorImpl.pow(java.lang.Number x, java.lang.Number y)	Power.
java.lang.Number	CalculatorParser.powerExpression()
void	CalculatorImpl.setVariable(java.lang.String name, java.lang.Number value)	Set a variable.
java.lang.Number	AbstractCalculatorImpl.subtract(java.lang.Number x, java.lang.Number y)
java.lang.Number	CalculatorImpl.subtract(java.lang.Number x, java.lang.Number y)	Subtraction.
java.lang.Number	CalculatorParser.unaryExpression()
protected void	FunctionCalculatorImpl.FixedFunction.validate(java.util.List<java.lang.Number> arguments)	Validate the number of arguments.
java.lang.String	CalculatorParser.variable()