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