Index (Calculator with JUnit5 and Cucumber tests 0.5.0 API)

A B C D E F G H I L M N O P R S T U V W _
All Classes and Interfaces|All Packages|Constant Field Values|Serialized Form

A

accept(AtomVisitor) - Method in interface calculator.atoms.Atom: accepts the specific AtomVisitor
accept(AtomVisitor) - Method in class calculator.atoms.Complex
accept(AtomVisitor) - Method in class calculator.atoms.IntegerAtom: accept method to implement the visitor design pattern to traverse Atoms.
accept(AtomVisitor) - Method in class calculator.atoms.Rationnal
accept(AtomVisitor) - Method in class calculator.atoms.Real: accept method to implement the visitor design pattern to traverse arithmetic expressions.
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.AtomComplexContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.AtomNumberContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.CompleteInfixContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.CompletePostfixContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.CompletePrefixContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.ComplexNumberContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.ConstEulerContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.ConstPiContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.FnAcosContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.FnAsinContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.FnAtanContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.FnCosContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.FnCoshContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.FnLnContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.FnLogContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.FnSinContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.FnSinhContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.FnSqrtContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.FnTanContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.FnTanhContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.INAddSubContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.InfixFunctionCallContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.INFunctionContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.INImplicitMultContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.INMultContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.INParenthesisContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.INPowContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.INSignedAtomContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.INTimesDivContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.NumberConstantContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.NumberRealContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.NumberScientificContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.OpDivContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.OpMinusContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.OpPlusContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.OpPowContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.OpTimesContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.Post2ParamContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.PostAtomContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.PostFunc1ParamContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.PostFuncContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.PostMultContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.PostPlus2ParamContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.Pre2ParamContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.PreAtomContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.PreFunc1ParamContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.PreFuncContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.PreMultContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.PrePlus2ParamContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.RealNumberContext
accept(ParseTreeVisitor) - Method in class calculator.calculatorParser.ScientificNumberContext
accept(Visitor) - Method in class calculator.atoms.Complex
accept(Visitor) - Method in class calculator.atoms.IntegerAtom: accept method to implement the visitor design pattern to traverse arithmetic expressions.
accept(Visitor) - Method in class calculator.atoms.Rationnal
accept(Visitor) - Method in class calculator.atoms.Real: accept method to implement the visitor design pattern to traverse arithmetic expressions.
accept(Visitor) - Method in interface calculator.Expression: accept is a method needed to implement the visitor design pattern
accept(Visitor) - Method in class calculator.functions.BinaryFunction: Accept method to implement the visitor design pattern to traverse arithmetic expressions.
accept(Visitor) - Method in class calculator.functions.UnaryFunction: Accept method to implement the visitor design pattern to traverse arithmetic expressions.
accept(Visitor) - Method in class calculator.operations.Operation: Accept method to implement the visitor design pattern to traverse arithmetic expressions.
ACOS - Static variable in class calculator.calculatorLexer
ACOS - Static variable in class calculator.calculatorParser
ACOS() - Method in class calculator.calculatorParser.FnAcosContext
addMoreParams(List) - Method in class calculator.operations.Operation: Add more parameters to the existing list of parameters
apply(BinaryFunction, Atom) - Method in interface calculator.atoms.Atom: Applies an Binary between two atoms of the same concrete type The function supposes that both atoms are of the same concrete type
apply(BinaryFunction, Atom) - Method in class calculator.atoms.Complex
apply(BinaryFunction, Atom) - Method in class calculator.atoms.IntegerAtom
apply(BinaryFunction, Atom) - Method in class calculator.atoms.Rationnal
apply(BinaryFunction, Atom) - Method in class calculator.atoms.Real
apply(UnaryFunction) - Method in interface calculator.atoms.Atom: Applies an operation on the atom
apply(UnaryFunction) - Method in class calculator.atoms.Complex
apply(UnaryFunction) - Method in class calculator.atoms.IntegerAtom: applies a unary operation to the IntegerAtom
apply(UnaryFunction) - Method in class calculator.atoms.Rationnal
apply(UnaryFunction) - Method in class calculator.atoms.Real
apply(Operation, Atom) - Method in interface calculator.atoms.Atom: Applies an operation between two atoms of the same concrete type The function supposes that both atoms are of the same concrete type
apply(Operation, Atom) - Method in class calculator.atoms.Complex
apply(Operation, Atom) - Method in class calculator.atoms.IntegerAtom: applies an operation between two IntegerAtom
apply(Operation, Atom) - Method in class calculator.atoms.Rationnal
apply(Operation, Atom) - Method in class calculator.atoms.Real: applies an operation between two Reals
Arccosinus - Class in calculator.functions: This class represents the arithmetic unary operation "acos".
Arccosinus(Expression) - Constructor for class calculator.functions.Arccosinus: Class constructor specifying an Expression to apply the arccosine function.
Arcsinus - Class in calculator.functions: This class represents the arithmetic unary operation "asin".
Arcsinus(Expression) - Constructor for class calculator.functions.Arcsinus: Class constructor specifying an Expression to apply the arcsine function.
Arctangente - Class in calculator.functions: This class represents the arithmetic unary operation "atan".
Arctangente(Expression) - Constructor for class calculator.functions.Arctangente: Class constructor specifying an Expression to apply the arctangent function.
arg - Variable in class calculator.functions.UnaryFunction: The expression passed as an argument to the arithmetic operation
args - Variable in class calculator.operations.Operation: The list of expressions passed as an argument to the arithmetic operation
ASIN - Static variable in class calculator.calculatorLexer
ASIN - Static variable in class calculator.calculatorParser
ASIN() - Method in class calculator.calculatorParser.FnAsinContext
ATAN - Static variable in class calculator.calculatorLexer
ATAN - Static variable in class calculator.calculatorParser
ATAN() - Method in class calculator.calculatorParser.FnAtanContext
atom() - Method in class calculator.calculatorParser
atom() - Method in class calculator.calculatorParser.INImplicitMultContext
atom() - Method in class calculator.calculatorParser.INSignedAtomContext
atom() - Method in class calculator.calculatorParser.PostAtomContext
atom() - Method in class calculator.calculatorParser.PreAtomContext
Atom - Interface in calculator.atoms: Atom abstract class An Atom represents a number (or an operand of operations).
AtomCaster - Class in calculator.atoms.visitor: AtomCaster is an AtomVisitor whose goal is to cast the visited atom to the specified type and throws errors if this cast is impossible e.g a complex to an Integer
AtomCaster(AtomType) - Constructor for class calculator.atoms.visitor.AtomCaster: Constructs an AtomCaster to cast to the specified type
AtomComparator - Class in calculator.atoms.visitor: AtomComparator is an AtomVisitor whose goal is to give the largest set of number between all visited types e.g. between an Integer, Real and Complex, the Complex type is the largest as both the Integer and Real are included in Complexes
AtomComparator() - Constructor for class calculator.atoms.visitor.AtomComparator: Constructor of the AtomComparator visitor
AtomComplexContext(calculatorParser.AtomContext) - Constructor for class calculator.calculatorParser.AtomComplexContext
AtomContext() - Constructor for class calculator.calculatorParser.AtomContext
AtomContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.AtomContext
atomIN() - Method in class calculator.calculatorParser
atomIN() - Method in class calculator.calculatorParser.INPowContext
atomIN(int) - Method in class calculator.calculatorParser.INPowContext
AtomINContext() - Constructor for class calculator.calculatorParser.AtomINContext
AtomINContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.AtomINContext
AtomNumberContext(calculatorParser.AtomContext) - Constructor for class calculator.calculatorParser.AtomNumberContext
AtomType - Enum Class in calculator.atoms: Enumeration of possible atom (number) types
AtomVisitor - Class in calculator.atoms.visitor: Visitor design pattern for atoms
AtomVisitor() - Constructor for class calculator.atoms.visitor.AtomVisitor

B

BinaryFunction - Class in calculator.functions
BinaryFunction(Expression, Expression) - Constructor for class calculator.functions.BinaryFunction

C

calculator - package calculator
Calculator - Class in calculator: This class represents the core logic of a Calculator.
Calculator() - Constructor for class calculator.Calculator: Default constructor of the class.
calculator.antlr - package calculator.antlr
calculator.api - package calculator.api
calculator.api.dto - package calculator.api.dto
calculator.atoms - package calculator.atoms
calculator.atoms.visitor - package calculator.atoms.visitor
calculator.command - package calculator.command
calculator.functions - package calculator.functions
calculator.operations - package calculator.operations
CalculatorApplication - Class in calculator
CalculatorApplication() - Constructor for class calculator.CalculatorApplication
calculatorBaseVisitor<T> - Class in calculator: This class provides an empty implementation of calculatorVisitor, which can be extended to create a visitor which only needs to handle a subset of the available methods.
calculatorBaseVisitor() - Constructor for class calculator.calculatorBaseVisitor
calculatorLexer - Class in calculator
calculatorLexer(CharStream) - Constructor for class calculator.calculatorLexer
calculatorParser - Class in calculator
calculatorParser(TokenStream) - Constructor for class calculator.calculatorParser
calculatorParser.AtomComplexContext - Class in calculator
calculatorParser.AtomContext - Class in calculator
calculatorParser.AtomINContext - Class in calculator
calculatorParser.AtomNumberContext - Class in calculator
calculatorParser.CompleteContext - Class in calculator
calculatorParser.CompleteInfixContext - Class in calculator
calculatorParser.CompletePostfixContext - Class in calculator
calculatorParser.CompletePrefixContext - Class in calculator
calculatorParser.ComplexContext - Class in calculator
calculatorParser.ComplexNumberContext - Class in calculator
calculatorParser.ConstantContext - Class in calculator
calculatorParser.ConstEulerContext - Class in calculator
calculatorParser.ConstPiContext - Class in calculator
calculatorParser.ExpressionINContext - Class in calculator
calculatorParser.ExpressionPOSTContext - Class in calculator
calculatorParser.ExpressionPREContext - Class in calculator
calculatorParser.FnAcosContext - Class in calculator
calculatorParser.FnAsinContext - Class in calculator
calculatorParser.FnAtanContext - Class in calculator
calculatorParser.FnCosContext - Class in calculator
calculatorParser.FnCoshContext - Class in calculator
calculatorParser.FnLnContext - Class in calculator
calculatorParser.FnLogContext - Class in calculator
calculatorParser.FnSinContext - Class in calculator
calculatorParser.FnSinhContext - Class in calculator
calculatorParser.FnSqrtContext - Class in calculator
calculatorParser.FnTanContext - Class in calculator
calculatorParser.FnTanhContext - Class in calculator
calculatorParser.FuncnameContext - Class in calculator
calculatorParser.FunctionINContext - Class in calculator
calculatorParser.INAddSubContext - Class in calculator
calculatorParser.InfixFunctionCallContext - Class in calculator
calculatorParser.INFunctionContext - Class in calculator
calculatorParser.INImplicitMultContext - Class in calculator
calculatorParser.INMultContext - Class in calculator
calculatorParser.INParenthesisContext - Class in calculator
calculatorParser.INPowContext - Class in calculator
calculatorParser.INSignedAtomContext - Class in calculator
calculatorParser.INTimesDivContext - Class in calculator
calculatorParser.MultExpContext - Class in calculator
calculatorParser.NumberConstantContext - Class in calculator
calculatorParser.NumberContext - Class in calculator
calculatorParser.NumberRealContext - Class in calculator
calculatorParser.NumberScientificContext - Class in calculator
calculatorParser.OpDivContext - Class in calculator
calculatorParser.OperatorContext - Class in calculator
calculatorParser.OpMinusContext - Class in calculator
calculatorParser.OpPlusContext - Class in calculator
calculatorParser.OpPowContext - Class in calculator
calculatorParser.OpTimesContext - Class in calculator
calculatorParser.Post2ParamContext - Class in calculator
calculatorParser.PostAtomContext - Class in calculator
calculatorParser.PostFunc1ParamContext - Class in calculator
calculatorParser.PostFuncContext - Class in calculator
calculatorParser.PostMultContext - Class in calculator
calculatorParser.PostPlus2ParamContext - Class in calculator
calculatorParser.PowExpContext - Class in calculator
calculatorParser.Pre2ParamContext - Class in calculator
calculatorParser.PreAtomContext - Class in calculator
calculatorParser.PreFunc1ParamContext - Class in calculator
calculatorParser.PreFuncContext - Class in calculator
calculatorParser.PreMultContext - Class in calculator
calculatorParser.PrePlus2ParamContext - Class in calculator
calculatorParser.RealContext - Class in calculator
calculatorParser.RealNumberContext - Class in calculator
calculatorParser.ScientificContext - Class in calculator
calculatorParser.ScientificNumberContext - Class in calculator
calculatorVisitor<T> - Interface in calculator: This interface defines a complete generic visitor for a parse tree produced by calculatorParser.
channelNames - Static variable in class calculator.calculatorLexer
CLICommand - Interface in calculator.command
COMMA - Static variable in class calculator.calculatorLexer
COMMA - Static variable in class calculator.calculatorParser
COMMA() - Method in class calculator.calculatorParser.InfixFunctionCallContext
COMMA() - Method in class calculator.calculatorParser.PostFuncContext
COMMA() - Method in class calculator.calculatorParser.PostMultContext
COMMA() - Method in class calculator.calculatorParser.PostPlus2ParamContext
COMMA() - Method in class calculator.calculatorParser.PreFuncContext
COMMA() - Method in class calculator.calculatorParser.PreMultContext
COMMA() - Method in class calculator.calculatorParser.PrePlus2ParamContext
COMMA(int) - Method in class calculator.calculatorParser.InfixFunctionCallContext
COMMA(int) - Method in class calculator.calculatorParser.PostFuncContext
COMMA(int) - Method in class calculator.calculatorParser.PostMultContext
COMMA(int) - Method in class calculator.calculatorParser.PostPlus2ParamContext
COMMA(int) - Method in class calculator.calculatorParser.PreFuncContext
COMMA(int) - Method in class calculator.calculatorParser.PreMultContext
COMMA(int) - Method in class calculator.calculatorParser.PrePlus2ParamContext
complete() - Method in class calculator.calculatorParser
CompleteContext() - Constructor for class calculator.calculatorParser.CompleteContext
CompleteContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.CompleteContext
CompleteInfixContext(calculatorParser.CompleteContext) - Constructor for class calculator.calculatorParser.CompleteInfixContext
CompletePostfixContext(calculatorParser.CompleteContext) - Constructor for class calculator.calculatorParser.CompletePostfixContext
CompletePrefixContext(calculatorParser.CompleteContext) - Constructor for class calculator.calculatorParser.CompletePrefixContext
complex() - Method in class calculator.calculatorParser.AtomComplexContext
complex() - Method in class calculator.calculatorParser
Complex - Class in calculator.atoms: Complex Number type is used to represent complex e.g. 3 + 2i
Complex(double, double) - Constructor for class calculator.atoms.Complex: Constructor method
Complex(Complex) - Constructor for class calculator.atoms.Complex: Constructor method from an existing Complex object
COMPLEX - Enum constant in enum class calculator.atoms.AtomType: Complex number, e.g. 3i, 5, 5+3ei
ComplexContext() - Constructor for class calculator.calculatorParser.ComplexContext
ComplexContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.ComplexContext
ComplexNumberContext(calculatorParser.ComplexContext) - Constructor for class calculator.calculatorParser.ComplexNumberContext
constant() - Method in class calculator.calculatorParser.ComplexNumberContext
constant() - Method in class calculator.calculatorParser
constant() - Method in class calculator.calculatorParser.INImplicitMultContext
constant() - Method in class calculator.calculatorParser.INSignedAtomContext
constant() - Method in class calculator.calculatorParser.NumberConstantContext
constant(int) - Method in class calculator.calculatorParser.ComplexNumberContext
constant(int) - Method in class calculator.calculatorParser.INImplicitMultContext
constant(int) - Method in class calculator.calculatorParser.INSignedAtomContext
ConstantContext() - Constructor for class calculator.calculatorParser.ConstantContext
ConstantContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.ConstantContext
ConstEulerContext(calculatorParser.ConstantContext) - Constructor for class calculator.calculatorParser.ConstEulerContext
ConstPiContext(calculatorParser.ConstantContext) - Constructor for class calculator.calculatorParser.ConstPiContext
context - Static variable in class calculator.atoms.Real
copyFrom(calculatorParser.AtomContext) - Method in class calculator.calculatorParser.AtomContext
copyFrom(calculatorParser.AtomINContext) - Method in class calculator.calculatorParser.AtomINContext
copyFrom(calculatorParser.CompleteContext) - Method in class calculator.calculatorParser.CompleteContext
copyFrom(calculatorParser.ComplexContext) - Method in class calculator.calculatorParser.ComplexContext
copyFrom(calculatorParser.ConstantContext) - Method in class calculator.calculatorParser.ConstantContext
copyFrom(calculatorParser.ExpressionINContext) - Method in class calculator.calculatorParser.ExpressionINContext
copyFrom(calculatorParser.ExpressionPOSTContext) - Method in class calculator.calculatorParser.ExpressionPOSTContext
copyFrom(calculatorParser.ExpressionPREContext) - Method in class calculator.calculatorParser.ExpressionPREContext
copyFrom(calculatorParser.FuncnameContext) - Method in class calculator.calculatorParser.FuncnameContext
copyFrom(calculatorParser.FunctionINContext) - Method in class calculator.calculatorParser.FunctionINContext
copyFrom(calculatorParser.MultExpContext) - Method in class calculator.calculatorParser.MultExpContext
copyFrom(calculatorParser.NumberContext) - Method in class calculator.calculatorParser.NumberContext
copyFrom(calculatorParser.OperatorContext) - Method in class calculator.calculatorParser.OperatorContext
copyFrom(calculatorParser.PowExpContext) - Method in class calculator.calculatorParser.PowExpContext
copyFrom(calculatorParser.RealContext) - Method in class calculator.calculatorParser.RealContext
copyFrom(calculatorParser.ScientificContext) - Method in class calculator.calculatorParser.ScientificContext
COS - Static variable in class calculator.calculatorLexer
COS - Static variable in class calculator.calculatorParser
COS() - Method in class calculator.calculatorParser.FnCosContext
Cosh - Class in calculator.functions: This class represents the arithmetic unary operation "cosh".
Cosh(Expression) - Constructor for class calculator.functions.Cosh: Class constructor specifying an Expression to apply the hyperbolic cosine function.
COSH - Static variable in class calculator.calculatorLexer
COSH - Static variable in class calculator.calculatorParser
COSH() - Method in class calculator.calculatorParser.FnCoshContext
Cosinus - Class in calculator.functions: This class represents the arithmetic unary operation "cos".
Cosinus(Expression) - Constructor for class calculator.functions.Cosinus: Class constructor specifying an Expression to apply the cosine function.
Counter - Class in visitor: Counter is a visitor that counts the numbers, operations, and depth in an arithmetic expression.
Counter() - Constructor for class visitor.Counter: Default constructor.

D

DIV - Static variable in class calculator.calculatorLexer
DIV - Static variable in class calculator.calculatorParser
DIV() - Method in class calculator.calculatorParser.INTimesDivContext
DIV() - Method in class calculator.calculatorParser.OpDivContext
DIV(int) - Method in class calculator.calculatorParser.INTimesDivContext
Divides - Class in calculator.operations: This class represents the arithmetic division operation "/".
Divides(List) - Constructor for class calculator.operations.Divides: Class constructor specifying a number of Expressions to divide.
DOT - Static variable in class calculator.calculatorLexer
DOT - Static variable in class calculator.calculatorParser
DOT() - Method in class calculator.calculatorParser.RealNumberContext

E

E - Static variable in class calculator.calculatorLexer
E - Static variable in class calculator.calculatorParser
E() - Method in class calculator.calculatorParser.ScientificNumberContext
EOF() - Method in class calculator.calculatorParser.CompleteInfixContext
EOF() - Method in class calculator.calculatorParser.CompletePostfixContext
EOF() - Method in class calculator.calculatorParser.CompletePrefixContext
equals(Object) - Method in class calculator.atoms.Complex
equals(Object) - Method in class calculator.atoms.IntegerAtom: Two Integers Atoms are equal if the values they contain are equal
equals(Object) - Method in class calculator.atoms.Rationnal
equals(Object) - Method in class calculator.atoms.Real: Two Real expressions are equal if the values they contain are equal
equals(Object) - Method in class calculator.functions.BinaryFunction
equals(Object) - Method in class calculator.functions.UnaryFunction
equals(Object) - Method in class calculator.operations.Operation: Two operation objects are equal if their list of arguments is equal and they correspond to the same operation.
EULER - Static variable in class calculator.calculatorLexer
EULER - Static variable in class calculator.calculatorParser
EULER() - Method in class calculator.calculatorParser.ConstEulerContext
eval(Expression) - Method in class calculator.Calculator: Evaluates an arithmetic expression and returns its result
EvalCommand - Class in calculator.command
EvalCommand() - Constructor for class calculator.command.EvalCommand
evaluate(String) - Method in class calculator.api.EvaluationService
evaluateExpression(ExpressionDTO) - Method in class calculator.api.EvaluationController
EvaluationController - Class in calculator.api
EvaluationController(EvaluationService) - Constructor for class calculator.api.EvaluationController
EvaluationResponse - Class in calculator.api.dto
EvaluationResponse() - Constructor for class calculator.api.dto.EvaluationResponse
EvaluationService - Class in calculator.api
EvaluationService() - Constructor for class calculator.api.EvaluationService
Evaluator - Class in visitor: Evaluation is a concrete visitor that serves to compute and evaluate the results of arithmetic expressions.
Evaluator() - Constructor for class visitor.Evaluator: Default constructor of the class.
execute(String) - Method in interface calculator.command.CLICommand
execute(String) - Method in class calculator.command.EvalCommand
execute(String) - Method in class calculator.command.ExitCommand
execute(String) - Method in class calculator.command.HelpCommand
ExitCommand - Class in calculator.command
ExitCommand() - Constructor for class calculator.command.ExitCommand
Expression - Interface in calculator: Expression is an abstract class that represents arithmetic expressions.
ExpressionDTO - Class in calculator.api.dto
ExpressionDTO() - Constructor for class calculator.api.dto.ExpressionDTO
expressionIN() - Method in class calculator.calculatorParser.CompleteInfixContext
expressionIN() - Method in class calculator.calculatorParser
expressionIN() - Method in class calculator.calculatorParser.InfixFunctionCallContext
expressionIN() - Method in class calculator.calculatorParser.INImplicitMultContext
expressionIN() - Method in class calculator.calculatorParser.INParenthesisContext
expressionIN(int) - Method in class calculator.calculatorParser.InfixFunctionCallContext
expressionIN(int) - Method in class calculator.calculatorParser.INImplicitMultContext
ExpressionINContext() - Constructor for class calculator.calculatorParser.ExpressionINContext
ExpressionINContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.ExpressionINContext
expressionPOST() - Method in class calculator.calculatorParser.CompletePostfixContext
expressionPOST() - Method in class calculator.calculatorParser
expressionPOST() - Method in class calculator.calculatorParser.Post2ParamContext
expressionPOST() - Method in class calculator.calculatorParser.PostFunc1ParamContext
expressionPOST() - Method in class calculator.calculatorParser.PostFuncContext
expressionPOST() - Method in class calculator.calculatorParser.PostMultContext
expressionPOST() - Method in class calculator.calculatorParser.PostPlus2ParamContext
expressionPOST(int) - Method in class calculator.calculatorParser.Post2ParamContext
expressionPOST(int) - Method in class calculator.calculatorParser.PostFuncContext
expressionPOST(int) - Method in class calculator.calculatorParser.PostMultContext
expressionPOST(int) - Method in class calculator.calculatorParser.PostPlus2ParamContext
ExpressionPOSTContext() - Constructor for class calculator.calculatorParser.ExpressionPOSTContext
ExpressionPOSTContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.ExpressionPOSTContext
expressionPRE() - Method in class calculator.calculatorParser.CompletePrefixContext
expressionPRE() - Method in class calculator.calculatorParser
expressionPRE() - Method in class calculator.calculatorParser.Pre2ParamContext
expressionPRE() - Method in class calculator.calculatorParser.PreFunc1ParamContext
expressionPRE() - Method in class calculator.calculatorParser.PreFuncContext
expressionPRE() - Method in class calculator.calculatorParser.PreMultContext
expressionPRE() - Method in class calculator.calculatorParser.PrePlus2ParamContext
expressionPRE(int) - Method in class calculator.calculatorParser.Pre2ParamContext
expressionPRE(int) - Method in class calculator.calculatorParser.PreFuncContext
expressionPRE(int) - Method in class calculator.calculatorParser.PreMultContext
expressionPRE(int) - Method in class calculator.calculatorParser.PrePlus2ParamContext
ExpressionPREContext() - Constructor for class calculator.calculatorParser.ExpressionPREContext
ExpressionPREContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.ExpressionPREContext

F

FnAcosContext(calculatorParser.FuncnameContext) - Constructor for class calculator.calculatorParser.FnAcosContext
FnAsinContext(calculatorParser.FuncnameContext) - Constructor for class calculator.calculatorParser.FnAsinContext
FnAtanContext(calculatorParser.FuncnameContext) - Constructor for class calculator.calculatorParser.FnAtanContext
FnCosContext(calculatorParser.FuncnameContext) - Constructor for class calculator.calculatorParser.FnCosContext
FnCoshContext(calculatorParser.FuncnameContext) - Constructor for class calculator.calculatorParser.FnCoshContext
FnLnContext(calculatorParser.FuncnameContext) - Constructor for class calculator.calculatorParser.FnLnContext
FnLogContext(calculatorParser.FuncnameContext) - Constructor for class calculator.calculatorParser.FnLogContext
FnSinContext(calculatorParser.FuncnameContext) - Constructor for class calculator.calculatorParser.FnSinContext
FnSinhContext(calculatorParser.FuncnameContext) - Constructor for class calculator.calculatorParser.FnSinhContext
FnSqrtContext(calculatorParser.FuncnameContext) - Constructor for class calculator.calculatorParser.FnSqrtContext
FnTanContext(calculatorParser.FuncnameContext) - Constructor for class calculator.calculatorParser.FnTanContext
FnTanhContext(calculatorParser.FuncnameContext) - Constructor for class calculator.calculatorParser.FnTanhContext
format(Expression, Notation) - Method in class calculator.Calculator: Formats an arithmetic expression in a given notation
funcname() - Method in class calculator.calculatorParser
funcname() - Method in class calculator.calculatorParser.InfixFunctionCallContext
funcname() - Method in class calculator.calculatorParser.PostFunc1ParamContext
funcname() - Method in class calculator.calculatorParser.PostFuncContext
funcname() - Method in class calculator.calculatorParser.PreFunc1ParamContext
funcname() - Method in class calculator.calculatorParser.PreFuncContext
FuncnameContext() - Constructor for class calculator.calculatorParser.FuncnameContext
FuncnameContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.FuncnameContext
functionIN() - Method in class calculator.calculatorParser
functionIN() - Method in class calculator.calculatorParser.INFunctionContext
FunctionINContext() - Constructor for class calculator.calculatorParser.FunctionINContext
FunctionINContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.FunctionINContext

G

getArg() - Method in class calculator.functions.UnaryFunction: getter method to return the argument of an arithmetic operation.
getArgs() - Method in class calculator.operations.Operation: getter method to return the number of arguments of an arithmetic operation.
getATN() - Method in class calculator.calculatorLexer
getATN() - Method in class calculator.calculatorParser
getChannelNames() - Method in class calculator.calculatorLexer
getDenominator() - Method in class calculator.atoms.Rationnal
getDepth() - Method in class visitor.Counter: Gets the depth.
getFirstArg() - Method in class calculator.functions.BinaryFunction
getGrammarFileName() - Method in class calculator.calculatorLexer
getGrammarFileName() - Method in class calculator.calculatorParser
getModeNames() - Method in class calculator.calculatorLexer
getNbNbs() - Method in class visitor.Counter: Gets the number of numbers.
getNbOps() - Method in class visitor.Counter: Gets the number of operations.
getNumerator() - Method in class calculator.atoms.Rationnal
getResult() - Method in class calculator.atoms.visitor.AtomCaster: returns the result of the cast of the visited to the specified type
getResult() - Method in class calculator.atoms.visitor.AtomComparator: returns the most englobing type visited
getResult() - Method in class visitor.Evaluator: getter method to obtain the result of the evaluation
getResult() - Method in class visitor.Printer: Getter method to obtain the string representation of the expression that has been built by the visit methods.
getRuleIndex() - Method in class calculator.calculatorParser.AtomContext
getRuleIndex() - Method in class calculator.calculatorParser.AtomINContext
getRuleIndex() - Method in class calculator.calculatorParser.CompleteContext
getRuleIndex() - Method in class calculator.calculatorParser.ComplexContext
getRuleIndex() - Method in class calculator.calculatorParser.ConstantContext
getRuleIndex() - Method in class calculator.calculatorParser.ExpressionINContext
getRuleIndex() - Method in class calculator.calculatorParser.ExpressionPOSTContext
getRuleIndex() - Method in class calculator.calculatorParser.ExpressionPREContext
getRuleIndex() - Method in class calculator.calculatorParser.FuncnameContext
getRuleIndex() - Method in class calculator.calculatorParser.FunctionINContext
getRuleIndex() - Method in class calculator.calculatorParser.MultExpContext
getRuleIndex() - Method in class calculator.calculatorParser.NumberContext
getRuleIndex() - Method in class calculator.calculatorParser.OperatorContext
getRuleIndex() - Method in class calculator.calculatorParser.PowExpContext
getRuleIndex() - Method in class calculator.calculatorParser.RealContext
getRuleIndex() - Method in class calculator.calculatorParser.ScientificContext
getRuleNames() - Method in class calculator.calculatorLexer
getRuleNames() - Method in class calculator.calculatorParser
getSecondArg() - Method in class calculator.functions.BinaryFunction
getSerializedATN() - Method in class calculator.calculatorLexer
getSerializedATN() - Method in class calculator.calculatorParser
getSymbol() - Method in class calculator.functions.BinaryFunction
getSymbol() - Method in class calculator.functions.UnaryFunction: getter method to return the symbol of the arithmetic operation.
getSymbol() - Method in class calculator.operations.Operation: getter method to return the symbol of the arithmetic operation.
getTokenNames() - Method in class calculator.calculatorLexer: Deprecated.
getTokenNames() - Method in class calculator.calculatorParser: Deprecated.
getValue() - Method in class calculator.atoms.Complex: getter method to obtain the value contained in the object
getValue() - Method in class calculator.atoms.IntegerAtom: returns the value of the integer
getValue() - Method in class calculator.atoms.Rationnal: getter method to obtain the value contained in the object
getValue() - Method in class calculator.atoms.Real: getter method to obtain the value contained in the object
getVocabulary() - Method in class calculator.calculatorLexer
getVocabulary() - Method in class calculator.calculatorParser

H

hashCode() - Method in class calculator.atoms.Complex
hashCode() - Method in class calculator.atoms.IntegerAtom: The method hashCode needs to be overridden it the equals method is overridden; otherwise there may be problems when you use your object in hashed collections such as HashMap, HashSet, LinkedHashSet.
hashCode() - Method in class calculator.atoms.Rationnal
hashCode() - Method in class calculator.atoms.Real: The method hashCode needs to be overridden it the equals method is overridden; otherwise there may be problems when you use your object in hashed collections such as HashMap, HashSet, LinkedHashSet.
hashCode() - Method in class calculator.functions.UnaryFunction
hashCode() - Method in class calculator.operations.Operation: The method hashCode needs to be overridden it the equals method is overridden; otherwise there may be problems when you use your object in hashed collections such as HashMap, HashSet, LinkedHashSet.
HelpCommand - Class in calculator.command
HelpCommand() - Constructor for class calculator.command.HelpCommand

I

I - Static variable in class calculator.calculatorLexer
I - Static variable in class calculator.calculatorParser
I() - Method in class calculator.calculatorParser.ComplexNumberContext
IllegalAtomCast - Exception Class in calculator.atoms: Exception that will be used when an a cast for one Atom to another isn't possible e.g. complex to integer cast
IllegalAtomCast(String) - Constructor for exception class calculator.atoms.IllegalAtomCast: Default constructor.
IllegalConstruction - Exception Class in calculator: Exception that will be used when an incorrectly constructed arithmetic expression is encountered.
IllegalConstruction() - Constructor for exception class calculator.IllegalConstruction: Default constructor.
INAddSubContext(calculatorParser.ExpressionINContext) - Constructor for class calculator.calculatorParser.INAddSubContext
INFIX - Enum constant in enum class calculator.Notation: Infix notation, e.g. "1+2"
InfixFunctionCallContext(calculatorParser.FunctionINContext) - Constructor for class calculator.calculatorParser.InfixFunctionCallContext
INFunctionContext(calculatorParser.AtomINContext) - Constructor for class calculator.calculatorParser.INFunctionContext
INImplicitMultContext(calculatorParser.AtomINContext) - Constructor for class calculator.calculatorParser.INImplicitMultContext
INMultContext(calculatorParser.MultExpContext) - Constructor for class calculator.calculatorParser.INMultContext
INParenthesisContext(calculatorParser.AtomINContext) - Constructor for class calculator.calculatorParser.INParenthesisContext
INPowContext(calculatorParser.PowExpContext) - Constructor for class calculator.calculatorParser.INPowContext
INSignedAtomContext(calculatorParser.AtomINContext) - Constructor for class calculator.calculatorParser.INSignedAtomContext
INT - Static variable in class calculator.calculatorLexer
INT - Static variable in class calculator.calculatorParser
INT() - Method in class calculator.calculatorParser.RealNumberContext
INT() - Method in class calculator.calculatorParser.ScientificNumberContext
INT(int) - Method in class calculator.calculatorParser.RealNumberContext
INT(int) - Method in class calculator.calculatorParser.ScientificNumberContext
INTEGER - Enum constant in enum class calculator.atoms.AtomType: Integer e.g 3, 0, 5
IntegerAtom - Class in calculator.atoms: IntegerAtom is a concrete class that represents arithmetic (integer) numbers, which are Atoms, a special kind of Expressions, just like operations are.
IntegerAtom(int) - Constructor for class calculator.atoms.IntegerAtom: Constructor method
INTimesDivContext(calculatorParser.MultExpContext) - Constructor for class calculator.calculatorParser.INTimesDivContext
isMinusInf() - Method in class calculator.atoms.Real: Returns if the Real is representing -infinity
isNan() - Method in class calculator.atoms.Real: Returns if the Real is representing NaN
isNaN() - Method in class calculator.atoms.Complex: Returns if a complex is a NaN
isPlusInf() - Method in class calculator.atoms.Real: Returns if the Real is representing +infinity

L

Ln - Class in calculator.functions: This class represents the natural logarithm unary operation "ln".
Ln(Expression) - Constructor for class calculator.functions.Ln
LN - Static variable in class calculator.calculatorLexer
LN - Static variable in class calculator.calculatorParser
LN() - Method in class calculator.calculatorParser.FnLnContext
Log - Class in calculator.functions: This class represents the arithmetic binary operation "log(x, base)".
Log(Expression, Expression) - Constructor for class calculator.functions.Log
LOG - Static variable in class calculator.calculatorLexer
LOG - Static variable in class calculator.calculatorParser
LOG() - Method in class calculator.calculatorParser.FnLogContext
LPAR - Static variable in class calculator.calculatorLexer
LPAR - Static variable in class calculator.calculatorParser
LPAR() - Method in class calculator.calculatorParser.InfixFunctionCallContext
LPAR() - Method in class calculator.calculatorParser.INImplicitMultContext
LPAR() - Method in class calculator.calculatorParser.INMultContext
LPAR() - Method in class calculator.calculatorParser.INParenthesisContext
LPAR() - Method in class calculator.calculatorParser.PostFuncContext
LPAR() - Method in class calculator.calculatorParser.PostMultContext
LPAR() - Method in class calculator.calculatorParser.PostPlus2ParamContext
LPAR() - Method in class calculator.calculatorParser.PreFuncContext
LPAR() - Method in class calculator.calculatorParser.PreMultContext
LPAR() - Method in class calculator.calculatorParser.PrePlus2ParamContext
LPAR(int) - Method in class calculator.calculatorParser.INImplicitMultContext
LPAR(int) - Method in class calculator.calculatorParser.INMultContext

M

main(String[]) - Static method in class calculator.CalculatorApplication: The application's entry point
main(String[]) - Static method in class calculator.Main: This is the main method of the application.
Main - Class in calculator: A very simple calculator in Java University of Mons - UMONS Software Engineering Lab Faculty of Sciences
Main() - Constructor for class calculator.Main
Minus - Class in calculator.operations: This class represents the arithmetic operation "-".
Minus(List) - Constructor for class calculator.operations.Minus: Class constructor specifying a number of Expressions to subtract.
MINUS - Static variable in class calculator.calculatorLexer
MINUS - Static variable in class calculator.calculatorParser
MINUS() - Method in class calculator.calculatorParser.INAddSubContext
MINUS() - Method in class calculator.calculatorParser.INSignedAtomContext
MINUS() - Method in class calculator.calculatorParser.OpMinusContext
MINUS() - Method in class calculator.calculatorParser.ScientificNumberContext
MINUS(int) - Method in class calculator.calculatorParser.INAddSubContext
MINUS(int) - Method in class calculator.calculatorParser.INSignedAtomContext
minusInf() - Static method in class calculator.atoms.Real: Returns a Real representing -infinity
modeNames - Static variable in class calculator.calculatorLexer
multExp() - Method in class calculator.calculatorParser.INAddSubContext
multExp() - Method in class calculator.calculatorParser
multExp(int) - Method in class calculator.calculatorParser.INAddSubContext
MultExpContext() - Constructor for class calculator.calculatorParser.MultExpContext
MultExpContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.MultExpContext

N

nan() - Static method in class calculator.atoms.Complex: Returns a Complex representing a NaN
nan() - Static method in class calculator.atoms.Real: Returns a NaN Real
neutral - Variable in class calculator.operations.Operation: The neutral element of the operation (e.g. 1 for *, 0 for +)
Notation - Enum Class in calculator: Enumeration of the 3 ways to represent an arithmetic expression as a String:
number() - Method in class calculator.calculatorParser.AtomNumberContext
number() - Method in class calculator.calculatorParser.ComplexNumberContext
number() - Method in class calculator.calculatorParser
NumberConstantContext(calculatorParser.NumberContext) - Constructor for class calculator.calculatorParser.NumberConstantContext
NumberContext() - Constructor for class calculator.calculatorParser.NumberContext
NumberContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.NumberContext
NumberRealContext(calculatorParser.NumberContext) - Constructor for class calculator.calculatorParser.NumberRealContext
NumberScientificContext(calculatorParser.NumberContext) - Constructor for class calculator.calculatorParser.NumberScientificContext

O

op(int, int) - Method in class calculator.operations.Divides: The actual computation of the (binary) arithmetic division of two integers
op(int, int) - Method in class calculator.operations.Minus: The actual computation of the (binary) arithmetic subtraction of two integers
op(Complex) - Method in class calculator.functions.Arccosinus
op(Complex) - Method in class calculator.functions.Arcsinus
op(Complex) - Method in class calculator.functions.Arctangente
op(Complex) - Method in class calculator.functions.Cosh
op(Complex) - Method in class calculator.functions.Cosinus
op(Complex) - Method in class calculator.functions.Ln
op(Complex) - Method in class calculator.functions.Sinh
op(Complex) - Method in class calculator.functions.Sinus
op(Complex) - Method in class calculator.functions.Sqrt
op(Complex) - Method in class calculator.functions.Tangente
op(Complex) - Method in class calculator.functions.Tanh
op(Complex) - Method in class calculator.functions.UnaryFunction
op(Complex, Complex) - Method in class calculator.functions.BinaryFunction: Abstract method representing the actual function result of two complexes
op(Complex, Complex) - Method in class calculator.functions.Log
op(Complex, Complex) - Method in class calculator.operations.Divides
op(Complex, Complex) - Method in class calculator.operations.Minus
op(Complex, Complex) - Method in class calculator.operations.Operation: Abstract method representing the actual binary arithmetic operation to compute on Complexes
op(Complex, Complex) - Method in class calculator.operations.Plus
op(Complex, Complex) - Method in class calculator.operations.Power: The exponentiation of complex numbers
op(Complex, Complex) - Method in class calculator.operations.Times
op(IntegerAtom) - Method in class calculator.functions.Arccosinus
op(IntegerAtom) - Method in class calculator.functions.Arcsinus
op(IntegerAtom) - Method in class calculator.functions.Arctangente
op(IntegerAtom) - Method in class calculator.functions.Cosh
op(IntegerAtom) - Method in class calculator.functions.Cosinus
op(IntegerAtom) - Method in class calculator.functions.Ln
op(IntegerAtom) - Method in class calculator.functions.Sinh
op(IntegerAtom) - Method in class calculator.functions.Sinus
op(IntegerAtom) - Method in class calculator.functions.Sqrt
op(IntegerAtom) - Method in class calculator.functions.Tangente
op(IntegerAtom) - Method in class calculator.functions.Tanh
op(IntegerAtom) - Method in class calculator.functions.UnaryFunction
op(IntegerAtom, IntegerAtom) - Method in class calculator.functions.BinaryFunction: Abstract method representing the actual function result of two integers
op(IntegerAtom, IntegerAtom) - Method in class calculator.functions.Log
op(IntegerAtom, IntegerAtom) - Method in class calculator.operations.Divides: The actual computation of the (binary) arithmetic division of two Integers
op(IntegerAtom, IntegerAtom) - Method in class calculator.operations.Minus: The actual computation of the (binary) arithmetic subtraction of two Integers
op(IntegerAtom, IntegerAtom) - Method in class calculator.operations.Operation: Abstract method representing the actual binary arithmetic operation to compute on Integer
op(IntegerAtom, IntegerAtom) - Method in class calculator.operations.Plus: The actual computation of the (binary) arithmetic addition of two Integers
op(IntegerAtom, IntegerAtom) - Method in class calculator.operations.Power: The actual exponentiation of two Integers.
op(IntegerAtom, IntegerAtom) - Method in class calculator.operations.Times: The actual computation of the (binary) arithmetic multiplication of two Integers
op(Rationnal) - Method in class calculator.functions.Arccosinus
op(Rationnal) - Method in class calculator.functions.Arcsinus
op(Rationnal) - Method in class calculator.functions.Arctangente
op(Rationnal) - Method in class calculator.functions.Cosh
op(Rationnal) - Method in class calculator.functions.Cosinus
op(Rationnal) - Method in class calculator.functions.Ln
op(Rationnal) - Method in class calculator.functions.Sinh
op(Rationnal) - Method in class calculator.functions.Sinus
op(Rationnal) - Method in class calculator.functions.Sqrt
op(Rationnal) - Method in class calculator.functions.Tangente
op(Rationnal) - Method in class calculator.functions.Tanh
op(Rationnal) - Method in class calculator.functions.UnaryFunction
op(Rationnal, Rationnal) - Method in class calculator.functions.BinaryFunction: Abstract method representing the actual function result of two Rationnals
op(Rationnal, Rationnal) - Method in class calculator.functions.Log
op(Rationnal, Rationnal) - Method in class calculator.operations.Divides
op(Rationnal, Rationnal) - Method in class calculator.operations.Minus
op(Rationnal, Rationnal) - Method in class calculator.operations.Operation: Abstract method representing the actual binary arithmetic operation to compute on Rationnals
op(Rationnal, Rationnal) - Method in class calculator.operations.Plus
op(Rationnal, Rationnal) - Method in class calculator.operations.Power: The actual exponentiation of two rational numbers
op(Rationnal, Rationnal) - Method in class calculator.operations.Times
op(Real) - Method in class calculator.functions.Arccosinus
op(Real) - Method in class calculator.functions.Arcsinus
op(Real) - Method in class calculator.functions.Arctangente
op(Real) - Method in class calculator.functions.Cosh
op(Real) - Method in class calculator.functions.Cosinus
op(Real) - Method in class calculator.functions.Ln
op(Real) - Method in class calculator.functions.Sinh
op(Real) - Method in class calculator.functions.Sinus
op(Real) - Method in class calculator.functions.Sqrt
op(Real) - Method in class calculator.functions.Tangente
op(Real) - Method in class calculator.functions.Tanh
op(Real) - Method in class calculator.functions.UnaryFunction
op(Real, Real) - Method in class calculator.functions.BinaryFunction: Abstract method representing the actual function result of two reals
op(Real, Real) - Method in class calculator.functions.Log
op(Real, Real) - Method in class calculator.operations.Divides: The actual computation of the (binary) arithmetic division of two Reals
op(Real, Real) - Method in class calculator.operations.Minus: The actual computation of the (binary) arithmetic subtraction of two Reals
op(Real, Real) - Method in class calculator.operations.Operation: Abstract method representing the actual binary arithmetic operation to compute on Reals
op(Real, Real) - Method in class calculator.operations.Plus: The actual computation of the (binary) arithmetic addition of two Reals
op(Real, Real) - Method in class calculator.operations.Power: The actual exponentiation of two Reals
op(Real, Real) - Method in class calculator.operations.Times: The actual computation of the (binary) arithmetic multiplication of two Reals
OpDivContext(calculatorParser.OperatorContext) - Constructor for class calculator.calculatorParser.OpDivContext
Operation - Class in calculator.operations: Operation is an abstract class that represents arithmetic operations, which are a special kind of Expressions, just like numbers are.
Operation(List) - Constructor for class calculator.operations.Operation: To construct an operation with a list of expressions as arguments, as well as the Notation used to represent the operation.
operator() - Method in class calculator.calculatorParser
operator() - Method in class calculator.calculatorParser.Post2ParamContext
operator() - Method in class calculator.calculatorParser.PostPlus2ParamContext
operator() - Method in class calculator.calculatorParser.Pre2ParamContext
operator() - Method in class calculator.calculatorParser.PrePlus2ParamContext
OperatorContext() - Constructor for class calculator.calculatorParser.OperatorContext
OperatorContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.OperatorContext
OpMinusContext(calculatorParser.OperatorContext) - Constructor for class calculator.calculatorParser.OpMinusContext
OpPlusContext(calculatorParser.OperatorContext) - Constructor for class calculator.calculatorParser.OpPlusContext
OpPowContext(calculatorParser.OperatorContext) - Constructor for class calculator.calculatorParser.OpPowContext
OpTimesContext(calculatorParser.OperatorContext) - Constructor for class calculator.calculatorParser.OpTimesContext

P

parse(String) - Method in class calculator.antlr.Parser: Analyze a string input and return an Expression object representing the parsed expression.
Parser - Class in calculator.antlr
Parser() - Constructor for class calculator.antlr.Parser
ParserVisitor - Class in calculator.antlr: Builds Expression objects from the ANTLR parse tree.
ParserVisitor() - Constructor for class calculator.antlr.ParserVisitor
PI - Static variable in class calculator.calculatorLexer
PI - Static variable in class calculator.calculatorParser
PI() - Method in class calculator.calculatorParser.ConstPiContext
Plus - Class in calculator.operations: This class represents the arithmetic sum operation "+".
Plus(List) - Constructor for class calculator.operations.Plus: Class constructor specifying a number of Expressions to add.
PLUS - Static variable in class calculator.calculatorLexer
PLUS - Static variable in class calculator.calculatorParser
PLUS() - Method in class calculator.calculatorParser.INAddSubContext
PLUS() - Method in class calculator.calculatorParser.INSignedAtomContext
PLUS() - Method in class calculator.calculatorParser.OpPlusContext
PLUS() - Method in class calculator.calculatorParser.ScientificNumberContext
PLUS(int) - Method in class calculator.calculatorParser.INAddSubContext
PLUS(int) - Method in class calculator.calculatorParser.INSignedAtomContext
plusInf() - Static method in class calculator.atoms.Real: Returns a Real representing +infinity
pong() - Method in class calculator.api.EvaluationController
Post2ParamContext(calculatorParser.ExpressionPOSTContext) - Constructor for class calculator.calculatorParser.Post2ParamContext
PostAtomContext(calculatorParser.ExpressionPOSTContext) - Constructor for class calculator.calculatorParser.PostAtomContext
POSTFIX - Enum constant in enum class calculator.Notation: Postfix notation, e.g. "(1,2)+" or "1 2 +"
PostFunc1ParamContext(calculatorParser.ExpressionPOSTContext) - Constructor for class calculator.calculatorParser.PostFunc1ParamContext
PostFuncContext(calculatorParser.ExpressionPOSTContext) - Constructor for class calculator.calculatorParser.PostFuncContext
PostMultContext(calculatorParser.ExpressionPOSTContext) - Constructor for class calculator.calculatorParser.PostMultContext
PostPlus2ParamContext(calculatorParser.ExpressionPOSTContext) - Constructor for class calculator.calculatorParser.PostPlus2ParamContext
POW - Static variable in class calculator.calculatorLexer
POW - Static variable in class calculator.calculatorParser
POW() - Method in class calculator.calculatorParser.INPowContext
POW() - Method in class calculator.calculatorParser.OpPowContext
POW(int) - Method in class calculator.calculatorParser.INPowContext
Power - Class in calculator.operations
Power(List) - Constructor for class calculator.operations.Power
powExp() - Method in class calculator.calculatorParser.INMultContext
powExp() - Method in class calculator.calculatorParser.INTimesDivContext
powExp() - Method in class calculator.calculatorParser
powExp(int) - Method in class calculator.calculatorParser.INMultContext
powExp(int) - Method in class calculator.calculatorParser.INTimesDivContext
PowExpContext() - Constructor for class calculator.calculatorParser.PowExpContext
PowExpContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.PowExpContext
Pre2ParamContext(calculatorParser.ExpressionPREContext) - Constructor for class calculator.calculatorParser.Pre2ParamContext
PreAtomContext(calculatorParser.ExpressionPREContext) - Constructor for class calculator.calculatorParser.PreAtomContext
PREFIX - Enum constant in enum class calculator.Notation: Prefix notation, e.g. "+(1,2)" or "+ 1 2"
PreFunc1ParamContext(calculatorParser.ExpressionPREContext) - Constructor for class calculator.calculatorParser.PreFunc1ParamContext
PreFuncContext(calculatorParser.ExpressionPREContext) - Constructor for class calculator.calculatorParser.PreFuncContext
PreMultContext(calculatorParser.ExpressionPREContext) - Constructor for class calculator.calculatorParser.PreMultContext
PrePlus2ParamContext(calculatorParser.ExpressionPREContext) - Constructor for class calculator.calculatorParser.PrePlus2ParamContext
print(Expression) - Method in class calculator.Calculator: Prints an arithmetic expression provided as input parameter.
Printer - Class in visitor: Printer is a Visitor that converts arithmetic expressions into Strings, using a specified notation (prefix, infix or postfix).
Printer() - Constructor for class visitor.Printer: Constructor of the Printer class, which initializes the notation to infix by default.
Printer(Notation) - Constructor for class visitor.Printer: Constructor of the Printer class, which takes a Notation as a parameter to specify the notation to be used for printing expressions.
printExpressionDetails(Expression) - Method in class calculator.Calculator: Prints verbose details of an arithmetic expression provided as input parameter.

R

Rationnal - Class in calculator.atoms: Rationnal Number type is used to represent fractions e.g. 1/2
Rationnal(int) - Constructor for class calculator.atoms.Rationnal: Constructor method for a whole number * @param value The integer value (e.g., 5 becomes 5/1)
Rationnal(int, int) - Constructor for class calculator.atoms.Rationnal: Constructor method * @param numerator The numerator
Rationnal(Fraction) - Constructor for class calculator.atoms.Rationnal: Constructor method from an existing Fraction object * @param value The commons-numbers Fraction object
RATIONNAL - Enum constant in enum class calculator.atoms.AtomType: Rationnal number, e.g. 1/3, 5, 99/1010
real() - Method in class calculator.calculatorParser.NumberRealContext
real() - Method in class calculator.calculatorParser
real() - Method in class calculator.calculatorParser.ScientificNumberContext
Real - Class in calculator.atoms: Real is a concrete class that represents arithmetic (Real) numbers, which are Atoms, a special kind of Expressions.
Real(double) - Constructor for class calculator.atoms.Real: Constructor method for a double
Real(int) - Constructor for class calculator.atoms.Real: Constructor method
Real(String) - Constructor for class calculator.atoms.Real: Constructor method for a string
Real(BigDecimal) - Constructor for class calculator.atoms.Real: Constructor method for a BigDecimal
REAL - Enum constant in enum class calculator.atoms.AtomType: Real number, e.g. 4.555, 5E-10, 5
RealContext() - Constructor for class calculator.calculatorParser.RealContext
RealContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.RealContext
RealNumberContext(calculatorParser.RealContext) - Constructor for class calculator.calculatorParser.RealNumberContext
RPAR - Static variable in class calculator.calculatorLexer
RPAR - Static variable in class calculator.calculatorParser
RPAR() - Method in class calculator.calculatorParser.InfixFunctionCallContext
RPAR() - Method in class calculator.calculatorParser.INImplicitMultContext
RPAR() - Method in class calculator.calculatorParser.INMultContext
RPAR() - Method in class calculator.calculatorParser.INParenthesisContext
RPAR() - Method in class calculator.calculatorParser.PostFuncContext
RPAR() - Method in class calculator.calculatorParser.PostMultContext
RPAR() - Method in class calculator.calculatorParser.PostPlus2ParamContext
RPAR() - Method in class calculator.calculatorParser.PreFuncContext
RPAR() - Method in class calculator.calculatorParser.PreMultContext
RPAR() - Method in class calculator.calculatorParser.PrePlus2ParamContext
RPAR(int) - Method in class calculator.calculatorParser.INImplicitMultContext
RPAR(int) - Method in class calculator.calculatorParser.INMultContext
RULE_atom - Static variable in class calculator.calculatorParser
RULE_atomIN - Static variable in class calculator.calculatorParser
RULE_complete - Static variable in class calculator.calculatorParser
RULE_complex - Static variable in class calculator.calculatorParser
RULE_constant - Static variable in class calculator.calculatorParser
RULE_expressionIN - Static variable in class calculator.calculatorParser
RULE_expressionPOST - Static variable in class calculator.calculatorParser
RULE_expressionPRE - Static variable in class calculator.calculatorParser
RULE_funcname - Static variable in class calculator.calculatorParser
RULE_functionIN - Static variable in class calculator.calculatorParser
RULE_multExp - Static variable in class calculator.calculatorParser
RULE_number - Static variable in class calculator.calculatorParser
RULE_operator - Static variable in class calculator.calculatorParser
RULE_powExp - Static variable in class calculator.calculatorParser
RULE_real - Static variable in class calculator.calculatorParser
RULE_scientific - Static variable in class calculator.calculatorParser
ruleNames - Static variable in class calculator.calculatorLexer
ruleNames - Static variable in class calculator.calculatorParser

S

scale - Static variable in class calculator.atoms.Real
scientific() - Method in class calculator.calculatorParser.NumberScientificContext
scientific() - Method in class calculator.calculatorParser
ScientificContext() - Constructor for class calculator.calculatorParser.ScientificContext
ScientificContext(ParserRuleContext, int) - Constructor for class calculator.calculatorParser.ScientificContext
ScientificNumberContext(calculatorParser.ScientificContext) - Constructor for class calculator.calculatorParser.ScientificNumberContext
sempred(RuleContext, int, int) - Method in class calculator.calculatorParser
setFirstArg(Expression) - Method in class calculator.functions.BinaryFunction
setSecondArg(Expression) - Method in class calculator.functions.BinaryFunction
setSymbol(String) - Method in class calculator.functions.BinaryFunction
SIN - Static variable in class calculator.calculatorLexer
SIN - Static variable in class calculator.calculatorParser
SIN() - Method in class calculator.calculatorParser.FnSinContext
Sinh - Class in calculator.functions: This class represents the arithmetic unary operation "sinh".
Sinh(Expression) - Constructor for class calculator.functions.Sinh: Class constructor specifying an Expression to apply the hyperbolic sine function.
SINH - Static variable in class calculator.calculatorLexer
SINH - Static variable in class calculator.calculatorParser
SINH() - Method in class calculator.calculatorParser.FnSinhContext
Sinus - Class in calculator.functions: This class represents the arithmetic unary operation "sin".
Sinus(Expression) - Constructor for class calculator.functions.Sinus: Class constructor specifying an Expression to apply the sine function.
Sqrt - Class in calculator.functions: This class represents the square root unary operation "sqrt".
Sqrt(Expression) - Constructor for class calculator.functions.Sqrt
SQRT - Static variable in class calculator.calculatorLexer
SQRT - Static variable in class calculator.calculatorParser
SQRT() - Method in class calculator.calculatorParser.FnSqrtContext
symbol - Variable in class calculator.functions.BinaryFunction
symbol - Variable in class calculator.functions.UnaryFunction: The character/string used to represent the arithmetic operation (e.g.
symbol - Variable in class calculator.operations.Operation: The character used to represent the arithmetic operation (e.g. "+", "*")

T

TAN - Static variable in class calculator.calculatorLexer
TAN - Static variable in class calculator.calculatorParser
TAN() - Method in class calculator.calculatorParser.FnTanContext
Tangente - Class in calculator.functions: This class represents the arithmetic unary operation "tan".
Tangente(Expression) - Constructor for class calculator.functions.Tangente: Class constructor specifying an Expression to apply the tangent function.
Tanh - Class in calculator.functions: This class represents the arithmetic unary operation "tanh".
Tanh(Expression) - Constructor for class calculator.functions.Tanh: Class constructor specifying an Expression to apply the hyperbolic tangent function.
TANH - Static variable in class calculator.calculatorLexer
TANH - Static variable in class calculator.calculatorParser
TANH() - Method in class calculator.calculatorParser.FnTanhContext
Times - Class in calculator.operations: This class represents the arithmetic multiplication operation "*".
Times(List) - Constructor for class calculator.operations.Times: Class constructor specifying a number of Expressions to multiply.
TIMES - Static variable in class calculator.calculatorLexer
TIMES - Static variable in class calculator.calculatorParser
TIMES() - Method in class calculator.calculatorParser.INTimesDivContext
TIMES() - Method in class calculator.calculatorParser.OpTimesContext
TIMES(int) - Method in class calculator.calculatorParser.INTimesDivContext
tokenNames - Static variable in class calculator.calculatorLexer: Deprecated.
Use calculatorLexer.VOCABULARY instead.
tokenNames - Static variable in class calculator.calculatorParser: Deprecated.
Use calculatorParser.VOCABULARY instead.
toRational(BigDecimal) - Static method in class calculator.operations.Power
toString() - Method in class calculator.atoms.Complex
toString() - Method in class calculator.atoms.IntegerAtom
toString() - Method in class calculator.atoms.Rationnal
toString() - Method in class calculator.atoms.Real
toString() - Method in class calculator.functions.UnaryFunction
toString() - Method in class calculator.operations.Operation: Convert the arithmetic operation into a String to allow it to be printed, using the default printer
toString(Notation) - Method in class calculator.functions.UnaryFunction
toString(Notation) - Method in class calculator.operations.Operation: Appeal to the visitor to convert the arithmetic operation into a String to allow it to be printed, using the notation n (prefix, infix or postfix) that is specified as a parameter.

U

UnaryFunction - Class in calculator.functions: UnaryFunction is an abstract class that represents unary arithmetic operations, which are a special kind of Expressions, just like binary operations are.
UnaryFunction(Expression) - Constructor for class calculator.functions.UnaryFunction: To construct a unary operation with an expression as argument

V

valueOf(String) - Static method in enum class calculator.atoms.AtomType: Returns the enum constant of this class with the specified name.
valueOf(String) - Static method in enum class calculator.Notation: Returns the enum constant of this class with the specified name.
values() - Static method in enum class calculator.atoms.AtomType: Returns an array containing the constants of this enum class, in the order they are declared.
values() - Static method in enum class calculator.Notation: Returns an array containing the constants of this enum class, in the order they are declared.
visit(Complex) - Method in class calculator.atoms.visitor.AtomCaster: Visiting a Complex Atom to cast it to the specified type of the visitor
visit(Complex) - Method in class calculator.atoms.visitor.AtomComparator: Visits a Complex and changes the result to complex as any Number can be converted to a complex
visit(Complex) - Method in class calculator.atoms.visitor.AtomVisitor: The Visitor can traverse a Complex number (a subtype of Expression)
visit(Complex) - Method in class visitor.Counter
visit(Complex) - Method in class visitor.Evaluator
visit(Complex) - Method in class visitor.Printer
visit(Complex) - Method in class visitor.Visitor: The Visitor can traverse a Complex number (a subtype of Expression)
visit(IntegerAtom) - Method in class calculator.atoms.visitor.AtomCaster: Visiting a Integer Atom to cast it to the specified type of the visitor
visit(IntegerAtom) - Method in class calculator.atoms.visitor.AtomComparator: Visits a Integer and doesn't change the result as the integer type is the smallest set
visit(IntegerAtom) - Method in class calculator.atoms.visitor.AtomVisitor: The Visitor can traverse a Rationnal number (a subtype of Expression)
visit(IntegerAtom) - Method in class visitor.Counter
visit(IntegerAtom) - Method in class visitor.Evaluator
visit(IntegerAtom) - Method in class visitor.Printer
visit(IntegerAtom) - Method in class visitor.Visitor: The Visitor can traverse an Integer (a subtype of Expression)
visit(Rationnal) - Method in class calculator.atoms.visitor.AtomCaster: Visiting a Rationnal Atom to cast it to the specified type of the visitor
visit(Rationnal) - Method in class calculator.atoms.visitor.AtomComparator: Visits a Rationnal and changes the result only if it was an integer
visit(Rationnal) - Method in class calculator.atoms.visitor.AtomVisitor: The Visitor can traverse a Rationnal number (a subtype of Expression)
visit(Rationnal) - Method in class visitor.Counter
visit(Rationnal) - Method in class visitor.Evaluator
visit(Rationnal) - Method in class visitor.Printer
visit(Rationnal) - Method in class visitor.Visitor: The Visitor can traverse a Rationnal number (a subtype of Expression)
visit(Real) - Method in class calculator.atoms.visitor.AtomCaster: Visiting a Real Atom to cast it to the specified type of the visitor
visit(Real) - Method in class calculator.atoms.visitor.AtomComparator: Visits a Real and changes the result if it was a Rationnal or Integer
visit(Real) - Method in class calculator.atoms.visitor.AtomVisitor: The Visitor can traverse a Real number (a subtype of Expression)
visit(Real) - Method in class visitor.Counter
visit(Real) - Method in class visitor.Evaluator: Use the visitor design pattern to visit a Real.
visit(Real) - Method in class visitor.Printer: The visit methods for Real.
visit(Real) - Method in class visitor.Visitor: The Visitor can traverse a Real number (a subtype of Expression)
visit(BinaryFunction) - Method in class visitor.Counter
visit(BinaryFunction) - Method in class visitor.Evaluator
visit(BinaryFunction) - Method in class visitor.Printer
visit(BinaryFunction) - Method in class visitor.Visitor: The Visitor can traverse a binary function (a subtype of Expression)
visit(UnaryFunction) - Method in class visitor.Counter
visit(UnaryFunction) - Method in class visitor.Evaluator
visit(UnaryFunction) - Method in class visitor.Printer
visit(UnaryFunction) - Method in class visitor.Visitor: The Visitor can traverse an unary function (a subtype of Expression)
visit(Operation) - Method in class visitor.Counter: Visit an operation: increments the operation count, then recursively visits all child expressions to accumulate counts.
visit(Operation) - Method in class visitor.Evaluator: Use the visitor design pattern to visit an operation
visit(Operation) - Method in class visitor.Printer: The visit method for Operation.
visit(Operation) - Method in class visitor.Visitor: The Visitor can traverse an operation (a subtype of Expression)
visitAtomComplex(calculatorParser.AtomComplexContext) - Method in class calculator.antlr.ParserVisitor: Rule: atom : complex #AtomComplex
visitAtomComplex(calculatorParser.AtomComplexContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the AtomComplex labeled alternative in calculatorParser.atom().
visitAtomComplex(calculatorParser.AtomComplexContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the AtomComplex labeled alternative in calculatorParser.atom().
visitAtomNumber(calculatorParser.AtomNumberContext) - Method in class calculator.antlr.ParserVisitor: Rule: atom : number #AtomNumber
visitAtomNumber(calculatorParser.AtomNumberContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the AtomNumber labeled alternative in calculatorParser.atom().
visitAtomNumber(calculatorParser.AtomNumberContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the AtomNumber labeled alternative in calculatorParser.atom().
visitCompleteInfix(calculatorParser.CompleteInfixContext) - Method in class calculator.antlr.ParserVisitor: Rule: complete : expressionIN EOF #CompleteInfix
visitCompleteInfix(calculatorParser.CompleteInfixContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the CompleteInfix labeled alternative in calculatorParser.complete().
visitCompleteInfix(calculatorParser.CompleteInfixContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the CompleteInfix labeled alternative in calculatorParser.complete().
visitCompletePostfix(calculatorParser.CompletePostfixContext) - Method in class calculator.antlr.ParserVisitor: Rule: complete : expressionPOST EOF #CompletePostfix
visitCompletePostfix(calculatorParser.CompletePostfixContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the CompletePostfix labeled alternative in calculatorParser.complete().
visitCompletePostfix(calculatorParser.CompletePostfixContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the CompletePostfix labeled alternative in calculatorParser.complete().
visitCompletePrefix(calculatorParser.CompletePrefixContext) - Method in class calculator.antlr.ParserVisitor: Rule: complete : expressionPRE EOF #CompletePrefix
visitCompletePrefix(calculatorParser.CompletePrefixContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the CompletePrefix labeled alternative in calculatorParser.complete().
visitCompletePrefix(calculatorParser.CompletePrefixContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the CompletePrefix labeled alternative in calculatorParser.complete().
visitComplexNumber(calculatorParser.ComplexNumberContext) - Method in class calculator.antlr.ParserVisitor: Rule: complex : number?
visitComplexNumber(calculatorParser.ComplexNumberContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the ComplexNumber labeled alternative in calculatorParser.complex().
visitComplexNumber(calculatorParser.ComplexNumberContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the ComplexNumber labeled alternative in calculatorParser.complex().
visitConstEuler(calculatorParser.ConstEulerContext) - Method in class calculator.antlr.ParserVisitor: Rule: constant : EULER #ConstEuler
visitConstEuler(calculatorParser.ConstEulerContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the ConstEuler labeled alternative in calculatorParser.constant().
visitConstEuler(calculatorParser.ConstEulerContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the ConstEuler labeled alternative in calculatorParser.constant().
visitConstPi(calculatorParser.ConstPiContext) - Method in class calculator.antlr.ParserVisitor: Rule: constant : PI #ConstPi
visitConstPi(calculatorParser.ConstPiContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the ConstPi labeled alternative in calculatorParser.constant().
visitConstPi(calculatorParser.ConstPiContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the ConstPi labeled alternative in calculatorParser.constant().
visitFnAcos(calculatorParser.FnAcosContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the FnAcos labeled alternative in calculatorParser.funcname().
visitFnAcos(calculatorParser.FnAcosContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the FnAcos labeled alternative in calculatorParser.funcname().
visitFnAsin(calculatorParser.FnAsinContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the FnAsin labeled alternative in calculatorParser.funcname().
visitFnAsin(calculatorParser.FnAsinContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the FnAsin labeled alternative in calculatorParser.funcname().
visitFnAtan(calculatorParser.FnAtanContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the FnAtan labeled alternative in calculatorParser.funcname().
visitFnAtan(calculatorParser.FnAtanContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the FnAtan labeled alternative in calculatorParser.funcname().
visitFnCos(calculatorParser.FnCosContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the FnCos labeled alternative in calculatorParser.funcname().
visitFnCos(calculatorParser.FnCosContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the FnCos labeled alternative in calculatorParser.funcname().
visitFnCosh(calculatorParser.FnCoshContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the FnCosh labeled alternative in calculatorParser.funcname().
visitFnCosh(calculatorParser.FnCoshContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the FnCosh labeled alternative in calculatorParser.funcname().
visitFnLn(calculatorParser.FnLnContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the FnLn labeled alternative in calculatorParser.funcname().
visitFnLn(calculatorParser.FnLnContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the FnLn labeled alternative in calculatorParser.funcname().
visitFnLog(calculatorParser.FnLogContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the FnLog labeled alternative in calculatorParser.funcname().
visitFnLog(calculatorParser.FnLogContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the FnLog labeled alternative in calculatorParser.funcname().
visitFnSin(calculatorParser.FnSinContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the FnSin labeled alternative in calculatorParser.funcname().
visitFnSin(calculatorParser.FnSinContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the FnSin labeled alternative in calculatorParser.funcname().
visitFnSinh(calculatorParser.FnSinhContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the FnSinh labeled alternative in calculatorParser.funcname().
visitFnSinh(calculatorParser.FnSinhContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the FnSinh labeled alternative in calculatorParser.funcname().
visitFnSqrt(calculatorParser.FnSqrtContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the FnSqrt labeled alternative in calculatorParser.funcname().
visitFnSqrt(calculatorParser.FnSqrtContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the FnSqrt labeled alternative in calculatorParser.funcname().
visitFnTan(calculatorParser.FnTanContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the FnTan labeled alternative in calculatorParser.funcname().
visitFnTan(calculatorParser.FnTanContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the FnTan labeled alternative in calculatorParser.funcname().
visitFnTanh(calculatorParser.FnTanhContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the FnTanh labeled alternative in calculatorParser.funcname().
visitFnTanh(calculatorParser.FnTanhContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the FnTanh labeled alternative in calculatorParser.funcname().
visitINAddSub(calculatorParser.INAddSubContext) - Method in class calculator.antlr.ParserVisitor: Rule: expressionIN : multExp ((PLUS | MINUS) multExp)* #INAddSub
visitINAddSub(calculatorParser.INAddSubContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the INAddSub labeled alternative in calculatorParser.expressionIN().
visitINAddSub(calculatorParser.INAddSubContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the INAddSub labeled alternative in calculatorParser.expressionIN().
visitInfixFunctionCall(calculatorParser.InfixFunctionCallContext) - Method in class calculator.antlr.ParserVisitor: Rule: functionIN : funcname LPAR expressionIN (COMMA expressionIN)* RPAR #InfixFunctionCall
visitInfixFunctionCall(calculatorParser.InfixFunctionCallContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the InfixFunctionCall labeled alternative in calculatorParser.functionIN().
visitInfixFunctionCall(calculatorParser.InfixFunctionCallContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the InfixFunctionCall labeled alternative in calculatorParser.functionIN().
visitINFunction(calculatorParser.INFunctionContext) - Method in class calculator.antlr.ParserVisitor: Rule: atomIN : functionIN #INFunction
visitINFunction(calculatorParser.INFunctionContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the INFunction labeled alternative in calculatorParser.atomIN().
visitINFunction(calculatorParser.INFunctionContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the INFunction labeled alternative in calculatorParser.atomIN().
visitINImplicitMult(calculatorParser.INImplicitMultContext) - Method in class calculator.antlr.ParserVisitor: Rule: atomIN : (LPAR expressionIN RPAR)?
visitINImplicitMult(calculatorParser.INImplicitMultContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the INImplicitMult labeled alternative in calculatorParser.atomIN().
visitINImplicitMult(calculatorParser.INImplicitMultContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the INImplicitMult labeled alternative in calculatorParser.atomIN().
visitINMult(calculatorParser.INMultContext) - Method in class calculator.antlr.ParserVisitor: Rule: multExp : powExp (LPAR powExp RPAR)* #INMult
visitINMult(calculatorParser.INMultContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the INMult labeled alternative in calculatorParser.multExp().
visitINMult(calculatorParser.INMultContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the INMult labeled alternative in calculatorParser.multExp().
visitINParenthesis(calculatorParser.INParenthesisContext) - Method in class calculator.antlr.ParserVisitor: Rule: atomIN : (LPAR expressionIN RPAR) #INParenthesis
visitINParenthesis(calculatorParser.INParenthesisContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the INParenthesis labeled alternative in calculatorParser.atomIN().
visitINParenthesis(calculatorParser.INParenthesisContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the INParenthesis labeled alternative in calculatorParser.atomIN().
visitINPow(calculatorParser.INPowContext) - Method in class calculator.antlr.ParserVisitor: Rule: powExp : atomIN (POW atomIN)* #INPow
visitINPow(calculatorParser.INPowContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the INPow labeled alternative in calculatorParser.powExp().
visitINPow(calculatorParser.INPowContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the INPow labeled alternative in calculatorParser.powExp().
visitINSignedAtom(calculatorParser.INSignedAtomContext) - Method in class calculator.antlr.ParserVisitor: Rule: atomIN : (PLUS | MINUS)* atom (constant)* #INSignedAtom
visitINSignedAtom(calculatorParser.INSignedAtomContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the INSignedAtom labeled alternative in calculatorParser.atomIN().
visitINSignedAtom(calculatorParser.INSignedAtomContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the INSignedAtom labeled alternative in calculatorParser.atomIN().
visitINTimesDiv(calculatorParser.INTimesDivContext) - Method in class calculator.antlr.ParserVisitor: Rule: multExp : powExp ((TIMES | DIV) powExp)* #INTimesDiv
visitINTimesDiv(calculatorParser.INTimesDivContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the INTimesDiv labeled alternative in calculatorParser.multExp().
visitINTimesDiv(calculatorParser.INTimesDivContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the INTimesDiv labeled alternative in calculatorParser.multExp().
visitNumberConstant(calculatorParser.NumberConstantContext) - Method in class calculator.antlr.ParserVisitor: Rule: number : constant #NumberConstant
visitNumberConstant(calculatorParser.NumberConstantContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the NumberConstant labeled alternative in calculatorParser.number().
visitNumberConstant(calculatorParser.NumberConstantContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the NumberConstant labeled alternative in calculatorParser.number().
visitNumberReal(calculatorParser.NumberRealContext) - Method in class calculator.antlr.ParserVisitor: Rule: number : real #NumberReal
visitNumberReal(calculatorParser.NumberRealContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the NumberReal labeled alternative in calculatorParser.number().
visitNumberReal(calculatorParser.NumberRealContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the NumberReal labeled alternative in calculatorParser.number().
visitNumberScientific(calculatorParser.NumberScientificContext) - Method in class calculator.antlr.ParserVisitor: Rule: number : scientific #NumberScientific
visitNumberScientific(calculatorParser.NumberScientificContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the NumberScientific labeled alternative in calculatorParser.number().
visitNumberScientific(calculatorParser.NumberScientificContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the NumberScientific labeled alternative in calculatorParser.number().
visitOpDiv(calculatorParser.OpDivContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the OpDiv labeled alternative in calculatorParser.operator().
visitOpDiv(calculatorParser.OpDivContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the OpDiv labeled alternative in calculatorParser.operator().
visitOpMinus(calculatorParser.OpMinusContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the OpMinus labeled alternative in calculatorParser.operator().
visitOpMinus(calculatorParser.OpMinusContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the OpMinus labeled alternative in calculatorParser.operator().
visitOpPlus(calculatorParser.OpPlusContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the OpPlus labeled alternative in calculatorParser.operator().
visitOpPlus(calculatorParser.OpPlusContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the OpPlus labeled alternative in calculatorParser.operator().
visitOpPow(calculatorParser.OpPowContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the OpPow labeled alternative in calculatorParser.operator().
visitOpPow(calculatorParser.OpPowContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the OpPow labeled alternative in calculatorParser.operator().
visitOpTimes(calculatorParser.OpTimesContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the OpTimes labeled alternative in calculatorParser.operator().
visitOpTimes(calculatorParser.OpTimesContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the OpTimes labeled alternative in calculatorParser.operator().
visitor - package visitor
Visitor - Class in visitor: Visitor design pattern
Visitor() - Constructor for class visitor.Visitor
visitPost2Param(calculatorParser.Post2ParamContext) - Method in class calculator.antlr.ParserVisitor: Rule: expressionPOST : expressionPOST expressionPOST operator #Post2Param
visitPost2Param(calculatorParser.Post2ParamContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the Post2Param labeled alternative in calculatorParser.expressionPOST().
visitPost2Param(calculatorParser.Post2ParamContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the Post2Param labeled alternative in calculatorParser.expressionPOST().
visitPostAtom(calculatorParser.PostAtomContext) - Method in class calculator.antlr.ParserVisitor: Rule: expressionPOST : atom #PostAtom
visitPostAtom(calculatorParser.PostAtomContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the PostAtom labeled alternative in calculatorParser.expressionPOST().
visitPostAtom(calculatorParser.PostAtomContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the PostAtom labeled alternative in calculatorParser.expressionPOST().
visitPostFunc(calculatorParser.PostFuncContext) - Method in class calculator.antlr.ParserVisitor: Rule: expressionPOST : LPAR expressionPOST+ RPAR funcname | LPAR expressionPOST (COMMA expressionPOST)* RPAR funcname #PostFunc
visitPostFunc(calculatorParser.PostFuncContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the PostFunc labeled alternative in calculatorParser.expressionPOST().
visitPostFunc(calculatorParser.PostFuncContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the PostFunc labeled alternative in calculatorParser.expressionPOST().
visitPostFunc1Param(calculatorParser.PostFunc1ParamContext) - Method in class calculator.antlr.ParserVisitor: Rule: expressionPOST : expressionPOST funcname #PostFunc1Param
visitPostFunc1Param(calculatorParser.PostFunc1ParamContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the PostFunc1Param labeled alternative in calculatorParser.expressionPOST().
visitPostFunc1Param(calculatorParser.PostFunc1ParamContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the PostFunc1Param labeled alternative in calculatorParser.expressionPOST().
visitPostMult(calculatorParser.PostMultContext) - Method in class calculator.antlr.ParserVisitor: Rule: expressionPOST : LPAR expressionPOST expressionPOST+ RPAR | LPAR expressionPOST (COMMA expressionPOST)+ RPAR #PostMult
visitPostMult(calculatorParser.PostMultContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the PostMult labeled alternative in calculatorParser.expressionPOST().
visitPostMult(calculatorParser.PostMultContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the PostMult labeled alternative in calculatorParser.expressionPOST().
visitPostPlus2Param(calculatorParser.PostPlus2ParamContext) - Method in class calculator.antlr.ParserVisitor: Rule: expressionPOST : LPAR expressionPOST expressionPOST+ RPAR operator | LPAR expressionPOST (COMMA expressionPOST)+ RPAR operator #PostPlus2Param
visitPostPlus2Param(calculatorParser.PostPlus2ParamContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the PostPlus2Param labeled alternative in calculatorParser.expressionPOST().
visitPostPlus2Param(calculatorParser.PostPlus2ParamContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the PostPlus2Param labeled alternative in calculatorParser.expressionPOST().
visitPre2Param(calculatorParser.Pre2ParamContext) - Method in class calculator.antlr.ParserVisitor: Rule: expressionPRE : operator expressionPRE expressionPRE #Pre2Param
visitPre2Param(calculatorParser.Pre2ParamContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the Pre2Param labeled alternative in calculatorParser.expressionPRE().
visitPre2Param(calculatorParser.Pre2ParamContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the Pre2Param labeled alternative in calculatorParser.expressionPRE().
visitPreAtom(calculatorParser.PreAtomContext) - Method in class calculator.antlr.ParserVisitor: Rule: expressionPRE : atom #PreAtom
visitPreAtom(calculatorParser.PreAtomContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the PreAtom labeled alternative in calculatorParser.expressionPRE().
visitPreAtom(calculatorParser.PreAtomContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the PreAtom labeled alternative in calculatorParser.expressionPRE().
visitPreFunc(calculatorParser.PreFuncContext) - Method in class calculator.antlr.ParserVisitor: Rule: expressionPRE : funcname LPAR expressionPRE+ RPAR | funcname LPAR expressionPRE (COMMA expressionPRE)* RPAR #PreFunc
visitPreFunc(calculatorParser.PreFuncContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the PreFunc labeled alternative in calculatorParser.expressionPRE().
visitPreFunc(calculatorParser.PreFuncContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the PreFunc labeled alternative in calculatorParser.expressionPRE().
visitPreFunc1Param(calculatorParser.PreFunc1ParamContext) - Method in class calculator.antlr.ParserVisitor: Rule: expressionPRE : funcname expressionPRE #PreFunc1Param
visitPreFunc1Param(calculatorParser.PreFunc1ParamContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the PreFunc1Param labeled alternative in calculatorParser.expressionPRE().
visitPreFunc1Param(calculatorParser.PreFunc1ParamContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the PreFunc1Param labeled alternative in calculatorParser.expressionPRE().
visitPreMult(calculatorParser.PreMultContext) - Method in class calculator.antlr.ParserVisitor: Rule: expressionPRE : LPAR expressionPRE expressionPRE+ RPAR | LPAR expressionPRE (COMMA expressionPRE)+ RPAR #PreMult
visitPreMult(calculatorParser.PreMultContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the PreMult labeled alternative in calculatorParser.expressionPRE().
visitPreMult(calculatorParser.PreMultContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the PreMult labeled alternative in calculatorParser.expressionPRE().
visitPrePlus2Param(calculatorParser.PrePlus2ParamContext) - Method in class calculator.antlr.ParserVisitor: Rule: expressionPRE : operator LPAR expressionPRE expressionPRE+ RPAR | operator LPAR expressionPRE (COMMA expressionPRE)+ RPAR #PrePlus2Param
visitPrePlus2Param(calculatorParser.PrePlus2ParamContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the PrePlus2Param labeled alternative in calculatorParser.expressionPRE().
visitPrePlus2Param(calculatorParser.PrePlus2ParamContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the PrePlus2Param labeled alternative in calculatorParser.expressionPRE().
visitRealNumber(calculatorParser.RealNumberContext) - Method in class calculator.antlr.ParserVisitor: Rule: real : INT (DOT INT)?
visitRealNumber(calculatorParser.RealNumberContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the RealNumber labeled alternative in calculatorParser.real().
visitRealNumber(calculatorParser.RealNumberContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the RealNumber labeled alternative in calculatorParser.real().
visitScientificNumber(calculatorParser.ScientificNumberContext) - Method in class calculator.antlr.ParserVisitor: Rule: scientific : (real | INT) E (PLUS | MINUS)?
visitScientificNumber(calculatorParser.ScientificNumberContext) - Method in class calculator.calculatorBaseVisitor: Visit a parse tree produced by the ScientificNumber labeled alternative in calculatorParser.scientific().
visitScientificNumber(calculatorParser.ScientificNumberContext) - Method in interface calculator.calculatorVisitor: Visit a parse tree produced by the ScientificNumber labeled alternative in calculatorParser.scientific().
VOCABULARY - Static variable in class calculator.calculatorLexer
VOCABULARY - Static variable in class calculator.calculatorParser

W

WS - Static variable in class calculator.calculatorLexer
WS - Static variable in class calculator.calculatorParser

_

_ATN - Static variable in class calculator.calculatorLexer
_ATN - Static variable in class calculator.calculatorParser
_decisionToDFA - Static variable in class calculator.calculatorLexer
_decisionToDFA - Static variable in class calculator.calculatorParser
_serializedATN - Static variable in class calculator.calculatorLexer
_serializedATN - Static variable in class calculator.calculatorParser
_sharedContextCache - Static variable in class calculator.calculatorLexer
_sharedContextCache - Static variable in class calculator.calculatorParser

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