Uses of Class
org.mariuszgromada.math.mxparser.parsertokens.Token

Packages that use Token

Package	Description
org.mariuszgromada.math.mxparser
org.mariuszgromada.math.mxparser.parsertokens

Uses of Token in org.mariuszgromada.math.mxparser

Fields in org.mariuszgromada.math.mxparser with type parameters of type Token

Modifier and Type	Field	Description
(package private) List<Token>	HeadEqBody.headTokens
(package private) List<Token>	Expression.initialTokens	List of expression tokens (words).
(package private) List<Token>	FunctionParameter.tokens
private List<Token>	Expression.tokensList	the initialTokens list keeps unchanged information about found tokens.

Methods in org.mariuszgromada.math.mxparser that return types with arguments of type Token

Modifier and Type	Method	Description
private static List<Token>	Expression.createInitialTokens(int startPos, int endPos, List<Token> tokensList)	Creates string tokens list from the subexpression.
List<Token>	Expression.getCopyOfInitialTokens()	Tokenizes expression string and returns tokens list, including: string, type, level.
(package private) static List<Token>	ExpressionUtils.getCopyOfInitialTokens(String expressionString, List<Token> initialTokens)	Tokenizes expression string and returns tokens list, including: string, type, level.
(package private) List<Token>	Expression.getInitialTokens()	Gets initial tokens and returns copied list

Methods in org.mariuszgromada.math.mxparser with parameters of type Token

Modifier and Type	Method	Description
private void	Expression.addFractionToken(Token token)	Adds fraction token to the tokens list
private void	Expression.assignKnownKeyword(Token token, KeyWord keyWord)	Assign found known keyword to the token
private boolean	Expression.checkArgumentNameInCalculusOperator(Token token)	Method used in case of implied multiplication, where x2x can be understood as x2*x sum( x2x, 1, 20, 2*x2x) x2x is not known and it will be prevented from split into x2*x
private boolean	Expression.checkFraction(Token token)	Checks whether unknown token represents fraction provided as fraction or mixed fraction
private boolean	Expression.checkInternalSyntaxCalculusOperatorDerivative(String recursionInfoLevel, Token token, String tokenInfoMessage, Stack<SyntaxStackElement> syntaxStack, int paramsNumber, List<FunctionParameter> funParams)
private boolean	Expression.checkInternalSyntaxCalculusOperatorDerivativeNth(String recursionInfoLevel, Token token, String tokenInfoMessage, Stack<SyntaxStackElement> syntaxStack, int paramsNumber, List<FunctionParameter> funParams)
private boolean	Expression.checkInternalSyntaxCalculusOperatorForwardBackwardDiff(String recursionInfoLevel, Token token, String tokenInfoMessage, Stack<SyntaxStackElement> syntaxStack, int paramsNumber, List<FunctionParameter> funParams)
private boolean	Expression.checkInternalSyntaxCalculusOperatorIntegralSolve(String recursionInfoLevel, Token token, String tokenInfoMessage, Stack<SyntaxStackElement> syntaxStack, int paramsNumber, List<FunctionParameter> funParams)
private boolean	Expression.checkInternalSyntaxCalculusOperatorIterated(String recursionInfoLevel, Token token, String tokenInfoMessage, Stack<SyntaxStackElement> syntaxStack, int paramsNumber, List<FunctionParameter> funParams)
private boolean	Expression.checkNumberNameManyImpliedMultiplication(Token token, boolean parenthesisIsOnTheRight)	Handles implied multiplication logic in case of a single continuous string, e.g.
private boolean	Expression.checkOtherNumberBases(Token token)	Checks whether unknown token represents number literal provided in different numeral base system, where base is between 1 and 36.
private boolean	Expression.checkPartialSyntaxBinaryFunction(String recursionInfoLevel, int tokenIndex, Token token, String tokenInfoMessage)
private boolean	Expression.checkPartialSyntaxBuiltinConstant(String recursionInfoLevel, int tokenIndex, Token token, String tokenInfoMessage)
private boolean	Expression.checkPartialSyntaxCalculusOperator(String recursionInfoLevel, int tokenIndex, Token token, String tokenInfoMessage, Stack<SyntaxStackElement> syntaxStack)
private boolean	Expression.checkPartialSyntaxInvalidToken(String recursionInfoLevel, Token token, String tokenInfoMessage, Stack<SyntaxStackElement> syntaxStack)
private boolean	Expression.checkPartialSyntaxTernaryFunction(String recursionInfoLevel, int tokenIndex, Token token, String tokenInfoMessage)
private boolean	Expression.checkPartialSyntaxUnaryFunction(String recursionInfoLevel, int tokenIndex, Token token, String tokenInfoMessage)
private boolean	Expression.checkPartialSyntaxUserDefinedArgument(String recursionInfoLevel, int tokenIndex, Token token, String tokenInfoMessage)
private boolean	Expression.checkPartialSyntaxUserDefinedConstant(String recursionInfoLevel, int tokenIndex, Token token, String tokenStr)
private boolean	Expression.checkPartialSyntaxUserDefinedFunction(String recursionInfoLevel, int tokenIndex, Token token, String tokenInfoMessage)
private boolean	Expression.checkPartialSyntaxUserDefinedRecursiveArgument(String recursionInfoLevel, int tokenIndex, Token token, String tokenInfoMessage)
private boolean	Expression.checkPartialSyntaxVariadicFunction(String recursionInfoLevel, int tokenIndex, Token token, String tokenInfoMessage)
private boolean	Expression.checkSpecialConstantName(Token token)	Check whether we have a case of '[abc]'
private void	Expression.initialTokensAdd(Token token)	Handles implied multiplication while adding single token to the tokens list is checking preceding token
private static void	Expression.performSyntaxStackPopIfEndOfSectionLevel(Token token, Stack<SyntaxStackElement> syntaxStack)
(package private) static String	ExpressionUtils.tokenToString(Token token)
private boolean	Expression.tryAssignKnownKeyword(Token token)	Tries to find known keyword for a given token via string matching

Method parameters in org.mariuszgromada.math.mxparser with type arguments of type Token

Modifier and Type	Method	Description
private void	Function.addHeadTokensArguments(List<Token> headTokens)
static void	mXparser.consolePrint(List<Token> tokens)	Prints tokens to the console.
static void	mXparser.consolePrintln(List<Token> tokens)	Prints tokens to the console.
static void	mXparser.consolePrintTokens(List<Token> tokens)	Prints tokens to the console.
private static List<Token>	Expression.createInitialTokens(int startPos, int endPos, List<Token> tokensList)	Creates string tokens list from the subexpression.
(package private) static void	ExpressionUtils.evaluateTokensLevels(List<Token> initialTokens)	Evaluates tokens levels
(package private) static List<Token>	ExpressionUtils.getCopyOfInitialTokens(String expressionString, List<Token> initialTokens)	Tokenizes expression string and returns tokens list, including: string, type, level.
(package private) static List<FunctionParameter>	ExpressionUtils.getFunctionParameters(int pos, List<Token> tokensList)	Returns list of the functions parameters.
(package private) static String[]	ExpressionUtils.getMissingUserDefinedArguments(List<Token> tokens)	Returns missing user defined arguments names, i.e.
(package private) static String[]	ExpressionUtils.getMissingUserDefinedFunctions(List<Token> tokens)	Returns missing user defined functions names, i.e.
(package private) static String[]	ExpressionUtils.getMissingUserDefinedUnits(List<Token> tokens)	Returns missing user defined units names, i.e.
(package private) static void	ExpressionUtils.showParsing(int lPos, int rPos, List<Token> tokensList)	Shows parsing (verbose mode purposes).
(package private) static void	Expression.showTokens(List<Token> tokensList)
(package private) static void	ExpressionUtils.showTokens(List<Token> tokensList)
(package private) static String	ExpressionUtils.tokensListToString(List<Token> tokensList)
private static void	Expression.updateMissingTokens(List<Token> tokens, String keyWord, int tokenId, int tokenTypeId)	Updating missing tokens (i.e.

Constructor parameters in org.mariuszgromada.math.mxparser with type arguments of type Token

Modifier	Constructor	Description
(package private)	Expression(String expressionString, List<Token> initialTokens, List<Argument> argumentsList, List<Function> functionsList, List<Constant> constantsList, boolean disableUlpRounding, boolean UDFExpression, List<Double> UDFVariadicParamsAtRunTime)	Package level constructor - creates new expression from subexpression (sublist of the tokens list), arguments list, functions list and constants list (used by the internal calculus operations, etc...).
(package private)	FunctionParameter(List<Token> tokens, String paramStr, int fromIndex, int toIndex)

Uses of Token in org.mariuszgromada.math.mxparser.parsertokens

Methods in org.mariuszgromada.math.mxparser.parsertokens that return Token

Modifier and Type	Method	Description
Token	Token.clone()
static Token	Token.clone(Token token)	Token cloning.
static Token	Token.makeMultiplyToken()	Creates token representing multiplication operator.

Methods in org.mariuszgromada.math.mxparser.parsertokens with parameters of type Token

Modifier and Type	Method	Description
static Token	Token.clone(Token token)	Token cloning.
static boolean	Token.isBinaryOperator(Token token)	Verification if the token is a binary operator.
static boolean	Token.isIdentifier(Token token)	Verification if the token is an identifier.
static boolean	Token.isLeftParenthesis(Token token)	Verification if the token is a left parenthesis.
static boolean	Token.isNumber(Token token)	Verification if the token is a number.
static boolean	Token.isParameterSeparator(Token token)	Verification if the token is a parameter separator.
static boolean	Token.isRightParenthesis(Token token)	Verification if the token is a right parenthesis.
static boolean	Token.isSpecialTokenName(Token token)	Verification if the token is represented by a special name in the form [...].
static boolean	Token.isUnaryLeftOperator(Token token)	Verification if the token is a left unary operator.
static boolean	Token.isUnaryRightOperator(Token token)	Verification if the token is a right unary operator.
static boolean	Token.isUnicodeRootOperator(Token token)	Verification if the token represents unicode root operator