All Classes Interface Summary Class Summary Enum Summary Exception Summary
| Class |
Description |
| Abs |
Absolute value.
|
| AbstractBytecodeVisitor |
Base class for the byte code visitor.
|
| AbstractSumProduct |
Common base class for Sum and Prod. |
| AbstractVar |
Common base class for all "variables".
|
| AbstractVisitor |
A Visitor implementing some basic functionality. |
| Addition |
Nomen est omen.
|
| AntlrFunctionParser |
|
| Arccos |
Area cosine.
|
| Arcosh |
Area cosine hyperbolicus.
|
| Arcsin |
Arcus sine.
|
| Arctan |
Area tangens.
|
| Arsinh |
Area sine hyperbolicus.
|
| Artanh |
Area tangens hyperbolicus.
|
| ASTElement |
Accept a visitor on an element of the abstract syntax tree (AST).
|
| AuxiliaryVariable |
|
| AuxVar |
Model an auxiliary variable.
|
| BaseVisitor |
Empty Visitor implementation useful as base class for visitors visiting
only a sub set of elements. |
| BinaryExpression |
An expression that evaluates two sub-expressions.
|
| Binomial |
Binomial coefficient n over k.
|
| BytecodeGenerationException |
Wrapper exception thrown when all kind of problems occur during bytecode
generation.
|
| BytecodeVisitor |
Abstraction to convert an abstract syntax tree to Java bytecode.
|
| BytecodeVisitorImpl |
Generate bytecode for the Java virtual machine by visiting AST nodes.
|
| Constant |
Some important constants.
|
| Cos |
Cosine.
|
| Cosh |
Cosine hyperbolicus.
|
| Division |
Nomen est omen.
|
| Doub |
A Doub models a real-valued constant in the abstract syntax tree. |
| EvalAssembler |
|
| EvalImpl |
|
| EvalVisitorImpl |
A Visitor implementation that evaluates a mathematical expression
given as abstract syntax tree by recursively walking through the tree. |
| Exp |
Exponential function.
|
| Expression |
Models a mathematical expression.
|
| F2BLibAssembler |
Separate construction of a system from using it.
|
| F2BLibImpl |
|
| Faculty |
n!
|
| ForLoop |
A ForLoop models a very simple for loop. |
| Function |
A Function models a single-valued mathematical function. |
| FunctionBody |
A FunctionBody models the actual function definition in form of
mathematical expressions or for loops and the like. |
| FunctionDefinition |
A FunctionDefinition is the top-level element in the abstract syntax
tree, and thus the main entry point for all function evaluation logic. |
| FunctionEvaluation |
Models real-valued functions f_p: IR^n -> IR^m, p in IR^k.
|
| FunctionEvaluationBytecodeGenerator |
Abstraction layer to decouple the system and to improve testability.
|
| FunctionEvaluationBytecodeGeneratorImpl |
|
| FunctionEvaluationFactory |
|
| FunctionEvaluationKernel |
Handles mathematical functions.
|
| FunctionEvaluationProvider |
|
| FunctionEvaluationValidator |
|
| FunctionEvaluationWrapper |
|
| FunctionParser |
|
| FunctionsBaseListener |
This class provides an empty implementation of FunctionsListener,
which can be extended to create a listener which only needs to handle a subset
of the available methods. |
| FunctionsBaseVisitor<T> |
This class provides an empty implementation of FunctionsVisitor,
which can be extended to create a visitor which only needs to handle a subset
of the available methods. |
| FunctionsLexer |
|
| FunctionsListener |
This interface defines a complete listener for a parse tree produced by
FunctionsParser. |
| FunctionsParser |
|
| FunctionsParser.AbsContext |
|
| FunctionsParser.AdditionContext |
|
| FunctionsParser.ArccosContext |
|
| FunctionsParser.ArcoshContext |
|
| FunctionsParser.ArcsinContext |
|
| FunctionsParser.ArctanContext |
|
| FunctionsParser.ArsinhContext |
|
| FunctionsParser.ArtanhContext |
|
| FunctionsParser.Auxiliary_variableContext |
|
| FunctionsParser.BinomialContext |
|
| FunctionsParser.Class_nameContext |
|
| FunctionsParser.ConstantContext |
|
| FunctionsParser.ConstContext |
|
| FunctionsParser.CosContext |
|
| FunctionsParser.CoshContext |
|
| FunctionsParser.DivisionContext |
|
| FunctionsParser.DoubContext |
|
| FunctionsParser.ExpContext |
|
| FunctionsParser.ExpressionContext |
|
| FunctionsParser.FacultyContext |
|
| FunctionsParser.FloatingPointContext |
|
| FunctionsParser.For_loopContext |
|
| FunctionsParser.FuncContext |
|
| FunctionsParser.Function_bodyContext |
|
| FunctionsParser.Function_definitionContext |
|
| FunctionsParser.IadditionContext |
|
| FunctionsParser.IbinomialContext |
|
| FunctionsParser.IfacultyContext |
|
| FunctionsParser.IintContext |
|
| FunctionsParser.ImultiplicationContext |
|
| FunctionsParser.InegContext |
|
| FunctionsParser.IntContext |
|
| FunctionsParser.IntegerContext |
|
| FunctionsParser.IntExpressionContext |
|
| FunctionsParser.IparenthesisContext |
|
| FunctionsParser.IposContext |
|
| FunctionsParser.IpowerContext |
|
| FunctionsParser.IprodContext |
|
| FunctionsParser.IroundContext |
|
| FunctionsParser.IsubtractionContext |
|
| FunctionsParser.IsumContext |
|
| FunctionsParser.IvarContext |
|
| FunctionsParser.LnContext |
|
| FunctionsParser.MultiplicationContext |
|
| FunctionsParser.NegContext |
|
| FunctionsParser.ParameterContext |
|
| FunctionsParser.ParampContext |
|
| FunctionsParser.ParenthesisContext |
|
| FunctionsParser.PosContext |
|
| FunctionsParser.PowerContext |
|
| FunctionsParser.ProdContext |
|
| FunctionsParser.RoundContext |
|
| FunctionsParser.SinContext |
|
| FunctionsParser.Single_valued_functionContext |
|
| FunctionsParser.Single_valued_functionsContext |
|
| FunctionsParser.SinhContext |
|
| FunctionsParser.SqrtContext |
|
| FunctionsParser.SubtractionContext |
|
| FunctionsParser.SumContext |
|
| FunctionsParser.TanContext |
|
| FunctionsParser.TanhContext |
|
| FunctionsParser.VarContext |
|
| FunctionsParser.VariableContext |
|
| FunctionsParser.VarxContext |
|
| FunctionsVisitor<T> |
This interface defines a complete generic visitor for a parse tree produced
by FunctionsParser. |
| FunctionsWrapper |
|
| IndexedExpression |
Abstract base class for variables or parameters like x_1 or p_1.
|
| Int |
The Int expression models an integer number. |
| IntExpression |
Models a mathematical integer expression.
|
| IntVar |
Models an integer variable like the loop variable in a for loop, or the
summation or product indexes in sum and product expression.
|
| Ln |
Natural logarithm.
|
| LocalVariables |
Models the array of local variables as specified by the Java virtual machine
specification.
|
| LocalVariablesImpl |
Implementation note on the array of local variables:
|
| MarkovShift |
Replace some variables by the outcome of the last computation.
|
| Multiplication |
Nomen est omen.
|
| Neg |
-expression, i.e.
|
| NoOp |
An empty expression.
|
| Parameter |
A parameter is an expression of the form p_i, where i is a integer.
|
| Parenthesis |
Nomen est omen.
|
| Pos |
+expression, i.e.
|
| Power |
a^b.
|
| PrecedenceVisitor |
A Visitor that returns the operator precedence of each node. |
| PrettyPrintVisitor |
Visitor that pretty prints an abstract syntax tree when it is applied to it. |
| Prod |
|
| Round |
Rounding function.
|
| Sin |
Sine.
|
| Sinh |
Sinus hyperbolicus.
|
| SpecialFunctionsUsage |
Tracks usage of special functions like arsinh, arcosh, and artanh.
|
| SpecialFunctionsUsageImpl |
|
| Sqrt |
Square root.
|
| StackDepthVisitor |
|
| StackDepthVisitorImpl |
|
| Subtraction |
Nomen est omen.
|
| Sum |
|
| SymbolVisitor |
A Visitor that returns the mathematical symbol for each node. |
| Tan |
Tangens.
|
| Tanh |
Tangens hyperbolicus.
|
| UnaryExpression |
An expression that evaluates only one sub-expression.
|
| ValidationVisitor |
Abstraction layer for the validation logic.
|
| ValidationVisitorImpl |
Validates a given abstract syntax tree (AST).
|
| Variable |
A variable is an expression of the form x_i, where i is a integer.
|
| Visitor |
|