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Class Summary |
| AddCalc |
Represents the Object for Addition in the Calc-Scheme |
| BaseCalc |
This class is the base for all kind of calculations. |
| Complex |
The Representation of a Complex Number |
| ComplexPowerSum |
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| CosCalc |
Represents the Object for Cos(z) in the Calc-Scheme |
| DivCalc |
Represents the Object for Division in the Calc-Scheme |
| DoCalc |
This class takes a string representing an arithmetic expression, a
pair of ranges and performs the calculations for a twodimensional grid
of elements in this range by feeding the operational tree (produced
by ExprParser) with the apropriate values |
| ExpCalc |
Represents the Object for Exp(z) in the Calc-Scheme |
| ExprParser |
Parses the user input and constructs Operational Tree |
| ImCalc |
Represents the Object for Exp(z) in the Calc-Scheme |
| MultiplyCalc |
Represents the Object for Multiplication in the Calc-Scheme |
| NumeralCalc |
Represents a Numeral in the Calc-Scheme. |
| Polynom |
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| PowerCalc |
Represents the Object for Multiplication in the Calc-Scheme |
| RealCalc |
Represents the Object for Exp(z) in the Calc-Scheme |
| SinCalc |
Represents the Object for Sin(z) in the Calc-Scheme |
| SubtractCalc |
Represents the Object for Multiplication in the Calc-Scheme |
| VariableCalc |
Represents a Variable in the Calc-Scheme. |
| ZetaCalc |
Represents the Object for the Riemann Zeta-function in Calc-Scheme |