Uses of Class
io.starter.formats.XLS.formulas.CalculationException

Packages that use CalculationException

Package	Description
io.starter.formats.XLS.formulas

Uses of CalculationException in io.starter.formats.XLS.formulas

Subclasses of CalculationException in io.starter.formats.XLS.formulas

Modifier and Type	Class and Description
class	CircularReferenceException Handles circular reference calls within a calculation

Methods in io.starter.formats.XLS.formulas that throw CalculationException

Modifier and Type	Method and Description
protected static Ptg	MathFunctionCalculator.calcAtan2(Ptg[] operands) ATAN2 Returns the arctangent from x- and y- coordinates
protected static Ptg	MathFunctionCalculator.calcCeiling(Ptg[] operands) CEILING Rounds a number to the nearest multiple of significance; This takes 2 values, first the number to round, next the value of signifigance.
protected static Ptg	MathFunctionCalculator.calcCombin(Ptg[] operands) COMBIN Returns the number of combinations for a given number of objects
protected static Ptg	StatisticalCalculator.calcCorrel(Ptg[] operands) CORREL Returns the correlation coefficient between two data sets
protected static Ptg	StatisticalCalculator.calcCovar(Ptg[] operands) COVAR Returns covariance, the average of the products of paired deviations
protected static Ptg	MathFunctionCalculator.calcFloor(Ptg[] operands) FLOOR Rounds a number down, toward zero.
protected static Ptg	StatisticalCalculator.calcForecast(Ptg[] operands) FORECAST Returns a value along a linear trend
protected static Ptg	StatisticalCalculator.calcFrequency(Ptg[] operands) FREQUENCY Returns a frequency distribution as a vertical array
protected static Ptg	StatisticalCalculator.calcIntercept(Ptg[] operands) INTERCEPT Returns the intercept of the linear regression line
protected static Ptg	StatisticalCalculator.calcLarge(Ptg[] operands) LARGE Returns the k-th largest value in a data set.
protected static Ptg	StatisticalCalculator.calcLineSt(Ptg[] operands) LINEST Returns the parameters of a linear trend
protected static Ptg	MathFunctionCalculator.calcLog(Ptg[] operands) LOG Returns the logarithm of a number to a specified base
protected static Ptg	MathFunctionCalculator.calcMod(Ptg[] operands) MOD Returns the remainder from division
static Ptg	StatisticalCalculator.calcPearson(Ptg[] operands) PEARSON Returns the Pearson product moment correlation coefficient
protected static Ptg	MathFunctionCalculator.calcPower(Ptg[] operands) POWER Returns the result of a number raised to a power
protected static Ptg	MathFunctionCalculator.calcProduct(Ptg[] operands) PRODUCT Multiplies its arguments NOTE: we gotta deal with ranges/refs/numbers here
protected static Ptg	MathFunctionCalculator.calcRound(Ptg[] operands) ROUND Rounds a number to a specified number of digits This one is kind of nasty.
protected static Ptg	MathFunctionCalculator.calcRoundDown(Ptg[] operands) ROUNDDOWN Rounds a number down, toward zero.
protected static Ptg	MathFunctionCalculator.calcRoundUp(Ptg[] operands) ROUNDUP Rounds a number up, away from zero
protected static Ptg	StatisticalCalculator.calcRsq(Ptg[] operands) RSQ Returns the square of the Pearson product moment correlatin coefficient
protected static Ptg	StatisticalCalculator.calcSlope(Ptg[] operands) SLOPE Returns the slope of the linear regression line
protected static Ptg	StatisticalCalculator.calcSmall(Ptg[] operands) SMALL Returns the k-th smallest value in a data set SMALL(array,k) Array is an array or range of numerical data for which you want to determine the k-th smallest value.
protected static Ptg	StatisticalCalculator.calcStdev(Ptg[] operands) STDEV(number1,number2, ...) Number1,number2, ...
static Ptg	StatisticalCalculator.calcSteyx(Ptg[] operands) STEYX Returns the standard error of the predicted y-value for each x in the regression
protected static Ptg	MathFunctionCalculator.calcSum(Ptg[] operands) SUM Adds all the numbers in a range of cells.
protected static Ptg	StatisticalCalculator.calcTrend(Ptg[] operands) TREND Returns values along a linear trend
static Ptg	FunctionHandler.calculateFunction(Ptg[] ptgs)
Ptg	PtgFuncVar.calculatePtg(Ptg[] pthings)
Ptg	GenericPtg.calculatePtg(Ptg[] parsething) return a Ptg consisting of the calculated values of the ptg's passed in.
Ptg	Ptg.calculatePtg(Ptg[] parsething) return a Ptg consisting of the calculated values of the ptg's passed in.
Ptg	PtgFunc.calculatePtg(Ptg[] pthings)
Ptg	PtgAtr.calculatePtg(Ptg[] pthing)
static Ptg	FunctionHandler.calculatePtgFunc(Ptg funk, int funkId, Ptg[] operands)
static Ptg	FunctionHandler.calculatePtgFuncVar(Ptg funk, int funkId, Ptg[] operands) Keep the calculation of ptgfunc & ptgfuncvar seperate in case any differences show up
protected static Ptg	StatisticalCalculator.calcVar(Ptg[] operands) VAR Estimates variance based on a sample
protected static Ptg	StatisticalCalculator.calcVarp(Ptg[] operands) VARp Estimates variance based on a full population
protected static double[]	PtgCalculator.getDoubleValueArray(Ptg operands)
protected static double[]	PtgCalculator.getDoubleValueArray(Ptg[] operands) getDoubleValue is for multi-operand functions.
static Ptg	FunctionHandler.parse_n_calc(Ptg function, int functionId, Ptg[] operands) * Your standard big case statement, calling methods based on what the funkid is.