Parameters

ChopTolerance = number

Tolerance of the Chop function.

ContinuousNumberOfTries = number

How many iterations to try to find the limit for continuity and limits.

ContinuousSFS = number

How many successive steps to be within tolerance for calculation of continuity.

ContinuousTolerance = number

Tolerance for continuity of functions and for calculating the limit.

DerivativeNumberOfTries = number

How many iterations to try to find the limit for derivative.

DerivativeSFS = number

How many successive steps to be within tolerance for calculation of derivative.

DerivativeTolerance = number

Tolerance for calculating the derivatives of functions.

ErrorFunctionTolerance = number

Tolerance of the ErrorFunction.

FloatPrecision = number

Floating point precision.

FullExpressions = boolean

Print full expressions, even if more than a line.

GaussDistributionTolerance = number

Tolerance of the GaussDistribution function.

IntegerOutputBase = number

Integer output base.

IsPrimeMillerRabinReps = number

Number of extra Miller-Rabin tests to run on a number before declaring it a prime in IsPrime.

LinePlotDrawLegends = true

Tells genius to draw the legends for line plotting functions such as LinePlot.

LinePlotDrawAxisLabels = true

Tells genius to draw the axis labels for line plotting functions such as LinePlot.

LinePlotVariableNames = ["x","y","z","t"]

Tells genius which variable names are used as default names for line plotting functions such as LinePlot and friends.

LinePlotWindow = [x1,x2,y1,y2]

Sets the limits for line plotting functions such as LinePlot.

MaxDigits = number

Maximum digits to display.

MaxErrors = number

Maximum errors to display.

MixedFractions = boolean

If true, mixed fractions are printed.

NumericalIntegralFunction = function

The function used for numerical integration in NumericalIntegral.

NumericalIntegralSteps = number

Steps to perform in NumericalIntegral.

OutputChopExponent = number

When another number in the object being printed (a matrix or a value) is greater than 10^{-OutputChopWhenExponent}, and the number being printed is less than 10^{-OutputChopExponent}, then display 0.0 instead of the number.

Output is never chopped if OutputChopExponent is zero. It must be a non-negative integer.

If you want output always chopped according to OutputChopExponent, then set OutputChopWhenExponent, to something greater than or equal to OutputChopExponent.

OutputChopWhenExponent = number

When to chop output. See OutputChopExponent.

OutputStyle = string

Output style, this can be normal, latex, mathml or troff.

This affects mostly how matrices and fractions are printed out and is useful for pasting into documents. For example you can set this to the latex by:

OutputStyle = "latex"

ResultsAsFloats = boolean

Convert all results to floats before printing.

ScientificNotation = boolean

Use scientific notation.

SlopefieldTicks = [vertical,horizontal]

Sets the number of vertical and horizontal ticks in a slopefield plot. (See SlopefieldPlot).

SumProductNumberOfTries = number

How many iterations to try for InfiniteSum and InfiniteProduct.

SumProductSFS = number

How many successive steps to be within tolerance for InfiniteSum and InfiniteProduct.

SumProductTolerance = number

Tolerance for InfiniteSum and InfiniteProduct.

SurfacePlotDrawLegends = true

Tells genius to draw the legends for surface plotting functions such as SurfacePlot.

SurfacePlotVariableNames = ["x","y","z"]

Tells genius which variable names are used as default names for surface plotting functions using SurfacePlot. Note that the z does not refer to the dependent (vertical) axis, but to the indepent complex variable z=x+iy.

SurfacePlotWindow = [x1,x2,y1,y2,z1,z2]

Sets the limits for surface plotting (See SurfacePlot).

VectorfieldNormalized = true

Should the vectorfield plotting have normalized arrow length. If true, vector fields will only show direction and not magnitude. (See VectorfieldPlot).

VectorfieldTicks = [vertical,horizontal]

Sets the number of vertical and horizontal ticks in a vectorfield plot. (See VectorfieldPlot).