Difference between revisions of "CAS Specific Commands"
From GeoGebra Manual
| Line 51: | Line 51: | ||
* [[Invert Command|Invert]] | * [[Invert Command|Invert]] | ||
* [[IsPrime Command|IsPrime]] | * [[IsPrime Command|IsPrime]] | ||
| − | |||
* [[Last Command|Last]] | * [[Last Command|Last]] | ||
* [[LeftSide Command|LeftSide]] | * [[LeftSide Command|LeftSide]] | ||
Revision as of 15:22, 9 August 2011
 |
Description of command / feature needed. Please enter it instead of this template into Manual:CAS Specific Commands. so that it's included also to the public namespace. For more details see Project:HowTo |
Following commands either can be used only in CAS View or have other valid syntaxes in this view.
- Binomial
- CFactor
- CSolutions
- CSolve
- Cauchy
- ChiSquared
- CommonDenominator
- Complex
- ComplexPolar
- ComplexRoot
- Covariance
- Cross
- Decimal
- Degree
- Delete
- Denominator
- Derivative
- Determinant
- Dimension
- Div
- Division
- Divisors
- DivisorsList
- DivisorsSum
- Dot
- Element
- Exponential
- FDistribution
- Factor
- First
- FitExp
- FitLog
- FitPoly
- FitPow
- FitSin
- FractionalPart
- GCD
- Gamma
- HCF
- HyperGeometric
- If
- Imaginary
- ImplicitDerivative
- IntegerPart
- Integral
- IntegralBetween
- Invert
- IsPrime
- Last
- LeftSide
- Length
- Limit
- LimitAbove
- LimitBelow
- MatrixRank
- Max
- Mean
- Median
- Min
- Mod
- NIntegral
- NPr
- NRoot
- NRoots
- NSolutions
- NSolve
- NextPrime
- Normal
- Numerator
- Numeric
- PartialFractions
- Pascal
- PerpendicularVector
- Poisson
- PreviousPrime
- PrimeFactors
- Product
- ProperFraction
- RandomBinomial
- RandomElement
- RandomNormal
- RandomPoisson
- RandomPolynomial
- Rationalize
- Real
- ReducedRowEchelonForm
- RightSide
- Root
- SD
- Sample
- SampleSD
- SampleVariance
- Sequence
- Shuffle
- Simplify
- Solutions
- Solve
- SolveODE
- Substitute
- Sum
- TDistribution
- Take
- TaylorPolynomial
- ToBinomial
- ToExponential
- ToPolar
- Transpose
- Unique
- UnitOrthogonalVector
- UnitVector
- Variance
- Weibull
- Zipf
Maxima-only Commands
The following command is available only when the Maxima-enabled version of GeoGebra 4.0 is run. SolveODE Command:
- SolveODE[ <f'(x,y)> ] eg SolveODE( y/x )
- SolveODE[ <f'(Var1, Var2)>, <Var1>, <Var2> ] eg SolveODE[ a/b, a, b]
