GeoGebra

Sequence Command

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Command Descriptions
A

Angle AffineRatio AngleBisector Append Arc Area Asymptote Axes AxisStepX AxisStepY

B

BarChart BinomialCoefficient BoxPlot

C

CellRange Center Centroid Circle CircularArc CircularSector CircumcircularArc CircumcircularSector Circumference Column ColumnName Conic ConjugateDiameter ConstructionStep Corner CorrelationCoefficient CountIf Covariance CrossRatio Curvature CurvatureVector Curve

D

Delete Derivative Determinant Dilate Direction Directrix Distance Div

E

Element Ellipse Expand Extremum

F

Factor First FitExp FitLine FitLineX FitLog FitLogistic FitPoly FitPow FitSin Focus FormulaText FractionText Function

G

GCD

H

Histogram Hyperbola

I

If InflectionPoint Insert Integral Intersect Intersection InverseNormal Invert IsDefined IsInteger Iteration IterationList

J

Join

K

KeepIf

L

Last LCM Length LetterToUnicode Line LinearEccentricity Locus LowerSum

M

MajorAxis Max Mean MeanX MeanY Median Midpoint Min MinorAxis Mod Mode

N

Name Normal

O

Object OsculatingCircle

P

Parabola Parameter Perimeter PerpendicularBisector PerpendicularLine PerpendicularVector Point Polar Polygon Polynomial Product

Q

Q1 Q3

R

Radius RandomBetween RandomBinomial RandomNormal RandomPoisson Ray Reflect Relation RemoveUndefined Reverse Root Rotate

S

Row SD Sector Segment Semicircle SemiMajorAxisLength SemiMinorAxisLength Sequence SigmaXX SigmaXY SigmaYY Simplify Slope Sort Sum Sxx Sxy Syy

T

TableText Take Tangent TaylorPolynomial Text TextToUnicode Translate Transpose TrapezoidalSum

U

UnicodeToLetter UnicodeToText Union UnitPerpendicularVector UnitVector UpperSum

V

Variance Vector Vertex

The Sequence command has two variants:

  • Sequence[expression e, variable i, number a, number b]
  • Sequence[expression e, variable i, number a, number b, number s]


Action:

This command creates a list of objects; expression e is the object template.
The number i is an iteration variable; i = a, and increments by s as long as i ≤ b.
If s is not specified it takes the value 1.


Notes:

  • The list will appear as a dependent object in the algebra window.
  • No properties other than the visibility and the color of the objects can be modified.
  • See the other commands for manipulating Lists of objects:


Examples:

L = Sequence[(i,i), i, 2, 5] - creates the list L containing the points (2,2), (3,3), (4,4) and (5,5)

L = Sequence[a*x^2, a, 0.1, 1, 0.1] - creates the list L containing 10 parabolas centered at the origin.

Sequence Examples