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 <content> <p>Draw-Descriptions (Maxima)</p> </content> <content> <p>Draw-Descriptions (Maxima)</p> </content>

Optionen

Options

[Maxima Draw] adapt_depth (=10): maximale Teilungstiefe der adaptive Kurvenabtastung

[Maxima Draw] adapt_depth (=10) maximum number of adaptive interval splits when drawing curves

 adapt_depth adapt_depth :

[Maxima Draw] axis_3d (=true): Achsen im 3D zeichnen, false: keine Achsen zeichnen

[Maxima Draw] axis_3d (=true): draw 3D axes, false: don't draw axes

 axis_3d axis_3d :

[Maxima Draw] axis_bottom (=true): untere Achse im 2D zeichnen, false: Achse nicht zeichnen

[Maxima Draw] axis_bottom (=true): draw bottom axis in 2D, false: don't draw axis

 axis_bottom axis_bottom :

[Maxima Draw] axis_top (=true): obere Achse im 2D zeichnen, false: Achse nicht zeichnen

[Maxima Draw] axis_top (=true): draw top axis in 2D, false: don't draw axis

 axis_top axis_top :

[Maxima Draw] axis_left (=true): linke Achse im 2D zeichnen, false: Achse nicht zeichnen

[Maxima Draw] axis_left (=true): draw left axis in 2D, false: don't draw axis

 axis_left axis_left :

[Maxima Draw] axis_right (=true): rechte Achse im 2D zeichnen, false: Achse nicht zeichnen

[Maxima Draw] axis_right (=true): draw right axis in 2D, false: don't draw axis

 axis_right axis_right :

[Maxima Draw] background_color (=white): Hintergrundfarbe des Diagramms

[Maxima Draw] background_color (=white): background color of the plot

 background_color background_color :

[Maxima Draw] border (=true): Ränder von polygon(), ellipse() oder rectangle() zeichnen

[Maxima Draw] border (=true): draw borders of polygon(), ellipse() or rectangle() objects

 border border :

[Maxima Draw] capping(=false): Endflächen an tube()-Objekten, false, true oder Liste mit zwei Werten.

[Maxima Draw] capping (=false): indicates if extremes of the tube object remain open (false) or
are closed (true). If only one end is to be closed, provide a list with two entries.

 capping capping :

[Maxima Draw] cbrange (=auto): Farbbereich (Liste min,max)

[Maxima Draw] cbrange (=auto): color bar range (list min,max)

 cbrange cbrange :

[Maxima Draw] cbtics (=auto): Marken an der Farblegende

[Maxima Draw] cbtics (=auto): color bar tick marks

 cbtics cbtics :

[Maxima Draw] color (=blue): Farbe für Linien, Punkte, Kanten und Text, als Namen oder hexadezimal in der
Form "#rrggbb"

[Maxima Draw] color (=blue): color for lines, points, borders and text, given as name or as "#rrggbb"

 color color :

[Maxima Draw] colorbox (=true): Farblegende ohne Beschriftung zeichnen, false: keine Farblegende
zeichnen, text: Farblegende mit text als Beschriftung zeichnen.

[Maxima Draw] colorbox (=true): draw color scale without label, false: no colorbar,
string: draw colorbar with string as label.

 colorbox colorbox :

[Maxima Draw] contour (=none): Art der Höhenlinien. none: keine, base: auf der xy-Ebene, surface: auf der
3D-Fläche, both: auf xy-Ebene und Fläche, map: auf xy-Ebene und Blickrichtung senkrecht.

[Maxima Draw] contour (=none): contour lines. none: no contours, base: on xy plane,
surface: on 3D surface, both: on xy plane and surface, map: on xy plane plus vertical view.

 contour contour :

[Maxima Draw] contour_levels (=5): Werte für die Höhenlinien. Anzahl oder Liste (min, Δ, max), oder
set(L1, L2,...) mit Werten

[Maxima Draw] contour_levels (=5): contour levels. number oder list (min, Δ, max), or
set(L1, L2,...) of values

 contour_levels contour_levels :

[Maxima Draw] data_file_name (="data.gnuplot"): Kurvendaten für Gnuplot

[Maxima Draw] data_file_name (="data.gnuplot"): internal data file name for gnuplot

 data_file_name data_file_name :

[Maxima Draw] delay (=5) Zeitschritt in animierten gif-Dateien

[Maxima Draw] delay (=5): time step in animted gif files

 delay delay :

[Maxima Draw] dimensions (= 600 x 500): Liste [Breite,Höhe]

[Maxima Draw] dimensions (= 600 x 500) list [width, height]

 dimensions dimensions :

[Maxima Draw] draw_realpart (=true) Realteil zur Darstellung komplexer Werte verwenden

[Maxima Draw] draw_realpart (=true) use real part for plotting complex values

 draw_realpart draw_realpart :

[Maxima Draw] enhanced3d (=none) Farbpalette, none: 3D Flächen als Gitter zeichnen
(Steuerung mit color und surface_hide), true: Farbe anhand des z-Werts,
Liste [f(x,y,z), x, y, z]: Farbe anhand der Funktion f,
Liste [f(u,v),u,v]: Farbe anhand der Flächenparameter oder Liste [f(k), k ]:
Farbe anhand der Punktnummer in points() Objekten

[Maxima Draw] enhanced3d (=none) don't use color palette, draw 3D surfaces as grid
(control using color und surface_hide), true: coloring of surfaces by z-value,
or list [f(x,y,z), x, y, z]: coloring according to function f or
list [f(u,v),u,v] or list [f(k), k ] (k being the point counter in points() objects)

 enhanced3d enhanced3d :

[Maxima Draw] error_type (=y) Art der Fehlerbalken in errors(): x, y, xy oder boxes

[Maxima Draw] error_type (=y) type of error bars in errors(): x, y, xy or boxes

 error_type error_type :

[Maxima Draw] file_name (="maxima_out") Grafik-Ausgabedatei, Endung wird gemäß Ausgabeformat ergänzt

[Maxima Draw] file_name (="maxima_out") output file, extension is set according to format

 file_name file_name :

[Maxima Draw] fill_color (=red) Füllfarbe für Objejte polygon() und explicit() in 2D

[Maxima Draw] fill_color (=red) fill color for polygons and explicit functions y(x) in 2D

fill_color fill_color :

[Maxima Draw] fill_density (=0) Deckungsgrad der Füllfarbe in bars()-Objekten, zwischen 0 und 1

[Maxima Draw] fill_density (=0) opacity of the fill color in bars()-objects, 0..1

 fill_density fill_density :

[Maxima Draw] filled_func (=false): explizite Funktionen y(x) werden nicht gefüllt,
true: Füllung bis zur Unterkante des Diagramms, g(x): Füllung zwischen g(x)
und y(x)

[Maxima Draw] filled_func (=false): don't fill explicit functions y(x),
true: fill between the next explicit() object and the bottom border of the diagram, g(x): fill
between g(x) and the next explicit() object

 filled_func filled_func :

[Maxima Draw] gnuplot_file_name (="maxout.gnuplot"): Kommandodatei für Gnuplot

[Maxima Draw] gnuplot_file_name (="maxout.gnuplot"): name of the temporary gnuplot command file

 gnuplot_file_name gnuplot_file_name :

[Maxima Draw] gnuplot_term (): Ausgabe-Format-Spezifikation (Text nach "set terminal")

[Maxima Draw] gnuplot_term (): gnuplot terminal options (arguments of "set terminal")

 gnuplot_term gnuplot_term :

[Maxima Draw] gnuplot_out_file (=maxplot.xxx) Ausgabedateiname (xxx abhängig vom Format)

[Maxima Draw] gnuplot_out_file (=maxplot.xxx) output file name (xxx depends on terminal)

 gnuplot_out_file gnuplot_out_file :

[Maxima Draw] grid (=false): kein Gitterraster zeichnen, true: Gitter zeichnen

[Maxima Draw] grid (=false): don't draw xy grid, true: draw grid

 grid grid :

[Maxima Draw] head_angle (=45) Pfeilwinkel an vector()-Objekten (halber Öffnungswinkel in °)

[Maxima Draw] head_angle (=45): head angle of vector()-Objekten (angle between border and vector
direction in °)

 head_angle head_angle :

[Maxima Draw] head_both (=false) oder true: ob bei vector()-Objekten zwei Pfeilspitzen gezeichnet werden.

[Maxima Draw] head_both (=false): don't draw a second head of vector() objects,
true: draw a second head

 head_both head_both :

[Maxima Draw] head_length (=2) Länge der Pfeilspitze bei vector()-Objekten in Einheiten der x-Achse

[Maxima Draw] head_length (=2): head length of vector() objects in units of the x-axis

 head_length head_length :

[Maxima Draw] head_type (=filled) Spitzenform bei vector()-Objekten: filled, empty oder nonfilled

[Maxima Draw] head_type (=filled) head type of vector() objects: filled, empty or nonfilled

 head_type head_type :

[Maxima Draw] ip_grid (={50, 50): Primäres Gitter für die Darstellung impliziter Funktionen,
als Liste angeben

[Maxima Draw] ip_grid (={50, 50): primary grid for sampling of implicit functions, two-element list

 ip_grid ip_grid :

[Maxima Draw] ip_grid_in (={5, 5 ): Sekundäres Gitter für die Darstellung impliziter Funktionen

[Maxima Draw] ip_grid_in (={5, 5 ): secondary grid for sampling of implicit functions

 ip_grid_in ip_grid_in :

[Maxima Draw] key (=""): Legendeneintrag für das nachfolgende Grafikobjekt.

[Maxima Draw] key (=""): legend key for subsequent graphics object.

 key key :

[Maxima Draw] key_pos (="", entspricht top_right): Legendenposition. Gültige Werte: top_left, top_center, top_right,
center_left, center, center_right, bottom_left, bottom_center, bottom_right

[Maxima Draw] key_pos (="", equivalent to top_right): position of the legend. Valid options: top_left, top_center, top_right,
center_left, center, center_right, bottom_left, bottom_center, bottom_right

 key_pos key_pos :

[Maxima Draw] label_alignment (=center), left oder right: horizontale Ausrichtung von Beschriftungen

[Maxima Draw] label_alignment (=center), left or right: alignment of text labels

 label_alignment label_alignment :

[Maxima Draw] label_orientation (=horizontal) oder vertical: Ausrichtung von Texten

[Maxima Draw] label_orientation (=horizontal) or vertical: orientation of text labels

 label_orientation label_orientation :

[Maxima Draw] line_type (=solid) Linienart. Alternativen: dots (für alle Formate) oder wenn von
Gnuplot unterstützt: dashes, short_dashes, short_long_dashes, short_short_long_dashes

[Maxima Draw] line_type (=solid) line type. Other options: dots (for all formats) or if supported by
Gnuplot: dashes, short_dashes, short_long_dashes, short_short_long_dashes

line_type line_type :

[Maxima Draw] line_width (=1) , >0

line_width line_width :

[Maxima Draw] logcb (=false) oder true: logarithmische Farbskale

[Maxima Draw] logcb (=false) or true: log scale of the colorbar

 logcb logcb :

[Maxima Draw] logx (=false) oder true: logarithmische x-Achse

[Maxima Draw] logx (=false) or true: log scale of x-axis

 logx logx :

[Maxima Draw] logx_secondary (=false) oder true: logarithmische zweite x-Achse

[Maxima Draw] logx_secondary (=false) or true: log scale of secondary x-axis

 logx_secondary logx_secondary :

[Maxima Draw] logy (=false) oder true: logarithmische y-Achse

[Maxima Draw] logy (=false) or true: log scale of y-axis

 logy logy :

[Maxima Draw] logy_secondary (=false) oder true: logarithmische zweite y-Achse

[Maxima Draw] logy_secondary (=false) or true: log scale of secondary y-axis

 logy_secondary logy_secondary :

[Maxima Draw] logz (=false) oder true: logarithmische z-Achse

[Maxima Draw] logz (=false) or true: log scale of z-axis

 logz logz :

[Maxima Draw] nticks (=29): Punktezahl für die Kurvenabtastung

[Maxima Draw] nticks (=29): number of points for curve sampling (explicit and parametric)

 nticks nticks :

[Maxima Draw] palette (=color) Standard-Farbpalette, gray: Graustufen,
Liste { Farbe1, Farbe2... oder false: Flächen nicht färben

[Maxima Draw] palette (=color) default color palette, gray: gray levels,
list { color1, color2... or false: don't color 3D objects

palette palette :

[Maxima Draw] point_size (=1) Größe von points()-Symbolen

[Maxima Draw] point_size (=1) size of points()-symbols

 point_size point_size :

[Maxima Draw] point_type (=1) Symbol für points()-Objekte, Name oder Kennzahl:
none -1, dot 0, plus 1, multiply 2, asterisk 3, square 4, filled_square 5,
circle 6, filled_circle 7, up_triangle 8, filled_up_triangle 9, down_triangle 10,
filled_dwn_triangle 11, diamant 12, filled_diamant 13

[Maxima Draw] point_type (=1) type of points() objects, name or key number:
none -1, dot 0, plus 1, multiply 2, asterisk 3, square 4, filled_square 5,
circle 6, filled_circle 7, up_triangle 8, filled_up_triangle 9, down_triangle 10,
filled_down_triangle 11, diamant 12, filled_diamant 13

 point_type point_type :

[Maxima Draw] points_joined (=false), true oder impulses: Verbindungsart von points()-Objekten

[Maxima Draw] points_joined (=false), true or impulses: how to join points

 points_joined points_joined :

[Maxima Draw] proportional_axes (=none), xy oder xyz: Achsen mit gleicher Skalierung)

[Maxima Draw] proportional_axes (=none), xy or xyz: set axes of equal scaling)

 proportional_axes proportional_axes :

[Maxima Draw] surface_hide (=false) oder true: Ausblendung verdeckter Flächen bei Linienrasterdarstellung

[Maxima Draw] surface_hide (=false) or true: handling of hidden lines in surface grids

 surface_hide surface_hide :

[Maxima Draw] terminal (=screen) separate interactive terminal window, png, jpg, gif, eps, svg, pdf,
animated_gif: gnuplot output format

terminal terminal :

[Maxima Draw] title (="") Überschrift für das Diagramm

[Maxima Draw] title (="") headline for the plot

 title title :

[Maxima Draw] transform (=none) Koordinatentransformation, für 2D als Liste {f1(x,y), f2(x,y), x, y, für 3D
als Liste {f1(x,y), f2(x,y), f3(x, y, z), x, y, z

[Maxima Draw] transform (=none) co-ordinate transformation, for 2D as list {f1(x,y), f2(x,y), x, y, for 3D
as list {f1(x,y), f2(x,y), f3(x, y, z), x, y, z

 transform transform :

[Maxima Draw] transparent (=false) oder true: ob Rechtecke, Polygone oder Ellipsen transparent sein sollen
(bei false werden sie gefüllt)

[Maxima Draw] transparent (=false) fill objects with border, true: don't fill (make them transparent)

 transparent transparent :

[Maxima Draw] unit_vectors (=false) oder true: Vektoren in originaler Länge oder als Einheitsvektoren zeichnen.

[Maxima Draw] unit_vectors (=false) draw vectors in original length, true: draw unit vectors.

 unit_vectors unit_vectors :

[Maxima Draw] user_preamble (="") Zeichenkette oder Liste von Zeichenketten, die unmittelbar vor dem eigentlichen
Diagrammbefehl an Gnuplot übergeben werden.

[Maxima Draw] user_preamble (="") string or list of strings, gnuplot commands placed immediately before the plot commands

 user_preamble user_preamble :

[Maxima Draw] view (=(60,30)) view direction

view view :

[Maxima Draw] wired_surface (=false) oder true: Gitternetz auf eingefärbten Flächen anzeigen oder nicht.

[Maxima Draw] wired_surface (=false) no grid on colored surfaces, true: draw grid on surfaces

 wired_surface wired_surface :

[Maxima Draw] x_voxel (=10) x-Bereichsteilung für den Marching-Cubes-Algorithmus bei implizit gegebenen Flächen

[Maxima Draw] x_voxel (=10) number of x steps for the Marching Cube algorithm (for implicit 3D functions)

 x_voxel x_voxel :

[Maxima Draw] y_voxel (=10) y-Bereichsteilung für den Marching-Cubes-Algorithmus bei implizit gegebenen Flächen

[Maxima Draw] y_voxel (=10) number of y steps for the Marching Cube algorithm (for implicit 3D functions)

 y_voxel y_voxel :

[Maxima Draw] z_voxel (=10) z-Bereichsteilung für den Marching-Cubes-Algorithmus bei implizit gegebenen Flächen

[Maxima Draw] z_voxel (=10) number of z steps for the Marching Cube algorithm (for implicit 3D functions)

 z_voxel z_voxel :

[Maxima Draw] xaxis (=false) oder true: Anzeige der x-Achse

[Maxima Draw] xaxis (=false) or true: draw x-axis

 xaxis xaxis :

[Maxima Draw] yaxis (=false) oder true: Anzeige der y-Achse

[Maxima Draw] yaxis (=false) or true: draw y-axis

 yaxis yaxis :

[Maxima Draw] zaxis (=false) oder true: Anzeige der z-Achse

[Maxima Draw] zaxis (=false) or true: draw z-axis

 zaxis zaxis :

[Maxima Draw] xaxis_color (=black) Farbe x-Achse

[Maxima Draw] xaxis_color (=black) color of the x-axis

 xaxis_color xaxis_color :

[Maxima Draw] yaxis_color (=black) Farbe y-Achse

[Maxima Draw] yaxis_color (=black) color of the y-axis

 yaxis_color yaxis_color :

[Maxima Draw] zaxis_color (=black) Farbe z-Achse

[Maxima Draw] zaxis_color (=black) color of the z-axis

 zaxis_color zaxis_color :

[Maxima Draw] xaxis_secondary (=false) oder true: Nutzung einer zweiten x-Achse (oben) für die nachfolgenden Objekte

[Maxima Draw] xaxis_secondary (=false) or true: use the secondary x-axis (top) for subsequent objects

 xaxis_secondary xaxis_secondary :

[Maxima Draw] yaxis_secondary (=false) oder true: Nutzung einer zweiten y-Achse (rechts) für die nachfolgenden Objekte

[Maxima Draw] yaxis_secondary (=false) or true: use the secondary y-axis (right) for subsequent objects

 yaxis_secondary yaxis_secondary :

[Maxima Draw] xaxis_type (=dots) oder solid: Linienart der x-Achse

[Maxima Draw] xaxis_type (=dots) or solid

 xaxis_type xaxis_type :

[Maxima Draw] yaxis_type (=dots) oder solid: Linienart der y-Achse

[Maxima Draw] yaxis_type (=dots) or solid

 yaxis_type yaxis_type :

[Maxima Draw] zaxis_type (=dots) oder solid: Linienart der z-Achse

[Maxima Draw] zaxis_type (=dots) or solid

 zaxis_type zaxis_type :

[Maxima Draw] xaxis_width (=1) Linienbreite der x-Achse

[Maxima Draw] xaxis_width (=1)

 xaxis_width xaxis_width :

[Maxima Draw] yaxis_width (=1) Linienbreite der y-Achse

[Maxima Draw] yaxis_width (=1)

 yaxis_width yaxis_width :

[Maxima Draw] zaxis_width (=1) Linienbreite der z-Achse

[Maxima Draw] zaxis_width (=1)

 zaxis_width zaxis_width :

[Maxima Draw] xlabel (="") x-Achsenbeschriftung

[Maxima Draw] xlabel (="") label of the x-axis

 xlabel xlabel :

[Maxima Draw] ylabel(="") y-Achsenbeschriftung

[Maxima Draw] ylabel (="") label of the y-axis

 ylabel ylabel :

[Maxima Draw] zlabel (="") z-Achsenbeschriftung

[Maxima Draw] zlabel (="") label of the z-axis

 zlabel zlabel :

[Maxima Draw] xlabel_secondary (="") Beschriftung der zweiten x-Achse

[Maxima Draw] xlabel_secondary (="") label of the secondary x-axis

 xlabel_secondary xlabel_secondary :

[Maxima Draw] ylabel_secondary (="") Beschriftung der zweiten y-Achse

[Maxima Draw] ylabel_secondary (="") label of the secondary y-axis

 ylabel_secondary ylabel_secondary :

[Maxima Draw] xrange (=auto) oder Liste {min,max: x-Achsenbereich

[Maxima Draw] xrange (=auto) or list {min,max: range of the x-axis

 xrange xrange :

[Maxima Draw] yrange (=auto) oder Liste {min,max: y-Achsenbereich

[Maxima Draw] yrange (=auto) or list {min,max: range of the y-axis

 yrange yrange :

[Maxima Draw] zrange (=auto) oder Liste {min,max: z-Achsenbereich

[Maxima Draw] zrange (=auto) or list {min,max: range of the z-axis

 zrange zrange :

[Maxima Draw] xrange_secondary (=auto) oder Liste {min,max: Bereich der zweiten (oberen) x-Achse

[Maxima Draw] xrange_secondary (=auto) or list {min,max: range of the secondary (top) x-axis

 xrange_secondary xrange_secondary :

[Maxima Draw] yrange_secondary (=auto) oder Liste {min,max: Bereich der zweiten (rechten) y-Achse

[Maxima Draw] yrange_secondary (=auto) or list {min,max: range of the secondary (right) y-axis

 yrange_secondary yrange_secondary :

[Maxima Draw] xtics (=auto): automatische x-Achsmarken, none: keine, Zahl: Schrittweite,
Liste mit {min, Schritt, max, oder set() von Zahlen: explizite Vorgabe der Zahlenwerte, oder set()
von Listen ("text",pos) mit Vorgabe von Beschriftung und Position.

[Maxima Draw] xtics (=auto): automatic x ticks, none: no x ticks, number: tick interval,
list of {min, step, max, or set() of numbers: explicit tick values, or set() of lists
("text",pos) for spec of position and text.

 xtics xtics :

[Maxima Draw] ytics (=auto): automatische y-Achsmarken, none: keine, Zahl: Schrittweite,
Liste mit {min, Schritt, max, oder set() von Zahlen: explizite Vorgabe der Zahlenwerte, oder set()
von Listen {"text",pos mit Vorgabe von Beschriftung und Position.

[Maxima Draw] ytics (=auto): automatic y ticks, none: no y ticks, number: tick interval,
list of {min, step, max, or set() of numbers: explicit tick values, or set() of lists
("text",pos) for spec of position and text.

 ytics ytics :

[Maxima Draw] ztics (=auto): automatische z-Achsmarken, none: keine, Zahl: Schrittweite,
Liste mit {min, Schritt, max, oder set() von Zahlen: explizite Vorgabe der Zahlenwerte, oder set()
von Listen {"text",pos mit Vorgabe von Beschriftung und Position.

[Maxima Draw] ztics (=auto): automatic z ticks, none: no x ticks, number: tick interval,
list of {min, step, max, or set() of numbers: explicit tick values, or set() of lists
("text",pos) for spec of position and text.

 ztics ztics :

[Maxima Draw] xtics_secondary (=auto): automatische Marken an der sekundären (oberen) x-Achse, none: keine,
Zahl: Schrittweite,
Liste mit {min, Schritt, max, oder set() von Zahlen: explizite Vorgabe der Zahlenwerte, oder set()
von Listen {"text",pos mit Vorgabe von Beschriftung und Position.

[Maxima Draw] xtics_secondary (=auto): automatic ticks on the secondary (top) x-axis, none: no ticks, number: tick interval,
list of {min, step, max, or set() of numbers: explicit tick values, or set() of lists
("text",pos) for spec of position and text.

 xtics_secondary xtics_secondary :

[Maxima Draw] ytics_secondary (=auto): automatische Marken an der sekundären (rechten) y-Achse, none: keine,
Zahl: Schrittweite,
Liste mit {min, Schritt, max, oder set() von Zahlen: explizite Vorgabe der Zahlenwerte, oder set()
von Listen {"text",pos mit Vorgabe von Beschriftung und Position.

[Maxima Draw] ytics_secondary (=auto): automatic ticks on the secondary (right) y-axis, none: no ticks, number: tick interval,
list of {min, step, max, or set() of numbers: explicit tick values, or set() of lists
("text",pos) for spec of position and text.

 ytics_secondary ytics_secondary :

[Maxima Draw] xtics_axis (=false): x-Achsmarken am Rand, true: an der Achse

[Maxima Draw] xtics_axis (=false): ticks on the boundary, true: ticks on the axis

 xtics_axis xtics_axis :

[Maxima Draw] ytics_axis (=false): y-Achsmarken am Rand, true: an der Achse

[Maxima Draw] ytics_axis (=false): ticks on the boundary, true: ticks on the axis

 ytics_axis ytics_axis :

[Maxima Draw] ztics_axis (=false): z-Achsmarken am Rand, true: an der Achse

[Maxima Draw] ztics_axis (=false): ticks on the boundary, true: ticks on the axis

 ztics_axis ztics_axis :

[Maxima Draw] xtics_secondary_axis (=false): Marken an der sekundaren (oberen) x-Achse am Rand, true: an der Achse

[Maxima Draw] xtics_secondary_axis (=false): ticks on the secondary (top) boundary, true: ticks on the axis

 xtics_secondary_axis xtics_secondary_axis :

[Maxima Draw] ytics_secondary_axis (=false): Marken an der sekundaren (rechten) y-Achse am Rand, true: an der Achse

[Maxima Draw] ytics_secondary_axis (=false): ticks on the secondary (right) boundary, true: ticks on the axis

 ytics_secondary_axis ytics_secondary_axis :

[Maxima Draw] xtics_rotate (=false): x-Achsmarken nicht drehen, true: um 90° drehen

[Maxima Draw] xtics_rotate (=false): horizontal tick labels, true: vertical tick labels

 xtics_rotate xtics_rotate :

[Maxima Draw] ytics_rotate (=false): y-Achsmarken nicht drehen, true: um 90° drehen

[Maxima Draw] ytics_rotate (=false): horizontal tick labels, true: vertical tick labels

 ytics_rotate ytics_rotate :

[Maxima Draw] ztics_rotate (=false): z-Achsmarken nicht drehen, true: um 90° drehen

[Maxima Draw] ztics_rotate (=false): horizontal tick labels, true: vertical tick labels

 ztics_rotate ztics_rotate :

[Maxima Draw] xtics_rotate_secondary (=false): Marken an der sekundären (oberen) x-Achse nicht drehen, true: um 90° drehen

[Maxima Draw] xtics_rotate_secondary (=false): don't rotate ticks of the secondary (top) x-axis, true: rotate about 90°

 xtics_rotate_secondary xtics_rotate_secondary :

[Maxima Draw] ytics_rotate_secondary (=false): Marken an der sekundären (rechten) y-Achse nicht drehen, true: um 90° drehen

[Maxima Draw] ytics_rotate_secondary (=false): don't rotate ticks of the secondary (right) y-axis, true: rotate about 90°

 ytics_rotate_secondary ytics_rotate_secondary :

[Maxima Draw] xu_grid (=30) Abtastpunkte in x- oder u-Richtung

[Maxima Draw] xu_grid (=30) sampling points in x- or u-direction

xu_grid xu_grid :

[Maxima Draw] yv_grid (=30) Abtastpunkte in y- oder v-Richtung

[Maxima Draw] yv_grid (=30) sampling points in y- or v-direction

yv_grid yv_grid :

[Maxima Draw] xyplane (=false): xy-Koordinatenebene automatisch anordnen, Zahl: z-Koordinate

[Maxima Draw3D] xyplane (=false): automatic allocation of the xy-plane, reak number: xy-plane intersects the z-axis at this level

 xyplane xyplane :

Objekte

[Maxima Draw2D] bars(b1,b2...) Säulendiagramm, Säulen gegeben durch Listen (x,h,w). Optionen: key, color, fill_color, fill_density and line_

[Maxima Draw2D] bars(b1,b2...) vertical bars, given as lists (x,h,w). Options: key, color, fill_color, fill_density and line_width

 _ bars _ bars :

[Maxima Draw3D] elevation_grid(Matrix,x0,y0,w,h) Stellt eine Matrix in 3D dar. M_11 bei x=x0,y=y0+h,
M_mn bei x=x0+w,y=y0. Optionem: xu_grid, yv_grid, line_type, key, wired_surface, enhanced3d and color

[Maxima Draw3D] elevation_grid(Matrix,x0,y0,w,h) Draws a m x n-matrix in 3D. M_11 at x=x0,y=y0+h,
M_mn at x=x0+w,y=y0. Options: xu_grid, yv_grid, line_type, key, wired_surface, enhanced3d and color

 _1 _2 _3 _4 _5 elevation_grid _1 _2 _3 _4 _5 elevation_grid :

[Maxima Draw2D] ellipse(xc,yc,a,b,φ1,φ2) Ellipse, zentriert bei xc, yc mit den Halbachsen a und b, von Winkel φ1 bis
Winkel φ2. Optionen nticks, transparent, fill_color, border, line_width, line_type, key and color.

[Maxima Draw2D] ellipse(xc,yc,a,b,φ1,φ2) plots an ellipse centered at [xc, yc] with horizontal and vertical semi axis a and b, respectively,
starting at angle ang1 with an amplitude equal to angle ang2. Options: nticks, transparent, fill_color, border, line_width, line_type, key and color.

#1 #2 #3 #4 #5 #6 ellipse #1 #2 #3 #4 #5 #6 ellipse :

[Maxima Draw2D] errors(e1,e2...) Punkte mit Fehlerbalken, horizontal, vertical oder beide, abhängig von der Option error_type.
Argumente für error_type = x: Listen [x, y, xdelta] oder [x, y, xlow, xhigh]. Argumente für error_type = y; Listen [x, y, ydelta] oder [x, y, ylow, yhigh].
Argumente für error_type = xy oder error_type = boxes: Listen [x, y, xdelta, ydelta] oder [x, y, xlow, xhigh, ylow, yhigh].
Optionen: error_type, points_joined, line_width, key, line_type, color, fill_density, xaxis_secondary, and yaxis_secondary

[Maxima Draw2D] errors(e1,e2...) Draws points with error bars, horizontally, vertically or both, depending on the value of option error_type.
If error_type = x, arguments are lists [x, y, xdelta] or [x, y, xlow, xhigh]. If error_type = y, arguments are lists [x, y, ydelta] or [x, y, ylow, yhigh].
If error_type = xy or error_type = boxes, arguments are lists [x, y, xdelta, ydelta] or [x, y, xlow, xhigh, ylow, yhigh].
Options: error_type, points_joined, line_width, key, line_type, color, fill_density, xaxis_secondary, and yaxis_secondary

 _ errors _ errors :

[Maxima Draw2D] explicit(f,x,xmin,xmax) zeichnet eine Funktion f von x von xmin bis xmax.
Optionen: nticks, adapt_depth, draw_realpart, line_width, line_type, key, filled_func, fill_color und color

[Maxima Draw2D] explicit(f,x,xmin,xmax) plots explicit function f, with variable x taking values from xmin to xmax.
Options: nticks, adapt_depth, draw_realpart, line_width, line_type, key, filled_func, fill_color and color

 _1 _2 _3 _4 explicit _1 _2 _3 _4 explicit :

[Maxima Draw3D] explicit(f,x,xmin,xmax,y,ymin,ymax) zeichnet eine Funktion f von x und y im Bereich xmin bis xmax und ymin bis ymax
Optionen: draw_realpart, xu_grid, yv_grid, line_type, line_width, key, wired_surface, enhanced3d und color.

[Maxima Draw3D] explicit(f,x,xmin,xmax,y,ymin,ymax) plots the explicit function f, with variable x taking values from xmin to xmax and variable y
taking values from yminto ymax. Options: draw_realpart, xu_grid, yv_grid, line_type, line_width, key, wired_surface, enhanced3d, and color.

#1 #2 #3 #4 #5 #6 #7 explicit #1 #2 #3 #4 #5 #6 #7 explicit :

[Maxima Draw2D] image(Matrix,x0,y0,w,h) Farbdarstellung einer m x n Matrix entsprechend der Option palette

[Maxima Draw2D] image(matrix,x0,y0,w,h) plots matrix in the rectangular region from vertex (x0,y0) to (x0+w,y0+h) according
to option palette.

 #1 #2 #3 #4 #5 image #1 #2 #3 #4 #5 image :

[Maxima Draw2D] implicit(f,x,xmin,xmax,y,ymin,ymax) 2D Darstellung einer implizit gegebenen Funktion im angegebenen
Variablenbereich (marching squares Algorithmus). Optionen: ip_grid, ip_grid_in, line_width,
line_type, key, color

[Maxima Draw2D] implicit(f,x,xmin,xmax,y,ymin,ymax) plots the implicit function defined by f,
with variable x taking values from xmin to xmax, and variable y taking values from ymin to ymax. Options: ip_grid, ip_grid_in, line_width,
line_type, key, color

 #1 #2 #3 #4 #5 #6 #7 implicit #1 #2 #3 #4 #5 #6 #7 implicit :

[Maxima Draw3D] implicit(f,x,xmin,xmax,y,ymin,ymax,z,zmin,zmax) 3D Darstellung einer implizit gegebenen Funktion im
angegebenen Variablenbereich (Marching Cubes Algorithmus). Optionen: x_voxel, y_voxel, z_voxel,
ip_grid_in, line_width, line_type, wired_surface, enhanced3D, color [Maxima Draw]

[Maxima Draw3D] implicit(f,x,xmin,xmax,y,ymin,ymax,z,zmin,zmax) plots the implicit surface defined by f,
with variable x taking values from xmin to xmax, variable y taking values from ymin to ymax and variable z taking values from zmin to zmax.
This object implements the marching cubes algorithm. Options: x_voxel, y_voxel, z_voxel, line_width, line_type, key, wired_surface, enhanced3d,and color

 #1 #2 #3 #4 #5 #6 #7 #8 #9 #10 implicit #1 #2 #3 #4 #5 #6 #7 #8 #9 #10 implicit :

[Maxima Draw2D and 3D] label(list) Beschriftung, im 2D gegeben als Liste (text,x,y), im 3D als Liste (text,x,y,z),
spezielle Optionen: color, label_alignment, label_orientation

[Maxima Draw2D and 3D] label(list) text label specified in 2D as list [text,x,y], in 3D as list [text,x,y,z],
Options: color, label_alignment, label_orientation

 _ label _ label :

[Maxima Draw2D] parametric(fx,fy,p,pmin,pmax) parametrisch gegebenen Funktion. Optionen:
nticks, line_width, line_type, key, color, enhanced3d

[Maxima Draw2D] parametric(fx,fy,p,pmin,pmax) plots the parametric function fx, fy with parameter p taking values from pmin to pmax. Options
nticks, line_width, line_type, key, color, enhanced3d

 #1 #2 #3 #4 #5 parametric #1 #2 #3 #4 #5 parametric :

[Maxima Draw3D] parametric(fx,fy,fz,p,pmin,pmax) parametrisch gegebene Kurve. Optionen:
nticks, line_width, line_type, key, color, enhanced3d

#1 #2 #3 #4 #5 #6 parametric #1 #2 #3 #4 #5 #6 parametric :

points(matrix) Punkte, zeilenweise gegeben als n x 2 (2D) oder n x 3 (3D)-Matrix.
Spezielle Optionen: points_joined, point_type, point_size [Maxima Draw2D/3D]

[Maxima Draw2D and 3D] points(matrix) 2D: n x 2, 3D: n x 3, plots points, given as the rows in a matrix.
special options: points_joined, point_type, point_size

 #1 points #1 points :

points(vx,vy) Punkte, gegeben durch Vektoren der x- und y-Koordinaten.
Spezielle Optionen: points_joined, point_type, point_size [Maxima Draw2D]

[Maxima Draw2D] points(vx,vy) points given by two vectors, special options: points_joined,
point_type, point_size

 #1 #2 points #1 #2 points :

[Maxima Draw3D] points(vx,vy,vz) zeichnet Punkte, gegeben durch drei Vektoren, spezielle Optionen: points_joined,
point_type, point_size

[Maxima Draw3D] points(vx,vy,vz) points given by three vectors, special options: points_joined,
point_type, point_size

 #1 #2 #3 points #1 #2 #3 points :

[Maxima Draw2D] polar(r,φ,φmin,φmax) zeichnet Funktionen, die in Polarkoordinaten gegeben
sind (Radius r als Funktion des Winkels φ). Spezielle Optionen: key, nticks, line_width, line_type, color

[Maxima Draw2D] polar(r,φ,φmin,φmax) draws functions given in polar co-ordinates
(radius r as function of angle φ). Special options: key, nticks, line_width, line_type, color

 #1 #2 #3 #4 polar #1 #2 #3 #4 polar :

[Maxima Draw2D] polygon(matrix) Polygon durch die als n x 2 Matrix gegebenen Punkte.
Spezielle Optionen: transparent, fill_color, border, line_width, key, line_type color

[Maxima Draw2D] polygon(matrix) polygon defined by matrix (each row one point).
Special options: transparent, fill_color, border, line_width, key, line_type color

#1 polygon #1 polygon :

[Maxima Draw2D] polygon(vx,vy) Zeichnet ein Polygon durch die als x- und y-Vektoren gegebenen Punkte.
Spezielle Optionen: transparent, fill_color, border, line_width, key, line_type color

[Maxima Draw2D] polygon(vx,vy) polygon defined by two vectors. Special options:
transparent, fill_color, border, line_width, key, line_type color

#1 #2 polygon #1 #2 polygon :

[Maxima Draw2D/3D] quadrilateral(l1,l2,l3,l4) Viereck, gegeben durch Listen der Eckkoordinaten 2D: (x,y) oder
3D: (x,y,z). Spezielle Optionen: transparent, fill_color, border, line_width, key, line_type, color,
enhanced3D (nur 3D)

[Maxima Draw2D/3D] quadrilateral(l1,l2,l3,l4) quadrilateral given by lists of vertex coordinates: [x,y] in 2D or [x,y,z] in 3D.
Special options: transparent, fill_color, border, line_width, key, line_type, color, enhanced3D (3D only)

 #1 #2 #3 #4 quadrilateral #1 #2 #3 #4 quadrilateral :

[Maxima Draw2D] rectangle(l1,l2) Rechteck gegeben durch Koordinatenlisten (x,y) gegenüberliegender Ecken.
Spezielle Optionen: transparent, fill_color, border, line_width, key, line_type, color

[Maxima Draw2D] rectangle(l1,l2) specified by lists (x,y) of opposite corners.
Special options: transparent, fill_color, border, line_width, key, line_type, color

#1 #2 rectangle #1 #2 rectangle :

[Maxima Draw2D] region(expr,x,xmin,xmax,y,ymin,ymax) Füllt das Gebiet wo expr wahr (true) ist im
Bereich von xmin, xmax, ymin, ymax. Optionen: fill_color, key, x_voxel, y_voxel

[Maxima Draw2D] region(expr,x,xmin,xmax,y,ymin,ymax) Fills the region where expr is true in the
domain given by xmin, xmax, ymin, ymax. Options: fill_color, key, x_voxel, y_voxel

 #1 #2 #3 #4 #5 #6 #7 region #1 #2 #3 #4 #5 #6 #7 region :

spherical() funktioniert nicht

[Maxima Draw2D/3D] triangle(l1,l2,l3) Dreieck, gegeben durch Koordinatenlisten (x,y) (2D) oder (x,y,z) (3D) der Ecken.
Spezielle Optionen: transparent, fill_color, border, line_width, key, line_type, color

[Maxima Draw2D/3D] triangle(l1,l2,l3) given by co-ordinate lists (x,y) (2D) or (x,y,z) (3D) of the corners
Special options: transparent, fill_color, border, line_width, key, line_type, color

#1 #2 #3 triangle #1 #2 #3 triangle :

[Maxima Draw3D] tube(fx,fy,fz,fr,p,pmin,pmax) Röhre, gegeben durch Mittellinie mit fx,fy,fz und den Radius fr
als Funktionen des Parameters p.
Spezielle Optionen: xu_grid, yv_grid, line_type, line_width, key, wired_surface, enhanced3d,
color, capping.

[Maxima Draw3D] tube(fx,fy,fz,fr,p,pmin,pmax) tube, given by functions fx,fy,fz of the centerline and radius function fr
pf parameters p.
Special options: xu_grid, yv_grid, line_type, line_width, key, wired_surface, enhanced3d,
color, capping.

 #1 #2 #3 #4 #5 #6 #7 tube #1 #2 #3 #4 #5 #6 #7 tube :

[Maxima Draw2D/3D] vector(l1,l2) Pfeil, gegeben durch Koordinatenlisten (x,y) (2D) oder (x,y,z) (3D) der Endpunkte.
Spezielle Optionen: head_both, head_length, head_angle, head_type, line_width, line_type, key
color.

[Maxima Draw2D/3D] vector(l1,l2) given by co-ordinate lists (x,y) (2D) or (x,y,z) (3D) of the end points.
Spezielle Optionen: head_both, head_length, head_angle, head_type, line_width, line_type, key
color.

 #1 #2 vector #1 #2 vector :

[Maxima] set(e1, e2,...) Maxima set (Liste in geschweiften Klammern)

[Maxima] set(e1, e2,...) Maxima set (in Maxima this is a list in curly braces)

 _ set _ set :

[Maxima] args(expr) Liste der Argumente von expr

[Maxima] args(expr) list of the top level arguments of expr

 _ args _ args :

Sonstige

[Maxima]

true true :

[Maxima]

false false : 0 28 30 0.1 28.7169 29.0922 0.2 29.4276 28.1888 0.3 30.1321 27.2898 0.4 30.8304 26.3952 0.5 31.5225 25.505 0.6 32.2084 24.6192 0.7 32.8881 23.7378 0.8 33.5616 22.8608 0.9 34.2289 21.9882 1 34.89 21.12 1.1 35.5449 20.2562 1.2 36.1936 19.3968 1.3 36.8361 18.5418 1.4 37.4724 17.6912 1.5 38.1025 16.845 1.6 38.7264 16.0032 1.7 39.3441 15.1658 1.8 39.9556 14.3328 1.9 40.5609 13.5042 2 41.16 12.68 2.1 41.7529 11.8602 2.2 42.3396 11.0448 23 3 mat Restart complete. 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