466f155d-0ada-4494-9ba4-8482d571349c 3 4 5 decimal
&[DATE] &[TIME] - &[FILENAME]
&[PAGENUM] / &[COUNT]
 0.8175 0.837 0.7707 0.4406 0.4668 0.1768 0.8677 0.7371 0.5554 0.6944 0.9774 0.9387 0.217 0.0744 0.8813 0.5042 0.0438 0.9679 0.2476 0.5956 10 2 mat <p>Draw-Descriptions (Maxima)</p> <p>Draw-Descriptions (Maxima)</p>

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] 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 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] tube_extremes (=(open, open) ), open oder closed: Endscheiben von tube()-Objekten.

[Maxima Draw] tube_extremes (=(open, open) ), open or closed: how tube() objects are terminated.

 tube_extremes tube_extremes :

[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] 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 und 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 :

polar() funktioniert nicht.

[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,tube_extremes.

[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,tube_extremes.

 #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 : 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 terminal=pngcairo file_name="C:/FHB/Software/SMath/SMath 98.6520/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/jibsfoun" dimensions=[245,216] font="Arial" font_size=8 xu_grid=40 yv_grid=40 xlabel="x" ylabel="y" zlabel="z" yrange=[-0.348048665649442,1.01615637718824] zrange=[-0.682102521418839,0.682102521418839] "set term pngcairo font ',8' enhanced size 245, 216" "set encoding utf8" plot2D SAMPLE PLOT Sample Disable Disable 4095 8 Disable Arial Disable 5 Disable [blue,red,green] 40 40 Custom 245 216 Interactive C:/FHB/Software/SMath/SMath 98.6520/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/jibsfoun png Disable x y z Default Default Default -5 5 -0.348048665649442 1.01615637718824 -0.682102521418839 0.682102521418839 Disable Interactive Interactive Disable Disable Disable Disable Disable Disable 10 10 10 60 60 4 -6 Interactive Disable MouseX2 MouseY2 MouseW2 Disable Azimuth2 Zenith2 Disable MinX2 MaxX2 Disable MinY2 MaxY2 Disable MinZ2 MaxZ2 points_joined true ≡ p.1 p.2 augment eval points 2 1 sys

Use eval() to enforce evaluation of the expression before sending it to Maxima.

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 point_size 0 ≡ points_joined true ≡ p points xlabel φ_0 ≡ 4 1 sys pdf Draw2D

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