<p fontName="Arial">Draw-Descriptions (Maxima)</p>

4435b9fd-9afa-41aa-83e7-69b0ad4d3d66 152 4 5 false false 0 decimal

&[DATE] &[TIME] - &[FILENAME]

<p fontName="Arial">Draw-Descriptions (Maxima)</p> <p fontName="Arial">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] 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 :

DocumentDirectory CurrentDirectory C:\FHB\Software\SMath\SMath Skript\Bilder\

restart MaximaControl Restart complete.

draw

cm points_joined true ≡ 1002 Random points proportional_axes xy ≡ 31 sys :

s 26024021 sys :

p1 cm s Draw2D :

p2 cm pdf s Draw2D :

# MaximaLog Received Bytes: 30
(%i23) draw2d([terminal=pdf,file_name=$C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/1qcbm1ph$,terminal=pdf,user_preamble=[$set term pdfcairo font 'arial, 12' enhanced size 2.71,2.5$,$set encoding utf8$,$set object 1 rectangle from screen -0.01,-0.01 to screen 1.01 ,1.01 fillcolor rgb'#ffffff' behind$],points_joined=true,points(matrix([170767241237111/250000000000000,868756030159423/1000000000000000],[106241128456891/250000000000000,365296641767629/500000000000000],[602818464209707/1000000000000000,387124412407691/1000000000000000],[761577223782231/1000000000000000,78344474489961/200000000000000],[274710675130929/500000000000000,229563006656041/250000000000000],[371480462314319/1000000000000000,11823601211339/250000000000000],[192510733656823/200000000000000,73896927327801/250000000000000],[34692390092971/200000000000000,779548689620359/1000000000000000],[157243991064487/200000000000000,63628115441477/100000000000000],[50051055930113/125000000000000,960098047722177/1000000000000000],[89255785378281/500000000000000,272850452583679/500000000000000],[130560933091/31250000000000,893277578471823/1000000000000000],[380582711370933/1000000000000000,48459091741107/62500000000000],[171755992514899/200000000000000,373523348650673/1000000000000000],[47176187996369/250000000000000,774886270414519/1000000000000000],[176452738035681/200000000000000,299311482952587/500000000000000],[405903903490819/1000000000000000,935180994419/2500000000000],[23147864976501/62500000000000,193601830021293/1000000000000000],[584897369418711/1000000000000000,4159284792449/25000000000000],[181289967699577/500000000000000,150420064409459/250000000000000],[31458263300107/125000000000000,141101252120501/500000000000000],[364085323579649/500000000000000,48819043323779/100000000000000],[33769405928333/200000000000000,407131970118327/500000000000000],[101192577556331/500000000000000,55843668783011/500000000000000],[767327276881471/1000000000000000,914841986221653/1000000000000000],[748714855755081/1000000000000000,12497095513389/50000000000000],[98878414229899/200000000000000,199462969135243/200000000000000],[13307046617059/1000000000000000,68684029890543/500000000000000],[864578080300511/1000000000000000,531686935355741/1000000000000000],[87502643041081/250000000000000,165494599270399/200000000000000],[132086112458299/250000000000000,194026937565779/500000000000000],[203017620464329/1000000000000000,774535079847339/1000000000000000],[17994168222879/500000000000000,154571499281829/200000000000000],[641390501354537/1000000000000000,117696254103303/200000000000000],[925221869687187/1000000000000000,489930060221781/500000000000000],[12165707512603/62500000000000,24793942544979/40000000000000],[4276581547119/15625000000000,199682047450767/250000000000000],[708431941321321/1000000000000000,22407726662889/25000000000000],[40876512900403/50000000000000,257993758310561/500000000000000],[362215274415079/500000000000000,566318771134279/1000000000000000],[11459206254901/20000000000000,373546312504237/500000000000000],[303098035884601/500000000000000,136931382881911/500000000000000],[13085707329719/500000000000000,1011714847857/1600000000000],[651443092223/6250000000000,102147264453651/250000000000000],[360765351150541/1000000000000000,232997779842931/1000000000000000],[164511874860391/500000000000000,5321043406297/100000000000000],[163272163906727/200000000000000,535106939047159/1000000000000000],[458348798779/6250000000000,431806115634649/500000000000000],[79184883776673/1000000000000000,953635567311959/1000000000000000],[14131315524751/31250000000000,9899738330813/25000000000000],[172873438882117/1000000000000000,613903884596147/1000000000000000],[93232733939417/500000000000000,787467156437909/1000000000000000],[144038133204001/200000000000000,25773258426121/200000000000000],[244060172813041/250000000000000,695663881346427/1000000000000000],[144441452177447/500000000000000,116997980101499/1000000000000000],[159918900886513/500000000000000,348590563679389/1000000000000000],[807256386525583/1000000000000000,156738360206009/200000000000000],[50902536721389/200000000000000,390625912412361/500000000000000],[156371560672471/200000000000000,929154854700507/1000000000000000],[748363665187901/1000000000000000,403666556535133/1000000000000000],[133725320330693/200000000000000,232801443539933/1000000000000000],[113857959682987/500000000000000,692224089844257/1000000000000000],[32541818536139/50000000000000,70720443069339/500000000000000],[20087193602271/25000000000000,738594279968457/1000000000000000],[725392381998427/1000000000000000,844819710052023/1000000000000000],[817124182738887/1000000000000000,863894690696101/1000000000000000],[6378541982909/100000000000000,164220507798819/500000000000000],[196722666126081/500000000000000,959056428148903/1000000000000000],[560627157129639/1000000000000000,818728915331293/1000000000000000],[553672099743817/1000000000000000,897305122528833/1000000000000000],[32804054432923/50000000000000,408567013409253/1000000000000000],[11970615345971/100000000000000,243767371049043/1000000000000000],[182631995613981/200000000000000,980433186041393/1000000000000000],[245954047537387/1000000000000000,3266901850359/100000000000000],[140297127720107/500000000000000,146041991489959/500000000000000],[81754427906943/1000000000000000,75015014538083/500000000000000],[102635951062029/500000000000000,48535540256899/1000000000000000],[145472586315811/200000000000000,117508999417773/125000000000000],[96546991307543/250000000000000,494241378034577/1000000000000000],[136630785715129/1000000000000000,578749779881327/1000000000000000],[65075709607953/200000000000000,59411602820927/250000000000000],[242567874837/250000000000,444063194302871/1000000000000000],[74968449340653/250000000000000,18237724443077/40000000000000],[284805143850299/1000000000000000,59851921365993/125000000000000],[390246468777883/1000000000000000,147728127729021/500000000000000],[220624667695083/1000000000000000,481564444015531/500000000000000],[37548275495669/100000000000000,212764635664767/250000000000000],[747585467876673/1000000000000000,260059588244213/1000000000000000],[113095290080223/1000000000000000,245987137079233/250000000000000],[48691506985897/62500000000000,670403184681387/1000000000000000],[895486838601291/1000000000000000,3083274902349/4000000000000],[458000024528243/1000000000000000,433308399018509/1000000000000000],[19076632053627/25000000000000,333547076831361/500000000000000],[658622788572043/1000000000000000,15249879572191/1000000000000000],[601078084018583/1000000000000000,226686668454989/500000000000000],[572868462918731/1000000000000000,33192889547531/500000000000000],[136419625923233/200000000000000,97492231986249/100000000000000],[142981643622267/250000000000000,13076083667961/31250000000000],[438295514061253/1000000000000000,675642959156839/1000000000000000],[943893573686431/1000000000000000,457216866992981/1000000000000000])),proportional_axes=xy]);
(%o23) [gr2d(points)]

p1 p2 <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 :

dra

draw

cmds user_preamble set grid polar 11 sys ≡ nticks 200 ≡ xrange 5 - 521 sys ≡ yrange 5 - 521 sys ≡ line_width 2 ≡ 10 w / w 110 π * polar 61 sys :

p cmds polar.png Draw2D :

# MaximaLog Received Bytes: 29
(%i24) draw2d([terminal=png,file_name=$C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/sf5xcesi$,terminal=png,user_preamble=[$set term pngcairo font ',8' enhanced size 302,242$,$set encoding utf8$,$set object 1 rectangle from screen -0.01,-0.01 to screen 1.01 ,1.01 fillcolor rgb'#ffffff' behind$,$set grid polar$],nticks=200,xrange=[-5,5],yrange=[-5,5],line_width=2,'polar(10/w,w,1,10*%pi)]);
(%o24) [gr2d(polar)]

p draw

p points_joined impulses ≡ 1001 Random 0.5 - points 21 sys 40015021 sys Draw2D :

p draw draw

cm key Gruppe: A ≡ fill_color blue ≡ fill_density 0.2 ≡ 0.8 5 0.4 31 sys 1.8 7 0.4 31 sys 2.8 4 - 0.4 31 sys bars key Gruppe B ≡ fill_color red ≡ fill_density 0.4 ≡ line_width 2 ≡ 1.2 4 0.4 31 sys 2.2 2 - 0.4 31 sys 3.2 5 0.4 31 sys bars xaxis true ≡ 101 sys :

p cm Draw2D :

# MaximaLog Received Bytes: 33
(%i26) draw2d([terminal=png,file_name=$C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/ca0ecwth$,terminal=png,user_preamble=[$set term pngcairo font ',8' enhanced size 302,242$,$set encoding utf8$,$set object 1 rectangle from screen -0.01,-0.01 to screen 1.01 ,1.01 fillcolor rgb'#ffffff' behind$],key=$Gruppe: A$,fill_color=blue,fill_density=1/5,bars([4/5,5,2/5],[9/5,7,2/5],[14/5,-4,2/5]),key=$Gruppe B$,fill_color=red,fill_density=2/5,line_width=2,bars([6/5,4,2/5],[11/5,-2,2/5],[16/5,5,2/5]),xaxis=true]);
(%o26) [gr2d(bars,bars)]

p draw enhanced3d true ≡ 4 z - z 2 - 2 az 0 2 π * cylindrical 2 1 sys 400 300 2 1 sys Draw3D draw draw

obj 86 Random 0032 elevation_grid xlabel x ≡ ylabel y ≡ ztics 0.2 ≡ surface_hide true ≡ zrange 0121 sys ≡ 61 sys :

obj Draw3D

# MaximaLog Received Bytes: 38
(%i28) draw3d([terminal=png,file_name=$C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/2ehhopa2$,terminal=png,user_preamble=[$set term pngcairo font ',8' enhanced size 302,242$,$set encoding utf8$,$set object 1 rectangle from screen -0.01,-0.01 to screen 1.01 ,1.01 fillcolor rgb'#ffffff' behind$],elevation_grid(matrix([63136623386823/250000000000000,238716859947293/1000000000000000,489664726187319/500000000000000,129325822754449/250000000000000,449145463737261/500000000000000,113448822923679/1000000000000000],[299106454848827/500000000000000,403289616295737/1000000000000000,97053289086117/200000000000000,434838968531619/1000000000000000,192521272782479/200000000000000,955541097072671/1000000000000000],[205939249347867/250000000000000,88925681118353/500000000000000,179980211043721/1000000000000000,568349287644191/1000000000000000,44194627457389/250000000000000,93642880531793/200000000000000],[13449665370141/40000000000000,813695078628927/1000000000000000,700488891778741/1000000000000000,53048265843209/100000000000000,296211664237181/1000000000000000,220749876099057/1000000000000000],[226652164117737/1000000000000000,9434909011207/31250000000000,125026874209301/200000000000000,347202243212239/500000000000000,125075304938981/250000000000000,606694563574481/1000000000000000],[67177174411331/250000000000000,1165839494749/250000000000000,149170706118071/1000000000000000,54857170991533/125000000000000,119051421582257/1000000000000000,394999052581843/1000000000000000],[915384493728813/1000000000000000,134307293516727/500000000000000,530856161625523/1000000000000000,2575033087231/3906250000000,86762047040631/200000000000000,113484099560177/200000000000000],[112514647241921/1000000000000000,28083752900401/50000000000000,3675704725867/10000000000000,285316777082773/1000000000000000,428347527248947/1000000000000000,33421267363439/125000000000000]),0,0,3,2),xlabel=$x$,ylabel=$y$,ztics=1/5,surface_hide=true,zrange=[0,1]]);
(%o28) [gr3d(elevation_grid)]

draw

obj fill_color red ≡ color gray30 ≡ line_width 5 ≡ 0632270270 - ellipse transparent true ≡ color blue ≡ line_width 3 ≡ 2.5 6323090 - ellipse xrange 5 - 621 sys ≡ yrange 2921 sys ≡ 101 sys :

obj d009.png Draw2D

# MaximaLog Received Bytes: 39
(%i29) draw2d([terminal=png,file_name=$C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/4hecdpgb$,terminal=png,user_preamble=[$set term pngcairo font ',8' enhanced size 302,242$,$set encoding utf8$,$set object 1 rectangle from screen -0.01,-0.01 to screen 1.01 ,1.01 fillcolor rgb'#ffffff' behind$],fill_color=red,color=gray30,line_width=5,ellipse(0,6,3,2,270,-270),transparent=true,color=blue,line_width=3,ellipse(5/2,6,3,2,30,-90),xrange=[-5,6],yrange=[2,9]]);
(%o29) [gr2d(ellipse,ellipse)]

draw

obj error_type y ≡ points_joined true ≡ 1213571031176243 mat args errors xrange 02021 sys ≡ yrange 3 - 1521 sys ≡ grid true ≡ 61 sys :

obj Draw2D

# MaximaLog Received Bytes: 30
(%i30) draw2d([terminal=png,file_name=$C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/32d54zlu$,terminal=png,user_preamble=[$set term pngcairo font ',8' enhanced size 302,242$,$set encoding utf8$,$set object 1 rectangle from screen -0.01,-0.01 to screen 1.01 ,1.01 fillcolor rgb'#ffffff' behind$],error_type=y,points_joined=true,errors(args(matrix([1,2,1],[3,5,7],[10,3,1],[17,6,2]))),xrange=[0,20],yrange=[-3,15],grid=true]);
(%o30) [gr2d(errors)]

draw

cmds key sin(x) ≡ x sin x 2 π * - 2 π * explicit key cos(x) ≡ color red ≡ x cos x 2 π * - 2 π * explicit grid true ≡ 61 sys :

cmds 500 150 2 1 sys Draw2D draw

gauss 20 e x 2^- y 2^-^* 10 - x 5 - 5 y 5 - 5 explicit :

ebene x y + x 4 - 4 y 4 - 4 explicit :

obj xu_grid 16 ≡ yv_grid 16 ≡ key Gauss ≡ color #a02c00 ≡ gauss key Ebene ≡ color blue ≡ ebene surface_hide true ≡ 91 sys :

obj 250 250 2 1 sys Draw3D

# MaximaLog Received Bytes: 41
(%i32) draw3d([terminal=png,file_name=$C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/uld55mer$,terminal=png,user_preamble=[$set term pngcairo font ',8' enhanced size 250,250$,$set encoding utf8$,$set object 1 rectangle from screen -0.01,-0.01 to screen 1.01 ,1.01 fillcolor rgb'#ffffff' behind$],xu_grid=16,yv_grid=16,key=$Gauss$,color=$#a02c00$,explicit((10*(2-%e^(x^2+y^2)))/(%e^(x^2+y^2)),x,-5,5,y,-5,5),key=$Ebene$,color=blue,explicit(x+y,x,-4,4,y,-4,4),surface_hide=true]);
(%o32) [gr3d(explicit,explicit)]

DocumentDirectory CurrentDirectory C:\FHB\Software\SMath\SMath Skript\Bilder\

draw

obj palette color ≡ 10100200 Random.N 003030 image proportional_axes xy ≡ 31 sys :

obj Draw2D

# MaximaLog Received Bytes: 29
(%i33) draw2d([terminal=png,file_name=$C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/jxuhqwtp$,terminal=png,user_preamble=[$set term pngcairo font ',8' enhanced size 302,242$,$set encoding utf8$,$set object 1 rectangle from screen -0.01,-0.01 to screen 1.01 ,1.01 fillcolor rgb'#ffffff' behind$],palette=color,image(matrix([49,119,179,44,194,32,177,170,153,80],[88,183,5,197,143,144,27,137,2,35],[179,81,167,48,85,66,2,200,180,108],[78,99,179,185,159,156,20,141,189,1],[122,143,48,196,11,100,166,94,105,6],[135,62,55,105,88,169,153,131,160,128],[30,178,191,45,1,189,4,21,38,187],[124,86,148,1,113,35,32,172,36,185],[100,108,95,173,173,16,44,73,96,191],[3,89,182,60,172,145,153,3,194,23]),0,0,30,30),proportional_axes=xy]);
(%o33) [gr2d(image)]

draw

f.1 y 2^x 3^2 x * - 1 + ≡ (:

f.2 x 3^y 3^+ 3 x * y 2^* x - 1 - ≡ (:

obj key f1 ≡ f.1 x 4 - 4 y 4 - 4 implicit key f.2 string ≡ color red ≡ f.2 x 4 - 4 y 4 - 4 implicit proportional_axes xy ≡ grid true ≡ key_pos top_left ≡ 81 sys :

obj 250 250 2 1 sys Draw2D draw

f x 2^y 2^+ z 2^+ 1 - (x 2^y 1.5 - (2^+ z 2^+ 0.5 - (* 0.015 ≡ (:

obj enhanced3d true ≡ f x 1 - 1 y 1.2 - 2.3 z 1 - 1 implicit view 5012021 sys ≡ cbtics 0.5 ≡ 41 sys :

obj Draw3D draw

obj yrange 0.1 1.4 21 sys ≡ color red ≡ roter Text 0 0.3 31 sys label color forest_green ≡ grüner Text 0 0.6 31 sys label color blue ≡ label_alignment left ≡ blauer Text 0 0.9 31 sys a_b + c^3 = α 0 1.2 31 sys label xrange 1 - 121 sys ≡ 91 sys :

obj 250 120 2 1 sys Draw2D

# MaximaLog Received Bytes: 41
(%i36) draw2d([terminal=png,file_name=$C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/m4wghxde$,terminal=png,user_preamble=[$set term pngcairo font ',8' enhanced size 250,120$,$set encoding utf8$,$set object 1 rectangle from screen -0.01,-0.01 to screen 1.01 ,1.01 fillcolor rgb'#ffffff' behind$],yrange=[1/10,7/5],color=red,label([$roter Text$,0,3/10]),color=forest_green,label([$grüner Text$,0,3/5]),color=blue,label_alignment=left,label([$blauer Text$,0,9/10],[$a_b + c^3 = α$,0,6/5]),xrange=[-1,1]]);
(%o36) [gr2d(label,label,label)]

draw

obj color gray70 ≡ e x sin x 2^cos +^x 3 - 3 y 3 - 3 explicit color red ≡ Berg 1 2 - 0341 sys Berg 2 1.5 0441 sys label color blue ≡ label_orientation vertical ≡ Tal 203 - 41 sys label view 7035021 sys ≡ 81 sys :

obj 200 200 2 1 sys Draw3D <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 :

draw key explizit ≡ e x ^ x 1 - 3 explicit color red ≡ key parametrisch ≡ 2 r cos * r 2 ^ r 0 2 π * parametric key_pos top_left ≡ 6 1 sys 200 160 2 1 sys Draw2D draw

obj nticks 100 ≡ 5 u * cos (2^7 u * sin u 2 - u 02 parametric color red ≡ 0.1 t * t sin t cos t 04 π * parametric view 703021 sys ≡ xtics 0.5 ≡ ytics 0.5 ≡ ztics 1 ≡ 81 sys :

obj 200 200 2 1 sys Draw3D draw

obj user_preamble set style fill transparent solid 0.65 border set view 120, 357, 1.75, 1.0 21 sys ≡ axis_3d false ≡ colorbox false ≡ enhanced3d true ≡ xu_grid 51 ≡ yv_grid 51 ≡ xtics none ≡ ytics none ≡ ztics none ≡ wired_surface true ≡ color black ≡ fx fy fz u 4.5 - 4.5 v 0.05 π 0.05 - parametric_surface 121 sys :

a 1 :

fx 2 a * u cos u u sin * + (* v sin * 1 u 2^v sin (2^* + / :

fy 2 a * u sin u u cos * - (* v sin * 1 u 2^v sin (2^* + / :

fz a v 2 / tan ln * 2 v cos * 1 u 2^v sin (2^* + / + :

draw obj 1000 700 2 1 sys Draw3D draw

fx u 2 / u cos * v cos 1 + (* :

fy u 2 / u sin * v cos 1 + (* :

fz u v sin * u 3 + 8 / π * (2^- 20 - :

obj user_preamble set view 100, 320, 1, 1.5 11 sys ≡ xu_grid 150 ≡ yv_grid 25 ≡ fx fy fz u 013 π * v π - π parametric_surface surface_hide true ≡ xyplane 0 ≡ 61 sys :

# MaximaLog Received Bytes: 42
(%i40) draw3d([terminal=png,file_name=$C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/invdvhrp$,terminal=png,user_preamble=[$set term pngcairo font ',8' enhanced size 1000,700$,$set encoding utf8$,$set object 1 rectangle from screen -0.01,-0.01 to screen 1.01 ,1.01 fillcolor rgb'#ffffff' behind$,$set style fill transparent solid 0.65 border$,$set view 120, 357, 1.75, 1.0$],axis_3d=false,colorbox=false,enhanced3d=true,xu_grid=51,yv_grid=51,xtics=none,ytics=none,ztics=none,wired_surface=true,color=black,parametric_surface((2*(u*sin(u)+cos(u))*sin(v))/(1+u^2*(sin(v))^2),(2*(-u*cos(u)+sin(u))*sin(v))/(1+u^2*(sin(v))^2),(log(tan(v/2))*(1+u^2*(sin(v))^2)+2*cos(v))/(1+u^2*(sin(v))^2),u,-9/2,9/2,v,1/20,-1/20+%pi)]);
(%o40) [gr3d(parametric_surface)]

draw obj Draw3D draw

obj line_width 2 ≡ 1121 sys 2221 sys 5121 sys 4021 sys quadrilateral 327264554452 mat args polygon fill_color yellow ≡ color green ≡ 2 3.5 21 sys 5 2.5 21 sys rectangle color black ≡ 35210270 ellipse fill_color light_blue ≡ 4121 sys 6121 sys 7421 sys triangle proportional_axes xy ≡ 111 sys :

obj 300 300 2 1 sys Draw2D

proportional_axes xy ≡

draw draw

cm enhanced3d true ≡ 00031 sys 10231 sys 01231 sys 11031 sys quadrilateral xyplane 0 ≡ 31 sys :

p cm Draw3D :

p draw

cm line_width 6 ≡ line_type dots ≡ fill_color blue ≡ 2 - 2 - 21 sys 71 - 21 sys rectangle transparent true ≡ line_type solid ≡ line_width 1 ≡ 9421 sys 2 1.5 - 21 sys rectangle xrange 3 - 1021 sys ≡ yrange 3 - 4.5 21 sys ≡ proportional_axes xy ≡ 111 sys :

p cm Draw2D :

p draw

R x 2^y 2^+ (12 / 1 ltlt (:

obj x_voxel 30 ≡ y_voxel 30 ≡ R x 32 / - 32 / y 32 / - 32 / region proportional_axes xy ≡ 41 sys :

obj 200 200 2 1 sys Draw2D draw

cmds user_preamble set view 60, 30, 1.0, 1.2 11 sys ≡ 1 azi 02 π * zen 0 π spherical xyplane 0 ≡ 31 sys :

p cmds spher.png Draw3D :

# MaximaLog Received Bytes: 106
(%i46) draw3d([terminal=png,file_name=$C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/tv5qefbs$,terminal=png,user_preamble=[$set term pngcairo font ',8' enhanced size 302,242$,$set encoding utf8$,$set object 1 rectangle from screen -0.01,-0.01 to screen 1.01 ,1.01 fillcolor rgb'#ffffff' behind$,$set view 60, 30, 1.0, 1.2$],spherical(1,azi,0,2*%pi,zen,0,%pi),xyplane=0]);
draw: 3D graphic object not recognized, mqapply
 -- an error. To debug this try: debugmode(true);

p draw

p 1121 sys 2221 sys 3021 sys triangle proportional_axes xy ≡ 21 sys 20020021 sys Draw2D :

p draw

a 2.5 :

b 1.5 :

c 2 :

d 3 :

bottle color blue ≡ 00 a - (t sin * a b t cos * + t 0 π 2 / tube 00 a - (t sin * a b t cos * + t π 2 / π tube color red ≡ 00 d t * a b t cos * + t 0 π tube color forest_green ≡ c c t cos * - 0 d t * a b - t 0 π tube color magenta ≡ c c t cos * - 0 d π * c t sin * + a b - t 0 π tube 91 sys :

draw

obj xu_grid 11 ≡ yv_grid 20 ≡ xyplane 0 ≡ surface_hide true ≡ proportional_axes xyz ≡ bottle view v1 100 v2 - 21 sys ≡ 71 sys :

v1 v2 obj 250 250 2 1 sys Draw3D

cm xu_grid 11 ≡ yv_grid 20 ≡ xyplane 0 ≡ surface_hide true ≡ proportional_axes xyz ≡ obj view v1 v2 21 sys ≡ 71 sys :

p cm draw_tube2 Draw3D :

# MaximaLog Received Bytes: 48
(%i49) draw3d([terminal=png,file_name=$C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/zzu4uqr2$,terminal=png,user_preamble=[$set term pngcairo font ',8' enhanced size 302,242$,$set encoding utf8$,$set object 1 rectangle from screen -0.01,-0.01 to screen 1.01 ,1.01 fillcolor rgb'#ffffff' behind$],xu_grid=11,yv_grid=20,xyplane=0,surface_hide=true,proportional_axes=xyz,[xu_grid=11,yv_grid=20,xyplane=0,surface_hide=true,proportional_axes=xyz,[color=blue,tube(0,0,-(5*sin(t))/2,(5+3*cos(t))/2,t,0,%pi/2),tube(0,0,-(5*sin(t))/2,(5+3*cos(t))/2,t,%pi/2,%pi),color=red,tube(0,0,3*t,(5+3*cos(t))/2,t,0,%pi),color=forest_green,tube(2*(1-cos(t)),0,3*t,1,t,0,%pi),color=magenta,tube(2*(1-cos(t)),0,3*%pi+2*sin(t),1,t,0,%pi)],view=[77,47]],view=[77,53]]);
(%o49) [gr3d(tube,tube,tube,tube,tube)]

Darstellung als Gitternetz mit verdeckten Kanten

draw

obj user_preamble set style fill transparent solid 0.5 border set view 60, 30, 1.3, 1.1 21 sys ≡ xu_grid 50 ≡ yv_grid 29 ≡ enhanced3d t t 21 sys ≡ xyplane 0 ≡ surface_hide true ≡ proportional_axes xyz ≡ cbtics 0021 sys pi π 21 sys set ≡ bottle 91 sys :

obj 250 250 2 1 sys Draw3D

Darstellung als transparente Fläche mit dem Längenparameter als Farbwert

o

draw

obj proportional_axes xyz ≡ head_angle 10 ≡ 3121 sys 5521 sys vector head_both true ≡ head_length 1 ≡ head_type empty ≡ 1121 sys 3521 sys vector unit_vectors true ≡ head_angle 90 ≡ 5221 sys 3021 sys vector 101 sys :

obj 250 200 2 1 sys Draw2D 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 terminal=pngcairo file_name="C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/cualmlcf" dimensions=[250,250] font="Arial" font_size=8 title="" xu_grid=40 yv_grid=40 xlabel="x+i" ylabel="y" zlabel="z" yrange=[-5,5] zrange=[-5,5] "set term pngcairo font ',8' enhanced size 250, 250" "set object 1 rectangle from screen -0.1,-0.1 to screen 1.1 ,1.1 fillcolor rgb'#ffffff' behind" "set encoding utf8" plot2D SAMPLE PLOT <titleState>Custom</titleState> <border>Disable</border> <borderVal>4095</borderVal> <textSize>8</textSize> <textSizeState>Disable</textSizeState> <textFont>Arial</textFont> <contour>Disable</contour> <contourType /> <contourLevels>5</contourLevels> <pm3d>Disable</pm3d> <pm3dpalette>[blue,red,green]</pm3dpalette> <gridXu>40</gridXu> <gridYv>40</gridYv> <gridState>Custom</gridState> <width>250</width> <height>250</height> <pictureSizeState>Interactive</pictureSizeState> <filename>C:/FHB/Software/SMath/SMath 99.7219/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/cualmlcf</filename> <termType>png</termType> <mapView>Disable</mapView> <xName>x+i</xName> <yName>y</yName> <zName>z</zName> <xNameS>Enable</xNameS> <yNameS>Enable</yNameS> <zNameS>Enable</zNameS> <xMinRange>-5</xMinRange> <xMaxRange>5</xMaxRange> <yMinRange>-5</yMinRange> <yMaxRange>5</yMaxRange> <zMinRange>-5</zMinRange> <zMaxRange>5</zMaxRange> <xRangeS>Disable</xRangeS> <yRangeS>Interactive</yRangeS> <zRangeS>Interactive</zRangeS> <xGrid>Disable</xGrid> <yGrid>Disable</yGrid> <zGrid>Disable</zGrid> <xLogarithmic>Disable</xLogarithmic> <yLogarithmic>Disable</yLogarithmic> <zLogarithmic>Disable</zLogarithmic> <xLogBase>10</xLogBase> <yLogBase>10</yLogBase> <zLogBase>10</zLogBase> <azimuth>60</azimuth> <zenith>60</zenith> <scalAzimuth>1</scalAzimuth> <scalZenith>-11</scalZenith> <view>Interactive</view> <mouseRedirecting>Disable</mouseRedirecting> <varNameMouseX>MouseX8</varNameMouseX> <varNameMouseY>MouseY8</varNameMouseY> <varNameMouseWheel>MouseW8</varNameMouseWheel> <viewRedirecting>Disable</viewRedirecting> <varNameAzimuth>Azimut8</varNameAzimuth> <varNameZenith>Zenit8</varNameZenith> <xRedirecting>Disable</xRedirecting> <varNameXmin>MinX8</varNameXmin> <varNameXmax>MaxX8</varNameXmax> <yRedirecting>Disable</yRedirecting> <varNameYmin>MinY8</varNameYmin> <varNameYmax>MaxY8</varNameYmax> <zRedirecting>Disable</zRedirecting> <varNameZmin>MinZ8</varNameZmin> <varNameZmax>MaxZ8</varNameZmax> <option>border=true;</option> </PlotStore> </plotstore> <input> <e type="operand">x</e> <e type="function" args="1">sin</e> <e type="operand">x</e> <e type="operand">0</e> <e type="operand">10</e> <e type="function" args="4">explicit</e> <e type="operand">font</e> <e type="operand" style="string">Courier</e> <e type="operator" args="2">≡</e> <e type="operand">font_size</e> <e type="operand">40</e> <e type="operator" args="2">≡</e> <e type="operand">3</e> <e type="operand">1</e> <e type="function" args="5">sys</e> </input> </maximaplugin> </region> <region left="297" top="38277" width="260" height="208" color="#000000" fontSize="10"> <image> <imagefile filename="z1evro21.pdf" lenght="11858" width="250" height="200" option="border=true;" dataRenderXmlLength="0" renderExt=".pdf" OLDwidht="249" OLDheight="199" select_rotation="0°">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</imagefile> <input> <e type="operand">user_preamble</e> <e type="operand" style="string">set offsets graph 0,0,1,1</e> <e type="operator" args="2">≡</e> <e type="operand">10</e> <e type="operand">x</e> <e type="function" args="1">sin</e> <e type="operator" args="2">*</e> <e type="operand">x</e> <e type="operand">0</e> <e type="operand">10</e> <e type="function" args="4">explicit</e> <e type="operand">grid</e> <e type="operand">true</e> <e type="operator" args="2">≡</e> <e type="operand">3</e> <e type="operand">1</e> <e type="function" args="5">sys</e> <e type="operand" style="string">pdf</e> <e type="operand">250</e> <e type="operand">200</e> <e type="operand">2</e> <e type="operand">1</e> <e type="function" args="4">sys</e> <e type="function" args="3">Draw2D</e> </input> </image> </region> </regions> </worksheet>