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

25fa6bd5-c95e-45f4-95aa-3695d56e96ad 2 4 5 false false false 0 3 decimal

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

T 0.1 5005 range °C * :

p 0.1 3005 range bar * :

T_sat hx.0 H Q 0 T T_sat Water CoolProp_Props :

T_sat px.0 P Q 0 T T_sat Water CoolProp_Props :

T_crit Water Tcrit CoolProp_Props1 : °C 373.946

T_sat 0.1 T_crit °C / 50 range °C * :

n 1 T_sat length range HX.0 n el T_sat n el px.0 bar / T_sat n el °C / T_sat n el hx.0 J kg / / 13 mat : for

n 1 T_sat length range hx.0 n el T_sat n el hx.0 : for

300 °C * hx.0 kJ kg / 1345.0079

HX.0 0.0062 0.1 380.3939 13 mat 0.1235 50 2.0934 105^* 13 mat 1.0106 99.9 4.1874 105^* 13 mat 4.7362 149.8 6.3132 105^* 13 mat 15.4519 199.7 8.5092 105^* 13 mat 39.4939 249.6 1.0838 106^* 13 mat 85.2757 299.5 1.3422 106^* 13 mat 164.0807 349.4 1.666 106^* 13 mat 81 mat

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

dOptionen

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. addapt_depth adapt_depth :

[Maxima Draw3D] axis_3d (=true): Achsen zeichnen, false: keine Achsen zeichnen. Globale Option. [Maxima Draw3D] axis_3d (=true): draw axes, false: don't draw axes. Global option. axis_3d axis_3d :

[Maxima Draw2D] axis_bottom (=true): untere Achse zeichnen, false: Achse nicht zeichnen. Globale Option. [Maxima Draw2D]  axis_bottom (=true): draw bottom axis, false: don't draw axis. Global option. axis_bottom axis_bottom :

[Maxima Draw2D] axis_top (=true): obere Achse zeichnen, false: Achse nicht zeichnen. Globale Option. [Maxima Draw2D] axis_top (=true): draw top axis, false: don't draw axis. Global option. axis_top axis_top :

[Maxima Draw2D] axis_left (=true): linke Achse zeichnen, false: Achse nicht zeichnen. Globale Option. [Maxima Draw2D] axis_left (=true): draw left axis, false: don't draw axis. Global option. axis_left axis_left :

[Maxima Draw2D] axis_right (=true): rechte Achse zeichnen, false: Achse nicht zeichnen. Globale Option. [Maxima Draw2D] axis_right (=true): draw right axis, false: don't draw axis. Global option. axis_right axis_right :

[Maxima Draw] background_color (=white): Hintergrundfarbe des Diagramms. Globale Option. [Maxima Draw] background_color (=white): background color of the plot. Global option. background_color background_color :

[Maxima Draw] border (=true): Ränder von polygon(), ellipse(), quadrilateral(), triangle() oder rectangle() zeichnen. [Maxima Draw] border (=true): draw borders of polygon(), ellipse(), quadrilateral(), triangle() or rectangle()objects. border border :

[Maxima Draw3D] capping(=false): Endflächen an tube()-Objekten, false, true oder Liste mit zwei Werten. [Maxima Draw3D] 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]. Globale Option. [Maxima Draw] cbrange (=auto): color bar range, list [min,max]. Global option. cbrange cbrange :

[Maxima Draw] cbtics (=auto): Marken an der Farblegende. Globale Option. [Maxima Draw] cbtics (=auto): color bar tick marks. Global option. cbtics cbtics :

[Maxima Draw] color (=blue): Farbe für Linien, Punkte, Kanten und Text, als Namen oder hexadezimal in der Form RGB "#rrggbb" oder RGBA "#rrggbbaa". A steht für Transparenz. [Maxima Draw] color (=blue): color for lines, points, borders and text, given as name, as RGB "#rrggbb" or as RGBA "#rrggbbaa" with A (alpha) being transparency. color color :

[Maxima Draw] colorbox (=true): Farblegende ohne Beschriftung zeichnen, false: keine Farblegende zeichnen, text: Farblegende mit text als Beschriftung zeichnen. Globale Option. [Maxima Draw] colorbox (=true): draw color scale without label, false: no colorbar, string: draw colorbar with string as label. Global option. colorbox colorbox :

[Maxima Draw3D] 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. Globale Option. [Maxima Draw3D] 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. Global option. See also contour_levels. contour contour :

[Maxima Draw3D] contour_levels (=5): Werte für die Höhenlinien. Anzahl oder Liste [min, Δ, max], oder set(L1, L2,...) mit Werten. Globale Option. [Maxima Draw3D] contour_levels (=5): contour levels. number oder list [min, Δ, max], or set(L1, L2,...) of values. Global option. 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. Nur für originale Maxima(draw2d/3d). Globale Option. [Maxima Draw]  delay (=5): time step in animted gif files. Applies only for native Maxima(draw2d/3d). Global option. delay delay :

[Maxima Draw] dimensions (= 600 x 500): Liste [Breite,Höhe]. Nur für originale Maxima(draw2d/3d). Globale Option. [Maxima Draw] dimensions (= 600 x 50:0): list [width, height]. Applies only for native Maxima(draw2d/3d). Global option. 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 Draw3D] enhanced3d (=true) coloring of surfaces by z-value, (control using color und surface_hide), false: draw 3D surfaces as grid, 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 Draw2D] error_type (=y) Art der Fehlerbalken in errors():  x, y, xy oder boxes. [Maxima Draw2D] 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. Globale Option. [Maxima Draw] file_name (="maxima_out") output file, extension is set according to format. Global option. Only for experts. file_name file_name :

[Maxima Draw2D] fill_color (=red) Füllfarbe für Objekte polygon() und explicit(). [Maxima Draw2D] fill_color (=red) fill color for polygons and explicit functions y(x). fill_color fill_color :

[Maxima Draw] fill_density (=0) Deckungsgrad der Füllfarbe in bars()-Objekten, zwischen 0 und 1. Für andere Objekte benutzen Sie option color mit der Transparenz aa in "rrggbbaa". [Maxima Draw] fill_density (=0) opacity of the fill color in bars()-objects, 0..1. For other objects use option color with transparency aa in "#rrggbbaa". fill_density fill_density :

[Maxima Draw2D] 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 Draw2D] 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. Gobale Option nur für Experten. [Maxima Draw] gnuplot_file_name (="maxout.gnuplot"): name of the temporary gnuplot command file. Global option. Only for experts. gnuplot_file_name gnuplot_file_name :

[Maxima Draw] gnuplot_term (): Ausgabe-Format-Spezifikation (Text nach "set terminal"). Gobale Option nur für Experten. [Maxima Draw] gnuplot_term (): gnuplot terminal options (arguments of "set terminal"). Global option. Only for experts. Use name argument of Draw2D() or Draw3D for format specification. gnuplot_term gnuplot_term :

[Maxima Draw] gnuplot_out_file (=maxplot.xxx) Ausgabedateiname (xxx abhängig vom Format). Gobale Option nur für Experten. [Maxima Draw] gnuplot_out_file (=maxplot.xxx) output file name (xxx depends on terminal). Global option. Only for experts. gnuplot_out_file gnuplot_out_file :

[Maxima Draw] grid (=true): Gitterraster zeichnen, false: kein Gitter zeichnen. Global option. [Maxima Draw] grid (=true): draw xy grid, false: don't draw grid. Global option. grid grid :

[Maxima Draw] head_angle (=45) Pfeilwinkel an vector()-Objekten (halber Öffnungswinkel in °) [Maxima Draw] head_angle (=45): head angle of vector()-objects (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 nofilled Λ. head_type head_type :

[Maxima Draw] interpolate_color (=false) Farbglättung auf Facetten. true: Optimale Glättung, Liste [n, m] Zahl der Unterteilung. false: Einheitliche Farbe. [Maxima Draw] interpolate_color (=false) color smoothing on facets. true: optimal smoothing, list [n, m] number of subdivisions. false: homogeneous color. interpolate_color interpolate_color :

[Maxima Draw] ip_grid (=Liste [50, 50] ): Primäres Gitter für die Darstellung impliziter Funktionen, als Liste angeben. [Maxima Draw] ip_grid (= list[50, 50] ): primary grid for sampling of implicit functions, two-element list. ip_grid ip_grid :

[Maxima Draw3D] ip_grid_in (= Liste [5, 5] ): Sekundäres Gitter für die Darstellung impliziter Funktionen. [Maxima Draw3D] ip_grid_in (= list [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. Globale Option. [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. Global option 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) Linienstärke, >0. [Maxima Draw] line_width (=1) line width, >0. line_width line_width :

[Maxima Draw] logcb (=false) oder true: logarithmische Farbskale. Globale Option. [Maxima Draw] logcb (=false) or true: log scale of the colorbar. Global option. logcb logcb :

[Maxima Draw] logx (=false) oder true: logarithmische x-Achse. Globale Option. [Maxima Draw] logx (=false) or true: log scale of x-axis. Global option. logx logx :

[Maxima Draw2D] logx_secondary (=false) oder true: logarithmische zweite x-Achse. Globale Option. [Maxima Draw2D] logx_secondary (=false) or true: log scale of secondary x-axis. Global option. logx_secondary logx_secondary :

[Maxima Draw] logy (=false) oder true: logarithmische y-Achse. Globale Option. [Maxima Draw] logy (=false) or true: log scale of y-axis. Global option. logy logy :

[Maxima Draw2D] logy_secondary (=false) oder true: logarithmische zweite y-Achse. Globale Option. [Maxima Draw2D] logy_secondary (=false) or true: log scale of secondary y-axis. Global option. logy_secondary logy_secondary :

[Maxima Draw] logz (=false) oder true: logarithmische z-Achse. Globale Option. [Maxima Draw] logz (=false) or true: log scale of z-axis. Global option. 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...]: Interpolation über die gegebenen Farben. Globale Option. [Maxima Draw] palette (=color) default color palette, gray: gray levels, or list [color1, color2...]: interpolation over the given set of colors. Global option. 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). Globale Option. [Maxima Draw] proportional_axes (=none), xy or xyz: set axes of equal scaling). Global option. proportional_axes proportional_axes :

[Maxima Draw3D] surface_hide (=false) oder true: Ausblendung verdeckter Flächen bei Linienrasterdarstellung. Nur relevant wenn enhanced3D=false. [Maxima Draw3D] surface_hide (=false) or true: handling of hidden lines in surface grids. Only relevant if enhanced2d=false. surface_hide surface_hide :

[Maxima Draw] terminal (=screen) Ausgabeart. screen: Separates Ausgabefenster, png, jpg, gif, eps, svg, pdf, animated_gif: Gnuplot Ausgabeformat. Globale Option. Nur für Experten. Nutzen Sie das Name-Argument von Draw2D()/3D(). [Maxima Draw] terminal (=screen) separate interactive terminal window,  png, jpg, gif, eps, svg, pdf, animated_gif: gnuplot output format. Global option. Only for experts. Use name argument of Draw2D/3D instead. terminal terminal :

[Maxima Draw] title (="") Überschrift für das Diagramm. Globale Option. [Maxima Draw] title (="") headline for the plot. Global option 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). Für echte Transparenz nutzen Sie die Option color mit dem Transparenzwert aa der RGBA Farbspezifikation "#rrggbbaa". [Maxima Draw] transparent (=false) fill objects with border, true: don't fill (make them transparent). For actual transparency use RGBA color "rrggbbaa" with the color option. 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. Globale Option. [Maxima Draw] user_preamble (="") string or list of strings, gnuplot commands placed  immediately before the plot commands. Global option user_preamble user_preamble :

[Maxima Draw] view (=(60,30)) Blickrichtung (Zenithwinkel von z aus, Azimutwinkel von x aus). Globale Option. [Maxima Draw] view (=(60,30)) view direction (zenith angle from z, azimut angle from x). Global option. view view :

[Maxima Draw] wired_surface (=false) oder true: Gitternetz auf eingefärbten Flächen anzeigen oder nicht. Globale Option. [Maxima Draw] wired_surface (=false) no grid on colored surfaces, true: draw grid on surfaces. No color control. Global option. wired_surface wired_surface :

[Maxima Draw3D] x_voxel (=10) x-Bereichsteilung für den Marching-Cubes-Algorithmus bei implizit gegebenen Flächen. [Maxima Draw3D] x_voxel (=10) number of x steps for the Marching Cubes algorithm (for implicit 3D functions). Also used for region(). x_voxel x_voxel :

[Maxima Draw3D] y_voxel (=10) y-Bereichsteilung für den  Marching-Cubes-Algorithmus bei implizit gegebenen Flächen. [Maxima Draw3D] y_voxel (=10) number of y steps for the Marching Cube algorithm (for implicit 3D functions). Also used for region(). y_voxel y_voxel :

[Maxima Draw3D] z_voxel (=10) z-Bereichsteilung für den Marching-Cubes-Algorithmus bei implizit gegebenen Flächen. [Maxima Draw3D] 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. Globale Option. [Maxima Draw] xaxis (=true): draw x-axis. false: don't draw x-axis. Global option xaxis xaxis :

[Maxima Draw] yaxis (=false) oder true: Anzeige der y-Achse. Globale Option. [Maxima Draw] yaxis (=true): draw y-axis. false: don't draw y-axis. Global option yaxis yaxis :

[Maxima Draw3D] zaxis (=false) oder true: Anzeige der z-Achse. Globale Option. [Maxima Draw3D] zaxis (=true): draw x-axis. false: don't draw x-axis. Global option. zaxis zaxis :

[Maxima Draw] xaxis_color (=black) Farbe x-Achse. Globale Option. [Maxima Draw] xaxis_color (=black) color of the x-axis. Global option. xaxis_color xaxis_color :

[Maxima Draw] yaxis_color (=black) Farbe y-Achse. Globale Option. [Maxima Draw] yaxis_color (=black) color of the y-axis. Global option. yaxis_color yaxis_color :

[Maxima Draw3D] zaxis_color (=black) Farbe z-Achse. Globale Option. [Maxima Draw3D] zaxis_color (=black) color of the z-axis. Global option zaxis_color zaxis_color :

[Maxima Draw2D] xaxis_secondary (=false) oder true: Nutzung einer zweiten x-Achse (oben) für die nachfolgenden Objekte. [Maxima Draw2D] xaxis_secondary (=false) or true: use the secondary x-axis (top) for subsequent objects. xaxis_secondary xaxis_secondary :

[Maxima Draw2D] yaxis_secondary (=false) oder true: Nutzung einer zweiten y-Achse (rechts) für die nachfolgenden Objekte [Maxima Draw2D] 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. Globale Option. [Maxima Draw] xaxis_type (=solid) or dots. Global option. xaxis_type xaxis_type :

[Maxima Draw] yaxis_type (=dots) oder solid: Linienart der y-Achse. Globale Option. [Maxima Draw] yaxis_type (=solid) or dots. Global option. yaxis_type yaxis_type :

[Maxima Draw3D] zaxis_type (=dots) oder solid: Linienart der z-Achse. Globale Option. [Maxima Draw3D] zaxis_type (=solid) or dots. Global option. zaxis_type zaxis_type :

[Maxima Draw] xaxis_width (=1) Linienbreite der x-Achse. Globale Option. [Maxima Draw] xaxis_width (=1). Global option xaxis_width xaxis_width :

[Maxima Draw] yaxis_width (=1) Linienbreite der y-Achse. Globale Option. [Maxima Draw] yaxis_width (=1). Global option yaxis_width yaxis_width :

[Maxima Draw3D] zaxis_width (=1) Linienbreite der z-Achse. Globale Option. [Maxima Draw3D] zaxis_width (=1). Global option. zaxis_width zaxis_width :

[Maxima Draw] xlabel (="") x-Achsenbeschriftung. Globale Option. [Maxima Draw] xlabel (="") label of the x-axis. Global option xlabel xlabel :

[Maxima Draw] ylabel(="") y-Achsenbeschriftung. Globale Option. [Maxima Draw] ylabel (="") label of the y-axis. Global option ylabel ylabel :

[Maxima Draw] zlabel (="") z-Achsenbeschriftung. Globale Option. [Maxima Draw] zlabel (="") label of the z-axis. Global option zlabel zlabel :

[Maxima Draw] xlabel_secondary (="") Beschriftung der zweiten x-Achse. Globale Option. [Maxima Draw] xlabel_secondary (="") label of the secondary x-axis. Global option xlabel_secondary xlabel_secondary :

[Maxima Draw] ylabel_secondary (="") Beschriftung der zweiten y-Achse. Globale Option. [Maxima Draw] ylabel_secondary (="") label of the secondary y-axis. Global option ylabel_secondary ylabel_secondary :

[Maxima Draw] xrange (=auto) oder Liste [min,max]: x-Achsenbereich. Globale Option. [Maxima Draw] xrange (=auto) or list [min,max]: range of the x-axis. Global option xrange xrange :

[Maxima Draw] yrange (=auto) oder Liste [min,max]: y-Achsenbereich. Globale Option. [Maxima Draw] yrange (=auto) or list [min,max]: range of the y-axis. Global option yrange yrange :

[Maxima Draw] zrange (=auto) oder Liste [min,max]: z-Achsenbereich. Globale Option. [Maxima Draw] zrange (=auto) or list [min,max]: range of the z-axis. Global option. zrange zrange :

[Maxima Draw] xrange_secondary (=auto) oder Liste [min,max]: Bereich der zweiten (oberen) x-Achse. Globale Option. [Maxima Draw] xrange_secondary (=auto) or list [min,max]: range of the secondary (top) x-axis. Global option. xrange_secondary xrange_secondary :

[Maxima Draw] yrange_secondary (=auto) oder Liste [min,max]: Bereich der zweiten (rechten) y-Achse. Globale Option. [Maxima Draw] yrange_secondary (=auto) or list [min,max]: range of the secondary (right) y-axis. Global option. 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. Globale Option. [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. Global option 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. Globale Option. [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. Global option. 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. Globale Option. [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. Global option. 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. Globale Option. [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. Global option. 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. Globale Option. [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. Global option. ytics_secondary ytics_secondary :

[Maxima Draw] xtics_axis (=false): x-Achsmarken am Rand, true: an der Achse. Globale Option. [Maxima Draw] xtics_axis (=false): ticks on the boundary, true: ticks on the axis. Global option. xtics_axis xtics_axis :

[Maxima Draw] ytics_axis (=false): y-Achsmarken am Rand, true: an der Achse. Globale Option. [Maxima Draw] ytics_axis (=false): ticks on the boundary, true: ticks on the axis. Global option. ytics_axis ytics_axis :

[Maxima Draw] ztics_axis (=false): z-Achsmarken am Rand, true: an der Achse. Globale Option. [Maxima Draw] ztics_axis (=false): ticks on the boundary, true: ticks on the axis. Global option. ztics_axis ztics_axis :

[Maxima Draw] xtics_secondary_axis (=false): Marken an der sekundaren (oberen) x-Achse am Rand, true: an der Achse. Globale Option. [Maxima Draw] xtics_secondary_axis (=false): ticks on the secondary (top) boundary, true: ticks on the axis. Global option. 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. Globale Option. [Maxima Draw] ytics_secondary_axis (=false): ticks on the secondary (right) boundary, true: ticks on the axis. Global option. ytics_secondary_axis ytics_secondary_axis :

[Maxima Draw] xtics_rotate (=false): x-Achsmarken nicht drehen, true: um 90° drehen. Globale Option. [Maxima Draw] xtics_rotate (=false): horizontal tick labels, true: vertical tick labels. Global option. xtics_rotate xtics_rotate :

[Maxima Draw] ytics_rotate (=false): y-Achsmarken nicht drehen, true: um 90° drehen. Globale Option. [Maxima Draw] ytics_rotate (=false): horizontal tick labels, true: vertical tick labels. Global option. ytics_rotate ytics_rotate :

[Maxima Draw] ztics_rotate (=false): z-Achsmarken nicht drehen, true: um 90° drehen. Globale Option. [Maxima Draw] ztics_rotate (=false): horizontal tick labels, true: vertical tick labels. Global option. ztics_rotate ztics_rotate :

[Maxima Draw] xtics_rotate_secondary (=false): Marken an der sekundären (oberen) x-Achse nicht drehen, true: um 90° drehen. Globale Option. [Maxima Draw] xtics_rotate_secondary (=false): don't rotate ticks of the secondary (top) x-axis, true: rotate by 90°. Global option. 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. Globale Option. [Maxima Draw] ytics_rotate_secondary (=false): don't rotate ticks of the secondary (right) y-axis, true: rotate by 90°. Global option 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 Draw3D] xyplane (=false): xy-Koordinatenebene automatisch anordnen, Zahl: z-Koordinate. Globale Option. [Maxima Draw3D] xyplane (=false): automatic allocation of the xy-plane, real number: xy-plane intersects the z-axis at this level. Global option. xyplane xyplane :

Objekte

[Maxima Draw2D] bars(b1,b2...) Säulendiagramm, Säulen gegeben durch Listen (x,h,w). Optionen: key, color, fill_color, fill_density und line_width. [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. Optionen:  xu_grid, yv_grid, line_type, key, wired_surface, enhanced3d und 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 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. Optionen:  xu_grid, yv_grid, line_type, key, wired_surface, enhanced3d and color [Maxima Draw3D] cylindrical(r(φ,z),z,zmin,zmax,φ,φmin,φmax) Draws a function in cylindrical coordinates. Options: xu_grid, yv_grid, line_type, key, wired_surface, enhanced3d and color._1_2_3_4_5_6_7 cylindrical_1_2_3_4_5_6_7 cylindrical :

[Maxima Draw2D] ellipse(xc,yc,a,b,φ1,φ2) Ellipse, zentriert bei xc, yc mit den Halbachsen a und b, von Startwinkel φ1 und Winkelbreite dφ. In Maxima 5.47 wird die Breite doppelt gezählt. Optionen nticks, transparent, fill_color, border, line_width, line_type, key und color. [Maxima Draw2D] ellipse(xc,yc,a,b,φ1,dφ) plots an ellipse centered at [xc, yc] with horizontal and vertical semi axis a and b, respectively, starting at φ1 with an amplitude dφ. Note that in Maxima 5.47 the amplitude is doubled. 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_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 ymin to 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 im Gebiet (x0,y0) bis (x0+w,y0+h) [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 global 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) Parametrische Funktion, beschrieben durch drei Koordinatenfunktionen des Parameters p im gegebenen Bereich von pmin bis pmax. Optionen: nticks, line_width, line_type, key, color, enhanced3d [Maxima Draw3D] parametric(fx,fy,fz,p,pmin,pmax) parametric function, described by three coordinate functions of parameter p, taking values from pmin to pmax. Options: 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, 2D: n x 2 oder 2 x n -> n Punkte bei (x,y) oder 1 x n oder n x 1 -> n Punkte bei (index,y). 3D: n x 3 oder 3 x n -> Punkte bei (x,y,z). Spezielle Optionen: points_joined, point_type, point_size [Maxima Draw2D/3D] [Maxima Draw2D and 3D] points(matrix) 2D: n x 2 or 2 x n -> n points at (x,y) or 1 x n or n x 1 -> n points at (index,y). 3D: n x 3 or 3 x n -> points at (x,y,z). Specific options: points_joined, point_type, point_size, enhanded #1 points #1 points :

[Maxima Draw2D] points(lx,ly) Punkte, gegeben durch zwei Listen der x- und y-Koordinaten. Spezielle Optionen: points_joined, point_type, point_size [Maxima Draw2D] [Maxima Draw2D] points(lx,ly) points given by two lists, special options: points_joined, point_type, point_size #1 #2 points #1 #2 points :

[Maxima Draw3D] points(lx,ly,lz) zeichnet Punkte, gegeben durch drei Listen, spezielle Optionen: points_joined, point_type, point_size [Maxima Draw3D] points(lx,ly,lz) points given by three lists, pecial 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(lx,ly)  Zeichnet ein Polygon durch die als x- und y-Listen gegebenen Punkte. Spezielle Optionen: transparent, fill_color, border, line_width, key, line_type color [Maxima Draw2D]  polygon(lx,ly)  polygon defined by two lists. 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 :

[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 Draw3D] spherical(r, a, mina, maxa, z, minz, maxz) plots function r(a, z) defined in spherical coordinates, with azimuth a taking values from mina to maxa and zenith z taking values from minz to maxz. Options: xu_grid, yv_grid, line_type, key, wired_surface, enhanced3d, and color. #1 #2 #3 #4 #5 #6 #7 spherical #1 #2 #3 #4 #5 #6 #7 spherical :

[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.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 of the parameter p from pmin to pmax. 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 :

Sonstige

[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. Extracts lines from matrices._args_args :

[Maxima] apply(f, Liste) Macht die Elemente der Liste zu Argumenten von f. apply(f,args(matrix)) wandelt eine Matrix in Argumente einer Funktion um -> f(row1, row2,...) [Maxima] apply(f, list) applies the elements of list as arguments to f. apply(f,args(matrix)) converts a matrix into arguments of a function -> f(row1, row2,...)_args_args :

[Maxima] true true :

[Maxima] false false :

HX enhanced3d true ≡ color red ≡ point_size 1 ≡ point_type 7 ≡ HX.0 points xrange p bar / Min p bar / Max 21 sys ≡ yrange T °C / Min T °C / Max 21 sys ≡ zrange hx.0 kJ kg / / Min hx.0 kJ kg / / Max 21 sys ≡ 81 sys :

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 terminal=pngcairo file_name="C:/Users/novotny/AppData/Roaming/SMath/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/dohoppnr" font="Arial" font_size=8 title="SAMPLE PLOT" background_color="#fefefe" enhanced3d = true xu_grid=40 yv_grid=40 xlabel="x" ylabel="y" zlabel="z" proportional_axes=xyz "set term pngcairo enhanced size 300, 300" "set encoding utf8" "set style line 100 lc rgb 'black' lt -1 lw 0.1" "set grid xtics ls 100" "set grid ytics ls 100" "set pm3d lighting depthorder base" "set view 60, 60, 1, 1" plot3D SAMPLE PLOT SAMPLE PLOT Custom Disable 4095 8 Disable Arial Disable 5 #fefefe Enable Enable color 40 40 Custom 300 300 Interactive C:/Users/novotny/AppData/Roaming/SMath/extensions/plugins/44011c1e-5d0d-4533-8e68-e32b5badce41/GnuPlot/dohoppnr png Disable x y z solid solid black black 1 1 Enable Enable Enable -5 5 -5 5 -8.064 8.064 Disable Disable Disable Enable Enable Disable Disable Disable Disable 10 10 10 60 60 1 1 Interactive Disable MouseX5 MouseY5 MouseW5 Disable Azimut5 Zenit5 Disable MinX5 MaxX5 Disable MinY5 MaxY5 Disable MinZ5 MaxZ5 false false false Enable Enable HX Draw3D