Xline matlab how to#
Xline matlab full#
Xline matlab free#

Xline matlab full#

* module % % continuous rotation % nFrames = 180*max(d,n) % 180 frames per rotation % angles_L_wheel = linspace(0, d *2*pi,nFrames) % angles for wheel responsible for Up-Down % angles_L_wheel = angles_L_wheel(1:end-1) % remove last frame, it would be double % stop acc rot deacc stop accFrames = 10 % frames for acceleration (first frame will be 0 last at full speed, so practicall it is accFrames-2) nFrames = 180 * max ( d, n ) + 2 * accFrames % 180 frames per rotation speed = speed = speed ( 1 : end - 1 ) % last speed is 0, this does nothing in cumsum (compensated by +1 frames in center) angles_L_wheel = cumsum ( speed ) / sum ( speed ) * d * 2 * pi % create position, normalize, scale angles_L_wheel ( end ) = 0 % repalce 'd*2*pi' with 0 to avoid rounding errors resulting in minimally crooked lines center_L_wheel = % wheel for left movement center_R_wheel = % wheel for right movement curveAmplitude = 0.43 * diameter ( 1 ) if strcmp ( curVers, 'n1_d1' ) xLimits = % ADJUST else xLimits = % ADJUST end yLimits = * diameter ( 1 ) % ADJUST xRange = xLimits ( 2 ) - xLimits ( 1 ) yRange = yLimits ( 2 ) - yLimits ( 1 ) screenSize = get ( groot, 'Screensize' ) - % (minus tolerance for figure borders) imageAspectRatio = xRange / yRange MegaPixelTarget = 100 * 10^ 6 % Category:Animated GIF files exceeding the 100 MP limit pxPerImage = MegaPixelTarget / nFrames % pixel per gif frame ySize = sqrt ( pxPerImage / imageAspectRatio ) % gif height xSize = ySize * imageAspectRatio % gif width xSize = floor ( xSize ) ySize = floor ( ySize ) % full pixels scaleReduction = min (. white ) % white background axesHandle = axes hold ( axesHandle, 'on' ) axis equal axis off % invisible axes (no ticks) drawnow for versionNr = 1 : size ( versionList, 1 ) curVers = % 'n1_d1' n = versionList ( versionNr, 1 ) d = versionList ( versionNr, 2 ) k = n / d teeth = % use 'highly composite number' teeth ( 2 ) = teeth ( 1 ) / k if teeth ( 2 ) ~= round ( teeth ( 2 )) error ( curVers ) end diameter = teeth.

Xline matlab free#

% see ] module = 1 % gear size = fileparts ( which ( mfilename )) % save files under the same name and at file location figHandle = figure ( 15554461 ) clf set(figHandle,'Units','pixel') set ( figHandle, 'MenuBar', 'none', 'ToolBar', 'none' ) % free real estate for a maximally large image set ( figHandle, 'Color', RGB. darkGrey = % coordinate system RGB = structfun q ) round ( q * 255 ) / 255, RGB, 'UniformOutput', false ) % round to values that are nicely uint8 compatible versionList = 1 1. % % After rendering the first frame gets a display time of 0.4 sec and % the last frame of 2 sec (using 'Jasc Animation Shop'). % The plot option 'GraphicsSmoothing' made this partly redundant. % This allows the rendering of bigger base images, % and therefor better (self made) antialiasing. % The image is rendered horizontally, but saved rotated vertical. X = cos ⁡ ( n d θ ) cos ⁡ ( θ ), y = cos ⁡ ( n d θ ) sin ⁡ ( θ ) įunction = Rose_Curve_animation_with_Gears () % The shape of the gears is not precise, it creates a decent GIF and a SVG. The difference between adding a box plot using Show Me and adding a box plot using Add Reference Line is that with Show Me, the box plot is your visualization, whereas with Add Reference Line, Band, or Box, you are adding a box plot to an existing visualization.Deutsch: Rosette erstellt mit Zahnrädern.ĭie Figur ergibt sich aus dem Übersetzungsverhältnis zwischen dem oberen und dem unteren Rad. What’s the difference between a box plot and a reference line?Īdd Reference Line, Band, or Box. Single location: x=37 Multiple locations: x= If you’re plotting a figure with something like fig, ax = plt.subplots (), then replace plt.vlines or plt.axvline with ax.vlines or ax.axvline, respectively. The difference is that you can pass multiple locations for x as a list, while only permits one location.

Xline matlab how to#

How to plot a vertical line in Matplotlib? Scatter plots are used to observe relationships between variables.

The position of each dot on the horizontal and vertical axis indicates values for an individual data point.

What does the vertical axis in a scatter plot represent?Ī scatter plot (aka scatter chart, scatter graph) uses dots to represent values for two different numeric variables. Oh remember that the y-value has to be in between 0 and 1 where 1 is the top of the plot. Thank you for any suggestions! Here instead of 0.17 you can put the maxima of your distribution using some variable such as maxx = max (data) or something similar.