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Zonotope Show
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C
omputing
Zonotope Show
Enter the angles of the zonotope :
" >
Enter the coefficients :
" >
<%Mathlet Needs["zonotopes`"]; %> <%Mathlet MSPBlock[ {$$angles, $$coefs, $$XAxe, $$YAxe, $$xAxeOrigin, $$yAxeOrigin, $$XAxeLabel, $$YAxeLabel, $$xTicks, $$yTicks, $$frame, $$rotateLabel, $$xGrids, $$yGrids, $$aspectRatio }, If[$$aspectRatioFlag === "Specified" , aspR = $$aspectRatio , aspR = MSPToExpression[$$aspectRatioFlag] ]; If[$$XAxeLabel === Null, xAxLbl = "", xAxLbl = $$XAxeLabel ]; If[$$YAxeLabel === Null, yAxLbl = "", yAxLbl = $$YAxeLabel ]; If[$$axesOriginFlag === "Specified" , axOrgn = {$$xAxeOrigin, $$yAxeOrigin}, axOrgn = MSPToExpression[$$axesOriginFlag] ]; If[$$xTicksFlag === "Specified" , xTk = $$xTicks , xTk = MSPToExpression[$$xTicksFlag] ]; If[$$yTicksFlag === "Specified" , yTk = $$yTicks , yTk = MSPToExpression[$$yTicksFlag] ]; If[$$frameLabels === "Specified" , frLabel = {$$frameLabel1, $$frameLabel2, $$frameLabel3, $$frameLabel4}, frLabel = MSPToExpression[$$frameLabels] ]; If[$$xGridsFlag === "Specified" , xGrd = $$xGrids , xGrd = MSPToExpression[$$xGridsFlag] ]; If[$$yGridsFlag === "Specified" , yGrd = $$yGrids , yGrd = MSPToExpression[$$yGridsFlag] ]; If[$$plotLabelFlag === "Specified" , pLabel = $$plotLabel , pLabel = MSPToExpression[$$plotLabelFlag] ]; result = ZonotopeShow[$$angles, $$coefs, AspectRatio->aspR, Axes->{$$XAxe,$$YAxe}, AxesLabel->{xAxLbl,yAxLbl}, AxesOrigin->axOrgn, Frame->$$frame, FrameLabel->frLabel, GridLines->{xGrd,yGrd}, PlotLabel->pLabel, RotateLabel->$$rotateLabel, Ticks->{xTk,yTk} ]; If[Head[result] === Graphics, MSPShow[result] ] ] %> <%Mathlet MSPBlock[{$$fname, $$submitButton1}, c = If[$$fname === Null, "", ToString[$$fname]]; ftype = Switch[$$opt, "jpg", "JPEG", "tif", "TIFF", "eps", "EPSTIFF", "xbm", "XBitmap", "mps", "MPS", _ , $$opt]; If[Head[result] === Graphics, MSPReturn[DisplayString[result, ftype], "image/"<>ftype , c<>"."<>$$opt] ] ] %>
Save as:
> GIF and animated GIF (.gif)
>JPEG (.jpeg)
>JPEG (.jpg)
> Encapsulated PostScript (.eps)
> Mathematica abbreviated PostScript (.mps)
> Adobe Acrobat portable document format (.pdf)
> Microsoft bitmap format (.bmp)
> Encapsulated PostScript with device independent preview (.epsi)
> Encapsulated PostScript with TIFF preview (.eps)
> Mathematica independent raster graphics format (.mgf)
> Portable bitmap format (.pbm)
>TIFF (.tif)
>TIFF (.tiff)
> X window system bitmap (.xbm)
With file name :
" >
General options
<%Mathlet MSPSetDefault[$$XAxe, "True"] %> <%Mathlet MSPSetDefault[$$YAxe, "True"] %>
Axes :
X :
> True
> False Y :
> True
> False
<%Mathlet MSPSetDefault[$$axesOriginFlag, "Automatic"] %>
Axes origin :
> Automatic
> Specified X :
" > Y :
" >
Axes labels :
X :
" > Y :
" >
<%Mathlet MSPSetDefault[$$xTicksFlag, "Automatic"] %> <%Mathlet MSPSetDefault[$$yTicksFlag, "Automatic"] %>
Ticks :
Whether to draw tick marks if there are axes. You may specify the positions at which ticks will be drawn.
X :
> Automatic
> None
> Specified :
" >
(enter a list of values)
Y :
> Automatic
> None
> Specified :
" >
(enter a list of values)
<%Mathlet MSPSetDefault[$$frame, "False"] ;%>
Frame :
> False
> True
<%Mathlet MSPSetDefault[$$frameLabels, "None"] %>
Frame labels :
> None
> Specified
Frame label down :
" > Frame label left :
" >
Frame label up :
" > Frame label right :
" >
<%Mathlet MSPSetDefault[$$rotateLabel, "True"] %>
Rotate labels :
> True
> False
(whether to allow text in frame labels to be vertically positioned)
<%Mathlet MSPSetDefault[$$xGridsFlag, "None"] %> <%Mathlet MSPSetDefault[$$yGridsFlag, "None"] %>
GridLines :
Whether to draw gridlines. You may specify the positions at which gridlines will be drawn.
X :
> None
> Automatic
> Specified :
" >
(enter a list of values)
Y :
> None
> Automatic
> Specified :
" >
(enter a list of values)
Plot label:
<%Mathlet MSPSetDefault[$$plotLabelFlag, "None"] %>
> None
> Specified :
" >
<%Mathlet MSPSetDefault[$$aspectRatioFlag, "1/GoldenRatio"] %>
Aspect ratio :
> Default
> Automatic
> Specified :
" >
Setting the AspectRatio option changes the whole shape of your plot. AspectRatio gives the ratio of height to width.
Its
default
value is the inverse of the Golden Ratio — supposedly the most pleasing shape for a rectangle.
Automatic
determines the shape of the display area from the original coordinate system.
© 2004 web
C
omputing, Scientific Visualization
