StarFlake

thingiverse

It looks like you're trying to represent a 3D scatter plot using Mathematica's GridBox and BoxData functionality. However, it seems there might be a formatting issue in your code. Let's break down the problem and correct any potential errors. Firstly, ensure that each point in your scatter plot has the form `{{x1,y1,z1}, {x2,y2,z2}, ...}` as indicated by your syntax. Then you can create your 3D scatter plot with these points using the following corrected code: ```mathematica listofpoints = {{{0, -4}, {0, -2.88}, ..., {120.5, -46.9}}}; thickness = .9; Needs["JLink`"]; javaInit[]; jInstall[]; to3D[x_, y_, z_] := Riffle[Partition[{x, y, z} /. {s__List}, 3], "Line", {2}]; griddata = Map[to3D @@ # &] /@ listofpoints; BoxData[jGridMesh3D[ JavaNew["javaview.JViewObject", griddata], Thickness -> 0.1, FaceNormals -> Automatic, ShowLegend -> True, ColorFunction -> GrayLevel ] // ToBoxes]; PlotRange -> {{0,120}, {-47,-2}} ``` Make sure to adjust the "..." parts in your `listofpoints` with the actual values of x and y coordinates that match the format required for 3D points. If this doesn't give you the exact scatter plot you want, let me know and we'll have another go. ### Explanation: Here's a quick rundown of how the above Mathematica code works: 1. First, create your list of 3D points in `listofpoints`. 2. Install the necessary JLink packages to interface with Java code that generates plots. 3. Convert your point list into the format that the plot requires. 4. Create the actual graph, passing it various arguments like thickness and other graphical properties. You might need to adjust some of these options according to the specifics of the problem you are working on. The example given here creates a 3D line graph where each set of three points corresponds to one vertex. Here's a minimal test function if everything is configured properly: ```mathematica grid = { {{1, 1, 2}, {2, 1, 2}}, {{2, 0, 3}} }; ToBoxes[ BoxGrid[grid], GridBoxOptions -> {"AllowScriptLevelColumns" -> True}]; ```