tessellate | Server-side React render service | Server Side Rendering library

I'm trying to use the createPolygon option of geoXML3.parser to customise how Polygon elements imported from my KML file are rendered on my map (Google maps api v3), but I'm getting an error in the console, and the map fails to load. Here's a minimal example.

The GE kml file below do not make a elements color identification directly within the html code. How can I extract them in a csv file along with the name and its coordinates with a python extension.

I already got the name and the coordinates but the elements colors have not been able to. Is it impossible to extract this information?

I used several codes that I got here but the color of the element remains a mystery. One of them is this:

Given a FreeCAD model that consists of

• Spreadsheet "parameters" with a cell aliased as "radius" and value 50
• Icosahedron (from the Pyramids-and-Polyhedrons macro) with Radius=parameters.radius
• some facebinders which are unimportant for the purpose of this question,

the python script below opens this model, changes the radius cell in the Spreadsheet to 15, call recompute() on the spreadsheet, invokes touch() on the icosahedron, calls recompute() on the document, and finally tessellates the icosahedron. The z coordinate of the vertex at index 11 in the tessellated mesh happens to be equal to the icosahedron's radius. I was expecting it to change to 15, according to the parameter change. But it remains at its original value 50. What am I doing wrong?

To my understanding the macro's execute method should get invoked during the recomputation of the document.

When I trace Document.recompute() with pudb, I only see it executing Facebinder.execute() but not Icosahedron.execute(). The path it takes from Document.recompute() to Facebinder.execute() method is not visible in pudb; it immediately stops in Facebinder.execute().

I have a problem on some Android devices with the particle system's rendering (weirdly enough the problem seems occur on devices with higher capabilities). The problem occurs when mesh based particles (Renderer/Renderer Mode/Mesh) are being rendered. It seems like the meshes that are being spewed out and slowly shrunk with time are being reduced ("reverse-tessellated") which results in a nasty visual effect. Does anyone know what might be the cause of this?

UPDATE: One thing that I've noticed is that with time - the longer the gameplay - this problem is getting worse.

UPDATE: What I've tried is to make one particle system bigger (around x5 times) in order to check if it will have any effect on it's rasterization. Normally particles are sized down from 1 to 0 based on their life-time. What I've noticed, after sizing them up, is that the problem does not occur anymore.

UPDATE: Visualisation of the problem:

Properly rendered:

Improperly rendered:

I have a kml xml instance that validates fine with all the microsoft xml engines, but fails validation with every other engine I've tried. The relevant element in the xsd ogckml22.xsd;

My TopoJSON object contains 3 polygonal sub-objects of which the first D2P1 appears with the geometry correctly drawn on the OSM map, but the other 2 polygons D2P2 and D2P3 are drawn distorted on the map turning into projected lines instead of their! correct geometry. Could you help me to write my code correctly so that my 3 polygons appear correctly configured?

I've been trying to plot a voronoi tesselation in ggmap, where the color of each block would be given hex codes such as #FFCC00. The code I've come up with so far is as below:

I am trying to make Verb's Nurbs Surface to work with vanilla webGL (cheating a bit with webgl-utils though). PIXI.js also yields the same results, corners work, but not the control points.

I could do it using corners verb.geom.NurbsSurface.byCorners however when I try to use the controlPoints using verb.geom.NurbsSurface.byKnotsControlPointsWeights the surface gets messed up, most probably the indices are wrong!

There is an example of using verb with THREE.js but even when I try the same functions used in the example, the results are the same.

I have commented out the function based on the corners, you can see that it works. I console logged srf and from the _data object I could see Verb is generating those control points under the hood, but the same points would not work if I try them with byKnotsControlPointsWeights

Apart from a working solution, I also would like to understand why the code does not work, and which part in the THREE.js is different from my vanilla code that makes it work with THREE but not here.

I am working on a KML file with two co ordinates that I use to draw line strings. It works fine when the roads are straight, but whenever the road curves the lines do not curve. Here is the KML code I use