วีดีโอ

Ja, da ist nichts abgesperrt. Bei normalem Pegel kann man über die V-förmigen Spundwände auch drübergehen, scheint wohl noch nie etwas passiert zu sein. Ich habe leider die Gelegenheit nicht genutzt von unten Aufnahmen zu machen. Im Grunde ist es beeindruckend unspektakulär wie die Wassermassen dadurch fließen, keine Strudelbildung oder dergleichen.

The model consists of 11 parts (.obj files). The objects are added into groups in a hierarchy, when you rotate the wrist, the endeffector rotates with the wrist. When you rotate the RotatingColumn, all kind objects in this group rotate too. See the link to gihub in the post below, it's relatively easy with three.js for a robot arm.

so i have to insert each individual moving part separately? Is there a way to load the model as a whole model and then access its tree structure? @@ThomasMTBv2

Thank you. If you are interested I can share the sources. But it's not that complicated, most work has to be done on the model itself, getting the parts and the positions to assemble them with three.js so you can move them separate.

@@ThomasMTBv2 hi could you please share the sources, i have been working on similar kind of project for re-search work...

Project is at Github now: github.com/thomas-v2/Web-3D-HMI-Demo

The complete scene is composed of six stl meshes I've created from a stp model file. How I've done this you can see in another video. On button click I change the color value of the material which is attached to each part. I've completed the roboter model where you can rotate each axis, it's awesome what you can do with three.js in the webbrowser. My plan was to run this on the webserver of a small plc as 3D-HMI, but the memory of the plc is too small for the big stl models.

Hi, you must be in Object Mode. You can switch between Edit and Object Mode with Tab or by using the drop down list.

I've tried to convert the tris to quads with the program "instant-meshes" (available at github), which does a good job but it still needs some manual work on the model otherwise you'll get a non-manifold mesh.

If I remember correctly, then you'll get a single mesh object in Blender, which you have to split into separate parts after the import. Maybe the stl importer is improved now, but when I've done the video, for me this was the easiest way do get the separate axis objects for the BGE.

KL ist etwas die falsche Gegend, du müsstest schon OS auf dem Nummernschild haben. Alte Kalköfen lassen sich gut mit alten Landkarten lokalisieren, denn früher waren diese auf den Karten eingezeichnet.

ThomasMTBv2 Danke Gibts alte Landkarten im Netz,zum runterladen?

Es gibt Online-Dienste zumindest für NRW (TIM-online) und Niedersachsen (Niedersachsen-Navigator) über den man die Preußische Neuaufnahme (ca. 1915) abrufen kann. Wobei dieser K.O. hier nicht ganz so alt ist.

I've used the decimate modifier to reduce the number of vertices. This is needed if you want to use the model in the Blender Game Engine. And the number is still too high if you want to use more of this models. If you don't reduce the number because you want to use the model in Blender Render only, then the model looks not too bad.

+Maker Linux It should be possible to write an import script which does this automatically. I haven't looked deep into the CAD model, if the parts which belong to one axis are some kind of linked together. This is what you need when you want to realize a moveable robotarm in the Blender game engine. If you want a simple model you can use in Blender Render, then you don't need most of the steps I have done in this video.