#Making textures for sweet home 3d install
#Making textures for sweet home 3d software
#Making textures for sweet home 3d code

obj files an a directory input_dir and puts all output to a directory output_dir.

#Making textures for sweet home 3d install

Install Blender 2.7 from IRIE Shinsuke PPA to get the required scripting libraries.

However, installing the necessary dependencies is a bit tricky here.

#Making textures for sweet home 3d code

Thanks to AngryLoki for the code snippet that converts in the reverse order ( dae2obj.py). I found a nice Blender-based Python script that does the trick on command line easily. Although this is a task that many programs can perform, many programs also fail to process textures correctly or require a lot of GUI clicking for the conversion. obj file that was exported from Sweethome3D cannot be used with Gazebo for simulation directly. dae preserving textures using a Blender-based Python script This makes Sweethome3D an excellent choice for creating semi-realistic scenes in a quick and effective way.

obj files or from a variety of furniture libraries available on th Web. Also, it is possible to import furniture either from self-made. I also want to mention explicitly that Sweethome3D can be extended extensively by custom textures for walls, floor and ceiling. The number of exported files may be huge, depending on the complexity of the scene with respect to texture. Fortunately, all textures will also be exported. obj file from Sweethome3D using the menu “3D view”. Sweethome3D scene with doors (rendering) Sweethome3D scene with free passages (rendering)įinally, export the scene as. Having a ceiling will result in a non-transparent obstacle that makes it hard to look inside the flat from a birds position in the simulator. As a second (optional) modification, I recommend to remove the ceiling from the Sweethome3D model. The robot will appreciate this later when moving between rooms. (Readers! Feel free to contribute here how doors can be made dynamic 😉 ) As a result, we should substitute all doors in the Sweethome3D scene by free passages of the same dimensions. To change this, we would have to provide a physics model for the doors, too, which is far beyond the scope of this post. Unfortunately, this scene contains obstacles that can hardly be overcome by a Turtlebot 2: closed (and even half-open) doors! The reason why doors are a problem here is that the scene is static and doors will not move in the simulator. Just open this nice little flat in Sweethome3D. Let’s choose SweetHome3DExample5.sh3d to work with. Once you have installed Sweethome3D (which is available from many Linux distro sources), there are a variety of example scenes to start from. Creating a 3D scene in Sweethome3D for simulation In this tutorial, we will create a model of a small flat in which the Turtlebot 2 can move around. The model we create here is necessary for the simulation of collisions and optical attributes of the scene. The actual creation of a an SDF file as input for a Gazebo simulation is covered by a subsequent tutorial. Python 2.7 for script-based model conversionīe aware that all descriptions below have been tested an Ubuntu 14.04 LTS and should also work on derived distros such as Linux Mint 17.3, which I usually use.

#Making textures for sweet home 3d software

4.3 and newer) modeling software and house designer At first, I have to mention that many open source software is involved here.

Since I showed a nice simulation of Turtlebot 2 in a home scene in Gazebo at the MakerFaire Chemnitz, I am going to share information on how you can do this on your own.