I’m a big fan of Simplify 3D. Its a commercial software but its worth every 149$ that it costs. If you digging deeper into 3D-Printing you can take your pre-processing to the next level. I had the issue, that when printing a model with solid infill (100%) and 0.1mm layer height on an Makerbot Replicator 2 the base would show gaps in between the extrusion lines.
As the model should be water tight I made a simply test – blowing through the model. It was not watertight, you could blow “through” the wall. Holding it against the light you could also see that there were gaps in between the extrusion lines.
One thing with Simplify 3D is that you have a lot of parameters, which also interact from time to time and sometimes its unclear what change bring the solution.
I fiddled with a lot of parameters, including extrusion width, gap fill or infill extrusion width. What helped was to tweak the parameter “Extrusion multiplier” to 1.10 (formally 0.8). Like this I can make really solid model with out gaps of holes between the extrusion lines.
German artists and craftsman build this amazing mechanical sequencer whoch has one (!) constantly running rotary unit as a actor.
Watch this 20 minute documentary (german only) about his amazing and friendly hardware hacker:
This university project led by Charles Matthews works on the connection of classic traditional serial composition – in this case gamelan music – and robotic Gamelan instruments. The actuators are driven electronically. Charles also developed a software called “Pipilan” which was written in Max/MSP. With this he controls the gamelan Gongs. From our understanding the software is an intelligent system which lets users interact with the robotic instruments by entering single set of notes. These are than merged into a constant gamela-music like flow.
The Augmented Gamelan project was set up to explore the combination of gamelan and electroacoustic music, with a focus on the way the instruments are traditionally played. The sound of this percussion ensemble from Indonesia is broken down, extended and warped through custom software and speakers placed amongst – and sometimes attached to – the instruments. The repertoire is based on traditional material and may be played in a wide range configurations to adapt to the space and context of performance. Many pieces also use traditional vocals including macapat (Javanese sung poetry).
The german based artists-group around Johannes Lohbihler build an interactive and fun-to-play set of robotic actuators which enables the spectator – thus actor – to play with every item that are laying around. As other projects it uses lego bricks and pieces to make the system universally convertable and playble.
The dada machines toolkit let’s you compose the sounds of the world around you into a unique sound creation. Whether you are a professional producer or curious noisemaker, you can use the modular dada system to use your environment to create.
Triggered by a remix contest from the band Radiohead, UK-based artist James Houston wired this retro orchestra in 2008 to create a mezmerizing and beautiful project and video work. It combines different retro computing devices such as:
- Sinclair ZX Spectrum – Guitars (rhythm & lead)
- Epson LX-81 Dot Matrix Printer – Drums
- HP Scanjet 3c – Bass Guitar
- Hard Drive array – Vocals & FX
They play the song “nude” from radiohead in a very musical way. The video is heavily colorgraded to give it that retro look, which fits well to the overall idea.
Based on the lyric (and alternate title) “Big Ideas: Don’t get any” I grouped together a collection of old redundant hardware, and placed them in a situation where they’re trying their best to do something that they’re not exactly designed to do, and not quite getting there.
It doesn’t sound great, as it’s not supposed to.”
One of the more old-school robotic drum projects combines Arabic instruments with (in 2010) state of the art high-tec: Wireless controlled darbukas. It was set up for the international biennale in 2010 in Israel and realized by Artist Liat Segal.
18 Darbuka drums and 36 robotic arms are controlled via wireless communication. Drum music is composed and played at a music sequencer on an iPad.
The project was presented at the Bat-Yam international biennale of landscape urbanism, September 2010, as a part of the ‘Green to Blue’ ecological street project. During the biennale, electricity generated by wind turbines and photovoltaic cells was used to operate the robotic Darbuka drums. The drums were mounted on the wind turbines columns, creating a hybrid, digital-mechanic drumming circle, a futuristic-traditional acoustic space.
The Floppotron by polish hacker SlieNT is a hugh array of 64 floppy drives, 8 hard disks and two scanners.
It uses the controls as we have seen have it before but the project shines with its mass and build-quality. Also it implements volume control which gives it much more musical possibilities than similar hacks. Percussion-like sounds are realized with salvaged hard drives which are run against the casing to make the percussion “plopp”. Electronically, everything is realized with arduinos, which are wired as one big SPI-Chain to be finally controlled from a desktop computer.
German musicians Cico Beck und Nico Sierig created their band “Joasihno” around several percussion robots and a robotic 5-tone marimba. They started they career with the well known german noise rock band “Notwist” – their new project locks nicely hacked-together as well and refers to like Four Tet or Steve Reich. Have a look:
The Music Construction Machine is a large, public, generative music box, which people can operate via a big hand crank. Rotating the crank moves various mechanisms inside the giant box, producing ever-changing melodies and rhythmic patterns, played with an electric guitar, a keyboard and a drum set. As the machine is contained in a transparent glass pavillon, people can observe and contemplate on its inner workings while cranking.
Lately I was trying to install the spotify Client on a Win7 machine. Although setting up the firewall correctly, I couldn’t tunnel spotify through the firewall. Turning the firewall of, solved the problem but left me without a firewall.
I have locked the system with strict rules in the advanced settings of the native windows firewall. Normally that works quite well, you can add rules for incoming and outgoing connections under System –> Firewall –> Advanced.
Finding out the folder for the Spotify client is also easy ($user\AppData\Roaming\Spotify) but adding the different executables to the firewall rules doens’t help. In the forums guides change between “open all the ports” and “turn off your Firewall”. Well …
What helped was to install the Windows Firewall Control. Its a freeware tool that lets you configure the internal windows firewall. After you did the changes you can uninstall the programm again.
1. Download and install the firewall control
2. Start the firewall control
3. Start Spotify
4. Go to “connections log” (bottom-left) of the firewall control
5. Click refresh (right) and look for all the spotify apps that have been blocked.
6. And now the fun part: A left click lets you unblock them.
7. Restart Spotify to see if it worked.