video jockey
![](https://freight.cargo.site/t/original/i/a1ad5913e32cb06c32d279c2717ed473568ae1762e0c16eb7b4474e54c9beb90/VisualJockey_Hero_Image.jpg)
Following Screen as colour and other dialogue, I wanted to split a video input into three separate colour outputs. MAX was a way to do this. The software has internal video feedback effects along with easy controls for manipulating scale and form.
Iterations
Phase 1
First test using two projectors and rotating one. It becomes a screen that ignores the traditional rectangle format. The overlapping area in the centre demonstrates additive space. ![](https://freight.cargo.site/t/original/i/75654c8c5ef5cb5f9170e9ff48fe430c5b31020bdc6a20a7aa9b7a9ae584ce2e/VisualJockey_Overlapping.jpg)
Testing out different colour effects
Phase 2
Tests using webcam video input. The intentions behind these tests were to split the video into three separate colour channels and project each through individual projectors. But I had technical difficulties with connecting three displays to my laptop. Later realising I could only display on two projectors at a time. As a workaround, I used my phone to project the third screen via airplay. Another workaround was to place two or three channels on to the same projection.![](https://freight.cargo.site/t/original/i/2369279fcb207e7eda38f149ae033017a0e5abdd546ec140f3faf20bc40ed80a/VisualJockey_Process.jpg)
I also explored different camera angles and positions and found that placing a webcam on the ground looking upwards created an unusual and invasive perspective.
Phase 3
Knowing the effect that holding a phone to the webcam would create a rainbow halo ripple effect from screen as: conversation, it did that to generate colour compositions. I like how the colours overlap to create new colours. I title this ‘Nebula Rectangles’.Phase 4 - Interactivity
As with Screen as discussion, I opened up the video feedback to my peers. Similar to the results in the previous experiment, they had a lot of fun watching themselves in a psychedelic world. It consolidated that people like to see themselves reflected literally in the artwork they are viewing-it elevates their experience and makes the artwork seem more personal.On the otherside of the camera
Phase 5
After having a lot of technical difficulty with projecting to three separate units, Andrew helped with providing the necessary equipment. As such, I was able to project through three projectors. This video shows the final phase that splits and pixelates video input, overlapping the projections to create a moving colour chart.![Trio of projectors](https://freight.cargo.site/t/original/i/0ac1100776518d2421f6ab9916a94ff88f59fea2af0af4e03dd911a5d8a653ca/VisualJockey_5_BTS_01.jpg)
![MAX Projection](https://freight.cargo.site/t/original/i/3964dc5eb90b8dfa322dc3077ff67d3277b44279910b754e5ed9a61b70618f6d/VisualJockey_5_BTS_02.jpg)
Reflection
I had trouble with MAX because I wasn’t able to create anything that used the screen innovatively. This software has good application in the music industries. I had limited technical knowledge, or the desire to learn, the ins and outs of the deeper-level programming. As a result, a lot of the visuals looked like ‘everything else’ because I was doing the accessible, straightforward, top-level programming. I'm going to leave the experimentation with MAX here. It is a good indicator of how visual programming, code and projection can result in unique screen-practice experiences.