The new storyboard is actually more simplified compared to the old one, but clearer. The basic interactions the users will have with the heart is tactile.
1. Take My Heart/Listen Purpose: Meant to evoke shared nostalgic memories between strangers, so that they feel more connected to other human beings. Deliverable: An installation where the user is beckoned to a podium on which rests a human-sized, anatomically accurate (ish) beating heart. Interaction: The user is given instructions to pick it up, which will trigger audio to play from the podium - sounds such as the humming of a childhood lullaby, the sizzle of breakfast on a frying pan, etc. The user is then invited to either record their own sounds, or suggest new 'memories' to be added to this collective 'memory bank'. Recordings will be vetted at the end of each day of exhibition and added to the exhibit. This way, users can have different interactions on different days of the exhibit. Feasibility: In a technical standpoint, the project is relatively straightforward, since the proposed artefact and interactions can be achieved using an arduino, an...
I'm honestly still a little unsure about how I'm going to combine my original pulsing heart idea with the musical launchpad aspect, but I need to keep moving forward so I decided to work on getting some visual references and see how things go from there. In terms of graphic style and UI, I'd like to stick to clear line work and distinct colours. This graphic from an interactive article by Science News talking about the effect that opiods have on the human body is a good point of reference for that. (Science News, 2018) I have also come across posters for the Body Worlds exhibit in London. Body Worlds is an interactive science exhibit which displays plastinated human bodies and organs. The plastination process leaves very detailed muscle fibres on display, but can feel a little macabre to viewers. (Body Worlds, 2018) (Body Worlds, 2018) Finally, I looked through Pinterest for some other visual references, and will be compiling these images into a mood bo...
Cytron is a company based in Malaysia that has been pretty great so far with their offerings. Having used their Cytron MP3 Shield in the past (loaned from TOA), I decided to purchase their new Cytron Easy MP3 Shield . The reason I got the shield is in order to not fully rely on Unity for my output, especially audio since my team experienced some trouble with our tissue box game project back in Level 5. I'm hoping the new shield will have fixed some of the buzzing and audio quality issues faced with the first MP3 shield while it was used for the Musical Journey project. What is an MP3 shield? The Cytron Easy MP3 shield is an Arduino-compatible shield used to to decode and play MP3 audio files directly from its microSD card slot. It can be attached to Arduino UNO, Arduino Duemilanove, Arduino Mega, Arduino Leonardo, CT ARM (Cytron's board), and other boards with similar board layouts. A closer look at the components of the Easy MP3 Shield My new Easy MP3...
Comments
Post a Comment