LO1: Design multimedia projects that make appropriate use of physical, aural, visual, time-based and interaction components to convey a message and reinforce its content.
During the investigation of the public space, Hunter Square, there were multiple ideas that could be applied to improve it. The first concept that had been devised for this space was a communication booth. The idea was simple, a booth is placed to in to the space where a person or a small number of people can enter and talk to someone random. This would mean that some similar booths could be placed in different locations throughout the world offer users a chance to speak to someone new and different. Sadly this idea had to be scrapped as it would be too easy to vandalise or mistreat the installation.
The next idea was to incorporate the communication part with a projector. This would allow users to interact with people who have a similar set up where they are but on a much larger scale than in the previous concept. Although this is a good concept that has been done before, it would be better to have something with more interaction.
The idea that has been settled on is having graphics that are projected onto a surface that will change dependent on people’s movement within a certain area. By using sensors to detect a person’s movement, the visuals will change to reflect that. Objects can be made to either follow or move away from the individual interacting with the installation. As well as visuals, sounds could also be played to improve the installation. As well as displaying the graphics of an interactive installation, special events like international sports games could be displayed on them.
LO2: Identify the appropriate technology to design a product or installation.
There are numerous elements needed to make an installation like this be a success. The most important technology needed for an installation like this one is the projectors that will be used to display any visuals. There are a number of outdoor HD projectors available that can display the desired graphics in the best possible quality.
To accompany the projectors, a series of outdoor speakers would be used to make the installation more appealable to users. There are a number of surround sound speakers on the market that would offer the best quality sound for the installation.
High end sensors that are able to detect the movement of a person accurately would be required to make this installation work. Once a sensor is triggered, it will cause the installation to react and behave in a different manner.
As well as the hardware for graphics and sound, there needs to be something that can store any media and operating system that will run everything. This could either be a system that is set up at the location or set up somewhere else that sends the information remotely to the projectors. Having it set up remotely would mean that it would be easier to change the graphics or any of the sound effects being used.
LO3: Develop working prototypes to appropriately augment an interactive product or installation.
During the course of this module, multiple applications have been prototyped by using Max MSP. This software allows for applications to be mocked up quickly and conveniently. Max MSP offers users the ability to create prototypes that incorporate video, music and graphics to convey how a final product would look and behave.
There are also a number of settings that can be applied to any media that will change them to act in a completely different manner. Artists, such as Jamie Lidell, use this software to perform live stage shows where they can alter media as they perform.
With the addition of devices like an Arduino, Max MSP patches can be used to control lots of physical items. An example of this would be using the Arduino to control a number of LED’s. This in conjunction with Max, that can apply additional media, could produce something that is both unique and spectacular.
LO4: Appraise their work in relation to current practice and theory.
Throughout the course of this module it has been, at times, a struggle to get to grips with the Max MSP software. With there being so many parts of this software that can be learned, it would take a long time to truly master it. By following tutorials, it has offered a good introduction to the program and how to use it. Although there has been a fairly clear direction for the project and the desired application that would be produced, it has not been as easy to create something that will work in the appropriate way. This could be improved in future endeavours that use Max MSP by seeking out alternative sources of help like an online forum.
The creation of a patch that can be used to preview the concept for the public space has unfortunately not worked in a manner that it hoped it would be. Although suitable elements had been identified, it was not as easy to make these things work together in a way that would suitably show the concept. By mocking up the concept in another way, it may be able to show the idea of how the installation would work within the space. This could be achieved by creating a short video.
By looking at the module in its entirety, the first assessment has been much more successful than the second one. The investigation of the public space and subsequently the development of ideas on how to improve it are definitely stronger than creation of prototypes. With practice and hard work, these skills in the software development can be improved which would allow for a more rounded project.












