The results suggest the viability of the development made in this first iteration of the system, which aims to reinterpret existing layouts in an unexpected manner In this paper, an overview of the proposed system is presented along with the experimental setup and results accomplished so far on an evolutionary engine developed. ![]() To enable the collaboration human-machine, the process has been integrated into Adobe inDesign, so human designers and EvoDesigner may alternately edit and evolve the same design projects, using the same desktop-publishing software. EvoDesigner aims to assist the exploration of innovative graphic design solutions by using an automatic evolutionary approach to evolve the design of a number of text, shapes, and image elements inside two-dimensional canvases (pages). However, as gd is increasingly being democratised and broadly shared through social media, designers tend to adopt trendy solutions, lacking disruptive and catchy visual features. ![]() Thus, one of the goals of GD is frequently to find innovative aesthetics that stand out over competing design artefacts (such as other book covers in a store or other posters on the street). Graphic Design (GD) artefacts aim to attract people’s attention before any forward objectives. We delineated a roadmap for the implementation of visual conceptual blending and described resources that can help in such a venture, as is the case of a categorisation of emoji oriented towards visual blending. We established that visual blending should be grounded on the conceptual level, lead- ing to what we refer to as Visual Conceptual Blending. ![]() Overall, the purpose of our study is to explore how the representation of concepts can be done through visual blending. The experimental results obtained through multiple user studies indicate that the systems that we developed are able to represent abstract concepts, which can be useful in ideation activities and for visualisation purposes. In addition to the study of visual blending, we conceived and implemented several systems: a system for the automatic generation of visual blends using a descriptive approach, with which we conducted an experiment with three concepts (pig, angel and cactus) a visual blending system based on the combination of emoji, which we called Emojinating and a system for the generation of flags, which we called Moody Flags. We started by studying aspects related to the transformation mechanisms used in the visual blending process, which led to the proposal of a visual blending taxonomy that can be used in the study and production of visual blends. In this thesis, we focus on the computational generation of visual symbols to represent concepts, specifically through the use of blending. Its exploration has led to the development of several visual language systems and is a core part of graphic design assignments, such as icon design.Īs is the case with problems from other fields, the visual representation of concepts has also been addressed using computational approaches. Please try again later.The visual representation of concepts has been the focus of multiple studies throughout history and is considered to be behind the origin of existing writing systems. Sorry, you are ineligible to sign up for this newsletter. ![]() If you still have troubles receiving the emails, please contact EA. You’ve already signed up for Star Wars™: Squadrons newsletters with the above email. Unsubscribe at any time by changing your email preferences. You've successfully signed up to receive emails about Star Wars™: Squadrons and other EA news, products, events and promotions. You must sign in and sign up for Star Wars™: Squadrons newsletter before you can redeem your items. Sign up today to receive the latest Star Wars™: Squadrons news, updates, behind-the-scenes content, offers, and more (including other EA news, products, events, and promotions) by email. I can unsubscribe at any time by changing my email preferences, contacting privacyadmin.ea.com, or writing to Electronic Arts Inc., ATTN: Email Opt-Out, 209 Redwood Shores Pkwy, Redwood City, CA, 94065, USA.
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