Darunee Pungwongyat
Abstract :
This artwork is inspired by the RGB color system, which is based on the additive mixing of three primary colors-red, green, and blue. This system is widely used in digital displays, allowing for the creation of a vast range of colors through the combination of these three lights. The principle of RGB color mixing can be compared to human emotions and thoughts, which constantly shift and blend in complex ways over time. Just as no two shades of color are exactly the same, every individual possesses a unique emotional spectrum.
Red may represent intensity and determination, green conveys a sense of tranquility and balance, while blue reflects calmness and depth. Just as different lights mix to form new colors, human emotions can merge and transform into distinct feelings depending on the situation. Understanding color modes and emotions allows us to see the connection between art, technology, and human psychology.
Through this artwork, the artist aims to express that human emotions are never singular or static but rather overlap and blend, much like RGB colors that create a diverse spectrum of shades. RGB is not just a color system but also a medium that reflects the intersection of art, technology, and human psychology.
Colors have a direct influence on our emotions and feelings. Therefore, the choice of colors in an artwork plays a crucial role in conveying the artist’s emotions to the audience through digital visual representation.
Objectives :
To establish a connection between the principles of RGB color mixing and the complexity and ever-changing nature of human emotions and thoughts. This comparison highlights the relationship between art and technology, allowing the artist’s concept to be reflected through the use of RGB colors in digital visual representation.
Conceptual Framework :
The design concept of this artwork is inspired by the RGB color system, an additive color mixing model used in digital displays. It consists of three primary light colors—red, green, and blue—which combine to create a vast spectrum of shades.
From a psychological perspective, colors act as stimuli that trigger responses. This process influences the human nervous system significantly, capable of altering emotions, temperament, and even behavior. Colors serve as external stimuli perceived through vision, evoking various emotional reactions.
The concept of RGB is not merely a technical process for generating colors; it also symbolizes the complexity of human emotions and thoughts. These elements continuously change and blend in intricate ways over time, making each individual unique—just as no two shades of color are ever truly identical.
Process / Methodology :
– Define the concept.
– Conduct a study to gather relevant information and analyze data.
– Design a movement plan.
– Create 3D models using Autodesk Maya.
– Develop textures, lighting, and rendering for the scene using Arnold Renderer.
– Enhance the mood and tone of the rendered images using Adobe After Effects.
Techniques and Materials :
Digital Art
Result / Conclusion :
This artwork explores the concept of the RGB color system as a metaphor for human emotions and thoughts. RGB, an additive color model consisting of red, green, and blue, can create a wide range of shades-just as human emotions constantly shift and blend over time.
The artist seeks to convey that human emotions are never static or confined to a single state; rather, they continuously merge and transform, much like the endless variations of color in the RGB system.
References :
คณะจิตวิทยา มหาวิทยาลัยจุฬาลงกรณ์มหาวิทยาลัย.(2018). สีในแง่จิตวิทยา.สืบค้น 30 สิงหาคม, 2567 จากhttps://www.psy.chula.ac.th/th/feature-articles
/psychological-aspects-of-color/
ซูฟียา เจะอารง. (2547). การเชื่อมโยงสีกับสภาวอารมณ์ของวัยรุ่นตอนปลายและผู้ใหญ่ ตอนต้น.[วิทยานิพนธ์ปริญญามหาบัณฑิตไม่ได้ตีพิมพ์]. มหาวิทยาลัยจุฬาลงกรณ์ มหาวิทยาลัย
Adrien Ulens. (2016). CMYK vs. RGB แตกต่างกันยังไง? สืบค้น 30 สิงหาคม, 2567 จากhttps://www.gogoprint.co.th/
Wikipedia.(2023). รูปแบบสี RGB. สืบค้น 30 สิงหาคม, 2567จากhttps://en.
wikipedia.org/wiki/RGB_color_model
