Exploring Nature Through Non-Human Perspectives
Exploring Nature Through Non-Human Perspectives
Exploring Nature Through Non-Human Perspectives
Exploring Nature Through Non-Human Perspectives
Exploring Nature Through Non-Human Perspectives
The integration of these two VR experiences highlights the relationship between human activities and the natural world. Through a non-human lens, users are immersed in both the fragility of marine ecosystems and the resilience of nature in a future without humans. This dual perspective educates users about the urgency of conservation and the consequences of neglect.
Role
3d Modeling
Tool
Blender, A-frame, HTML
Time
Nov - Dec 2023
Team
Individual
Background
Coral Bleaching Across the Pacific
The map artistically clusters images of the most bleached corals, positioned to represent their respective Pacific Ocean jurisdictions.
Climate change is the greatest threat to coral reef ecosystems, driven by greenhouse gas emissions that warm the atmosphere and oceans.
Background
Coral Mindmap
The map artistically clusters images of the most bleached corals, positioned to represent their respective Pacific Ocean jurisdictions.
Climate change is the greatest threat to coral reef ecosystems, driven by greenhouse gas emissions that warm the atmosphere and oceans.
Core Narrative
Act 1: The Call of the Coral
Experience the underwater world from the perspective of marine life, learning about coral bleaching, pollution, and overfishing. This phase emphasizes humanity's impact and the urgent need for conservation.
Design Process
Step 1:
Scene Modeling
I modeled the seabed and various types of coral based on research into their natural forms. By designing different coral shapes and experimenting with diverse colors and textures, I aimed to make the coral appear more lifelike and visually compelling.
Step 2:
Animating Marine Life
I rigged and animated the fish models, allowing them to swim naturally through the scene. This added layer of animation brings the scene to life, emphasizing the harmony between marine life and their habitat.
Step 3:
Interactive Coral with JavaScript
I implemented an interactive feature using JavaScript, where vibrant coral dynamically transitions to a bleached appearance as users move closer in the scene. This effect highlights environmental changes and enhances user engagement through visual storytelling.
Core Narrative
Act 1: The Call of the Coral
Experience the underwater world from the perspective of marine life, learning about coral bleaching, pollution, and overfishing. This phase emphasizes humanity's impact and the urgent need for conservation.
Design Process
Step 1:
Scene Modeling
I modeled the seabed and various types of coral based on research into their natural forms. By designing different coral shapes and experimenting with diverse colors and textures, I aimed to make the coral appear more lifelike and visually compelling.
Step 2:
Animating Marine Life
I rigged and animated the fish models, allowing them to swim naturally through the scene. This added layer of animation brings the scene to life, emphasizing the harmony between marine life and their habitat.
Step 3:
Interactive Coral with JavaScript
I implemented an interactive feature using JavaScript, where vibrant coral dynamically transitions to a bleached appearance as users move closer in the scene. This effect highlights environmental changes and enhances user engagement through visual storytelling.
Background
Contextual Research
These works sparked my interest in exploring nature's resilience and the role of non-human perspectives. They reveal how ecosystems adapt and recover in the absence of humans, inspiring a focus on ecological repair and coexistence.
Conclusion
This research explores how nature recovers in the absence of human influence. It shifts the focus toward understanding the world from non-human perspectives. It highlights the interconnected roles of various species in restoring and sustaining damaged ecosystems.
Core Narrative
Act 2: A Post-Human Earth
Transition to a speculative future where humans are extinct, and nature begins to recover. Witness ecosystems evolve over time from the perspective of non-human entities such as insects and birds.
Design Process
Step 1:
Blender Modeling
Using Blender, I modeled the scene, incorporating sand and building effects, and experimented with various materials and rendering techniques to achieve the desired visual quality.
Step 2:
Blender to A-Frame
I exported the modeled underwater scene from Blender in a format compatible with A-Frame. After importing the scene into A-Frame, I then adjusted the lighting and environmental settings in A-Frame.
Step 3:
Enhancing Immersion with Animations
To create a more engaging VR scene, I implemented various animations, such as dynamic rain effects and movement interactions. Using A-Frame’s animation capabilities, I adjusted the camera’s position and motion to allow users to explore the scene more intuitively. This included scripting looping mechanics to ensure smooth navigation within a defined space, maintaining immersion without breaking the continuity of the experience.
Background
Contextual Research
These works sparked my interest in exploring nature's resilience and the role of non-human perspectives. They reveal how ecosystems adapt and recover in the absence of humans, inspiring a focus on ecological repair and coexistence.
Conclusion
This research explores how nature recovers in the absence of human influence. It shifts the focus toward understanding the world from non-human perspectives. It highlights the interconnected roles of various species in restoring and sustaining damaged ecosystems.
Core Narrative
Act 2: A Post-Human Earth
Transition to a speculative future where humans are extinct, and nature begins to recover. Witness ecosystems evolve over time from the perspective of non-human entities such as insects and birds.
Background
Contextual Research
These works sparked my interest in exploring nature's resilience and the role of non-human perspectives. They reveal how ecosystems adapt and recover in the absence of humans, inspiring a focus on ecological repair and coexistence.
Conclusion
This research explores how nature recovers in the absence of human influence. It shifts the focus toward understanding the world from non-human perspectives. It highlights the interconnected roles of various species in restoring and sustaining damaged ecosystems.
Design Process
Step 1:
Blender Modeling
Using Blender, I modeled the scene, incorporating sand and building effects, and experimented with various materials and rendering techniques to achieve the desired visual quality.
Step 2:
Blender to A-Frame
I exported the modeled underwater scene from Blender in a format compatible with A-Frame. After importing the scene into A-Frame, I then adjusted the lighting and environmental settings in A-Frame.
Step 3:
Enhancing Immersion with Animations
To create a more engaging VR scene, I implemented various animations, such as dynamic rain effects and movement interactions. Using A-Frame’s animation capabilities, I adjusted the camera’s position and motion to allow users to explore the scene more intuitively. This included scripting looping mechanics to ensure smooth navigation within a defined space, maintaining immersion without breaking the continuity of the experience.