Kuliah Animasi Eksperimental - Eksplorasi Holobox Part 01 #hologram

Summary

In this tutorial, the presenter explores the use of 3D animation and experimental media, particularly focusing on how 3D objects can be visualized and displayed in Assembly Studio. The video highlights the creation of interactive hologram displays, using dinosaur fossils as an example, to enhance educational content for students. The process includes designing 3D models, adding textures, rigging, and rendering images from multiple perspectives. The final product is an immersive, multi-dimensional experience, incorporating sound and narration, aimed at making museum exhibits more dynamic and engaging for viewers.

Takeaways

• 😀 The speaker introduces the concept of experimental animation, emphasizing the use of 3D objects and holographic projection for educational purposes.
• 😀 Assembly Studio is used to create 3D visualizations, including basic animations, textures, and sounds, with limitations in the free version.
• 😀 A hologram box is used as an innovative way to display 3D animations from multiple angles (front, back, left, and right).
• 😀 The project is aimed at enhancing the experience of learning about fossils and dinosaurs, particularly for junior high and high school students.
• 😀 The speaker discusses how static fossil displays in a museum were replaced with dynamic, interactive 3D projections.
• 😀 A storyboard is created before animation production, involving references for the dinosaurs, 3D modeling, texturing, rigging, and animation using Blender.
• 😀 The animation includes sound effects, dubbing, and background music to enhance the educational content.
• 😀 The 3D renders are produced from multiple angles and combined into a single video using video editing software (Adobe Premiere).
• 😀 A prototype of the hologram box setup is tested by measuring distances and optimizing for the best viewing experience.
• 😀 After the experiment, the speaker collected user feedback from museum visitors, confirming the effectiveness and engagement of the holographic projections.
• 😀 The speaker encourages others to experiment with similar animation and holographic projection techniques, noting that tools for these setups are available online.

Q & A

What is the main topic of the video?

The video explains how to use 3D objects and experimental animation, specifically in the form of holographic displays, to provide an interactive and educational experience in a museum setting, focusing on dinosaur fossils.

What is the purpose of the hologram box mentioned in the video?

The hologram box is used to display 3D objects, such as dinosaur fossils, in an interactive way, allowing users to view the objects from multiple angles (front, back, left, and right), enhancing the educational experience.

How is 3D animation integrated into the project?

3D animation is integrated through the use of software like Blender to model and render 3D objects, which are then projected in a hologram box. The process includes texturing, rigging, rendering from multiple angles, and adding sound effects and narration.

What role does the storyboard play in the project?

The storyboard is used to outline the sequence and flow of the educational content. It organizes the information and visual elements before starting the 3D modeling and animation process, ensuring a clear narrative and structure for the project.

How does the speaker approach the problem of static fossil displays?

The speaker highlights that fossils in museums, particularly in Bandung, are displayed statically, which limits how much information they can convey. The speaker aims to address this by creating an interactive, 3D multimedia experience that brings the fossils to life.

What are the steps involved in creating the 3D hologram display?

The steps include gathering references, designing the storyboard, creating the 3D models, adding textures, rigging the models, rendering from multiple angles, and then editing the video with narration and sound effects. The final video is projected onto the hologram box.

What software tools are used in the process?

The process involves Blender for 3D modeling and rendering, Adobe Premiere for video editing, and other software tools for sound editing and video composition. The speaker also mentions the use of a basic laptop setup for dubbing and editing.

How is the content projected in the hologram box?

The content, which is a video containing 3D objects, is projected through an LCD monitor or TV screen, which is then displayed in the hologram box. This setup allows for 3D objects to appear to float in space when viewed from different angles.

What is the significance of using sound in the project?

Sound plays an important role in making the experience more immersive. The video includes sound effects, narration (dubbing), and background music, which are synchronized with the 3D animations to create a complete sensory experience.

Why does the speaker refer to the project as 'experimental animation'?

The project is referred to as 'experimental animation' because it explores new ways to display and interact with 3D objects, pushing the boundaries of traditional animation by integrating it into a physical, interactive, and educational medium like the hologram box.