Create 3D Video without any 3D knowledge | Luma Ai tutorial

In this tutorial, we learn how to create a 3D photorealistic render from a video using Luma AI, a process that involves four simple steps: capture, upload, animate, and render. First, you capture footage by recording a circle at eye level, then from a top angle, and finally from a lower angle to ensure maximum coverage. Next, upload the footage to lumalabs.ai using their field editor or IOS app. After uploading, you can start animating by selecting a custom focal length and keyframing your desired zoom and orientation. Once satisfied with the animation, you can render the video in your chosen format and add a background for the black areas. The final step is to download the rendered 3D video. The tutorial is a great resource for those interested in 3D rendering without prior knowledge.

Takeaways

• 📱 Start by capturing video footage from different angles: eye level, top angle, and lower angle to ensure maximum coverage for the 3D render.
• 🌐 Upload the captured footage to lumalabs.ai using their field editor or iOS app, and sign in with a Google account.
• ⏳ Be patient during the upload process as it may take a few minutes depending on your network speed.
• 🔍 After uploading, you can refine your 3D render by adjusting settings like camera type and privacy.
• 🎥 Use the camera button and diamond button to customize animations and select a starting frame for zooming in and out.
• 🎨 Add keyframes to control the animation and adjust the focal length for a desired effect.
• 🛠️ Customize the animation as much as you like, and once satisfied, click on 'Render video' to start the rendering process.
• 🖥️ Choose the video format you want to render and add a background for the black areas before hitting 'render'.
• ⏱️ Wait for the render to complete, which may take a few minutes.
• 📁 Once rendered, download the video to view the final 3D render.
• 🌟 If you find the tutorial helpful, like and subscribe to the channel for more content.
• 🔗 For more detailed instructions on how to upload and capture footage, follow the provided link in the tutorial.

Q & A

What is the main goal of the tutorial?

The main goal of the tutorial is to create a 3D photorealistic render from a video without any 3D knowledge.

How many steps are involved in the process outlined in the tutorial?

There are four steps involved: capture, upload, animate, and render.

What is the recommended way to start capturing the video for the 3D render?

Start by recording a circle at the eye level of the object.

What should be considered when making a circle from a top angle during the capture process?

Ensure there is very little motion blur when making a circle from a top angle.

Why is capturing from a lower angle important?

Capturing from a lower angle ensures maximum coverage for the 3D render, covering the top, bottom, and middle sides.

What is the first step after capturing the video?

The first step is to upload the video to lumalabs.ai using the field editor or the IOS app.

How long does it take for the video to be uploaded to lumalabs.ai?

The upload time depends on the network speed and may take a few minutes.

What is the purpose of adding a keyframe during the animation process?

Adding a keyframe sets specific points in the animation where changes in the animation occur, such as zooming in or out.

What does the user need to do after finalizing the animation?

After finalizing the animation, the user should click on 'Render video' and select the desired format for the output.

How long does it take for the video to be rendered after the user hits the render button?

The rendering time may vary but the user is advised to wait for a few minutes.

What is the final step after the video has been rendered?

The final step is to download the rendered video and review the result.

What should a user do if they want to learn more about uploading and capturing footage?

Users can click on the provided link in the tutorial for more details on how to upload and capture footage.

Outlines

00:00

📱 Capturing 3D Render Footage

The video begins by outlining the four steps to achieve a 3D photorealistic render from a video: capture, upload, animate, and render. The capture step involves recording video footage using a phone, starting with a circular motion at the eye level of the object, followed by a top angle and then a lower angle to ensure maximum coverage for the 3D render.

🌐 Uploading Footage to Lumalabs.ai

The second step is to upload the captured footage. The user is guided to search for 'lumalabs.ai' on Google, access the field editor, and sign in using a Google account. The process includes creating a new project, uploading the footage with a title, specifying the camera type as normal, and setting the privacy to private. The upload time will vary depending on the network speed.

🎥 Animating the 3D Render

After uploading, the video demonstrates how to animate the 3D render. The user is instructed to click on the camera button and the diamond button for the background. Custom animations are created by adjusting the focal length, selecting a starting frame for zooming, and setting keyframes for the desired animation. The user has full creative freedom to animate as they wish.

🖥 Rendering and Downloading the Final Video

Once the animation is satisfactory, the user is directed to render the video by selecting the desired format and adding a background for any black areas. The rendering process takes a few minutes, after which the user can download the completed 3D render. The video concludes with a call to action, encouraging viewers to like and subscribe if they found the content informative.

Keywords

💡3D photo realistic render

A 3D photo realistic render refers to the process of creating a three-dimensional image or animation that appears as if it was captured by a camera, with realistic textures, lighting, and perspective. In the video, this is the end goal, achieved by transforming a regular video into a 3D representation, which is essential for providing a lifelike visual experience.

💡capture

Capture in this context refers to the process of recording video footage that will later be used to create the 3D render. It involves using a phone to record the object from different angles, ensuring maximum coverage for the 3D model. The script specifies making circular motions at eye level, from a top angle, and from a lower angle to achieve this.

💡upload

Uploading is the step where the captured video footage is sent to a server or cloud storage, in this case, for processing by Luma Ai. It is a crucial step as it allows the software to access and work with the video data to create the 3D render. The script mentions uploading the footage to lumalabs.ai for further processing.

💡animate

Animation in the context of the video refers to the process of giving lifelike movement to the 3D render. This includes setting keyframes for zooming in and out, and adjusting the orientation of the render to create a dynamic and engaging visual effect. The script describes customizing the animation by selecting starting frames and adjusting the focal length.

💡render

Rendering is the final step in creating the 3D video, where the software processes the animation and generates the final output. It involves calculating the appearance of the 3D model based on the lighting, textures, and camera angles to produce a high-quality video. The script mentions rendering the video in a selected format and adding a background for the black areas.

💡motion blur

Motion blur is a visual effect that occurs when fast-moving objects are captured in a video or image. It can reduce the clarity of the footage, so minimizing motion blur is important for creating a high-quality 3D render. The script advises ensuring there is very little motion blur when capturing the video from different angles.

💡field editor

The field editor is a user interface within the Luma Ai platform where users can upload, edit, and manage their video projects. It is mentioned in the script as the tool used to upload the captured footage and create the 3D render, highlighting its role in the workflow.

💡keyframe

A keyframe is a frame in an animation sequence that defines a specific moment in time, marking the start or end of a transition or action. In the video, keyframes are used to control the zoom level and orientation of the 3D render at different points in the animation, creating a smooth and dynamic visual effect.

💡focal length

Focal length refers to the distance between the camera lens and the point at which it focuses light to form a clear image. In the context of the video, adjusting the focal length is part of customizing the animation, simulating different camera perspectives to enhance the 3D effect.

💡privacy

Privacy in the script refers to the settings that users can apply to their video projects to control who can view or access them. The video mentions setting the privacy to 'private', indicating a level of control over the visibility of the uploaded footage and the final 3D render.

💡render format

Render format is the specific type of video file that is produced as the final output of the rendering process. The script mentions selecting a format for the final render, which determines the quality and compatibility of the 3D video for different platforms or devices.

Highlights

Create a 3D photorealistic render from a video with no 3D knowledge using Luma Ai.

The process involves four steps: capture, upload, animate, and render.

Capture footage by making circles at eye level, top angle, and lower angle to ensure maximum coverage.

Ensure minimal motion blur for better 3D render quality.

Upload the footage to lumalabs.ai using the field editor or IOS app and sign in with Google.

After uploading, the footage will be processed and a 3D render will be achieved.

Custom animations can be added instead of using the inbuilt animations.

Adjust focal length, select starting frames, and set orientation for the animation.

Animate the zoom in and out, and add keyframes for the desired effect.

The animation can be as creative as desired once the user is satisfied with the result.

Render the video in the selected format and add a background for black areas.

After rendering, the video is sent for processing and can be downloaded once ready.

Luma Ai allows users to create professional-looking 3D renders with ease.

The tutorial provides a step-by-step guide for beginners to create 3D videos.

Luma Ai's field editor is user-friendly and accessible for creating 3D animations.

The IOS app offers an alternative way to upload and edit 3D video content.

Privacy settings can be adjusted during the upload process for user control.

Additional resources are available for more details on uploading and capturing footage.

The final 3D render can be viewed and downloaded after the rendering process is complete.

Encouragement for viewers to like and subscribe for more educational content.