Create FPV-Like Videos with Your Phone | 3D Scan Tutorial with Luma AI

MDMZ
15 Apr 202306:52

TLDRThis video tutorial demonstrates how to use your smartphone and Luma AI to create cinematic camera movements in post-production. It offers tips for shooting in 4K, disabling HDR and stabilization, and capturing video loops at different heights. The script guides viewers through the process of uploading videos to Luma, editing in a browser-based editor, and manipulating camera movements. It also addresses challenges with drone footage, upscaling video quality, and exporting high-quality renders. The video concludes with a trick for rendering vertical videos in landscape mode without losing quality, enhancing the output with motion blur, and combining Luma scans with other AI video tools for unique creations.

Takeaways

  • 📱 Use your smartphone to scan surroundings for creating cinematic camera movements with Luma AI.
  • 📹 iPhone users can utilize the dedicated Luma app for real-time guidelines, while Android users can upload videos directly from a browser.
  • 🎥 Shoot in 4K resolution, disable HDR, and video stabilization for optimal results.
  • 📐 Capture video loops from three different heights: chest level, above the head, and knee level, keeping the subject centered and in frame.
  • 🔍 Luma Labs provides detailed guidelines and best practices for recording.
  • 🌐 After recording, upload the video to Luma's website, create an account, and wait for processing.
  • 🎨 Use Luma's browser-based editor to manipulate camera movements and access camera tools.
  • 🔄 Apply preset trajectories like orbit and oscillate, or create custom camera animations with keyframes.
  • 📏 Adjust camera settings like focal length and camera roll to add dynamism to the video.
  • 🎨 Fill in uncapture environments with a solid background color and adjust video resolution before exporting.
  • 📹 For drone footage, use the DJI Mini 3 Pro's built-in orbit feature and upscale the video to 4K using Topaz Video AI before processing with Luma.

Q & A

  • What is the main topic of the video?

    -The video teaches how to use a phone to scan surroundings and create cinematic camera movements in post-production with Luma AI.

  • Which device is recommended for users to have for easier Luma app usage?

    -iPhone users are recommended as the Luma app provides real-time guidelines for them.

  • Can Android users still use Luma AI for their videos?

    -Yes, Android users can upload their videos directly to Luma from their browser.

  • What are the recommended camera settings for shooting with Luma AI?

    -It is recommended to shoot in 4K, disable HDR, and disable video stabilization. A wide or normal focal length can be used.

  • How many loops should be captured while shooting?

    -Three loops should be captured from different heights: chest level, above the head, and knee level.

  • What should be done after recording the video?

    -The video should be uploaded to lumalabs.ai, a descriptive name should be given to the project, and then the user should wait for it to process.

  • What can be done with the 3D scene after processing on Luma AI?

    -The 3D scene can be downloaded as an object or mesh scene for use in other 3D software, or edited in a browser-based editor on Luma AI.

  • How can the camera movement be created in Luma AI?

    -Camera movements can be created by setting keyframes, adjusting the camera position, and using preset trajectories like orbit and oscillate or custom animations.

  • What is a trick to maximize output quality when exporting vertical videos in Luma AI?

    -The trick is to edit each keyframe and add 90 degrees to the camera roll setting, then render the video in landscape mode and crop it to maintain quality.

  • How was the drone footage upscaled to 4K in the video?

    -The drone footage was upscaled to 4K using Topaz Video AI before processing it through Luma AI.

  • What AI video tool is mentioned in the video for creating unique content?

    -Gen 1 from RunwayML is mentioned as an AI video tool that can be combined with Luma scans to create unique content.

Outlines

00:00

📱 Using Your Phone for Cinematic Camera Movements

This paragraph introduces the video's focus on using a smartphone to create cinematic camera movements with Luma AI. It discusses the benefits of using the Luma app for iPhone users and the alternative process for Android users. The importance of shooting in 4K, disabling HDR and video stabilization, and following Luma Labs' guidelines for optimal results are emphasized. The paragraph also outlines the recommended camera settings and shooting techniques, including capturing video loops from different heights and maintaining the subject in frame.

05:02

🚁 Scanning with a DJI Drone for FPV Videos

The second paragraph discusses the process of scanning surroundings with a DJI drone to create first-person view (FPV) looking videos. It mentions the average video quality and the potential of the technology. The paragraph provides tips for drone users, including recording in 4K and using the DJI Mini 3 Pro's built-in orbit feature. It also addresses the limitation of recording in 1080p and suggests using Topaz Video AI to upscale the video to 4K before processing with Luma. The paragraph concludes with a mention of combining Luma scans with AI video tools like Gen 1 from RunwayML for unique creations.

Mindmap

Keywords

💡Luma AI

Luma AI refers to a technology or software that enables users to create cinematic camera movements in post-production by scanning their surroundings with their phones or drones. In the video, Luma AI is used to process videos shot from different angles and heights to generate a 3D scene, which can then be manipulated for various camera movements. This is central to the video's theme of enhancing video quality and creating dynamic content.

💡Cinematic Camera Movements

Cinematic camera movements are the dynamic and artistic ways in which a camera is moved during filming to tell a story or create a specific mood. These movements can include pans, tilts, dollies, and tracking shots. In the context of the video, the goal is to achieve these movements using Luma AI in post-production, which is a key part of the video's educational content.

💡Post-Production

Post-production is the stage of video production that occurs after filming is completed, involving editing, visual effects, sound design, and other processes to finalize the video. In this video, post-production is where Luma AI is utilized to enhance the quality of the footage and create professional-looking camera movements.

💡3D Scene

A 3D scene refers to a virtual environment created using three-dimensional modeling, which can be manipulated and viewed from various angles. In the video, the 3D scene is generated from the videos captured by the user, allowing for a more immersive and realistic editing experience in post-production.

💡Keyframes

Keyframes are specific points in an animation or video sequence where the position, scale, rotation, or other properties of an object are set. They define the start and end points of an animation, and the software interpolates the changes between them. In the video, creating keyframes is essential for animating the camera movements in the 3D scene.

💡Focal Length

Focal length is the distance from the optical center of a camera lens to the point where it converges, affecting the field of view and magnification of the captured image. In video production, adjusting the focal length can change the perspective and intimacy of a shot. The video suggests playing with focal length between keyframes to create dynamic and interesting camera movements.

💡Camera Roll

Camera roll, also known as camera rotation, is the horizontal rotation of a camera around its axis, which can create a spinning or swirling effect in the video. In the video, the camera roll setting is used to add variety and complexity to the camera movements, enhancing the visual storytelling.

💡DJI Drone

A DJI Drone is a type of unmanned aerial vehicle (UAV) manufactured by DJI, a leading company in drone technology. These drones are often used for aerial photography and videography. In the video, the DJI drone is used to capture footage from different heights, contributing to the creation of the 3D scene in Luma AI.

💡4K Video

4K video refers to a resolution of 3840 x 2160 pixels, which is four times the resolution of 1080p (Full HD). It provides higher image quality and more detail, which is beneficial for post-production editing and creating high-quality content. The video emphasizes shooting in 4K to ensure the best possible quality for the Luma AI processing.

💡Motion Blur

Motion blur is a visual effect that occurs when an object moving rapidly is captured on camera, resulting in a blurred image along the direction of motion. It is often used in video editing to create a more natural and realistic look, especially in fast-paced scenes. The video suggests adding motion blur to enhance the final render's quality.

💡Gen 1

Gen 1 is an AI video tool mentioned in the video, which can be combined with Luma AI to create unique and amazing video content. It is part of a broader category of AI tools that can enhance video production by adding special effects or improving the quality of footage.

Highlights

The video demonstrates how to use a phone to scan surroundings and create cinematic camera movements with Luma AI.

For iPhone users, the dedicated Luma app provides real-time guidelines.

Android users can upload videos directly to Luma from their browser.

Shoot in 4K, disable HDR, and disable video stabilization for optimal settings.

Capture video loops from three different heights to maintain the subject in frame and centered.

LumaLabs provides detailed guidelines and best practices for recording.

After recording, upload the video to LumaLabs.ai and wait for processing.

The 3D scene can be downloaded as an object or mesh scene for use in other 3D software.

Edit the video using Luma's browser-based editor to manipulate camera movements.

Use preset trajectories like orbit and oscillate or create custom camera animations with keyframes.

Adjust camera settings like focal length and camera roll for dynamic effects.

Luma allows filling in uncapture environments with a solid background color.

Export the video with the desired resolution, though rotating videos in Luma is not possible.

A trick to maximize output quality is editing keyframes and adding 90 degrees to the camera roll setting.

The video also covers using a DJI drone for scanning and upscaling video quality with Topaz Video AI.

Combining Luma scans with AI video tools like Gen1 from RunwayML can create unique outputs.

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