🤖 VR/AR - Device Design Considerations
VR and AR devices are shifting focus from VR and XR to devices that prioritize aesthetics over usability. Devices with front-heavy designs, such as those resting heavily on the nose, are not suitable for long-term use due to heat buildup.
Key Points:
Device Design Considerations: Devices that prioritize aesthetics over usability can lead to heat buildup and discomfort during extended use.
Heat Management: Front-heavy designs can cause heat to accumulate on the forehead and nose, making them unsuitable for long-term use.
Usability: Devices should prioritize usability and comfort over aesthetics to ensure a positive user experience.
🔗 Resources:
- Original post ↗
- Original source
- VR/AR Devices ↗
- Brief description: VR/AR device design considerations
🤖 VR/AR - Form Factor Analysis
This form factor is interesting, with similarities to devices like Gravity XR and Pico Space Pro. It's a good device to ship, but further analysis is needed to determine its overall performance.
Key Points:
Form Factor Analysis: This form factor is similar to devices like Gravity XR and Pico Space Pro.
Device Performance: Further analysis is needed to determine the overall performance of this device.
Shipping: This device is suitable for shipping, but further testing is required.
🔗 Resources:
- Original post ↗
- Original source
- VR/AR Devices ↗
- Brief description: VR/AR device form factor analysis
🤖 Social VR - IK Solver Progress
The IK solver for Resonite has made significant progress, with the addition of per-bone stiffness. This feature produces smoother results for the solve.
Key Points:
IK Solver Progress: The IK solver for Resonite has made significant progress with the addition of per-bone stiffness.
Per-Bone Stiffness: This feature produces smoother results for the solve.
Future Development: Further development is needed to refine the IK solver.
🔗 Resources:
- Original post ↗
- Original source
- Resonite IK Solver ↗
- Brief description: Social VR IK solver progress
🤖 IK Solver - FABRIK Algorithm
The FABRIK algorithm is a fast iterative solver for the inverse kinematics problem. However, the original paper from 2011 describes the algorithm in the opposite way, with forward and backward passes.
Key Points:
FABRIK Algorithm: The FABRIK algorithm is a fast iterative solver for the inverse kinematics problem.
Algorithm Description: The original paper from 2011 describes the algorithm in the opposite way, with forward and backward passes.
IK Solver Implementation: The IK solver implementation should be adjusted to match the original paper's description.
🔗 Resources:
- Original post ↗
- Original source
- FABRIK Algorithm ↗
- Brief description: IK solver FABRIK algorithm
🤖 IK Solver - Stiffness Implementation
The stiffness implementation in the IK solver is done during the pass from the effector to the base. The idea is that the bones resist change, so when a bone moves, it moves the next bone with it partially.
Key Points:
Stiffness Implementation: The stiffness implementation is done during the pass from the effector to the base.
Bones Resistance: The bones resist change, so when a bone moves, it moves the next bone with it partially.
IK Solver Performance: The IK solver performance is improved with the stiffness implementation.
🔗 Resources:
- Original post ↗
- Original source
- IK Solver Stiffness ↗
- Brief description: IK solver stiffness implementation
🤖 Claude Code - Plugin Evaluation
Claude Code now includes a plugin evaluation feature. This feature allows developers to test their plugins, score their runs, and compare them to runs without the plugin.
Key Points:
Plugin Evaluation: Claude Code now includes a plugin evaluation feature.
Plugin Testing: Developers can test their plugins and score their runs.
Comparison: Runs with and without the plugin can be compared.
🔗 Resources:
- Original post ↗
- Original source
- Claude Code Plugin Evaluation ↗
- Brief description: Claude Code plugin evaluation
🤖 VR/AR - Eye Tracking
Eye tracking in VR/AR devices can be improved with the use of infrared pixels directly in the displays. This can minimize the assemblies required for eye tracking.
Key Points:
Eye Tracking: Eye tracking in VR/AR devices can be improved with the use of infrared pixels directly in the displays.
Infrared Pixels: Infrared pixels can be used to minimize the assemblies required for eye tracking.
Future Development: Further development is needed to refine eye tracking in VR/AR devices.
🔗 Resources:
- Original post ↗
- Original source
- VR/AR Eye Tracking ↗
- Brief description: VR/AR eye tracking
🤖 Robots - Homicidal Steel Endoskeleton
The focus should be on the plague of homicidal steel endoskeleton humanoid robots, rather than intelligent liquid metal skinned robots.
Key Points:
Robots: The focus should be on the plague of homicidal steel endoskeleton humanoid robots.
Intelligent Robots: Intelligent liquid metal skinned robots are not the primary concern.
Future Development: Further development is needed to address the issue of homicidal steel endoskeleton humanoid robots.
🔗 Resources:
- Original post ↗
- Original source
- Homicidal Steel Endoskeleton Robots ↗
- Brief description: Robots homicidal steel endoskeleton
🤖 Lincoln Memorial Reflecting Pool
The contractor that renovated the Lincoln Memorial Reflecting Pool has stated that errors in its own work and flaws in the repair plan, not vandalism, caused the pool's new blue liner to peel and break loose.
Key Points:
Lincoln Memorial Reflecting Pool: The contractor has stated that errors in its own work and flaws in the repair plan caused the pool's new blue liner to peel and break loose.
Vandalism: Vandalism was not the cause of the issue.
Future Development: Further development is needed to refine the repair plan and prevent similar issues.
🔗 Resources:
- Original post ↗
- Original source
- Lincoln Memorial Reflecting Pool ↗
- Brief description: Lincoln Memorial Reflecting Pool renovation issues
