Kinect Interactive Physics Installation Masterclass with UE5

Enhance the 3d cursor blueprint by measuring hand speed and direction to create interactive effects, then switch from Kinect body tracking to mouse input for faster development.

Build a flexible 3d cursor blueprint with body tracking and mouse input modes, computing start and end points, selecting traces by mode, and toggling the mouse cursor in UE5.

Implement a manual, delay-based update loop to compute the 3D cursor direction from position delta, smooth it with vector interpolation, and apply it to the cursor rotation.

Fix bugs in a UE5 Kinect interactive physics setup by enabling collision for physics and spatial queries, tuning angular motor values and damping, and adjusting scale for reliable flick interactions.

Tune the 3D cursor overlap in mode A, enable block with other physics models, and adjust forces, drag, and constraints toward its resting position for upcoming visuals.

Configure physics elements by blending textures through lerp, adjusting base color and emission, and applying displacement textures in UE5, then prepare dynamic materials and blueprints for physics.

Create a material bp uv offset function by saving the spawn location (get actor location for z and y) and deriving two offset values fed into a radians sine generator.

Convert blueprints to shader graph logic by implementing a uv offset with a time-based panner, generating the offset once at begin play for performance.

Migrate maps into the project, adjust movable actors and skylight, remove the original camera and directional light, and update the level blueprint to prepare map one for testing.

Master scene setup in UE5 by copying map two, updating the camera reference in the blueprint, arranging lights and floor, applying movable transforms, and validating with a play test.

Explore using a configuration file to save sensor offset values to a text file, read them on startup, and enable editing game variables remotely when the project is packaged.

Demonstrate testing a JSON config by reading and writing offset values, saving changes in a text file, and using keyboard shortcuts to reset and apply updates in real time.

Debug body tracking rotation by setting the interface to positive 90 degrees for map one and map two, then test in front of the camera; avoid packaging by running standalone.

Delete the redundant package build and run in standalone mode to test the setup, noting latency issues and scalability adjustments with inputs and spacebar triggers.