https://rrulyx.github.io/HugoBlog/en/tags/lecture/Recent content in Lecture on My journey in IGD301Hugo -- gohugo.ioen-usTue, 20 Feb 2024 18:24:31 +0100https://rrulyx.github.io/HugoBlog/en/posts/selection/Tue, 20 Feb 2024 18:24:31 +0100https://rrulyx.github.io/HugoBlog/en/posts/selection/Bubble Mechanism Link This selection technique is a mix between a bubble cursor and a Ray-casting method. The idea is to chose the closest object to the ray going from the controller. (Closest being either euclidian distance or angular distance) Reach: infinite (the ray can be as long as needed) Cardinality: Single Progressive refinement: Continuous (The bubble changes size continously) SQUAD Link In this Selection techniuqe, you begin by using a sphere to create a encapsulate loosely your object.https://rrulyx.github.io/HugoBlog/en/posts/cave/Tue, 20 Feb 2024 16:55:10 +0100https://rrulyx.github.io/HugoBlog/en/posts/cave/Here, we study the CAVE System. This is an old paper (1992), hence, this system have a lot of limitaions that is due to the state of the hardware at the time, but would be different today. We will nonetheless try to answer a few questions What is the difference between the CAVE System and Head-Mounted Displays? What are their advantages/disavantadges? Where do you think the CAVE fits into the Reality-Virtuality Continuum of Milgram.https://rrulyx.github.io/HugoBlog/en/posts/vrfails/Tue, 20 Feb 2024 14:31:05 +0100https://rrulyx.github.io/HugoBlog/en/posts/vrfails/While using VR, you could have different scenarios that could lead to collisions, let’s dive into two of them: Colision with static objects In VR, the virtual world does not have the same collisisons as the real world. This can lead to issues, especially in small spaces, where a position empty in VR but have an object in the real world. To solve this issue, I propose two solutions :