Both the Pixel Perfect Camera and Cinemachine modify the Camera’s orthographic size. Using these two systems together in a single Scene would cause them to fight for control over the Camera and produce unwanted results. The Cinemachine Pixel Perfect extension solves this incompatibility.
A complete pixel art render pipeline for Unity 6 URP — toon shading, GPU-instanced grass, adaptive outline, and sharp upscale with pixel-perfect panning. Built for isometric 3D games targeting a hand-crafted pixel art aesthetic, inspired by the work of t3ssel8r.
In this lesson, we’re going to look at Cinemachine. Cinemachine allows us to create more complex camera movements, tracking, and following targets by simple drag-and-drop methods. If you haven’t already installed the Cinemachine package from the Package Manager, refer to Lesson 3 – Project Setup.
For old Cinemachine’s “Body” and “Aim”, I used “Follow” and “Hard Look At” Components to replace them. CinemachineCamera -> Procedural Components -> Position Control -> Follow (Component)
Este artículo introduce K-Means Clustering, un algoritmo esencial del aprendizaje no supervisado, ideal para desarrolladores junior-mid. Explica qué es el clustering, los conceptos clave como centroides e inercia, y cómo elegir el número óptimo de clústeres con el método del codo.
Se ejecuta el algoritmo k-means para diferentes valores de k y se calcula la suma de las distancias al cuadrado de cada punto a su centroide más cercano (también conocida como la inercia).
Explora el poder del aprendizaje no supervisado a través del clustering k-means en este completo laboratorio de aprendizaje automático.
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