Lecciones de Universidad

Estas lecciones están en inglés, narradas por tutores de Koydo.

Todas 3d Graphics Rendering Adaptive Mesh Refinement Advanced Algorithms Advanced Software Architecture Algebraic Algorithms Algorithm Design Advanced Algorithmic Game Theory Algorithms Anthropology Api Design Applied Cryptography Applied Machine Learning Approximation Algorithms Ar Vr Systems Assembly Language Astronomy Binary Exploitation Bioinformatics Bioinformatics Algorithms Blockchain Security Circuit Complexity Cloud Computing Cloud Systems Communication Complexity Communications Compilers Computational Chemistry Computational Complexity Computational Electromagnetics Computational Fluid Dynamics Computational Genomics Computational Materials Computational Neuroscience Computational Physics Computational Proteomics Computer Architecture Computer Engineering Computer Graphics Computer Networks Computer Vision Criminal Justice Dance Data Analysis Computing Data Mining Data Science Foundations Deep Learning Dependent Types Disability Studies Education Environmental Policy Food Studies Geology Global Studies Graphic Design Human Nutrition Information Systems Journalism Korean Linguistics Materials Engineering Music Performance Peace Conflict Studies Philosophy Of Religion Political Science Portuguese Public Administration Queer Studies Social Entrepreneurship Sociology Of Health Theater

Texturing and Material Properties in 3D Graphics

Ar Vr Systems · con Latina F

A bright university studio workspace with a large monitor displaying a 3D sphere beside its flat unfolded UV map grid, both shown in crisp daylight. A student's hands manipulate a colorful brick texture being "wrapped" around the sphere with visible UV coordinate lines labeled U and V. Sample material swatches showing glossy, matte, and metallic surfaces line the sunny desk. Clean, optimistic, and technically vivid.

User Interaction and GUI in Computer Graphics

Ar Vr Systems · con Western Euro F

A bright, sunlit design studio workspace where a large monitor displays a clean, colorful GUI mockup with clearly labeled components: buttons, sliders, dropdown menus, and toggle switches arranged in an organized visual hierarchy. A student's hands interact with a stylus on a drawing tablet nearby. Color-coded arrows point to UI elements with small labels like "Button," "Slider," and "Menu." Warm white walls, potted plants, cheerful daylight atmosphere.

Game Development: Integrating Graphics, Physics, and Interactivity

Ar Vr Systems · con Western Euro F

A bright university computer lab filled with natural daylight. A large central monitor displays a split-screen showing Unity and Unreal Engine logos alongside a colorful 3D game scene with bouncing rigid-body spheres, collision sparks, and particle effects. Labeled diagram arrows read "Graphics Pipeline," "Physics Engine," and "Interactivity." A cheerful student sketches game architecture on a whiteboard showing interconnected boxes: Rendering, Audio, Gameplay, Physics.

Color Theory for Computer Graphics

Ar Vr Systems · con Latina F

A bright, sunlit studio workspace features two large glowing white panels side by side. The left panel displays three overlapping colored spotlights in red, green, and blue merging to form white at the center, labeled "RGB additive." The right panel shows overlapping cyan, magenta, yellow, and black ink circles blending to deep tones, labeled "CMYK subtractive." A color wheel with harmonious segments floats above, surrounded by clean geometric design swatches.

Computational Geometry in Graphics Programming

Ar Vr Systems · con Latina F

A bright university computer lab scene with large monitors displaying colorful wireframe meshes and glowing Delaunay triangulation diagrams on white backgrounds. A student sketches a convex hull around labeled 2D points on a light-filled whiteboard, while another screen shows a clean polygon triangulation breakdown with numbered vertices. Voronoi cell diagrams in coral, sky-blue, and mint overlay a flat map. Cheerful daylight streams through tall windows.

Introduction to Computer Graphics: History and Scope

Ar Vr Systems · con Latina F

A bright, sunlit university study space features a large illustrated timeline stretching across a clean white wall, marked with key years: **1963**, **1970s**, **1990s**, **2024**. Each milestone shows progressively complex graphics — from a simple wireframe cube, to flat raster pixels, to a richly shaded 3D sphere. A cheerful student points enthusiastically at Ivan Sutherland's Sketchpad sketch. Modern VR headset and GPU chip sit on a tidy desk nearby.

Virtual Reality and 3D Rendering

Ar Vr Systems · con East African F

A bright, sunlit university lab with white walls and large windows. A student wearing a modern VR headset stands at center, arms extended holding motion controllers, surrounded by visible floating 3D geometric wireframe objects — cubes, spheres, and terrains rendered in vivid cyan and orange. A split diagram nearby shows two slightly offset eye-view images labeled "Left Eye / Right Eye" illustrating stereoscopic depth. A monitor displays "60fps → 90fps" with smooth motion arrows.

Lighting and Shading Techniques in 3D Graphics

Ar Vr Systems · con South Asian F

A bright, sunlit computer graphics lab with a large monitor displaying a clean 3D scene featuring a shiny sphere on a white surface. Four labeled light source icons surround the sphere — ambient, directional, point, and spotlight — casting distinct shadow types. The Phong equation "I = Iₐkₐ + Iᵈkᵈ(N·L) + Iₛkₛ(R·V)ⁿ" floats neatly beside the sphere on a light background, with color-coded highlights showing ambient, diffuse, and specular components.

Advanced Topics in 3D Animation and Simulation

Ar Vr Systems · con East African F

A bright university computer graphics lab with large windows letting in afternoon sunlight. On a glowing monitor, a articulated humanoid character rig displays clearly labeled IK joint chains with arrows showing movement flow. Surrounding the screen: small illustrated diagrams of a crowd simulation with tiny figures, a procedural wind-blown tree, and a physics pendulum with trajectory arc. Clean whiteboards show "Procedural Animation" and "IK Solver" labels.

Rasterization: The Process of Bitmap Creation

Ar Vr Systems · con South Asian F

A bright university computer graphics lab with large windows letting in daylight. On a clean whiteboard, a smooth diagonal vector line on the left transforms via a bold arrow into a pixelated staircase grid on the right, with individual squares colored in. A glowing monitor nearby displays a zoomed-in pixel grid showing Bresenham's line algorithm progress, with coordinates labeled. Color-coded pixel cells in cyan and orange illustrate the conversion clearly.

Rendering Techniques Overview: From Ray Tracing to Rasterization

Ar Vr Systems · con South Asian F

A bright, sunlit university studio workspace shows a large monitor split down the middle: the left half labeled "RASTERIZATION" displays a colorful 3D game scene rendered in flat polygonal triangles with visible mesh wireframe; the right half labeled "RAY TRACING" shows the same scene with crisp reflections and soft shadows. Cheerful diagrams float nearby — a triangle-to-pixel arrow and a light-ray bouncing from eye to sphere to lamp.

Camera Systems in 3D Graphics

Ar Vr Systems · con East African F

A bright university studio workspace with large windows letting in daylight. A 3D wireframe scene floats on a glowing monitor showing a viewing frustum — a clean trapezoidal pyramid shape extending from a camera icon toward a grid landscape. Labeled annotations mark "FOV," "Near Plane," and "Far Plane" in crisp text. A student points enthusiastically at the diagram, colorful projection lines fanning outward, showing how 3D objects map onto the flat screen plane.

Introduction to 3D Graphics: Concepts and Models

Ar Vr Systems · con Western Euro F

Bright university studio workspace flooded with afternoon sunlight. A large monitor displays a wireframe 3D sphere mid-transformation — left half showing a clean polygonal mesh with labeled vertices, edges, and faces; right half showing a smooth NURBS curve. Beside the screen, a transparent geometric cube floats with labeled XYZ coordinate axes in red, green, and blue. Open textbooks and color-coded 3D model printouts surround a cheerful student sketching mesh diagrams.

Fundamentals of Digital Image Representation

Ar Vr Systems · con Western Euro F

A bright, sunlit studio workspace shows a large digital canvas grid zoomed in to reveal individual square pixels in vivid red, green, and blue tiles. A cheerful diagram floats nearby showing three overlapping colored circles labeled **R**, **G**, **B** combining into white at center. A clean horizontal scale displays **8-bit → 16-bit → 32-bit** with color gradient bars growing richer beneath each label, illustrating increasing depth and smooth tonal transitions.

Animation Fundamentals in Computer Graphics

Ar Vr Systems · con Western Euro F

A bright university computer graphics lab with large windows letting in afternoon sunlight. A student sits at a modern workstation displaying a glowing timeline with labeled keyframes — "ANTICIPATION," "SQUASH," "STRETCH" — above a bouncing ball animation sequence. Colorful 2D and 3D character rigs float on adjacent monitors. A whiteboard shows "12 PRINCIPLES" with numbered diagrams. Clean white desk, vibrant screen colors, energetic atmosphere.

Physics-Based Rendering: Principles and Models

Ar Vr Systems · con Latina F

A bright university computer graphics lab with large windows letting in warm daylight. A clean whiteboard displays the labeled diagram: a smooth metallic sphere beside a rough matte sphere, with incoming light rays (arrows) splitting into "Diffuse" and "Specular" bounce paths. A BRDF equation label sits above. Color swatches marked "Roughness," "Metallic," and "Albedo" are pinned nearby. A student points enthusiastically at the spheres.

2D Graphics: Basic Shapes and Transformation

Ar Vr Systems · con East African F

A bright, sunlit computer science classroom with large windows. A clean whiteboard displays a 2D Cartesian coordinate system with labeled x and y axes. Cheerful geometric shapes — a red circle, blue rectangle, green triangle, and yellow polygon — float across the grid with bold arrows showing translation, rotation, and scaling transformations. Small matrix equations like "T(x,y)" and scale factor "2×" label each transformation. Graph paper texture fills the foreground desk.

Augmented Reality: Concepts and Applications

Ar Vr Systems · con South Asian F

A bright, sunlit university lab with large windows. A student holds a tablet showing a transparent digital overlay of glowing blue grid lines and 3D coordinate axes precisely aligned onto a real wooden table surface. Nearby, a smartphone displays a markerless AR interface tracking a coffee mug with orange bounding-box annotations. Floating labels read "Registration," "Marker-based," and "Markerless" on a clean white wall behind.

Ethics and Future Trends in Computer Graphics

Ar Vr Systems · con East African F

A bright, sunlit university studio with large windows showing clear blue sky. A diverse group of students stands around a glowing holographic display table showing split panels: one side depicts a clean flowchart labeled "DATA PRIVACY," another shows "AI RENDERING" with geometric wireframe shapes transforming into photorealistic objects. A balance scale icon sits prominently between panels labeled "ETHICS" and "FUTURE TECH," rendered in crisp primary colors.