دروس الكلية

A bright, sunlit computer graphics classroom with a large whiteboard showing a smooth-shaded 3D sphere demonstrating Gouraud shading — one side warmly lit, blending seamlessly to cool shadow. Nearby, a flat-shaded polygon version sits for comparison. Labeled diagrams show vertices marked V1, V2, V3 with colored dots and interpolation arrows flowing between them. Clean desk with an open laptop displaying a colorful rendered mesh. Cheerful, clear, academic atmosphere.

A bright university computer lab with large windows letting in daylight. On a glowing monitor, a clean 3D scene shows colorful rigid geometric shapes — a red cube, blue sphere, and yellow cylinder — mid-collision, with white motion-blur arcs and force arrows labeled **F**, **m**, and **a**. The equation **F = ma** appears neatly on a whiteboard beside the screen. A student sketches physics diagrams enthusiastically nearby.

A bright university computer lab with large windows letting in daylight. A student works at a modern monitor displaying a 3D rendered sphere blending vivid red, green, and blue spotlights where they overlap, creating cyan, magenta, yellow, and white at intersections. A clean whiteboard beside the screen shows the labeled diagram "RGB (0–255)" with color-wheel arrows. Color swatches and labeled triplets like (255,0,0) and (0,255,128) float as sticky notes nearby.

A bright university computer lab with large sunny windows. A glowing monitor displays a pixelated diagonal line being drawn across a crisp white grid, with small colored squares lighting up sequentially from point A to point B. A chalkboard beside it shows the label "Bresenham's Algorithm" with a clean integer grid diagram. A friendly student points enthusiastically at the pixel grid, connecting two labeled coordinate dots with a ruler.

A bright university computer lab scene with large windows letting in warm daylight. A 3D dolphin model floats center-frame shown in three stages left to right: a sparse colorful point cloud (labeled "Point Cloud"), a clean wireframe mesh with visible triangulated faces (labeled "Mesh: V, E, F"), and a smooth shaded final render. Colored vertex dots, numbered edges, and small triangle face labels (V−E+F=2) appear neatly alongside each stage.

Bright university computer lab setting, large monitor displaying a clean white canvas with a colorful 2D Cartesian coordinate system. Labeled x and y axes in bold blue. Two orange dots marked **P₀** and **P₁** connected by a vivid green line, with the parametric equation **L(t) = P₀ + t(P₁ - P₀)** written neatly nearby. Surrounding the line: a red triangle, purple polygon, and scattered coordinate points, all crisp and cheerful on a light background.

A bright, sunlit university computer graphics lab with two side-by-side illustrated diagrams on a large white display board. Left panel labeled "Rasterization" shows a colorful 3D triangle projecting flat onto a 2D pixel grid with speed arrows. Right panel labeled "Ray Tracing" shows light rays bouncing from a camera through pixels toward a shiny sphere and reflective floor. Clean, vibrant blues, oranges, and greens throughout.

A bright, sunlit computer graphics lab workspace showing a 3D sphere model at center, its surface wrapped with a colorful world-map texture, visually "unpeeling" to reveal the flat 2D texture image beside it. Clean arrows connect corresponding points between the 3D surface and the 2D grid, labeled with UV coordinates. A small diagram shows the formula **(U,V) = (x/W, y/H)** with axis labels X, Y, W, H clearly marked on a white grid.

A bright, sunlit computer graphics classroom with a large whiteboard showing a clean 2D coordinate grid. A bold rectangular viewport sits at the center, labeled "VIEWPORT," with colorful line segments extending beyond its edges. Each region outside the rectangle displays neat 4-bit outcodes (0001, 0010, 0100, 1000) in bold colored labels. Lines crossing the boundary are highlighted in orange where clipped, while accepted segments inside glow green. Rulers and grid marks frame the cheerful diagram.

A bright university computer lab scene with large windows letting in warm daylight. A glowing monitor displays a 3D character mid-walk cycle with three highlighted keyframe poses labeled "K1," "K2," "K3" connected by a smooth curved spline path. Scattered papers show simple interpolation curves. A second screen shows a skeleton rig with colored joint nodes. Clean desks, plants on windowsills, cheerful blue and orange color palette throughout.

A bright university computer lab with large windows letting in daylight. A student's monitor displays a split-screen: on the left, a simple seed number "42" feeding into labeled algorithm blocks; on the right, a lush procedurally generated landscape with rolling hills, forests, and varied terrain. Colorful flowchart arrows show Perlin noise waves transforming into mountain heightmaps. A second screen shows expanding grid tiles auto-populating with diverse environments, illustrating infinite scalable world generation.

A bright, sunlit computer graphics classroom with a large whiteboard showing a clean 3D coordinate system with labeled X, Y, Z axes in red, green, and blue. A cheerful geometric robot figure sits at the origin in "object coordinates," while a zoomed-out "world coordinates" grid shows the full scene. Arrows illustrate translation, rotation, and scaling transformations between the two frames, with small labeled matrix brackets nearby.

A bright university computer graphics lab with large windows letting in daylight. A 3D sphere sits at the center of a clean white desk, split into three labeled sections: "Ambient" (flat soft glow), "Diffuse" (gradient shading across rough surface), "Specular" (sharp bright highlight). Nearby diagrams show light-ray arrows hitting the sphere with labeled vectors **N**, **L**, **R**, **V**. Color swatches and the formula **I = Ia + Id + Is** float on a light-blue whiteboard behind.

A bright, modern computer graphics lab with large windows letting in daylight. A student works at a dual-monitor workstation displaying a colorful 3D VR scene side-by-side: one screen shows "BAKED LIGHTING" with warm golden light radiating across textured room surfaces, the other shows "REAL-TIME AR" with a virtual lamp overlaid onto a physical desk. Labeled arrows indicate "direct," "ambient," and "reflected" light bouncing between surfaces in clean, optimistic diagrams.

A bright, sunlit computer graphics lab with large windows and white walls. A sleek monitor displays a split-screen comparison: left side shows flat traditional rasterization of a glass sphere on a wooden table; right side shows stunning real-time ray-traced rendering with crisp reflections, accurate soft shadows, and light caustics. Bold clean labels read "Rasterization" and "Ray Tracing RTX." A friendly GPU chip diagram floats nearby with labeled "Ray Cores."

A bright university computer lab with large windows letting in daylight. On a glowing white monitor screen, a colorful geometric polygon (pentagon shape) is shown mid-fill: horizontal scanlines sweep across its interior from bottom to top, each line labeled with edge intersection points marked as small dots. Arrows indicate left-to-right pixel filling between intersection pairs. Clean diagram labels read "Scanline Y," "Edge Intersections," and "Fill Region" in crisp typography.