OpenGL Game Development Using Specific Algorithms
Budget: ₹600 – ₹1,500 INR
Make any basic small game in OpenGl and also in any game engine . MANDATORY: Use the algorithms and formulas from the " Davies Rogers Mathematical elements for computer graphics " or " Hearn , Baker and carters computer graphics with OpenGl " . Only .
Use the excat formulas as listen in these books in the game code .
Deadline : 6 November ie 1 day .
Fixed money : 600 rs.
Include the below in game
Implement DDA and Bresenham’s line drawing algorithms to create static elements of your
game, such as roads, platforms, ladders, or character outlines. . 2. Use Bresenham’s or Midpoint circle drawing algorithm to design curved objects like wheels, buttons, coins, or character heads. 3. Apply 2D or 3D transformations—translation, rotation, and scaling—to animate your game
objects. Demonstrate in-game actions like movement, rotation of wheels, or resizing of
platforms using transformations. 4. Implement seed fill or scan line fill algorithm to color various parts of your game scene. Use
appropriate colors to highlight zones
5. Use line or polygon clipping algorithms to simulate camera viewports or boundary-based
movement. Demonstrate how objects or characters are clipped when they move outside the
visible area. Urgent needed so make a very basic game consisting of constraints mentioned above.
Use the excat formulas as listen in these books in the game code .
Deadline : 6 November ie 1 day .
Fixed money : 600 rs.
Include the below in game
Implement DDA and Bresenham’s line drawing algorithms to create static elements of your
game, such as roads, platforms, ladders, or character outlines. . 2. Use Bresenham’s or Midpoint circle drawing algorithm to design curved objects like wheels, buttons, coins, or character heads. 3. Apply 2D or 3D transformations—translation, rotation, and scaling—to animate your game
objects. Demonstrate in-game actions like movement, rotation of wheels, or resizing of
platforms using transformations. 4. Implement seed fill or scan line fill algorithm to color various parts of your game scene. Use
appropriate colors to highlight zones
5. Use line or polygon clipping algorithms to simulate camera viewports or boundary-based
movement. Demonstrate how objects or characters are clipped when they move outside the
visible area. Urgent needed so make a very basic game consisting of constraints mentioned above.
Related categories:
C Programming
Game Design
C++ Programming
Computer Graphics
OpenGL
Game Development
2D Animation
2D Game Art