Finding where the ball hits a segment, Computer Graphics

Assignment Help:

You will write a two-dimensional precursor of the three-dimensional bouncing ball simulation that is one of your choices for a ?nal project. This involves adding functions to your Frame and Polyline classes, creating a new base component, Polybounce, which has the same role as your Animation class from assignment 6 and updating your main program and Display class to support the new functionality.

Note that you are extending Frame and Polyline. These should continue to work with your earlier applications.

Procedure

1. Modify your Animation class to include an instance of Ball but just a single Frame. Make sure to add the Ball to your reDisplay function. Initialize the ball with a reasonable radius (I used 0.1), your favorite color, at position h0.5, 0.5i (which should be the center of your initial world window) and a reasonably small velocity (h0.05.0.05i works well). So your initialization may look like

_b = Ball(0.1,
GLTYPES::GLred3,
GLTYPES::Coord2(0.5,0.5,1),
GLTYPES::Coord2(0.05,0.05,0))

  • main program

- Display
∗ instance of Polybounce
∗ other components
∗ callback functions
∗ animation timer
∗ plumbing between components
∗ This is not a component. It is the class that initializes the display and partitions it between the components. It knows screenheight andscreenwidth.

- Callback wrappers
- main()


Related Discussions:- Finding where the ball hits a segment

Line generation algorithms - graphic primitives, Line Generation Algorithms...

Line Generation Algorithms - Graphic Primitives In previous section we have discussed the case of frame buffer, here information regarding the image to be projected upon the

Types of authoring tools in multimedia, Types of Authoring Tools Autho...

Types of Authoring Tools Authoring tools are grouped depends on metaphor used for sequencing or organizing multimedia components and events as: Page or Card Based Tools

Derive the common transformation of parallel projection, Derive the common ...

Derive the common transformation of parallel projection into the xy-plane in the direction of projection d=aI+bJ+cK. Solution: The common transformation of parallel projection

Briefly describe the variants of the interaction model, Question: a) Th...

Question: a) The implications of transparency are a major influence on the design of system software. There are eight forms of transparency. Name and give a small description o

What are the features of inkjet printers, What are the features of Inkjet p...

What are the features of Inkjet printers?  They can print 2 to 4 pages/minutes. Resolution is about 360d.p.i. Thus better print quality is achieved. The operating

Production of animation , Historical and traditional methods for productio...

Historical and traditional methods for production of animation                                              Definition: Computer animation is a time depends phenome

B splines, What is uniform rational splines

What is uniform rational splines

Do we have need of to generate full circumference of circle, 1.   Do we hav...

1.   Do we have need of to generate the full circumference of the circle utilizing the algorithm or  can we can produces it in a quadrant or octant only and after that utilization

Reflection, examples and equation of reflection

examples and equation of reflection

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd