Engineering programming 2
N Mani
4 points * 26 lecture hours, 26 laboratory hours * Second semester * Caulfield/Peninsula * Prerequisites: TEC2041
Objectives The student is expected to acquire further knowledge and practical competence in graphics programming techniques using C to solve engineering and industrial problems.
Synopsis Advanced features of C programming using pointers, array of pointers, structure, union, dynamic memory allocation, linked list, doubly linked list and tree structure. Bit-wise operations, microprocessor architecture for C programmers, the ROM BIOS routines, the int86() function, using the declaration in dos.h, attribute byte, segment/offset addressing, far pointer, memory models, graphics modes, direct access to graphics memory, CGA, EGA and VGA mode graphics programming.
Assessment Practical work, laboratory work and tests: 100%
Recommended texts
Kelly A and Pohl I A book on C 3rd edn, Benjamin-Cummings, 1995
Lafore R C Programming using Turbo C++ Waite, 1990
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