Home Conference 2005 Order Boxed Set Product Download VU Training FAQ Press and News Docs and Papers Partner Help Team     register/help User Name: Password: Login	CourseArray Class Reference Matrix subclass for LU decomposition. More... #include <Ocourse.h> Inheritance diagram for CourseArray: List of all members. Public Methods   CourseArray ()   ~CourseArray () int  write_file (File *filePtr) int  read_file (File *filePtr) void  add (Course *newCourse) void  del (int recNo) void  next_day () void  next_trimester () void  update_history () Course *  get_course (int courseDepth, int courseFocus, int teachingMethod) int  get_depth (int depthFocusId) int  get_focus (int depthFocusId) int  is_deleted (int recNo) Course *  operator[] (int recNo) Public Attributes int  department_recno int  course_enrollments [MAX_TEACHING_METHOD] int  class_section_count [MAX_TEACHING_METHOD_N_TOTAL] int  convention_student_count [MAX_TEACHING_METHOD_N_TOTAL] int  average_class_size [MAX_TEACHING_METHOD_N_TOTAL] int  normal_class_size [MAX_TEACHING_METHOD_N_TOTAL] int  size_deviation [MAX_TEACHING_METHOD_N_TOTAL] int  admission_denied_count [MAX_TEACHING_METHOD_N_TOTAL] int  failure_count [MAX_TEACHING_METHOD_N_TOTAL] int  experienced_class_size [HISTORY_TRIMESTER_COUNT] Detailed Description Matrix subclass for LU decomposition. Definition at line 123 of file Ocourse.h. Constructor & Destructor Documentation CourseArray::CourseArray (    )    Definition at line 21 of file Ocoursea.cpp. CourseArray::~CourseArray (    )    Definition at line 37 of file Ocoursea.cpp. Member Function Documentation void CourseArray::add (  Course *    newCourse )    Definition at line 44 of file Ocoursea.cpp. References DynArray::get(), DynArrayB::linkin(), and DynArray::recno(). void CourseArray::del (  int    recNo )    Definition at line 54 of file Ocoursea.cpp. References DynArrayB::linkout(). Course * CourseArray::get_course (  int    courseDepth, int    courseFocus, int    teachingMethod )    Get a specific Course data. Definition at line 84 of file Ocoursea.cpp. References MAX_COURSE_DEPTH_FOCUS, and MAX_TEACHING_METHOD. int CourseArray::get_depth (  int    depthFocusId )    Return the depth type of a depth focus category. Definition at line 64 of file Ocoursea.cpp. int CourseArray::get_focus (  int    depthFocusId )    Return the focus type of a depth focus category. Definition at line 74 of file Ocoursea.cpp. int CourseArray::is_deleted (  int    recNo )  void CourseArray::next_day (    )    This function is called to calc the max student enrollment in each teaching method for the course_array Definition at line 127 of file Ocoursea.cpp. References Course::convention_student_count, MAX_TEACHING_METHOD, and Course::teaching_method. void CourseArray::next_trimester (    )    This function is called when a trimester has ended. BIG ASSUMPTION: coursePtr->next_trimester() only call coursePtr->reset_vars() Definition at line 105 of file Ocoursea.cpp. Course* CourseArray::operator[] (  int    recNo )  [inline]   Definition at line 201 of file Ocourse.h. References DynArray::get(). Referenced by update_history(). int CourseArray::read_file (  File *    filePtr )    Read a saved dynamic array from file, it must be saved with write_file() <File*> readFile = the pointer to the writing file Return : 1 - read successfully 0 - writing error Reimplemented from DynArrayB. Definition at line 302 of file OGFILE4.CPP. References File::file_read(), and DynArrayB::read_file(). Referenced by Department::read_file(). void CourseArray::update_history (    )    Definition at line 168 of file Ocoursea.cpp. References Course::admission_denied_count, admission_denied_count, average_class_size, BREAKOUT_LAB, Course::class_section_count, class_section_count, Course::convention_student_count, convention_student_count, DISTANCE_LEARN_COURSE, err_when, experienced_class_size, Course::failure_count, failure_count, MAX_TEACHING_METHOD, MAX_TEACHING_METHOD_N_TOTAL, Course::normal_class_size(), normal_class_size, operator[](), shift_history, DynArray::size(), size_deviation, and Course::teaching_method. int CourseArray::write_file (  File *    filePtr )    Write current dynamic array into file, read_file() can be used to retrieve it. <File*> writeFile = the pointer to the writing file Return : 1 - write successfully 0 - writing error Reimplemented from DynArrayB. Definition at line 295 of file OGFILE4.CPP. Member Data Documentation int CourseArray::admission_denied_count[MAX_TEACHING_METHOD_N_TOTAL]   Definition at line 135 of file Ocourse.h. Referenced by DepartmentArray::calc_course_history(), and update_history(). int CourseArray::average_class_size[MAX_TEACHING_METHOD_N_TOTAL]   Definition at line 131 of file Ocourse.h. Referenced by DepartmentArray::calc_course_history(), and update_history(). int CourseArray::class_section_count[MAX_TEACHING_METHOD_N_TOTAL]   Definition at line 129 of file Ocourse.h. Referenced by DepartmentArray::calc_course_history(), and update_history(). int CourseArray::convention_student_count[MAX_TEACHING_METHOD_N_TOTAL]   Definition at line 130 of file Ocourse.h. Referenced by DepartmentArray::calc_course_history(), and update_history(). int CourseArray::course_enrollments[MAX_TEACHING_METHOD]   Definition at line 126 of file Ocourse.h. int CourseArray::department_recno   Definition at line 125 of file Ocourse.h. int CourseArray::experienced_class_size[HISTORY_TRIMESTER_COUNT]   Definition at line 142 of file Ocourse.h. Referenced by update_history(). int CourseArray::failure_count[MAX_TEACHING_METHOD_N_TOTAL]   Definition at line 136 of file Ocourse.h. Referenced by DepartmentArray::calc_course_history(), and update_history(). int CourseArray::normal_class_size[MAX_TEACHING_METHOD_N_TOTAL]   Definition at line 132 of file Ocourse.h. Referenced by DepartmentArray::calc_course_history(), and update_history(). int CourseArray::size_deviation[MAX_TEACHING_METHOD_N_TOTAL]   Definition at line 134 of file Ocourse.h. Referenced by update_history(). The documentation for this class was generated from the following files: Ocourse.h Ocoursea.cpp OGFILE4.CPP
	Privacy Policy | Terms of Service Virtual U Project © 2003 Two Custom House Wharf, Suite 201 Portland, ME 04101 P: 1-888-286-3540 | E: info@virtual-u.org