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B. Assigned graphics exercises. C. Comprehensive final exam. 7. Text(s). Silicon
Graphics. Graphics Library Programming Guide Manual. Mountain ... Variations
on a theme: actinomorphic, zygomorphic, perfect and imperfect. blossoms. C.
How plants reproduce. 1. Life cycles of mosses, ferns, Gymnosperms,
Angiosperms.

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APPENDICES
Curriculum Related Due Dates
(All dates are approximate) Course Outline Deadlines:
Catalog and Schedules for the following 2nd Friday in December
academic year (Sum, Fall, Win & Spr) Schedule Deadlines:
Summer/Fall schedule windows Opens: last week in January
Closes: last week in February
Winter/Spring schedule windows Opens: mid May
Closes: first week in July Publishing Dates:
Summer/Fall Hardcopy: 1st week in May
Web: mid April
Winter/Spring Hardcopy: 1st week in November
Web: mid August Curriculum Sheets:
Last year's copies to Divisions last week in January
Corrections due to Curriculum Coordinator 2nd week in February
Draft Copies sent to Divisions last week in February
Final Sheets to publisher mid March State Applications for Program Approval:
New Programs for the following academic year 1ST Friday in December
Program modifications for the following 1ST Friday in December
academic year IGETC and CSU General Education:
Deadline to submit courses to the Articulation December 1st
Officer for approval for the following
academic year UC Transferability:
Deadline to submit courses to the Articulation June 1st
Officer for approval for the following
academic year (there is no deadline for CSU) CAN (California Articulation Number System):
Courses maybe submitted throughout the year (some exceptions apply, see
the Articulation Officer for details). FOOTHILL COLLEGE
Division/Department Curriculum Committee Meeting Report
Division/Department:
Date of Meeting:
Attendees:
ACTION ITEMS AS APPROPRIATE:
I. Course Updates: Please list the course ID, course title and type of
action. Example: ART 4A Intro to Drawing revised (new, deleted)
II. Distance Learning: Please list the course ID, the type of delivery
(Web or Other) and the date approved. Any courses with prerequisites/co-requisites require a completed Content
Review Form (see Appendix, pages W through BB). III. Certificate Updates: List each certificate title and the type of
action. (Please attach a "Certificate Cover Sheet" for each certificate.)
III. Other: FOOTHILL COLLEGE
Course Outline Cover Sheet Helpful Hints HEADER 1. Effective Quarter: This is the quarter in which the course will
first be taught or the first quarter a change will go into effect.
The general guidelines for when a course may be put into effect is
as follows:
. December deadline: all courses for next year's CATALOG and
SCHEDULES beginning with the following SUMMER QUARTER.
2. Division: Division please, not department.
3. Prepared by: This is the person that has written the course
outline.
4. Date: The date the outline is completed/turned in to the division.
5. Course ID:
6. Title:
7. Units:
8. Delete/New/Revision.........: This section indicates what action
is being initiated by this form.
NEW/CHANGED/CORRECTED & PREVIOUS INFORMATION This section should be the simplest part of completing this form. The
rule of thumb should be LESS IS MORE. For new courses, obviously, every
line should be completed. For changes and corrections, please only fill
out those lines that should be changed/corrected. Please note that I've
deleted the "No Chgs" column and added a "Chgs" column.
9. Course ID & Units:
10. Title:
11. Distance Learning: This has just been added to the cover sheet.
Please include the date of Divison approval.
12. Prereqs, Coreqs & Advisories: All prereq's, and coreq's require
that a Content Review Form be completed and filed with Matriculation.
Advisories also require a Content Review Form but those forms come
directly to me, not matriculation. (Forms are available from my
office.)
13. Credit: Please note: "Degree applicable" does not mean that the
course is required for a degree.
14. Transferabilty: Transferability is something that must be
established through an application process, not something that is
determined by Foothill. Please see Bernie Day, our Articulation
Officer, while writing your course outline for assistance in
determining whether a course might be transferable.
15. Total hrs per week:
16. Lec, Lab & Lec/Lab hrs:
17. Account Code:
18. Grade Type:
19. Repeatability:
20. Seat Count & Load Factor:
21. Discipline:
22. Cross Listed as:
23. Secondary Division: To be used in the event that a course is cross-
listed with a second division.
24. Identify areas of change/correction: In this section, please keep
all comments brief, for example:
#2 Expected Outcomes - major changes
#7 Texts - additional text
Completed and signed forms go to the Curriculum Coordinator. DO NOT turn
in a hard copy of the outline to the Curriculum Coordinator; DO forward an
electronic version of the outline EXAMPLE: Prerequisite and advisory; cross listing; repeatability criteria
detailed in Expanded Description: (preferred method of handling
repeatability justification) cultural diversity: 2.C.,4.G.
Outline has been edited for handbook. FOOTHILL COLLEGE
COMPUTERS, TECHNOLOGY, AND INFORMATION SYSTEMS DEGREE APPLICABLE
COMPUTER INFORMATION
SYSTEMS 142A COURSE OUTLINE SUMMER 1999 1. Catalog Description
CIS 142A GRAPHICS PROGRAMMING 4 UNITS
ON THE IRIS WORKSTATION Prerequisite: CIS 25A. CIS 53 recommended (may be taken
concurrently).
Advisory: Not open to students with credit in GRDS 55.
May be taken three times for credit.
Three hours lecture, three hours laboratory. A programmer's introduction to the Silicon Graphics GL graphics
library. An in-depth
examination of the 2D and 3D graphics primitives of "GL" as well as
the color, shading,
lighting and transformation subroutines built into the IRIS
Workstation. 2. Expected Outcomes
The student will be able to:
A. read and comprehend the GL graphics library reference manual.
B. write graphics programs on the IRIS workstation.
C. discuss the primary uses and applications of this library in a
professional environment. Examples will reflect a pluralistic
society.
D. analyze graphics programs for errors.
E. debug graphics programs and identify inefficiencies. 3. Special Facilities and/or Equipment Needed
Access to lab with Silicon Graphics IRIS Workstation. 4. Expanded Description of Course Content
A. Topics of concentration covered when taking the course for the
first time:
1. High Performance Drawing
a. Lines, points and polygons
b. Meshes
c. Rectangles and circles
2. Old Style Drawing
3. Characters and Fonts
4. Input Subroutines
a. Polling
b. Queuing
5. Animation
a. Writemasks
b. Double buffer mode
6. Hidden Surface Removal
B. Topics of concentration covered when repeating the course for
the first time:
1. Pixels
a. Pixel formats
b. Efficient Reading and Writing
c. Old style pixel access
2. More on input Subroutines
a. Special devices
b. The event queue
c. Keyboard devices
d. Cursor devices
3. More on Coordinate Transformations
a. Hierarchical matrix
b. Viewports and screenmasks
4. Blinking
5. Onemap and Multimap modes
6. Gamma correction 5. Repeatability Criteria
Different material is covered each time the course is repeated; see
4B and 4C above. 6. Methods of Evaluation
A. In-class exams
B. Assigned graphics exercises
C. Comprehensive final exam 7. Text(s)
Silicon Graphics. Graphics Library Programming Guide Manual. Mountain
View, CA., Silicon Graphics Inc., 1998 8. Authorized Discipline(s)
Computer Information Systems
Computer Science
EXAMPLE: no prerequisite; no repeatability; cultural diversity:
2.J.,4.F.
Outline has been edited for handbook. FOOTHILL COLLEGE
BIOLOGICAL AND HEALTH SCIENCES DIVISION NON-DEGREE APPLICABLE BIOLOGY 116 COURSE OUTLINE SPRING 1998 1. Catalog Description
BIOL 116 INTRODUCTION TO PLANT LIFE OF 2 UNITS
THE SAN FRANCISCO BAY REGION One hour lecture, three hours laboratory.
Introduction to the biology, ecology, classification and identification
of vascular plants of the Bay Area through combined field and
laboratory study. Emphasis on floral anatomy, plant community
structure, field identification techniques and use of identification
keys. 2. Expected Outcomes
The student will be able to:
A. describe basic anatomical structure of three different types of
blossoms (actinomorphic, zygomorphic, composite).
B. construct and use a simple model of a basic dichotomous
identification key.
C. distinguish monocots from dicots.
D. recognize characteristic attributes of at least five plant families.
E. compare and contrast the life