| 45 hours of contact. 11 weeks of classes + midterm + final
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| Week 1 (Course Introduction, Problem Introduction)
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| Theory
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| 1intro.swf | 1.0 | Intro | Outline, Grading, Respect, Course Organization Link to Motivational Problems mgrav,mopt,mroot, Research Methodology
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| 02icons.pps | 0.5 | Icons | for Viewgraphs (PowerPoint)
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| Application
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| mgrav1.swf | 1.0 | Fall | Introduce Free Falling Object Experiment
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| tgrav.pdf | 0.5 | T-F1 | (Free Fall) Single Decimal Point Data Hand Calculation
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| mgrav1.swf | 0.5 | Fall | Hand calculation finds problem. Why? Stud err? Precision? Redo experiment
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| tgrav.pdf | 0.5 | T-F2 | (Free Fall) Two Decimal Point Data Hand Calculation
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| mopt.swf | 1.0 | Opti | Introduce Optics Lens System for Camera Simulation
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| topt.pdf | .5 | T-O1 | (Optics) Simple Lens Formula: Direct Hand Calculation
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| mroot.swf | 0.5 | Root | Introduce Root Finding
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| troot.pdf | 0.5 | T-R1 | (Root) Solving for an n-root by hand.
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| Week 2 (1st program: Review Writing a Program & Debugging, Midterm/Final introduction)
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| Review
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| mgrav1.swf | 0.1 | Fall | -
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| mopt.swf | 0.1 | Opti | -
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| mroot.swf | 0.1 | Root | -
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| Theory
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| 2prog1.swf | 2 | Basics | How to Install, Edit, Compile, Link & Run a Simple Program
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| tgen.pdf | 1 | T-G1 | General Tutorial: Using Editor, and Debugging Programs
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| Application
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| ctst | 0.5 | MT/Fin | Sample Mid-Term/Final
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| Week 3 (Functions and Commented Code)
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| Review
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| 2prog1.swf | 2 | Basics | How to Install, Edit, Compile, Link & Run a Simple Program
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| Theory
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| 3func.swf | 1 | Functions | C: A Language of Functions. Why Functions, Types of Functions, Anatomy, Connecting, Linking
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| Application
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| jlib.7z | - | Function | Header file and object files for functions written by jon (Download to sdba)
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| mgrav1.swf | 0.1 | Fall | Review Quickly
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| 3func.swf | 0.5 | T-F3 | Illustration of Gravity Commented Code (students enter into computer, use jEdit)
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| mopt.swf | 0.5 | Opti | pseudo code
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| mroot.swf | 0.5 | Root | pseudo code
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| tgen.pdf | - | T-G2 | Writing, compiling, linking pseudo code for three examples.
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| Week 4 and 5 (Variables SDBA Chapter 1.2)
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| BUZU: UML to Functions (100-2 Week 4 Future Move earlier in course)
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| ../p1/algo.swf | 0.5 | UML | (100-2 Week 4) Last Semester: UML and Pseudo Code Review
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| mgravuml.swf | 0.2 | Fall | UML (100-2 Week 4,Next year tutuorial?)
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| tgrav.pdf | - | T-F3 | UML
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| moptuml.swf | 0.2 | Opti | UML (100-2 Week 4, Next year tutuorial?)
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| topt.pdf | - | T-O2 | UML
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| mrootuml.swf | 0.2 | Root | UML (100-2 Week 4, Next year tutuorial?)
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| troot.pdf | - | T-R2 | UML
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| Review: Functions and Commenting
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| 3func.swf | 0.5 | Fall | Functions and Falling Object
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| Theory (3 hours)
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| 4var.swf | 2 | Variables | Manipulating Data: Variables ,calls Power Point Slides (including pps) Slides 1-40
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| 11vp-int.pps | - | Variables | Hierarchy (PowerPoint)
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| 12varcon.pps | - | Variables | Containers (PowerPoint)
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| 12store3.pps | - | Variables | Storage(PowerPoint)
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| 12calcu4.pps | - | Variables | Calculations(PowerPoint)
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| 12exact5.pps | - | Variables | Choice Considerations + Standards for fixed/floating point (PowerPoint)
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| tgen.pdf | 1 | T-G3 | Variables Declaring, Initializing and Using
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| Application (4 hours)
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| 4var.swf | - | Fall | FIxed Point Derivative Instructions
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| tgrav.pdf | - | T-F4 | FIxed Point Derivative
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| 4var.swf | - | Fall | VP for fixed point, questions + FLoating Point Derivative Instructions
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| tgrav4.pdf | - | T-F5 | FLoating Point Solution (derivative)
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| 4var.swf | - | Fall | VP for floating point, questions
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| mroot.swf | - | Root | Floating Point y=f(x) Instructions
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| troot.pdf | - | T-R3 | Floating Point y=f(x)
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| mroot.swf | - | Root | VP for Floating Point y=f(x)
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| mopt.swf | - | Opti | Single Lens Simple Code (no coordinate system) Instructions
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| topt.pdf | - | T-O3 | Single Lens Simple Code (no coordinate system)
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| Week 6 (Variables: Optics Application + Midterm)
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| mopt.swf | - | Opti | VP diagram, problems with solution. Improve w/Coordinate system
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| topt.pdf | - | T-O4 | Single Lens Simple Code (with coordinate system)
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| mt.swf | 2 | mt | Midterm Paper
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| tst_eg.7z | 0.5 | MT | Sample Midterm(Practice)
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| tst_mt.7z | 2 | MT | Midterm Paper
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| Week 7 (Pointers, SBBA Chapter 1.3)
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| Theory
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| 5ptr.swf | - | ptr | Using Pointers (Slides 1-18),
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| 13ptr1.pps | - | ptr | Introduction of Pointers
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| 13vpfunc.pps | - | ptr | Pointers, Variables and Functions.
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| tgen.pdf | - | T-G4 | Pointer Tutorial
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| Week 8 (Pointers & Program Flow) May 9
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| Review
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| 5ptr.swf | - | ptr | Using Pointers (Slides 1-18),
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| 13vpfunc.pps | - | ptr | Pointers, Variables and Functions.
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| Application of Pointers
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| 5ptr.swf | - | Fall | Fall: Using Pointers to Get Data
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| tgen.pdf | - | T-F6
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| mroot.swf | - | Root | Root Finding: Pointers to Get Data
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| troot.pdf | - | T-R4
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| mopt.swf | - | Opt | Optics: Pointers to Get Data
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| topt.pdf | - | T-O5
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| Theory of Program Flow (Review Term 1 and Introduce...)
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| 6flow.swf | 1 | - | Program Flow
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| Week 9 (Program Flow) May 16
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| Review up to pointer
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| key.swf | 0.5 | - | Key Concepts
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| http://www.sdba.info | - | - | vpfunc.c
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| Motivate and Theory
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| 6flow.swf | 1 | - | Program Flow
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| mopt.swf | 0.5 | - | Optics Program Fails.
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| Conditional control in ANSI-C(IF)
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| 6flow.swf | 1 | - | Program Flow
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| topt.pdf | - | T-05 | Sections 5.1 to 5.3
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| mopt.swf | 0.5 | - | Corrected Program
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| ASIDE splitting the program (jEdit)
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| Repetition in ANSI-C (WHILE)
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| 6flow.swf | 1 | - | Program Flow
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| topt.pdf | - | T-05 | Sections 5.4 to 5.5
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| mopt.swf | 0.5 | - | Corrected Program
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| mgrav1.swf | - | - | Falling object: Simplifying input
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| mgrav2.swf |
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| mgrav.pdf | -
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| Homework
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| mroot.swf | - | Root | Root Finding: Conditional Control + Repetition
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| troot.pdf | - | T-R4
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| Week 10 (Arrays, SDBA chapter 3.1) May 23
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| Review - 1 hour (flow control application)
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| key.swf | - | - | Key Ideas.
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| mgrav2.swf | - | - | Modify ptr program by jEdit, run and on entered data, then VP walkthrough
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| mroot1.swf | - | - | Review the algorithms UML for finding roots.
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| mroot2.swf | - | - | jEdit : modify root program using jEdit to self find root then VP walkthrough
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| Theory (Arrays) - 2.5 hours
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| 7array.swf | - | - | SDBA viewgraphs Chapter 3.1
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| Application & Homework (0.5 hrs)
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| mgrav.pdf | - | - | modify mg-loop.c to use arrays
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| Week 11 (Records, SDBA chapter 3.2) May 30
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| Review - 1 hour (arrays)
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| key.swf | - | - | Key Ideas
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| 7array.swf | - | - | Review Arrays and SDBA summary on PPT
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| mgrav2.swf | - | - | Modify loop program by jEdit, run and on entered data, then VP walkthrough
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| Application - 2 hour (arrays)
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| mopt.pdf | 1 | - | modify mo-loop.c to use arrays (student work (30), then jEdit, then VP walkthrough)
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| mroot.pdf | 1 | - | modify mr-loop.c to use arrays (student work (30), then jEdit, then VP walkthrough)
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| Theory of Records (1 hour)
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| 8record.swf | 1 | - | Theory of Records
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| Week 12 - (Records SDBA chapter 3.2) June 6
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| Review: Theory of Records
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| Application:
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| Review the Course
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| Final Exam |
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