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| Programming in ANSI-C
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| Unit | Worksheets / Problem Sets | |||
|---|---|---|---|---|
| 0 | 物理 Physics: Falling Objects Data Processing | 光學 Optics: Ray Tracing Simulation | 數值分析 Root Finding Numerical Analysis | |
| 1 Intro | 1 | A. Introduction to Course and Milestones.
B. Install (htm) MinGW & Notepad++ prog1.swf#1-32 | ||
|---|---|---|---|---|
| 2 First | 2⬩ 3⬩ | Compiling, Linking, Running, Debugging (htm), prog1.swf#33-end | ||
| 2.Introduce Applications | ||||
| mgrav1.swf | mopt.swf#1-11 | mroot1.swf | ||
| 3 UML | 4 ⬩ | Define Algorithms with UML 2algo.swf | ||
| Create UML to represent solutions to each of the above problems. | ||||
| Walking Through UML design... | ||||
| mguml.swf | mouml.swf | mruml.swf | ||
| 4 Functions | 5 ⬩ | Implement Algorithm with Functions 3func.swf#1-38 UML with pseudo-code. | ||
| Write commented code based on UML. Decide between writing your own, using library or other peoples functions. | ||||
| UML + m0.c → mg1com.c | UML + m0.c → mo1com.c | UML + m0.c → mr1com.c | ||
| Walking through the pseudo-code... | ||||
| 3func.swf#39-41 | mopt2.swf#1-6 | mroot.swf#1-5 | ||
| 5 Variables | 6 7 8 ⬩ | Implement Data Structures with simple Variables 4var.swf#1-42 | ||
| Create machine readable floating point code | ||||
| mg1com.c → mg3float.c | mo1com.c → mo2float.c | mr1com.c → mr2float.c | ||
| Walking through "a" solution... | ||||
| 4var.swf#43-105 | mopt2.swf#7-29 | mroot2.swf#6-19 | ||
| Coordinate System Needed mopt2.swf#30-74
mo2float.c → mo3com.c mo3com.c → mo4float.c | ||||
| Midterm | ⬩ | |||
| 6 Pointers | 10 | Beyond Variables: Pointers & Addresses 5ptr.swf#1-18, 13ptr1.pps | ||
| Use Pointers & addresses to get input using fscanf() in stdio.h | ||||
| mg3float.c → mg4ptr.c | mo4float.c → mo5ptr.c | mr2float.c → mr3ptr.c | ||
| Walking through "a" solution... | ||||
| 5ptr.swf#18-43 | mopt2.swf#75-end | mroot2.swf#19-35 | ||
| 7 Flow | Repetition and Decision Structures in C 6flow.swf Operation Counts (swf) | |||
| Apply flow control for each of the problems | ||||
| Repetition + File Entry → Less typing errors mg4ptr.c → mg5loop.c & (mgdt.csv) | Conditional → Fix lens equation mo5ptr.c → mo6if.c | Conditional + Repetition → Auto Converge mr3ptr.c → mr4loop.c | ||
| Walking through "a" solution... | ||||
| mgfloa.swf | mofloa1.swf | mrfloa.swf | ||
| 1 → 2 files mo6if.c → mo7split.c + molib.c + molib.h | take the n-root-p mr4loop.c → mr4nrootp.c | |||
| Repetition → Lens System mo6if.c → mo8loop.c | ||||
| A Solution: mofloa2.swf | ||||
| Structuring Data (An introduction) | ||||
| 8 Arrays | Overview → Arrays → Summary & Application 7arr.swf | |||
| Modify code to use arrays to separate input, calc, output phases | ||||
| mg5loop.c (mgdt.csv) → UML → mg6array.c | mo8loop.c, molib.c,molib.h, mo8.bat →UML →mo9array.c | Generalize: ax3 + bx2
+ cx + d = 0
mr4nrootp.c → mr5array.c | ||
| Walking through "a" solution... | ||||
| mgarra.swf | moarra.swf | mroot2.swf#70 | ||
| 9 Records | Records → Summary & Application 7rec.swf | |||
| Use records to link x,y data & remove pointers from user functions (i.e. use return) | ||||
| mg6array.c(mgdt.csv) → mg7rec.c | mo9array.c, molib.c, molib.h → moBrec.c | - | ||
| Walking through "a" solution... | ||||
| mgrav2.swf#96 | mopt.swf#262 | - | ||
| 10 Final, Files... | Final Versions of Codes | |||
| mg7rec.c (mgdt.csv) | moArec.c, moBrec.c | |||
