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Summary

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Description

RMIT University School of Engineering OENG1206 – Digital Fundamentals Individual Project Final Report Lecturer: Dr. …… Student Name: …….. Student Number: ……… Lectorial Session: …….. Submission Due Date: …….

Background and Design

(2 – 3

pages) a. Describe the requirements of the program and its purpose. b. Describe and show your initial GUI layout design with annotations (this should not be from App Designer, it should be a plan prior to you starting to code your program).

Include annotations to explain the UI components.

Include annotations to explain the UI components.

Figure 1: Preliminary design of the resistor colour-code decoder program

c. Show the structure of the program (flow-charts, block diagrams, etc) and explain algorithms, formulae and MATLAB tools and techniques used. e.g.

Figure 2: A flow-chart showing the resistor colour-code decoder program

Solution and Testing

(2 – 3 pages)

a. Include a table that shows the behaviour of the program. In the table show what was the input, what was the expected output (from a known correct source) and what was the actual output to evidence your testing with a range of input data. Table I: Testing for Unit Converter (Final version)

Type

Input Value

Output Value

Expected Answer -1.11 Not possible 0

0

-1.1111 This value is below -459.67F 0 86 This value is below -273.15C 32

30

1.01442

-9

Not possible

1.014 Negative volume is not possible 6.76 30 Negative volume is not possible 2661.62 63.401 -169.07

Temperature o

F →o C

30 -500

o

o

C→ F

32 30 -300

Not possible 32

Volume ml → fl oz

fl oz → ml

200 1.01442 -9

litre → pint (imp)

90 30 -80

pint (imp)→ litre

90 30 -7

6.7628 30 The value is below 0L 2661.62 63.4013 The value is below 0L 190.204 14.1953 The value is below 0pt 42.5859

190.204 14.1953 Not possible

litre →gallon (imp)

90 30

42.5859 6.60

gallon (imp)→ litre

30

136.38

30

7.17

Energy kilojoules → kilocalories

You can also add in a few extra rows to test for erroneous inputs (where relevant) and how your program handles these.

c. Include a screenshot of your graphical user-interface working:

Include annotations to explain the UI components.

Include annotations to explain the UI components.

Include annotations to explain the UI components.

Figure 3: A screenshot of the user-interface for the resistor colour-code decoder

Conclusion and Future Work

(0.5

pages) a. Describe how well your program has fulfilled the requirements of the task. b. List any weaknesses with the way the program works and what could be done in future to make the program better (i.e. Extra features that may be beyond the scope of this project/course/development environment)....