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| ==[[file:homework.png]] Homework == | | ==[[file:homework.png]] Homework == |
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| | A common mechanic in computer games is to simulate a dice roll. [http://product-images.highwire.com/2370673/gray-opaque-rpg-dice.jpg Please click here to see an image of different types of dice]. Please write a function that rolls dice for you and RETURNS the result. |
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| | for example: roll_dice(d6,3) <-- would roll a six sided die 3 times and return the result |
| | for example: roll_dice(d12,1) <-- would roll a 12 sided dice 1 and return the result |
| | for example: roll_dice(d20,4) <-- would roll a 20 sided die 4 times and return the result. |
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| | You should model a 4 sided, 6 sided, 10 sided, 12 sided, and 20 sided die. |
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| | As extra-credit, you might want to return the result of each roll and then the final total. |
| | for example: roll_dice(d6,3) <-- might return 6 3 1 10 |
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Revision as of 10:24, 21 November 2016
 What are we going to learn today?[edit]
- Today we will review the system design exam
- We will learn about functions
- We will review diagramming systems, a point of weakness in our exam
- Draw and label a system flowchart to represent some processes.
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 Homework[edit]
A common mechanic in computer games is to simulate a dice roll. Please click here to see an image of different types of dice. Please write a function that rolls dice for you and RETURNS the result.
for example: roll_dice(d6,3) <-- would roll a six sided die 3 times and return the result
for example: roll_dice(d12,1) <-- would roll a 12 sided dice 1 and return the result
for example: roll_dice(d20,4) <-- would roll a 20 sided die 4 times and return the result.
You should model a 4 sided, 6 sided, 10 sided, 12 sided, and 20 sided die.
As extra-credit, you might want to return the result of each roll and then the final total.
for example: roll_dice(d6,3) <-- might return 6 3 1 10
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 How am I being assessed today?[edit]
- You will be formatively assessed in class today
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 Standards we are covering today[edit]
- Construct suitable representations to illustrate system requirements
- Describe appropriate techniques for gathering the information needed to arrive at a workable solution.
- Click here for all our standards
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 As a computer scientist, you have:[edit]
- Confidence in dealing with complexity
- Persistence in working with difficult problems
- Tolerance for ambiguity
- The ability to deal with open-ended problems
- The ability to communicate and work with others to achieve a common goal or solution
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 Credits[edit]
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