Difference between revisions of "Computer Science"
From WLCS
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− | == Wednesday (2/15/12) == | + | == Thursday (2/16/12) == |
+ | '''Warmup:''' | ||
+ | * Some calculation program | ||
+ | |||
+ | '''Agenda:''' | ||
+ | * Input and Output | ||
+ | ** [[Media:PythonInputOutput.ppt]] | ||
+ | ** Go back and change your programs so that they accept input | ||
+ | |||
+ | == Wednesday - Thursday (2/15/12 ) == | ||
'''Warmup:''' | '''Warmup:''' | ||
* Identify the invalid variable names: | * Identify the invalid variable names: | ||
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*# Calculate and print out the circumference of the circle. Make sure your output looks like: "Circumference: ###" | *# Calculate and print out the circumference of the circle. Make sure your output looks like: "Circumference: ###" | ||
*# Calculate and print out the area of the circle. Make sure your output looks like: "Area: ###" | *# Calculate and print out the area of the circle. Make sure your output looks like: "Area: ###" | ||
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== Monday - Tuesday (2/13/12 - 2/14/12) == | == Monday - Tuesday (2/13/12 - 2/14/12) == |
Revision as of 11:47, 15 February 2012
Contents
Thursday (2/16/12)
Warmup:
- Some calculation program
Agenda:
- Input and Output
- Media:PythonInputOutput.ppt
- Go back and change your programs so that they accept input
Wednesday - Thursday (2/15/12 )
Warmup:
- Identify the invalid variable names:
- computer
- COMPUTER
- computer science
- computer_science
- 1computer
- cOmPuTeR867
Agenda:
- Review Introduction to Values, Types, and Variables
- Math operations in Python
- Slope calculator program
- Create 4 variables named x1, y1, x2, y2 and give them some values
- Calculate the slope using those variables and store it in a variable named m
- HINT: If you can't remember the formula for something, look it up
- Print out the slope
- Circle calculator program
- Create a variable named radius and give it a test value
- Create a variable named PI and give it the value of pi (you decide how many digits)
- Calculate and print out the circumference of the circle. Make sure your output looks like: "Circumference: ###"
- Calculate and print out the area of the circle. Make sure your output looks like: "Area: ###"
Monday - Tuesday (2/13/12 - 2/14/12)
Warmup:
- Define a function named stickPerson()
- Make it draw a stick person on the screen
Agenda:
- Introduction to Function Parameters
- Redo the House Function
- After demonstrating the House Function the first time, change the function by adding 2 parameters
- Add x and y parameters to the function header's parameter list
- Add goto(x,y) at the beginning of the function body so that the house is drawn at (x,y)
- Don't forget to use penup() and pendown()
- Test your new function by making a function call using parameters:
house(0,200)
house(-200,200)
house(0,-200)
- Introduction to Values, Types, and Variables
- Complete Values, Types, and Variables Identification assignment
Wednesday - Friday (2/8/12 - 2/10/12)
Agenda:
- Introduction to Functions
- Function definition
- Function header
- Function body
- Function call
- Complete the Turtle - House Function Assignment
- Function parameters
- Defining and calling a function with one parameter
- Defining and calling a function with more than one parameter
Monday - Tuesday (2/6/12 - 2/7/12)
Agenda:
- More Python Turtle Commands
- exitonclick() reminder
- home()
- goto()
- circle()
- dot()
- More Turtle practice. Demo the following:
- Draw a bullseye target in the middle of the screen
- Draw dots in a row
- Draw a circle in each of the four corners
- Draw dots in a row of increasing size that are touching each other
Wednesday - Friday (2/1/12 - 2/3/12)
- How to submit to STEM Challenge
- Media:BasicProgrammingTerms.ppt
- Course Request Forms (CRFs)
- IB Computer Science: Part 1 (36570)
- IB Information Technology in the Global Society (36613)
- Introduction to Python Turtle
- More Python Turtle Commands
- exitonclick() reminder
- home()
- goto()
- circle()
- dot()
- Practice
- Draw a bullseye target in the middle of the screen
- Draw dots in a row
- Draw a circle in each of the four corners
- Draw dots in a row of increasing size that are touching each other