data:image/png;base64,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I added a new input into the Nested Square block called "Num of squares." - KLDecides the amount of squares the sprite makes based on the input and tracks the loop. -KLPicks the pen up after the procedure finishes. - KLBy allowing the "number" input to be greater then 1, the squares will start bigger and move inward. -KLdata:image/png;base64,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SLIDE 8I used the for block to track what number loop my sprite is in. I made i = 0 to 15 and places the input for "i" into the multiplication block so the sprite could count by twos. Ex. 15 x 2 = 30. Finally, I set the time to 0.5 seconds. -KLI used the same blocks and steps from the procedure above, but I used different inputs. Because I needed the sprite to count to 120, I made "i" equal 0 to 12. I multiplied "i" by 10 so the sprite could count by 10s.-KLAfter building this script, I learned this block draws a square spiral.
Experiments:
-By switching the order of the 100 and the 1 for the loop, I noticed the spiral started outward rather than inward.
-By changing the angle degree, I learned the spiral formed different shapes. For example, 120 degrees made a triangle and 72 degrees created a pentagon.
-By adjusting the input for () x length, you can change the size of the length of the shape. 2 creates longer sides whereas, 1 makes it smaller. -KLAdjusts the length of the spiral. I decided to make length = 1 to 200 because I wanted to create a large spiral. -KLSLIDES 9 & 10SLIDE 11Use this square block in your code.SLIDE 7These two scripts perform the same task!!!!I learned this block is simular to a repeat/forever block but the script inside the loop tracks each loop and number cycle.
The block runs the script inside and it changes the value of the input index by 1, beginning with the first input, 0 and finishing with the last 10. I made it count by twos by multiplying the index by two. -KLSLIDE 12