Trace Diamond, Part 2 Now that we have the drawStep function from Part 1, we note that the bottom left side of the diamond figure consists of three drawStep movements. In this part you will create a function named drawSide that uses the drawStep function to draw one side of the diamond figure.
|
Grid Size: S M L | Simple View: | MinView: |
|
Coord: x-axis y-axis | Grid Lines: x-axis y-axis | |||
Grid: | 12x12 inches | 24x24 inches | 36x36 inches | |
72x72 inches | 96x96 inches | 192x192 inches | ||
1x1 inches | 2x2 inches | Fraction: | ||
xy-Range: | ||||
|
||||
|
||||
Quad: | 1 Quadrant | 4 Quadrants | 1&4 Quadrants | |
Units: | US Customary | Metric | Ruler: |
Labels: |
|
|
|
Font
px
|
|
Tics Lines: |
|
Width
px
|
Hash Lines: |
|
Width
px
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
(
,
in
) in
|
|
degrees
|
|
|
Use the File menu or Load Blocks button to load your solution file from Part 1 into the Workspace. Then create a function named drawSide that has code that calls the drawStep function three times. Then add the code block that calls the new drawSide function to the main code. When you run the program, the robot should trace out the bottom left side of the diamond figure. Save your code with a new filename (to be used in Part 3). |
|
|
|||||||||||
|
|||||||||||