Project 3 Report
Please follow the following instructions before answering the questions for this report:
I. Download the 2 .csv files that start with the first letter of your first initial as it appears in
your netid. If your netid was abc123, you would use a. If it was xyz987, you would use x.
II. Read the 2 files into MATLAB variables. One of them contains altitude information, the other
water.
III. Use these variables as the inputs to your function for this project.
IV. Note the distance between highest and lowest points that your project returns.
V. Use the image command to display the topographic map output that your project creates.
VI. Use the title command to add your netid as the title of your image.
VII. Use instruction a if you have the downloaded version of MATLAB and instruction b if you
have MATLAB Online.
a. In the window containing your displayed image, go to the “Edit” menu button, then
select “Copy Figure” from the dropdown menu.
b. Click on your image in the MATLAB Online interface. If this changes nothing, click on the
“Figure” tab in the interface. Select “Export” then “Export to PNG”. Save the file to your
MATLAB Drive. Select the file in your Current Folder, then press the “Download” button
in your Home tab.
VIII. If you have the figure copied, paste it into the correct question number on the template. If
you have it in a file, insert the image file into the proper place in the template.
Questions
- What was the distance between your highest and lowest points from the above procedure?
- Attach the image you produced following the above procedure.
- In six sentences or less, describe how you determined the location of the highest and lowest
points. Please be specific about the programming methods and/or built-in functions you
implemented. - In six sentences or less, describe how you would change your program to implement 3 different
colors for altitudes below 0: those between 0 and -10 meters, those between -10 and -20
meters, and those less than -20 meters.