n (comment out the print statement) it writes the values to an output fil implicity your will not prompt the user for the output file name, you will column header to the output file: "Year,Value\n". n you run your program with the following inputs it should produce this

Computer Networking: A Top-Down Approach (7th Edition)
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Chapter1: Computer Networks And The Internet
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Start a new program moving_ave_csv.py from your working version of moving_ave.py.
For the last program we will output a valid CSV file. Change your program so that instead of printing the values to the
screen (comment out the print statement) it writes the values to an output file that includes a simple one line header.
For simplicity your will not prompt the user for the output file name, you will always call it MovingAve.csv. Finally, add a
short column header to the output file: "Year,Value\n".
When you run your program with the following inputs it should produce this output:
Temperature anomaly filename:SacramentoTemps.csv
Enter window size:60
Opening the output file in a text editor should look like this:
Year, Value
1940, -0.2331
1941, -0.2169
1942, -0.2150
1943,-0.2228
1955,-Ø.1580
1956,-0.1420
1957, -0.1101
1958, -0.1017
Submit the completed program to Gradescope as moving_ave_csv.py
Gradescope will look for the output file named MovingAve.csv and include its contents at the end of the expected
output.
Transcribed Image Text:Start a new program moving_ave_csv.py from your working version of moving_ave.py. For the last program we will output a valid CSV file. Change your program so that instead of printing the values to the screen (comment out the print statement) it writes the values to an output file that includes a simple one line header. For simplicity your will not prompt the user for the output file name, you will always call it MovingAve.csv. Finally, add a short column header to the output file: "Year,Value\n". When you run your program with the following inputs it should produce this output: Temperature anomaly filename:SacramentoTemps.csv Enter window size:60 Opening the output file in a text editor should look like this: Year, Value 1940, -0.2331 1941, -0.2169 1942, -0.2150 1943,-0.2228 1955,-Ø.1580 1956,-0.1420 1957, -0.1101 1958, -0.1017 Submit the completed program to Gradescope as moving_ave_csv.py Gradescope will look for the output file named MovingAve.csv and include its contents at the end of the expected output.
file = input ("Temperature anomaly filename:")
listTemp = []
file = open(file,
rowCount = 0
%3D
for row in file:
row = row.strip("\n")
row = row.split(",")
if rowCount !=0:
%3D
listTemp.append (float(row [1]))
rowCount = rowCount + 1
k = int (input ("Enter window size:"))
for i in range (k , len(listTemp)- k):
ave = sum(listTemp [i - k: i + k + 1])/(2*k + 1)
year = 1880 + i
print ("{},{:.4f}".format(year , ave))
Transcribed Image Text:file = input ("Temperature anomaly filename:") listTemp = [] file = open(file, rowCount = 0 %3D for row in file: row = row.strip("\n") row = row.split(",") if rowCount !=0: %3D listTemp.append (float(row [1])) rowCount = rowCount + 1 k = int (input ("Enter window size:")) for i in range (k , len(listTemp)- k): ave = sum(listTemp [i - k: i + k + 1])/(2*k + 1) year = 1880 + i print ("{},{:.4f}".format(year , ave))
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