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// Compute miles for each distance on the map
miles = float(int(DISTANCE1 * SCALE * 10.0 + 0.5)) / 10.0;
cout < For a measurement of < setprecision(1) < DISTANCE1
< the first distance is < miles < mile(s) long.
< endl;
totMiles = totMiles + miles;
miles = float(int(DISTANCE2 * SCALE * 10.0 + 0.5)) / 10.0;
cout < For a measurement of < DISTANCE2
< the second distance is < miles < mile(s) long.
< endl;
totMiles = totMiles + miles;
miles = float(int(DISTANCE3 * SCALE * 10.0 + 0.5)) / 10.0;
cout < For a measurement of < DISTANCE3
< the third distance is <miles < mile(s) long.
< endl;
totMiles = totMiles + miles;
miles = float(int(DISTANCE4 * SCALE * 10.0 + 0.5)) / 10.0;
cout < For a measurement of < DISTANCE4
< the fourth distance is < miles < mile(s) long.
< endl;
totMiles = totMiles + miles;
// Print the total miles
cout < endl;
cout < Total mileage for the day is < totMiles < miles.
< endl;
return 0;
} |
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The output from the program is |
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For a measurement of 1.5 the first distance is 0.4 mile(s) long.
For a measurement of 2.3 the second distance is 0.6 mile(s) long.
For a measurement of 5.9 the third distance is 1.5 mile(s) long.
For a measurement of 4.0 the fourth distance is 1.0 mile(s) long.
Total mileage for the day is 3.5 miles. |
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