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App Exercise - Progress Updates Note These exercises reinforce Swift concepts in the context of a fitness tracking app. In many cases you want to provide input to a function. For example, the progress function you wrote in the Functioning App exercise might be located in an area of your project that doesn't have access to the value of steps and goal. In that case, whenever you called the function, you would need to provide it with the number of steps that have been taken and the goal for the day so it can print the correct progress statement. Rewrite the function progressUpdate, only this time give it two parameters of type Int called steps and goal, respectively. Like before, it should print "You're off to a good start." if steps is less than 10% of goal, "You're almost halfway there!" if steps is less than half of goal, "You're over halfway there!" if steps is less than 90% of goal, "You're almost there!" if steps is less than goal, and "You beat your goal!" otherwise. Call the function and observe the printout. Call the function a number of times, passing in different values of steps and goal. Observe the printouts and make sure what is printed to the console is what you would expect for the parameters passsed in.

App Exercise - Progress Updates Note These exercises reinforce Swift concepts in the context of a fitness tracking app. In many cases you want to provide input to a function. For example, the progress function you wrote in the Functioning App exercise might be located in an area of your project that doesn't have access to the value of steps and goal. In that case, whenever you called the function, you would need to provide it with the number of steps that have been taken and the goal for the day so it can print the correct progress statement. Rewrite the function progressUpdate, only this time give it two parameters of type Int called steps and goal, respectively. Like before, it should print "You're off to a good start." if steps is less than 10% of goal, "You're almost halfway there!" if steps is less than half of goal, "You're over halfway there!" if steps is less than 90% of goal, "You're almost there!" if steps is less than goal, and "You beat your goal!" otherwise. Call the function and observe the printout. Call the function a number of times, passing in different values of steps and goal. Observe the printouts and make sure what is printed to the console is what you would expect for the parameters passsed in.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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How do I solve this exercise using swift code? 4 of 6

App Exercise - Progress Updates Note These exercises reinforce Swift concepts in the context of a fitness tracking app. In many cases you want to provide input to a function. For example, the progress function you wrote in the Functioning App exercise might be located in an area of your project that doesn't have access to the value of steps and goal. In that case, whenever you called the function, you would need to provide it with the number of steps that have been taken and the goal for the day so it can print the correct progress statement. Rewrite the function progressUpdate, only this time give it two parameters of type Int called steps and goal, respectively. Like before, it should print "You're off to a good start." if steps is less than 10% of goal, "You're almost halfway there!" if steps is less than half of goal, "You're over halfway there!" if steps is less than 90% of goal, "You're almost there!" if steps is less than goal, and "You beat your goal!" otherwise. Call the function and observe the printout. Call the function a number of times, passing in different values of steps and goal. Observe the printouts and make sure what is printed to the console is what you would expect for the parameters passsed in. Your fitness tracking app is going to help runners stay on pace to reach their goals. Write a function called pacing that takes four Double parameters called currentDistance, totalDistance, currentTime, and goalTime. Your function should calculate whether or not the user is on pace to hit or beat goalTime. If yes, print "Keep it up!", otherwise print "You've got to push it just a bit harder!"
Transcribed Image Text:App Exercise - Progress Updates Note These exercises reinforce Swift concepts in the context of a fitness tracking app. In many cases you want to provide input to a function. For example, the progress function you wrote in the Functioning App exercise might be located in an area of your project that doesn't have access to the value of steps and goal. In that case, whenever you called the function, you would need to provide it with the number of steps that have been taken and the goal for the day so it can print the correct progress statement. Rewrite the function progressUpdate, only this time give it two parameters of type Int called steps and goal, respectively. Like before, it should print "You're off to a good start." if steps is less than 10% of goal, "You're almost halfway there!" if steps is less than half of goal, "You're over halfway there!" if steps is less than 90% of goal, "You're almost there!" if steps is less than goal, and "You beat your goal!" otherwise. Call the function and observe the printout. Call the function a number of times, passing in different values of steps and goal. Observe the printouts and make sure what is printed to the console is what you would expect for the parameters passsed in. Your fitness tracking app is going to help runners stay on pace to reach their goals. Write a function called pacing that takes four Double parameters called currentDistance, totalDistance, currentTime, and goalTime. Your function should calculate whether or not the user is on pace to hit or beat goalTime. If yes, print "Keep it up!", otherwise print "You've got to push it just a bit harder!"
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