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BBM104-Assignment 2 Calorie Calculation Solved
1. Problem Definition
In this experiment you are expected to write Java code that calculates the calories by considering taken and burned calories during the day for the healthy life of the people. You will be given three text files as follows:
1.1 Text for information of people (people.txt)
This text file includes personal information of each person, which are person ID (personID), name (name), gender (gender), weight (weight), height (height) and date of birth (dateOfBirth) as shown in following table. Every item in the file separated with a tab character. This text file contains up to 50 items.
[person ID] tab [name] tab [gender] tab [weight] tab [height] tab [date of birth] newline
[person ID] tab [name] tab [gender] tab [weight] tab [height] tab [date of birth] newline
Example content of people.txt
12345
ahmet
male 78
175
1987
12346
ahmet
male 92
189
1990
12378 ……..
gizem
female 61
172
1986
1.2 Text for food (food.txt)
This text file includes information of foods, which are food ID (foodID), name of food (nameOfFood) and calorie count (calorieCount) as shown in the following table. Every item in the file separated with a tab character. For each food, 1 portion is 100 grams and the calorie count in the table is calculated for 1 portion. ID of fruits groups start with 10.., ID of meal groups start with 11.., ID of dessert groups start with 12.. and they consist of a 4-digit number. This text file contains up to 100 items.
[food ID] tab [name of food] tab [calorie count] newline
[food ID] tab [name of food] tab [calorie count] newline
Example content of food.txt
1001 apple 57
1101 spaghetti 131
1102 lahmacun 185
…...
1201 baklava 521
…….
1.3 Text for sport activities (sport.txt)
This text file includes information of sport, which are sport ID (sportID), name of sport (nameOfSport) and calorie burned (calorieBurned) as shown in the following table. Every item in the file separated with a tab character. The calories burned for each sport are calculated for 60 minutes. ID of sport activities start with 20.. and they consist of a 4-digit number. This text file contains up to 100 items.
[sport ID] tab [name of sport] tab [calorie burned] newline
[sport ID] tab [name of sport ] tab [calorie burned] newline
Example content of sport.txt
2001 swimming 400
2002 running 300
…..
2013 tennis 275
…...
2. Calculation of daily calorie needs
The daily calorie needs (dailyCalorieNeeds) of people vary by gender, age, height and weight. Therefore, it will be calculated separately for men and women as follows:
The daily calorie needs (dailyCalorieNeeds) should always be rounded to the closest integer value.
3. Text for input (command.txt)
Each line of the input file named as command.txt consists of either person ID (personID), food ID (foodID) and the number of portions (numberOfPortion), or person ID (personID), sport ID (sportID) and sport duration (sportDuration) as shown in the table below. During day, a person may add food ID that is eaten and sport ID that is done into this file. The print(personID) command should write the current calorie status of the specified person in command.txt file to monitoring.txt file. The printList command should write calorie statuses of all people given in command.txt file to monitoring.txt file. The expected output format is given in section 4.
[person ID] tab [food ID] tab [number of portions] newline [person ID] tab [sport ID] tab [sport duration] newline
…..
print(personID) newline
[person ID] tab [sport ID] tab [sport duration] newline printList newline …..
Example content of command.txt
12345 1001 2
12378 1002 3
…..
print(12345)
12345 2001 45
12378 1001 1 printList
……
4. Text for output (monitoring.txt)
You are expected to write output of your program to a text file named as monitoring.txt for persons specified in command.txt file. This text file should include the following information for each person in order as shown in the following table: name (name), age (age), daily calorie needs (dailyCalorieNeeds), calories taken (caloriesTaken), calories burned (caloriesBurned) and result (result) for print (personID) and printList. If the result is a number less than zero, it means that a person has taken less calories than they should take during a day. On the other hand, if the result is greater than zero, a person has taken more calories than they should take during a day. Daily calorie needs (dailyCalorieNeeds), calories taken (caloriesTaken) and calories burned (caloriesBurned) should always be rounded to the closest integer value. Therefore, the result (result) will automatically be an integer. Also, the output file should include person ID (personID), calories taken, name of food (nameOfFood), calories burned and name of sport (nameOfSport) to keep track calories burned and taken for a given person in input file. Every item in the file separated with a tab character
[person ID] tab has tab taken tab [calories taken]kcal tab from tab [name of food] newline
*************** (There will be 15 stars ) newline
[person ID] tab has tab burned tab [calories burned]kcal tab thank tab to tab [name of sport] newline
*************** (There will be 15 stars ) newline
[name] tab [age] tab [daily calorie needs] tab [calories taken] tab [calories burned] tab [result] newline
*************** (There will be 15 stars ) newline
[name] tab [age] tab [daily calorie needs] tab [calories taken] tab [calories burned] tab [result] newline *************** (There will be 15 stars ) newline
……..
Example content of monitoring.txt
12345 has taken 200kcal from apple
***************
12356 has burned 100kcal thanks to tennis
***************
ahmet 27 1897kcal 2300kcal
400kcal +3kcal
***************
ahmet 27 1897kcal
2300kcal
400kcal +3kcal
gizem 25 1789kcal
*************** ……..
1900kcal
430kcal -319kcal
5. Example content of input and output file
In this experiment, you will be given an input file (command.txt) as below and you are expected to create an output file as shown below (monitoring.txt) by considering this given input file. The values in the example content of files given above (section 1.1, 1.2 and 1.3) are taken into consideration in this input and output files.
command.txt
12345 1102 4
12378 1101 3 print (12345)
12345 2001 45
printList
12378 1001 1
monitoring.txt
12345 has taken 740kcal from lahmacun
***************
12378 has taken 393kcal from spaghetti
***************
ahmet 31 1803kcal 740kcal 0kcal -1063kcal
***************
12345 has burned 300kcal thanks to swimming
***************
ahmet 31 1803kcal 740kcal 300kcal -1363kcal gizem 32 1393kcal 393kcal 0kcal -1000kcal
***************
12378 has taken 57kcal from apple
Execution and Test
You will use the Java Platform as described in the. The input files (command.txt) should be given as an argument. Upload your java files to your server account (dev.cs.hacettepe.edu.tr)
• Upload your java files to your server account (dev.cs.hacettepe.edu.tr)
• Compile your code (javac *.java)
• Run your program (java Main command.txt)
• Control your output file (monitoring.txt) and format.
In this experiment you are expected to write Java code that calculates the calories by considering taken and burned calories during the day for the healthy life of the people. You will be given three text files as follows:
1.1 Text for information of people (people.txt)
This text file includes personal information of each person, which are person ID (personID), name (name), gender (gender), weight (weight), height (height) and date of birth (dateOfBirth) as shown in following table. Every item in the file separated with a tab character. This text file contains up to 50 items.
[person ID] tab [name] tab [gender] tab [weight] tab [height] tab [date of birth] newline
[person ID] tab [name] tab [gender] tab [weight] tab [height] tab [date of birth] newline
Example content of people.txt
12345
ahmet
male 78
175
1987
12346
ahmet
male 92
189
1990
12378 ……..
gizem
female 61
172
1986
1.2 Text for food (food.txt)
This text file includes information of foods, which are food ID (foodID), name of food (nameOfFood) and calorie count (calorieCount) as shown in the following table. Every item in the file separated with a tab character. For each food, 1 portion is 100 grams and the calorie count in the table is calculated for 1 portion. ID of fruits groups start with 10.., ID of meal groups start with 11.., ID of dessert groups start with 12.. and they consist of a 4-digit number. This text file contains up to 100 items.
[food ID] tab [name of food] tab [calorie count] newline
[food ID] tab [name of food] tab [calorie count] newline
Example content of food.txt
1001 apple 57
1101 spaghetti 131
1102 lahmacun 185
…...
1201 baklava 521
…….
1.3 Text for sport activities (sport.txt)
This text file includes information of sport, which are sport ID (sportID), name of sport (nameOfSport) and calorie burned (calorieBurned) as shown in the following table. Every item in the file separated with a tab character. The calories burned for each sport are calculated for 60 minutes. ID of sport activities start with 20.. and they consist of a 4-digit number. This text file contains up to 100 items.
[sport ID] tab [name of sport] tab [calorie burned] newline
[sport ID] tab [name of sport ] tab [calorie burned] newline
Example content of sport.txt
2001 swimming 400
2002 running 300
…..
2013 tennis 275
…...
2. Calculation of daily calorie needs
The daily calorie needs (dailyCalorieNeeds) of people vary by gender, age, height and weight. Therefore, it will be calculated separately for men and women as follows:
The daily calorie needs (dailyCalorieNeeds) should always be rounded to the closest integer value.
3. Text for input (command.txt)
Each line of the input file named as command.txt consists of either person ID (personID), food ID (foodID) and the number of portions (numberOfPortion), or person ID (personID), sport ID (sportID) and sport duration (sportDuration) as shown in the table below. During day, a person may add food ID that is eaten and sport ID that is done into this file. The print(personID) command should write the current calorie status of the specified person in command.txt file to monitoring.txt file. The printList command should write calorie statuses of all people given in command.txt file to monitoring.txt file. The expected output format is given in section 4.
[person ID] tab [food ID] tab [number of portions] newline [person ID] tab [sport ID] tab [sport duration] newline
…..
print(personID) newline
[person ID] tab [sport ID] tab [sport duration] newline printList newline …..
Example content of command.txt
12345 1001 2
12378 1002 3
…..
print(12345)
12345 2001 45
12378 1001 1 printList
……
4. Text for output (monitoring.txt)
You are expected to write output of your program to a text file named as monitoring.txt for persons specified in command.txt file. This text file should include the following information for each person in order as shown in the following table: name (name), age (age), daily calorie needs (dailyCalorieNeeds), calories taken (caloriesTaken), calories burned (caloriesBurned) and result (result) for print (personID) and printList. If the result is a number less than zero, it means that a person has taken less calories than they should take during a day. On the other hand, if the result is greater than zero, a person has taken more calories than they should take during a day. Daily calorie needs (dailyCalorieNeeds), calories taken (caloriesTaken) and calories burned (caloriesBurned) should always be rounded to the closest integer value. Therefore, the result (result) will automatically be an integer. Also, the output file should include person ID (personID), calories taken, name of food (nameOfFood), calories burned and name of sport (nameOfSport) to keep track calories burned and taken for a given person in input file. Every item in the file separated with a tab character
[person ID] tab has tab taken tab [calories taken]kcal tab from tab [name of food] newline
*************** (There will be 15 stars ) newline
[person ID] tab has tab burned tab [calories burned]kcal tab thank tab to tab [name of sport] newline
*************** (There will be 15 stars ) newline
[name] tab [age] tab [daily calorie needs] tab [calories taken] tab [calories burned] tab [result] newline
*************** (There will be 15 stars ) newline
[name] tab [age] tab [daily calorie needs] tab [calories taken] tab [calories burned] tab [result] newline *************** (There will be 15 stars ) newline
……..
Example content of monitoring.txt
12345 has taken 200kcal from apple
***************
12356 has burned 100kcal thanks to tennis
***************
ahmet 27 1897kcal 2300kcal
400kcal +3kcal
***************
ahmet 27 1897kcal
2300kcal
400kcal +3kcal
gizem 25 1789kcal
*************** ……..
1900kcal
430kcal -319kcal
5. Example content of input and output file
In this experiment, you will be given an input file (command.txt) as below and you are expected to create an output file as shown below (monitoring.txt) by considering this given input file. The values in the example content of files given above (section 1.1, 1.2 and 1.3) are taken into consideration in this input and output files.
command.txt
12345 1102 4
12378 1101 3 print (12345)
12345 2001 45
printList
12378 1001 1
monitoring.txt
12345 has taken 740kcal from lahmacun
***************
12378 has taken 393kcal from spaghetti
***************
ahmet 31 1803kcal 740kcal 0kcal -1063kcal
***************
12345 has burned 300kcal thanks to swimming
***************
ahmet 31 1803kcal 740kcal 300kcal -1363kcal gizem 32 1393kcal 393kcal 0kcal -1000kcal
***************
12378 has taken 57kcal from apple
Execution and Test
You will use the Java Platform as described in the. The input files (command.txt) should be given as an argument. Upload your java files to your server account (dev.cs.hacettepe.edu.tr)
• Upload your java files to your server account (dev.cs.hacettepe.edu.tr)
• Compile your code (javac *.java)
• Run your program (java Main command.txt)
• Control your output file (monitoring.txt) and format.
1 file (7.0KB)
