Code:

 


// ###### INTRO ##### //
/*
CCBC CINS 201 - Project 1
Program designed and coded by Roland in March 2008.

Can be used as a test for proficiency in 25 Latin roots, and is easily customizable to
fit other definitions. This program ONLY uses the "iostream" include statement, so it could
probably be made a heck of a lot smaller if you made the answers random instead of having to
put them in a matrix like I did.

Please do not steal this without permission. In fact, just don't steal this at all.
*/

// ###### INCLUDES ###### //

#include <iostream>
using namespace std;

// ###### PROTOTYPES ###### //

void DisplayLatinRoot(int id);
void DisplayEnglishDefinitions(int id);
void GenerateQuestion(int id, int AnswerMatrix[25][4], int UserResponses[25]);
void ShowAmountCorrect(int UserResponses[25]);

// ###### MAIN ###### //

void main()
{
int UserResponses[25]; // Whether the user got a question right or not will be stored here.
int AnswerMatrix[25][4] =
// Each number in this matrix represents an english definition.
// Every row represents a question, and every column represents
// choices A,B,C, and D, repectively.
{
{0,3,6,14},
{6,1,19,2},
{5,7,16,2},
{7,3,5,21},
{11,13,4,9},
{24,16,1,5},
{12,18,6,20},
{7,4,14,17},
{1,12,18,8},
{23,16,4,9},
{10,1,24,13},
{18,2,11,22},
{8,23,12,3},
{16,13,24,20},
{14,4,17,10},
{7,16,4,15},
{22,16,9,14},
{17,6,9,22},
{18,14,21,6},
{5,10,19,15},
{11,19,7,20},
{5,21,12,8},
{3,2,17,22},
{23,17,15,1},
{12,24,6,5}
};
cout << "Welcome to my sweet Latin root test. Pick the correct definition for each\n"
<< "root to get the best score. Only use the capital letters A, B, C, and D when\n"
<< "choosing a response.\n\n";
for (int i=0; i<25; i++)
{ GenerateQuestion(i,AnswerMatrix,UserResponses); }
ShowAmountCorrect(UserResponses);
}

// ###### FUNCTIONS ###### //
void DisplayLatinRoot(int id)
// displays the latin roots. For example, when id=1 it displays the
// latin root meaning "lead from", the english id 1
{
if (id == 0)
{ cout << "abduc"; }
if (id == 1)
{ cout << "aceto"; }
if (id == 2)
{ cout << "acro"; }
if (id == 3)
{ cout << "affer"; }
if (id == 4)
{ cout << "ambly"; }
if (id == 5)
{ cout << "amino"; }
if (id == 6)
{ cout << "anatol"; }
if (id == 7)
{ cout << "anthro"; }
if (id == 8)
{ cout << "arc"; }
if (id == 9)
{ cout << "austral"; }
if (id == 10)
{ cout << "azyg"; }
if (id == 11)
{ cout << "barb"; }
if (id == 12)
{ cout << "bdella"; }
if (id == 13)
{ cout << "buno"; }
if (id == 14)
{ cout << "coccus"; }
if (id == 15)
{ cout << "dendr"; }
if (id == 16)
{ cout << "embol"; }
if (id == 17)
{ cout << "exiguus"; }
if (id == 18)
{ cout << "oecious"; }
if (id == 19)
{ cout << "phyll"; }
if (id == 20)
{ cout << "plagio"; }
if (id == 21)
{ cout << "rhin"; }
if (id == 22)
{ cout << "sept"; }
if (id == 23)
{ cout << "ungul"; }
if (id == 24)
{ cout << "zon"; }
}

void DisplayEnglishDefinitions(int id)
// displays the enlish definitions for each root. For example, when id=0 it displays the
// english definition of "abduc", the latin id 0
{
if (id == 0)
{ cout << "lead from"; }
if (id == 1)
{ cout << "acid"; }
if (id == 2)
{ cout << "summit"; }
if (id == 3)
{ cout << "carrying to"; }
if (id == 4)
{ cout << "blunt"; }
if (id == 5)
{ cout << "fetal envelope"; }
if (id == 6)
{ cout << "east"; }
if (id == 7)
{ cout << "human"; }
if (id == 8)
{ cout << "arch"; }
if (id == 9)
{ cout << "southern"; }
if (id == 10)
{ cout << "unpaired"; }
if (id == 11)
{ cout << "beard"; }
if (id == 12)
{ cout << "sucker"; }
if (id == 13)
{ cout << "hill"; }
if (id == 14)
{ cout << "berry"; }
if (id == 15)
{ cout << "tree"; }
if (id == 16)
{ cout << "thrown in"; }
if (id == 17)
{ cout << "slender"; }
if (id == 18)
{ cout << "house of"; }
if (id == 19)
{ cout << "leaf"; }
if (id == 20)
{ cout << "oblique"; }
if (id == 21)
{ cout << "rhin"; }
if (id == 22)
{ cout << "seven"; }
if (id == 23)
{ cout << "hoof"; }
if (id == 24)
{ cout << "girdle"; }
}
void GenerateQuestion(int id, int AnswerMatrix[25][4],int UserResponses[25])
// This function takes the values from the AnswerMatrix and turns them into a question
// on the screen, allows the user to respond, and stores whether they got it right or not
// in UserResponses.
{
char ResponseLetter;
int ResponseValue = 0, FormatCheck = 1;
//Displays question screen
cout << id+1 << ". Latin Root: ";
DisplayLatinRoot(id);
cout << "\n\nA. ";
DisplayEnglishDefinitions(AnswerMatrix[id][0]);
cout << "\nB. ";
DisplayEnglishDefinitions(AnswerMatrix[id][1]);
cout << "\nC. ";
DisplayEnglishDefinitions(AnswerMatrix[id][2]);
cout << "\nD. ";
DisplayEnglishDefinitions(AnswerMatrix[id][3]);
cout << "\n\nChoose the correct letter: ";
while (FormatCheck == 1)// Makes sure that the user inputs a correct character
{
cin >> ResponseLetter;
FormatCheck = 0;
// Translates user response into actual "id" value
if (ResponseLetter == 'A')
{ ResponseValue = AnswerMatrix[id][0]; }
else if (ResponseLetter == 'B')
{ ResponseValue = AnswerMatrix[id][1]; }
else if (ResponseLetter == 'C')
{ ResponseValue = AnswerMatrix[id][2]; }
else if (ResponseLetter == 'D')
{ ResponseValue = AnswerMatrix[id][3]; }
else // bad response
{
cout << "Wrong input, try again: ";
FormatCheck = 1;
}
}
if (ResponseValue == id) //correct answer
{
cout << "\nCorrect!";
UserResponses[id] = 1;
}
else
{
cout << "\nWrong!" << endl << "The correct answer is: "; // wrong answer
DisplayEnglishDefinitions(id);
UserResponses[id] = 0;
}
cout << "\n\n\n\n\n"; // adds a bunch of lines after the question
}

void ShowAmountCorrect(int UserResponses[25])
// calculates the amount of correct answers and displays it on the screen. A "1" in the UserResponses
// array represents a correct answer, a "0" represents a wrong one.
{
int CorrectAnswers = 0, WrongAnswers = 0;
cout << "\n Incorrect: ";
for (int i=0; i<25; i++)
{
if (UserResponses[i] == 1)
{ CorrectAnswers = CorrectAnswers + 1; }
else // Displays the answers the user gets wrong
{
cout << endl << i+1 << ". ";
DisplayLatinRoot(i);
cout << " - ";
DisplayEnglishDefinitions(i);
}
}
WrongAnswers = 25 - CorrectAnswers;
cout << "\n\nYou got " << CorrectAnswers << " correct and " << WrongAnswers << " wrong!\n\n";
// gives the user a grade
if (CorrectAnswers < 15)
{ cout << "You got an F!\n"; }
else if (CorrectAnswers < 18)
{ cout << "You got a D!\n"; }
else if (CorrectAnswers < 20)
{ cout << "You got a C!\n"; }
else if (CorrectAnswers < 23)
{ cout << "You got a B!\n"; }
else
{ cout << "You got an A!\n"; }
}