Scenario-Based Coding Problems on Conditional Statements in C++

#include <iostream>
using namespace std;

int main() {
    int location;
    bool hasKey = false, hasMap = false;
    char answer;

    // Ask the player if they have a key
    cout << "Do you have a key? (y/n): ";
    cin >> answer;
    hasKey = (answer == 'y' || answer == 'Y');

    // Ask the player if they have a map
    cout << "Do you have a map? (y/n): ";
    cin >> answer;
    hasMap = (answer == 'y' || answer == 'Y');

    // Provide a clue based on whether the player has a map
    if (hasMap) {
        cout << "You have a map! The map shows the treasure might be at Location 2." << endl;
    } else {
        cout << "You don't have a map, so you must guess where the treasure is hidden!" << endl;
    }

    // Choose a location to search for the treasure
    cout << "Choose a location to search for the treasure (1, 2, 3, or 4): ";
    cin >> location;

    // Check conditions for finding the treasure
    if (location == 4 && !hasKey) {
        cout << "The treasure is locked behind a door. You need a key to access Location 4!" << endl;
    } else if (location == 2 && hasMap) {
        cout << "Congratulations! You found the treasure at Location 2 using the map!" << endl;
    } else if (location == 4 && hasKey) {
        cout << "Congratulations! You used the key and found the treasure at Location 4!" << endl;
    } else if (location == 3 || location == 1) {
        cout << "Sorry, the treasure is not at this location. Try again!" << endl;
    }

    return 0;
}

#include <iostream>
#include <string>

using namespace std;

int main() {
    int powerLevel;
    int frequency;
    string mode;

    // Input settings
    cout << "Enter power level (1-20): ";
    cin >> powerLevel;
    cout << "Enter frequency (40-100): ";
    cin >> frequency;
    cout << "Enter mode (Basic/Standard/Advanced): ";
    cin >> mode;

    // Determine the artifact’s effect based on settings
    if (powerLevel > 15 && frequency > 70 && mode == "Advanced") {
        cout << "Effect: Quantum Leap" << endl;
    } else if (powerLevel > 15 && frequency <= 70 && mode == "Standard") {
        cout << "Effect: Energy Surge" << endl;
    } else if (powerLevel > 10 && frequency > 60 && mode == "Basic") {
        cout << "Effect: Temporal Shift" << endl;
    } else if ((powerLevel <= 15 && frequency <= 60) || (mode == "Basic" && powerLevel > 5)) {
        cout << "Effect: Energy Shield" << endl;
    } else if (powerLevel > 10 && frequency > 50 && mode == "Standard") {
        cout << "Effect: Stability Boost" << endl;
    } else {
        cout << "Effect: Unknown Signal" << endl;
    }

    return 0;
}

#include <iostream>
#include <string>

using namespace std;

int main() {
    int difficultyLevel = 5;
    int toolQuality = 7;
    string expertise = "Expert";
    
    if (difficultyLevel > 8 && toolQuality > 9 && expertise == "Expert") {
        cout << "Decode Method: Quantum Decryption" << endl;
    } else if (difficultyLevel > 8 && toolQuality <= 9 && expertise == "Advanced") {
        cout << "Decode Method: Complex Algorithm" << endl;
    } else if (difficultyLevel > 5 && toolQuality > 7 && expertise == "Expert") {
        cout << "Decode Method: Advanced Technique" << endl;
    } else if (difficultyLevel > 5 && toolQuality <= 7 && expertise == "Intermediate") {
        cout << "Decode Method: Optimized Approach" << endl;
    } else if (difficultyLevel <= 5 && toolQuality > 5 && expertise == "Expert") {
        cout << "Decode Method: Strategic Solution" << endl;
    } else if (difficultyLevel <= 5 && toolQuality <= 5 && expertise == "Intermediate") {
        cout << "Decode Method: Practical Method" << endl;
    } else if (difficultyLevel <= 5 && toolQuality <= 5 && expertise == "Beginner") {
        cout << "Decode Method: Basic Approach" << endl;
    } else {
        cout << "Decode Method: Unknown" << endl;
    }

    return 0;
}

#include <iostream>

using namespace std;

int main() {
    int creditScore = 720;
    int income = 60000;
    int debt = 25000;
    
    float debtToIncomeRatio = (float)debt / income;
    
    if (debtToIncomeRatio > 0.4) {
        cout << "Loan Status: Denied due to high debt-to-income ratio" << endl;
    } else if (creditScore >= 750) {
        cout << "Loan Status: Approved with best interest rate" << endl;
    } else if (creditScore >= 700 && creditScore < 750) {
        cout << "Loan Status: Approved with standard interest rate" << endl;
    } else {
        cout << "Loan Status: Denied due to low credit score" << endl;
    }

    return 0;
}

#include <iostream>
#include <string>
using namespace std;

int main() {
    string vehicleType;
    float batteryLevel;
    string timeOfDay;
    float chargingRate;

    // Input
    cout << "Enter vehicle type (Sedan/SUV): ";
    cin >> vehicleType;
    cout << "Enter battery level (in %): ";
    cin >> batteryLevel;
    cout << "Enter time of day (Peak/Off-Peak): ";
    cin >> timeOfDay;

    // Charging logic
    if (batteryLevel < 15) {
        chargingRate = 5.0;  // Prioritized charging rate
    } 
    else if (vehicleType == "Sedan" && timeOfDay == "Off-Peak") {
        chargingRate = 2.0;  // Discounted rate for Sedan in Off-Peak hours
    } 
    else if (vehicleType == "SUV") {
        chargingRate = 4.0;  // Standard rate for SUV
    } 
    else if (batteryLevel >= 50 && timeOfDay == "Peak") {
        chargingRate = 6.0;  // Increased rate for high demand
    } 
    else {
        chargingRate = 3.0;  // Normal charging rate
    }

    // Output final charging rate
    cout << "Final Charging Rate: $" << chargingRate << " per unit" << endl;

    return 0;
}

#include <iostream>
#include <string>
using namespace std;

int main() {
    string spellType;
    string numberOfSpells;
    string rareRunes;
    string highRankingWizard;
    string specialOccasion;
    
    int baseCost;
    int finalCost;

    // Input
    cout << "Enter spell type (Offensive/Defensive/Utility): ";
    cin >> spellType;
    cout << "Enter number of spells (Few/Moderate/Many): ";
    cin >> numberOfSpells;
    cout << "Are rare runes used? (Yes/No): ";
    cin >> rareRunes;
    cout << "Is a high-ranking wizard performing the spell? (Yes/No): ";
    cin >> highRankingWizard;
    cout << "Is the spell for a special occasion? (Yes/No): ";
    cin >> specialOccasion;

    // Determine base cost by spell type
    if (spellType == "Offensive") {
        baseCost = 300;
    } else if (spellType == "Defensive") {
        baseCost = 400;
    } else if (spellType == "Utility") {
        baseCost = 500;
    } else {
        cout << "Invalid spell type." << endl;
        return 1; // Exit the program for invalid input
    }

    finalCost = baseCost;

    // Adjust cost based on the number of spells
    if (numberOfSpells == "Few") {
        finalCost += 50;
    } else if (numberOfSpells == "Moderate") {
        finalCost += 100;
    } else if (numberOfSpells == "Many") {
        finalCost += 200;
    } else {
        cout << "Invalid number of spells." << endl;
        return 1; // Exit the program for invalid input
    }

    // Add cost for rare runes
    if (rareRunes == "Yes") {
        finalCost += 150;
    }

    // Add cost for high-ranking wizard
    if (highRankingWizard == "Yes") {
        finalCost += 200;
    }

    // Add cost for special occasion
    if (specialOccasion == "Yes") {
        finalCost += 250;
    }

    // Display final cost
    cout << "Final Enchantment Cost: $" << finalCost << endl;

    return 0;
}

#include <iostream>
#include <string>

using namespace std;

int main() {
    string creatureType;
    string numberOfCreatures;
    string specialHabitats;
    string mysticalForest;
    string endangered;

    // Initialize the base cost
    int baseCost = 400;
    int finalCost = baseCost;

    // Get inputs
    cout << "Enter Creature Type (Dragon, Unicorn, Phoenix): ";
    cin >> creatureType;

    cout << "Enter Number of Creatures (Few, Several, Many): ";
    cin >> numberOfCreatures;

    cout << "Special Habitats Required? (Yes/No): ";
    cin >> specialHabitats;

    cout << "Mystical Forest Included? (Yes/No): ";
    cin >> mysticalForest;

    cout << "Are the Creatures Endangered? (Yes/No): ";
    cin >> endangered;

    // Adjust cost based on creature type
    if (creatureType == "Dragon") {
        finalCost += 300;
    } else if (creatureType == "Unicorn") {
        finalCost += 200;
    } else if (creatureType == "Phoenix") {
        finalCost += 150;
    }

    // Adjust cost based on number of creatures
    if (numberOfCreatures == "Few") {
        finalCost += 100;
    } else if (numberOfCreatures == "Several") {
        finalCost += 200;
    } else if (numberOfCreatures == "Many") {
        finalCost += 300;
    }

    // Adjust cost for special habitats
    if (specialHabitats == "Yes") {
        finalCost += 250;
    }

    // Adjust cost for mystical forest
    if (mysticalForest == "Yes") {
        finalCost += 100;
    }

    // Adjust cost for endangered creatures
    if (endangered == "Yes") {
        finalCost += 400;
    }

    // Output the final cost
    cout << "Final Shop Expenses: $" << finalCost << endl;

    return 0;
}

#include <iostream>
#include <string>

using namespace std;

int main() {
    string ticketType;
    string timeOfDay;
    string day;
    string multiAttractionPurchase;

    // Initialize base price
    int basePrice = 100;
    int finalPrice = basePrice;

    // Input for ticket type
    cout << "Enter Ticket Type (Regular, Fast-Pass, Group): ";
    cin >> ticketType;

    // Input for time of day
    cout << "Enter Time of Day (Peak, Off-Peak): ";
    cin >> timeOfDay;

    // Input for day
    cout << "Enter Day (Weekend, Weekday): ";
    cin >> day;

    // Input for multi-attraction purchase
    cout << "Multiple Attraction Purchase (Yes/No): ";
    cin >> multiAttractionPurchase;

    // Adjust price based on ticket type
    if (ticketType == "Fast-Pass") {
        finalPrice += 30;
    } else if (ticketType == "Group") {
        finalPrice -= 20;
    }

    // Adjust price based on time of day
    if (timeOfDay == "Peak") {
        finalPrice += 20;
    }

    // Adjust price based on day of visit
    if (day == "Weekend") {
        finalPrice += 15;
    }

    // Adjust price based on multi-attraction purchase
    if (multiAttractionPurchase == "Yes") {
        finalPrice -= 25;
    }

    // Output the final ticket price
    cout << "Final Ticket Price: $" << finalPrice << endl;

    return 0;
}

#include <iostream>
#include <string>

using namespace std;

int main() {
    // Input values
    string roomType = "Deluxe";  // Room Type: Standard, Deluxe, Suite
    string season = "Peak";      // Season: Off-Season, Peak
    string loyaltyStatus = "Yes"; // Loyalty Status: Yes, No
    string dayType = "Weekend";  // Day: Weekday, Weekend
    string mealPlan = "Full-Board";  // Meal Plan: None, Breakfast, Full-Board
    int nights = 5;              // Number of nights
    bool additionalServices = true;  // Additional services: Yes/No

    // Initialize base price based on room type
    int basePrice = 0;

    if (roomType == "Standard") {
        basePrice = 150;
    } else if (roomType == "Deluxe") {
        basePrice = 250;
    } else if (roomType == "Suite") {
        basePrice = 400;
    }

    // Calculate initial price (base price * number of nights)
    int finalPrice = basePrice * nights;

    // Apply season discount for Off-Season
    if (season == "Off-Season") {
        finalPrice -= 50 * nights;
    }

    // Apply loyalty discount for loyal customers
    if (loyaltyStatus == "Yes") {
        finalPrice -= 30 * nights;
    }

    // Apply long stay discount (more than 5 nights)
    if (nights > 5) {
        finalPrice -= 100;
    }

    // Apply weekend surcharge
    if (dayType == "Weekend") {
        finalPrice += 40 * nights;
    }

    // Apply meal plan cost
    if (mealPlan == "Breakfast") {
        finalPrice += 20 * nights;
    } else if (mealPlan == "Full-Board") {
        finalPrice += 50 * nights;
    }

    // Add cost for additional services
    if (additionalServices) {
        finalPrice += 150;
    }

    // Display the final room cost
    cout << "Final Room Cost: $" << finalPrice << endl;

    return 0;
}

#include <iostream>
#include <string>

using namespace std;

int main() {
    string destinationType = "International";  // Options: "Domestic", "International"
    string season = "Peak";                    // Options: "Peak", "Off-Peak"
    string guidedTours = "Yes";                // Options: "Yes", "No"
    string luggageHandling = "No";             // Options: "Yes", "No"
    string loyaltyMember = "Yes";              // Options: "Yes", "No"
    
    int baseCost = 500;
    int finalCost;

    // Calculate cost based on destination
    if (destinationType == "Domestic") {
        finalCost = baseCost;
    } else if (destinationType == "International") {
        finalCost = baseCost + 300;
    }

    // Adjust for season
    if (season == "Peak") {
        finalCost += 100;
    }

    // Additional services
    if (guidedTours == "Yes") {
        finalCost += 150;
    }

    if (luggageHandling == "Yes") {
        finalCost += 50;
    }

    // Loyalty discount
    if (loyaltyMember == "Yes") {
        finalCost -= 100;
    }

    cout << "Final Travel Package Cost: $" << finalCost << endl;

    return 0;
}