Rich media ads are currently the most engaging mobile ads that you can use to promote your app. But do you know why rich media ads are so effective? Let's take a look at them and how you can use them to acquire more users from paid advertising for mobile apps and mobile marketing.
Rich Media ads consist of digital advertising campaigns through interactive ads, which generate greater visibility and superior performance compared to traditional digital advertising campaigns given their greater visibility and appeal.
Depending on the type of content and type of application or web page we must use one or another format.
This is an ad that is activated when doing a rollover with the mouse: when the screen is centered in the area in which it is located, the ad is activated and usually begins a countdown that indicates the seconds remaining before the end of the ad. If instead the user continues scrolling down (or scrolls up) the ad is silenced equally.
This is a full page ad that is loaded before the content of the page is displayed. They are usually used on mobile devices or in applications. It is recommended to place them in transition points in linear applications.
This is the typical banner but in this case, includes much more striking visual or interactive elements. This type of ads is usually loaded once all the contents of the page have been shown.
This is an ad with mobility: depending on the place occupied by the advertisement on the web page the animation will occur in one or the other direction to occupy the maximum possible space. For example: if the ad is on the right side, the animation will be made to the left side, to occupy the total width of the screen when the user reaches that part of the web. Conversely, if the ad is on the left side, the animation will occur to the right side. You can learn more about MDEs here.
This is a series of interstitial ads that interact together and can be seen throughout the content or, on the contrary; remain fixed in a part of the web while the user is browsing the page.
This is the typical ad that appears from the header of the web and moves the content of the web down. It is a type of advertisement very common in online newspapers and magazines.
This is an ad that is also located at the top of the web, but this time in a corner: once the user interacts with the advertising, it is displayed and displayed, displacing the content of the same. the web down.
Video ads that are displayed in a specific space on the web: it is the same format as the banner, but in this case, the ads shown are video type.
The interactive rich media formats adapt to many formats and are very versatile. You can show all your creativity. Rich media display ads offer marketers and designers the opportunity to be creative and take advantage of new formats that are constantly being developed.
For a while, there was very little news about online advertising. However, now the context has changed thanks to rich media ads and the possibilities they offer. Take advantage of them in your online strategies!
Users participate more in ads with rich media interactive formats. Whether out of curiosity or interest, the rate of click increases. An example is this Actimel ad in which users decide what kind of song they want to hear to have a good day.
In this way, you will improve your brand engagement. The interaction of the spectators is a new phenomenon that has been developing for a few years. So marketers should analyze how they will measure the success of these new types of ads.
In current online strategies and android app marketing, as well as in the principles of content marketing, it is proven that if you create impacts on users, you will improve engagement. In this case, if you manage to catch users with your advertising you will directly increase the engagement of your campaigns.
HTML5 rich media ads have opened the possibility of creating new types of ads for mobile devices. All HTML5 ads, including rich media ads, can be viewed and interacted on mobile devices. This increases the possibility of creating creative ads in various communication channels. That yes, adapting each one to its specific characteristics.
The advance achieved with this type of advertising is that the click rates and the visibility of the ads in the rich media banners are improved compared to the standard banners. It is a logical echo: if the interest they generate in users is greater, the click rate will also increase. And it is difficult to resist this type of banners.
It is obvious that different segments of your audience interact better with different types of media. Some people interact better with video, others with text, etc. With rich media formats, users will be able to communicate more effectively with different segments of their audience in the format they prefer. Since the rich media formats combine different possibilities under the same format. In this way, you can cover all your audience on all available platforms. This will, in turn, help you to get more users for your app.
This change of types of advertising formats is due to the little success of the banners. The banners went unnoticed by the users or, on the contrary, they were too intrusive. Rich media ads offer a new opportunity to eliminate that negative feeling created by the banners.
When the first ad banner was developed, the click rate I had was very high. This was because at that time it was something innovative and created some curiosity. However, in recent years, users have become accustomed to static advertising and already go unnoticed.
Rich media interactive formats are presentations of ads offered in an innovative way. Therefore, they are remembered more easily and offer greater possibilities of clicking.
It is possible to collect many more media ad data from rich media than standard banners.
You will collect data on participation.
And other interactions, depending on the type of ad you've created.
How To Get Free App Installs?


text:
Wellversity is a registered non profit charity that provides free digital education and resources in wellness and spirituality. Our mission is to help others gather the inner resources and support needed to live with more balance, freedom, clarity and connection. Our heartfelt intention is to inspire and empower you to recognize how powerful, wise and loved you truly are.
Both of us feel like we experienced the majority of our biggest challenges in our childhood and teenage years. Whether it was experiencing the inner struggles of anxiety, depression, self-doubt and self-judgement, frustration and anger, confusion and hopelessness or facing harsh external circumstances including trauma, mental and emotional abuse, instability, financial hardship, social isolation and abandonment, by the time we reached 19 we felt like we had experienced it all.
It was our greatest challenges and struggles that led us to seek a life of greater purpose and truth. Our early 20's were all about peeling back the layers to discover who we truly were and what we were here for. Whether it was spending thousands of hours reading books, listening to lectures, watching videos, conversing with coaches, receiving treatments from healers, attending workshops, trainings and retreats, meditating, journaling, reflecting, or many months spent applying all that we had learned to our everyday lives, we were driven by a common goal; to live a happier and more fulfilling life.
By the time we reached our mid twenties, we felt a deep inner calling to help others find a way through their struggles by sharing the practices, strategies and tools that we had learned along the way.
For Michael, it was about inspiring and empowering youth so that they did not have to endure the same mental and emotional hardship that he did. So he started the Youth Wellness Network, and began his journey of training thousands of youth, parents and teachers across North America and beyond to live happier and healthier lives.
For Hillary, it was about helping others fall in love with themselves and live from love. So she created the Awaken Love Registered Yoga School and has since trained and certified hundreds of heart-centered yoga teachers, meditation guides, and energy healers worldwide.
And now, as husband and wife, co-teachers, and wellness business partners, we have joined forces with a common goal in mind: to create the world's largest FREE online platform for wellness and spirituality. We want to make the journey of awakening easier for everyone. Life is challenging enough as it is and we believe that finding the right tools and resources from the most authentic and inspiring teachers, shouldn't be.
Join the Wellversity Community Now
Hillary Faye – Co-Founder
Hillary Faye is passionate about guiding soulful beings just like you back into your heart and body through nourishing self-care.
She helps people align with more freedom, joy, and abundance by sharing the practices of Yoga, Meditation, Reiki, Alchemy and deep self-love.
Having worked as an international facilitator for more than a decade, Hillary has trained and certified hundreds of heart-centered yoga teachers, meditation guides, and energy healers worldwide.
Michael Eisen – Co-Founder
Michael is a passionate, authentic, down-to-earth and heart-centered inspirational speaker, author, conscious entrepreneur, and business coach. He is the Founder of the Youth Wellness Network and the author of the book Empowered YOUth: A Father and Son's Journey to Conscious Living published by Hay House. He has spoken at Hay House's "I Can Do It" conferences and shared the stage with the likes of Louise Hay, Wayne Dyer, Mastin Kipp, Gabby Bernstein and Kris Car. Additionally, he has written blogs for the Huffington Post, Positively Positive, The Daily Love, and Mind Body Green, and has a Bachelor of Commerce from McGill University. Most importantly, Michael is passionate about helping entrepreneurs create and expand their wellness businesses by empowering them to develop deeper roots so they can share their gifts with the world in a larger capacity.
Join Wellversity now and access both new and ancient wisdom with transformational practices at your fingertips.
Copyright Wellversity. All Rights Reserved

redpajama_set_name: RedPajamaCommonCrawl


With today being Super Bowl Sunday and all the jalapeño poppers being made, I thought I would share how to make quick and easy raspberry sauce, my favorite dip for jalapeño poppers! This sauce is ready in under a minute! All you need – raspberry preserves/jam and water, that's it! It's great over ice cream and pancakes, and wonderful for dipping jalapeño popper grilled cheese and monte cristo sandwiches.
Looking for a great Jalapeno Popper Dip?
Check out my Sweet & Savory Jalapeno Popper Dip! It's a popper and raspberry dipping sauce all-in-one – it's a cinch to make and addictive.
In a small microwave safe bowl, take 4 heaping tablespoons of Raspberry Preserves/jam and 4 teaspoons of water, mix well with fork. Heat in microwave for 20-30 seconds, or until warm – adjust time depending on your microwave. Remove, mix again and it's ready to serve. Enjoy!
For single serving – 1 heaping tablespoon of raspberry preserves/jam and 1 teaspoon of water.
I remember those too.I don't buy them anymore because I miss that dipping sauce paired with them and it isn't the same without the sauce.
Thanks! The brand of cream cheese poppers I buy, used to come with a little packet of raspberry sauce, but the company has since gotten cheap and no longer includes them with the box of poppers. Now thanks to you.. we can enjoy them for Super Bowl just as much as we used to!
I remember those too.I don't buy them anymore because I miss pairing that sauce with them and they aren't the same without that sauce.
Glad you found the recipe – for me, Jalapeno Poppers are best served with a raspberry dipping sauce. So good!
I missed this in time for the super bowl, but I'll enjoy it as an appetizer dip anytime!
Yummy! now I want poppers for the super bowl too! Ugggh. I'll just be happy with what I've got.


text:
Q: Error stating "incompatible types: Class cannot be converted to Array" My goal is to pull data from a .csv file and create an array with an interactive menu to find certain information. I have been working on this code for a couple days. The only issue I am coming across is this error stating: "CrimeDataClass cannot be converted to CrimeDataArray". I have been looking at this for 2-3 days already. And I feel that it is something very simple that I am over looking. Thank you in advance for the help.
The Test Program
package crimedata;

import java.time.Duration;
import java.time.Instant;
import java.util.Scanner;

public class TestCrimeData {

public static void main(String[] args) {

    // Start time
    Instant start = Instant.now();
    String fileName = ("");

    // Command Line Argument
    try {
        if (args.length == 1) {
            fileName = args[0];
        } // End If
        else {
            System.out.println("Require Crime.csv");
        } // End Else

    } // End Try
    catch (Exception e) {
        System.out.println("Try Again");

    } // End Catch

    // Create Data array
    CrimeDataClass myCrimes = new CrimeDataClass();

This is where I get the error.
    // Interaction menu
    menu(myCrimes);

The rest of the code has no errors.
    // End time
    Instant end = Instant.now();
    System.out.println("Elapsed time (seconds): "
            + Duration.between(start, end).toNanos() / 1_000_000_000.0);

} // End Main

private static void menu(CrimeDataArray crimes) {

    // Interaction with data
    Scanner scannerIn = new Scanner(System.in);

    System.out.println("********** Welcome to the US Crime Statistical Application **************************");
    while (true) {
        System.out.println("");
        System.out.println("\nEnter the number of the question you want answered. Enter 'Q' to quit the program.\n"
                + "\n1. What were the percentages in population growth for each consecutive year from 1994 – 2013?"
                + "\n2. What year had the highest Violent crime rate?"
                + "\n3. What year had the lowest Violent crime rate?"
                + "\n4. What year had the highest Murder rate?"
                + "\n5. What year had the lowest Murder rate?"
                + "\n6. What year had the highest Robbery rate?"
                + "\n7. What year had  the lowest Robbery rate?"
                + "\n8. What year had the highest Rape rate?"
                + "\n9. What year had  the lowest Rape rate?"
                + "\n10. What year had the highest Aggravated Assault rate?"
                + "\n11. What year had  the lowest Aggravated Assault rate?"
                + "\n12. What year had the highest Property crime rate?"
                + "\n13. What year had  the lowest Property crime rate?"
                + "\n14. What year had the highest Burglary rate?"
                + "\n15. What year had  the lowest Burglary rate?"
                + "\n16. What year had the highest Larceny theft rate?"
                + "\n17. What year had  the lowest Larceny theft rate?"
                + "\n18. What year had the highest Motor Vehicle theft rate?"
                + "\n19. What year had  the lowest Motor Vehicle theft rate?"
                + "\n20. What are the total crimes commited for each year from 1994 – 2013?"
                + "\nQ. Quit program."
                + "\nEnter your selection:");

        // Read next line
        String selection = scannerIn.nextLine().trim().toUpperCase();
        if (selection.equals("Q")) {
            System.out.println("Thank you for trying the US Crimes Statistics Program.");
            // End loop when Q is entered
            break;
        } // End If
        else {
            switch (selection) {
                case "1":
                    crimes.getPopulationGrowth();
                    break;
                case "2":
                    System.out.printf("The Violent Crime rate was highest in %d", crimes.getMaxViolentCrimeRate());
                    break;
                case "3":
                    System.out.printf("The Violent Crime rate was lowest in %d", crimes.getMinViolentCrimeRate());
                    break;
                case "4":
                    System.out.printf("The Murder rate was highest in %d", crimes.getMaxMurderRate());
                    break;
                case "5":
                    System.out.printf("The Murder rate was lowest in %d", crimes.getMinMurderRate());
                    break;
                case "6":
                    System.out.printf("The Rape rate was highest in %d", crimes.getMaxRapeRate());
                    break;
                case "7":
                    System.out.printf("The Rape rate was lowest in %d", crimes.getMinRapeRate());
                    break;
                case "8":
                    System.out.printf("The Robbery rate was highest in %d", crimes.getMaxRobberyRate());
                    break;
                case "9":
                    System.out.printf("The Robbery rate was lowest in %d", crimes.getMinRobberyRate());
                    break;
                case "10":
                    System.out.printf("The Aggravated Assault rate was highest in %d", crimes.getMaxAggravatedAssaultRate());
                    break;
                case "11":
                    System.out.printf("The Aggravated Assault rate was lowest in %d", crimes.getMinAggravatedAssaultRate());
                    break;
                case "12":
                    System.out.printf("The Aggravated Assault rate was highest in %d", crimes.getMaxPropertyCrimeRate());
                    break;
                case "13":
                    System.out.printf("The Aggravated Assault rate was lowest in %d", crimes.getMinPropertyCrimeRate());
                    break;
                case "14":
                    System.out.printf("The Burglary rate was highest in %d", crimes.getMaxBurglaryRate());
                    break;
                case "15":
                    System.out.printf("The Burglary rate was lowest in %d", crimes.getMinBurglaryRate());
                    break;
                case "16":
                    System.out.printf("The Larceny theft was rate was highest in %d", crimes.getMaxLarcenyTheftRate());
                    break;
                case "17":
                    System.out.printf("The Larceny theft was lowest in %d", crimes.getMinLarcenyTheftRate());
                    break;
                case "18":
                    System.out.printf("The Motor Vehicle theft was rate was highest in %d", crimes.getMaxMotorVehicleTheftRate());
                    break;
                case "19":
                    System.out.printf("The Motor Vehicle theft was lowest in %d", crimes.getMinMotorVehicleTheftRate());
                case "20":
                    System.out.println(crimes.toString());
                    break;
                default:
                    System.out.println("Invalid selection. Please try again.");
                    break;

            } // End Switch

        } // End Else

    } // End While

    scannerIn.close();

} // End Menu

} // End Class

The Class:
public class CrimeDataClass {

// Variable for the class
private int year = 1994;
private int population = 0;
private int violentCrime = 0;
private double violentCrimeRate = 0.0;
private int murder = 0;
private double murderRate = 0.0;
private int rape = 0;
private double rapeRate = 0.0;
private int robbery = 0;
private double robberyRate = 0.0;
private int aggravatedAssault = 0;
private double aggravatedAssaultRate = 0.0;
private int propertyCrime = 0;
private double propertyCrimeRate = 0.0;
private int burglary = 0;
private double burglaryRate = 0.0;
private int larcenyTheft = 0;
private double larcenyTheftRate = 0.0;
private int motorVehicleTheft = 0;
private double motorVehicleTheftRate = 0.0;

// Default constructor
public CrimeDataClass() {
} // End Constructor

// Full Parameterize Constructor
public CrimeDataClass(int year, int population, int violentCrime, double violentCrimeRate,
        int murder, double murderRate, int rape, double rapeRate, int robbery, double robberyRate,
        int aggravatedAssault, double aggravatedAssaultRate, int propertyCrime, double propertyCrimeRate,
        int burglary, double burglaryRate, int larcenyTheft, double larcenyTheftRate, int motorVehicleTheft,
        double motorVehicleTheftRate) {
    this.year = year;
    this.population = population;
    this.violentCrime = violentCrime;
    this.violentCrimeRate = violentCrimeRate;
    this.murder = murder;
    this.murderRate = murderRate;
    this.rape = rape;
    this.rapeRate = rapeRate;
    this.robbery = robbery;
    this.robberyRate = robberyRate;
    this.aggravatedAssault = aggravatedAssault;
    this.aggravatedAssaultRate = aggravatedAssaultRate;
    this.propertyCrime = propertyCrime;
    this.propertyCrimeRate = propertyCrimeRate;
    this.burglary = burglary;
    this.burglaryRate = burglaryRate;
    this.larcenyTheft = larcenyTheft;
    this.larcenyTheftRate = larcenyTheftRate;
    this.motorVehicleTheft = motorVehicleTheft;
    this.motorVehicleTheftRate = motorVehicleTheftRate;

} // End Constructor

// Getter Method
public int getYear() {
    return this.year;
}

public int getPopulation() {
    return this.population;
}

public int getViolentCrime() {
    return this.violentCrime;
}

public double getViolentCrimeRate() {
    return this.violentCrimeRate;
}

public int getMurder() {
    return this.murder;
}

public double getMurderRate() {
    return this.murderRate;
}

public int getRape() {
    return this.rape;
}

public double getRapeRate() {
    return this.rapeRate;
}

public int getRobbery() {
    return this.robbery;
}

public double getRobberyRate() {
    return this.robberyRate;
}

public int getAggravatedAssault() {
    return this.aggravatedAssault;
}

public double getAggravatedAssaultRate() {
    return this.aggravatedAssaultRate;
}

public int getPropertyCrime() {
    return this.propertyCrime;
}

public double getPropertyCrimeRate() {
    return this.propertyCrimeRate;
}

public int getBurglary() {
    return this.burglary;
}

public double getBurglaryRate() {
    return this.burglaryRate;
}

public int getLarcenyTheft() {
    return this.larcenyTheft;
}

public double getLarcenyTheftRate() {
    return this.larcenyTheftRate;
}

public int getMotorVehicleTheft() {
    return this.motorVehicleTheft;
}

public double getMotorVehicleTheftRate() {
    return this.motorVehicleTheftRate;
} // End Getter Method

// Setter Method
// Objects are unchangeable due to using values from CSV

//toString Method
public String toString() {
    return String.format("\nYear: %d"
            + "\nPopulation: %d"
            + "\nViolent Crime: %d"
            + "\nViolent Crime Rate: %.2f"
            + "\nMurder: %d"
            + "\nMurder Rate: %.2f"
            + "\nRape: %d"
            + "\nRape Rate: %.2f"
            + "\nRobbery: %d"
            + "\nRobbery Rate: %.2f"
            + "\nAggravated Assault: %d"
            + "\nAggravated Assault Rate: %.2f"
            + "\nProperty Crime: %d"
            + "\nProperty Crime Rate: %.2f"
            + "\nBurglary: %d"
            + "\nBurglary Rate: %.2f"
            + "\nLarceny-Theft: %d"
            + "\nLarceny-Theft Rate: %.2f"
            + "\nMotor Vehicle Theft: %d"
            + "\nMotor Vehicle Theft Rate: %.2f", this.year,
            this.population, this.violentCrime, this.violentCrimeRate,
            this.murder, this.murderRate, this.rape, this.rapeRate,
            this.robbery, this.robberyRate, this.aggravatedAssault,
            this.aggravatedAssaultRate, this.propertyCrime, this.propertyCrimeRate,
            this.burglary, this.burglaryRate, this.larcenyTheft, this.larcenyTheftRate,
            this.motorVehicleTheft, this.motorVehicleTheftRate);

} // End toString Method

} // End Class

The Array:
package crimedata;

import java.io.BufferedReader;
import java.io.FileInputStream;
import java.io.FileReader;
import java.io.IOException;
import java.util.Arrays;
import java.util.Scanner;

public class CrimeDataArray {

private CrimeDataClass[] crimes;
// csv file read setup
static Scanner scannerIn = null;
static FileInputStream in = null;
static BufferedReader inputStream = null;
static String fileLocation = "Crimes.csv";

// Method for reading Crime.csv file
public static void readFile() throws IOException {
    int fileChar;
    String fileLine;
    in = new FileInputStream("Crime.csv");
    System.out.println("ReadIt File Contents");
    // Reads one char at a time
    while ((fileChar = in.read()) != -1) {
        // convert int to char
        System.out.print((char) fileChar);
    }
    // Separate the file output
    System.out.println("");
    System.out.println("Crime.csv File Contents using BufferedReader");
    // Use of Scanner and BufferedReader
    inputStream = new BufferedReader(new FileReader("Crime.csv"));
    scannerIn = new Scanner(inputStream);
    while (scannerIn.hasNext()) {
        if (scannerIn.hasNextInt()) {
            System.out.println(scannerIn.nextInt());
        }
        if (scannerIn.hasNextDouble()) {
            System.out.println(scannerIn.nextDouble());
        } else {
            scannerIn.next();
        }
    }
    // Separe the file output
    System.out.println("");
    // Use of
    inputStream = new BufferedReader(new FileReader("Crime.csv"));
    System.out.println("Crime.csv contents");
    // Read one Line using BufferedReader
    while ((fileLine = inputStream.readLine()) != null) {
        System.out.println(fileLine);
    }
}

// Method to calculates number of rows in data file
private static int countRows(String dataFile) {

    String fileLine;
    BufferedReader inputStream = null;
    int rowCount = 0;

    try {
        // Count rows in file
        inputStream = new BufferedReader(new FileReader("Crime.csv"));
        while ((fileLine = inputStream.readLine()) != null) {
            rowCount++;
        } // End While

    } // End Try
    catch (IOException io) {
        System.out.println("File IO Exception" + io.getMessage());

    } // End Catch
    finally {
        // Need another catch for closing streams
        try {
            // Close the streams
            if (inputStream != null) {
                inputStream.close();
            } // End If

        } // End Try
        catch (IOException io) {
            System.out.println("Issue closing the Files" + io.getMessage());
        } // End Catch

    } // End Finally
    return rowCount;
} // End countRows

// getPopulationGrowth
public void getPopulationGrowth() {
    for (int i = 0; i < (crimes.length - 2); i++) {
        System.out.printf("\n%d - %d: %.4f%%", crimes[i].getYear(), crimes[i + 1].getYear(),
                ((crimes[i + 1].getPopulation() - crimes[i].getPopulation()) / (float) crimes[i].getPopulation()) * 100);
    } // End For
} // End getPopulationGrowth

// getMaxViolentCrimeRate
public int getMaxViolentCrimeRate() {
    double violentCrimeRate = crimes[0].getViolentCrimeRate();
    double max;
    int i;

    // Define max value
    max = violentCrimeRate;

    // Loop to find max value
    for (i = 0; i <= crimes.length; i++) {
        if (violentCrimeRate > max) {
            max = violentCrimeRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMaxViolentCrimeRate

// getMinViolentCrimeRate
public int getMinViolentCrimeRate() {
    double violentCrimeRate = crimes[0].getViolentCrimeRate();
    double min;
    int i;

    // Define min value
    min = violentCrimeRate;

    // Loop to find min value
    for (i = 0; i > crimes.length; i++) {
        if (violentCrimeRate < min) {
            min = violentCrimeRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMinViolentCrimeRate

// getMaxMurderRate
public int getMaxMurderRate() {
    double murderRate = crimes[0].getMurderRate();
    double max;
    int i;

    // Define max value
    max = murderRate;

    // Loop to find max value
    for (i = 0; i <= (crimes.length - 2); i++) {
        if (murderRate > max) {
            max = murderRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMaxMurderRate

// getMinMurderRate
public int getMinMurderRate() {
    double murderRate = crimes[0].getMurderRate();
    double min;
    int i;

    // Define max value
    min = murderRate;

    // Loop to find max value
    for (i = 0; i > crimes.length; i++) {
        if (murderRate < min) {
            min = murderRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMinMurderRate

// getMaxRapeRate
public int getMaxRapeRate() {
    double rapeRate = crimes[0].getRapeRate();
    double max;
    int i;

    // Define max value
    max = rapeRate;

    // Loop to find max value
    for (i = 0; i <= crimes.length; i++) {
        if (rapeRate > max) {
            max = rapeRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMaxRapeRate

// getMinRapeRate
public int getMinRapeRate() {
    double rapeRate = crimes[0].getRapeRate();
    double min;
    int i;

    // Define max value
    min = rapeRate;

    // Loop to find max value
    for (i = 0; i > crimes.length; i++) {
        if (rapeRate < min) {
            min = rapeRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMinRapeRate

// getMaxRobberyRate
public int getMaxRobberyRate() {
    double robberyRate = crimes[0].getRobberyRate();
    double max;
    int i;

    // Define max value
    max = robberyRate;

    // Loop to find max value
    for (i = 0; i <= crimes.length; i++) {
        if (robberyRate > max) {
            max = robberyRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMaxRobberyRate

// getMinRobberyRate
public int getMinRobberyRate() {
    double robberyRate = crimes[0].getRobberyRate();
    double min;
    int i;

    // Define max value
    min = robberyRate;

    // Loop to find max value
    for (i = 0; i > crimes.length; i++) {
        if (robberyRate < min) {
            min = robberyRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMinRobberyRate

// getMaxAggravatedAssaultRate
public int getMaxAggravatedAssaultRate() {
    double aggravatedAssaultRate = crimes[0].getAggravatedAssaultRate();
    double max;
    int i;

    // Define max value
    max = aggravatedAssaultRate;

    // Loop to find max value
    for (i = 0; i <= crimes.length; i++) {
        if (aggravatedAssaultRate > max) {
            max = aggravatedAssaultRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMaxAggravatedAssaultRate

// getMinAggravatedAssaultRate
public int getMinAggravatedAssaultRate() {
    double aggravatedAssaultRate = crimes[0].getAggravatedAssaultRate();
    double min;
    int i;

    // Define max value
    min = aggravatedAssaultRate;

    // Loop to find max value
    for (i = 0; i > crimes.length; i++) {
        if (aggravatedAssaultRate < min) {
            min = aggravatedAssaultRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMinAggravatedAssaultRate

// getMaxPropertyCrimeRate
public int getMaxPropertyCrimeRate() {
    double propertyCrimeRate = crimes[0].getPropertyCrimeRate();
    double max;
    int i;

    // Define max value
    max = propertyCrimeRate;

    // Loop to find max value
    for (i = 0; i <= crimes.length; i++) {
        if (propertyCrimeRate > max) {
            max = propertyCrimeRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMaxPropertyCrimeRate

// getMinPropertyCrimeRate
public int getMinPropertyCrimeRate() {
    double propertyCrimeRate = crimes[0].getPropertyCrimeRate();
    double min;
    int i;

    // Define max value
    min = propertyCrimeRate;

    // Loop to find max value
    for (i = 0; i > crimes.length; i++) {
        if (propertyCrimeRate < min) {
            min = propertyCrimeRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMinPropertyCrimeRate

// getMaxBurglaryRate
public int getMaxBurglaryRate() {
    double burglaryRate = crimes[0].getBurglaryRate();
    double max;
    int i;

    // Define max value
    max = burglaryRate;

    // Loop to find max value
    for (i = 0; i <= crimes.length; i++) {
        if (burglaryRate > max) {
            max = burglaryRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMaxBurglaryRate

// getMinBurglaryRate
public int getMinBurglaryRate() {
    double burglaryRate = crimes[0].getBurglaryRate();
    double min;
    int i;

    // Define max value
    min = burglaryRate;

    // Loop to find max value
    for (i = 0; i > crimes.length; i++) {
        if (burglaryRate < min) {
            min = burglaryRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMinBurglaryRate

// getMaxLarcenyTheftRate
public int getMaxLarcenyTheftRate() {
    double larcenyTheftRate = crimes[0].getLarcenyTheftRate();
    double max;
    int i;

    // Define max value
    max = larcenyTheftRate;

    // Loop to find max value
    for (i = 0; i <= crimes.length; i++) {
        if (larcenyTheftRate > max) {
            max = larcenyTheftRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMaxLarcenyTheftRate

// getMinLarcenyTheftRate
public int getMinLarcenyTheftRate() {
    double larcenyTheftRate = crimes[0].getLarcenyTheftRate();
    double min;
    int i;

    // Define max value
    min = larcenyTheftRate;

    // Loop to find max value
    for (i = 0; i > crimes.length; i++) {
        if (larcenyTheftRate < min) {
            min = larcenyTheftRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMinLarcenyTheftRate

// getMaxMotorVehicleTheftRate
public int getMaxMotorVehicleTheftRate() {
    double motorVehicleTheftRate = crimes[0].getMotorVehicleTheftRate();
    double max;
    int i;

    // Define max value
    max = motorVehicleTheftRate;

    // Loop to find max value
    for (i = 0; i <= crimes.length; i++) {
        if (motorVehicleTheftRate > max) {
            max = motorVehicleTheftRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMaxMotorVehicleTheftRate

// getMinMotorVehicleTheftRate
public int getMinMotorVehicleTheftRate() {
    double motorVehicleTheftRate = crimes[0].getMotorVehicleTheftRate();
    double min;
    int i;

    // Define max value
    min = motorVehicleTheftRate;

    // Loop to find max value
    for (i = 0; i > crimes.length; i++) {
        if (motorVehicleTheftRate < min) {
            min = motorVehicleTheftRate;
        } // End If
    } // End For
    return crimes[i].getYear();
} // End getMinMotorVehicleTheftRate

// toString
public String toString() {
    return Arrays.toString(this.crimes);
}

} // End Class

A: Here is a working version. I have rewritten the sections from your code that were problematic / needed fix. Note that I have used Java 8 streaming and lambda to keep the code concise.
Crimes.csv should somewhat look like below, but from your code, I guess you have yearly data from 1994 – 2013 period
year,population,violentCrime,violentCrimeRate,murder,murderRate,rape,rapeRate,robbery,robberyRate,aggravatedAssault,aggravatedAssaultRate,propertyCrime,propertyCrimeRate,burglary,burglaryRate,larcenyTheft,larcenyTheftRate,motorVehicleTheft,motorVehicleTheftRate
2001,2000,20,0.01,30,0.001,25,0.012,20,0.01,20,0.01,20,0.01,20,0.01,20,0.01,20,0.01
2002,20100,20,0.01,30,0.001,25,0.012,20,0.01,20,0.01,20,0.01,20,0.01,20,0.01,20,0.01
2003,20500,20,0.01,30,0.001,25,0.012,20,0.01,20,0.01,20,0.01,20,0.01,20,0.01,20,0.01
2004,21050,20,0.01,30,0.001,25,0.012,20,0.01,20,0.01,20,0.01,20,0.01,20,0.01,20,0.01

CrimeDataClass.java
package crimedata;

public class CrimeDataClass {

    // Variable for the class
    private int year = 1994;
    private int population = 0;
    private int violentCrime = 0;
    private double violentCrimeRate = 0.0;
    private int murder = 0;
    private double murderRate = 0.0;
    private int rape = 0;
    private double rapeRate = 0.0;
    private int robbery = 0;
    private double robberyRate = 0.0;
    private int aggravatedAssault = 0;
    private double aggravatedAssaultRate = 0.0;
    private int propertyCrime = 0;
    private double propertyCrimeRate = 0.0;
    private int burglary = 0;
    private double burglaryRate = 0.0;
    private int larcenyTheft = 0;
    private double larcenyTheftRate = 0.0;
    private int motorVehicleTheft = 0;
    private double motorVehicleTheftRate = 0.0;

    // Default constructor
    public CrimeDataClass() {
    } // End Constructor

    // Full Parameterize Constructor
    public CrimeDataClass(int year, int population, int violentCrime, double violentCrimeRate, int murder,
            double murderRate, int rape, double rapeRate, int robbery, double robberyRate, int aggravatedAssault,
            double aggravatedAssaultRate, int propertyCrime, double propertyCrimeRate, int burglary,
            double burglaryRate, int larcenyTheft, double larcenyTheftRate, int motorVehicleTheft,
            double motorVehicleTheftRate) {
        this.year = year;
        this.population = population;
        this.violentCrime = violentCrime;
        this.violentCrimeRate = violentCrimeRate;
        this.murder = murder;
        this.murderRate = murderRate;
        this.rape = rape;
        this.rapeRate = rapeRate;
        this.robbery = robbery;
        this.robberyRate = robberyRate;
        this.aggravatedAssault = aggravatedAssault;
        this.aggravatedAssaultRate = aggravatedAssaultRate;
        this.propertyCrime = propertyCrime;
        this.propertyCrimeRate = propertyCrimeRate;
        this.burglary = burglary;
        this.burglaryRate = burglaryRate;
        this.larcenyTheft = larcenyTheft;
        this.larcenyTheftRate = larcenyTheftRate;
        this.motorVehicleTheft = motorVehicleTheft;
        this.motorVehicleTheftRate = motorVehicleTheftRate;

    } // End Constructor

    // Getter Method
    public int getYear() {
        return this.year;
    }

    public int getPopulation() {
        return this.population;
    }

    public int getViolentCrime() {
        return this.violentCrime;
    }

    public double getViolentCrimeRate() {
        return this.violentCrimeRate;
    }

    public int getMurder() {
        return this.murder;
    }

    public double getMurderRate() {
        return this.murderRate;
    }

    public int getRape() {
        return this.rape;
    }

    public double getRapeRate() {
        return this.rapeRate;
    }

    public int getRobbery() {
        return this.robbery;
    }

    public double getRobberyRate() {
        return this.robberyRate;
    }

    public int getAggravatedAssault() {
        return this.aggravatedAssault;
    }

    public double getAggravatedAssaultRate() {
        return this.aggravatedAssaultRate;
    }

    public int getPropertyCrime() {
        return this.propertyCrime;
    }

    public double getPropertyCrimeRate() {
        return this.propertyCrimeRate;
    }

    public int getBurglary() {
        return this.burglary;
    }

    public double getBurglaryRate() {
        return this.burglaryRate;
    }

    public int getLarcenyTheft() {
        return this.larcenyTheft;
    }

    public double getLarcenyTheftRate() {
        return this.larcenyTheftRate;
    }

    public int getMotorVehicleTheft() {
        return this.motorVehicleTheft;
    }

    public double getMotorVehicleTheftRate() {
        return this.motorVehicleTheftRate;
    } // End Getter Method

    // Setter Method
    // Objects are unchangeable due to using values from CSV

    // toString Method
    public String toString() {
        return String.format(
                "\nYear: %d" + "\nPopulation: %d" + "\nViolent Crime: %d" + "\nViolent Crime Rate: %.2f"
                        + "\nMurder: %d" + "\nMurder Rate: %.2f" + "\nRape: %d" + "\nRape Rate: %.2f" + "\nRobbery: %d"
                        + "\nRobbery Rate: %.2f" + "\nAggravated Assault: %d" + "\nAggravated Assault Rate: %.2f"
                        + "\nProperty Crime: %d" + "\nProperty Crime Rate: %.2f" + "\nBurglary: %d"
                        + "\nBurglary Rate: %.2f" + "\nLarceny-Theft: %d" + "\nLarceny-Theft Rate: %.2f"
                        + "\nMotor Vehicle Theft: %d" + "\nMotor Vehicle Theft Rate: %.2f",
                this.year, this.population, this.violentCrime, this.violentCrimeRate, this.murder, this.murderRate,
                this.rape, this.rapeRate, this.robbery, this.robberyRate, this.aggravatedAssault,
                this.aggravatedAssaultRate, this.propertyCrime, this.propertyCrimeRate, this.burglary,
                this.burglaryRate, this.larcenyTheft, this.larcenyTheftRate, this.motorVehicleTheft,
                this.motorVehicleTheftRate);

    } // End toString Method

} // End Class

CrimeDataArray.java
package crimedata;

import java.io.IOException;
import java.nio.file.Files;
import java.nio.file.Paths;
import java.util.Arrays;
import java.util.Comparator;
import java.util.stream.Collectors;

public class CrimeDataArray {

    private CrimeDataClass[] crimes;
    private boolean isFileRead;
    private String fileLocation;

    public CrimeDataArray() {
        this.fileLocation = "<add-the-full-path-to-Crimes.csv>";
    }

    public CrimeDataArray(String fileLocation) {
        this.fileLocation = fileLocation;
    }

    public void readFile() {
        try {
            this.crimes =
            Files.readAllLines(Paths.get(fileLocation))
            .stream().skip(1).map(line -> line.split(","))
            .map(tokens -> new CrimeDataClass(
                    Integer.parseInt(tokens[0]),
                    Integer.parseInt(tokens[1]),
                    Integer.parseInt(tokens[2]),
                    Double.parseDouble(tokens[3]),
                    Integer.parseInt(tokens[4]),
                    Double.parseDouble(tokens[5]),
                    Integer.parseInt(tokens[6]),
                    Double.parseDouble(tokens[7]),
                    Integer.parseInt(tokens[8]),
                    Double.parseDouble(tokens[9]),
                    Integer.parseInt(tokens[10]),
                    Double.parseDouble(tokens[11]),
                    Integer.parseInt(tokens[12]),
                    Double.parseDouble(tokens[13]),
                    Integer.parseInt(tokens[14]),
                    Double.parseDouble(tokens[15]),
                    Integer.parseInt(tokens[16]),
                    Double.parseDouble(tokens[17]),
                    Integer.parseInt(tokens[18]),
                    Double.parseDouble(tokens[19])
                    ))
                  .collect(Collectors.toList()).toArray(new CrimeDataClass[0])
             ;
            isFileRead = true;
        } catch (IOException e) {
            throw new RuntimeException("CSV file read failed, error: "+e.getMessage(), e);
        }
    }

    public int countRows(String dataFile) {
        if(!isFileRead) {
            throw new RuntimeException("Data not loaded yet, call readFile() first");
        }// you can use this in all methods if you wish a safety net against NullPointerException
        return crimes.length;

    }

    // getPopulationGrowth
    public void getPopulationGrowth() {
        /* Gro: not changed */
        for (int i = 0; i < (crimes.length - 2); i++) {
            System.out.printf("\n%d - %d: %.4f%%", crimes[i].getYear(), crimes[i + 1].getYear(),
                    ((crimes[i + 1].getPopulation() - crimes[i].getPopulation()) / (float) crimes[i].getPopulation())
                            * 100);
        } // End For
    } // End getPopulationGrowth

    // getMaxViolentCrimeRate
    public int getMaxViolentCrimeRate() {
        return Arrays.stream(crimes)
                .max(Comparator.comparing( CrimeDataClass::getViolentCrimeRate))
                .get().getYear();
    } // End getMaxViolentCrimeRate

    // getMinViolentCrimeRate
    public int getMinViolentCrimeRate() {
        return Arrays.stream(crimes)
                .min(Comparator.comparing( CrimeDataClass::getViolentCrimeRate))
                .get().getYear();
    } // End getMinViolentCrimeRate

    // getMaxMurderRate
    public int getMaxMurderRate() {
        return Arrays.stream(crimes)
                .max(Comparator.comparing( CrimeDataClass::getMurderRate))
                .get().getYear();
    } // End getMaxMurderRate

    // getMinMurderRate
    public int getMinMurderRate() {
        return Arrays.stream(crimes)
                .min(Comparator.comparing( CrimeDataClass::getMurderRate))
                .get().getYear();
    } // End getMinMurderRate

    // getMaxRapeRate
    public int getMaxRapeRate() {
        return Arrays.stream(crimes)
                .max(Comparator.comparing( CrimeDataClass::getRapeRate))
                .get().getYear();
    } // End getMaxRapeRate

    // getMinRapeRate
    public int getMinRapeRate() {
        return Arrays.stream(crimes)
                .min(Comparator.comparing( CrimeDataClass::getRapeRate))
                .get().getYear();
    } // End getMinRapeRate

    // getMaxRobberyRate
    public int getMaxRobberyRate() {
        return Arrays.stream(crimes)
                .max(Comparator.comparing( CrimeDataClass::getRobberyRate))
                .get().getYear();
    } // End getMaxRobberyRate

    // getMinRobberyRate
    public int getMinRobberyRate() {
        return Arrays.stream(crimes)
                .min(Comparator.comparing( CrimeDataClass::getRobberyRate))
                .get().getYear();
    } // End getMinRobberyRate

    // getMaxAggravatedAssaultRate
    public int getMaxAggravatedAssaultRate() {
        return Arrays.stream(crimes)
                .max(Comparator.comparing( CrimeDataClass::getAggravatedAssault))
                .get().getYear();
    } // End getMaxAggravatedAssaultRate

    // getMinAggravatedAssaultRate
    public int getMinAggravatedAssaultRate() {
        return Arrays.stream(crimes)
                .min(Comparator.comparing( CrimeDataClass::getAggravatedAssault))
                .get().getYear();
    } // End getMinAggravatedAssaultRate

    // getMaxPropertyCrimeRate
    public int getMaxPropertyCrimeRate() {
        return Arrays.stream(crimes)
                .max(Comparator.comparing( CrimeDataClass::getPropertyCrimeRate))
                .get().getYear();
    } // End getMaxPropertyCrimeRate

    // getMinPropertyCrimeRate
    public int getMinPropertyCrimeRate() {
        return Arrays.stream(crimes)
                .min(Comparator.comparing( CrimeDataClass::getPropertyCrimeRate))
                .get().getYear();
    } // End getMinPropertyCrimeRate

    // getMaxBurglaryRate
    public int getMaxBurglaryRate() {
        return Arrays.stream(crimes)
                .max(Comparator.comparing( CrimeDataClass::getBurglaryRate))
                .get().getYear();
    } // End getMaxBurglaryRate

    // getMinBurglaryRate
    public int getMinBurglaryRate() {
        return Arrays.stream(crimes)
                .min(Comparator.comparing( CrimeDataClass::getBurglaryRate))
                .get().getYear();
    } // End getMinBurglaryRate

    // getMaxLarcenyTheftRate
    public int getMaxLarcenyTheftRate() {
        return Arrays.stream(crimes)
                .max(Comparator.comparing( CrimeDataClass::getLarcenyTheftRate))
                .get().getYear();
    } // End getMaxLarcenyTheftRate

    // getMinLarcenyTheftRate
    public int getMinLarcenyTheftRate() {
        return Arrays.stream(crimes)
                .min(Comparator.comparing( CrimeDataClass::getLarcenyTheftRate))
                .get().getYear();
    } // End getMinLarcenyTheftRate

    // getMaxMotorVehicleTheftRate
    public int getMaxMotorVehicleTheftRate() {
        return Arrays.stream(crimes)
                .max(Comparator.comparing( CrimeDataClass::getMotorVehicleTheftRate))
                .get().getYear();
    }

    public int getMinMotorVehicleTheftRate() {
        return Arrays.stream(crimes)
                .min(Comparator.comparing( CrimeDataClass::getMotorVehicleTheftRate))
                .get().getYear();
    }

    // toString
    public String toString() {
        return Arrays.toString(this.crimes);
    }

    public static void main(String[] args) {
        CrimeDataArray array = new CrimeDataArray();
        array.readFile();
        for(CrimeDataClass crime: array.crimes) {
            System.out.println(crime);
        }
    }

} // End Class

TestCrimeData.java
package crimedata;

import java.time.Duration;
import java.time.Instant;
import java.util.Scanner;

public class TestCrimeData {

    public static void main(String[] args) {
        // Start time
        Instant start = Instant.now();

        CrimeDataArray myCrimes = null;
        if(args != null && args.length > 0) {
            myCrimes = new CrimeDataArray(args[0]);
        }else {
            myCrimes = new CrimeDataArray();
        }
        myCrimes.readFile();
        menu(myCrimes);
        // End time
        Instant end = Instant.now();
        System.out.println("Elapsed time (seconds): " + Duration.between(start, end).toNanos() / 1_000_000_000.0);

    } // End Main

    private static void menu(CrimeDataArray crimes) {

        // Interaction with data
        Scanner scannerIn = new Scanner(System.in);

        System.out.println("********** Welcome to the US Crime Statistical Application **************************");
        while (true) {
            System.out.println("");
            System.out.println("\nEnter the number of the question you want answered. Enter 'Q' to quit the program.\n"
                    + "\n1. What were the percentages in population growth for each consecutive year from 1994 – 2013?"
                    + "\n2. What year had the highest Violent crime rate?"
                    + "\n3. What year had the lowest Violent crime rate?"
                    + "\n4. What year had the highest Murder rate?" + "\n5. What year had the lowest Murder rate?"
                    + "\n6. What year had the highest Robbery rate?" + "\n7. What year had  the lowest Robbery rate?"
                    + "\n8. What year had the highest Rape rate?" + "\n9. What year had  the lowest Rape rate?"
                    + "\n10. What year had the highest Aggravated Assault rate?"
                    + "\n11. What year had  the lowest Aggravated Assault rate?"
                    + "\n12. What year had the highest Property crime rate?"
                    + "\n13. What year had  the lowest Property crime rate?"
                    + "\n14. What year had the highest Burglary rate?"
                    + "\n15. What year had  the lowest Burglary rate?"
                    + "\n16. What year had the highest Larceny theft rate?"
                    + "\n17. What year had  the lowest Larceny theft rate?"
                    + "\n18. What year had the highest Motor Vehicle theft rate?"
                    + "\n19. What year had  the lowest Motor Vehicle theft rate?"
                    + "\n20. What are the total crimes commited for each year from 1994 – 2013?" + "\nQ. Quit program."
                    + "\nEnter your selection:");

            // Read next line
            String selection = scannerIn.nextLine().trim().toUpperCase();
            if (selection.equalsIgnoreCase("Q")) {
                System.out.println("Thank you for trying the US Crimes Statistics Program.");
                // End loop when Q is entered
                break;
            } // End If
            else {
                switch (selection) {
                case "1":
                    crimes.getPopulationGrowth();
                    break;
                case "2":
                    System.out.printf("The Violent Crime rate was highest in %d", crimes.getMaxViolentCrimeRate());
                    break;
                case "3":
                    System.out.printf("The Violent Crime rate was lowest in %d", crimes.getMinViolentCrimeRate());
                    break;
                case "4":
                    System.out.printf("The Murder rate was highest in %d", crimes.getMaxMurderRate());
                    break;
                case "5":
                    System.out.printf("The Murder rate was lowest in %d", crimes.getMinMurderRate());
                    break;
                case "6":
                    System.out.printf("The Rape rate was highest in %d", crimes.getMaxRapeRate());
                    break;
                case "7":
                    System.out.printf("The Rape rate was lowest in %d", crimes.getMinRapeRate());
                    break;
                case "8":
                    System.out.printf("The Robbery rate was highest in %d", crimes.getMaxRobberyRate());
                    break;
                case "9":
                    System.out.printf("The Robbery rate was lowest in %d", crimes.getMinRobberyRate());
                    break;
                case "10":
                    System.out.printf("The Aggravated Assault rate was highest in %d",
                            crimes.getMaxAggravatedAssaultRate());
                    break;
                case "11":
                    System.out.printf("The Aggravated Assault rate was lowest in %d",
                            crimes.getMinAggravatedAssaultRate());
                    break;
                case "12":
                    System.out.printf("The Aggravated Assault rate was highest in %d",
                            crimes.getMaxPropertyCrimeRate());
                    break;
                case "13":
                    System.out.printf("The Aggravated Assault rate was lowest in %d", crimes.getMinPropertyCrimeRate());
                    break;
                case "14":
                    System.out.printf("The Burglary rate was highest in %d", crimes.getMaxBurglaryRate());
                    break;
                case "15":
                    System.out.printf("The Burglary rate was lowest in %d", crimes.getMinBurglaryRate());
                    break;
                case "16":
                    System.out.printf("The Larceny theft was rate was highest in %d", crimes.getMaxLarcenyTheftRate());
                    break;
                case "17":
                    System.out.printf("The Larceny theft was lowest in %d", crimes.getMinLarcenyTheftRate());
                    break;
                case "18":
                    System.out.printf("The Motor Vehicle theft was rate was highest in %d",
                            crimes.getMaxMotorVehicleTheftRate());
                    break;
                case "19":
                    System.out.printf("The Motor Vehicle theft was lowest in %d", crimes.getMinMotorVehicleTheftRate());
                case "20":
                    System.out.println(crimes.toString());
                    break;
                default:
                    System.out.println("Invalid selection. Please try again.");
                    break;

                } // End Switch

            } // End Else

        } // End While

        scannerIn.close();

    } // End Menu

} // End Class

A: The compilation problem will go away simply by replacing line
CrimeDataClass myCrimes = new CrimeDataClass();

with
CrimeDataArray myCrimes = new CrimeDataArray();

Since you have not explained much on what you want to achieve, its hard to say whether you will achieve what you are after. I see you have readFile() function in CrimeDataArray. Should you not call that to populate myCrimes the before passing the object to menu method menu(crimes)?

redpajama_set_name: RedPajamaStackExchange


Clive Chan's passion for programming and physics led him to pursue a degree in software engineering. He felt it was the perfect intersection of math and engineering and he traces his interest in the field back to the ninth grade when he built a website which did calculations for math problems. He described seeing his work in action and operating successfully as an immensely satisfying feeling.
As he looks to the future, Chan considers machine learning as a possible area of further study. The intersection of software and hardware is where he believes his skillset would be best served.


Refuse to believe there's a limit to how much you can know. Understand what perpetually learning (new skills) can do for you without mentally drowning from the start. In this presentation Olaf will take you through his own experience of wanting to know it all, being told to "focus", diving into the deep end of VFX & VR without a life jacket and what he's learned along the way. So don't be afraid: be excited.


Do you need to create more effective PowerPoint presentations?
Are you looking for help to finalize your next presentation?
Are you worried about an important presentation in English?
Add value to your presentations and save time preparing them, with a training course at your location. A small investment for greater productivity and communication effectiveness.
Request a personal slide coaching session, when you want and from any location. With my feedback, you will open PowerPoint and know exactly what to modify. Simple.
Don't risk being unclear and ineffective when presenting in English. Book an internet presentation rehearsal. You will know what to modify in the slides and in your words.
Twenty years of international experience in multinational IT companies, with roles in marketing, business development, and training, followed by ten years as an independent consultant and trainer, are a unique skill set my customers appreciate.
Were presentations built the same way in 1980? Some advice still holds, some does not, find out in this article.
Do you really know how your sales team presents to customers and prospects?
Where can I find free images for my presentations? Here are 3 websites and 3 PowerPoint Add-ins to get you started.


Although it might seem like an unnecessary topic, but someone might want to revert back to Android 4.4.4 KitKat from Android 5.0 Lollipop. Several reasons come to mind – you might not like the material design, you might experience performance problems with the Lollipop or you might want to go back to the stock firmware of your region instead of using the GPE firmware or the Brazil firmware. No matter what, you might want to go back to KitKat. Follow the steps below to do that. Please be cautious that this might soft-brick your phone and the way to un-brick it is to flash the lollipop firmware again.
If you have a Motorola Moto G (2013) and still haven't received the Android 5.0 OTA notification, you can manually upgrade your device to Android 5.0 Lollipop. This tutorial will exactly show you how to do that. I am trying to write this tutorial in such a way that both the single SIM version and the dual SIM version of Moto G can be upgraded.
Moto G is one of the most widely appreciated phone of 2013. With this phone, Motorola has showed that you don't have to spend a premium to get a very acceptable smartphone experience. What's even more amazing is the developer support behind this device. The XDA Forum for Moto G is very active and there are tons of custom ROMs and custom kernels available for this tiny beast. However, you would need to unlock your bootloader first to taste those different ROMs and kernels. In this tutorial, I will list the steps for unlocking the bootloader of your MOTO G.


Is French Language compulsory in France?
No, French Universities are now using English as the language of instruction especially in areas like Management, engineering, Political science etc, to attract more international students. It is advisable to learn some French in order to compete with French Students.
May I work in France?
International students coming from countries outside the European Union for programmes more than 6 months must obtain a long term students visa from the French consulate.
How can I find housing in France?


This is your everyday welding equipment for all your welding needs. Already used and dirty, so it will fit in nicely in your dirty garage or workplace.
Contains materials for Cycles and LuxRender.
Textures were created in GIMP and the original xcf files with all layers are included. Each element is kept on a separate layer, allowing you to make quick changes to the textures if needed. For instance the dirt layer can be changed without affecting the base paint color or the scratches.
The welder gun, ground clamp, gas cylinder, chain, helmet and the cords and hoses are separate objects to allow easy placement.
Appending the model into your scene is straight forward. Simply appending the welder group to the new scene will include all pieces.
The GIMP xcf files have layers for each texture element (dirt, scratches and so on) and are organized in layer groups, one for each texture type (diffuse, roughness and bump). After making any changes to the layers you export the texture based on the GIMP file name and layer group name. For instance, the diffuse layer group in the 'welder helmet.xcf' is exported as 'welder helmet diffuse.jpg' [GIMP xcf file name] + [layer group name] + .jpg Use File->Export As... in GIMP to export the texture.


Villa Elena sleeps 6 in 3 bedrooms and a mezzanine level, and 2 bathrooms. It has a swimming pool and terrace with the most fabulous views. Situated on the Greek Island of Skopelos, Villa Elena provides elegant self catering accommodation in Greece.
Villa Elena is an impressive property that combines both modern and traditional styles to great effect. The villa is situated in an elevated position above the bay of Skopelos and is designed on different terraces so that every room has access or views of the swimming pool and bay below.
Villa Elena has modern style interiors with and polished wooden floors, marble tiling and tasteful, understated and elegant furnishings. The main entrance level leads to a large open split level mezzanine with high wooden beamed ceilings. The main entrance level has one twin bedded room and a W/C shower room. French doors lead out onto a veranda overlooking the swimming pool.
A few stairs below is the open plan kitchen and living room level. Here there is a spacious dining area, fireplace and plenty of comfortable sofas. There is a very well equipped kitchen with modern black cabinets with stainless steel finishes. On this level, there is a spacious terrace with outdoor dining area, plenty of seating for relaxing and a shady pergola.
A few steps lead down from the central living area to a lower level where there is a master bedroom suite with en-suite bathroom, full sized bathtub, king-sized bed, TV/music centre and computer area. French Windows lead out onto a lovely terrace with wonderful views. Also on this level is a fully equipped laundry room.
A few more steps lead to the lowest level of the house where there is an open plan room with twin beds and small seating area. Doors lead outside to another dining area with large dining table and huge sun umbrella overlooking the kidney shaped swimming pool with its magnificent views. The villa is surrounded by a beautifully landscaped area with grassy lawn ideal for children to play.


text:
Robert Sharratt
6 October 2020 | By Robert Sharratt | 4 min read
OMGNo! Crypto and women's sexual pleasure
The failure by Stripe to provide services to OMGYes, a site that offers educational videos in relation to women's sexual pleasure, illustrates the difference between fintech and crypto. Fintech is the cool, slightly hippie version of the traditional financial system.… Continue reading OMGNo! Crypto and women's sexual pleasure
The Gulf Investor Deception
How Barclays and Credit Suisse avoided a govt bailout during the 2008 financial crisis Nothing illustrates the fact that banks can create their own credit money better than the "investment" in Credit Suisse and Barclays Bank by Gulf investors during… Continue reading The Gulf Investor Deception
What is a key cause of inequality in society?
What do supporters of internet freedom, the yellow vest movement in France, the Occupy protestors and the Arab Spring have in common? A feeling of INEQUALITY. A feeling that the system has too much control and that it is unfair.… Continue reading What is a key cause of inequality in society?
24 September 2020 | By Robert Sharratt | 5 min read
Why do people really buy bitcoin?
People buy bitcoin because of value and values People buy bitcoin because it is a system of money that corresponds to how humanity has exchanged value for most of our history. Technologically, this system is based on mathematical formulae and… Continue reading Why do people really buy bitcoin?
A little Comparison of the Crypto System and the Banking System
Superior value and better values. Crypto currencies are a superior product to nation-state currency and the fractional reserve banking system, for these reasons: lower cost (transaction costs much lower than bank transfers) more convenient (you transact directly, cuts out the… Continue reading A little Comparison of the Crypto System and the Banking System
22 September 2020 | By Robert Sharratt | 12 min read
Our ancient ancestors and money
The story of money is the story of human evolution. Our ancestors' development of money was driven by our biology and our values. The history of money can be separated into two parts: A period where money had an explicit link to value.… Continue reading Our ancient ancestors and money
Creating a better banking system, for a better world
TL;DR The core banking system sucks. It sucks for everyone, but it sucks more if you are poor or live under a dictatorship. Technology allows us to build a better core financial model. By core banking, I mean deposits and… Continue reading Creating a better banking system, for a better world
Crypto and the payments industry
The crypto system will replace the current payments industry in the next decade. Here is why Current system The existing cards-banking system is based on pull technology, which is complex, costly and prone to fraud. The crypto payment system, based on push technology, is… Continue reading Crypto and the payments industry
The reports of bitcoin environmental damage are garbage
I have a background in electricity, from when I was an investment banker. I worked in a Natural Resources & Power group for about 8 years and modelled electricity systems and assets in the UK and China in the context… Continue reading The reports of bitcoin environmental damage are garbage
Swiss private banking in the age of Coronavirus
The current crisis presents an opportunity for Swiss players to increase global market share and profitability. This will be driven by three main client demands over the next decade: Wealth preservation Openness Yield Swiss private banks are uniquely placed to… Continue reading Swiss private banking in the age of Coronavirus
How to debate crypto deniers and win
Here is how to respond to those who are ignorant of the future, ranging from well-meaning family members to Nouriel Roubini types. 1. If they say: Crypto is for drug dealers. You respond: In the early days of the internet, many people… Continue reading How to debate crypto deniers and win
The 3 most ridiculous things said by economists so far in 2020
#3. Joseph Stiglitz. Referring to the concentration of economic power in the technology industry: "they have the power to raise prices well above the cost of production."[1] I know your head is stuck in Das Kapital, but it is the 21st century,… Continue reading The 3 most ridiculous things said by economists so far in 2020
Why do we still use banks?
Banks are dinosaurs. And DeFi is the meteor First seen in The Defiant Retail banks are dinosaurs. Bill Gates, 1994 Yet, despite this widespread belief, US bank deposits increased from $189 billion in 1994 to $7.8 trillion in 2019.[1] Technology… Continue reading Why do we still use banks?
Don't expect banks to lend again anytime soon
As the world faces an unprecedented economic crisis, there is a fundamental error in most policy-makers' assumptions: they see banks as financial intermediaries. In this view, banks are simply intermediaries, charging for connecting surplus capital with productive opportunities. Essentially, it… Continue reading Don't expect banks to lend again anytime soon
The War on Savers
Historically, savers have been able to earn a decent return on their savings from investing in government bonds and holding their funds in a bank. This changed after the 2008 financial crisis. For the past decade there has been a… Continue reading The War on Savers
9 September 2020 | By Robert Sharratt | 11 min read
Where does money come from?
Cutting through the veil of lies, invented complexities and deceit In the event that you ever took a course in economics at university, there is a reason why you don't know that commercial banks create the vast majority of the… Continue reading Where does money come from?
27 August 2020 | By Robert Sharratt | 4 min read
Ruvercap: Never Again
From Charles Ponzi to Bernie Madoff, financial con men all have one thing in common: obscurity. They operate in the dark. Investors now have a technology that can help protect them from being conned: it is called the blockchain. Not… Continue reading Ruvercap: Never Again


text:
Direct access to content
Direct access to research
Direct access to menu
Codes and Manuals
Documentary Portal
Training Platform
Animal Diseases
We are the global authority on animal health. Founded in 1924 as the Office International des Epizooties (OIE), in May 2003 we adopted the common name World Organisation for Animal Health. An intergovernmental organisation, we focus on transparently disseminating information on animal diseases, improving animal health globally and thus build a safer, healthier and more sustainable world
We work to improve animal health and welfare across the globe. By collecting, analysing and disseminating veterinary scientific information, we encourage international solidarity in the control of animal health risks. Furthermore, we work across borders to foster a One Health approach, recognising that the health of animals, humans and the environment are interdependent.
Disease Data Collection
Official Disease Status
Disease Eradication
Biological threat reduction
We oversee various programmes, both cross-sectoral ones and those focused on specific needs, to improve the capacities of Veterinary Services and Aquatic Animal Health Services. These programmes are designed to empower and guide countries in the development and implementation of sustainable national plans which go well beyond purely veterinary matters.
Improving Veterinary Services
Expertise Network
Safe Trade and Movement of Animals
Self-declared Disease Status
Find information related to the animal disease situation in the world, as well to the work of the Organisation.
WAHIS
Use the search engine below to find a specific content.
Latest disease alerts
Controlling the surge of avian influenza cases in Central and South America
For the first time since 2002, seventy-five outbreaks of high pathogenicity avian influenza (HPAI) have been reported in nine countries in Central and South America. According to information shared by countries with the World Organisation for Animal Health (WOAH), these outbreaks have already led to the loss of nearly 1.2 million poultry.
The implementation of animal health standards through a data lens: the Observatory Annual Report
Joint Press Release
Quadripartite welcomes new political commitments in fight against antimicrobial resistance
Antimicrobial resistance: Now is the time for collective action
Improving animal health worldwide
To help create a future in which humans and animals benefit and support each other, for a healthier, more sustainable world.
To contribute to a more sustainable world, so that livelihoods are transformed, economies are boosted and the future is safer and healthier for everyone.
To improve animal health globally, thereby ensuring a better future for all.
Since 1924, we have focused on monitoring and disseminating knowledge about animal diseases and how to use scientific data to limit animal diseases' adverse effects on society.
Implementation of WOAH standards: the Observatory Annual Report
It is important for WOAH to understand to what extent our standards are being implemented, and identify the barriers to their implementation. This knowledge will help us improve the standard-setting process and better support our Members in the future.
Type of animals Other animals, Terrestrials
Listed Diseases
Type of animals Swine, Terrestrials
Chapter 15.1. Infection with African Swine Fever Virus
Chapter 3.8.1 African Swine Fever (Infection with African Swine Fever Virus)
Type of animals Avian, Terrestrials
Chapter 10.4. Infection with High Pathogenicity Avian Influenza Viruses
Chapter 3.3.4. Avian Influenza (Including infection with High Pathogenicity Avian Influenza Viruses)
Listed Diseases, With Official Disease Status
Type of animals Multiple species, Terrestrials
Chapter 8.8. Infection with Foot And Mouth Disease virus
Chapter 3.1.8. Foot and Mouth Disease (Infection with Foot and Mouth Disease virus)
Nipah virus
Manual Chapter on Disease
Newcastle disease
Working across borders to foster a One Health approach to global health. The health of animals and the environment strongly depend on human activities.
The "One Health" approach summarises a concept that has been known for more than a century; that human, animal and plant health are interdependent and bound to the health of the ecosystems in which they exist. We envisage and implement it as a collaborative, whole of society, whole of government approach to understanding, anticipating and addressing risks to global health.
Imagine a world where infections and diseases in humans, animals and plants are impossible to treat. This worst-case scenario could become a reality as bacteria, viruses and parasites develop resistance to the drugs we use to fight them. Antimicrobial resistance, or AMR, has become one of the most pressing health issues of our time. Solutions exist and everyone has a role to play in the fight against this global threat.
World Animal Health Information System Discover Data Before 2005 Discover Active Search Discover Simulation Exercises Discover The World Animal Health Information System (WAHIS) is an internet-based computer system that processes data on animal diseases in…
Animal welfare is a complex and multi-faceted subject with scientific, ethical, economic, cultural, social, religious and political dimensions. It is attracting growing interest from civil society and is one of the priorities of the World Organisation for Animal Health (WOAH).
Aquatic animals play a key role in achieving a more prosperous and secure world, contributing to Sustainable Development Goals (SDGs).
Science based publications
Publication, Report
An Overview of the Futures Literacy Laboratory on 'The Futures of Climate Responses, 2040
.pdf – 2 MB See the document
Co-Publication, GF-TADs, Report
GF-TADs: GCC-FMD Meeting Report
Annual, Co-Publication, Publication, Report
2021 ANNUAL REPORT – Global control of African swine fever: a GF-TADs initiative
Co-Publication, Report
GF-TADs: GSC12 Meeting Report
.pdf – 888 KB See the document
Multisectoral Coordination Mechanisms Operational Tool
Surveillance and Information Sharing Operational Tool
GF-TADs: GSC11 Activity Report
GF-TADs Strategy for 2021–2025 – summary
The monthly newsletter that relays news from the World Organisation for Animal Health (WOAH), as well as from its network and regions. News includes its Members' self-declarations, articles, upcoming events, publications, communication tools and more. Subscribe to the monthly newsletter and stay informed on the organisation's latest activities at both global and regional levels.
Copyright © World Organisation for Animal Health 2023
_gat_UA-190436238-1 1 minute No description
_pk_id.2.ece2 1 year 27 days No description
_pk_ses.2.ece2 30 minutes No description
_pk_testcookie.2.ece2 session No description
CONSENT 16 years 8 months 2 days 15 hours No description
oKBJgxZFRjc- 1 day No description
XxhSHVdnPFQD 1 day No description
_ga session This cookie is installed by Google Analytics. The cookie is used to calculate visitor, session, campaign data and keep track of site usage for the site's analytics report. The cookies store information anonymously and assign a randomly generated number to identify unique visitors.


The Jaclyn has a fitted bodice with princess seams to flatter every body type. Add in the stand-up collar, front zip placket and ¾ sleeve with ruching detail at the arm and you've got yourself a new favorite top.
Tzu Tzu Stylists suggest pairing your Python Princess pieces with Blue Lagoon, Citrus, Amethyst, Kiwi, Lemon, Tangerine, Black or White.


Juice in the Czech Republic continued to record dynamic growth in volume sales in 2018, driven by increasing consumer interest in healthy fruit-based beverages and rising disposable incomes. 100% juice saw rapid growth, and this is expected to continue over the forecast period.
The poor fruit harvest in 2017 and frosts in spring 2018 in the Czech Republic and other countries led to rises in the prices of fruit. Some producers were forced to pass these price increases on to consumers.
Although Czechs are increasingly becoming inclined to experiment with exotic flavours, traditional flavours continue to dominate juice in terms of volume sales. Orange and apple continue to be the most popular flavours amongst Czech consumers.
Brands outperformed private label in 2018. Private label declined in juice in off-trade volume terms, with Kaufland and Tesco maintaining their leading positions.
Hectic lifestyles force many Czechs to skip breakfast, which leads to diminishing key consumption occasions for juice, posing a challenge to consumption. On the other hand, busy lifestyles offer opportunities for juice players to harness rising on-the-go demand.
Maspex Czech continued to lead juice in off-trade volume and value terms in 2018. The company, which offers a wide variety of juice products under the Relax brand, focuses on adding new flavours to its already broad portfolio.
Discover the latest market trends and uncover sources of future market growth for the Juice industry in Czech Republic with research from Euromonitor's team of in-country analysts.
If you're in the Juice industry in Czech Republic, our research will save you time and money while empowering you to make informed, profitable decisions.
What is the market size of Juice in Czech Republic?
What is the key on-trade distribution for fruit juice and vegetable juice in Czech Republic?