Revised code and added lab requirements in README.md

README.md

@@ -59,15 +59,45 @@ Take note of the various variables and their data types. Write a brief summary i
 * Its data type
 * and example values you can assign them.
 
+- String scriptTemplateLine1-5 // Strings of characters which provides templates where strings, digits, newlines, and floats are inserted
+- int good/bad // Integers which are expected inputs for user response like 1 and 2
+- float emotionalDamage / double dEmotionalDamage // Used to display floating point numbers like 50.0
+- boolean trueOrFalse // Boolean assigns a true or false statement depending on input
+
 Next give TWO example variable names and TWO example variable assignments that are **WRONG** and explain why.
 * Hint: your IDE can help you discover wrong assignments or variable names!
 
+- int number = "5"; // expected integer returned String
+- String = 5; // expected string returned integer
+
 ### Part 3 - Bonus: Play around with Java String Format Specifiers.
 
 Pick several of the Java format specifiers below and define variables of the correct type utilize **sout** and **String.format** to view the resulting formats.
 
 ![Format Specifiers](JavaStringFormatSpecifiers.png)
 
+**Some format specifiers described**
+
+- %b // *Boolean format specifier*
+- %s // *String format specifier*
+- %f // *Float format specifier*
+- %d // *Digit or int format specifier*
+
+**Listed below is an example snippet of code showcasing these format specifiers**
+
+```java
+  class FormatSpecifiers {
+  public static void main(String[] args) {
+  boolean x = true;
+  boolean x1 = false;
+  double y = 5.0;
+  int y1 = 5;
+  String z = "Lorem ipsum dolor sit amet";
+  System.out.printf("Booleans can be \"%b\" or \"%b\"\nDoubles have a decimal, like %.1f, while Integers such as %d do not.\nStrings, on the other hand, can be just about any assortment of characters you want, shown here: %s.", x, x1, y, y1, z);
+  }
+  }
+```
+
 ### Part 4 - Submission
 * Just as you did last week (Reference the Lab video in your Week 1 module), create a Feature1 branch of your code
 * Commit your working code to your local copy

src/LikeAGirl.java

@@ -1,5 +1,8 @@
 import java.util.Scanner;
 
+/**
+ * @author Trevor Hartman, Skyler Means
+ */
 public class LikeAGirl {
     /**
      * "Like a Girl," Super Bowl XLIX (2015) - <a href="https://www.youtube.com/watch?v=5yLXrWLvwAo">Like a Girl</a>
@@ -15,13 +18,13 @@ public static void main(String[] args) {
         String scriptTemplateLine5 = "You answered %d%n%s.";
         String ansGood = "Always wants to change that.%nEmotional Damage %f";
         String ansBad = "Good for you.%nEmotional Damage %f";
-        String likeAGirl = "Like a Girl";
+        String likeAGirl = "Like a Boy";
 
         // integer variable
-        int good = 0;
-        int bad = 1;
+        int good = 1;
+        int bad = 2;
         // 32 bit floating point variable
-        float emotionalDamage = 0.0f;  // 32 Bit, but it does exist!
+        float emotionalDamage = 50.0f;  // 32 Bit, but it does exist!
         // double precision floating point variable
         double dEmotionalDamage = 100.0; // Double precision
         // boolean variable
@@ -44,12 +47,12 @@ public static void main(String[] args) {
 
         System.out.println(
                 String.format(scriptTemplateLine5, answer,
-                        (answer == good) ?
+                        (answer != good) ?
                                 String.format(ansGood, dEmotionalDamage) : String.format(ansBad, emotionalDamage)
                 )
         );
 
-        trueOrFalse = (answer != good);  // if answer == 1 (i.e. good), then trueOrFalse should be False
+        trueOrFalse = (answer == good);  // if answer == 1 (i.e. good), then trueOrFalse should be False
         System.out.printf("Did you answer like a nice person? %B%n", trueOrFalse);
     }
 }