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Linkedlists__MACOSX/._sp21-homework-5-MueezOdusanya sp21-homework-5-MueezOdusanya/homework5.iml                                                                                                                                                                                                                                               sp21-homework-5-MueezOdusanya/TestHexBoard.tst 984278095="NoSuchElementException" 890540989=2 1318093596="false" 1899087169="false" 1563298685="false" 363200885="null" 2013750705="true" 221027861="true" 1502452343="false" 2097102435="false" 171969021=1 924173642="NullPointerException" 948342169="true" __MACOSX/sp21-homework-5-MueezOdusanya/._test __MACOSX/sp21-homework-5-MueezOdusanya/._bin sp21-homework-5-MueezOdusanya/TestPieceCollection.tst 1442026135="true" 263759869="false" 48303607="true" 1928879295="NullPointerException" 330480954="true" 434214267="IllegalArgumentException" 1764796602="IllegalArgumentException" 636855615="NoSuchElementException" 479813527=2 sp21-homework-5-MueezOdusanya/.classpath   	  	  	  	  	  sp21-homework-5-MueezOdusanya/.project            homework5                                                                                   org.eclipse.jdt.core.javabuilder                                                                                                         org.eclipse.jdt.core.javanature          __MACOSX/sp21-homework-5-MueezOdusanya/._lib __MACOSX/sp21-homework-5-MueezOdusanya/._.git __MACOSX/sp21-homework-5-MueezOdusanya/._.idea __MACOSX/sp21-homework-5-MueezOdusanya/._src sp21-homework-5-MueezOdusanya/test/map.hex LAND LAND WATER WATER WATER LAND MOUNTAIN LAND WATER WATER CITY LAND LAND DESERT LAND MOUNTAIN MOUNTAIN FOREST LAND LAND LAND MOUNTAIN DESERT LAND FOREST LAND LAND LAND DESERT DESERT MOUNTAIN LAND LAND FOREST WATER WATER WATER LAND DESERT DESERT WATER LAND DESERT LAND WATER MOUNTAIN FOREST WATER WATER LAND LAND FOREST LAND LAND FOREST FOREST CITY LAND LAND DESERT DESERT MOUNTAIN LAND DESERT LAND LAND FOREST LAND DESERT LAND LAND LAND MOUNTAIN LAND FOREST FOREST FOREST LAND FOREST WATER MOUNTAIN FOREST WATER FOREST FOREST WATER WATER WATER WATER WATER WATER sp21-homework-5-MueezOdusanya/test/sample.gam BLUE/BOAT GREEN/TANK GREEN/FOOT RED/HORSE RED/HORSE BLUE/CAR __MACOSX/sp21-homework-5-MueezOdusanya/bin/._edu sp21-homework-5-MueezOdusanya/bin/TestHexBoard.class sp21-homework-5-MueezOdusanya/bin/UnlockTests.class sp21-homework-5-MueezOdusanya/bin/TestInvariant.class sp21-homework-5-MueezOdusanya/bin/TestPieceCollection.class sp21-homework-5-MueezOdusanya/bin/TestEfficiency.class sp21-homework-5-MueezOdusanya/bin/TestCollection.class sp21-homework-5-MueezOdusanya/lib/car-compact-2.png sp21-homework-5-MueezOdusanya/lib/boat.png sp21-homework-5-MueezOdusanya/lib/relaxing-walk-2.png sp21-homework-5-MueezOdusanya/lib/relaxing-walk.png sp21-homework-5-MueezOdusanya/lib/boat-2.png sp21-homework-5-MueezOdusanya/lib/quiet-horse-side-view-silhouette.png sp21-homework-5-MueezOdusanya/lib/homework5.jar META-INF/MANIFEST.MF Manifest-Version: 1.0 Created-By: 11.0.9.1 (Debian) edu/uwm/cs351/util/ColoredIcon.class package edu.uwm.cs351.util; public synchronized class ColoredIcon {     private static final int ALPHA_MASK = -16777216;     public void ColoredIcon();     public static javax.swing.Icon color(javax.swing.Icon, java.awt.Color); } edu/uwm/cs351/util/ColoredIcon.java edu/uwm/cs351/util/ColoredIcon.java package edu.uwm.cs351.util; import java.awt.Color; import java.awt.Image; import java.awt.image.BufferedImage; import javax.swing.Icon; import javax.swing.ImageIcon; public class ColoredIcon {     private static final int ALPHA_MASK = 0xFF000000;     public static Icon color(Icon icon, Color color) {         if (!(icon instanceof ImageIcon)) throw new UnsupportedOperationException("can't handle");         ImageIcon ii = (ImageIcon)icon;         Image i = ii.getImage();         int width = i.getWidth(null);         int height = i.getHeight(null);         BufferedImage newbi = new BufferedImage(width,height,BufferedImage.TYPE_INT_ARGB);         newbi.getGraphics().drawImage(i, 0, 0, null);         for (int x=0; x (); } edu/uwm/cs351/HexCoordinate.java edu/uwm/cs351/HexCoordinate.java package edu.uwm.cs351; import java.awt.Point; import java.awt.Polygon; /**  * Coordinates on a hexagon-filled game board.  *	*a	 left to right (0 = left edge, moving left half a hex each line down)  *	b	 top to bottom (0 = top edge)  *	c	 left to right (0 = top edge, moving right half a hex each line down)  ** The {@link #c()} coordinate is always the difference of the first two.  */ public class HexCoordinate {     private final int a, b, c;          /**      * Create a hexagonal coordinate by specifying the first two coordinates      * and computing the third.      * @param a first coordinate      * @param b second coordinate      */     public HexCoordinate(int a, int b) {         // #(         this.a = a;         this.b = b;         this.c = a - b;         // #)         // TODO: Very easy. See handout.     }          /**      * Create a hexagonal coordinate by specifying all three coordinates,      * which must be consistent.      * @param a      * @param b      * @param c      * @exception IllegalArgumentException if the coordinates are not consistent.      */     public HexCoordinate(int a, int b, int c) throws IllegalArgumentException {         // #(         if (a - b != c) throw new IllegalArgumentException("c coordindate must be the difference of a and b: " + c + " != " + a + " + " + b);         this.a = a;         this.b = b;         this.c = c;         // #)         // TODO: Check consistency and then assign fields.     }          /// three simple accessors          /** Return the first coordinate (how far from left      * plus more every line).      * @return the first coordinate      */     public int a() { return a; }          /**      * Return the second coordinate (how far from top).      * @return the second coordinate      */     public int b() { return b; }     /**      * Return the third coordinate (how far from left      * minus more very line).      * @return the third coordinate      */     public int c() { return c; }               /// Overrides     // no need to give a documentation comment if overridden documentation still is valid.     // return true iff x is another HexCoordinate with the same value     @Override     public boolean equals(Object x) {         // #(         if (x instanceof HexCoordinate) {             HexCoordinate other = (HexCoordinate)x;             if (other.a == a && other.b == b) return true;         }         return false;         // #)         // TODO     }          @Override     public int hashCode() {         return a ^ (b ";         // #)         // TODO: return a string of the form      }     /**      * Return the closest hex coordinate to this point.      * If two are equally close, either may be returned.      * @param p      * @param width width of grid (must NOT be negative or zero)      * @return closest hex coordinate      */     public static HexCoordinate fromPoint(Point p, int width) {         float height = width * HEIGHT_RATIO;         float db = p.y/height;         float da = (float)p.x/width + db/2.0f;         float dc = da - db;                  int ac = (int)Math.floor((da+dc));         int ab = (int)Math.floor((da+db));         int bc = (int)Math.floor((db-dc));                  int a = (int)Math.ceil((ab+ac)/3.0);         int b = (int)Math.ceil((ab+bc)/3.0);         return new HexCoordinate(a,b);     }     /// Other accessors          //define HEIGHT_RATIO is the ration of height to width     public static final float HEIGHT_RATIO = (float) (Math.sqrt(3.0)/2.0); // height of a row, given width = 1.0     private static final float THIRD = 1.0f/3.0f;     private static final float TWOTHIRD = 2.0f/3.0f;          /**      * Return center of hexagon as a point on the two-dimensional AWT plane.      * @param width width of hexagon      * @return Point in the center of the hexagon      */     public Point toPoint(int width) {         // #(         return toPoint(width, a, b);         // #)         // TODO: call the other toPoint method with the correct coordinates     }          /**      * A generalization of {@link #toPoint(int)} that takes two floats, to permit      * fractions into the coordinate space.      * @param width width of hexagon in grid      * @param a first coordinate      * @param b second coordinate      * @return [x,y] point for this location.      */     private static Point toPoint(int width, float a, float b) {         float height;         // #(         height = width * HEIGHT_RATIO;         // #)         // TODO: compute the height using the width and the height ratio         return new Point(Math.round(width*(a-b/2.0f)),Math.round(height*b));     }               /**      * Create a polygon (for rendering in AWT) for the hexagon around this      * hex coordinate.  The hexagons so creates tile the plane.      * @param width width of hexagon in pixels      * @return polygon for hexagon      */     public Polygon toPolygon(int width) {         Point[] ps = {                 toPoint(width,a-THIRD,b-TWOTHIRD),                 toPoint(width,a+THIRD,b-THIRD),                 toPoint(width,a+TWOTHIRD,b+THIRD),                 toPoint(width,a+THIRD,b+TWOTHIRD),                 toPoint(width,a-THIRD,b+THIRD),                 toPoint(width,a-TWOTHIRD,b-THIRD)         };         Polygon result = new Polygon();         // #(         for (Point p : ps) {             result.addPoint(p.x,p.y);         }         // #)         //TODO: add the points in ps to this Polygon         // you may want to look up Oracle's page on Polygon         return result;     }          /**      * Return the number of steps to get from one hex to another.      * We can use the smallest distance traveling along just two of the coordinates.      * Thus we can add all the differences and remove the largest (not used).      * Alternately, we can return thelargest of the differences directly,      * which (do the algebra!) is the same value.      * @param other      * @return number of steps from one hex to another      */     public int distance(HexCoordinate other) {         // #(         int da = Math.abs(a - other.a);         int db = Math.abs(b - other.b);         int dc = Math.abs(c - other.c);         int maxd = Math.max(da, Math.max(db,dc));         return maxd; // return da + db + dc - maxd;         // #)         // TODO: return the distance between this hexagon and the other         //       see the handout for details         //       you can use Math.max(x, y) and Math.abs(x)     }          /**      * Return HexCoordinate whose string is the given string.      * @param s hex coordinate string of form .  Must not be null      * @return hex coordinate whose string is this method's parameter.      * @throws FormatException if the strong format is bad.      */     public static HexCoordinate fromString(String s) throws FormatException {             if (!s.startsWith("")) {                     throw new FormatException("Not in format : '" + s + "'");             }             String[] pieces = s.substring(1, s.length()-1).split(",");             if (pieces.length != 3) {                     throw new FormatException("Not in format : '" + s + "'");             }             int a, b, c;             try {                     a = Integer.parseInt(pieces[0]);                     b = Integer.parseInt(pieces[1]);                     c = Integer.parseInt(pieces[2]);             } catch (NumberFormatException ex) {                     throw new FormatException(ex);             }             return new HexCoordinate(a,b,c);     }      } edu/uwm/cs351/Terrain.class package edu.uwm.cs351; public final synchronized enum Terrain {     public static final Terrain INACCESSIBLE;     public static final Terrain WATER;     public static final Terrain LAND;     public static final Terrain FOREST;     public static final Terrain MOUNTAIN;     public static final Terrain CITY;     public static final Terrain DESERT;     private final java.awt.Color color;     public static Terrain[] values();     public static Terrain valueOf(String);     private void Terrain(String, int, java.awt.Color);     public java.awt.Color getColor();     static void (); } edu/uwm/cs351/Terrain.java edu/uwm/cs351/Terrain.java package edu.uwm.cs351; import java.awt.Color; /** A terrain class for a game board with hexagonal tiles.  * The game determines the meaning of the various terrains.  * We use light colors for rendering (except inaccessible) to help with contrast.  */ public enum Terrain {     INACCESSIBLE(Color.BLACK),     WATER(Color.CYAN),     LAND(Color.WHITE),     FOREST(Color.GREEN),     MOUNTAIN(Color.LIGHT_GRAY),     CITY(Color.ORANGE),     DESERT(Color.YELLOW);     private final Color color;          //There is no public constructor. Why not?          private Terrain(Color c) {         // #(         color = c;         // #)         // TODO: initialize the color field     }          /**      * Return the suggested color to use for this terrain.      * Color is light to permit dark foregrounds to be used on figures on tiles.      * @return color associated with this terrain.      */     public Color getColor() {         // #(         return color;         // #)         // TODO: return the color for this terrain     } } edu/uwm/cs351/FormatException.class package edu.uwm.cs351; public synchronized class FormatException extends RuntimeException {     private static final long serialVersionUID = 1;     public void FormatException();     public void FormatException(String);     public void FormatException(Throwable);     public void FormatException(String, Throwable); } edu/uwm/cs351/FormatException.java edu/uwm/cs351/FormatException.java package edu.uwm.cs351; public class FormatException extends RuntimeException {     /**      * Keep Eclipse happy      */     private static final long serialVersionUID = 1L;     public FormatException() {     }     public FormatException(String message) {         super(message);     }     public FormatException(Throwable cause) {         super(cause);     }     public FormatException(String message, Throwable cause) {         super(message, cause);     } } edu/uwm/cs/junit/LockedTestCase$Info.class package edu.uwm.cs.junit; synchronized class LockedTestCase$Info {     final java.io.File testFile;     final java.util.Map keys;     final java.util.Map replacements;     void LockedTestCase$Info(java.io.File);     public void read();     void put(String, int, Object);     void putReplace(String, int, Object);     public void write() throws java.io.IOException;     public String toString(); } edu/uwm/cs/junit/LockedTestCase.class package edu.uwm.cs.junit; public synchronized class LockedTestCase extends junit.framework.TestCase {     private static java.util.Map allLockedTestInfo;     private LockedTestCase$Info lockedTestInfo;     private static java.io.BufferedReader input;     private static LockedTestCase$Info getLockedTestInfo(String);     protected void LockedTestCase();     private void addKey(String, int, Object);     private void writeTestFile() throws java.io.IOException;     protected Object T(int, String, String);

__MACOSX/._sp21-homework-5-MueezOdusanya sp21-homework-5-MueezOdusanya/homework5.iml sp21-homework-5-MueezOdusanya/TestHexBoard.tst XXXXXXXXXX="NoSuchElementException" XXXXXXXXXX=2 XXXXXXXXXX="false"...

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