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ManaCostShard converted to enum

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maps of lists - for future commits
This commit is contained in:
Maxmtg
2013-05-14 10:35:09 +00:00
parent 4101c6036c
commit 6d36ca9e67
9 changed files with 332 additions and 181 deletions
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35
src/main/java/forge/card/mana/ManaAtom.java Normal file
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@@ -0,0 +1,35 @@
package forge.card.mana;
import forge.card.MagicColor;
/** A bitmask to represent any mana symbol as an integer. */
public abstract class ManaAtom {
public static final int COLORLESS = 1 << 0;
/** The Constant WHITE. */
public static final int WHITE = MagicColor.WHITE; // 1 << 1;
/** The Constant BLUE. */
public static final int BLUE = MagicColor.BLUE; // 1 << 2;
/** The Constant BLACK. */
public static final int BLACK = MagicColor.BLACK; // 1 << 3;
/** The Constant RED. */
public static final int RED = MagicColor.RED; // 1 << 4;
/** The Constant GREEN. */
public static final int GREEN = MagicColor.GREEN; // 1 << 5;
/** The Constant IS_X. */
public static final int IS_X = 1 << 8;
/** The Constant OR_2_COLORLESS. */
public static final int OR_2_COLORLESS = 1 << 9;
/** The Constant OR_2_LIFE. */
public static final int OR_2_LIFE = 1 << 10;
/** The Constant IS_SNOW. */
public static final int IS_SNOW = 1 << 11;
}

254
src/main/java/forge/card/mana/ManaCostShard.java
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@@ -24,7 +24,47 @@ import forge.util.BinaryUtil;
/**
* The Class CardManaCostShard.
*/
public class ManaCostShard {
public enum ManaCostShard {
COLORLESS(ManaAtom.COLORLESS, "1"),
X(ManaAtom.IS_X, "X"),
S(ManaAtom.IS_SNOW, "S"),
/* Pure colors */
WHITE(ManaAtom.WHITE, "W"),
BLUE(ManaAtom.BLUE, "U"),
BLACK(ManaAtom.BLACK, "B"),
RED(ManaAtom.RED, "R"),
GREEN(ManaAtom.GREEN, "G"),
/* Hybrid */
WU(ManaAtom.WHITE | ManaAtom.BLUE, "W/U", "WU"),
WB(ManaAtom.WHITE | ManaAtom.BLACK, "W/B", "WB"),
WR(ManaAtom.WHITE | ManaAtom.RED, "W/R", "RW"),
WG(ManaAtom.WHITE | ManaAtom.GREEN, "W/G", "GW"),
UB(ManaAtom.BLUE | ManaAtom.BLACK, "U/B", "UB"),
UR(ManaAtom.BLUE | ManaAtom.RED, "U/R", "UR"),
UG(ManaAtom.BLUE | ManaAtom.GREEN, "U/G", "GU"),
BR(ManaAtom.BLACK | ManaAtom.RED, "B/R", "BR"),
BG(ManaAtom.BLACK | ManaAtom.GREEN, "B/G", "BG"),
RG(ManaAtom.RED | ManaAtom.GREEN, "R/G", "RG"),
/* Phyrexian */
PW(ManaAtom.WHITE | ManaAtom.OR_2_LIFE, "W/P", "PW"),
PU(ManaAtom.BLUE | ManaAtom.OR_2_LIFE, "U/P", "PU"),
PB(ManaAtom.BLACK | ManaAtom.OR_2_LIFE, "B/P", "PB"),
PR(ManaAtom.RED | ManaAtom.OR_2_LIFE, "R/P", "PR"),
PG(ManaAtom.GREEN | ManaAtom.OR_2_LIFE, "G/P", "PG"),
/* Or 2 colorless */
W2(ManaAtom.WHITE | ManaAtom.OR_2_COLORLESS, "2/W", "2W"),
U2(ManaAtom.BLUE | ManaAtom.OR_2_COLORLESS, "2/U", "2U"),
B2(ManaAtom.BLACK | ManaAtom.OR_2_COLORLESS, "2/B", "2B"),
R2(ManaAtom.RED | ManaAtom.OR_2_COLORLESS, "2/R", "2R"),
G2(ManaAtom.GREEN | ManaAtom.OR_2_COLORLESS, "2/G", "2G");
private final int shard;
@@ -46,7 +86,7 @@ public class ManaCostShard {
* @param sValue
* the s value
*/
protected ManaCostShard(final int value, final String sValue) {
private ManaCostShard(final int value, final String sValue) {
this(value, sValue, sValue);
}
@@ -60,7 +100,7 @@ public class ManaCostShard {
* @param imgKey
* the img key
*/
protected ManaCostShard(final int value, final String sValue, final String imgKey) {
private ManaCostShard(final int value, final String sValue, final String imgKey) {
this.shard = value;
this.cmc = this.getCMC();
this.cmpc = this.getCmpCost();
@@ -68,147 +108,16 @@ public class ManaCostShard {
this.imageKey = imgKey;
}
/** A bitmask to represent any mana symbol as an integer. */
public abstract static class Atom {
public static final int COLORLESS = 1 << 0;
/** The Constant WHITE. */
public static final int WHITE = MagicColor.WHITE; // 1 << 1;
/** The Constant BLUE. */
public static final int BLUE = MagicColor.BLUE; // 1 << 2;
/** The Constant BLACK. */
public static final int BLACK = MagicColor.BLACK; // 1 << 3;
/** The Constant RED. */
public static final int RED = MagicColor.RED; // 1 << 4;
/** The Constant GREEN. */
public static final int GREEN = MagicColor.GREEN; // 1 << 5;
/** The Constant IS_X. */
public static final int IS_X = 1 << 8;
/** The Constant OR_2_COLORLESS. */
public static final int OR_2_COLORLESS = 1 << 9;
/** The Constant OR_2_LIFE. */
public static final int OR_2_LIFE = 1 << 10;
/** The Constant IS_SNOW. */
public static final int IS_SNOW = 1 << 11;
}
public static final int COLORS_SUPERPOSITION = Atom.WHITE | Atom.BLUE | Atom.BLACK | Atom.RED | Atom.GREEN;
/*
* Why boxed values are here? They is meant to be constant and require no
* further boxing if added into an arraylist or something else, with generic
* parameters that would require Object's descendant.
*
* Choosing between "let's have some boxing" and "let's have some unboxing",
* I choose the latter, because memory for boxed objects will be taken from
* heap, while unboxed values will lay on stack, which is faster
*/
public static final ManaCostShard COLORLESS = new ManaCostShard(Atom.COLORLESS, "1");
/** The Constant X. */
public static final ManaCostShard X = new ManaCostShard(Atom.IS_X, "X");
/** The Constant S. */
public static final ManaCostShard S = new ManaCostShard(Atom.IS_SNOW, "S");
/** The Constant WHITE. */
public static final ManaCostShard WHITE = new ManaCostShard(Atom.WHITE, "W");
/** The Constant BLUE. */
public static final ManaCostShard BLUE = new ManaCostShard(Atom.BLUE, "U");
/** The Constant BLACK. */
public static final ManaCostShard BLACK = new ManaCostShard(Atom.BLACK, "B");
/** The Constant RED. */
public static final ManaCostShard RED = new ManaCostShard(Atom.RED, "R");
/** The Constant GREEN. */
public static final ManaCostShard GREEN = new ManaCostShard(Atom.GREEN, "G");
/** The Constant PW. */
public static final ManaCostShard PW = new ManaCostShard(Atom.WHITE | Atom.OR_2_LIFE, "W/P", "PW");
/** The Constant PU. */
public static final ManaCostShard PU = new ManaCostShard(Atom.BLUE | Atom.OR_2_LIFE, "U/P", "PU");
/** The Constant PB. */
public static final ManaCostShard PB = new ManaCostShard(Atom.BLACK | Atom.OR_2_LIFE, "B/P", "PB");
/** The Constant PR. */
public static final ManaCostShard PR = new ManaCostShard(Atom.RED | Atom.OR_2_LIFE, "R/P", "PR");
/** The Constant PG. */
public static final ManaCostShard PG = new ManaCostShard(Atom.GREEN | Atom.OR_2_LIFE, "G/P", "PG");
/** The Constant WU. */
public static final ManaCostShard WU = new ManaCostShard(Atom.WHITE | Atom.BLUE, "W/U", "WU");
/** The Constant WB. */
public static final ManaCostShard WB = new ManaCostShard(Atom.WHITE | Atom.BLACK, "W/B", "WB");
/** The Constant WR. */
public static final ManaCostShard WR = new ManaCostShard(Atom.WHITE | Atom.RED, "W/R", "RW");
/** The Constant WG. */
public static final ManaCostShard WG = new ManaCostShard(Atom.WHITE | Atom.GREEN, "W/G", "GW");
/** The Constant UB. */
public static final ManaCostShard UB = new ManaCostShard(Atom.BLUE | Atom.BLACK, "U/B", "UB");
/** The Constant UR. */
public static final ManaCostShard UR = new ManaCostShard(Atom.BLUE | Atom.RED, "U/R", "UR");
/** The Constant UG. */
public static final ManaCostShard UG = new ManaCostShard(Atom.BLUE | Atom.GREEN, "U/G", "GU");
/** The Constant BR. */
public static final ManaCostShard BR = new ManaCostShard(Atom.BLACK | Atom.RED, "B/R", "BR");
/** The Constant BG. */
public static final ManaCostShard BG = new ManaCostShard(Atom.BLACK | Atom.GREEN, "B/G", "BG");
/** The Constant RG. */
public static final ManaCostShard RG = new ManaCostShard(Atom.RED | Atom.GREEN, "R/G", "RG");
/** The Constant W2. */
public static final ManaCostShard W2 = new ManaCostShard(Atom.WHITE | Atom.OR_2_COLORLESS, "2/W", "2W");
/** The Constant U2. */
public static final ManaCostShard U2 = new ManaCostShard(Atom.BLUE | Atom.OR_2_COLORLESS, "2/U", "2U");
/** The Constant B2. */
public static final ManaCostShard B2 = new ManaCostShard(Atom.BLACK | Atom.OR_2_COLORLESS, "2/B", "2B");
/** The Constant R2. */
public static final ManaCostShard R2 = new ManaCostShard(Atom.RED | Atom.OR_2_COLORLESS, "2/R", "2R");
/** The Constant G2. */
public static final ManaCostShard G2 = new ManaCostShard(Atom.GREEN | Atom.OR_2_COLORLESS, "2/G", "2G");
private static final ManaCostShard[] ALL_POSSIBLE = new ManaCostShard[] { ManaCostShard.X, ManaCostShard.COLORLESS,
ManaCostShard.WHITE, ManaCostShard.BLUE, ManaCostShard.BLACK, ManaCostShard.RED,
ManaCostShard.GREEN, ManaCostShard.PW, ManaCostShard.PU, ManaCostShard.PB,
ManaCostShard.PR, ManaCostShard.PG, ManaCostShard.WU, ManaCostShard.WB,
ManaCostShard.WR, ManaCostShard.WG, ManaCostShard.UB, ManaCostShard.UR,
ManaCostShard.UG, ManaCostShard.BR, ManaCostShard.BG, ManaCostShard.RG,
ManaCostShard.W2, ManaCostShard.U2, ManaCostShard.B2, ManaCostShard.R2,
ManaCostShard.G2, ManaCostShard.S };
public static final int COLORS_SUPERPOSITION = ManaAtom.WHITE | ManaAtom.BLUE | ManaAtom.BLACK | ManaAtom.RED | ManaAtom.GREEN;
private int getCMC() {
if (0 != (this.shard & Atom.IS_X)) {
if (0 != (this.shard & ManaAtom.IS_X)) {
return 0;
}
if (0 != (this.shard & Atom.OR_2_COLORLESS)) {
if (0 != (this.shard & ManaAtom.OR_2_COLORLESS)) {
return 2;
}
return 1;
@@ -223,27 +132,27 @@ public class ManaCostShard {
* cost + 0.00001 * the number of X's in the cost
*/
private float getCmpCost() {
if (0 != (this.shard & Atom.IS_X)) {
if (0 != (this.shard & ManaAtom.IS_X)) {
return 0.0001f;
}
float cost = 0 != (this.shard & Atom.OR_2_COLORLESS) ? 2 : 1;
float cost = 0 != (this.shard & ManaAtom.OR_2_COLORLESS) ? 2 : 1;
// yes, these numbers are magic, slightly-magic
if (0 != (this.shard & Atom.WHITE)) {
if (0 != (this.shard & ManaAtom.WHITE)) {
cost += 0.0005f;
}
if (0 != (this.shard & Atom.BLUE)) {
if (0 != (this.shard & ManaAtom.BLUE)) {
cost += 0.0020f;
}
if (0 != (this.shard & Atom.BLACK)) {
if (0 != (this.shard & ManaAtom.BLACK)) {
cost += 0.0080f;
}
if (0 != (this.shard & Atom.RED)) {
if (0 != (this.shard & ManaAtom.RED)) {
cost += 0.0320f;
}
if (0 != (this.shard & Atom.GREEN)) {
if (0 != (this.shard & ManaAtom.GREEN)) {
cost += 0.1280f;
}
if (0 != (this.shard & Atom.OR_2_LIFE)) {
if (0 != (this.shard & ManaAtom.OR_2_LIFE)) {
cost += 0.00003f;
}
return cost;
@@ -255,23 +164,7 @@ public class ManaCostShard {
* @return the color mask
*/
public final byte getColorMask() {
byte result = 0;
if (0 != (this.shard & Atom.WHITE)) {
result |= MagicColor.WHITE;
}
if (0 != (this.shard & Atom.BLUE)) {
result |= MagicColor.BLUE;
}
if (0 != (this.shard & Atom.BLACK)) {
result |= MagicColor.BLACK;
}
if (0 != (this.shard & Atom.RED)) {
result |= MagicColor.RED;
}
if (0 != (this.shard & Atom.GREEN)) {
result |= MagicColor.GREEN;
}
return result;
return (byte)(this.shard & COLORS_SUPERPOSITION);
}
/**
@@ -283,7 +176,7 @@ public class ManaCostShard {
*/
public static ManaCostShard valueOf(final int atoms) {
if ( atoms == 0 ) return ManaCostShard.COLORLESS;
for (final ManaCostShard element : ManaCostShard.ALL_POSSIBLE) {
for (final ManaCostShard element : ManaCostShard.values()) {
if (element.shard == atoms) {
return element;
}
@@ -298,25 +191,25 @@ public class ManaCostShard {
for (int iChar = 0; iChar < unparsed.length(); iChar++) {
char c = unparsed.charAt(iChar);
switch (c) {
case 'W': atoms |= Atom.WHITE; break;
case 'U': atoms |= Atom.BLUE; break;
case 'B': atoms |= Atom.BLACK; break;
case 'R': atoms |= Atom.RED; break;
case 'G': atoms |= Atom.GREEN; break;
case 'P': atoms |= Atom.OR_2_LIFE; break;
case 'S': atoms |= Atom.IS_SNOW; break;
case 'X': atoms |= Atom.IS_X; break;
case '2': atoms |= Atom.OR_2_COLORLESS; break;
case 'W': atoms |= ManaAtom.WHITE; break;
case 'U': atoms |= ManaAtom.BLUE; break;
case 'B': atoms |= ManaAtom.BLACK; break;
case 'R': atoms |= ManaAtom.RED; break;
case 'G': atoms |= ManaAtom.GREEN; break;
case 'P': atoms |= ManaAtom.OR_2_LIFE; break;
case 'S': atoms |= ManaAtom.IS_SNOW; break;
case 'X': atoms |= ManaAtom.IS_X; break;
case '2': atoms |= ManaAtom.OR_2_COLORLESS; break;
default:
if (c <= '9' && c >= '0') {
atoms |= Atom.COLORLESS;
atoms |= ManaAtom.COLORLESS;
}
break;
}
}
// for cases when unparsed equals '2' or unparsed is like '12' or '20'
if (atoms == Atom.OR_2_COLORLESS || atoms == (Atom.OR_2_COLORLESS | Atom.COLORLESS)) {
atoms = Atom.COLORLESS;
if (atoms == ManaAtom.OR_2_COLORLESS || atoms == (ManaAtom.OR_2_COLORLESS | ManaAtom.COLORLESS)) {
atoms = ManaAtom.COLORLESS;
}
return ManaCostShard.valueOf(atoms);
}
@@ -363,7 +256,7 @@ public class ManaCostShard {
* @return
*/
public boolean isPhyrexian() {
return (this.shard & Atom.OR_2_LIFE) != 0;
return (this.shard & ManaAtom.OR_2_LIFE) != 0;
}
/**
@@ -371,17 +264,16 @@ public class ManaCostShard {
* @return
*/
public boolean isSnow() {
return (this.shard & Atom.IS_SNOW) != 0;
return (this.shard & ManaAtom.IS_SNOW) != 0;
}
public boolean isMonoColor() {
int colormask = this.shard & COLORS_SUPERPOSITION;
return BinaryUtil.bitCount(colormask) == 1;
return BinaryUtil.bitCount(this.shard & COLORS_SUPERPOSITION) == 1;
}
public boolean isOr2Colorless() {
return (this.shard & Atom.OR_2_COLORLESS) != 0;
return (this.shard & ManaAtom.OR_2_COLORLESS) != 0;
}
/**
* TODO: Can pay for this shard with unlimited mana of given color combination?

42
src/main/java/forge/util/maps/CollectionSuppliers.java Normal file
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@@ -0,0 +1,42 @@
package forge.util.maps;
import java.util.ArrayList;
import java.util.HashSet;
import java.util.TreeSet;
import com.google.common.base.Supplier;
/**
* TODO: Write javadoc for this type.
*
*/
public abstract class CollectionSuppliers {
public static <T> Supplier<ArrayList<T>> arrayLists() {
return new Supplier<ArrayList<T>>() {
@Override
public ArrayList<T> get() {
return new ArrayList<T>();
}
};
}
public static <T> Supplier<HashSet<T>> hashSets() {
return new Supplier<HashSet<T>>() {
@Override
public HashSet<T> get() {
return new HashSet<T>();
}
};
}
public static <T extends Comparable<T>> Supplier<TreeSet<T>> treeSets() {
return new Supplier<TreeSet<T>>() {
@Override
public TreeSet<T> get() {
return new TreeSet<T>();
}
};
}
}

51
src/main/java/forge/util/maps/EnumMapOfLists.java Normal file
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@@ -0,0 +1,51 @@
package forge.util.maps;
import java.util.Collection;
import java.util.EnumMap;
import java.util.List;
import java.util.Map;
import com.google.common.base.Supplier;
public class EnumMapOfLists<K extends Enum<K>, V> extends EnumMap<K, Collection<V>> implements MapOfLists<K, V> {
private final Supplier<? extends Collection<V>> factory;
private static final long serialVersionUID = 4107133987205594272L;
public EnumMapOfLists(Class<K> keyType, Supplier<? extends Collection<V>> factory) {
super(keyType);
this.factory = factory;
}
public EnumMapOfLists(EnumMap<K, ? extends List<V>> m, Supplier<? extends Collection<V>> factory) {
super(m);
this.factory = factory;
}
public EnumMapOfLists(Map<K, ? extends List<V>> m, Supplier<? extends Collection<V>> factory) {
super(m);
this.factory = factory;
}
private Collection<V> ensureCollectionFor(K key) {
Collection<V> value = get(key);
if ( value == null ) {
value = factory.get();
put(key, value);
}
return value;
}
@Override
public void add(K key, V element) {
ensureCollectionFor(key).add(element);
}
@Override
public void addAll(K key, Collection<V> elements) {
ensureCollectionFor(key).addAll(elements);
}
}

55
src/main/java/forge/util/maps/HashMapOfLists.java Normal file
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@@ -0,0 +1,55 @@
package forge.util.maps;
import java.util.Collection;
import java.util.HashMap;
import java.util.List;
import java.util.Map;
import com.google.common.base.Supplier;
public class HashMapOfLists<K, V> extends HashMap<K, Collection<V>> implements MapOfLists<K, V> {
private final Supplier<? extends Collection<V>> factory;
public HashMapOfLists(Supplier<? extends Collection<V>> factory) {
super();
this.factory = factory;
}
public HashMapOfLists(int initialCapacity, float loadFactor, Supplier<? extends Collection<V>> factory) {
super(initialCapacity, loadFactor);
this.factory = factory;
}
public HashMapOfLists(int initialCapacity, Supplier<? extends Collection<V>> factory) {
super(initialCapacity);
this.factory = factory;
}
public HashMapOfLists(Map<? extends K, ? extends List<V>> m, Supplier<? extends Collection<V>> factory) {
super(m);
this.factory = factory;
}
private static final long serialVersionUID = 3029089910183132930L;
private Collection<V> ensureCollectionFor(K key) {
Collection<V> value = get(key);
if ( value == null ) {
value = factory.get();
put(key, value);
}
return value;
}
@Override
public void add(K key, V element) {
ensureCollectionFor(key).add(element);
}
@Override
public void addAll(K key, Collection<V> elements) {
ensureCollectionFor(key).addAll(elements);
}
}

9
src/main/java/forge/util/maps/MapOfLists.java Normal file
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@@ -0,0 +1,9 @@
package forge.util.maps;
import java.util.Collection;
import java.util.Map;
public interface MapOfLists<K, V> extends Map<K, Collection<V>> {
void add(K key, V element);
void addAll(K key, Collection<V> element);
}

57
src/main/java/forge/util/maps/TreeMapOfLists.java Normal file
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@@ -0,0 +1,57 @@
package forge.util.maps;
import java.util.Collection;
import java.util.Comparator;
import java.util.List;
import java.util.Map;
import java.util.SortedMap;
import java.util.TreeMap;
import com.google.common.base.Supplier;
public class TreeMapOfLists<K, V> extends TreeMap<K, Collection<V>> implements MapOfLists<K, V> {
private static final long serialVersionUID = -5881288393640446185L;
private final Supplier<? extends Collection<V>> factory;
public TreeMapOfLists(Supplier<? extends Collection<V>> factory) {
super();
this.factory = factory;
}
public TreeMapOfLists(Comparator<? super K> comparator, Supplier<? extends Collection<V>> factory) {
super(comparator);
this.factory = factory;
}
public TreeMapOfLists(Map<? extends K, ? extends List<V>> m, Supplier<? extends Collection<V>> factory) {
super(m);
this.factory = factory;
}
public TreeMapOfLists(SortedMap<K, ? extends List<V>> m, Supplier<? extends Collection<V>> factory) {
super(m);
this.factory = factory;
}
private Collection<V> ensureCollectionFor(K key) {
Collection<V> value = get(key);
if ( value == null ) {
value = factory.get();
put(key, value);
}
return value;
}
@Override
public void add(K key, V element) {
ensureCollectionFor(key).add(element);
}
@Override
public void addAll(K key, Collection<V> elements) {
ensureCollectionFor(key).addAll(elements);
}
}

3
src/main/java/forge/util/maps/package-info.java Normal file
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@@ -0,0 +1,3 @@
/** Utils namespace to hold auxiliary classes for Forge. */
package forge.util.maps;