Gallardo7761/adda-monorepo
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monorepo

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Jose
2025-10-10 02:12:44 +02:00
commit dac3abf431
212 changed files with 475579 additions and 0 deletions
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20
PI1/.classpath Normal file
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<?xml version="1.0" encoding="UTF-8"?>
<classpath>
<classpathentry excluding="adda/ejemplos" kind="src" path="src/main/java"/>
<classpathentry kind="con" path="org.eclipse.jdt.launching.JRE_CONTAINER/org.eclipse.jdt.internal.debug.ui.launcher.StandardVMType/JavaSE-20">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry combineaccessrules="false" kind="src" path="/DatosCompartidos">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry combineaccessrules="false" kind="src" path="/ParteComun">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry kind="output" path="bin"/>
</classpath>

17
PI1/.project Normal file
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<?xml version="1.0" encoding="UTF-8"?>
<projectDescription>
<name>PI1</name>
<comment></comment>
<projects>
</projects>
<buildSpec>
<buildCommand>
<name>org.eclipse.jdt.core.javabuilder</name>
<arguments>
</arguments>
</buildCommand>
</buildSpec>
<natures>
<nature>org.eclipse.jdt.core.javanature</nature>
</natures>
</projectDescription>

2
PI1/.settings/org.eclipse.core.resources.prefs Normal file
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eclipse.preferences.version=1
encoding/<project>=UTF-8

15
PI1/.settings/org.eclipse.jdt.core.prefs Normal file
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eclipse.preferences.version=1
org.eclipse.jdt.core.compiler.codegen.inlineJsrBytecode=enabled
org.eclipse.jdt.core.compiler.codegen.methodParameters=do not generate
org.eclipse.jdt.core.compiler.codegen.targetPlatform=20
org.eclipse.jdt.core.compiler.codegen.unusedLocal=preserve
org.eclipse.jdt.core.compiler.compliance=20
org.eclipse.jdt.core.compiler.debug.lineNumber=generate
org.eclipse.jdt.core.compiler.debug.localVariable=generate
org.eclipse.jdt.core.compiler.debug.sourceFile=generate
org.eclipse.jdt.core.compiler.problem.assertIdentifier=error
org.eclipse.jdt.core.compiler.problem.enablePreviewFeatures=disabled
org.eclipse.jdt.core.compiler.problem.enumIdentifier=error
org.eclipse.jdt.core.compiler.problem.reportPreviewFeatures=warning
org.eclipse.jdt.core.compiler.release=enabled
org.eclipse.jdt.core.compiler.source=20

6
PI1/data/PI1Ej1DatosEntrada.txt Normal file
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32,55
15,140
82,120
26,89
35,54
3,126

6
PI1/data/PI1Ej2DatosEntrada.txt Normal file
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93,24
250,43
331,473
210,56
345,68
75,5009

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PI1/data/PI1Ej3DatosEntrada1A.txt Normal file
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Apple
Banana
Cherries
Grapes
Lemon
Orange
Peach
Pear
Pineapple
Plum
Pomegranate
Strawberry
Apricot
Blueberries

10
PI1/data/PI1Ej3DatosEntrada1B.txt Normal file
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Dolphin
Fish
Cat
Crab
Pig
Elephant
Butterfly
Whale
Dog
Chicken

12
PI1/data/PI1Ej3DatosEntrada2A.txt Normal file
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Red
Blue
Green
Yellow
Purple
Orange
Pink
Brown
Black
White
Gray
Silver

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PI1/data/PI1Ej3DatosEntrada2B.txt Normal file
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Carrot
Broccoli
Cauliflower
Tomato
Cucumber
Spinach
Lettuce
Potato
Onion
Garlic
Peas
Beans
Asparagus
Zucchini
Eggplant
Celery
Radish

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PI1/data/PI1Ej3DatosEntrada3A.txt Normal file
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Jeans
Jacket
Dress
Sweater
Skirt
Pants
Blouse
Shorts
Socks
Hat
Coat
Gloves
Scarf
Underwear
Belt
Boots
Sneakers
Sandals
Blazer
Pajamas
Hoodie
Vest
Tights

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PI1/data/PI1Ej3DatosEntrada3B.txt Normal file
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Doctor
Teacher
Engineer
Lawyer
Nurse
Scientist
Artist
Chef
Firefighter
Police officer
Dentist
Architect
Musician
Actor
Accountant
Electrician
Writer
Farmer

6
PI1/data/PI1Ej4DatosEntrada.txt Normal file
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10,6
9,11
16,7
21,5
8,10
22,12

57
PI1/src/main/java/adda/ejercicios/Ejercicio1.java Normal file
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package adda.ejercicios;
import java.util.function.UnaryOperator;
import java.util.stream.Collectors;
import java.util.stream.Stream;
import adda.util.EnteroCadena;
public class Ejercicio1 {
public static String ej1Func(Integer varA, Integer varB) {
UnaryOperator<EnteroCadena> nx = elem -> {
return EnteroCadena.of(elem.a() + 3,
elem.a() % 2 == 0 ? elem.a() + "*" : elem.a() + "!");
};
return Stream.iterate(EnteroCadena.of(varA, "A"), elem -> elem.a() < varB, nx)
.filter(elem -> elem.a() % 10 != 0)
.map(elem -> elem.s())
.collect(Collectors.joining("-"));
}
public static String ej1Iter(Integer varA, Integer varB) {
EnteroCadena seed = EnteroCadena.of(varA, "A");
StringBuilder res = new StringBuilder();
int ac = varA;
res.append(seed.s());
while(ac < varB) {
EnteroCadena ec = EnteroCadena.of(ac+3, ac % 2 == 0 ? ac + "*" : ac + "!");
if(ec.a() % 10 != 0 && ec.a() < varB) {
res.append("-").append(ec.s());
}
ac+=3;
}
return res.toString();
}
public static String ej1RecF(Integer varA, Integer varB) {
EnteroCadena seed = EnteroCadena.of(varA, "A");
StringBuilder res = new StringBuilder();
int ac = varA;
res.append(seed.s());
return ej1RecFAux(varA, varB, res, ac);
}
public static String ej1RecFAux(Integer varA, Integer varB, StringBuilder res, Integer ac) {
if(ac < varB) {
EnteroCadena ec = EnteroCadena.of(ac+3, ac % 2 == 0 ? ac + "*" : ac + "!");
if(ec.a() % 10 != 0 && ec.a() < varB) {
res.append("-").append(ec.s());
}
ac+=3;
return ej1RecFAux(varA, varB, res, ac);
} else {
return res.toString();
}
}
}

83
PI1/src/main/java/adda/ejercicios/Ejercicio2.java Normal file
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package adda.ejercicios;
import java.util.ArrayList;
import java.util.Collections;
import java.util.List;
import java.util.function.UnaryOperator;
import java.util.stream.Stream;
import adda.util.TuplaEjercicio2;
public class Ejercicio2 {
public static List<Integer> ejercicio2RecNF(Integer a, Integer b) {
List<Integer> ls = new ArrayList<>();
if(a < 2 || b < 2) {
return List.of(a*b);
} else if(a > b) {
ls.addAll(ejercicio2RecNF(a%b, b-1));
ls.add(a);
} else {
ls.addAll(ejercicio2RecNF(a-2, b/2));
ls.add(b);
}
return ls;
}
public static List<Integer> ejercicio2RecF(Integer a, Integer b) {
List<Integer> ls = new ArrayList<>();
return ejercicio2RecFAux(a, b, ls);
}
public static List<Integer> ejercicio2RecFAux(Integer a, Integer b, List<Integer> ls) {
if (a < 2 || b < 2) {
ls.add(a * b);
} else if (a > b) {
ls.addAll(ejercicio2RecFAux(a % b, b - 1, new ArrayList<>()));
ls.add(a);
} else {
ls.addAll(ejercicio2RecFAux(a - 2, b / 2, new ArrayList<>()));
ls.add(b);
}
return ls;
}
public static List<Integer> ejercicio2Iter(Integer a, Integer b) {
List<Integer> ls = new ArrayList<>();
while (a >= 2 && b >= 2) {
if (a > b) {
ls.add(a);
a %= b;
b--;
} else {
ls.add(b);
b /= 2;
a -= 2;
}
}
ls.add(a * b);
Collections.reverse(ls);
return ls;
}
public static List<Integer> ejercicio2Func(Integer a, Integer b) {
UnaryOperator<TuplaEjercicio2> next = x -> {
if(x.a() < 2 || x.b() < 2) {
x.ac().add(x.a()*x.b());
return TuplaEjercicio2.of(0, 0, x.ac());
} else if (x.a() > x.b()) {
x.ac().add(x.a());
return TuplaEjercicio2.of(x.a() % x.b(), x.b() - 1, x.ac());
} else {
x.ac().add(x.b());
return TuplaEjercicio2.of(x.a() - 2, x.b() / 2, x.ac());
}
};
List<Integer> res = Stream.iterate(
TuplaEjercicio2.of(a, b, new ArrayList<Integer>()),
x -> x.hasNext(),
x -> next.apply(x)).toList().get(0).ac();
Collections.sort(res);
return res;
}
}

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PI1/src/main/java/adda/ejercicios/Ejercicio3.java Normal file
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package adda.ejercicios;
import java.util.ArrayList;
import java.util.Iterator;
import java.util.List;
import java.util.stream.Stream;
import adda.util.TuplaEjercicio3;
import us.lsi.streams.Stream2;
public class Ejercicio3 {
public static List<String> ejercicio3Iter(String fichA, String fichB) {
List<String> ac = new ArrayList<>();
Iterator<String> iterA = Stream2.file(fichA).iterator();
Iterator<String> iterB = Stream2.file(fichB).iterator();
while(iterA.hasNext() || iterB.hasNext()) {
if(iterA.hasNext()) {
ac.add(iterA.next());
if(iterA.hasNext()) {
ac.add(iterA.next());
}
}
if(iterB.hasNext()) {
ac.add(iterB.next());
if(iterB.hasNext()) {
ac.add(iterB.next());
}
}
}
return ac;
}
public static List<String> ejercicio3RecF(String fichA, String fichB) {
List<String> ac = new ArrayList<>();
Iterator<String> iterA = Stream2.file(fichA).iterator();
Iterator<String> iterB = Stream2.file(fichB).iterator();
return ejercicio3RecFAux(fichA, fichB, iterA, iterB, ac);
}
public static List<String> ejercicio3RecFAux(String fichA, String fichB,
Iterator<String> iterA, Iterator<String> iterB, List<String> ac) {
List<String> res = new ArrayList<>();
if(iterA.hasNext() || iterB.hasNext()) {
if(iterA.hasNext()) {
ac.add(iterA.next());
if(iterA.hasNext()) {
ac.add(iterA.next());
}
}
if(iterB.hasNext()) {
ac.add(iterB.next());
if(iterB.hasNext()) {
ac.add(iterB.next());
}
}
res = ejercicio3RecFAux(fichA, fichB, iterA, iterB, ac);
} else {
res = ac;
}
return res;
}
public static List<String> ejercicio3Func(String fichA, String fichB) {
return Stream.iterate(TuplaEjercicio3.of(
Stream2.file(fichA).iterator(),
Stream2.file(fichB).iterator(),
new ArrayList<>()),
x -> x.next())
.filter(x -> !x.hasNext())
.findFirst()
.get()
.ac();
}
}

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PI1/src/main/java/adda/ejercicios/Ejercicio4.java Normal file
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package adda.ejercicios;
import java.util.HashMap;
import java.util.Map;
import us.lsi.common.Pair;
public class Ejercicio4 {
public static String ejercicio4RecSinMem(Integer a, Integer b) {
if(a <= 4) {
return a+"."+b;
} else if(b <= 4) {
return b+"-"+a;
} else {
return ejercicio4RecSinMem(a/2, b-2)+","+ejercicio4RecSinMem(a-2, b/2)+","+ejercicio4RecSinMem(a-1, b-1);
}
}
public static String ejercicio4RecConMem(Integer a, Integer b) {
return ejercicio4RecConMemAux(a,b,new HashMap<>());
}
public static String ejercicio4RecConMemAux(Integer a, Integer b, Map<Pair<Integer,Integer>,String> map) {
Pair<Integer,Integer> pair = Pair.of(a, b);
String res = null;
if(map.containsKey(pair)) {
return map.get(pair);
} else {
if(a <= 4) {
res = a+"."+b;
map.put(pair, res);
} else if(b <= 4) {
res = b+"-"+a;
map.put(pair, res);
} else {
res = ejercicio4RecConMemAux(a/2, b-2,map)+","+ejercicio4RecConMemAux(a-2, b/2,map)+","+ejercicio4RecConMemAux(a-1, b-1,map);
map.put(pair, res);
}
}
return res;
}
public static String ejercicio4Iter(Integer a, Integer b) {
Map<Pair<Integer,Integer>, String> map = new HashMap<>();
for(int i = 0; i <= a; i++) {
for(int j = 0; j <= b; j++) {
Pair<Integer,Integer> pair = Pair.of(i, j);
String res = null;
if(map.containsKey(pair)) {
return map.get(pair);
}
if(i <= 4) {
res = i+"."+j;
map.put(pair, res);
} else if(j <= 4) {
res = j+"-"+i;
map.put(pair, res);
} else {
res = map.get(Pair.of(i/2, j-2))+","+map.get(Pair.of(i-2, j/2))+","+map.get(Pair.of(i-1, j-1));
map.put(pair, res);
}
}
}
return map.get(Pair.of(a, b));
}
}

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PI1/src/main/java/adda/tests/Tests.java Normal file
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package adda.tests;
import adda.ejercicios.Ejercicio1;
import adda.ejercicios.Ejercicio2;
import adda.ejercicios.Ejercicio3;
import adda.ejercicios.Ejercicio4;
import us.lsi.common.Files2;
public class Tests {
public static void testEjercicio1 () {
System.out.println("================ EJERCICIO 1 ================");
StringBuilder sbFun = new StringBuilder("Funcional: \n");
StringBuilder sbIter = new StringBuilder("Iterativo: \n");
StringBuilder sbRecF = new StringBuilder("Recursivo Final: \n");
for(String linea: Files2.linesFromFile("data/PI1Ej1DatosEntrada.txt")) {
String[] partes = linea.split(",");
Integer a = Integer.valueOf(partes[0]);
Integer b = Integer.valueOf(partes[1]);
sbFun.append(Ejercicio1.ej1Func(a, b));
sbFun.append("\n");
sbIter.append(Ejercicio1.ej1Iter(a, b));
sbIter.append("\n");
sbRecF.append(Ejercicio1.ej1RecF(a, b));
sbRecF.append("\n");
}
System.out.println(sbFun.toString());
System.out.println(sbIter.toString());
System.out.println(sbRecF.toString());
System.out.println("=============================================");
System.out.println("\n\n");
}
public static void testEjercicio2 () {
System.out.println("================ EJERCICIO 2 ================");
StringBuilder sbFun = new StringBuilder("Funcional: \n");
StringBuilder sbIter = new StringBuilder("Iterativo: \n");
StringBuilder sbRecF = new StringBuilder("Recursivo Final: \n");
StringBuilder sbRecNF = new StringBuilder("Recursivo No Final: \n");
for(String linea: Files2.linesFromFile("data/PI1Ej2DatosEntrada.txt")) {
String[] partes = linea.split(",");
Integer a = Integer.valueOf(partes[0]);
Integer b = Integer.valueOf(partes[1]);
sbFun.append(Ejercicio2.ejercicio2Func(a, b));
sbFun.append("\n");
sbIter.append(Ejercicio2.ejercicio2Iter(a, b));
sbIter.append("\n");
sbRecF.append(Ejercicio2.ejercicio2RecF(a, b));
sbRecF.append("\n");
sbRecNF.append(Ejercicio2.ejercicio2RecNF(a, b));
sbRecNF.append("\n");
}
System.out.println(sbFun.toString());
System.out.println(sbIter.toString());
System.out.println(sbRecF.toString());
System.out.println(sbRecNF.toString());
System.out.println("=============================================");
System.out.println("\n\n");
}
public static void testEjercicio3 () {
String file1A = "./data/PI1Ej3DatosEntrada1A.txt";
String file1B = "./data/PI1Ej3DatosEntrada1B.txt";
String file2A = "./data/PI1Ej3DatosEntrada2A.txt";
String file2B = "./data/PI1Ej3DatosEntrada2B.txt";
String file3A = "./data/PI1Ej3DatosEntrada3A.txt";
String file3B = "./data/PI1Ej3DatosEntrada3B.txt";
System.out.println("================ EJERCICIO 3 ================");
System.out.println("Iterativo: ");
System.out.println(Ejercicio3.ejercicio3Iter(file1A, file1B));
System.out.println(Ejercicio3.ejercicio3Iter(file2A, file2B));
System.out.println(Ejercicio3.ejercicio3Iter(file3A, file3B));
System.out.println("\n");
System.out.println("Recursivo Final: ");
System.out.println(Ejercicio3.ejercicio3RecF(file1A, file1B));
System.out.println(Ejercicio3.ejercicio3RecF(file2A, file2B));
System.out.println(Ejercicio3.ejercicio3RecF(file3A, file3B));
System.out.println("\n");
System.out.println("Funcional: ");
System.out.println(Ejercicio3.ejercicio3Func(file1A, file1B));
System.out.println(Ejercicio3.ejercicio3Func(file2A, file2B));
System.out.println(Ejercicio3.ejercicio3Func(file3A, file3B));
System.out.println("=============================================");
System.out.println("\n\n");
}
public static void testEjercicio4 () {
System.out.println("================ EJERCICIO 4 ================");
StringBuilder sbSinMem = new StringBuilder("Sin memoria: \n");
StringBuilder sbConMem = new StringBuilder("Con memoria: \n");
StringBuilder sbIter = new StringBuilder("Iterativo: \n");
for(String linea: Files2.linesFromFile("data/PI1Ej4DatosEntrada.txt")) {
String[] partes = linea.split(",");
Integer a = Integer.valueOf(partes[0]);
Integer b = Integer.valueOf(partes[1]);
sbSinMem.append(Ejercicio4.ejercicio4RecSinMem(a, b));
sbSinMem.append("\n");
sbConMem.append(Ejercicio4.ejercicio4RecConMem(a, b));
sbConMem.append("\n");
sbIter.append(Ejercicio4.ejercicio4Iter(a, b));
sbIter.append("\n");
}
System.out.println(sbSinMem.toString());
System.out.println(sbConMem.toString());
System.out.println(sbIter.toString());
System.out.println("=============================================");
System.out.println("\n\n");
}
public static void main(String[] args) {
testEjercicio1();
testEjercicio2();
testEjercicio3();
testEjercicio4();
}
}

7
PI1/src/main/java/adda/util/EnteroCadena.java Normal file
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package adda.util;
public record EnteroCadena(Integer a, String s) {
public static EnteroCadena of(Integer a, String s) {
return new EnteroCadena(a,s);
}
}

13
PI1/src/main/java/adda/util/TuplaEjercicio2.java Normal file
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package adda.util;
import java.util.List;
public record TuplaEjercicio2(Integer a, Integer b, List<Integer> ac) {
public static TuplaEjercicio2 of(Integer a, Integer b, List<Integer> ac) {
return new TuplaEjercicio2(a,b,ac);
}
public boolean hasNext() {
return a >= 2 || b >= 2;
}
}

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PI1/src/main/java/adda/util/TuplaEjercicio3.java Normal file
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package adda.util;
import java.util.Iterator;
import java.util.List;
public record TuplaEjercicio3(Iterator<String> iterA, Iterator<String> iterB, List<String> ac) {
public static TuplaEjercicio3 of(Iterator<String> iterA, Iterator<String> iterB, List<String> ac) {
return new TuplaEjercicio3(iterA, iterB, ac);
}
public boolean hasNext() {
return iterA.hasNext() || iterB.hasNext();
}
public TuplaEjercicio3 next() {
if(iterA.hasNext()) {
ac.add(iterA.next());
if(iterA.hasNext()) {
ac.add(iterA.next());
}
}
if(iterB.hasNext()) {
ac.add(iterB.next());
if(iterB.hasNext()) {
ac.add(iterB.next());
}
}
return TuplaEjercicio3.of(iterA, iterB, ac);
}
}

4
PI1/src/main/java/module-info.java Normal file
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module pi1 {
requires datos_compartidos;
requires partecomun;
}

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PI2/.classpath Normal file
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<?xml version="1.0" encoding="UTF-8"?>
<classpath>
<classpathentry kind="src" path="src/main/java"/>
<classpathentry kind="con" path="org.eclipse.jdt.launching.JRE_CONTAINER">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry combineaccessrules="false" kind="src" path="/ParteComun">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry combineaccessrules="false" kind="src" path="/DatosCompartidos">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry combineaccessrules="false" kind="src" path="/EjemplosParteComun">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry kind="output" path="bin"/>
</classpath>

17
PI2/.project Normal file
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<?xml version="1.0" encoding="UTF-8"?>
<projectDescription>
<name>PI2</name>
<comment></comment>
<projects>
</projects>
<buildSpec>
<buildCommand>
<name>org.eclipse.jdt.core.javabuilder</name>
<arguments>
</arguments>
</buildCommand>
</buildSpec>
<natures>
<nature>org.eclipse.jdt.core.javanature</nature>
</natures>
</projectDescription>

6
PI2/data/PI2Ej3DatosEntradaBinary.txt Normal file
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A(B,C)
A(B(D,E(F,G)),C)
A(B(D,E(F,G)),C(H,I))
A(B(D,E(F,G(J,K))),C(H,I))
A(B(/_,G(H,I)),C(D,E(F,/_)))
A(B(/_,G(H,I)),C(D,E(F(J,K),/_)))

6
PI2/data/PI2Ej3DatosEntradaNary.txt Normal file
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A(B,C,D)
A(B(E,F),C,D(G,H,I))
A(B(E(/_,J),F),C,D(G,H,I))
A(B(E(/_,J),F),C,D(G,H(K,L),I))
A(B(E(/_,J),F),C(M,/_),D(G,H(K,L),I))
A(B(E(/_,J),F),C(M,/_),D(G,H(K,L(O,O)),I))

6
PI2/data/PI2Ej4DatosEntradaBinary.txt Normal file
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9(6(3,4(2(1,9),1)),7(5,8))
9(6(3,4(2(-1,-11),1)),7(5,8))
9(6(3,4(2(1(0,/_),9(0,/_)),1(0,/_))),7(5(0,/_),8(0,/_)))
9(6(3,4(2(-1(0,/_),-11(0,/_)),1(0,/_))),7(5(0,/_),8(0,/_)))
9(6(3,4(2(1(-2,3),9(0,5)),1(4,0))),7(5(0,6),8(0,/_)))
9(6(-3,4(2(-1(0,5),-11(5,0)),1(-4,-8))),7(5(-1,/_),8(-2,-3)))

6
PI2/data/PI2Ej4DatosEntradaNary.txt Normal file
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9(6(3,4(2(11,15),1),5),7(5,0,2),8)
9(6(3,4(2(-1,7,-11),-1),5),7(5,4,6))
9(5,6(2,3,4(2(1,-1,9,-5),1)),7(5,8(0,1,2,3)))
9(5,6(2,3,4(2(-1,-11),1(2,3,4,5))),7(5,8,0))
9(1,2(0,1),3(2(4,5),3),4(6,7(8,10)),5(2,3),6)
9(1,2(0,1),3(2(4,5),3(-1(2,-2),1)),4(6,7(8,10)),5(2,3),6)

47
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package adda.ejercicios;
import java.math.BigInteger;
public class Ejercicio1 {
public static Double fRecDouble(Integer a) {
if(a < 6) {
return 10.;
} else {
return Math.pow(a, 3) * fRecDouble(a-1);
}
}
public static BigInteger fRecBigInteger(Integer a) {
BigInteger res = BigInteger.ZERO;
if(a < 6) {
res = BigInteger.TEN;
} else {
res = BigInteger.valueOf(a).pow(3).multiply(fRecBigInteger(a-1));
}
return res;
}
public static Double fIterDouble(Integer a) {
if (a < 6) {
return 10.0;
} else {
Double result = 10.0;
for (int i = 6; i <= a; i++) {
result *= Math.pow(i, 3);
}
return result;
}
}
public static BigInteger fIterBigInteger(Integer a) {
BigInteger res = BigInteger.TEN;
if (a < 6) {
return res;
} else {
for (int i = 6; i <= a; i++) {
res = res.multiply(BigInteger.valueOf(i).pow(3));
}
}
return res;
}
}

57
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package adda.ejercicios;
import java.util.List;
import adda.util.TreeUtilities;
import us.lsi.tiposrecursivos.BinaryTree;
import us.lsi.tiposrecursivos.BinaryTree.BEmpty;
import us.lsi.tiposrecursivos.BinaryTree.BLeaf;
import us.lsi.tiposrecursivos.BinaryTree.BTree;
import us.lsi.tiposrecursivos.Tree;
import us.lsi.tiposrecursivos.Tree.TEmpty;
import us.lsi.tiposrecursivos.Tree.TLeaf;
import us.lsi.tiposrecursivos.Tree.TNary;
public class Ejercicio3 {
public static Boolean isBalancedBinary(BinaryTree<Character> tree) {
return switch(tree) {
case BEmpty<Character> t -> true;
case BLeaf<Character> t -> true;
case BTree<Character> t -> {
int heightLeft = TreeUtilities.heightBinary(t.left());
int heightRight = TreeUtilities.heightBinary(t.right());
boolean isLeftBalanced = isBalancedBinary(t.left());
boolean isRightBalanced = isBalancedBinary(t.right());
yield Math.abs(heightLeft - heightRight) <= 1 && isLeftBalanced && isRightBalanced;
}
};
}
public static Boolean isBalancedNary(Tree<Character> tree) {
return switch (tree) {
case TEmpty<Character> t -> true;
case TLeaf<Character> t -> true;
case TNary<Character> t -> {
List<Tree<Character>> children = t.children();
int maxHeight = t.children().stream().mapToInt(x -> TreeUtilities.heightNary(x)).max().getAsInt();
int minHeight = t.children().stream().mapToInt(x -> TreeUtilities.heightNary(x)).min().getAsInt();
boolean isSubtreesBalanced = isBalancedNary(children, 0);
yield (maxHeight - minHeight <= 1) && isSubtreesBalanced;
}
};
}
public static Boolean isBalancedNary(List<Tree<Character>> children, Integer level) {
if (level == children.size()) {
return true;
}
Tree<Character> child = children.get(level);
boolean isSubtreeBalanced = isBalancedNary(child);
return isSubtreeBalanced && isBalancedNary(children, level + 1);
}
}

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package adda.ejercicios;
import java.util.ArrayList;
import java.util.List;
import java.util.function.Function;
import java.util.stream.Collectors;
import us.lsi.tiposrecursivos.BinaryTree;
import us.lsi.tiposrecursivos.BinaryTree.BEmpty;
import us.lsi.tiposrecursivos.BinaryTree.BLeaf;
import us.lsi.tiposrecursivos.BinaryTree.BTree;
import us.lsi.tiposrecursivos.Tree;
import us.lsi.tiposrecursivos.Tree.TEmpty;
import us.lsi.tiposrecursivos.Tree.TLeaf;
import us.lsi.tiposrecursivos.Tree.TNary;
public class Ejercicio4 {
public static List<List<Integer>> ej4Bin(BinaryTree<Integer> tree) {
Function<List<Integer>,Integer> suma = ls -> ls.stream().collect(Collectors.summingInt(i -> i + (i+1)));
List<List<Integer>> res = ej4BinAux(tree).stream()
.filter(path -> suma.apply(path) % path.size() == 0)
.collect(Collectors.toList());
return res;
}
public static List<List<Integer>> ej4BinAux(BinaryTree<Integer> tree) {
return switch (tree) {
case BEmpty<Integer> t -> List.of();
case BLeaf<Integer> t -> List.of(new ArrayList<>(List.of(t.optionalLabel().get())));
case BTree<Integer> t -> {
List<List<Integer>> res = new ArrayList<>();
for (List<Integer> path : ej4BinAux(t.left())) {
List<Integer> newPath = new ArrayList<>(path);
newPath.add(0, t.optionalLabel().get());
res.add(newPath);
}
for (List<Integer> path : ej4BinAux(t.right())) {
List<Integer> newPath = new ArrayList<>(path);
newPath.add(0, t.optionalLabel().get());
res.add(newPath);
}
yield res;
}
};
}
public static List<List<Integer>> ej4Nary(Tree<Integer> tree) {
Function<List<Integer>, Integer> suma = ls -> ls.stream().mapToInt(i -> i + (i + 1)).sum();
List<List<Integer>> res = ej4NaryAux(tree, suma).stream()
.filter(path -> suma.apply(path) % path.size() == 0)
.collect(java.util.stream.Collectors.toList());
return res;
}
private static List<List<Integer>> ej4NaryAux(Tree<Integer> tree, Function<List<Integer>, Integer> suma) {
return switch (tree) {
case TEmpty<Integer> t -> List.of();
case TLeaf<Integer> t -> List.of(new ArrayList<>(List.of(t.optionalLabel().get())));
case TNary<Integer> t -> {
List<List<Integer>> res = new ArrayList<>();
for (Tree<Integer> child : t.children()) {
List<List<Integer>> childPaths = ej4NaryAux(child, suma);
for (List<Integer> path : childPaths) {
path.add(0, t.optionalLabel().get());
res.add(new ArrayList<>(path));
}
}
yield res;
}
};
}
}

88
PI2/src/main/java/adda/ejercicios/MatrixFibBigInteger.java Normal file
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package adda.ejercicios;
import java.math.BigInteger;
public record MatrixFibBigInteger (BigInteger a, BigInteger b) {
/**
* Clase de utilidades para las matrices de Fibonacci, de la forma
* |a+b a|
* | a b|
* Nos referiremos a esas matrices a partir de la tupla (a, b)
*/
public static MatrixFibBigInteger of(BigInteger a, BigInteger b) {
return new MatrixFibBigInteger(a, b);
}
/**
* @return (a, b)*(a,b)
*/
public MatrixFibBigInteger square() {
BigInteger a2 = a.pow(2);
BigInteger b2 = b.pow(2);
BigInteger ab2 = BigInteger.TWO.multiply(a.multiply(b));
return of(a2.add(ab2), a2.add(b2));
}
/**
* @return (1, 0)*(a, b)
*/
public MatrixFibBigInteger next() {
return of(a.add(b), a);
}
/**
* @return (1, 0)
*/
public static MatrixFibBigInteger unit() {
return of(BigInteger.ONE, BigInteger.ZERO);
}
/**
* @return (0, 1)
*/
public static MatrixFibBigInteger identity() {
return of(BigInteger.ZERO, BigInteger.ONE);
}
/**
* @param n
* @return potencia((1, 0), n)
*/
public static MatrixFibBigInteger unitPotencia(Integer n) {
MatrixFibBigInteger res = null;
if (n == 1) res = unit();
else if (n%2 == 0) res = unitPotencia(n/2).square();
else res = unitPotencia(n/2).square().next();
return res;
}
/**
* @param n
* @return potencia((a, b), n)
*/
public MatrixFibBigInteger potencia(Integer n) {
MatrixFibBigInteger res = null;
if (n == 1) res = of(a, b);
else if (n%2 == 0) res = potencia(n/2).square();
else res = potencia(n/2).square().multiply(this);
return res;
}
/**
* @param mf
* @return (a, b)*mf
*/
public MatrixFibBigInteger multiply(MatrixFibBigInteger mf) {
BigInteger aa = a.multiply(mf.a());
BigInteger ab = a.multiply(mf.b());
BigInteger ba = b.multiply(mf.a());
BigInteger bb = b.multiply(mf.b());
return of(aa.add(ab).add(ba), aa.add(bb));
}
}

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package adda.ejercicios;
public record MatrixFibDouble (Double a, Double b) {
/**
* Clase de utilidades para las matrices de Fibonacci, de la forma
* |a+b a|
* | a b|
* Nos referiremos a esas matrices a partir de la tupla (a, b)
*/
public static MatrixFibDouble of(Double a, Double b) {
return new MatrixFibDouble(a, b);
}
/**
* @return (a, b)*(a,b)
*/
public MatrixFibDouble square() {
Double a2 = a*a;
Double b2 = b*b;
Double ab2 = 2.*a*b;
return of(a2+ab2, a2+b2);
}
/**
* @return (1, 0)*(a, b)
*/
public MatrixFibDouble next() {
return of(a+b, a);
}
/**
* @return (1, 0)
*/
public static MatrixFibDouble unit() {
return of(1., 0.);
}
/**
* @return (0, 1)
*/
public static MatrixFibDouble identity() {
return of(0., 1.);
}
/**
* @param n
* @return potencia((1, 0), n)
*/
public static MatrixFibDouble unitPotencia(Integer n) {
MatrixFibDouble res = null;
if (n == 1) res = unit();
else if (n%2 == 0) res = unitPotencia(n/2).square();
else res = unitPotencia(n/2).square().next();
return res;
}
/**
* @param n
* @return potencia((a, b), n)
*/
public MatrixFibDouble potencia(Integer n) {
MatrixFibDouble res = null;
if (n == 1) res = of(a, b);
else if (n%2 == 0) res = potencia(n/2).square();
else res = potencia(n/2).square().multiply(this);
return res;
}
/**
* @param mf
* @return (a, b)*mf
*/
public MatrixFibDouble multiply(MatrixFibDouble mf) {
Double aa = a*mf.a();
Double ab = a*mf.b();
Double ba = b*mf.a();
Double bb = b*mf.b();
return of(aa+ab+ba, aa+bb);
}
}

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package adda.tests;
import java.util.List;
import java.util.function.Function;
import org.apache.commons.math3.fitting.WeightedObservedPoint;
import adda.ejercicios.Ejercicio1;
import us.lsi.curvefitting.DataFile;
import us.lsi.curvefitting.Fit;
import us.lsi.curvefitting.GenData;
import us.lsi.curvefitting.PowerLog;
import us.lsi.graphics.MatPlotLib;
public class TestEjercicio1 {
public static void genDataRD() {
Integer nMin = 100; // Valor mínimo de n
Integer nMax = 1000; // Valor máximo de n
Integer nIncr = 33; // Incremento en los valores de n
Integer nIter = 100000; // Número de iteraciones para cada medición de tiempo
Integer nIterWarmup = 10000; // Número de iteraciones para warmup
String file = "ficheros_generados/rd.txt";
Function<Integer,Long> f1 = GenData.time(t -> Ejercicio1.fRecDouble(t));
// Integer tMin,Integer tMax,Integer tInc,Integer numIter,Integer numIterWarmup
GenData.tiemposEjecucionAritmetica(f1,file,nMin,nMax,nIncr,nIter,nIterWarmup);
System.out.println("Fin Recursivo Double");
}
public static void genDataRBI() {
Integer nMin = 100; // Valor mínimo de n
Integer nMax = 1000; // Valor máximo de n
Integer nIncr = 33; // Incremento en los valores de n
Integer nIter = 2000; // Número de iteraciones para cada medición de tiempo
Integer nIterWarmup = 1000; // Número de iteraciones para warmup
String file = "ficheros_generados/rbi.txt";
Function<Integer,Long> f1 = GenData.time(t -> Ejercicio1.fRecBigInteger(t));
// Integer tMin,Integer tMax,Integer tInc,Integer numIter,Integer numIterWarmup
GenData.tiemposEjecucionAritmetica(f1,file,nMin,nMax,nIncr,nIter,nIterWarmup);
System.out.println("Fin Recursivo BigInteger");
}
public static void genDataID() {
Integer nMin = 100; // Valor mínimo de n
Integer nMax = 1000; // Valor máximo de n
Integer nIncr = 33; // Incremento en los valores de n
Integer nIter = 2000; // Número de iteraciones para cada medición de tiempo
Integer nIterWarmup = 1000; // Número de iteraciones para warmup
String file = "ficheros_generados/id.txt";
Function<Integer,Long> f1 = GenData.time(t -> Ejercicio1.fIterDouble(t));
// Integer tMin,Integer tMax,Integer tInc,Integer numIter,Integer numIterWarmup
GenData.tiemposEjecucionAritmetica(f1,file,nMin,nMax,nIncr,nIter,nIterWarmup);
System.out.println("Fin Iterativo Double");
}
public static void genDataIBI() {
Integer nMin = 100; // Valor mínimo de n
Integer nMax = 1000; // Valor máximo de n
Integer nIncr = 33; // Incremento en los valores de n
Integer nIter = 2000; // Número de iteraciones para cada medición de tiempo
Integer nIterWarmup = 1000; // Número de iteraciones para warmup
String file = "ficheros_generados/ibi.txt";
Function<Integer,Long> f1 = GenData.time(t -> Ejercicio1.fIterBigInteger(t));
// Integer tMin,Integer tMax,Integer tInc,Integer numIter,Integer numIterWarmup
GenData.tiemposEjecucionAritmetica(f1,file,nMin,nMax,nIncr,nIter,nIterWarmup);
System.out.println("Fin Iterativo BigInteger");
}
public static void showRD() {
String file = "ficheros_generados/rd.txt";
List<WeightedObservedPoint> data = DataFile.points(file);
Fit pl = PowerLog.of();
pl.fit(data);
System.out.println(pl.getExpression());
System.out.println(pl.getEvaluation().getRMS());
MatPlotLib.show(file, pl.getFunction(), pl.getExpression());
}
public static void showRBI() {
String file = "ficheros_generados/rbi.txt";
List<WeightedObservedPoint> data = DataFile.points(file);
Fit pl = PowerLog.of();
pl.fit(data);
System.out.println(pl.getExpression());
System.out.println(pl.getEvaluation().getRMS());
MatPlotLib.show(file, pl.getFunction(), pl.getExpression());
}
public static void showID() {
String file = "ficheros_generados/id.txt";
List<WeightedObservedPoint> data = DataFile.points(file);
Fit pl = PowerLog.of();
pl.fit(data);
System.out.println(pl.getExpression());
System.out.println(pl.getEvaluation().getRMS());
MatPlotLib.show(file, pl.getFunction(), pl.getExpression());
}
public static void showIBI() {
String file = "ficheros_generados/ibi.txt";
List<WeightedObservedPoint> data = DataFile.points(file);
Fit pl = PowerLog.of();
pl.fit(data);
System.out.println(pl.getExpression());
System.out.println(pl.getEvaluation().getRMS());
MatPlotLib.show(file, pl.getFunction(), pl.getExpression());
}
public static void test() {
genDataRD();
genDataRBI();
genDataID();
genDataIBI();
showRD();
showRBI();
showID();
showIBI();
MatPlotLib.showCombined("Comparación", List.of("ficheros_generados/rd.txt","ficheros_generados/rbi.txt",
"ficheros_generados/id.txt","ficheros_generados/ibi.txt"),
List.of("Recursiva Double","Recursiva BigInteger","Iterativa Double","Iterativa BigInteger"));
}
}

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package adda.tests;
import java.util.ArrayList;
import java.util.List;
import java.util.Random;
import java.util.function.Consumer;
import java.util.function.Function;
import org.apache.commons.math3.fitting.WeightedObservedPoint;
import us.lsi.curvefitting.DataFile;
import us.lsi.curvefitting.Fit;
import us.lsi.curvefitting.GenData;
import us.lsi.curvefitting.PowerLog;
import us.lsi.graphics.MatPlotLib;
import us.lsi.recursivos.problemasdelistas.ProblemasDeListas;
public class TestEjercicio2 {
private static Integer nMin = 100; // Tamaño mínimo de la lista a ordenar
private static Integer nMax = 10000; // Tamaño máximo de la lista a ordenar
private static Integer nIncr = 3300; // Incremento en el tamaño de la lista
private static Integer nIter = 50; // Número de iteraciones para calcular el
private static Integer nIterWarmup = 500; // Número de iteraciones de calentamiento
private static List<Integer> LIST = new ArrayList<>();
private static Random rr = new Random(System.nanoTime());
// Genera una lista de enteros aleatorios de tamaño t y la asigna a la variable
// 'list'
private static void genList(Integer n) {
List<Integer> ls = new ArrayList<>();
for (int i = 0; i < n; i++) {
ls.add(rr.nextInt(n + 10000));
}
LIST = ls; // Genera una lista de enteros aleatorios de tamaño 't'
}
public static void genData1() {
String file = "ficheros_generados/mergeSort1.txt";
Consumer<Integer> cons = t -> genList(t);
Function<Integer, Long> f = GenData.time(cons, t -> ProblemasDeListas.mergeSort(LIST,1));
// Integer tMin,Integer tMax,Integer tInc,Integer numIter,Integer numIterWarmup
GenData.tiemposEjecucionAritmetica(f, file, nMin, nMax, nIncr, nIter, nIterWarmup);
}
public static void genData4() {
String file = "ficheros_generados/mergeSort4.txt";
Consumer<Integer> cons = t -> genList(t);
Function<Integer, Long> f = GenData.time(cons, t -> ProblemasDeListas.mergeSort(LIST,4));
// Integer tMin,Integer tMax,Integer tInc,Integer numIter,Integer numIterWarmup
GenData.tiemposEjecucionAritmetica(f, file, nMin, nMax, nIncr, nIter, nIterWarmup);
}
public static void genData16() {
String file = "ficheros_generados/mergeSort16.txt";
Consumer<Integer> cons = t -> genList(t);
Function<Integer, Long> f = GenData.time(cons, t -> ProblemasDeListas.mergeSort(LIST,16));
// Integer tMin,Integer tMax,Integer tInc,Integer numIter,Integer numIterWarmup
GenData.tiemposEjecucionAritmetica(f, file, nMin, nMax, nIncr, nIter, nIterWarmup);
}
public static void genData64() {
String file = "ficheros_generados/mergeSort64.txt";
Consumer<Integer> cons = t -> genList(t);
Function<Integer, Long> f = GenData.time(cons, t -> ProblemasDeListas.mergeSort(LIST,64));
// Integer tMin,Integer tMax,Integer tInc,Integer numIter,Integer numIterWarmup
GenData.tiemposEjecucionAritmetica(f, file, nMin, nMax, nIncr, nIter, nIterWarmup);
}
public static void genData256() {
String file = "ficheros_generados/mergeSort256.txt";
Consumer<Integer> cons = t -> genList(t);
Function<Integer, Long> f = GenData.time(cons, t -> ProblemasDeListas.mergeSort(LIST,256));
// Integer tMin,Integer tMax,Integer tInc,Integer numIter,Integer numIterWarmup
GenData.tiemposEjecucionAritmetica(f, file, nMin, nMax, nIncr, nIter, nIterWarmup);
}
public static void show1() {
String file = "ficheros_generados/mergeSort1.txt";
List<WeightedObservedPoint> data = DataFile.points(file);
Fit pl = PowerLog.of();
pl.fit(data);
System.out.println(pl.getExpression());
System.out.println(pl.getEvaluation().getRMS());
MatPlotLib.show(file, pl.getFunction(), pl.getExpression());
}
public static void show4() {
String file = "ficheros_generados/mergeSort4.txt";
List<WeightedObservedPoint> data = DataFile.points(file);
Fit pl = PowerLog.of();
pl.fit(data);
System.out.println(pl.getExpression());
System.out.println(pl.getEvaluation().getRMS());
MatPlotLib.show(file, pl.getFunction(), pl.getExpression());
}
public static void show16() {
String file = "ficheros_generados/mergeSort16.txt";
List<WeightedObservedPoint> data = DataFile.points(file);
Fit pl = PowerLog.of();
pl.fit(data);
System.out.println(pl.getExpression());
System.out.println(pl.getEvaluation().getRMS());
MatPlotLib.show(file, pl.getFunction(), pl.getExpression());
}
public static void show64() {
String file = "ficheros_generados/mergeSort64.txt";
List<WeightedObservedPoint> data = DataFile.points(file);
Fit pl = PowerLog.of();
pl.fit(data);
System.out.println(pl.getExpression());
System.out.println(pl.getEvaluation().getRMS());
MatPlotLib.show(file, pl.getFunction(), pl.getExpression());
}
public static void show256() {
String file = "ficheros_generados/mergeSort256.txt";
List<WeightedObservedPoint> data = DataFile.points(file);
Fit pl = PowerLog.of();
pl.fit(data);
System.out.println(pl.getExpression());
System.out.println(pl.getEvaluation().getRMS());
MatPlotLib.show(file, pl.getFunction(), pl.getExpression());
}
public static void test() {
genData1();
genData4();
genData16();
genData64();
genData256();
show1();
show4();
show16();
show64();
show256();
MatPlotLib.showCombined("Comparación", List.of("ficheros_generados/mergeSort1.txt","ficheros_generados/mergeSort4.txt",
"ficheros_generados/mergeSort16.txt","ficheros_generados/mergeSort64.txt","ficheros_generados/mergeSort256.txt"),
List.of("Umbral = 1","Umbral = 4","Umbral = 16","Umbral = 64","Umbral = 256"));
}
}

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package adda.tests;
import adda.ejercicios.Ejercicio3;
import us.lsi.common.Files2;
import us.lsi.tiposrecursivos.BinaryTree;
import us.lsi.tiposrecursivos.Tree;
public class TestEjercicio3 {
private static void testBinary() {
int i = 1;
System.out.println("========= ARBOLES BINARIOS =========");
for(String t : Files2.linesFromFile("data/PI2Ej3DatosEntradaBinary.txt")) {
BinaryTree<Character> tree = BinaryTree.parse(t,s -> s.charAt(0));
System.out.println("Arbol " + i + " equilibrado: " + Ejercicio3.isBalancedBinary(tree));
i++;
}
}
private static void testNary() {
int i = 1;
System.out.println("\n\n========= ARBOLES N-ARIOS =========");
for(String t : Files2.linesFromFile("data/PI2Ej3DatosEntradaNary.txt")) {
Tree<Character> tree = Tree.parse(t,s -> s.charAt(0));
System.out.println("Arbol " + i + " equilibrado: " + Ejercicio3.isBalancedNary(tree));
i++;
}
}
public static void test() {
testBinary();
testNary();
}
}

41
PI2/src/main/java/adda/tests/TestEjercicio4.java Normal file
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package adda.tests;
import java.util.List;
import adda.ejercicios.Ejercicio4;
import us.lsi.common.Files2;
import us.lsi.tiposrecursivos.BinaryTree;
import us.lsi.tiposrecursivos.Tree;
public class TestEjercicio4 {
public static void testBinary() {
System.out.println("BINARIO:");
for(String linea : Files2.linesFromFile("data/PI2Ej4DatosEntradaBinary.txt")) {
BinaryTree<Integer> t = BinaryTree.parse(linea, Integer::parseInt);
List<List<Integer>> caminos = Ejercicio4.ej4Bin(t);
System.out.println("Arbol: " + linea);
for(List<Integer> camino : caminos) {
System.out.println(" " + camino);
}
}
}
public static void testNary() {
System.out.println("\n\nN-ARIO:");
for(String linea : Files2.linesFromFile("data/PI2Ej4DatosEntradaNary.txt")) {
Tree<Integer> t = Tree.parse(linea, Integer::parseInt);
List<List<Integer>> caminos = Ejercicio4.ej4Nary(t);
System.out.println("Arbol: " + linea);
for(List<Integer> camino : caminos) {
System.out.println(" " + camino);
}
}
}
public static void test() {
testBinary();
testNary();
}
}

49
PI2/src/main/java/adda/tests/Tests.java Normal file
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package adda.tests;
import java.util.Scanner;
public class Tests {
public static void main(String[] args) {
Scanner s = new Scanner(System.in);
while (true) {
System.out.println("\nIntroduce el ejercicio a ejecutar:");
System.out.println("1. Ejercicio 1");
System.out.println("2. Ejercicio 2");
System.out.println("3. Ejercicio 3");
System.out.println("4. Ejercicio 4");
System.out.println("5. Salir");
int opcion = s.nextInt();
try {
switch (opcion) {
case 1:
System.out.println("===== EJERCICIO 1 =====");
TestEjercicio1.test();
break;
case 2:
System.out.println("===== EJERCICIO 2 =====");
TestEjercicio2.test();
break;
case 3:
System.out.println("===== EJERCICIO 3 =====");
TestEjercicio3.test();
break;
case 4:
System.out.println("===== EJERCICIO 4 =====");
TestEjercicio4.test();
break;
case 5:
System.out.println("Saliendo...");
s.close();
System.exit(0);
default:
System.out.println("Ejercicio no válido.");
}
} catch(Exception e) {
System.out.println("Excepcion: \n" + " " + e);
}
}
}
}

28
PI2/src/main/java/adda/util/TreeUtilities.java Normal file
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package adda.util;
import us.lsi.tiposrecursivos.BinaryTree;
import us.lsi.tiposrecursivos.BinaryTree.BEmpty;
import us.lsi.tiposrecursivos.BinaryTree.BLeaf;
import us.lsi.tiposrecursivos.BinaryTree.BTree;
import us.lsi.tiposrecursivos.Tree;
import us.lsi.tiposrecursivos.Tree.TEmpty;
import us.lsi.tiposrecursivos.Tree.TLeaf;
import us.lsi.tiposrecursivos.Tree.TNary;
public class TreeUtilities {
public static int heightBinary(BinaryTree<Character> tree) {
return switch (tree) {
case BEmpty<Character> t -> 0;
case BLeaf<Character> t -> 0;
case BTree<Character> t -> Math.max(heightBinary(t.left()), heightBinary(t.right())) +1;
};
}
public static int heightNary(Tree<Character> tree) {
return switch (tree) {
case TEmpty<Character> t -> 0;
case TLeaf<Character> t -> 1;
case TNary<Character> t -> t.children().stream().mapToInt(c -> heightNary(c)).max().orElse(0) + 1;
};
}
}

5
PI2/src/main/java/module-info.java Normal file
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module pi2 {
requires datos_compartidos;
requires partecomun;
requires ejemplos_parte_comun;
}

25
PI3/.classpath Normal file
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<?xml version="1.0" encoding="UTF-8"?>
<classpath>
<classpathentry kind="src" path="src/main/java"/>
<classpathentry kind="con" path="org.eclipse.jdt.launching.JRE_CONTAINER/org.eclipse.jdt.internal.debug.ui.launcher.StandardVMType/JavaSE-20">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry combineaccessrules="false" kind="src" path="/DatosCompartidos">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry combineaccessrules="false" kind="src" path="/Grafos">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry combineaccessrules="false" kind="src" path="/ParteComun">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry kind="output" path="bin"/>
</classpath>

17
PI3/.project Normal file
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<?xml version="1.0" encoding="UTF-8"?>
<projectDescription>
<name>PI3</name>
<comment></comment>
<projects>
</projects>
<buildSpec>
<buildCommand>
<name>org.eclipse.jdt.core.javabuilder</name>
<arguments>
</arguments>
</buildCommand>
</buildSpec>
<natures>
<nature>org.eclipse.jdt.core.javanature</nature>
</natures>
</projectDescription>

43
PI3/exports/ejercicio1a_1.dot Normal file
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@@ -0,0 +1,43 @@
strict digraph G {
1 [ color="black" label="Diana" ];
2 [ color="blue" label="Guti" ];
3 [ color="black" label="David" ];
4 [ color="black" label="Miguel" ];
5 [ color="blue" label="Belen" ];
6 [ color="black" label="Rafael" ];
7 [ color="black" label="Paco" ];
8 [ color="black" label="Elena" ];
9 [ color="black" label="Fernando" ];
10 [ color="black" label="Irene" ];
11 [ color="black" label="Antonio" ];
12 [ color="black" label="Maria" ];
13 [ color="black" label="Laura" ];
14 [ color="black" label="Carlos" ];
15 [ color="black" label="Sara" ];
2 -> 5 [ color="blue" label="4.0" ];
1 -> 3 [ color="black" label="3.7" ];
3 -> 4 [ color="black" label="4.2" ];
5 -> 1 [ color="black" label="3.8" ];
1 -> 12 [ color="black" label="4.1" ];
10 -> 5 [ color="black" label="4.3" ];
2 -> 3 [ color="black" label="3.8" ];
2 -> 8 [ color="black" label="2.7" ];
2 -> 12 [ color="black" label="3.1" ];
11 -> 12 [ color="black" label="4.5" ];
2 -> 9 [ color="black" label="1.8" ];
4 -> 5 [ color="black" label="3.9" ];
5 -> 7 [ color="black" label="4.0" ];
5 -> 12 [ color="black" label="3.0" ];
6 -> 3 [ color="black" label="3.6" ];
8 -> 5 [ color="black" label="4.2" ];
5 -> 3 [ color="black" label="3.5" ];
10 -> 11 [ color="black" label="4.0" ];
7 -> 4 [ color="black" label="5.0" ];
11 -> 5 [ color="black" label="4.3" ];
12 -> 9 [ color="black" label="3.8" ];
10 -> 3 [ color="black" label="4.1" ];
8 -> 12 [ color="black" label="3.2" ];
13 -> 14 [ color="black" label="4.0" ];
14 -> 15 [ color="black" label="3.9" ];
15 -> 13 [ color="black" label="4.2" ];
}

60
PI3/exports/ejercicio1a_2.dot Normal file
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@@ -0,0 +1,60 @@
strict digraph G {
1 [ color="blue" label="Diana" ];
2 [ color="black" label="Guti" ];
3 [ color="black" label="David" ];
4 [ color="black" label="Miguel" ];
5 [ color="black" label="Belen" ];
6 [ color="black" label="Rafael" ];
7 [ color="black" label="Paco" ];
8 [ color="black" label="Elena" ];
9 [ color="black" label="Fernando" ];
10 [ color="black" label="Irene" ];
11 [ color="black" label="Antonio" ];
12 [ color="black" label="Maria" ];
13 [ color="black" label="Carlos" ];
14 [ color="blue" label="Daniel" ];
15 [ color="blue" label="Javier" ];
16 [ color="blue" label="Maria del Mar" ];
17 [ color="black" label="Carmelo" ];
18 [ color="black" label="Luis" ];
19 [ color="black" label="Ana" ];
20 [ color="black" label="Roberto" ];
21 [ color="black" label="Sofía" ];
1 -> 2 [ color="black" label="3.9" ];
1 -> 14 [ color="blue" label="3.7" ];
1 -> 15 [ color="blue" label="4.1" ];
1 -> 16 [ color="blue" label="4.0" ];
14 -> 2 [ color="black" label="4.1" ];
14 -> 8 [ color="black" label="3.5" ];
14 -> 12 [ color="black" label="4.2" ];
14 -> 10 [ color="black" label="4.3" ];
15 -> 2 [ color="black" label="4.0" ];
15 -> 8 [ color="black" label="3.9" ];
15 -> 12 [ color="black" label="4.1" ];
15 -> 10 [ color="black" label="4.0" ];
16 -> 2 [ color="black" label="4.2" ];
16 -> 8 [ color="black" label="3.8" ];
16 -> 3 [ color="black" label="4.1" ];
16 -> 4 [ color="black" label="4.3" ];
13 -> 8 [ color="black" label="3.8" ];
17 -> 8 [ color="black" label="3.9" ];
3 -> 15 [ color="black" label="4.0" ];
5 -> 16 [ color="black" label="3.9" ];
10 -> 14 [ color="black" label="4.1" ];
2 -> 12 [ color="black" label="4.0" ];
11 -> 17 [ color="black" label="4.2" ];
2 -> 9 [ color="black" label="3.0" ];
3 -> 4 [ color="black" label="3.9" ];
4 -> 16 [ color="black" label="4.0" ];
5 -> 7 [ color="black" label="4.1" ];
6 -> 15 [ color="black" label="4.1" ];
8 -> 14 [ color="black" label="4.3" ];
5 -> 3 [ color="black" label="4.2" ];
7 -> 17 [ color="black" label="4.5" ];
12 -> 13 [ color="black" label="4.1" ];
8 -> 17 [ color="black" label="3.4" ];
18 -> 19 [ color="black" label="4.0" ];
19 -> 20 [ color="black" label="3.9" ];
20 -> 21 [ color="black" label="4.1" ];
21 -> 18 [ color="black" label="4.2" ];
}

49
PI3/exports/ejercicio1a_3.dot Normal file
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strict digraph G {
1 [ color="blue" label="Diana" ];
2 [ color="blue" label="Guti" ];
3 [ color="black" label="David" ];
4 [ color="black" label="Miguel" ];
5 [ color="black" label="Belen" ];
6 [ color="black" label="Rafael" ];
7 [ color="black" label="Paco" ];
8 [ color="black" label="Elena" ];
9 [ color="black" label="Fernando" ];
10 [ color="blue" label="Irene" ];
11 [ color="black" label="Antonio" ];
12 [ color="black" label="Maria" ];
13 [ color="black" label="Carlos" ];
14 [ color="blue" label="Daniel" ];
15 [ color="black" label="Javier" ];
16 [ color="blue" label="Maria del Mar" ];
17 [ color="black" label="Carmelo" ];
1 -> 2 [ color="blue" label="3.9" ];
1 -> 14 [ color="blue" label="3.7" ];
1 -> 15 [ color="black" label="4.1" ];
1 -> 16 [ color="blue" label="4.2" ];
2 -> 12 [ color="black" label="4.0" ];
2 -> 3 [ color="black" label="4.1" ];
2 -> 4 [ color="black" label="3.6" ];
2 -> 10 [ color="blue" label="3.8" ];
14 -> 8 [ color="black" label="3.5" ];
14 -> 10 [ color="blue" label="4.3" ];
14 -> 13 [ color="black" label="3.6" ];
14 -> 17 [ color="black" label="3.7" ];
16 -> 2 [ color="blue" label="4.2" ];
16 -> 3 [ color="black" label="4.1" ];
16 -> 6 [ color="black" label="4.0" ];
16 -> 11 [ color="black" label="4.3" ];
10 -> 14 [ color="blue" label="4.1" ];
10 -> 13 [ color="black" label="3.9" ];
10 -> 17 [ color="black" label="4.0" ];
10 -> 7 [ color="black" label="3.8" ];
15 -> 4 [ color="black" label="4.0" ];
4 -> 16 [ color="black" label="4.0" ];
13 -> 8 [ color="black" label="3.8" ];
17 -> 8 [ color="black" label="3.9" ];
5 -> 16 [ color="black" label="3.9" ];
11 -> 17 [ color="black" label="4.2" ];
8 -> 14 [ color="black" label="4.3" ];
7 -> 17 [ color="black" label="4.5" ];
12 -> 13 [ color="black" label="4.1" ];
8 -> 17 [ color="black" label="3.4" ];
}

43
PI3/exports/ejercicio1b_1.dot Normal file
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@@ -0,0 +1,43 @@
strict digraph G {
1 [ color="blue" label="Diana" ];
2 [ color="blue" label="Guti" ];
3 [ color="blue" label="David" ];
4 [ color="blue" label="Miguel" ];
5 [ color="blue" label="Belen" ];
6 [ color="blue" label="Rafael" ];
7 [ color="blue" label="Paco" ];
8 [ color="blue" label="Elena" ];
9 [ color="blue" label="Fernando" ];
10 [ color="blue" label="Irene" ];
11 [ color="blue" label="Antonio" ];
12 [ color="blue" label="Maria" ];
13 [ color="red" label="Laura" ];
14 [ color="red" label="Carlos" ];
15 [ color="red" label="Sara" ];
2 -> 5 [ color="blue" label="4.0" ];
1 -> 3 [ color="blue" label="3.7" ];
3 -> 4 [ color="blue" label="4.2" ];
5 -> 1 [ color="blue" label="3.8" ];
1 -> 12 [ color="blue" label="4.1" ];
10 -> 5 [ color="blue" label="4.3" ];
2 -> 3 [ color="blue" label="3.8" ];
2 -> 8 [ color="blue" label="2.7" ];
2 -> 12 [ color="blue" label="3.1" ];
11 -> 12 [ color="blue" label="4.5" ];
2 -> 9 [ color="blue" label="1.8" ];
4 -> 5 [ color="blue" label="3.9" ];
5 -> 7 [ color="blue" label="4.0" ];
5 -> 12 [ color="blue" label="3.0" ];
6 -> 3 [ color="blue" label="3.6" ];
8 -> 5 [ color="blue" label="4.2" ];
5 -> 3 [ color="blue" label="3.5" ];
10 -> 11 [ color="blue" label="4.0" ];
7 -> 4 [ color="blue" label="5.0" ];
11 -> 5 [ color="blue" label="4.3" ];
12 -> 9 [ color="blue" label="3.8" ];
10 -> 3 [ color="blue" label="4.1" ];
8 -> 12 [ color="blue" label="3.2" ];
13 -> 14 [ color="red" label="4.0" ];
14 -> 15 [ color="red" label="3.9" ];
15 -> 13 [ color="red" label="4.2" ];
}

60
PI3/exports/ejercicio1b_2.dot Normal file
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@@ -0,0 +1,60 @@
strict digraph G {
1 [ color="blue" label="Diana" ];
2 [ color="blue" label="Guti" ];
3 [ color="blue" label="David" ];
4 [ color="blue" label="Miguel" ];
5 [ color="blue" label="Belen" ];
6 [ color="blue" label="Rafael" ];
7 [ color="blue" label="Paco" ];
8 [ color="blue" label="Elena" ];
9 [ color="blue" label="Fernando" ];
10 [ color="blue" label="Irene" ];
11 [ color="blue" label="Antonio" ];
12 [ color="blue" label="Maria" ];
13 [ color="blue" label="Carlos" ];
14 [ color="blue" label="Daniel" ];
15 [ color="blue" label="Javier" ];
16 [ color="blue" label="Maria del Mar" ];
17 [ color="blue" label="Carmelo" ];
18 [ color="red" label="Luis" ];
19 [ color="red" label="Ana" ];
20 [ color="red" label="Roberto" ];
21 [ color="red" label="Sofía" ];
1 -> 2 [ color="blue" label="3.9" ];
1 -> 14 [ color="blue" label="3.7" ];
1 -> 15 [ color="blue" label="4.1" ];
1 -> 16 [ color="blue" label="4.0" ];
14 -> 2 [ color="blue" label="4.1" ];
14 -> 8 [ color="blue" label="3.5" ];
14 -> 12 [ color="blue" label="4.2" ];
14 -> 10 [ color="blue" label="4.3" ];
15 -> 2 [ color="blue" label="4.0" ];
15 -> 8 [ color="blue" label="3.9" ];
15 -> 12 [ color="blue" label="4.1" ];
15 -> 10 [ color="blue" label="4.0" ];
16 -> 2 [ color="blue" label="4.2" ];
16 -> 8 [ color="blue" label="3.8" ];
16 -> 3 [ color="blue" label="4.1" ];
16 -> 4 [ color="blue" label="4.3" ];
13 -> 8 [ color="blue" label="3.8" ];
17 -> 8 [ color="blue" label="3.9" ];
3 -> 15 [ color="blue" label="4.0" ];
5 -> 16 [ color="blue" label="3.9" ];
10 -> 14 [ color="blue" label="4.1" ];
2 -> 12 [ color="blue" label="4.0" ];
11 -> 17 [ color="blue" label="4.2" ];
2 -> 9 [ color="blue" label="3.0" ];
3 -> 4 [ color="blue" label="3.9" ];
4 -> 16 [ color="blue" label="4.0" ];
5 -> 7 [ color="blue" label="4.1" ];
6 -> 15 [ color="blue" label="4.1" ];
8 -> 14 [ color="blue" label="4.3" ];
5 -> 3 [ color="blue" label="4.2" ];
7 -> 17 [ color="blue" label="4.5" ];
12 -> 13 [ color="blue" label="4.1" ];
8 -> 17 [ color="blue" label="3.4" ];
18 -> 19 [ color="red" label="4.0" ];
19 -> 20 [ color="red" label="3.9" ];
20 -> 21 [ color="red" label="4.1" ];
21 -> 18 [ color="red" label="4.2" ];
}

49
PI3/exports/ejercicio1b_3.dot Normal file
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@@ -0,0 +1,49 @@
strict digraph G {
1 [ color="blue" label="Diana" ];
2 [ color="blue" label="Guti" ];
3 [ color="blue" label="David" ];
4 [ color="blue" label="Miguel" ];
5 [ color="blue" label="Belen" ];
6 [ color="blue" label="Rafael" ];
7 [ color="blue" label="Paco" ];
8 [ color="blue" label="Elena" ];
9 [ color="red" label="Fernando" ];
10 [ color="blue" label="Irene" ];
11 [ color="blue" label="Antonio" ];
12 [ color="blue" label="Maria" ];
13 [ color="blue" label="Carlos" ];
14 [ color="blue" label="Daniel" ];
15 [ color="blue" label="Javier" ];
16 [ color="blue" label="Maria del Mar" ];
17 [ color="blue" label="Carmelo" ];
1 -> 2 [ color="blue" label="3.9" ];
1 -> 14 [ color="blue" label="3.7" ];
1 -> 15 [ color="blue" label="4.1" ];
1 -> 16 [ color="blue" label="4.2" ];
2 -> 12 [ color="blue" label="4.0" ];
2 -> 3 [ color="blue" label="4.1" ];
2 -> 4 [ color="blue" label="3.6" ];
2 -> 10 [ color="blue" label="3.8" ];
14 -> 8 [ color="blue" label="3.5" ];
14 -> 10 [ color="blue" label="4.3" ];
14 -> 13 [ color="blue" label="3.6" ];
14 -> 17 [ color="blue" label="3.7" ];
16 -> 2 [ color="blue" label="4.2" ];
16 -> 3 [ color="blue" label="4.1" ];
16 -> 6 [ color="blue" label="4.0" ];
16 -> 11 [ color="blue" label="4.3" ];
10 -> 14 [ color="blue" label="4.1" ];
10 -> 13 [ color="blue" label="3.9" ];
10 -> 17 [ color="blue" label="4.0" ];
10 -> 7 [ color="blue" label="3.8" ];
15 -> 4 [ color="blue" label="4.0" ];
4 -> 16 [ color="blue" label="4.0" ];
13 -> 8 [ color="blue" label="3.8" ];
17 -> 8 [ color="blue" label="3.9" ];
5 -> 16 [ color="blue" label="3.9" ];
11 -> 17 [ color="blue" label="4.2" ];
8 -> 14 [ color="blue" label="4.3" ];
7 -> 17 [ color="blue" label="4.5" ];
12 -> 13 [ color="blue" label="4.1" ];
8 -> 17 [ color="blue" label="3.4" ];
}

43
PI3/exports/ejercicio1c_1.dot Normal file
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strict digraph G {
1 [ color="black" label="Diana" ];
2 [ color="red" label="Guti" ];
3 [ color="red" label="David" ];
4 [ color="black" label="Miguel" ];
5 [ color="red" label="Belen" ];
6 [ color="black" label="Rafael" ];
7 [ color="red" label="Paco" ];
8 [ color="black" label="Elena" ];
9 [ color="black" label="Fernando" ];
10 [ color="red" label="Irene" ];
11 [ color="black" label="Antonio" ];
12 [ color="red" label="Maria" ];
13 [ color="black" label="Laura" ];
14 [ color="red" label="Carlos" ];
15 [ color="red" label="Sara" ];
2 -> 5 [ color="black" label="4.0" ];
1 -> 3 [ color="black" label="3.7" ];
3 -> 4 [ color="black" label="4.2" ];
5 -> 1 [ color="black" label="3.8" ];
1 -> 12 [ color="black" label="4.1" ];
10 -> 5 [ color="black" label="4.3" ];
2 -> 3 [ color="black" label="3.8" ];
2 -> 8 [ color="black" label="2.7" ];
2 -> 12 [ color="black" label="3.1" ];
11 -> 12 [ color="black" label="4.5" ];
2 -> 9 [ color="black" label="1.8" ];
4 -> 5 [ color="black" label="3.9" ];
5 -> 7 [ color="black" label="4.0" ];
5 -> 12 [ color="black" label="3.0" ];
6 -> 3 [ color="black" label="3.6" ];
8 -> 5 [ color="black" label="4.2" ];
5 -> 3 [ color="black" label="3.5" ];
10 -> 11 [ color="black" label="4.0" ];
7 -> 4 [ color="black" label="5.0" ];
11 -> 5 [ color="black" label="4.3" ];
12 -> 9 [ color="black" label="3.8" ];
10 -> 3 [ color="black" label="4.1" ];
8 -> 12 [ color="black" label="3.2" ];
13 -> 14 [ color="black" label="4.0" ];
14 -> 15 [ color="black" label="3.9" ];
15 -> 13 [ color="black" label="4.2" ];
}

60
PI3/exports/ejercicio1c_2.dot Normal file
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strict digraph G {
1 [ color="black" label="Diana" ];
2 [ color="red" label="Guti" ];
3 [ color="red" label="David" ];
4 [ color="black" label="Miguel" ];
5 [ color="black" label="Belen" ];
6 [ color="black" label="Rafael" ];
7 [ color="red" label="Paco" ];
8 [ color="red" label="Elena" ];
9 [ color="black" label="Fernando" ];
10 [ color="black" label="Irene" ];
11 [ color="red" label="Antonio" ];
12 [ color="black" label="Maria" ];
13 [ color="red" label="Carlos" ];
14 [ color="red" label="Daniel" ];
15 [ color="red" label="Javier" ];
16 [ color="red" label="Maria del Mar" ];
17 [ color="black" label="Carmelo" ];
18 [ color="red" label="Luis" ];
19 [ color="black" label="Ana" ];
20 [ color="red" label="Roberto" ];
21 [ color="black" label="Sofía" ];
1 -> 2 [ color="black" label="3.9" ];
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1 -> 15 [ color="black" label="4.1" ];
1 -> 16 [ color="black" label="4.0" ];
14 -> 2 [ color="black" label="4.1" ];
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14 -> 12 [ color="black" label="4.2" ];
14 -> 10 [ color="black" label="4.3" ];
15 -> 2 [ color="black" label="4.0" ];
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15 -> 12 [ color="black" label="4.1" ];
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16 -> 3 [ color="black" label="4.1" ];
16 -> 4 [ color="black" label="4.3" ];
13 -> 8 [ color="black" label="3.8" ];
17 -> 8 [ color="black" label="3.9" ];
3 -> 15 [ color="black" label="4.0" ];
5 -> 16 [ color="black" label="3.9" ];
10 -> 14 [ color="black" label="4.1" ];
2 -> 12 [ color="black" label="4.0" ];
11 -> 17 [ color="black" label="4.2" ];
2 -> 9 [ color="black" label="3.0" ];
3 -> 4 [ color="black" label="3.9" ];
4 -> 16 [ color="black" label="4.0" ];
5 -> 7 [ color="black" label="4.1" ];
6 -> 15 [ color="black" label="4.1" ];
8 -> 14 [ color="black" label="4.3" ];
5 -> 3 [ color="black" label="4.2" ];
7 -> 17 [ color="black" label="4.5" ];
12 -> 13 [ color="black" label="4.1" ];
8 -> 17 [ color="black" label="3.4" ];
18 -> 19 [ color="black" label="4.0" ];
19 -> 20 [ color="black" label="3.9" ];
20 -> 21 [ color="black" label="4.1" ];
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strict digraph G {
1 [ color="black" label="Diana" ];
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3 [ color="black" label="David" ];
4 [ color="black" label="Miguel" ];
5 [ color="black" label="Belen" ];
6 [ color="black" label="Rafael" ];
7 [ color="black" label="Paco" ];
8 [ color="black" label="Elena" ];
9 [ color="black" label="Fernando" ];
10 [ color="red" label="Irene" ];
11 [ color="black" label="Antonio" ];
12 [ color="black" label="Maria" ];
13 [ color="red" label="Carlos" ];
14 [ color="red" label="Daniel" ];
15 [ color="red" label="Javier" ];
16 [ color="red" label="Maria del Mar" ];
17 [ color="red" label="Carmelo" ];
1 -> 2 [ color="black" label="3.9" ];
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2 -> 3 [ color="black" label="4.1" ];
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14 -> 8 [ color="black" label="3.5" ];
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14 -> 13 [ color="black" label="3.6" ];
14 -> 17 [ color="black" label="3.7" ];
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16 -> 11 [ color="black" label="4.3" ];
10 -> 14 [ color="black" label="4.1" ];
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10 -> 7 [ color="black" label="3.8" ];
15 -> 4 [ color="black" label="4.0" ];
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13 -> 8 [ color="black" label="3.8" ];
17 -> 8 [ color="black" label="3.9" ];
5 -> 16 [ color="black" label="3.9" ];
11 -> 17 [ color="black" label="4.2" ];
8 -> 14 [ color="black" label="4.3" ];
7 -> 17 [ color="black" label="4.5" ];
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strict digraph G {
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4 [ color="black" label="Miguel" ];
5 [ color="red" label="Belen" ];
6 [ color="black" label="Rafael" ];
7 [ color="black" label="Paco" ];
8 [ color="black" label="Elena" ];
9 [ color="black" label="Fernando" ];
10 [ color="black" label="Irene" ];
11 [ color="black" label="Antonio" ];
12 [ color="black" label="Maria" ];
13 [ color="black" label="Laura" ];
14 [ color="black" label="Carlos" ];
15 [ color="black" label="Sara" ];
2 -> 5 [ color="black" label="4.0" ];
1 -> 3 [ color="black" label="3.7" ];
3 -> 4 [ color="black" label="4.2" ];
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1 -> 12 [ color="black" label="4.1" ];
10 -> 5 [ color="black" label="4.3" ];
2 -> 3 [ color="black" label="3.8" ];
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2 -> 12 [ color="black" label="3.1" ];
11 -> 12 [ color="black" label="4.5" ];
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5 -> 12 [ color="black" label="3.0" ];
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5 -> 3 [ color="black" label="3.5" ];
10 -> 11 [ color="black" label="4.0" ];
7 -> 4 [ color="black" label="5.0" ];
11 -> 5 [ color="black" label="4.3" ];
12 -> 9 [ color="black" label="3.8" ];
10 -> 3 [ color="black" label="4.1" ];
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13 -> 14 [ color="black" label="4.0" ];
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strict digraph G {
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3 [ color="black" label="David" ];
4 [ color="black" label="Miguel" ];
5 [ color="black" label="Belen" ];
6 [ color="black" label="Rafael" ];
7 [ color="black" label="Paco" ];
8 [ color="red" label="Elena" ];
9 [ color="black" label="Fernando" ];
10 [ color="black" label="Irene" ];
11 [ color="black" label="Antonio" ];
12 [ color="black" label="Maria" ];
13 [ color="black" label="Carlos" ];
14 [ color="black" label="Daniel" ];
15 [ color="black" label="Javier" ];
16 [ color="black" label="Maria del Mar" ];
17 [ color="black" label="Carmelo" ];
18 [ color="black" label="Luis" ];
19 [ color="black" label="Ana" ];
20 [ color="black" label="Roberto" ];
21 [ color="black" label="Sofía" ];
1 -> 2 [ color="black" label="3.9" ];
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1 -> 15 [ color="black" label="4.1" ];
1 -> 16 [ color="black" label="4.0" ];
14 -> 2 [ color="black" label="4.1" ];
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14 -> 12 [ color="black" label="4.2" ];
14 -> 10 [ color="black" label="4.3" ];
15 -> 2 [ color="black" label="4.0" ];
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15 -> 12 [ color="black" label="4.1" ];
15 -> 10 [ color="black" label="4.0" ];
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16 -> 3 [ color="black" label="4.1" ];
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13 -> 8 [ color="black" label="3.8" ];
17 -> 8 [ color="black" label="3.9" ];
3 -> 15 [ color="black" label="4.0" ];
5 -> 16 [ color="black" label="3.9" ];
10 -> 14 [ color="black" label="4.1" ];
2 -> 12 [ color="black" label="4.0" ];
11 -> 17 [ color="black" label="4.2" ];
2 -> 9 [ color="black" label="3.0" ];
3 -> 4 [ color="black" label="3.9" ];
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5 -> 7 [ color="black" label="4.1" ];
6 -> 15 [ color="black" label="4.1" ];
8 -> 14 [ color="black" label="4.3" ];
5 -> 3 [ color="black" label="4.2" ];
7 -> 17 [ color="black" label="4.5" ];
12 -> 13 [ color="black" label="4.1" ];
8 -> 17 [ color="black" label="3.4" ];
18 -> 19 [ color="black" label="4.0" ];
19 -> 20 [ color="black" label="3.9" ];
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49
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strict digraph G {
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3 [ color="black" label="David" ];
4 [ color="black" label="Miguel" ];
5 [ color="black" label="Belen" ];
6 [ color="black" label="Rafael" ];
7 [ color="black" label="Paco" ];
8 [ color="black" label="Elena" ];
9 [ color="black" label="Fernando" ];
10 [ color="black" label="Irene" ];
11 [ color="black" label="Antonio" ];
12 [ color="black" label="Maria" ];
13 [ color="black" label="Carlos" ];
14 [ color="black" label="Daniel" ];
15 [ color="black" label="Javier" ];
16 [ color="black" label="Maria del Mar" ];
17 [ color="red" label="Carmelo" ];
1 -> 2 [ color="black" label="3.9" ];
1 -> 14 [ color="black" label="3.7" ];
1 -> 15 [ color="black" label="4.1" ];
1 -> 16 [ color="black" label="4.2" ];
2 -> 12 [ color="black" label="4.0" ];
2 -> 3 [ color="black" label="4.1" ];
2 -> 4 [ color="black" label="3.6" ];
2 -> 10 [ color="black" label="3.8" ];
14 -> 8 [ color="black" label="3.5" ];
14 -> 10 [ color="black" label="4.3" ];
14 -> 13 [ color="black" label="3.6" ];
14 -> 17 [ color="black" label="3.7" ];
16 -> 2 [ color="black" label="4.2" ];
16 -> 3 [ color="black" label="4.1" ];
16 -> 6 [ color="black" label="4.0" ];
16 -> 11 [ color="black" label="4.3" ];
10 -> 14 [ color="black" label="4.1" ];
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10 -> 17 [ color="black" label="4.0" ];
10 -> 7 [ color="black" label="3.8" ];
15 -> 4 [ color="black" label="4.0" ];
4 -> 16 [ color="black" label="4.0" ];
13 -> 8 [ color="black" label="3.8" ];
17 -> 8 [ color="black" label="3.9" ];
5 -> 16 [ color="black" label="3.9" ];
11 -> 17 [ color="black" label="4.2" ];
8 -> 14 [ color="black" label="4.3" ];
7 -> 17 [ color="black" label="4.5" ];
12 -> 13 [ color="black" label="4.1" ];
8 -> 17 [ color="black" label="3.4" ];
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17
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strict graph G {
1 [ color="black" label="Barco Pirata" ];
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3 [ color="black" label="Tombola" ];
4 [ color="black" label="Gusano Loco" ];
5 [ color="magenta" label="Raton Vacilon" ];
6 [ color="magenta" label="Coches de choque" ];
1 -- 2 [ color="black" label="150.0 km, 2.0 min" ];
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3 -- 4 [ color="black" label="30.0 km, 0.5 min" ];
4 -- 5 [ color="black" label="40.0 km, 0.8 min" ];
6 -- 2 [ color="magenta" label="150.0 km, 2.0 min" ];
6 -- 1 [ color="black" label="100.0 km, 2.0 min" ];
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}

31
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strict graph G {
1 [ color="black" label="Barco Pirata" ];
2 [ color="black" label="Casa del Terror" ];
3 [ color="black" label="Tombola" ];
4 [ color="black" label="Gusano Loco" ];
5 [ color="black" label="Raton Vacilon" ];
6 [ color="magenta" label="Coches de choque" ];
7 [ color="black" label="Pim pam pum" ];
8 [ color="black" label="Puesto de algodon" ];
9 [ color="magenta" label="Noria" ];
10 [ color="magenta" label="Patitos" ];
1 -- 2 [ color="black" label="150.0 km, 2.0 min" ];
1 -- 3 [ color="black" label="100.0 km, 1.5 min" ];
1 -- 5 [ color="black" label="150.0 km, 1.5 min" ];
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3 -- 4 [ color="black" label="30.0 km, 0.5 min" ];
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6 -- 2 [ color="black" label="150.0 km, 2.0 min" ];
6 -- 1 [ color="black" label="100.0 km, 2.0 min" ];
2 -- 4 [ color="black" label="50.0 km, 3.0 min" ];
1 -- 7 [ color="black" label="120.0 km, 1.8 min" ];
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3 -- 9 [ color="black" label="90.0 km, 1.4 min" ];
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10 -- 1 [ color="black" label="150.0 km, 2.0 min" ];
}

37
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strict graph G {
1 [ color="black" label="Barco Pirata" ];
2 [ color="magenta" label="Casa del Terror" ];
3 [ color="black" label="Tombola" ];
4 [ color="black" label="Gusano Loco" ];
5 [ color="black" label="Raton Vacilon" ];
6 [ color="black" label="Coches de choque" ];
7 [ color="magenta" label="Pim pam pum" ];
8 [ color="magenta" label="Puesto de algodon" ];
9 [ color="black" label="Noria" ];
10 [ color="black" label="Patitos" ];
11 [ color="black" label="Tren de la bruja" ];
12 [ color="black" label="Casa de los espejos" ];
1 -- 2 [ color="black" label="150.0 km, 2.0 min" ];
1 -- 3 [ color="black" label="100.0 km, 1.5 min" ];
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2 -- 5 [ color="black" label="50.0 km, 5.0 min" ];
3 -- 4 [ color="black" label="30.0 km, 0.5 min" ];
4 -- 5 [ color="black" label="40.0 km, 0.8 min" ];
6 -- 2 [ color="black" label="150.0 km, 2.0 min" ];
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2 -- 4 [ color="black" label="50.0 km, 3.0 min" ];
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12 -- 5 [ color="black" label="20.0 km, 5.0 min" ];
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11 -- 9 [ color="black" label="60.0 km, 6.0 min" ];
4 -- 10 [ color="black" label="60.0 km, 1.0 min" ];
5 -- 7 [ color="black" label="130.0 km, 1.9 min" ];
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8 -- 9 [ color="black" label="50.0 km, 0.8 min" ];
9 -- 10 [ color="black" label="70.0 km, 1.1 min" ];
10 -- 1 [ color="black" label="150.0 km, 2.0 min" ];
6 -- 11 [ color="black" label="70.0 km, 4.5 min" ];
4 -- 12 [ color="black" label="20.0 km, 2.5 min" ];
}

17
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strict graph G {
1 [ color="magenta" label="Barco Pirata" ];
2 [ color="magenta" label="Casa del Terror" ];
3 [ color="magenta" label="Tombola" ];
4 [ color="magenta" label="Gusano Loco" ];
5 [ color="magenta" label="Raton Vacilon" ];
6 [ color="magenta" label="Coches de choque" ];
1 -- 2 [ color="black" label="150.0 km, 2.0 min" ];
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1 -- 5 [ color="black" label="150.0 km, 1.5 min" ];
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3 -- 4 [ color="magenta" label="30.0 km, 0.5 min" ];
4 -- 5 [ color="magenta" label="40.0 km, 0.8 min" ];
6 -- 2 [ color="magenta" label="150.0 km, 2.0 min" ];
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2 -- 4 [ color="black" label="50.0 km, 3.0 min" ];
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31
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strict graph G {
1 [ color="magenta" label="Barco Pirata" ];
2 [ color="magenta" label="Casa del Terror" ];
3 [ color="magenta" label="Tombola" ];
4 [ color="magenta" label="Gusano Loco" ];
5 [ color="magenta" label="Raton Vacilon" ];
6 [ color="magenta" label="Coches de choque" ];
7 [ color="magenta" label="Pim pam pum" ];
8 [ color="magenta" label="Puesto de algodon" ];
9 [ color="magenta" label="Noria" ];
10 [ color="magenta" label="Patitos" ];
1 -- 2 [ color="black" label="150.0 km, 2.0 min" ];
1 -- 3 [ color="magenta" label="100.0 km, 1.5 min" ];
1 -- 5 [ color="black" label="150.0 km, 1.5 min" ];
2 -- 5 [ color="magenta" label="50.0 km, 5.0 min" ];
3 -- 4 [ color="magenta" label="30.0 km, 0.5 min" ];
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6 -- 2 [ color="magenta" label="150.0 km, 2.0 min" ];
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1 -- 7 [ color="black" label="120.0 km, 1.8 min" ];
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10 -- 1 [ color="black" label="150.0 km, 2.0 min" ];
}

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strict graph G {
1 [ color="magenta" label="Barco Pirata" ];
2 [ color="magenta" label="Casa del Terror" ];
3 [ color="magenta" label="Tombola" ];
4 [ color="magenta" label="Gusano Loco" ];
5 [ color="magenta" label="Raton Vacilon" ];
6 [ color="magenta" label="Coches de choque" ];
7 [ color="magenta" label="Pim pam pum" ];
8 [ color="magenta" label="Puesto de algodon" ];
9 [ color="magenta" label="Noria" ];
10 [ color="magenta" label="Patitos" ];
11 [ color="magenta" label="Tren de la bruja" ];
12 [ color="magenta" label="Casa de los espejos" ];
1 -- 2 [ color="black" label="150.0 km, 2.0 min" ];
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1 -- 5 [ color="black" label="150.0 km, 1.5 min" ];
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3 -- 4 [ color="magenta" label="30.0 km, 0.5 min" ];
4 -- 5 [ color="black" label="40.0 km, 0.8 min" ];
6 -- 2 [ color="magenta" label="150.0 km, 2.0 min" ];
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4 -- 10 [ color="black" label="60.0 km, 1.0 min" ];
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9 -- 10 [ color="magenta" label="70.0 km, 1.1 min" ];
10 -- 1 [ color="magenta" label="150.0 km, 2.0 min" ];
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4 -- 12 [ color="magenta" label="20.0 km, 2.5 min" ];
}

17
PI3/exports/ejercicio2c_1.dot Normal file
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@@ -0,0 +1,17 @@
strict graph G {
1 [ color="magenta" label="Barco Pirata" ];
2 [ color="magenta" label="Casa del Terror" ];
3 [ color="magenta" label="Tombola" ];
4 [ color="magenta" label="Gusano Loco" ];
5 [ color="magenta" label="Raton Vacilon" ];
6 [ color="magenta" label="Coches de choque" ];
1 -- 2 [ color="black" label="150.0 km, 2.0 min" ];
1 -- 3 [ color="black" label="100.0 km, 1.5 min" ];
1 -- 5 [ color="magenta" label="150.0 km, 1.5 min" ];
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3 -- 4 [ color="magenta" label="30.0 km, 0.5 min" ];
4 -- 5 [ color="black" label="40.0 km, 0.8 min" ];
6 -- 2 [ color="black" label="150.0 km, 2.0 min" ];
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2 -- 4 [ color="magenta" label="50.0 km, 3.0 min" ];
}

31
PI3/exports/ejercicio2c_2.dot Normal file
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strict graph G {
1 [ color="magenta" label="Barco Pirata" ];
2 [ color="magenta" label="Casa del Terror" ];
3 [ color="black" label="Tombola" ];
4 [ color="black" label="Gusano Loco" ];
5 [ color="magenta" label="Raton Vacilon" ];
6 [ color="magenta" label="Coches de choque" ];
7 [ color="black" label="Pim pam pum" ];
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9 [ color="black" label="Noria" ];
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2 -- 5 [ color="magenta" label="50.0 km, 5.0 min" ];
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2 -- 4 [ color="black" label="50.0 km, 3.0 min" ];
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}

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2 [ color="magenta" label="Casa del Terror" ];
3 [ color="black" label="Tombola" ];
4 [ color="magenta" label="Gusano Loco" ];
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12 -- 5 [ color="magenta" label="20.0 km, 5.0 min" ];
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4 -- 12 [ color="magenta" label="20.0 km, 2.5 min" ];
}

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13 -> 10 [ color="black" label="Relacion-122" ];
14 -> 10 [ color="black" label="Relacion-123" ];
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3 -> 12 [ color="black" label="Relacion-126" ];
6 -> 14 [ color="black" label="Relacion-127" ];
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3 -> 10 [ color="black" label="Relacion-139" ];
}

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strict digraph G {
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#VERTEX#
Diana, 4.6, [Fotografia;Cocina;Docencia;Jardineria;Lectura]
Guti, 4.2, [Ciclismo;Lectura;Programacion;Conciertos;Ajedrez]
David, 4.7, [Programacion;Docencia;Ilusionismo;Cine;Escritura]
Miguel, 4.8, [Conciertos;Ajedrez;Jardineria;Videojuegos;Baile]
Belen, 4.5, [Ilusionismo;Cine;Fotografia;Cocina;Ciclismo]
Rafael, 4.3, [Jardineria;Videojuegos;Programacion;Conciertos;Lectura]
Paco, 4.1, [Docencia;Videojuegos;Cocina;Fotografia;Lectura]
Elena, 4.9, [Escritura;Baile;Docencia;Ilusionismo;Cine]
Fernando, 4.1, [Lectura;Docencia;Cocina;Jardineria;Programacion]
Irene, 4.2, [Cine;Programacion;Conciertos;Ajedrez;Ilusionismo]
Antonio, 4.4, [Videojuegos;Baile;Fotografia;Ciclismo;Escritura]
Maria, 4.5, [Cine;Ilusionismo;Docencia;Lectura;Cocina]
Laura, 4.6, [Fotografía; Música; Programación; Ajedrez; Cocina]
Carlos, 4.4, [Jardinería; Ciclismo; Lectura; Cine; Programación]
Sara, 4.5, [Cocina; Baile; Fotografía; Jardinería; Lectura]
#EDGE#
Guti, Belen, 4.0
Diana, David, 3.7
David, Miguel, 4.2
Belen, Diana, 3.8
Diana, Maria, 4.1
Irene, Belen, 4.3
Guti, David, 3.8
Guti, Elena, 2.7
Guti, Maria, 3.1
Antonio, Maria, 4.5
Guti, Fernando, 1.8
Miguel, Belen, 3.9
Belen, Paco, 4.0
Belen, Maria, 3.0
Rafael, David, 3.6
Elena, Belen, 4.2
Belen, David, 3.5
Irene, Antonio, 4.0
Paco, Miguel, 5
Antonio, Belen, 4.3
Maria, Fernando, 3.8
Irene, David, 4.1
Elena, Maria, 3.2
Laura, Carlos, 4.0
Carlos, Sara, 3.9
Sara, Laura, 4.2

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#VERTEX#
Diana, 4.8, [Fotografia;Cocina;Docencia;Jardineria;Lectura]
Guti, 4.5, [Ciclismo;Lectura;Programacion;Conciertos;Ajedrez]
David, 4.2, [Programacion;Docencia;Ilusionismo;Cine;Escritura]
Miguel, 4.4, [Conciertos;Ajedrez;Jardineria;Videojuegos;Baile]
Belen, 4.6, [Ilusionismo;Cine;Fotografia;Cocina;Ciclismo]
Rafael, 4.7, [Jardineria;Videojuegos;Programacion;Conciertos;Lectura]
Paco, 4.3, [Docencia;Videojuegos;Cocina;Fotografia;Lectura]
Elena, 4.1, [Escritura;Baile;Docencia;Ilusionismo;Cine]
Fernando, 4.2, [Lectura;Docencia;Cocina;Jardineria;Programacion]
Irene, 4.1, [Cine;Programacion;Conciertos;Ajedrez;Ilusionismo]
Antonio, 4.3, [Videojuegos;Baile;Fotografia;Ciclismo;Escritura]
Maria, 4.4, [Cine;Ilusionismo;Docencia;Lectura;Cocina]
Carlos, 4.1, [Musica;Fotografia;Viajes;Gastronomia;Teatro]
Daniel, 4.6, [Yoga;Lectura;Pintura;Escalada;Cine]
Javier, 4.2, [Golf;Programacion;Ciclismo;Ajedrez;Fotografia]
Maria del Mar, 4.7, [Teatro;Baile;Escritura;Cocina;Jardineria]
Carmelo, 4.5, [Videojuegos;Musica;Cine;Lectura;Escalada]
Luis, 4.6, [Teatro; Música; Escritura; Yoga; Cocina]
Ana, 4.5, [Pintura; Lectura; Jardinería; Ciclismo; Escalada]
Roberto, 4.4, [Ajedrez; Programación; Cine; Viajes; Fotografía]
Sofía, 4.7, [Baile; Teatro; Lectura; Música; Cocina]
#EDGE#
Diana, Guti, 3.9
Diana, Daniel, 3.7
Diana, Javier, 4.1
Diana, Maria del Mar, 4.0
Daniel, Guti, 4.1
Daniel, Elena, 3.5
Daniel, Maria, 4.2
Daniel, Irene, 4.3
Javier, Guti, 4.0
Javier, Elena, 3.9
Javier, Maria, 4.1
Javier, Irene, 4.0
Maria del Mar, Guti, 4.2
Maria del Mar, Elena, 3.8
Maria del Mar, David, 4.1
Maria del Mar, Miguel, 4.3
Carlos, Elena, 3.8
Carmelo, Elena, 3.9
David, Javier, 4.0
Belen, Maria del Mar, 3.9
Irene, Daniel, 4.1
Guti, Maria, 4.0
Antonio, Carmelo, 4.2
Guti, Fernando, 3.0
David, Miguel, 3.9
Miguel, Maria del Mar, 4.0
Belen, Paco, 4.1
Rafael, Javier, 4.1
Elena, Daniel, 4.3
Belen, David, 4.2
Paco, Carmelo, 4.5
Maria, Carlos, 4.1
Elena, Carmelo, 3.4
Luis, Ana, 4.0
Ana, Roberto, 3.9
Roberto, Sofía, 4.1
Sofía, Luis, 4.2

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#VERTEX#
Diana, 4.8, [Fotografia;Cocina;Docencia;Jardineria;Lectura]
Guti, 4.5, [Ciclismo;Lectura;Programacion;Conciertos;Ajedrez]
David, 4.2, [Programacion;Docencia;Ilusionismo;Cine;Escritura]
Miguel, 4.4, [Conciertos;Ajedrez;Jardineria;Videojuegos;Baile]
Belen, 4.6, [Ilusionismo;Cine;Fotografia;Cocina;Ciclismo]
Rafael, 4.7, [Jardineria;Videojuegos;Programacion;Conciertos;Lectura]
Paco, 4.3, [Docencia;Videojuegos;Cocina;Fotografia;Lectura]
Elena, 4.1, [Escritura;Baile;Docencia;Ilusionismo;Cine]
Fernando, 4.2, [Lectura;Docencia;Cocina;Jardineria;Programacion]
Irene, 4.1, [Cine;Programacion;Conciertos;Ajedrez;Ilusionismo]
Antonio, 4.3, [Videojuegos;Baile;Fotografia;Ciclismo;Escritura]
Maria, 4.4, [Cine;Ilusionismo;Docencia;Lectura;Cocina]
Carlos, 4.1, [Musica;Fotografia;Viajes;Gastronomia;Teatro]
Daniel, 4.6, [Yoga;Lectura;Pintura;Escalada;Cine]
Javier, 4.2, [Golf;Programacion;Ciclismo;Ajedrez;Fotografia]
Maria del Mar, 4.7, [Teatro;Baile;Escritura;Cocina;Jardineria]
Carmelo, 4.5, [Videojuegos;Musica;Cine;Lectura;Escalada]
#EDGE#
Diana, Guti, 3.9
Diana, Daniel, 3.7
Diana, Javier, 4.1
Diana, Maria del Mar, 4.2
Guti, Maria, 4.0
Guti, David, 4.1
Guti, Miguel, 3.6
Guti, Irene, 3.8
Daniel, Elena, 3.5
Daniel, Irene, 4.3
Daniel, Carlos, 3.6
Daniel, Carmelo, 3.7
Maria del Mar, Guti, 4.2
Maria del Mar, David, 4.1
Maria del Mar, Rafael, 4.0
Maria del Mar, Antonio, 4.3
Irene, Daniel, 4.1
Irene, Carlos, 3.9
Irene, Carmelo, 4.0
Irene, Paco, 3.8
Javier, Miguel, 4.0
Miguel, Maria del Mar, 4.0
Carlos, Elena, 3.8
Carmelo, Elena, 3.9
Belen, Maria del Mar, 3.9
Antonio, Carmelo, 4.2
Elena, Daniel, 4.3
Paco, Carmelo, 4.5
Maria, Carlos, 4.1
Elena, Carmelo, 3.4

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#VERTEX#
Barco Pirata, 30, 8.5, 5
Casa del Terror, 20, 7.0, 10
Tombola, 15, 6.5, 15
Gusano Loco, 10, 5.0, 3
Raton Vacilon, 25, 7.5, 7
Coches de choque, 10, 9.5, 7
#EDGE#
Barco Pirata, Casa del Terror, 150, 2.0
Barco Pirata, Tombola, 100, 1.5
Barco Pirata, Raton Vacilon, 150, 1.5
Casa del Terror, Raton Vacilon, 50, 5
Tombola, Gusano Loco, 30, 0.5
Gusano Loco, Raton Vacilon, 40, 0.8
Coches de choque, Casa del Terror, 150, 2.0
Coches de choque,Barco Pirata, 100, 2.0
Casa del Terror,Gusano Loco, 50, 3.0

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#VERTEX#
Barco Pirata, 30, 8.5, 5
Casa del Terror, 20, 7.0, 10
Tombola, 15, 6.5, 15
Gusano Loco, 10, 5.0, 3
Raton Vacilon, 25, 7.5, 7
Coches de choque, 10, 9.5, 7
Pim pam pum, 15, 6.0, 4
Puesto de algodon, 5, 7.5, 2
Noria, 20, 8.0, 5
Patitos, 10, 5.5, 3
#EDGE#
Barco Pirata, Casa del Terror, 150, 2.0
Barco Pirata, Tombola, 100, 1.5
Barco Pirata, Raton Vacilon, 150, 1.5
Casa del Terror, Raton Vacilon, 50, 5
Tombola, Gusano Loco, 30, 0.5
Gusano Loco, Raton Vacilon, 40, 0.8
Coches de choque, Casa del Terror, 150, 2.0
Coches de choque,Barco Pirata, 100, 2.0
Casa del Terror,Gusano Loco, 50, 3.0
Barco Pirata, Pim pam pum, 120, 1.8
Casa del Terror, Puesto de algodon, 80, 1.2
Tombola, Noria, 90, 1.4
Gusano Loco, Patitos, 60, 1.0
Raton Vacilon, Pim pam pum, 130, 1.9
Coches de choque, Noria, 110, 2.1
Pim pam pum, Puesto de algodon, 40, 0.7
Puesto de algodon, Noria, 50, 0.8
Noria, Patitos, 70, 1.1
Patitos, Barco Pirata, 150, 2.0

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#VERTEX#
Barco Pirata, 30, 8.5, 5
Casa del Terror, 20, 7.0, 10
Tombola, 15, 6.5, 15
Gusano Loco, 10, 5.0, 3
Raton Vacilon, 25, 7.5, 7
Coches de choque, 10, 9.5, 7
Pim pam pum, 15, 6.0, 4
Puesto de algodon, 5, 7.5, 2
Noria, 20, 8.0, 5
Patitos, 10, 5.5, 3
Tren de la bruja, 22, 7.5, 7
Casa de los espejos, 17, 9, 9
#EDGE#
Barco Pirata, Casa del Terror, 150, 2.0
Barco Pirata, Tombola, 100, 1.5
Barco Pirata, Raton Vacilon, 150, 1.5
Casa del Terror, Raton Vacilon, 50, 5
Tombola, Gusano Loco, 30, 0.5
Gusano Loco, Raton Vacilon, 40, 0.8
Coches de choque, Casa del Terror, 150, 2.0
Coches de choque,Barco Pirata, 100, 2.0
Casa del Terror,Gusano Loco, 50, 3.0
Barco Pirata, Pim pam pum, 120, 1.8
Casa de los espejos, Raton Vacilon, 20, 5
Casa del Terror, Puesto de algodon, 80, 1.2
Tombola, Noria, 90, 1.4
Tren de la bruja, Noria, 60, 6
Gusano Loco, Patitos, 60, 1.0
Raton Vacilon, Pim pam pum, 130, 1.9
Coches de choque, Noria, 110, 2.1
Pim pam pum, Puesto de algodon, 40, 0.7
Puesto de algodon, Noria, 50, 0.8
Noria, Patitos, 70, 1.1
Patitos, Barco Pirata, 150, 2.0
Coches de choque,Tren de la bruja, 70, 4.5
Gusano Loco, Casa de los espejos, 20, 2.5

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#VERTEX#
Tarea1
Tarea2
Tarea3
Tarea4
Tarea5
Tarea6
Tarea7
Tarea8
Tarea9
Tarea10
#EDGE#
Tarea1, Tarea2
Tarea1, Tarea3
Tarea2, Tarea4
Tarea3, Tarea4
Tarea4, Tarea5
Tarea4, Tarea6
Tarea5, Tarea7
Tarea6, Tarea7
Tarea7, Tarea8
Tarea2, Tarea9
Tarea9, Tarea10
Tarea3, Tarea10

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#VERTEX#
Tarea1
Tarea2
Tarea3
Tarea4
Tarea5
Tarea6
Tarea7
Tarea8
Tarea9
Tarea10
#EDGE#
Tarea1, Tarea4
Tarea1, Tarea5
Tarea1, Tarea9
Tarea2, Tarea4
Tarea2, Tarea6
Tarea2, Tarea8
Tarea2, Tarea9
Tarea3, Tarea4
Tarea3, Tarea10
Tarea4, Tarea5
Tarea4, Tarea6
Tarea5, Tarea7
Tarea5, Tarea9
Tarea6, Tarea7
Tarea6, Tarea8
Tarea7, Tarea8
Tarea7, Tarea9
Tarea8, Tarea10
Tarea9, Tarea10

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#VERTEX#
Tarea1
Tarea2
Tarea3
Tarea4
Tarea5
Tarea6
Tarea7
Tarea8
Tarea9
Tarea10
Tarea11
Tarea12
Tarea13
Tarea14
Tarea15
#EDGE#
Tarea1, Tarea4
Tarea1, Tarea5
Tarea1, Tarea9
Tarea2, Tarea4
Tarea2, Tarea6
Tarea2, Tarea8
Tarea2, Tarea9
Tarea3, Tarea4
Tarea3, Tarea10
Tarea4, Tarea5
Tarea4, Tarea6
Tarea5, Tarea7
Tarea5, Tarea9
Tarea6, Tarea7
Tarea6, Tarea8
Tarea7, Tarea8
Tarea7, Tarea9
Tarea8, Tarea10
Tarea9, Tarea10
Tarea1, Tarea11
Tarea12, Tarea13
Tarea13, Tarea14
Tarea14, Tarea15
Tarea15, Tarea8
Tarea11, Tarea14
Tarea12, Tarea5
Tarea9, Tarea13
Tarea13, Tarea10
Tarea14, Tarea10
Tarea2, Tarea15
Tarea5, Tarea11
Tarea3, Tarea12
Tarea6, Tarea14

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package adda.ejercicios;
import java.util.Set;
import java.util.function.Predicate;
import org.jgrapht.Graph;
import us.lsi.graphs.views.SubGraphView;
public class Ejercicio1 {
public static <V,E> Graph<V,E> ejercicio1(Graph<V,E> g, Predicate<V> condV, Predicate<E> condE) {
Graph<V,E> subG = SubGraphView.of(g, condV, condE);
return subG;
}
public static <V,E> Graph<V,E> ejercicio1Alt(Graph<V,E> g, Set<V> s) {
Graph<V,E> subG = SubGraphView.of(g, s);
return subG;
}
}

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package adda.ejercicios;
import java.util.stream.Collectors;
import org.jgrapht.Graph;
import org.jgrapht.GraphPath;
import us.lsi.graphs.views.SubGraphView;
public class Ejercicio2 {
public static <V, E> Graph<V, E> ejercicio2(Graph<V, E> g, GraphPath<V, E> caminoMinimo) {
Graph<V, E> subG = SubGraphView.of(g, caminoMinimo.getVertexList().stream().collect(Collectors.toSet()));
return subG;
}
}

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package adda.tests;
import java.util.List;
import java.util.Set;
import java.util.function.Predicate;
import java.util.stream.Collectors;
import org.jgrapht.Graph;
import org.jgrapht.alg.connectivity.ConnectivityInspector;
import org.jgrapht.alg.interfaces.VertexCoverAlgorithm;
import org.jgrapht.alg.interfaces.VertexCoverAlgorithm.VertexCover;
import org.jgrapht.alg.vertexcover.GreedyVCImpl;
import org.jgrapht.graph.AsUndirectedGraph;
import org.jgrapht.graph.SimpleDirectedWeightedGraph;
import adda.ejercicios.Ejercicio1;
import adda.util.Interaccion;
import adda.util.Usuario;
import us.lsi.colors.GraphColors;
import us.lsi.colors.GraphColors.Color;
import us.lsi.common.Map2;
import us.lsi.graphs.Graphs2;
import us.lsi.graphs.GraphsReader;
public class Test1 {
private static int nEj1 = 1;
public static void apartadoA(String fichero) {
System.out.println("Usando fichero de datos: ejercicio1_"+nEj1);
SimpleDirectedWeightedGraph<Usuario, Interaccion> g = GraphsReader.newGraph(
fichero,
Usuario::ofFormat,
Interaccion::ofFormat,
() -> Graphs2.simpleDirectedWeightedGraph(),
a -> a.indiceInteraccion()
);
Graph<Usuario, Interaccion> g2 = Ejercicio1.ejercicio1(
g,
v -> g.outDegreeOf(v) > 3,
e -> e.indiceInteraccion() > 2.5
);
GraphColors.toDot(
g,
"./exports/ejercicio1a_" + nEj1 + ".dot",
v -> v.nombre(),
e -> e.indiceInteraccion().toString(),
v -> GraphColors.colorIf(Color.blue, Color.black, g2.containsVertex(v)),
e -> GraphColors.colorIf(Color.blue, Color.black, g2.containsEdge(e))
);
nEj1++;
System.out.println(" "+g2);
}
public static void apartadoB(String fichero) {
System.out.println("Usando fichero de datos: ejercicio1_"+nEj1);
SimpleDirectedWeightedGraph<Usuario, Interaccion> g = GraphsReader.newGraph(
fichero,
Usuario::ofFormat,
Interaccion::ofFormat,
() -> Graphs2.simpleDirectedWeightedGraph(),
a -> a.indiceInteraccion()
);
ConnectivityInspector<Usuario, Interaccion> connIns = new ConnectivityInspector<>(g);
List<Set<Usuario>> connectedSets = connIns.connectedSets();
for (Set<Usuario> group : connectedSets) {
System.out.println(" "+ group);
GraphColors.toDot(
g,
"./exports/ejercicio1b_" + nEj1 + ".dot",
v -> v.nombre(),
e -> e.indiceInteraccion().toString(),
v -> GraphColors.colorIf(Color.red, Color.blue, group.contains(v)),
e -> GraphColors.colorIf(Color.red, Color.blue, group.contains(g.getEdgeSource(e)) && group.contains(g.getEdgeTarget(e)))
);
}
nEj1++;
}
public static void apartadoC(String fichero) {
System.out.println("Usando fichero de datos: ejercicio1_"+nEj1);
SimpleDirectedWeightedGraph<Usuario, Interaccion> g = GraphsReader.newGraph(
fichero,
Usuario::ofFormat,
Interaccion::ofFormat,
() -> Graphs2.simpleDirectedWeightedGraph(),
a -> a.indiceInteraccion()
);
Graph<Usuario, Interaccion> undirectedGraph = new AsUndirectedGraph<>(g);
VertexCoverAlgorithm<Usuario> vc = new GreedyVCImpl<Usuario, Interaccion>(undirectedGraph,Map2.of(x->x.indiceActividad()));
VertexCover<Usuario> vertexCover = vc.getVertexCover();
// Imprimir el conjunto mínimo de usuarios
System.out.println(" "+vertexCover);
GraphColors.toDot(
g,
"./exports/ejercicio1c_" + nEj1 + ".dot",
v -> v.nombre(),
e -> e.indiceInteraccion().toString(),
v -> GraphColors.colorIf(Color.red, Color.black, vertexCover.contains(v)),
e -> GraphColors.color(Color.black)
);
nEj1++;
}
public static void apartadoD(String fichero) {
System.out.println("Usando fichero de datos: ejercicio1_"+nEj1);
SimpleDirectedWeightedGraph<Usuario, Interaccion> g = GraphsReader.newGraph(
fichero,
Usuario::ofFormat,
Interaccion::ofFormat,
() -> Graphs2.simpleDirectedWeightedGraph(),
a -> a.indiceInteraccion()
);
Predicate<Usuario> p = u ->
g.inDegreeOf(u)>=5 && u.aficiones().size()>3 &&
u.indiceActividad()>4;
Graph<Usuario,Interaccion> g2 = Ejercicio1.ejercicio1Alt(
g,
g.vertexSet().stream()
.filter(p)
.sorted((u1,u2)-> calcularMedia(u2,g.incomingEdgesOf(u2))
.compareTo(calcularMedia(u1,g.incomingEdgesOf(u1))))
.limit(2)
.collect(Collectors.toSet())
);
GraphColors.toDot(
g,
"./exports/ejercicio1d_" + nEj1 + ".dot",
v -> v.nombre(),
e -> e.indiceInteraccion().toString(),
v -> GraphColors.colorIf(Color.red, Color.black, g2.containsVertex(v)),
e -> GraphColors.color(Color.black)
);
nEj1++;
System.out.println(" "+g2);
}
private static Double calcularMedia(Usuario u, Set<Interaccion> s) {
List<Double> aux = s.stream().map(Interaccion::indiceInteraccion).toList();
return aux.stream().reduce((d1,d2) -> d1+d2).orElse(0.)/aux.size();
}
public static void test() {
System.out.println("--------- EJERCICIO 1 ---------\n=== APARTADO A ===");
apartadoA("./ficheros/ejercicio1_1.txt");
apartadoA("./ficheros/ejercicio1_2.txt");
apartadoA("./ficheros/ejercicio1_3.txt");
nEj1=1;
System.out.println("\n=== APARTADO B ===");
apartadoB("./ficheros/ejercicio1_1.txt");
apartadoB("./ficheros/ejercicio1_2.txt");
apartadoB("./ficheros/ejercicio1_3.txt");
nEj1=1;
System.out.println("\n=== APARTADO C ===");
apartadoC("./ficheros/ejercicio1_1.txt");
apartadoC("./ficheros/ejercicio1_2.txt");
apartadoC("./ficheros/ejercicio1_3.txt");
nEj1=1;
System.out.println("\n=== APARTADO D ===");
apartadoD("./ficheros/ejercicio1_1.txt");
apartadoD("./ficheros/ejercicio1_2.txt");
apartadoD("./ficheros/ejercicio1_3.txt");
}
}

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package adda.tests;
import java.util.ArrayList;
import java.util.Comparator;
import java.util.HashSet;
import java.util.List;
import java.util.Set;
import org.jgrapht.Graph;
import org.jgrapht.GraphPath;
import org.jgrapht.alg.shortestpath.DijkstraShortestPath;
import org.jgrapht.alg.tour.HeldKarpTSP;
import org.jgrapht.graph.SimpleWeightedGraph;
import adda.util.Atraccion;
import adda.util.Relacion;
import us.lsi.colors.GraphColors;
import us.lsi.colors.GraphColors.Color;
import us.lsi.graphs.Graphs2;
import us.lsi.graphs.GraphsReader;
public class Test2 {
private static int nEj2 = 1;
public static void apartadoA(String fichero, String atraccion1, String atraccion2) {
System.out.println("Usando fichero de datos: ejercicio2_"+nEj2);
SimpleWeightedGraph<Atraccion, Relacion> g = GraphsReader.newGraph(
fichero,
Atraccion::ofFormat,
Relacion::ofFormat,
() -> Graphs2.simpleWeightedGraph(),
a -> a.distancia()
);
DijkstraShortestPath<Atraccion, Relacion> dijkstra = new DijkstraShortestPath<Atraccion, Relacion>(g);
GraphPath<Atraccion, Relacion> caminoMinimo = dijkstra.getPath(getAtraccionPorNombre(g, atraccion1),
getAtraccionPorNombre(g, atraccion2));
GraphColors.toDot(
g,
"./exports/ejercicio2a_" + nEj2 + ".dot",
v -> v.nombre(),
e -> e.distancia()+" km, "+e.tiempoMedio()+" min",
v -> GraphColors.colorIf(Color.magenta, Color.black, caminoMinimo.getVertexList().contains(v)),
e -> GraphColors.colorIf(Color.magenta, Color.black, caminoMinimo.getEdgeList().contains(e))
);
nEj2++;
System.out.println(" "+caminoMinimo);
}
private static Atraccion getAtraccionPorNombre(Graph<Atraccion,Relacion> g, String atraccion) {
return g.vertexSet().stream().filter(a -> a.nombre().equals(atraccion)).findFirst().get();
}
public static void apartadoB(String fichero) {
System.out.println("Usando fichero de datos: ejercicio2_"+nEj2);
SimpleWeightedGraph<Atraccion, Relacion> g = GraphsReader.newGraph(
fichero,
Atraccion::ofFormat,
Relacion::ofFormat,
() -> Graphs2.simpleWeightedGraph(),
a -> a.distancia()
);
HeldKarpTSP<Atraccion, Relacion> tsp = new HeldKarpTSP<>();
GraphPath<Atraccion, Relacion> caminoOptimo = tsp.getTour(g);
GraphColors.toDot(
g,
"./exports/ejercicio2b_" + nEj2 + ".dot",
v -> v.nombre(),
e -> e.distancia()+" km, "+e.tiempoMedio()+" min",
v -> GraphColors.colorIf(Color.magenta, Color.black, caminoOptimo.getVertexList().contains(v)),
e -> GraphColors.colorIf(Color.magenta, Color.black, caminoOptimo.getEdgeList().contains(e))
);
nEj2++;
System.out.println(" "+caminoOptimo);
}
public static void apartadoC(String fichero, Integer horasDisponibles) {
Set<Atraccion> visitadas = new HashSet<>();
List<Atraccion> ruta = new ArrayList<>();
double tiempoTotal = 0.;
System.out.println("Usando fichero de datos: ejercicio2_"+nEj2);
SimpleWeightedGraph<Atraccion, Relacion> g = GraphsReader.newGraph(
fichero,
Atraccion::ofFormat,
Relacion::ofFormat,
() -> Graphs2.simpleWeightedGraph(),
a -> a.tiempoMedio()
);
Atraccion atrInicial = g.vertexSet().stream()
.sorted(Comparator
.comparing(Atraccion::popularidad)
.reversed())
.findFirst().get();
visitadas.add(atrInicial); // ya se ha visitado al empezar por ella
ruta.add(atrInicial);
while(horasDisponibles*60 > tiempoTotal) {
Atraccion atrActual = ruta.get(ruta.size()-1);
List<Atraccion> noVisitadas = g.edgesOf(atrActual).stream()
.map(e -> {
Atraccion src = g.getEdgeSource(e);
Atraccion trg = g.getEdgeTarget(e);
return src.equals(atrActual) ? trg : src;
})
.filter(vecina -> !visitadas.contains(vecina))
.sorted(Comparator.comparing(Atraccion::popularidad).reversed())
.toList();
if (noVisitadas.isEmpty()) {
break;
}
Atraccion atrNext = noVisitadas.get(0);
DijkstraShortestPath<Atraccion, Relacion> dijkstra = new DijkstraShortestPath<>(g);
double tiempoViaje = dijkstra.getPathWeight(atrActual, atrNext);
double tiempoEspera = atrNext.tiempoEsperaMedio();
double duracionAtraccion = atrNext.duracion();
double tiempoTotalAtraccion = tiempoViaje + tiempoEspera + duracionAtraccion;
if (tiempoTotal + tiempoTotalAtraccion <= horasDisponibles*60) {
ruta.add(atrNext);
visitadas.add(atrNext);
tiempoTotal += tiempoTotalAtraccion;
} else {
break;
}
}
GraphColors.toDot(
g,
"./exports/ejercicio2c_" + nEj2 + ".dot",
v -> v.nombre(),
e -> e.distancia()+" km, "+e.tiempoMedio()+" min",
v -> GraphColors.colorIf(Color.magenta, Color.black, ruta.contains(v)),
e -> GraphColors.colorIf(Color.magenta, Color.black, containsEdge(g,e,ruta)
)
);
nEj2++;
System.out.println(" "+ruta.stream().map(x->x.nombre()).toList());
}
private static Boolean containsEdge(Graph<Atraccion,Relacion> g, Relacion e, List<Atraccion> ruta) {
Boolean res = false;
for(int i = 0; i < ruta.size()-1; i++) {
if(g.getEdge(ruta.get(i), ruta.get(i+1)).equals(e)) {
res = true;
break;
}
}
return res;
}
public static void test() {
System.out.println("--------- EJERCICIO 2 ---------\n=== APARTADO A ===");
apartadoA("./ficheros/ejercicio2_1.txt", "Coches de choque", "Raton Vacilon");
apartadoA("./ficheros/ejercicio2_2.txt", "Coches de choque", "Patitos");
apartadoA("./ficheros/ejercicio2_3.txt", "Casa del Terror", "Pim pam pum");
nEj2=1;
System.out.println("\n=== APARTADO B ===");
apartadoB("./ficheros/ejercicio2_1.txt");
apartadoB("./ficheros/ejercicio2_2.txt");
apartadoB("./ficheros/ejercicio2_3.txt");
nEj2=1;
System.out.println("\n=== APARTADO C ===");
apartadoC("./ficheros/ejercicio2_1.txt",5);
apartadoC("./ficheros/ejercicio2_2.txt",2);
apartadoC("./ficheros/ejercicio2_3.txt",3);
}
}

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package adda.tests;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.LinkedList;
import java.util.List;
import java.util.Map;
import java.util.Map.Entry;
import java.util.stream.Collectors;
import org.jgrapht.Graph;
import org.jgrapht.graph.SimpleDirectedGraph;
import org.jgrapht.traverse.DepthFirstIterator;
import org.jgrapht.traverse.TopologicalOrderIterator;
import adda.util.RelacionTarea;
import adda.util.Tarea;
import us.lsi.colors.GraphColors;
import us.lsi.colors.GraphColors.Color;
import us.lsi.common.List2;
import us.lsi.graphs.Graphs2;
import us.lsi.graphs.GraphsReader;
public class Test3 {
private static int nEj3 = 1;
public static void apartadoA(String fichero) {
System.out.println("Usando fichero de datos: ejercicio3_"+nEj3);
SimpleDirectedGraph<Tarea, RelacionTarea> g = GraphsReader.newGraph(
fichero,
Tarea::ofFormat,
RelacionTarea::ofFormat,
() -> Graphs2.simpleDirectedGraph(),
null
);
TopologicalOrderIterator<Tarea, RelacionTarea> toi = new TopologicalOrderIterator<>(g);
List<String> tareas = new ArrayList<>();
toi.forEachRemaining(v->tareas.add(v.nombre()));
nEj3++;
System.out.println(" "+tareas);
}
public static void apartadoB(String fichero, String tarea) {
System.out.println("Usando fichero de datos: ejercicio3_"+nEj3);
SimpleDirectedGraph<Tarea, RelacionTarea> g = GraphsReader.newGraph(
fichero,
Tarea::ofFormat,
RelacionTarea::ofFormat,
() -> Graphs2.simpleDirectedGraph(),
null
);
Tarea tInicial = g.vertexSet().stream()
.filter(t -> t.nombre().equals(tarea))
.findFirst()
.orElse(null);
List<Tarea> tareas = new ArrayList<>();
Map<Tarea, List<Tarea>> map = new HashMap<>();
List<Tarea> pendientes = new LinkedList<>();
pendientes.add(tInicial);
tareas.add(tInicial);
map.put(tInicial, tareas);
while (!pendientes.isEmpty()) {
Tarea tareaActual = pendientes.remove(0);
List<Tarea> tareasPrecedentes = g.incomingEdgesOf(tareaActual).stream()
.map(e -> g.getEdgeSource(e))
.toList();
for (Tarea t : tareasPrecedentes) {
if (!map.containsKey(t)) {
tareas.add(t);
map.put(t, tareas);
pendientes.add(t);
}
}
}
GraphColors.toDot(
g,
"./exports/ejercicio3b_"+nEj3+".dot",
v -> v.nombre(),
e -> e.nombre(),
v -> GraphColors.colorIf(Color.magenta, Color.black, tareas.contains(v)),
e -> GraphColors.color(Color.black)
);
nEj3++;
System.out.println(tareas);
}
public static void apartadoC(String fichero) {
System.out.println("Usando fichero de datos: ejercicio3_"+nEj3);
SimpleDirectedGraph<Tarea, RelacionTarea> g = GraphsReader.newGraph(
fichero,
Tarea::ofFormat,
RelacionTarea::ofFormat,
() -> Graphs2.simpleDirectedGraph(),
null
);
List<Tarea> tareasNivelCero = g.vertexSet().stream()
.filter(v -> g.incomingEdgesOf(v).isEmpty())
.collect(Collectors.toList());
Map<Tarea, Integer> map = dependenciasPorMasDependientes(g, tareasNivelCero);
Integer masValue = map.values().stream()
.max((n1, n2) -> n1.compareTo(n2))
.orElse(0);
List<Tarea> tareas = map.entrySet().stream()
.filter(e -> e.getValue().equals(masValue))
.map(Entry::getKey)
.toList();
GraphColors.toDot(
g,
"./exports/ejercicio3c_"+nEj3+".dot",
v -> v.nombre(),
e -> e.nombre(),
v -> GraphColors.colorIf(Color.magenta, Color.black, tareas.contains(v)),
e -> GraphColors.color(Color.black)
);
nEj3++;
System.out.println(tareas);
}
private static Map<Tarea, Integer> dependenciasPorMasDependientes(
Graph<Tarea, RelacionTarea> grafo, List<Tarea> tDependientes) {
Map<Tarea, Integer> res = new HashMap<>();
for (Tarea t : tDependientes) {
DepthFirstIterator<Tarea, RelacionTarea> dfi = new DepthFirstIterator<>(grafo, t);
List<Tarea> aux = List2.empty();
dfi.forEachRemaining(aux::add);
res.put(t, aux.size());
}
return res;
}
public static void test() {
System.out.println("--------- EJERCICIO 3 ---------\n=== APARTADO A ===");
apartadoA("./ficheros/ejercicio3_1.txt");
apartadoA("./ficheros/ejercicio3_2.txt");
apartadoA("./ficheros/ejercicio3_3.txt");
nEj3=1;
System.out.println("\n=== APARTADO B ===");
apartadoB("./ficheros/ejercicio3_1.txt", "Tarea5");
apartadoB("./ficheros/ejercicio3_2.txt", "Tarea8");
apartadoB("./ficheros/ejercicio3_3.txt", "Tarea8");
nEj3=1;
System.out.println("\n=== APARTADO C ===");
apartadoC("./ficheros/ejercicio3_1.txt");
apartadoC("./ficheros/ejercicio3_2.txt");
apartadoC("./ficheros/ejercicio3_3.txt");
}
}

13
PI3/src/main/java/adda/tests/Tests.java Normal file
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package adda.tests;
public class Tests {
public static void main(String[] args) {
Test1.test();
System.out.println("\n\n");
Test2.test();
System.out.println("\n\n");
Test3.test();
}
}

15
PI3/src/main/java/adda/util/Atraccion.java Normal file
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package adda.util;
public record Atraccion(String nombre, Integer tiempoEsperaMedio, Double popularidad, Integer duracion) {
public static Atraccion ofFormat(String[] formato) {
String n = formato[0];
Integer tem = Integer.valueOf(formato[1]);
Double p = Double.parseDouble(formato[2]);
Integer d = Integer.valueOf(formato[3]);
return new Atraccion(n,tem,p,d);
}
public static Atraccion of(String nombre, Integer tiempoEsperaMedio, Double popularidad, Integer duracion) {
return new Atraccion(nombre, tiempoEsperaMedio, popularidad, duracion);
}
}

17
PI3/src/main/java/adda/util/Interaccion.java Normal file
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@@ -0,0 +1,17 @@
package adda.util;
public record Interaccion(Integer id, Double indiceInteraccion) {
private static int num =0;
public static Interaccion ofFormat(String[] formato) {
Double indiceInteraccion = Double.parseDouble(formato[2]);
Integer id = num;
num++;
return new Interaccion(id, indiceInteraccion);
}
public static Interaccion of(Integer id, Double indiceInteraccion) {
return new Interaccion(id,indiceInteraccion);
}
}

17
PI3/src/main/java/adda/util/Relacion.java Normal file
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package adda.util;
public record Relacion(Integer id, Double distancia, Double tiempoMedio) {
private static int num =0;
public static Relacion ofFormat(String[] formato) {
Integer i = num;
Double d = Double.parseDouble(formato[2]);
Double tm = Double.parseDouble(formato[3]);
num++;
return new Relacion(i, d, tm);
}
public static Relacion of(Integer id, Double distancia, Double tiempoMedio) {
return new Relacion(id,distancia, tiempoMedio);
}
}

8
PI3/src/main/java/adda/util/RelacionTarea.java Normal file
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package adda.util;
public record RelacionTarea(String nombre, String independiente, String dependiente) {
public static int i = 0;
public static RelacionTarea ofFormat(String[] format) {
return new RelacionTarea("Relacion-"+i++,format[0],format[1]);
}
}

7
PI3/src/main/java/adda/util/Tarea.java Normal file
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@@ -0,0 +1,7 @@
package adda.util;
public record Tarea(String nombre) {
public static Tarea ofFormat(String[] format) {
return new Tarea(format[0]);
}
}

23
PI3/src/main/java/adda/util/Usuario.java Normal file
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@@ -0,0 +1,23 @@
package adda.util;
import java.util.Arrays;
import java.util.Set;
import java.util.stream.Collectors;
public record Usuario(String nombre, Double indiceActividad, Set<String> aficiones) {
public static Usuario ofFormat(String[] formato) {
String nombre = formato[0];
Double indiceActividad = Double.parseDouble(formato[1]);
Set<String> aficiones = Arrays.stream(formato[2].replace("[", "").replace("]", "").split(";")).collect(Collectors.toSet());
return new Usuario(nombre, indiceActividad, aficiones);
}
public static Usuario of(String nombre, Double indiceActividad, Set<String> aficiones) {
return new Usuario(nombre, indiceActividad, aficiones);
}
@Override
public String toString() {
return this.nombre+"("+this.indiceActividad+")";
}
}

5
PI3/src/main/java/module-info.java Normal file
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module pi3 {
requires partecomun;
requires datos_compartidos;
requires grafos;
}

25
PI4/.classpath Normal file
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@@ -0,0 +1,25 @@
<?xml version="1.0" encoding="UTF-8"?>
<classpath>
<classpathentry kind="src" path="src"/>
<classpathentry combineaccessrules="false" kind="src" path="/ParteComun">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry combineaccessrules="false" kind="src" path="/Solve">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry kind="con" path="org.eclipse.jdt.launching.JRE_CONTAINER">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry kind="src" path="/Geneticos">
<attributes>
<attribute name="module" value="true"/>
</attributes>
</classpathentry>
<classpathentry kind="output" path="bin"/>
</classpath>

17
PI4/.project Normal file
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@@ -0,0 +1,17 @@
<?xml version="1.0" encoding="UTF-8"?>
<projectDescription>
<name>PI4</name>
<comment></comment>
<projects>
</projects>
<buildSpec>
<buildCommand>
<name>org.eclipse.jdt.core.javabuilder</name>
<arguments>
</arguments>
</buildCommand>
</buildSpec>
<natures>
<nature>org.eclipse.jdt.core.javanature</nature>
</natures>
</projectDescription>

15
PI4/.settings/org.eclipse.jdt.core.prefs Normal file
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@@ -0,0 +1,15 @@
eclipse.preferences.version=1
org.eclipse.jdt.core.compiler.codegen.inlineJsrBytecode=enabled
org.eclipse.jdt.core.compiler.codegen.methodParameters=do not generate
org.eclipse.jdt.core.compiler.codegen.targetPlatform=20
org.eclipse.jdt.core.compiler.codegen.unusedLocal=preserve
org.eclipse.jdt.core.compiler.compliance=20
org.eclipse.jdt.core.compiler.debug.lineNumber=generate
org.eclipse.jdt.core.compiler.debug.localVariable=generate
org.eclipse.jdt.core.compiler.debug.sourceFile=generate
org.eclipse.jdt.core.compiler.problem.assertIdentifier=error
org.eclipse.jdt.core.compiler.problem.enablePreviewFeatures=enabled
org.eclipse.jdt.core.compiler.problem.enumIdentifier=error
org.eclipse.jdt.core.compiler.problem.reportPreviewFeatures=ignore
org.eclipse.jdt.core.compiler.release=enabled
org.eclipse.jdt.core.compiler.source=20

9
PI4/ficheros/ej1/Ejercicio1DatosEntrada1.txt Normal file
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// HUERTOS
H0: metrosdisponibles=4;
H1: metrosdisponibles=6;
// VARIEDADES
V0 -> metrosrequeridos=2; incomp=V2,V4,V3;
V1 -> metrosrequeridos=4; incomp=V2,V4;
V2 -> metrosrequeridos=3; incomp=V0,V1,V4;
V3 -> metrosrequeridos=1; incomp=V0,V4;
V4 -> metrosrequeridos=6; incomp=V0,V1,V2,V3;

11
PI4/ficheros/ej1/Ejercicio1DatosEntrada2.txt Normal file
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@@ -0,0 +1,11 @@
// HUERTOS
H0: metrosdisponibles=3;
H1: metrosdisponibles=4;
H2: metrosdisponibles=5;
// VARIEDADES
V0 -> metrosrequeridos=4; incomp=V3,V1,V4;
V1 -> metrosrequeridos=2; incomp=V0,V3,V5;
V2 -> metrosrequeridos=3; incomp=V5,V3;
V3 -> metrosrequeridos=1; incomp=V0,V1,V2,V4;
V4 -> metrosrequeridos=6; incomp=V0,V5,V3;
V5 -> metrosrequeridos=2; incomp=V1,V2,V4;

15
PI4/ficheros/ej1/Ejercicio1DatosEntrada3.txt Normal file
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// HUERTOS
H0: metrosdisponibles=10;
H1: metrosdisponibles=5;
H2: metrosdisponibles=2;
H3: metrosdisponibles=8;
// VARIEDADES
V0 -> metrosrequeridos=6; incomp=V1,V2,V3,V4,V6;
V1 -> metrosrequeridos=4; incomp=V8,V6,V5,V0,V2,V4,V7;
V2 -> metrosrequeridos=3; incomp=V0,V1,V6,V7,V3,V5,V8;
V3 -> metrosrequeridos=1; incomp=V6,V0,V7,V2,V4,V5;
V4 -> metrosrequeridos=6; incomp=V0,V6,V1,V3,V8;
V5 -> metrosrequeridos=5; incomp=V3,V2,V1,V6,V8;
V6 -> metrosrequeridos=2; incomp=V0,V8,V5,V3,V1,V2,V4,V7;
V7 -> metrosrequeridos=5; incomp=V8,V1,V6,V2,V3;
V8 -> metrosrequeridos=2; incomp=V4,V2,V5,V1,V7,V6;

7
PI4/ficheros/ej2/Ejercicio2DatosEntrada1.txt Normal file
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Presupuesto = 150
//Id_prod:Precio:Categoria:Valoracion
0:10:0:5
1:150:0:4
2:150:1:4
3:100:2:2
4:120:2:5

9
PI4/ficheros/ej2/Ejercicio2DatosEntrada2.txt Normal file
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@@ -0,0 +1,9 @@
Presupuesto = 100
//Id_prod:Precio:Categoria:Valoracion
0:75:3:5
1:10:2:4
2:15:1:2
3:50:0:2
4:80:1:5
5:95:2:5
6:25:3:4

12
PI4/ficheros/ej2/Ejercicio2DatosEntrada3.txt Normal file
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@@ -0,0 +1,12 @@
Presupuesto = 10
//Id_prod:Precio:Categoria:Valoracion
0:5:0:2
1:4:2:1
2:3:1:3
3:5:3:1
4:5:2:1
5:8:4:1
6:8:1:2
7:7:0:5
8:6:2:4
9:10:1:4

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