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de.invation.code.toval.test.Test Maven / Gradle / Ivy
TOVAL comprises a set of java classes for common programming issues. It includes utils for arrays, lists, sets and collections for convenient handling and modification, but also support for mathematic definitions concerning logic (clauses + resolution) together with some algorithms for permutations, powersets and resolution. Additionally it contains a number of types for multisets, matrices with object keys and much more.
package de.invation.code.toval.test;
import java.util.ArrayList;
import java.util.List;
import de.invation.code.toval.misc.CollectionUtils;
public class Test {
/**
* @param args
*/
public static void main(String[] args) {
// Number[] arr = new Number[] {1,4.7,5,8,9};
// //Double[] arr2 = new Double[] {1.0,-4.7,59.3,8.0,9.0};
// Double[] arr2 = new Double[] {0.01,-0.07,0.008,0.008,0.7};
// Double[] arr3 = new Double[] {3.8,0.7,-5.3,6.4,3.9};
// Object[] obj = new Object[] {1,4.7,5,8,9, "didi"};
// List result = Arrays.asList(arr);
// List ol = Arrays.asList(obj);
// Number[] e = ListUtils.asArray(result);
// List> r = ListUtils.divideList(result, 3);
// ArrayList t = new ArrayList();
// DynamicMatrix dm = new DynamicMatrix();
// dm.putValue("Reins", "Czwei", 11);
// dm.putValue("Rzwei", "Ceins", 11);
// System.out.println("->"+FormatUtils.formatTrimmed(2.7, 10)+"<-");
// List lll = Arrays.asList(-0.5,3.9,7.8);
//StatList n = new StatList(lll);
// System.out.println(n.max());
// System.out.println(n.min());
// System.out.println(n.range());
//Observation o = new Observation(Arrays.asList(arr2));
//new AdjustableDiagramPanel(new BarChartPanel(Arrays.asList(arr2), Arrays.asList(arr3), false)).asFrame();
//new AdjustableDiagramPanel(new DotPanel(o.getValueStatistic(), false)).asFrame();
//ChartFactory.createBarChartPanel(Arrays.asList(arr2), Arrays.asList(arr3)).adjustableVersion().asFrame();
// DynamicMatrix dm = new DynamicMatrix();
// dm.putValue("A", "B", 5.7);
// System.out.println(dm);
// dm.putValue("B", "C", 4.6);
// System.out.println(dm);
// String[] actors = {"ben","pat","dam","aht","rob","sim","jul"};
// Integer[] values = {1,2,3,5,6,7,8};
// Allocation a = new Allocation(actors, values);
// a.addExclusion("rob", 1);
// a.addExclusion("jul", 2);
// a.addExclusion("dam", 3);
// a.addExclusion("aht", 5);
// a.addExclusion("pat", 6);
// a.addExclusion("ben", 7);
// a.addExclusion("sim", 8);
//
// a.setAllocationCount(2);
// System.out.println(a.getMapping());
// ValueStatCancellable s = new ValueStatCancellable(true);
// s.update(2.0);
// System.out.println(s);
// s.update(1.0);
// System.out.println(s);
// s.updateCancel(2.0);
// System.out.println(s);
// s.updateCancel(1.0);
// System.out.println(s);
// s.update(3.0);
// s.update(1.0);
// System.out.println(s);
// final char BACKSPACE = (char) 8;
// HashSet s1 = new HashSet(Arrays.asList("A","B","C","D"));
// HashSet s2 = new HashSet(Arrays.asList("A","B","C","D"));
// HashSet s3 = new HashSet(Arrays.asList("A","B","C","D"));
// System.out.println(CollectionUtils.toSimpleString(s1));
// System.out.println(SetUtils.containSameElements(new ArrayList>(Arrays.asList(s1,s2,s3))));
// TransitionSystem ts = new TransitionSystem();
// State s0 = new State("s0");
// State s1 = new State("s1");
// State s2 = new State("s2");
// ts.addState(s0);
// ts.addState(s1);
// ts.addState(s2);
// Event e1 = new Event("E");
// ts.addEvent(e1);
// ts.addRelation(s0, s1, e1);
// System.out.println(ts.isDFN());
// ts.addRelation(s0, s2, e1);
// System.out.println(ts);
// System.out.println(ts.isDFN());
List l = new ArrayList();
l.add(1);
l.add(1);
System.out.println(CollectionUtils.isTrivial(l));
}
}
