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/*
* This file is part of rasdaman community.
*
* Rasdaman community is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* Rasdaman community is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with rasdaman community. If not, see <http://www.gnu.org/licenses/>.
*
* Copyright 2003, 2004, 2005, 2006, 2007, 2008, 2009 Peter Baumann /
rasdaman GmbH.
*
* For more information please see <http://www.rasdaman.org>
* or contact Peter Baumann via <baumann@rasdaman.com>.
*/
package rasj.test;
import java.util.StringTokenizer;
import java.lang.Integer;
import java.lang.Long;
import rasj.*;
import rasj.odmg.*;
public class testIntervals
{
public static void main(String argv[]) throws RasException
{
testIntervals intervalTest = new testIntervals();
}
public testIntervals()
{
try
{
// Points and Intervals
//////////////////////////////////////////////
System.out.println("\n############################ test points: ");
// create a new RasPoint
RasPoint p1 = new RasPoint("[666, 888]");
RasPoint p2 = new RasPoint(333,444);
p2 = p2.add(p2);
// test if two points are equal
boolean b1 = false;
if(p2.comparedWith(p1) == 0)
b1 = p1.equals(p2);
else
b1 = false;
System.out.println("points are equal: " + b1);
// get the dimension of a Point
int i;
b1 = false;
if((p1.dimension() == 2) && (2 == p2.dimension()))
b1 = true;
System.out.println("dimensions of points are correct: " + b1);
b1 = false;
p2.setItem(1, 48);
if(p2.item(1) == 48)
b1 = true;
System.out.println("read and write access of points is OK: " + b1);
b1 = false;
p2.setTo(p2.mult(p1));
if(p2.equals(new RasPoint(443556, 42624)))
b1 = true;
System.out.println("mult and setTo is OK: " + b1);
b1 = false;
p1.stream(3);
if(p1.item(0) == 3)
b1 = true;
System.out.println("stream initializing of points is OK: " + b1);
// create a new RasSInterval
System.out.println("\n############################ test sintervals: ");
RasSInterval s1 = new RasSInterval(100,200);
RasSInterval s2 = new RasSInterval("150:400");
// get upper bound
b1 = false;
if(s2.high() == 400)
b1 = true;
System.out.println("upper bound is correct: " + b1);
// test if lower bound is fixed
boolean b2;
b1 = false;
b1 = s2.isLowFixed();
System.out.println("lower bound is fix: " + b1);
// test if interval intersects with another interval
// (the return value shows the kind of intersection)
int j;
j = s1.intersectsWith(s2);
b1 = false;
if(j != -1)
b1 = true;
System.out.println("s1 intersects with s2: " + b1);
RasSInterval sint1 = new RasSInterval(100,200);
RasSInterval sint2 = new RasSInterval("150 :400 ");
RasSInterval sint3 = new RasSInterval("50:180");
b1 = false;
sint1.setHigh('*');
sint1.setLow(400);
if(sint1.low() == 400)
b1 = true;
sint1.setLow('*');
sint1.setHigh(500);
if((sint1.high() == 500) && b1)
b1 = true;
else
b1 = false;
System.out.println("setLow and setHigh are OK: " + b1);
sint1.setInterval('*',500);
b1 = !sint1.isLowFixed();
b1 = sint1.isHighFixed() && b1;
System.out.println("low is open high is fixed: " + b1);
b1 = false;
if(sint1.intersectsWith(sint1) != -1)
b1 = true;
if(sint3.closureOf(sint2, sint1).equals(sint1) &&
sint3.closureWith(sint2).equals(sint1) &&
sint3.createClosure(sint2).equals(sint1))
b1 = b1 && true;
sint1.setInterval(90, 105);
sint2.setInterval(100, 110);
if(sint2.createDifference(sint1).equals(new RasSInterval(90, 100)) &&
sint3.createIntersection(sint2).equals(new RasSInterval(100, 110)))
b1 = b1 && true;
if(sint3.createUnion(sint2).equals(sint1) &&
sint1.differenceOf(sint1, sint2).equals(new RasSInterval(90, 100)) &&
sint1.differenceWith(sint2).equals(new RasSInterval(100, 110)))
b1 = b1 && true;
if(sint3.intersectionOf(sint2, sint1).equals(new RasSInterval(100, 100)) &&
sint3.intersectionWith(sint2).equals(new RasSInterval(100, 100)))
b1 = b1 && true;
b1 = b1 && !sint3.equals(sint2);
if(sint3.unionOf(sint1, sint2).equals(new RasSInterval(90, 110)) &&
sint3.unionWith(sint2).equals(new RasSInterval(90, 110)))
b1 = b1 && true;
System.out.println("operations of sintervals are correct: " + b1);
// create new RasMInterval
System.out.println("\n############################ test mintervals: ");
RasMInterval mint1 = new RasMInterval("[567:3253,666:888]");
RasMInterval mint2 = new RasMInterval("[678:4000,777:999]");
RasMInterval mint3 = new RasMInterval("[777:900,888:1000]");
RasMInterval mint4 = new RasMInterval(2);
b1 = false;
if((mint2.dimension() == 2) && (mint1.dimension() == 2))
b1 = true;
System.out.println("dimensions of mintervals are correct: " + b1);
b1 = false;
mint1 = new RasMInterval("[500:3000,600:800]");
mint2 = new RasMInterval("[600:1000,700:750]");
b1 = mint1.intersectsWith(mint2);
mint1 = new RasMInterval("[567:3253,666:888]");
mint2 = new RasMInterval("[678:4000,777:999]");
if(mint3.closureOf(mint2, mint1).toString().equals(new RasMInterval("[567:4000,666:999]").toString()))
b1 = b1 && true;
else b1 = false;
if(mint3.closureWith(mint2).toString().equals(new RasMInterval("[567:4000,666:999]").toString()))
b1 = b1 && true;
else b1 = false;
if(mint3.createClosure(mint2).toString().equals(new RasMInterval("[567:4000,666:999]").toString()))
b1 = b1 && true;
else b1 = false;
mint3 = new RasMInterval("[678:2000,777:888]");
mint3 = mint3.createDifference(mint2);
if(mint3.toString().equals(new RasMInterval("[2000:4000,888:999]").toString()))
b1 = b1 && true;
else b1 = false;
mint3 = new RasMInterval("[678:2000,777:888]");
mint3 = mint3.createDifference(mint2);
if(mint3.toString().equals(new RasMInterval("[2000:4000,888:999]").toString()))
b1 = b1 && true;
else b1 = false;
mint3 = new RasMInterval("[678:2000,777:888]");
mint3 = mint3.createIntersection(mint2);
if(mint3.toString().equals(new RasMInterval("[678:2000,777:888]").toString()))
b1 = b1 && true;
else b1 = false;
mint3 = new RasMInterval("[678:2000,777:888]");
mint2 = new RasMInterval("[1000:4000,750:999]");
mint3 = mint3.createUnion(mint2);
if(mint3.toString().equals(new RasMInterval("[678:4000, 750:999]").toString()))
b1 = b1 && true;
else b1 = false;
mint2 = new RasMInterval("[1000:4000,800:999]");
mint1 = mint1.differenceOf(mint3, mint2);
if(mint1.toString().equals(new RasMInterval("[678:1000,750:800]").toString()))
b1 = b1 && true;
else b1 = false;
mint3 = mint3.intersectionOf(mint2, mint1);
if(mint3.toString().equals(new RasMInterval("[1000:1000,800:800]").toString()))
b1 = b1 && true;
else b1 = false;
mint3 = mint3.intersectionWith(mint2);
if(mint3.toString().equals(new RasMInterval("[1000:1000,800:800]").toString()))
b1 = b1 && true;
else b1 = false;
b1 = b1 && !mint3.equals(mint2);
mint3 = mint3.unionOf(mint1, mint2);
if(mint3.toString().equals(new RasMInterval("[678:4000,750:999]").toString()))
b1 = b1 && true;
else b1 = false;
mint3 = mint3.unionWith(mint2);
if(mint3.toString().equals(new RasMInterval("[678:4000,750:999]").toString()))
b1 = b1 && true;
else b1 = false;
mint2 = mint2.differenceWith(mint3);
if(mint2.toString().equals(new RasMInterval("[678:1000,750:800]").toString()))
b1 = b1 && true;
else b1 = false;
System.out.println("operations of mintervals are correct: " + b1);
// Types
///////////////////////////////////////////
System.out.println("\n############################ test types: ");
String s = "marray <char, 1>";
RasType rType = RasType.getAnyType(s);
RasBaseType rb;
if(rType.getClass().getName().equals("rasj.RasMArrayType"))
{
RasMArrayType tmp = (RasMArrayType)rType;
rb = tmp.getBaseType();
System.out.println("OK");
}
else
System.out.println("element of MDD Collection is no MArray.");
boolean b3;
b3 = !rType.isStructType();
System.out.println(b3);
// StorageLayout
///////////////////////////////////////////
System.out.println("\n############################ test storage layout: ");
RasGMArray myMDD = new RasGMArray(new RasMInterval("[1:400,1:400]"),1);
byte[] mydata = new byte[160000];
for(int y=0; y<400; y++)
{
for(int x=0; x<400; x++)
{
if((x>99 && x<151) || (x>299 && x<351))
mydata[y*399+x]=100;
else
mydata[y*399+x]=0;
}
}
myMDD.setArray(mydata);
myMDD.setObjectTypeName("GreyImage");
RasStorageLayout myLayout = new RasStorageLayout();
myLayout.setTileDomain("[1:100,1:70]");
// you can either set the TileSize or the TileDomain
myLayout.setTileSize(32);
myMDD.setStorageLayout(myLayout);
if(myMDD.getStorageLayout().getTileSize() == 32)
System.out.println("OK");
//GMarray////////////////////////////////////////////////////////////////////////////////////////////////////////////////
RasGMArray array1 = new RasGMArray();
RasGMArray array2 = new RasGMArray(mint1, 8);
myMDD.getCell(new RasPoint(1,1));
System.out.println("OK");
//Ausgabe////////////////////////////////////////////////////////////////////////////////////////////////////////////////
/*
System.out.println("Array1 " + array1);
System.out.println("Array2 " + array2);
System.out.println("Punkt1 " + p1);
System.out.println("Punkt2 " + p2);
System.out.println("Sinterval1 " + s1);
System.out.println("Sinterval2 " + s2);
System.out.println("Sinterval3 " + sint3);
System.out.println("j = " + j);
//System.out.println("b1 = " + b1);
//System.out.println("b2 = " + b2);
System.out.println("b3 = " + b3);
*/
}
catch (RasException e)
{
System.out.println("!!!!!!!!!!!!!!!!!!!!While testing!!!!!!!!!!!!!!!!!!");
System.out.println("An RasException has occurred: " + e.getMessage());
}
}
}
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