/*
* Copyright (c) 2010 Nokia Corporation and/or its subsidiary(-ies).
* All rights reserved.
* This component and the accompanying materials are made available
* under the terms of "Eclipse Public License v1.0"
* which accompanies this distribution, and is available
* at the URL "http://www.eclipse.org/legal/epl-v10.html".
*
* Initial Contributors:
* Nokia Corporation - initial contribution.
*
* Contributors:
*
* Description:
*
*/
#include <iostream>
#include <set>
#include "itk.h"
#include "cpixgeotools.h"
#include "cpixstrtools.h"
struct GeoData {
char gpsLongitudeRef_;
Cpt::ExifGpsCoord gpsLongitude_;
char gpsLatitudeRef_;
Cpt::ExifGpsCoord gpsLatitude_;
};
GeoData TestData[] = {
// Quads around origo. On level 15, they should be about of
// 0.611495 / 0.305238 km size
{
Cpt::QNr::EAST,
Cpt::ExifGpsCoord(Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(1,100)),
Cpt::QNr::NORTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(1,100))
},
{
Cpt::QNr::EAST,
Cpt::ExifGpsCoord(Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(1,100)),
Cpt::QNr::SOUTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(1,100))
},
{
Cpt::QNr::WEST,
Cpt::ExifGpsCoord(Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(1,100)),
Cpt::QNr::NORTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(1,100))
},
{
Cpt::QNr::WEST,
Cpt::ExifGpsCoord(Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(1,100)),
Cpt::QNr::SOUTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(1,100))
},
// Quads at mid-points of 4 great quads. On level 15, they should
// be about of 0.4324.. / 0.305238 km size
//
{
Cpt::QNr::EAST,
Cpt::ExifGpsCoord(Cpt::ExifRational(90,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1)),
Cpt::QNr::NORTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(45,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1))
},
{
Cpt::QNr::EAST,
Cpt::ExifGpsCoord(Cpt::ExifRational(90,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1)),
Cpt::QNr::SOUTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(45,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1))
},
{
Cpt::QNr::WEST,
Cpt::ExifGpsCoord(Cpt::ExifRational(90,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1)),
Cpt::QNr::NORTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(45,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1))
},
{
Cpt::QNr::WEST,
Cpt::ExifGpsCoord(Cpt::ExifRational(90,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1)),
Cpt::QNr::SOUTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(45,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1))
},
// Quads at mid-points / 60 degrees of 4 great quads. On level 15,
// they should be about of 0.3057 / 0.305238 km size
//
{
Cpt::QNr::EAST,
Cpt::ExifGpsCoord(Cpt::ExifRational(90,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1)),
Cpt::QNr::NORTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(60,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1))
},
{
Cpt::QNr::EAST,
Cpt::ExifGpsCoord(Cpt::ExifRational(90,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1)),
Cpt::QNr::SOUTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(60,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1))
},
{
Cpt::QNr::WEST,
Cpt::ExifGpsCoord(Cpt::ExifRational(90,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1)),
Cpt::QNr::NORTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(60,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1))
},
{
Cpt::QNr::WEST,
Cpt::ExifGpsCoord(Cpt::ExifRational(90,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1)),
Cpt::QNr::SOUTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(60,1),
Cpt::ExifRational(0,1),
Cpt::ExifRational(0,1))
},
// Quads around the poles. They should have a very short width
// indeed (centimeters).
{
Cpt::QNr::EAST,
Cpt::ExifGpsCoord(Cpt::ExifRational(179,1),
Cpt::ExifRational(59,1),
Cpt::ExifRational(5999,100)),
Cpt::QNr::NORTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(89,1),
Cpt::ExifRational(59,1),
Cpt::ExifRational(5999,100))
},
{
Cpt::QNr::EAST,
Cpt::ExifGpsCoord(Cpt::ExifRational(179,1),
Cpt::ExifRational(59,1),
Cpt::ExifRational(5999,100)),
Cpt::QNr::SOUTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(89,1),
Cpt::ExifRational(59,1),
Cpt::ExifRational(5999,100))
},
{
Cpt::QNr::WEST,
Cpt::ExifGpsCoord(Cpt::ExifRational(179,1),
Cpt::ExifRational(59,1),
Cpt::ExifRational(5999,100)),
Cpt::QNr::NORTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(89,1),
Cpt::ExifRational(59,1),
Cpt::ExifRational(5999,100))
},
{
Cpt::QNr::WEST,
Cpt::ExifGpsCoord(Cpt::ExifRational(179,1),
Cpt::ExifRational(59,1),
Cpt::ExifRational(5999,100)),
Cpt::QNr::SOUTH,
Cpt::ExifGpsCoord(Cpt::ExifRational(89,1),
Cpt::ExifRational(59,1),
Cpt::ExifRational(5999,100))
},
};
std::ostream & operator<<(std::ostream & os,
const GeoData & geoData)
{
os
<< "GPS "
<< geoData.gpsLongitudeRef_ << ' '
<< geoData.gpsLongitude_ << ' '
<< geoData.gpsLatitudeRef_ << ' '
<< geoData.gpsLatitude_;
return os;
}
void testPlainGeo(Itk::TestMgr * testMgr)
{
using namespace std;
using namespace Itk;
using namespace Cpt;
for (int idx = 0; idx < sizeof(TestData) / sizeof(GeoData); ++idx)
{
GeoData
& geoData(TestData[idx]);
QNr
qnr(geoData.gpsLatitudeRef_,
geoData.gpsLatitude_,
geoData.gpsLongitudeRef_,
geoData.gpsLongitude_);
cout << "QNr from " << geoData << endl;
for (int i = QNr::MAX_LEVEL-1; i >= 0; --i)
{
cout << "level " << i << endl;
std::wstring
wstr = qnr.toWString();
auto_array<char>
str(new char[wstr.length() + 1]);
wcstombs(str.get(),
wstr.c_str(),
wstr.length() + 1);
cout << "qnr str: " << str.get() << endl;
int16_t
level = qnr.getLevel();
ITK_EXPECT(testMgr,
level == i,
"Qnr level is %d instead of %d",
level,
i);
double
kmWidth = qnr.getKmWidth(),
kmHeight = qnr.getKmHeight();
printf("qnr km width: %16.8f\n",
kmWidth);
printf("qnr km height: %16.8f\n\n",
kmHeight);
qnr = qnr.getParentQNr();
}
}
}
void printQNrArea(Itk::TestMgr * testMgr,
const Cpt::QNr & qnr)
{
using namespace std;
using namespace Cpt;
cout << "On level " << qnr.getLevel() << endl;
cout << "C: " << qnr << endl;
set<QNr>
adjacents;
qnr.getAdjacents(adjacents);
cout << "Adjacents: " << endl;
set<QNr>::const_iterator
it = adjacents.begin(),
end = adjacents.end();
for (; it != end; ++it)
{
cout << " o " << *it << endl;
}
}
void testAdjacentQNrs(Itk::TestMgr * testMgr)
{
using namespace std;
using namespace Itk;
using namespace Cpt;
for (size_t i = 0; i < sizeof(TestData) / sizeof(GeoData); ++i)
{
GeoData
& geoData = TestData[i];
QNr
qnr(geoData.gpsLatitudeRef_,
geoData.gpsLatitude_,
geoData.gpsLongitudeRef_,
geoData.gpsLongitude_);
cout << "=============="
<< " QNr from " << geoData << endl;
// level 15
printQNrArea(testMgr,
qnr);
// level 14
qnr = qnr.getParentQNr();
printQNrArea(testMgr,
qnr);
// level 2
while (qnr.getLevel() != 2)
{
qnr = qnr.getParentQNr();
}
printQNrArea(testMgr,
qnr);
// level 1
qnr = qnr.getParentQNr();
printQNrArea(testMgr,
qnr);
// level 0
qnr = qnr.getParentQNr();
printQNrArea(testMgr,
qnr);
cout << endl;
}
}
Itk::TesterBase * CreateGeoTests()
{
using namespace Itk;
SuiteTester
* geoTests = new SuiteTester("geo");
#define TEST "plain"
geoTests->add(TEST,
testPlainGeo,
TEST);
#undef TEST
#define TEST "adjacentQNrs"
geoTests->add(TEST,
testAdjacentQNrs,
TEST);
#undef TEST
// ... add more tests to suite
return geoTests;
}