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rCADDMESH/src/qhullptest/UsingLibQhull_test.cpp
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UsingLibQhull_test.cpp
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/****************************************************************************
**
** Copyright (c) 2008-2014 C.B. Barber. All rights reserved.
** $Id: //main/2011/qhull/src/qhullptest/UsingLibQhull_test.cpp#1 $$Change: 1652 $
** $DateTime: 2014/01/17 09:01:32 $$Author: bbarber $
**
****************************************************************************/
//pre-compiled headers
#include <iostream>
#include "RoadTest.h" // QT_VERSION
#include "UsingLibQhull.h"
#include "QhullError.h"
#include "Qhull.h"
using std::cout;
using std::endl;
using std::string;
namespace orgQhull {
//! Test C++ interface to Qhull
//! See eg/q_test for tests of Qhull commands
class UsingLibQhull_test : public RoadTest
{
Q_OBJECT
#//Test slots
private slots:
void cleanup();
void t_classMembers();
void t_globalPoints();
void t_UsingLibQhull();
void t_methods();
void t_cleanuptestcase();
};//UsingLibQhull_test
void
add_UsingLibQhull_test()
{
new UsingLibQhull_test();
}
//Executed after each testcase
void UsingLibQhull_test::
cleanup()
{
UsingLibQhull::checkQhullMemoryEmpty();
RoadTest::cleanup();
}
void UsingLibQhull_test::
t_classMembers()
{
{
//checkQhullMemoryEmpty tested by cleanup()
QCOMPARE(UsingLibQhull::globalMachineEpsilon()+1.0, 1.0);
RboxPoints r10("10");
Qhull q(r10,"v"); // voronoi diagram of 10 points
UsingLibQhull::unsetGlobalAngleEpsilon();
UsingLibQhull::unsetGlobalDistanceEpsilon();
cout << "MachineEpsilon " << UsingLibQhull::globalMachineEpsilon()
<< " angleEpsilon " << UsingLibQhull::globalAngleEpsilon()
<< " distanceEpsilon " << UsingLibQhull::globalDistanceEpsilon()
<< endl;
QCOMPARE(UsingLibQhull::currentAngleEpsilon()+1.0, 1.0);
QVERIFY(UsingLibQhull::currentAngleEpsilon() > UsingLibQhull::globalMachineEpsilon());
QCOMPARE(UsingLibQhull::currentDistanceEpsilon()+1.0, 1.0);
QVERIFY(UsingLibQhull::currentDistanceEpsilon() >= UsingLibQhull::currentAngleEpsilon());
QCOMPARE(UsingLibQhull::currentQhull().runId(), q.runId());
QCOMPARE(UsingLibQhull::globalAngleEpsilon()+1.0, UsingLibQhull::currentAngleEpsilon()+1.0);
QCOMPARE(UsingLibQhull::currentVertexDimension(), q.dimension());
QCOMPARE(UsingLibQhull::globalDistanceEpsilon()+1.0, UsingLibQhull::currentDistanceEpsilon()+1.0);
UsingLibQhull::setGlobalAngleEpsilon(1.0);
UsingLibQhull::setGlobalDistanceEpsilon(1.0);
cout << " Global angleEpsilon " << UsingLibQhull::globalAngleEpsilon()
<< " distanceEpsilon " << UsingLibQhull::globalDistanceEpsilon()
<< endl;
QCOMPARE(UsingLibQhull::globalAngleEpsilon(), UsingLibQhull::globalDistanceEpsilon());
QVERIFY(UsingLibQhull::currentAngleEpsilon() != UsingLibQhull::globalAngleEpsilon());
UsingLibQhull::setGlobalVertexDimension(3);
QCOMPARE(UsingLibQhull::globalVertexDimension(), UsingLibQhull::currentVertexDimension());
UsingLibQhull::setGlobalVertexDimension(2);
QCOMPARE(UsingLibQhull::globalVertexDimension(), 2);
QCOMPARE(UsingLibQhull::currentVertexDimension(), q.dimension());
QVERIFY(UsingLibQhull::currentDistanceEpsilon() != UsingLibQhull::globalDistanceEpsilon());
UsingLibQhull::unsetGlobalAngleEpsilon();
UsingLibQhull::unsetGlobalVertexDimension();
UsingLibQhull::unsetGlobalDistanceEpsilon();
QCOMPARE(UsingLibQhull::currentAngleEpsilon()+1.0, UsingLibQhull::globalAngleEpsilon()+1.0);
QCOMPARE(UsingLibQhull::globalVertexDimension(), UsingLibQhull::currentVertexDimension());
QCOMPARE(UsingLibQhull::currentDistanceEpsilon()+1.0, UsingLibQhull::globalDistanceEpsilon()+1.0);
UsingLibQhull::setGlobals();
}
QCOMPARE(UsingLibQhull::globalAngleEpsilon()+1.0, 1.0);
QCOMPARE(UsingLibQhull::globalVertexDimension(), 4); // 'v'. VertexDimension is only used for QhullVertex where dim>15
QCOMPARE(UsingLibQhull::globalDistanceEpsilon()+1.0, 1.0);
UsingLibQhull::unsetGlobals();
try{
cout << UsingLibQhull::globalVertexDimension();
QFAIL("Did not throw error for undefined dimension.");
}catch(const std::exception &e){
cout << "INFO Caught error -- " << e.what() << endl;
}
}//t_classMembers
void UsingLibQhull_test::
t_globalPoints()
{
const coordT *r10PointsBegin;
{
RboxPoints r10("10");
Qhull q(r10,"v"); // voronoi diagram of 10 points
UsingLibQhull::unsetGlobalPoints();
int dimension;
const coordT *pointsEnd;
const coordT *pointsBegin= UsingLibQhull::globalPoints(&dimension, &pointsEnd);
cout << "pointsBegin " << pointsBegin
<< " pointsEnd " << pointsEnd
<< " dimension " << dimension
<< endl;
int dimension2;
const coordT *pointsEnd2;
const coordT *pointsBegin2= UsingLibQhull::currentPoints(&dimension2, &pointsEnd2);
QCOMPARE(pointsBegin2, pointsBegin);
QCOMPARE(pointsEnd2, pointsEnd);
QCOMPARE(dimension2, dimension);
coordT c[]= { 1.0,2.0, 3.0,4.0, 5.0,6.0 };
UsingLibQhull::setGlobalPoints(2, c, c+3*2);
pointsBegin= UsingLibQhull::globalPoints(&dimension, &pointsEnd);
QCOMPARE(pointsBegin, c);
QCOMPARE(pointsEnd[-1], 6.0);
QCOMPARE(dimension, 2);
UsingLibQhull::unsetGlobalPoints();
pointsBegin= UsingLibQhull::globalPoints(&dimension, &pointsEnd);
QCOMPARE(pointsBegin, pointsBegin2);
QCOMPARE(pointsEnd, pointsEnd2);
QCOMPARE(dimension, dimension2);
UsingLibQhull::setGlobals();
r10PointsBegin= pointsBegin;
}
int dimension3;
const coordT *pointsEnd3;
const coordT *pointsBegin3= UsingLibQhull::currentPoints(&dimension3, &pointsEnd3);
QCOMPARE(pointsBegin3, r10PointsBegin); // Memory was freed
QCOMPARE(pointsEnd3, r10PointsBegin+10*4);
QCOMPARE(dimension3, 4);
UsingLibQhull::unsetGlobals();
try{
pointsBegin3= UsingLibQhull::globalPoints(&dimension3, &pointsEnd3);
QFAIL("Did not throw error for undefined global points.");
}catch(const std::exception &e){
cout << "INFO Caught error -- " << e.what() << endl;
}
}//t_globalPoints
void UsingLibQhull_test::
t_UsingLibQhull()
{
{
Qhull q;
UsingLibQhull uq(&q); // Normally created in a method using 'this'
try{
Qhull q2; // If qh_QHpointer, QhullQh() calls usinlibqhull()
UsingLibQhull uq2(&q2);
QFAIL("UsingLibQhull did not fail.");
}catch (const std::exception &e) {
cout << "INFO : Caught " << e.what();
}
}
Qhull q3;
UsingLibQhull uq3(&q3);
// UsingLibQhull uq4; // Default constructors disabled.
}//t_UsingLibQhull
void UsingLibQhull_test::
t_methods()
{
Qhull q;
UsingLibQhull u(&q); // Normally created in a method using 'this'
QVERIFY(u.defined());
u.maybeThrowQhullMessage(0); // Nothing thrown
try{
u.maybeThrowQhullMessage(1);
QFAIL("maybeThrowQhullMessage(1) did not fail.");
}catch (const std::exception &e) {
cout << "INFO : Caught " << e.what();
}
// Can not check checkRunId() in maybeThrowQhullMessage(). Requires another thread.
u.maybeThrowQhullMessage(2, UsingLibQhull::NOthrow);
try{
throw QhullError(10054, "Report previous NOthrow error");
}catch (const std::exception &e) {
cout << "INFO : " << e.what();
}
}//t_methods
// Executed after last test
void UsingLibQhull_test::
t_cleanuptestcase()
{
UsingLibQhull::unsetGlobals();
}//t_cleanuptestcase
}//orgQhull
#include "moc/UsingLibQhull_test.moc"
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