WidgetBase::WidgetBase (QWidget* widget,
IsViewType isView,
GetViewCountType getViewCount) :
m_widget (widget),
m_isView (isView),
m_getViewCount (getViewCount)
{
initCopy (m_actionCopySelection, m_signalMapperCopySelection);
initCopy (m_actionCopyTransform, m_signalMapperCopyTransform);
initCopy (m_actionCopyForceRatio, m_signalMapperCopyForceRatio);
m_actionResetTransformAll =
boost::make_shared<QAction> (tr("&All"), m_widget);
m_actionResetTransformAll->setStatusTip(tr("Reset transform all"));
m_actionResetTransformFocus = boost::make_shared<QAction> (
tr("&Focus"), m_widget);
m_actionResetTransformFocus->setStatusTip(tr("Reset transform focus"));
m_actionColorMapScalarEdit.reset (
new QAction (tr("&Edit color map"), m_widget));
m_actionColorMapScalarEdit->setStatusTip(tr("Edit color map"));
m_actionColorMapScalarClampClear.reset (
new QAction (tr("&Clamp clear"), m_widget));
m_actionColorMapScalarClampClear->setStatusTip(tr("Clamp clear"));
initCopy (m_actionColorMapScalarCopy, m_signalMapperColorMapScalarCopy);
initCopy (m_actionColorMapVelocityCopy, m_signalMapperColorMapVelocityCopy);
m_actionColorMapVelocityEdit.reset (
new QAction (tr("&Edit overlay map"), m_widget));
m_actionColorMapVelocityEdit->setStatusTip(tr("Edit overlay map"));
m_actionColorMapVelocityClampClear.reset (
new QAction (tr("&Clamp clear"), m_widget));
m_actionColorMapVelocityClampClear->setStatusTip(tr("Clamp clear"));
m_actionColorMapVelocityCopyVelocityMagnitude.reset (
new QAction (tr("&Copy velocity magnitude"), m_widget));
m_actionColorMapVelocityCopyVelocityMagnitude->setStatusTip(
tr("Copy velocity magnitude"));
m_actionInfoFoam = boost::make_shared<QAction> (tr("&Foam"), m_widget);
m_actionInfoFoam->setStatusTip(tr("Info foam"));
m_actionInfoSimulation =
boost::make_shared<QAction> (tr("&Simulation"), m_widget);
m_actionInfoSimulation->setStatusTip(tr("Info simulation"));
}
String::String(const String *st)
{
s = 0;
length = 0;
if (st && st->s)
initCopy(st->s);
}
void NXVectorTest::normalizedTest(void)
{
double init[4] = { 1.0, 1.0, 1.0, 1.0 };
NXVector4d initCopy(init);
NXVector4d initNormalized = initCopy.normalized();
double answer[4] = { 0.5, 0.5, 0.5, 0.5 };
cppunit_assert_vectors_equal(initNormalized, answer, 1.0e-8);
cppunit_assert_points_unequal(initNormalized, init, 1.0e-8);
}
bool StImagePlane::fill(const StImagePlane& theCopy) {
if(getSizeY() != theCopy.getSizeY()
|| getSizeRowBytes() != theCopy.getSizeRowBytes()
|| getFormat() != theCopy.getFormat()) {
return initCopy(theCopy);
}
for(size_t row = 0; row < theCopy.getSizeY(); ++row) {
stMemCpy(changeData(row, 0),
theCopy.getData(row, 0),
theCopy.getSizeRowBytes());
}
return true;
}
void NXVectorTest::normalizeSelfTest(void)
{
double init[4] = { 1.0, 1.0, 1.0, 1.0 };
NXVector4d initCopy(init);
initCopy.normalizeSelf();
double answer[4] = { 0.5, 0.5, 0.5, 0.5 };
cppunit_assert_vectors_equal(initCopy, answer, 1.0e-8);
NXVector<float,2> pythagoreanPair;
pythagoreanPair[0] = 3.0f;
pythagoreanPair[1] = 4.0f;
pythagoreanPair.normalizeSelf();
float pythagoreanPairNormalizedValues[2] = { 0.6f, 0.8f };
NXVectorRef2f pythagoreanPairNormalized(pythagoreanPairNormalizedValues);
cppunit_assert_vectors_equal(pythagoreanPair,
pythagoreanPairNormalized,
1.0e-8f);
}
void NXVectorTest::dataTest(void)
{
NXVector4d p;
NXVectorRef4d pRef;
pRef = p;
CPPUNIT_ASSERT(p.data() == pRef.data());
// test copy constructor for deep-copy semantics
double init[4] = { 2.0, 3.0, -1.0, 6.0 };
NXVectorRef4d initRef(init);
NXVector4d initCopy(initRef);
CPPUNIT_ASSERT(initRef.data() != initCopy.data());
cppunit_assert_vectors_equal(initRef, initCopy);
// test copy assignment for deep-copy
initCopy.zero();
initCopy = initRef;
CPPUNIT_ASSERT(initRef.data() != initCopy.data());
cppunit_assert_vectors_equal(initRef, initCopy);
}
String::String(const char *str)
{
s = 0; // Always initialize
length = 0;
initCopy(str);
}
String::String(const String& string)
{
s = 0;
length = 0;
initCopy(string.s);
}
HOT_FUNC
void StringData::initCopy(const char* data) {
return initCopy(data, strlen(data));
}