void LocalPointValueView::doShowPoint()
{
logMessage("LocalPointValueView::doShowPoint()");
trvWidget->clear();
// point
QTreeWidgetItem *pointNode = new QTreeWidgetItem(trvWidget);
pointNode->setText(0, tr("Point"));
pointNode->setExpanded(true);
addTreeWidgetItemValue(pointNode, Util::scene()->problemInfo()->labelX() + ":", QString("%1").arg(point.x, 0, 'f', 5), tr("m"));
addTreeWidgetItemValue(pointNode, Util::scene()->problemInfo()->labelY() + ":", QString("%1").arg(point.y, 0, 'f', 5), tr("m"));
trvWidget->insertTopLevelItem(0, pointNode);
if (Util::scene()->sceneSolution()->isSolved())
{
LocalPointValue *value = Util::scene()->problemInfo()->hermes()->localPointValue(point);
Util::scene()->problemInfo()->hermes()->showLocalValue(trvWidget, value);
delete value;
}
trvWidget->resizeColumnToContents(2);
}
void HermesHeat::showSurfaceIntegralValue(QTreeWidget *trvWidget, SurfaceIntegralValue *surfaceIntegralValue)
{
SurfaceIntegralValueHeat *surfaceIntegralValueHeat = dynamic_cast<SurfaceIntegralValueHeat *>(surfaceIntegralValue);
// heat
QTreeWidgetItem *heatNode = new QTreeWidgetItem(trvWidget);
heatNode->setText(0, tr("Heat Transfer"));
heatNode->setExpanded(true);
addTreeWidgetItemValue(heatNode, tr("Temperature avg.:"), QString("%1").arg(surfaceIntegralValueHeat->averageTemperature, 0, 'e', 3), tr("K"));
addTreeWidgetItemValue(heatNode, tr("Temperature dif.:"), QString("%1").arg(surfaceIntegralValueHeat->temperatureDifference, 0, 'e', 3), tr("K"));
addTreeWidgetItemValue(heatNode, tr("Heat flux:"), QString("%1").arg(surfaceIntegralValueHeat->heatFlux, 0, 'e', 3), tr("W"));
}
void HermesHeat::showVolumeIntegralValue(QTreeWidget *trvWidget, VolumeIntegralValue *volumeIntegralValue)
{
VolumeIntegralValueHeat *volumeIntegralValueHeat = dynamic_cast<VolumeIntegralValueHeat *>(volumeIntegralValue);
// heat
QTreeWidgetItem *heatNode = new QTreeWidgetItem(trvWidget);
heatNode->setText(0, tr("Heat transfer"));
heatNode->setExpanded(true);
addTreeWidgetItemValue(heatNode, tr("Temperature avg.:"), QString("%1").arg(volumeIntegralValueHeat->averageTemperature, 0, 'e', 3), tr("K"));
}
void HermesHeat::showLocalValue(QTreeWidget *trvWidget, LocalPointValue *localPointValue)
{
LocalPointValueHeat *localPointValueHeat = dynamic_cast<LocalPointValueHeat *>(localPointValue);
// heat
QTreeWidgetItem *heatNode = new QTreeWidgetItem(trvWidget);
heatNode->setText(0, tr("Heat transfer"));
heatNode->setExpanded(true);
// Thermal Conductivity
addTreeWidgetItemValue(heatNode, tr("Thermal conductivity:"), QString("%1").arg(localPointValueHeat->thermal_conductivity, 0, 'f', 2), tr("W/m.K"));
// Volume Heat
addTreeWidgetItemValue(heatNode, tr("Volume heat:"), QString("%1").arg(localPointValueHeat->volume_heat, 0, 'e', 3), tr("W/m3"));
// Temperature
addTreeWidgetItemValue(heatNode, tr("Temperature:"), QString("%1").arg(localPointValueHeat->temperature, 0, 'f', 2), tr("K"));
// Heat Flux
QTreeWidgetItem *itemHeatFlux = new QTreeWidgetItem(heatNode);
itemHeatFlux->setText(0, tr("Heat flux"));
itemHeatFlux->setExpanded(true);
addTreeWidgetItemValue(itemHeatFlux, "F" + Util::scene()->problemInfo()->labelX().toLower() + ":", QString("%1").arg(localPointValueHeat->F.x, 0, 'e', 3), tr("W/m2"));
addTreeWidgetItemValue(itemHeatFlux, "F" + Util::scene()->problemInfo()->labelY().toLower() + ":", QString("%1").arg(localPointValueHeat->F.y, 0, 'e', 3), tr("W/m2"));
addTreeWidgetItemValue(itemHeatFlux, "F:", QString("%1").arg(localPointValueHeat->F.magnitude(), 0, 'e', 3), "W/m2");
// Temperature Gradient
QTreeWidgetItem *itemTemperatureGradient = new QTreeWidgetItem(heatNode);
itemTemperatureGradient->setText(0, tr("Temperature gradient"));
itemTemperatureGradient->setExpanded(true);
addTreeWidgetItemValue(itemTemperatureGradient, "G" + Util::scene()->problemInfo()->labelX().toLower() + ":", QString("%1").arg(localPointValueHeat->G.x, 0, 'f', 5), tr("K/m"));
addTreeWidgetItemValue(itemTemperatureGradient, "G" + Util::scene()->problemInfo()->labelY().toLower() + ":", QString("%1").arg(localPointValueHeat->G.y, 0, 'f', 5), tr("K/m"));
addTreeWidgetItemValue(itemTemperatureGradient, "G:", QString("%1").arg(localPointValueHeat->G.magnitude(), 0, 'f', 5), "K/m");
}
