void
QvisScreenPositionEdit::returnPressed()
{
double newX, newY;
if(getCurrentValues(&newX, &newY))
{
newScreenPosition(newX, newY);
screenPositionPopup->setScreenPosition(screenX, screenY);
}
}
bool
QvisScreenPositionEdit::getPosition(double &x, double &y)
{
bool okay = false;
double newX, newY;
if((okay = getCurrentValues(&newX, &newY)) == true)
{
screenX = newX;
screenY = newY;
}
x = screenX;
y = screenY;
return okay;
}
void VectorWidget::step()
{
reset();
getCurrentValues();
phasor1_x.append(yScale->position());
phasor1_y.append(xScale->position());
phasor1_x.append(wave1_amplitude * cos(wave1_frequency * elapsedTime));
phasor1_y.append(wave1_amplitude * sin(wave1_frequency * elapsedTime));
phasor2_x.append(phasor1_x.back());
phasor2_y.append(phasor1_y.back());
phasor2_x.append(phasor1_x.back() + wave2_amplitude * cos(wave2_frequency * elapsedTime + phaseShift));
phasor2_y.append(phasor1_y.back() + wave2_amplitude * sin(wave2_frequency * elapsedTime + phaseShift));
sumVector_x.append(yScale->position());
sumVector_y.append(xScale->position());
sumVector_x.append(phasor2_x.back());
sumVector_y.append(phasor2_y.back());
plotLine_x.append(sumVector_x.back());
plotLine_y.append(sumVector_y.back());
plotLine_x.append(this->frameSize().width());
plotLine_y.append(plotLine_y.back());
phasor1->setData(phasor2_x, phasor2_y); // Sorry, a little hackish, but it's the easiet way to flip the vectors
phasor1->attach(this);
phasor2->setData(phasor1_x, phasor1_y); // Sorry, a little hackish, but it's the easiet way to flip the vectors
phasor2->attach(this);
sumVector->setData(sumVector_x, sumVector_y);
sumVector->attach(this);
plotLine->setData(plotLine_x, plotLine_y);
plotLine->attach(this);
replot();
}
