/** - checks, if the user solved the task correctly
- emits signals if task was solved correctly or wrong */
void ExerciseCompare::showResult()
{
QPalette pal;
SignButtonState result;
if (m_firstRatio < m_secondRatio)
result = lessThen;
else if (m_firstRatio > m_secondRatio)
result = greaterThen;
else
result = equalTo;
// disable sign button
m_minorButton->setEnabled(false);
m_moreButton->setEnabled(false);
m_equalButton->setEnabled(false);
if (m_signButtonState == result) {
// emit the signal for correct
signalExerciseSolvedCorrect();
/* yes, the user entered the correct result */
m_resultWidget->setResult(1);
} else {
// emit the signal for wrong
signalExerciseSolvedWrong();
/* no, the user entered the wrong result */
m_resultWidget->setResult(2);
} /* if (entered_result == result) */
return;
}
/** - checks, if the user solved the task correctly
- emits signals if task was solved correctly or wrong */
void ExerciseFactorize::showResult()
{
QString tmp_str, tmp_str2; /* to build a string for a label */
QPalette pal;
QColorGroup cg;
uint uint_result = 0;
// change the tooltip of the check button
QToolTip::add(m_checkButton, i18n("Click on this button to get to the next task."));
// disable prime factor buttons
m_factor2Button->setEnabled(false);
m_factor3Button->setEnabled(false);
m_factor5Button->setEnabled(false);
m_factor7Button->setEnabled(false);
m_factor11Button->setEnabled(false);
m_factor13Button->setEnabled(false);
m_factor17Button->setEnabled(false);
m_factor19Button->setEnabled(false);
// disable factor removal button as well
m_removeLastFactorButton->setEnabled(false);
// show the result
m_factorsWidget->setFactors(m_factorsResult);
m_factorsWidget->show();
// now calculate the product of the prime factors entered by the user
for (uint tmp_uint = 0; tmp_uint < m_factorsEntered.count(); tmp_uint++)
{
if (tmp_uint == 0)
{
uint_result = m_factorsEntered[0];
} else {
uint_result *= m_factorsEntered[tmp_uint];
}
}
if (uint_result == m_taskNumber)
{
// emit the signal for correct
signalExerciseSolvedCorrect();
/* yes, the user entered the correct result */
result_label->setText(i18n("CORRECT"));
pal = result_label->palette(); /* set green font color */
cg = pal.active();
cg.setColor(QColorGroup::Foreground, QColor(6, 179, 0));
pal.setActive(cg);
cg = pal.inactive();
cg.setColor(QColorGroup::Foreground, QColor(6, 179, 0));
pal.setInactive(cg);
result_label->setPalette(pal);
} else {
// emit the signal for wrong
signalExerciseSolvedWrong();
/* no, the user entered the wrong result */
result_label->setText(i18n("WRONG"));
pal = result_label->palette(); /* set red font color */
cg = pal.active();
cg.setColor(QColorGroup::Foreground, QColor(red));
pal.setActive(cg);
cg = pal.inactive();
cg.setColor(QColorGroup::Foreground, QColor(red));
pal.setInactive(cg);
result_label->setPalette(pal);
} /* if (entered_result == result) */
result_label->show(); /* show the result at the end of the task */
return;
}
