void QtCalculator::keyPressEvent( QKeyEvent *e ){
switch (e->key() ){
case Key_F1:
helpclicked();
break;
case Key_F2:
configclicked();
break;
case Key_F3:
if(kcalcdefaults.style == 0)
kcalcdefaults.style = 1;
else if(kcalcdefaults.style == 1)
kcalcdefaults.style = 2;
else
kcalcdefaults.style = 0;
set_style();
break;
case Key_Up:
temp_stack_prev();
break;
case Key_Down:
temp_stack_next();
break;
case Key_Next:
key_pressed = TRUE;
pbAC->setOn(TRUE);
break;
case Key_Prior:
key_pressed = TRUE;
pbClear->setOn(TRUE);
break;
case Key_H:
key_pressed = TRUE;
pbhyp->setOn(TRUE);
break;
case Key_I:
key_pressed = TRUE;
pbinv->setOn(TRUE);
break;
case Key_A:
key_pressed = TRUE;
pbA->setOn(TRUE);
break;
case Key_E:
key_pressed = TRUE;
if (current_base == NB_HEX)
pbE->setOn(TRUE);
else
pbEE->setOn(TRUE);
break;
case Key_Escape:
key_pressed = TRUE;
pbClear->setOn(TRUE);
break;
case Key_Delete:
key_pressed = TRUE;
pbAC->setOn(TRUE);
break;
case Key_S:
key_pressed = TRUE;
pbSin->setOn(TRUE);
break;
case Key_Backslash:
key_pressed = TRUE;
pbplusminus->setOn(TRUE);
break;
case Key_B:
key_pressed = TRUE;
pbB->setOn(TRUE);
break;
case Key_7:
key_pressed = TRUE;
pb7->setOn(TRUE);
break;
case Key_8:
key_pressed = TRUE;
pb8->setOn(TRUE);
break;
case Key_9:
key_pressed = TRUE;
pb9->setOn(TRUE);
break;
case Key_ParenLeft:
key_pressed = TRUE;
pbparenopen->setOn(TRUE);
break;
case Key_ParenRight:
key_pressed = TRUE;
pbparenclose->setOn(TRUE);
break;
case Key_Ampersand:
key_pressed = TRUE;
pband->setOn(TRUE);
break;
case Key_C:
key_pressed = TRUE;
if (current_base == NB_HEX)
pbC->setOn(TRUE);
else
pbCos->setOn(TRUE);
break;
case Key_4:
key_pressed = TRUE;
pb4->setOn(TRUE);
break;
case Key_5:
key_pressed = TRUE;
pb5->setOn(TRUE);
break;
case Key_6:
key_pressed = TRUE;
pb6->setOn(TRUE);
break;
case Key_Asterisk:
key_pressed = TRUE;
pbX->setOn(TRUE);
break;
case Key_Slash:
key_pressed = TRUE;
pbdivision->setOn(TRUE);
break;
case Key_O:
key_pressed = TRUE;
pbor->setOn(TRUE);
break;
case Key_T:
key_pressed = TRUE;
pbTan->setOn(TRUE);
break;
case Key_Exclam:
key_pressed = TRUE;
pbfactorial->setOn(TRUE);
break;
case Key_D:
key_pressed = TRUE;
if(kcalcdefaults.style == 0)
pbD->setOn(TRUE); // trig mode
else
pblog->setOn(TRUE); // stat mode
break;
case Key_1:
key_pressed = TRUE;
pb1->setOn(TRUE);
break;
case Key_2:
key_pressed = TRUE;
pb2->setOn(TRUE);
break;
case Key_3:
key_pressed = TRUE;
pb3->setOn(TRUE);
break;
case Key_Plus:
key_pressed = TRUE;
pbplus->setOn(TRUE);
break;
case Key_Minus:
key_pressed = TRUE;
pbminus->setOn(TRUE);
break;
case Key_Less:
key_pressed = TRUE;
pbshift->setOn(TRUE);
break;
case Key_N:
key_pressed = TRUE;
pbln->setOn(TRUE);
break;
case Key_L:
key_pressed = TRUE;
pblog->setOn(TRUE);
break;
case Key_AsciiCircum:
key_pressed = TRUE;
pbpower->setOn(TRUE);
break;
case Key_F:
key_pressed = TRUE;
pbF->setOn(TRUE);
break;
case Key_Period:
key_pressed = TRUE;
pbperiod->setOn(TRUE);
break;
case Key_Comma:
key_pressed = TRUE;
pbperiod->setOn(TRUE);
break;
case Key_0:
key_pressed = TRUE;
pb0->setOn(TRUE);
break;
case Key_Equal:
key_pressed = TRUE;
pbequal->setOn(TRUE);
break;
case Key_Return:
key_pressed = TRUE;
pbequal->setOn(TRUE);
break;
case Key_Enter:
key_pressed = TRUE;
pbequal->setOn(TRUE);
break;
case Key_Percent:
key_pressed = TRUE;
pbpercent->setOn(TRUE);
break;
case Key_AsciiTilde:
key_pressed = TRUE;
pbnegate->setOn(TRUE);
break;
case Key_Colon:
key_pressed = TRUE;
pbmod->setOn(TRUE);
break;
case Key_BracketLeft:
key_pressed = TRUE;
pbsquare->setOn(TRUE);
break;
case Key_Backspace:
key_pressed = TRUE;
pbAC->setOn(TRUE);
break;
case Key_R:
key_pressed = TRUE;
pbreci->setOn(TRUE);
break;
}
}
void KNoteBook::helpClicked()
{
emit helpclicked(pnote->current);
}
