Dialog::Dialog(BooL & rec, char & lang) : QDialog(0, 0, TRUE), _rec(rec), _lang(lang) {
Q3VBoxLayout * vbox = new Q3VBoxLayout(this);
Q3HBox * htab;
vbox->setMargin(5);
// recursive checkbox
if (rec) {
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
rec_cb = new QCheckBox("Do recursively", htab);
}
else
rec_cb = 0;
// langs + cancel buttons
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
QPushButton * cpp = new QPushButton("&C++", htab);
new QLabel(htab);
QPushButton * java = new QPushButton("&Java", htab);
new QLabel(htab);
QPushButton * idl = new QPushButton("&Idl", htab);
new QLabel(htab);
QPushButton * php = new QPushButton("P&hp", htab);
new QLabel(htab);
QPushButton * python = new QPushButton("P&ython", htab);
new QLabel(htab);
QPushButton * cancel = new QPushButton("&Cancel", htab);
new QLabel(htab);
QSize bs(cancel->sizeHint());
cpp->setFixedSize(bs);
java->setFixedSize(bs);
connect(cpp, SIGNAL(clicked()), this, SLOT(accept_cpp()));
connect(java, SIGNAL(clicked()), this, SLOT(accept_java()));
connect(idl, SIGNAL(clicked()), this, SLOT(accept_idl()));
connect(php, SIGNAL(clicked()), this, SLOT(accept_php()));
connect(python, SIGNAL(clicked()), this, SLOT(accept_python()));
connect(cancel, SIGNAL(clicked()), this, SLOT(reject()));
// help
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
new QLabel(htab);
new QLabel("Warning : reset the declarations/definitions to\n"
"their default value from the 'generation settings'", htab);
new QLabel(htab);
}
void ComponentDialog::init_l_tab(Q3VBox *& page, Q3ComboBox *& stereotypefilter,
void (ComponentDialog::* filteractivated)(const QString & st),
const char * slt,
const char * add_slt, const char * remove_slt,
Q3ListBox *& lb_available, Q3ListBox *& lb,
const Q3ValueList<BrowserClass *> & cls,
const char * lbl)
{
bool visit = !hasOkButton();
Q3HBox * hbox;
Q3VBox * vbox;
QPushButton * button;
page = new Q3VBox(this);
if (!visit) {
hbox = new Q3HBox(page);
hbox->setMargin(5);
new QLabel(TR("Stereotype filtering "), hbox);
stereotypefilter = new Q3ComboBox(TRUE, hbox);
stereotypefilter->setAutoCompletion(completion());
stereotypefilter->insertItem("");
stereotypefilter->insertStringList(BrowserClass::default_stereotypes());
stereotypefilter->insertStringList(ProfiledStereotypes::defaults(UmlComponent));
stereotypefilter->setCurrentItem(0);
QSizePolicy sp = stereotypefilter->sizePolicy();
sp.setHorData(QSizePolicy::Expanding);
stereotypefilter->setSizePolicy(sp);
connect(stereotypefilter, SIGNAL(activated(const QString &)),
this, slt);
hbox = new Q3HBox(page);
vbox = new Q3VBox(hbox);
vbox->setMargin(5);
(new QLabel(TR("Available classes"), vbox))->setAlignment(Qt::AlignCenter);
lb_available = new Q3ListBox(vbox);
lb_available->setSelectionMode(Q3ListBox::Multi);
vbox = new Q3VBox(hbox);
vbox->setMargin(5);
(new QLabel("", vbox))->setScaledContents(TRUE);
button = new QPushButton(vbox);
button->setPixmap(*rightPixmap);
connect(button, SIGNAL(clicked()), this, add_slt);
(new QLabel("", vbox))->setScaledContents(TRUE);
button = new QPushButton(vbox);
button->setPixmap(*leftPixmap);
connect(button, SIGNAL(clicked()), this, remove_slt);
(new QLabel("", vbox))->setScaledContents(TRUE);
vbox = new Q3VBox(hbox);
}
/**
* @brief Sets up the about tab.
*/
void AboutDialog::setupAboutTab()
{
Q3HBox* aboutTab = new Q3HBox(this);
aboutTab->setMargin(15);
QLabel *label = new QLabel(
tr("<p><nobr>This is a password managing tool for Unix, Windows and "
"MacOS X</nobr> written in C++<br> using the Qt library.</p>"
"<p><b>Thanks to:</b>"
"<ul><li>Trolltech for the Qt library</li>"
"<li>OpenSSL team for the OpenSSL library</li>"
"<li>Gtk+ artists for the nice stock icons</li>"
"</ul></p>"
"<p><b>Homepage:</b> <tt>http://qpamat.berlios.de</tt></p>"), aboutTab);
label->setAlignment(Qt::AlignTop);
m_tabWidget->addTab(aboutTab, tr("&About"));
}
FilterDialog::FilterDialog (QWidget * parent) : QDialog (parent)
{
// set application icon
///setIcon (QPixmap(QucsSettings.BitmapDir + "big.qucs.xpm"));
setCaption("Qucs Filter " PACKAGE_VERSION);
all = new Q3VBoxLayout(this);
// -------- create menubar -------------------
Q3PopupMenu *fileMenu = new Q3PopupMenu();
fileMenu->insertItem(tr("E&xit"), this, SLOT(slotQuit()), Qt::CTRL+Qt::Key_Q);
Q3PopupMenu *helpMenu = new Q3PopupMenu();
helpMenu->insertItem(
tr("&About Qucs Filter..."), this, SLOT(slotHelpAbout()), 0);
helpMenu->insertItem(tr("About Qt..."), this, SLOT(slotHelpAboutQt()), 0);
QMenuBar *bar = new QMenuBar(this);
bar->insertItem(tr("&File"), fileMenu);
bar->insertSeparator ();
bar->insertItem(tr("&Help"), helpMenu);
all->addWidget(bar);
// reserve space for menubar
all->addSpacing (bar->height() + 2);
QTabWidget *t = new QTabWidget(this);
all->addWidget(t);
// ...........................................................
QWidget *Tab1 = new QWidget(t);
Q3GridLayout *gp1 = new Q3GridLayout(Tab1,12,6,5,5);
FilterName = new QComboBox(FALSE, Tab1);
gp1->addWidget(FilterName,0,0);
TformName = new QComboBox(FALSE, Tab1);
gp1->addWidget(TformName,0,1);
OrderBox = new QCheckBox(tr("Specify order"), Tab1);
gp1->addWidget(OrderBox,1,0);
Q3HBox *h1 = new Q3HBox(Tab1);
h1->setSpacing (5);
OrderCombo = new QComboBox(FALSE, h1);
OrderCombo->setEnabled(TRUE);
SubOrderCombo = new QComboBox(FALSE, h1);
SubOrderCombo->setEnabled(FALSE);
SubOrderCombo->insertItem( tr( "b" ) );
SubOrderCombo->insertItem( tr( "c" ) );
gp1->addWidget(h1,1,1);
CutoffLabel = new QLabel(tr("Cutoff/Center"),Tab1);
gp1->addWidget(CutoffLabel,2,0);
EnterCutoff = new QLineEdit(Tab1);
gp1->addWidget(EnterCutoff,2,1);
CutoffCombo = new QComboBox(Tab1);
CutoffCombo->insertItem( tr( "Hz" ) );
CutoffCombo->insertItem( tr( "kHz" ) );
CutoffCombo->insertItem( tr( "MHz" ) );
CutoffCombo->insertItem( tr( "GHz" ) );
gp1->addWidget(CutoffCombo,2,2);
RippleLabel = new QLabel(tr("Ripple"),Tab1);
gp1->addWidget(RippleLabel,3,0);
EnterRipple = new QLineEdit(Tab1);
gp1->addWidget(EnterRipple,3,1);
RippleUnitLabel = new QLabel(tr("dB"),Tab1);
gp1->addWidget(RippleUnitLabel,3,2);
AngleLabel = new QLabel(tr("Angle"),Tab1);
gp1->addWidget(AngleLabel,3,3);
EnterAngle = new QLineEdit(Tab1);
gp1->addWidget(EnterAngle,3,4);
AngleUnitLabel = new QLabel(tr("°"),Tab1);
gp1->addWidget(AngleUnitLabel,3,5);
ZinLabel = new QLabel(tr("Zin"),Tab1);
gp1->addWidget(ZinLabel,7,0);
EnterZin = new QLineEdit(Tab1);
gp1->addWidget(EnterZin,7,1);
OhmLabel = new QLabel(tr("Ohm"),Tab1);
gp1->addWidget(OhmLabel,7,2);
ZoutLabel = new QLabel(tr("Zout"),Tab1);
ZoutLabel->setEnabled(false);
gp1->addWidget(ZoutLabel,7,3);
EnterZout = new QLineEdit(Tab1);
gp1->addWidget(EnterZout,7,4);
OhmLabel_2 = new QLabel(tr("Ohm"),Tab1);
gp1->addWidget(OhmLabel_2,7,5);
StopbandLabel = new QLabel(tr("Stopband corner"),Tab1);
gp1->addWidget(StopbandLabel,5,0);
EnterStopband = new QLineEdit(Tab1);
gp1->addWidget(EnterStopband,5,1);
StopbandCombo = new QComboBox(FALSE, Tab1);
StopbandCombo->insertItem( tr( "Hz" ) );
StopbandCombo->insertItem( tr( "kHz" ) );
StopbandCombo->insertItem( tr( "MHz" ) );
StopbandCombo->insertItem( tr( "GHz" ) );
gp1->addWidget(StopbandCombo,5,2);
BandwidthLabel = new QLabel(tr("Bandwidth"),Tab1);
BandwidthLabel->setEnabled(FALSE);
gp1->addWidget(BandwidthLabel,4,0);
EnterBandwidth = new QLineEdit(Tab1);
gp1->addWidget(EnterBandwidth,4,1);
BandwidthCombo = new QComboBox(FALSE, Tab1);
BandwidthCombo->setEnabled(FALSE);
BandwidthCombo->insertItem( tr( "Hz" ) );
BandwidthCombo->insertItem( tr( "kHz" ) );
BandwidthCombo->insertItem( tr( "MHz" ) );
BandwidthCombo->insertItem( tr( "GHz" ) );
gp1->addWidget(BandwidthCombo,4,2);
AttenuationLabel = new QLabel(tr("Attenuation"),Tab1);
gp1->addWidget(AttenuationLabel,6,0);
EnterAttenuation = new QLineEdit(Tab1);
gp1->addWidget(EnterAttenuation,6,1);
dBLabel = new QLabel(tr("dB"),Tab1);
gp1->addWidget(dBLabel,6,2);
DualBox = new QCheckBox(tr("dual"),Tab1);
gp1->addMultiCellWidget(DualBox,8,8,0,2);
CauerPoleBox = new QCheckBox(tr("Stopband is first pole"),Tab1);
CauerPoleBox->setEnabled(FALSE);
gp1->addMultiCellWidget(CauerPoleBox,9,9,0,2);
OptimizeCauerBox = new QCheckBox(tr("Optimize cauer"),Tab1);
OptimizeCauerBox->setEnabled(FALSE);
gp1->addMultiCellWidget(OptimizeCauerBox,10,10,0,2);
EqualInductorBox = new QCheckBox(tr("Equal inductors"),Tab1);
EqualInductorBox->setEnabled(FALSE);
gp1->addMultiCellWidget(EqualInductorBox,8,8,3,5);
UseCrossBox = new QCheckBox(tr("+ rather than T"),Tab1);
UseCrossBox->setEnabled(FALSE);
gp1->addMultiCellWidget(UseCrossBox,9,9,3,5);
Cboxes = new Q3VButtonGroup(tr("Optimize C"),Tab1);
Cmin = new QRadioButton(tr("Cmin"),Cboxes);
Cmax = new QRadioButton(tr("Cmax"),Cboxes);
NoC = new QRadioButton(tr("noC"),Cboxes);
gp1->addMultiCellWidget(Cboxes,11,11,0,2);
Lboxes = new Q3VButtonGroup(tr("Optimize L"),Tab1);
Lmin = new QRadioButton(tr("Lmin"),Lboxes);
Lmax = new QRadioButton(tr("Lmax"),Lboxes);
NoL = new QRadioButton(tr("noL"),Lboxes);
gp1->addMultiCellWidget(Lboxes,11,11,3,5);
t->addTab(Tab1, tr("LC Filters"));
// ...........................................................
QWidget *Tab2 = new QWidget(t);
t->addTab(Tab2, tr("Microstrip Filters"));
// ...........................................................
QWidget *Tab3 = new QWidget(t);
t->addTab(Tab3, tr("Active Filters"));
// reserve space for vertical resizing
all->addStretch();
// ...........................................................
// buttons on the bottom of the dialog (independent of the TabWidget)
Q3HBox *Butts = new Q3HBox(this);
Butts->setSpacing(3);
Butts->setMargin(3);
all->addWidget(Butts);
cancelButton = new QPushButton(tr("Exit"),Butts);
okButton = new QPushButton(tr("Calculate"),Butts);
okButton->setEnabled(FALSE);
// signals and slots connections
connect( cancelButton, SIGNAL( clicked() ), this, SLOT( reject() ) );
connect( okButton, SIGNAL( clicked() ), this, SLOT( accept() ) );
}
Dialog::Dialog() : QDialog(0, 0, TRUE)
{
Q3VBoxLayout * vbox = new Q3VBoxLayout(this);
Q3VGroupBox * gbox;
Q3HButtonGroup * bg;
Q3HBox * htab;
vbox->setMargin(5);
gbox = new Q3VGroupBox("Filters" , this);
vbox->addWidget(gbox);
htab = new Q3HBox(gbox);
//htab->setMargin(5);
new QLabel("filter 1 : ", htab);
filter1_le = new LineEdit(htab);
new QLabel(" ", htab);
bg = new Q3HButtonGroup(htab);
bg->setRadioButtonExclusive(TRUE);
with1_rb = new QRadioButton("with", bg);
new QRadioButton("without", bg);
with1_rb->setChecked(TRUE);
//
htab = new Q3HBox(gbox);
//htab->setMargin(5);
new QLabel("", htab);
bg = new Q3HButtonGroup(htab);
bg->setRadioButtonExclusive(TRUE);
and12_rb = new QRadioButton("and", bg);
new QRadioButton("or", bg);
and12_rb->setChecked(TRUE);
new QLabel("", htab);
//
htab = new Q3HBox(gbox);
//htab->setMargin(5);
new QLabel("filter 2 : ", htab);
filter2_le = new LineEdit(htab);
new QLabel(" ", htab);
bg = new Q3HButtonGroup(htab);
bg->setRadioButtonExclusive(TRUE);
with2_rb = new QRadioButton("with", bg);
new QRadioButton("without", bg);
with2_rb->setChecked(TRUE);
//
htab = new Q3HBox(gbox);
//htab->setMargin(5);
new QLabel("", htab);
bg = new Q3HButtonGroup(htab);
bg->setRadioButtonExclusive(TRUE);
and23_rb = new QRadioButton("and", bg);
new QRadioButton("or", bg);
and23_rb->setChecked(TRUE);
new QLabel("", htab);
//
htab = new Q3HBox(gbox);
//htab->setMargin(5);
new QLabel("filter 3 : ", htab);
filter3_le = new LineEdit(htab);
new QLabel(" ", htab);
bg = new Q3HButtonGroup(htab);
bg->setRadioButtonExclusive(TRUE);
with3_rb = new QRadioButton("with", bg);
new QRadioButton("without", bg);
with3_rb->setChecked(TRUE);
//
//
gbox = new Q3VGroupBox("Stereotype" , this);
vbox->addWidget(gbox);
htab = new Q3HBox(gbox);
//htab->setMargin(5);
bg = new Q3HButtonGroup(htab);
bg->setRadioButtonExclusive(TRUE);
any_rb = new QRadioButton("any", bg);
is_rb = new QRadioButton("is", bg);
isnot_rb = new QRadioButton("is not", bg);
any_rb->setChecked(TRUE);
stereotype_le = new QLineEdit(htab);
//
//
gbox = new Q3VGroupBox("Targets" , this);
vbox->addWidget(gbox);
htab = new Q3HBox(gbox);
//htab->setMargin(5);
artifact_cb = new QCheckBox("artifact", htab);
class_cb = new QCheckBox("class", htab);
operation_cb = new QCheckBox("operation", htab);
attribute_cb = new QCheckBox("attribute", htab);
relation_cb = new QCheckBox("relation", htab);
//
//
gbox = new Q3VGroupBox("Languages" , this);
vbox->addWidget(gbox);
htab = new Q3HBox(gbox);
//htab->setMargin(5);
cpp_cb = new QCheckBox("C++", htab);
java_cb = new QCheckBox("Java", htab);
php_cb = new QCheckBox("Php", htab);
python_cb = new QCheckBox("Python", htab);
idl_cb = new QCheckBox("Idl", htab);
//
//
Q3Grid * grid = new Q3Grid(2, this);
vbox->addWidget(grid);
grid->setMargin(5);
grid->setSpacing(5);
new QLabel("current : ", grid);
current_le = new LineEdit(grid);
new QLabel("new : ", grid);
new_le = new LineEdit(grid);
//
//
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
new QLabel(htab);
QPushButton * replace = new QPushButton("Replace", htab);
new QLabel(htab);
QPushButton * quit = new QPushButton("Quit", htab);
new QLabel(htab);
QSize bs(replace->sizeHint());
quit->setFixedSize(bs);
connect(replace, SIGNAL(clicked()), this, SLOT(do_replace()));
connect(quit, SIGNAL(clicked()), this, SLOT(reject()));
}
Dialog::Dialog(WrapperStr & path, WrapperStr & encoding, WrapperStr & nomodel, WrapperStr & genview, WrapperStr & uml20, WrapperStr & pk, WrapperStr & vis, WrapperStr & primitivetype, WrapperStr & genextension, WrapperStr & geneclipse, WrapperStr & commentexporter, WrapperStr & linefeed, Language & lang)
: QDialog(0, 0, TRUE), _path(path), _encoding(encoding), _nomodel(nomodel), _genview(genview), _uml20(uml20), _pk(pk), _vis(vis), _primitivetype(primitivetype), _genextension(genextension), _geneclipse(geneclipse), _commentexporter(commentexporter), _linefeed(linefeed), _lang(lang)
{
Q3VBoxLayout * vbox = new Q3VBoxLayout(this);
Q3HBox * htab;
vbox->setMargin(5);
// get xmi pathname
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
new QLabel("generated \nXMI file : ", htab);
ed = new QLineEdit(htab);
ed->setText(_path);
new QLabel(" ", htab);
SmallPushButton * br = new SmallPushButton("browse", htab);
connect(br, SIGNAL(clicked()), this, SLOT(browse()));
// to choose encoding
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
new QLabel("Encoding : ", htab);
QString charset = getenv("BOUML_CHARSET");
int index = 0;
while ((index = charset.find('_')) != -1) {
charset[index] = '-';
index += 1;
}
encoding_cb = new QComboBox(TRUE, htab);
htab->setStretchFactor(encoding_cb, 1000);
if (_encoding.isEmpty())
_encoding = "UTF-8";
encoding_cb->insertItem(QString(_encoding));
if (!charset.isEmpty() && (_encoding != (const char *) charset))
encoding_cb->insertItem(charset);
if (_encoding != "UTF-8")
encoding_cb->insertItem("UTF-8");
#ifdef WIN32
if ((_encoding != "windows-1252") && (charset != "windows-1252"))
encoding_cb->insertItem("windows-1252");
if ((_encoding != "ISO-8859-1") && (charset != "ISO-8859-1"))
encoding_cb->insertItem("ISO-8859-1");
#else
if ((_encoding != "ISO-8859-1") && (charset != "ISO-8859-1"))
encoding_cb->insertItem("ISO-8859-1");
if ((_encoding != "windows-1252") && (charset != "windows-1252"))
encoding_cb->insertItem("windows-1252");
#endif
// uml 2.0 or uml2.1
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
Q3ButtonGroup * bg = new Q3ButtonGroup(2, Qt::Horizontal, "Uml", htab);
uml20_rb = new QRadioButton("uml 2.0", bg);
uml21_rb = new QRadioButton("uml 2.1", bg);
if (uml20 == "yes")
uml20_rb->setChecked(TRUE);
else
uml21_rb->setChecked(TRUE);
// generate model
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
nomodel_cb = new QCheckBox("Don't generate model level", htab);
if (_nomodel == "yes")
nomodel_cb->setChecked(TRUE);
// generate view checkbox
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
genview_cb = new QCheckBox("Generate views as package (not compatible with profile generation)", htab);
if (_genview == "yes")
genview_cb->setChecked(TRUE);
// generate pk_ prefix
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
pk_cb = new QCheckBox("Generate 'pk_' prefix for parameter direction", htab);
if (_pk == "yes")
pk_cb->setChecked(TRUE);
// generate vis_ prefix
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
vis_cb = new QCheckBox("Generate 'vis_' prefix for visibility", htab);
if (_vis == "yes")
vis_cb->setChecked(TRUE);
// use PrimitiveType rather than DataType
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
primitivetype_cb = new QCheckBox("Use PrimitiveType rather than DataType", htab);
if (_primitivetype == "yes")
primitivetype_cb->setChecked(TRUE);
// generate extension
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
genextension_cb = new QCheckBox("Generate extensions", htab);
if (_genextension == "yes")
genextension_cb->setChecked(TRUE);
// generate for Eclipse
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
geneclipse_cb = new QCheckBox("Generate for Eclipse (aggregation set on other relation side)", htab);
if (_geneclipse == "yes")
geneclipse_cb->setChecked(TRUE);
// comment exporter
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
commentexporter_cb = new QCheckBox("Comment exporter indication (needed to import in some tools like Rsa)", htab);
if (_commentexporter == "yes")
commentexporter_cb->setChecked(TRUE);
// generate rather than linefeed
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
linefeed_cb = new QCheckBox("Generate lf and cr characters in string rather than '& ' and '& '", htab);
if (_linefeed == "yes")
linefeed_cb->setChecked(TRUE);
// uml , c++, java, cancel buttons
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
new QLabel(htab);
QPushButton * uml = new QPushButton("&Uml", htab);
new QLabel(htab);
QPushButton * cpp = new QPushButton("&C++", htab);
new QLabel(htab);
QPushButton * java = new QPushButton("&Java", htab);
new QLabel(htab);
QPushButton * cancel = new QPushButton("&Cancel", htab);
new QLabel(htab);
QSize bs(cancel->sizeHint());
uml->setFixedSize(bs);
cpp->setFixedSize(bs);
java->setFixedSize(bs);
connect(uml, SIGNAL(clicked()), this, SLOT(accept_uml()));
connect(cpp, SIGNAL(clicked()), this, SLOT(accept_cpp()));
connect(java, SIGNAL(clicked()), this, SLOT(accept_java()));
connect(cancel, SIGNAL(clicked()), this, SLOT(reject()));
// help
htab = new Q3HBox(this);
htab->setMargin(5);
vbox->addWidget(htab);
new QLabel(htab);
new QLabel("Remark : to help Eclipse to import the generated file,\n"
"choose Uml 2.1 and name the file with the extension '.xmi'", htab);
new QLabel(htab);
}
QucsSettingsDialog::QucsSettingsDialog(QucsApp *parent, const char *name)
: QDialog(parent, name, TRUE, Qt::WDestructiveClose)
{
App = parent;
setCaption(tr("Edit Qucs Properties"));
all = new Q3VBoxLayout(this); // to provide the neccessary size
QTabWidget *t = new QTabWidget(this);
all->addWidget(t);
// ...........................................................
QWidget *Tab1 = new QWidget(t);
Q3GridLayout *gp = new Q3GridLayout(Tab1,5,2,5,5);
QLabel *l1 = new QLabel(tr("Font (set after reload):"), Tab1);
gp->addWidget(l1,0,0);
FontButton = new QPushButton(Tab1);
connect(FontButton, SIGNAL(clicked()), SLOT(slotFontDialog()));
gp->addWidget(FontButton,0,1);
QLabel *l2 = new QLabel(tr("Document Background Color:"), Tab1);
gp->addWidget(l2,1,0);
BGColorButton = new QPushButton(" ", Tab1);
connect(BGColorButton, SIGNAL(clicked()), SLOT(slotBGColorDialog()));
gp->addWidget(BGColorButton,1,1);
val200 = new QIntValidator(0, 200, this);
QLabel *l3 = new QLabel(tr("maximum undo operations:"), Tab1);
gp->addWidget(l3,2,0);
undoNumEdit = new QLineEdit(Tab1);
undoNumEdit->setValidator(val200);
gp->addWidget(undoNumEdit,2,1);
QLabel *l4 = new QLabel(tr("text editor:"), Tab1);
gp->addWidget(l4,3,0);
editorEdit = new QLineEdit(Tab1);
gp->addWidget(editorEdit,3,1);
t->addTab(Tab1, tr("Settings"));
// ...........................................................
/* QWidget *Tab2 = new QWidget(t);
QGridLayout *gp2 = new QGridLayout(Tab2,3,2,5,5);
Check_GridOn = new QCheckBox(tr("show Grid"),Tab2);
QLabel *l3 = new QLabel(tr("horizontal Grid:"), Tab2);
gp2->addWidget(l3,1,0);
Input_GridX = new QLineEdit(Tab2);
gp2->addWidget(Input_GridX,1,1);
QLabel *l4 = new QLabel(tr("vertical Grid:"), Tab2);
gp2->addWidget(l4,2,0);
Input_GridY = new QLineEdit(Tab2);
gp2->addWidget(Input_GridY,2,1);
t->addTab(Tab2, tr("Grid"));
*/
// ...........................................................
// buttons on the bottom of the dialog (independent of the TabWidget)
Q3HBox *Butts = new Q3HBox(this);
Butts->setSpacing(5);
Butts->setMargin(5);
all->addWidget(Butts);
QPushButton *OkButt = new QPushButton(tr("OK"), Butts);
connect(OkButt, SIGNAL(clicked()), SLOT(slotOK()));
QPushButton *ApplyButt = new QPushButton(tr("Apply"), Butts);
connect(ApplyButt, SIGNAL(clicked()), SLOT(slotApply()));
QPushButton *CancelButt = new QPushButton(tr("Cancel"), Butts);
connect(CancelButt, SIGNAL(clicked()), SLOT(reject()));
QPushButton *DefaultButt = new QPushButton(tr("Default Values"), Butts);
connect(DefaultButt, SIGNAL(clicked()), SLOT(slotDefaultValues()));
OkButt->setDefault(true);
// ...........................................................
// fill the fields with the Qucs-Properties
Font = QucsSettings.font;
FontButton->setText(Font.toString());
BGColorButton->setPaletteBackgroundColor(
App->view->viewport()->paletteBackgroundColor());
undoNumEdit->setText(QString::number(QucsSettings.maxUndo));
editorEdit->setText(QucsSettings.Editor);
}
OptimizeDialog::OptimizeDialog(Optimize_Sim *c_, Schematic *d_)
: QDialog(d_, 0, TRUE, Qt::WDestructiveClose)
{
Comp = c_;
Doc = d_;
changed = false;
setCaption(tr("Edit Optimization Properties"));
Expr.setPattern("[\\w_]+");
Validator = new QRegExpValidator(Expr, this);
numVal = new QDoubleValidator(this);
intVal = new QIntValidator(this);
all = new Q3VBoxLayout(this); // to provide the neccessary size
QTabWidget *t = new QTabWidget(this);
all->addWidget(t);
// ...........................................................
QWidget *Tab1 = new QWidget(t);
Q3GridLayout *gp1 = new Q3GridLayout(Tab1,3,2,3,3);
gp1->addWidget(new QLabel(tr("Name:"), Tab1), 0,0);
NameEdit = new QLineEdit(Tab1);
NameEdit->setValidator(Validator);
gp1->addWidget(NameEdit,0,1);
gp1->addWidget(new QLabel(tr("Simulation:"), Tab1), 1,0);
SimEdit = new QComboBox(Tab1);
SimEdit->setEditable(true);
gp1->addWidget(SimEdit,1,1);
t->addTab(Tab1, tr("General"));
// ...........................................................
QWidget *Tab4 = new QWidget(t);
Q3GridLayout *gp4 = new Q3GridLayout(Tab4,11,2,3,3);
gp4->addWidget(new QLabel(tr("Method:"), Tab4), 0,0);
MethodCombo = new QComboBox(Tab4);
MethodCombo->insertItem("DE/best/1/exp");
MethodCombo->insertItem("DE/rand/1/exp");
MethodCombo->insertItem("DE/rand-to-best/1/exp");
MethodCombo->insertItem("DE/best/2/exp");
MethodCombo->insertItem("DE/rand/1/exp");
MethodCombo->insertItem("DE/best/1/bin");
MethodCombo->insertItem("DE/rand/1/bin");
MethodCombo->insertItem("DE/rand-to-best/1/bin");
MethodCombo->insertItem("DE/best/2/bin");
MethodCombo->insertItem("DE/rand/2/bin");
gp4->addWidget(MethodCombo,0,1);
gp4->addWidget(new QLabel(tr("Maximum number of iterations:"), Tab4), 1,0);
IterEdit = new QLineEdit(Tab4);
IterEdit->setValidator(intVal);
gp4->addWidget(IterEdit,1,1);
gp4->addWidget(new QLabel(tr("Output refresh cycle:"), Tab4), 2,0);
RefreshEdit = new QLineEdit(Tab4);
RefreshEdit->setValidator(intVal);
gp4->addWidget(RefreshEdit,2,1);
gp4->addWidget(new QLabel(tr("Number of parents:"), Tab4), 3,0);
ParentsEdit = new QLineEdit(Tab4);
ParentsEdit->setValidator(intVal);
gp4->addWidget(ParentsEdit,3,1);
gp4->addWidget(new QLabel(tr("Constant F:"), Tab4), 4,0);
ConstEdit = new QLineEdit(Tab4);
ConstEdit->setValidator(new QDoubleValidator(0.0,2.0,20,ConstEdit));
gp4->addWidget(ConstEdit,4,1);
gp4->addWidget(new QLabel(tr("Crossing over factor:"), Tab4), 5,0);
CrossEdit = new QLineEdit(Tab4);
CrossEdit->setValidator(new QDoubleValidator(0.0,1.0,20,CrossEdit));
gp4->addWidget(CrossEdit,5,1);
gp4->addWidget(new QLabel(tr("Pseudo random number seed:"), Tab4), 6,0);
SeedEdit = new QLineEdit(Tab4);
SeedEdit->setValidator(numVal);
gp4->addWidget(SeedEdit,6,1);
gp4->addWidget(new QLabel(tr("Minimum cost variance:"), Tab4), 7,0);
CostVarEdit = new QLineEdit(Tab4);
CostVarEdit->setValidator(numVal);
gp4->addWidget(CostVarEdit,7,1);
gp4->addWidget(new QLabel(tr("Cost objectives:"), Tab4), 8,0);
CostObjEdit = new QLineEdit(Tab4);
CostObjEdit->setValidator(numVal);
gp4->addWidget(CostObjEdit,8,1);
gp4->addWidget(new QLabel(tr("Cost constraints:"), Tab4), 9,0);
CostConEdit = new QLineEdit(Tab4);
CostConEdit->setValidator(numVal);
gp4->addWidget(CostConEdit,9,1);
t->addTab(Tab4, tr("Algorithm"));
// ...........................................................
QWidget *Tab2 = new QWidget(t);
Q3GridLayout *gp2 = new Q3GridLayout(Tab2,5,3,3,3);
VarList = new Q3ListView(Tab2);
VarList->addColumn(tr("Name"));
VarList->addColumn(tr("active"));
VarList->addColumn(tr("initial"));
VarList->addColumn(tr("min"));
VarList->addColumn(tr("max"));
VarList->addColumn(tr("Type"));
VarList->setSorting(-1); // no sorting
gp2->addMultiCellWidget(VarList,0,0,0,2);
connect(VarList, SIGNAL(selectionChanged(Q3ListViewItem*)),
SLOT(slotEditVariable(Q3ListViewItem*)));
Q3HBox *VarLine = new Q3HBox(Tab2);
VarLine->setSpacing(3);
gp2->addMultiCellWidget(VarLine, 1,1,0,2);
new QLabel(tr("Name:"), VarLine);
VarNameEdit = new QLineEdit(VarLine);
VarNameEdit->setValidator(Validator);
connect(VarNameEdit, SIGNAL(textChanged(const QString&)),
SLOT(slotChangeVarName(const QString&)));
VarActiveCheck = new QCheckBox(tr("active"), VarLine);
VarActiveCheck->setChecked(true);
connect(VarActiveCheck, SIGNAL(toggled(bool)),
SLOT(slotChangeVarActive(bool)));
gp2->addWidget(new QLabel(tr("initial:"), Tab2), 2,0);
gp2->addWidget(new QLabel(tr("min:"), Tab2), 2,1);
gp2->addWidget(new QLabel(tr("max:"), Tab2), 2,2);
VarInitEdit = new QLineEdit(Tab2);
VarInitEdit->setValidator(numVal);
gp2->addWidget(VarInitEdit,3,0);
connect(VarInitEdit, SIGNAL(textChanged(const QString&)),
SLOT(slotChangeVarInit(const QString&)));
VarMinEdit = new QLineEdit(Tab2);
VarMinEdit->setValidator(numVal);
gp2->addWidget(VarMinEdit,3,1);
connect(VarMinEdit, SIGNAL(textChanged(const QString&)),
SLOT(slotChangeVarMin(const QString&)));
VarMaxEdit = new QLineEdit(Tab2);
VarMaxEdit->setValidator(numVal);
gp2->addWidget(VarMaxEdit,3,2);
connect(VarMaxEdit, SIGNAL(textChanged(const QString&)),
SLOT(slotChangeVarMax(const QString&)));
Q3HBox *VarButtons = new Q3HBox(Tab2);
VarButtons->setSpacing(3);
gp2->addMultiCellWidget(VarButtons, 4,4,0,2);
new QLabel(tr("Type:"), VarButtons);
VarTypeCombo = new QComboBox(VarButtons);
VarTypeCombo->insertItem(tr("linear double"));
VarTypeCombo->insertItem(tr("logarithmic double"));
VarTypeCombo->insertItem(tr("linear integer"));
VarTypeCombo->insertItem(tr("logarithmic integer"));
connect(VarTypeCombo, SIGNAL(activated(const QString&)),
SLOT(slotChangeVarType(const QString&)));
VarButtons->setStretchFactor(new QWidget(VarButtons), 10);
QPushButton *AddVar_Butt = new QPushButton(tr("Add"), VarButtons);
connect(AddVar_Butt, SIGNAL(clicked()), SLOT(slotAddVariable()));
QPushButton *DelVar_Butt = new QPushButton(tr("Delete"), VarButtons);
connect(DelVar_Butt, SIGNAL(clicked()), SLOT(slotDeleteVariable()));
t->addTab(Tab2, tr("Variables"));
// ...........................................................
QWidget *Tab3 = new QWidget(t);
Q3GridLayout *gp3 = new Q3GridLayout(Tab3,4,3,3,3);
GoalList = new Q3ListView(Tab3);
GoalList->addColumn(tr("Name"));
GoalList->addColumn(tr("Type"));
GoalList->addColumn(tr("Value"));
GoalList->setSorting(-1); // no sorting
gp3->addMultiCellWidget(GoalList,0,0,0,2);
connect(GoalList, SIGNAL(selectionChanged(Q3ListViewItem*)),
SLOT(slotEditGoal(Q3ListViewItem*)));
gp3->addWidget(new QLabel(tr("Name:"), Tab3), 1,0);
GoalNameEdit = new QLineEdit(Tab3);
GoalNameEdit->setValidator(Validator);
gp3->addWidget(GoalNameEdit,1,1);
connect(GoalNameEdit, SIGNAL(textChanged(const QString&)),
SLOT(slotChangeGoalName(const QString&)));
gp3->addWidget(new QLabel(tr("Value:"), Tab3), 2,0);
GoalNumEdit = new QLineEdit(Tab3);
GoalNumEdit->setValidator(numVal);
gp3->addWidget(GoalNumEdit,2,1);
connect(GoalNumEdit, SIGNAL(textChanged(const QString&)),
SLOT(slotChangeGoalNum(const QString&)));
GoalTypeCombo = new QComboBox(Tab3);
GoalTypeCombo->insertItem(tr("minimize"));
GoalTypeCombo->insertItem(tr("maximize"));
GoalTypeCombo->insertItem(tr("less"));
GoalTypeCombo->insertItem(tr("greater"));
GoalTypeCombo->insertItem(tr("equal"));
GoalTypeCombo->insertItem(tr("monitor"));
gp3->addWidget(GoalTypeCombo,2,2);
connect(GoalTypeCombo, SIGNAL(activated(const QString&)),
SLOT(slotChangeGoalType(const QString&)));
Q3HBox *GoalButtons = new Q3HBox(Tab3);
GoalButtons->setSpacing(3);
gp3->addMultiCellWidget(GoalButtons, 3,3,0,2);
GoalButtons->setStretchFactor(new QWidget(GoalButtons),5);
QPushButton *AddGoal_Butt = new QPushButton(tr("Add"), GoalButtons);
connect(AddGoal_Butt, SIGNAL(clicked()), SLOT(slotAddGoal()));
QPushButton *DelGoal_Butt = new QPushButton(tr("Delete"), GoalButtons);
connect(DelGoal_Butt, SIGNAL(clicked()), SLOT(slotDeleteGoal()));
t->addTab(Tab3, tr("Goals"));
// ...........................................................
// buttons on the bottom of the dialog (independent of the TabWidget)
Q3HBox *Butts = new Q3HBox(this);
Butts->setSpacing(3);
Butts->setMargin(3);
all->addWidget(Butts);
QPushButton *OkButt = new QPushButton(tr("OK"), Butts);
connect(OkButt, SIGNAL(clicked()), SLOT(slotOK()));
QPushButton *ApplyButt = new QPushButton(tr("Apply"), Butts);
connect(ApplyButt, SIGNAL(clicked()), SLOT(slotApply()));
QPushButton *CancelButt = new QPushButton(tr("Cancel"), Butts);
connect(CancelButt, SIGNAL(clicked()), SLOT(slotCancel()));
OkButt->setFocus();
// ...........................................................
Component *pc;
for(pc=Doc->Components->first(); pc!=0; pc=Doc->Components->next())
if(pc != Comp)
if(pc->Model[0] == '.' && pc->Model != ".Opt")
SimEdit->insertItem(pc->Name);
Property *pp;
pp = Comp->Props.at(0);
if(!pp->Value.isEmpty())
SimEdit->setCurrentText(pp->Value);
pp = Comp->Props.at(1);
if(!pp->Value.isEmpty()) {
MethodCombo->setCurrentItem(pp->Value.section('|',0,0).toInt()-1);
IterEdit->setText(pp->Value.section('|',1,1));
RefreshEdit->setText(pp->Value.section('|',2,2));
ParentsEdit->setText(pp->Value.section('|',3,3));
ConstEdit->setText(pp->Value.section('|',4,4));
CrossEdit->setText(pp->Value.section('|',5,5));
SeedEdit->setText(pp->Value.section('|',6,6));
CostVarEdit->setText(pp->Value.section('|',7,7));
CostObjEdit->setText(pp->Value.section('|',8,8));
CostConEdit->setText(pp->Value.section('|',9,9));
}
NameEdit->setText(Comp->Name);
for(pp = Comp->Props.at(2); pp != 0; pp = Comp->Props.next()) {
if(pp->Name == "Var") {
new Q3ListViewItem(VarList, pp->Value.section('|',0,0),
pp->Value.section('|',1,1) == "yes" ? tr("yes") : tr("no"),
pp->Value.section('|',2,2),
pp->Value.section('|',3,3), pp->Value.section('|',4,4),
((pp->Value.section('|',5,5)=="LIN_DOUBLE")?tr("linear double") :
((pp->Value.section('|',5,5)=="LOG_DOUBLE")?tr("logarithmic double") :
((pp->Value.section('|',5,5)=="LIN_INT")?tr("linear integer") :
tr("logarithmic integer")))));
}
if(pp->Name == "Goal") {
new Q3ListViewItem(GoalList, pp->Value.section('|',0,0),
((pp->Value.section('|',1,1) == "MIN") ? tr("minimize") :
((pp->Value.section('|',1,1) == "MAX") ? tr("maximize") :
((pp->Value.section('|',1,1) == "LE") ? tr("less") :
((pp->Value.section('|',1,1) == "GE") ? tr("greater") :
((pp->Value.section('|',1,1) == "EQ") ? tr("equal") :
tr("monitor")))))),
pp->Value.section('|',2,2));
}
}
resize(300, 250);
}
