// Make a popup dialog box
PoreBoard::PoreBoard( QWidget * parent, const char * name )
: QDialog( parent, name, FALSE, WType_TopLevel )
{
this->setCaption( "AViz: Set Pores" );
// Create a hboxlayout that will fill the first row
hb1 = new QHBox( this, "hb1" );
// Create a label
QLabel * poreL = new QLabel( hb1, "poreL" );
poreL->setText( " Type: ");
// Create a combo box that will go into the
// second column; entries in the combo box will
// be made later
poreCob = new QComboBox( FALSE, hb1, "poreSelection" );
// Define a callback for this combo box
connect( poreCob, SIGNAL(activated(int)), SLOT(setPore()) );
// Create a placeholder
QLabel * emptyL0 = new QLabel( hb1, "emptyL0" );
emptyL0->setText("");
// Add a check box button
showPoreCb = new QCheckBox( hb1, "showPore" );
showPoreCb->setText( "Show Pores" );
showPoreCb->setChecked( TRUE );
// Define a callback for this toggle switch
connect( showPoreCb, SIGNAL(clicked()), this, SLOT(adjustPore()) );
// Create a hboxlayout that will fill the next row
hb2 = new QHBox( this, "hb2" );
// Add a label and color labels
colorL = new QLabel( hb2, "colorL" );
colorL->setText( " Color: " );
colorLabel0 = new ColorLabel( hb2, "color0" );
colorLabel1 = new ColorLabel( hb2, "color1" );
colorLabel2 = new ColorLabel( hb2, "color2" );
colorLabel3 = new ColorLabel( hb2, "color3" );
colorLabel4 = new ColorLabel( hb2, "color4" );
colorLabel5 = new ColorLabel( hb2, "color5" );
colorLabel0->setFixedHeight( LABEL_HEIGHT );
colorLabel1->setFixedHeight( LABEL_HEIGHT );
colorLabel2->setFixedHeight( LABEL_HEIGHT );
colorLabel3->setFixedHeight( LABEL_HEIGHT );
colorLabel4->setFixedHeight( LABEL_HEIGHT );
colorLabel5->setFixedHeight( LABEL_HEIGHT );
colorLabel0->setColor( 1.0, 1.0, 1.0);
colorLabel1->setColor( 1.0, 1.0, 1.0);
colorLabel2->setColor( 1.0, 1.0, 1.0);
colorLabel3->setColor( 1.0, 1.0, 1.0);
colorLabel4->setColor( 1.0, 1.0, 1.0);
colorLabel5->setColor( 1.0, 1.0, 1.0);
// Add a push button
colorButton = new QPushButton( hb2, "colorButton" );
colorButton->setText( "Set Color..." );
// Define a callback for this button
QObject::connect( colorButton, SIGNAL(clicked()), this, SLOT(setColorCb(
)) );
// Create a hboxlayout that will fill the next row
sizeBox = new SizeBox( this, "sizeBox" );
// Create a hboxlayout that will fill the next row
hb4 = new QHBox( this, "hb4" );
// Add radiobuttons and a label
modeL = new QLabel( hb4, "modeL" );
modeL->setText( " Color Criterion: " );
colorMode = new QButtonGroup( 3, QGroupBox::Horizontal, hb4, "colorMode" );
colorMode0 = new QRadioButton( colorMode, "type" );
colorMode0->setText( "Type" );
colorMode1 = new QRadioButton( colorMode, "position" );
colorMode1->setText( "Position" );
colorMode2 = new QRadioButton( colorMode, "property" );
colorMode2->setText( "Property" );
colorMode3 = new QRadioButton( colorMode, "colorcode" );
colorMode3->setText( "ColorCode" );
colorMode->insert( colorMode0, 0 );
colorMode->insert( colorMode1, 1 );
colorMode->insert( colorMode2, 2 );
colorMode->insert( colorMode3, 3 );
// Define a callback for these radio buttons
connect( colorMode, SIGNAL(clicked(int)), this, SLOT(adjustCriterion()) );
// Create hboxlayouts that will fill the next row; these
// are shown only when appropriate
positionBox = new PositionBox( this, "positionBox" );
propertyBox = new PropertyBox( this, "positionBox" );
codeBox = new CodeBox( this, "codeBox" );
typeColorNumberBox = new TypeColorNumberBox( this, "typeColorNumberBox", 2 );
// Create a box that will fill the next row
lineTypeBox = new LineTypeBox( this, "lineTypeBox" );
// Create a hboxlayout that will fill the lowest row
hb5 = new QHBox( this, "hb5" );
// Create a placeholder
QLabel * emptyL1 = new QLabel( hb5, "emptyL1" );
// Create pushbuttons that will go into the lowest row
QPushButton * done = new QPushButton( hb5, "done" );
done->setText( "Done" );
// Define a callback for that button
QObject::connect( done, SIGNAL(clicked()), this, SLOT(bdone()) );
QPushButton * apply = new QPushButton( hb5, "apply" );
apply->setText( "Apply" );
// Define a callback for that button
QObject::connect( apply, SIGNAL(clicked()), this, SLOT(bapply()) );
QPushButton * cancel = new QPushButton( hb5, "cancel" );
cancel->setText( "Cancel" );
// Define a callback for that button
QObject::connect( cancel, SIGNAL(clicked()), this, SLOT(bcancel()) );
hb5->setStretchFactor( emptyL1, 10 );
// Clear the board pointer
poreBox = NULL;
// Clear the color board pointer
cb = NULL;
// Clear internal variables
colors = 1;
colorPosX = colorPosY = 0;
showColorBoard = FALSE;
poreRenderStyle = PLINE;
renderQuality = LOW;
// Set defaults appropriate for startup without data
colorButton->setDisabled( TRUE );
sizeBox->setDisabled( TRUE );
modeL->setDisabled( TRUE );
colorMode->setDisabled( TRUE );
colorMode0->setChecked( TRUE );
// Build default layout
this->buildLayout( TYPE );
}
// Make a popup dialog box
FileListBoard::FileListBoard( QWidget * parent, const char * name )
: QDialog( parent, name, FALSE, WType_TopLevel )
{
this->setCaption( "AViz: File List Control" );
// Insert a grid that will hold control buttons
const int numCols = 5;
const int numRows = 4;
QGridLayout * fileListBox = new QGridLayout( this, numCols, numRows, SPACE, SPACE, "fileListBox" );
// Create buttons
QPushButton * singleStepPb = new QPushButton( this, "singleStep" );
singleStepPb->setText( "SingleStep" );
fileListBox->addWidget( singleStepPb, 0, 0);
QPushButton * fastStepPb = new QPushButton( this, "fastStep" );
fastStepPb->setText( "FastStep" );
fileListBox->addWidget( fastStepPb, 0, 1);
QPushButton * cyclePb = new QPushButton( this, "cycle" );
cyclePb->setText( "Cycle" );
cyclePb->setToggleButton( TRUE );
fileListBox->addWidget( cyclePb, 0, 2);
// Construct the cycle timer
cycleTimer = new QTimer( this );
// Define a callback for these pushbuttons
connect( singleStepPb, SIGNAL(clicked()), SLOT(bsingleStep()) );
connect( fastStepPb, SIGNAL(clicked()), SLOT(bfastStep()) );
connect( cyclePb, SIGNAL(clicked()), SLOT(bcycle()) );
// Create radio buttons to choose direction
direction = new QButtonGroup( 2, QGroupBox::Horizontal, this, "direction" );
fileListBox->addMultiCellWidget( direction, 0, 0, 3, 4 );
forwardRb = new QRadioButton( direction, "forward" );
forwardRb->setText( "Forward" );
backwardRb = new QRadioButton( direction, "backward" );
backwardRb->setText( "Backward" );
// Define a callback for these radio buttons
connect( direction, SIGNAL(clicked(int)), this, SLOT(bdirection(int)) );
// Create pushbuttons to jump to start
QPushButton * startPb = new QPushButton( this, "start" );
startPb->setText( "Jump To Start" );
fileListBox->addWidget( startPb, 1, 0);
// Define a callback for that button
QObject::connect( startPb, SIGNAL(clicked()), this, SLOT(start()) );
// Create pushbuttons to jump to end
QPushButton * endPb = new QPushButton( this, "end" );
endPb->setText( "Jump To End" );
fileListBox->addWidget( endPb, 1, 1);
// Define a callback for that button
QObject::connect( endPb, SIGNAL(clicked()), this, SLOT(end()) );
// Create a checkbox
keepViewScaleCb = new QCheckBox( this, "keepViewScale" );
fileListBox->addWidget( keepViewScaleCb, 1, 4);
keepViewScaleCb->setText( "Keep ViewScale" );
this->resetKeepViewScale();
// Define a callback for that check box
QObject::connect( keepViewScaleCb, SIGNAL(clicked()), this, SLOT(keepViewScaleChanged()) );
// Create a label
QLabel * lineL = new QLabel( this, "lineL ");
lineL->setText( " File List: " );
fileListBox->addWidget( lineL, 2, 0 );
// Create a text window
fileLine = new QLineEdit( this, "fileLine" );
fileLine->setText("--");
fileLine->setReadOnly( TRUE );
fileListBox->addMultiCellWidget( fileLine, 2, 2, 1, 4 );
// Create a pushbutton
QPushButton * tracksPb = new QPushButton( this, "tracks" );
tracksPb->setText( "Tracks..." );
fileListBox->addWidget( tracksPb, 3, 0);
// Define a callback for that button
QObject::connect( tracksPb, SIGNAL(clicked()), this, SLOT(launchTrack()) );
// Create more pushbuttons that will go into the lowest row
QPushButton * done = new QPushButton( this, "done" );
fileListBox->addWidget( done, 3, 4);
done->setText( "Done" );
// Define a callback for that button
QObject::connect( done, SIGNAL(clicked()), this, SLOT(bdone()) );
// Set defaults
cycleMode = FALSE;
thisDirection = FORWARD;
forwardRb->setChecked (TRUE );
// Reset the pointers
mainForm = NULL;
// Set a flag
haveFileList = FALSE;
}
// Make a popup dialog box
SpinBoard::SpinBoard(MainForm *mainForm, QWidget * parent)
: QDialog(parent), mainForm(mainForm)
{
setWindowTitle( "AViz: Set Spins" );
{
// Create a hboxlayout that will fill the first row
hb1 = new QWidget(this);
// Create a combo box that will go into the
// second column; entries in the combo box will
// be made later
spinCob = new QComboBox();
connect( spinCob, SIGNAL(activated(int)), SLOT(setSpin()) );
// Add a check box button
showSpinCb = new QCheckBox("Show Spins");
showSpinCb->setChecked(true);
// Define a callback for this toggle switch
connect( showSpinCb, SIGNAL(clicked()), this, SLOT(adjustSpin()) );
QHBoxLayout *hbox = new QHBoxLayout(hb1);
hbox->addWidget(new QLabel(" Type: "));
hbox->addWidget(spinCob);
hbox->addStretch(1);
hbox->addWidget(showSpinCb);
}
{
// Create a hboxlayout that will fill the next row
hb2 = new QWidget(this);
// Add color labels
colorLabel0 = new ColorLabel(hb2);
colorLabel1 = new ColorLabel(hb2);
colorLabel2 = new ColorLabel(hb2);
colorLabel3 = new ColorLabel(hb2);
colorLabel4 = new ColorLabel(hb2);
colorLabel5 = new ColorLabel(hb2);
colorLabel0->setFixedHeight( LABEL_HEIGHT );
colorLabel1->setFixedHeight( LABEL_HEIGHT );
colorLabel2->setFixedHeight( LABEL_HEIGHT );
colorLabel3->setFixedHeight( LABEL_HEIGHT );
colorLabel4->setFixedHeight( LABEL_HEIGHT );
colorLabel5->setFixedHeight( LABEL_HEIGHT );
// Add a push button
colorButton = new QPushButton("Set Color...");
// Define a callback for this button
connect(colorButton, SIGNAL(clicked()), SLOT(setColorCb()));
QHBoxLayout *hbox = new QHBoxLayout(hb2);
hbox->setSpacing(0);
hbox->addWidget(new QLabel(" Color: "));
hbox->addWidget(colorLabel0);
hbox->addWidget(colorLabel1);
hbox->addWidget(colorLabel2);
hbox->addWidget(colorLabel3);
hbox->addWidget(colorLabel4);
hbox->addWidget(colorLabel5);
hbox->addWidget(colorButton);
}
// Create a hboxlayout that will fill the next row
sizeBox = new SizeBox(this);
{
// Create a hboxlayout that will fill the next row
hb4 = new QWidget(this);
// Add radiobuttons and a label
modeL = new QLabel(" Color Criterion: ");
colorMode = new QGroupBox();
QHBoxLayout *colorModeLayout = new QHBoxLayout(colorMode);
colorMode0 = new QRadioButton("Type");
colorMode1 = new QRadioButton("Position");
colorMode2 = new QRadioButton("Property");
colorMode3 = new QRadioButton("ColorCode");
colorModeLayout->addWidget(colorMode0);
colorModeLayout->addWidget(colorMode1);
colorModeLayout->addWidget(colorMode2);
colorModeLayout->addWidget(colorMode3);
QButtonGroup *colorModeButtonGroup = new QButtonGroup(this);
colorModeButtonGroup->addButton(colorMode0);
colorModeButtonGroup->addButton(colorMode1);
colorModeButtonGroup->addButton(colorMode2);
colorModeButtonGroup->addButton(colorMode3);
// Define a callback for these radio buttons
connect(colorModeButtonGroup, SIGNAL(buttonClicked(int)), this, SLOT(adjustCriterion()) );
QHBoxLayout *hBox = new QHBoxLayout(hb4);
hBox->addWidget(modeL);
hBox->addWidget(colorMode);
}
// Create hboxlayouts that will fill the next row; these
// are shown only when appropriate
positionBox = new PositionBox(this);
propertyBox = new PropertyBox(this);
codeBox = new CodeBox(this);
// Create a box that will fill the next row
lineTypeBox = new LineTypeBox( this );
{
hb5 = new DoneApplyCancelWidget(this);
connect(hb5, SIGNAL(done()), this, SLOT(bdone()) );
connect(hb5, SIGNAL(applied()), this, SLOT(bapply()) );
connect(hb5, SIGNAL(canceled()), this, SLOT(bcancel()));
}
// Clear the board pointer
spinBox = NULL;
// Clear the color board pointer
cb = NULL;
// Clear internal variables
colors = 1;
colorPosX = colorPosY = 0;
showColorBoard = false;
spinRenderStyle = SLINE;
renderQuality = LOW;
// Set defaults
lineTypeBox->setDisabled(true);
// Set defaults appropriate for startup without data
colorButton->setDisabled(true);
sizeBox->setDisabled(true);
modeL->setDisabled(true);
colorMode->setDisabled(true);
colorMode0->setChecked(true);
// Build default layout
this->buildLayout( TYPE );
}
