class SetDataForm < TQt::Dialog slots 'setColor()', 'setChosenColor( int, int )', 'currentChanged( int, int )', 'valueChanged( int, int )', 'accept()' MAX_PATTERNS = 14 def initialize( elements, decimalPlaces, parent = nil, name = "set data form", modal = true, f = 0 ) super( parent, name, modal, f ) @elements = elements @decimalPlaces = decimalPlaces setCaption( "Chart -- Set Data" ) resize( 540, 440 ) @tableButtonBox = TQt::VBoxLayout.new( self, 11, 6, "@table button box layout" ) @table = TQt::Table.new( self, "data @table" ) @table.setNumCols( 5 ) @table.setNumRows( ChartForm::MAX_ELEMENTS ) @table.setColumnReadOnly( 1, true ) @table.setColumnReadOnly( 2, true ) @table.setColumnReadOnly( 4, true ) @table.setColumnWidth( 0, 80 ) @table.setColumnWidth( 1, 60 ) # Columns 1 and 4 must be equal @table.setColumnWidth( 2, 60 ) @table.setColumnWidth( 3, 200 ) @table.setColumnWidth( 4, 60 ) th = @table.horizontalHeader() th.setLabel( 0, "Value" ) th.setLabel( 1, "Color" ) th.setLabel( 2, "Pattern" ) th.setLabel( 3, "Label" ) th.setLabel( 4, "Color" ) @tableButtonBox.addWidget( @table ) @buttonBox = TQt::HBoxLayout.new( nil, 0, 6, "button box layout" ) @colorPushButton = TQt::PushButton.new( self, "color button" ) @colorPushButton.setText( "&Color..." ) @colorPushButton .setEnabled( false ) @buttonBox.addWidget( @colorPushButton ) spacer = TQt::SpacerItem.new( 0, 0, TQt::SizePolicy::Expanding, TQt::SizePolicy::Minimum ) @buttonBox.addItem( spacer ) okPushButton = TQt::PushButton.new( self, "ok button" ) okPushButton.setText( "OK" ) okPushButton.setDefault( true ) @buttonBox.addWidget( okPushButton ) cancelPushButton = TQt::PushButton.new( self, "cancel button" ) cancelPushButton.setText( "Cancel" ) cancelPushButton.setAccel( TQt::KeySequence.new(Key_Escape) ) @buttonBox.addWidget( cancelPushButton ) @tableButtonBox.addLayout( @buttonBox ) connect( @table, TQ_SIGNAL( 'clicked(int,int,int,const TQPoint&)' ), self, TQ_SLOT( 'setChosenColor(int,int)' ) ) connect( @table, TQ_SIGNAL( 'currentChanged(int,int)' ), self, TQ_SLOT( 'currentChanged(int,int)' ) ) connect( @table, TQ_SIGNAL( 'valueChanged(int,int)' ), self, TQ_SLOT( 'valueChanged(int,int)' ) ) connect( @colorPushButton, TQ_SIGNAL( 'clicked()' ), self, TQ_SLOT( 'setColor()' ) ) connect( okPushButton, TQ_SIGNAL( 'clicked()' ), self, TQ_SLOT( 'accept()' ) ) connect( cancelPushButton, TQ_SIGNAL( 'clicked()' ), self, TQ_SLOT( 'reject()' ) ) patterns = Array.new(MAX_PATTERNS) patterns[0] = TQt::Pixmap.new( "images/pattern01.xpm" ) patterns[1] = TQt::Pixmap.new( "images/pattern02.xpm" ) patterns[2] = TQt::Pixmap.new( "images/pattern03.xpm" ) patterns[3] = TQt::Pixmap.new( "images/pattern04.xpm" ) patterns[4] = TQt::Pixmap.new( "images/pattern05.xpm" ) patterns[5] = TQt::Pixmap.new( "images/pattern06.xpm" ) patterns[6] = TQt::Pixmap.new( "images/pattern07.xpm" ) patterns[7] = TQt::Pixmap.new( "images/pattern08.xpm" ) patterns[8] = TQt::Pixmap.new( "images/pattern09.xpm" ) patterns[9] = TQt::Pixmap.new( "images/pattern10.xpm" ) patterns[10] = TQt::Pixmap.new( "images/pattern11.xpm" ) patterns[11] = TQt::Pixmap.new( "images/pattern12.xpm" ) patterns[12] = TQt::Pixmap.new( "images/pattern13.xpm" ) patterns[13] = TQt::Pixmap.new( "images/pattern14.xpm" ) rect = @table.cellRect( 0, 1 ) pix = TQt::Pixmap.new( rect.width(), rect.height() ) for i in 0...ChartForm::MAX_ELEMENTS element = @elements[i] if element.isValid() @table.setText(i, 0, "%.#{@decimalPlaces}f" % element.value() ) end color = element.valueColor() pix.fill( color ) @table.setPixmap( i, 1, pix ) @table.setText( i, 1, color.name() ) combobox = TQt::ComboBox.new for j in 0...MAX_PATTERNS combobox.insertItem( patterns[j] ) end combobox.setCurrentItem( element.valuePattern() - 1 ) @table.setCellWidget( i, 2, combobox ) @table.setText( i, 3, element.label() ) color = element.labelColor() pix.fill( color ) @table.setPixmap( i, 4, pix ) @table.setText( i, 4, color.name() ) end end def currentChanged( i, col ) @colorPushButton.setEnabled( col == 1 || col == 4 ) end def valueChanged( row, col ) if col == 0 d = @table.text( row, col ).to_f if d && d > EPSILON @table.setText( row, col, "%.#{@decimalPlaces}f" % d ) elsif ! @table.text( row, col ).empty? @table.setText( row, col, @table.text( row, col ) + "?" ) end end end def setColor() setChosenColor( @table.currentRow(), @table.currentColumn() ) @table.setFocus() end def setChosenColor( row, col ) if !( col == 1 || col == 4 ) return end color = TQt::ColorDialog.getColor( TQt::Color.new( @table.text( row, col ) ), self, "color dialog" ) if color.isValid() pix = @table.pixmap( row, col ) pix.fill( color ) @table.setPixmap( row, col, pix ) @table.setText( row, col, color.name() ) end end def accept() for i in 0...ChartForm::MAX_ELEMENTS element = @elements[i] d = @table.text( i, 0 ).to_f if d element.value = d else element.value = Element::INVALID end element.valueColor = TQt::Color.new( @table.text( i, 1 ) ) element.valuePattern = (@table.cellWidget( i, 2 )).currentItem() + 1 element.label = @table.text( i, 3 ) element.labelColor = TQt::Color.new( @table.text( i, 4 ) ) end super end end