Class: Cosmos::TabbedPlotsTool

Inherits:
QtTool show all
Defined in:
lib/cosmos/tools/tlm_grapher/tabbed_plots_tool/tabbed_plots_tool.rb

Overview

Displays multiple plots that perform various analysis on data.

Direct Known Subclasses

TlmGrapher

Constant Summary collapse

MINIMUM_LEFT_PANEL_WIDTH = 
200
DEFAULT_LEFT_PANEL_WIDTH = 
250

Instance Method Summary collapse

Methods inherited from QtTool

#about, #complete_initialize, create_default_options, graceful_kill, #initialize_help_menu, post_options_parsed_hook, pre_window_new_hook, redirect_io, restore_io, run

Constructor Details

#initialize(options) ⇒ TabbedPlotsTool

Returns a new instance of TabbedPlotsTool.



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# File 'lib/cosmos/tools/tlm_grapher/tabbed_plots_tool/tabbed_plots_tool.rb', line 32

def initialize(options)
  super(options) # MUST BE FIRST - All code before super is executed twice in RubyQt Based classes
  @base_title = self.windowTitle
  Cosmos.load_cosmos_icon("tlm_grapher.png")

  statusBar.showMessage(tr("")) # Show blank message to initialize status bar

  initialize_actions()
  initialize_menus(options)
  initialize_central_widget()
  complete_initialize()

  # Define instance variables
  @log_filenames = []
  @log_dir = System.paths['LOGS']
  @log_dir += '/' unless @log_dir[-1..-1] == '\\' or @log_dir[-1..-1] == '/'
  @time_start = nil
  @time_end = nil
  @screenshot_dir = @log_dir.clone
  @export_dir = @log_dir.clone
  @data_object_types = options.data_object_types
  @adder_orientation = options.adder_orientation
  @adder_types = options.adder_types
  @tool_short_name = options.tool_short_name
  @plot_types = options.plot_types
  @tabbed_plots_type = options.tabbed_plots_type
  @items = options.items
  @plot_type_to_data_object_type_mapping = options.plot_type_to_data_object_type_mapping
  @start = options.start
  @packet_log_reader = PacketLogReader.new
  @tabbed_plots_config = nil
  @tabbed_plots = nil
  @realtime_thread = nil
  @config_modified = false

  # Bring up slash screen for long duration tasks after creation
  Splash.execute(self) do |splash|
    # Configure CosmosConfig to interact with splash screen
    ConfigParser.splash = splash

    # Load telemetry
    System.telemetry

    # Create tabbed plots definition
    @config_filename = File.join(Cosmos::USERPATH, 'config', 'tools', options.config_dir, options.config_file)
    Qt.execute_in_main_thread(true) do
      load_configuration()
    end

    # Unconfigure CosmosConfig to interact with splash screen
    ConfigParser.splash = nil
  end
end

Instance Method Details

#initialize_actions ⇒ Object 



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# File 'lib/cosmos/tools/tlm_grapher/tabbed_plots_tool/tabbed_plots_tool.rb', line 86

def initialize_actions
  super()

  # File Menu Actions
  @file_process = Qt::Action.new(tr('&Open Log'), self)
  @file_process_keyseq = Qt::KeySequence.new(tr('Ctrl+O'))
  @file_process.shortcut = @file_process_keyseq
  @file_process.statusTip = tr('Open Log File')
  @file_process.connect(SIGNAL('triggered()')) { on_file_process_log() }

  @file_load = Qt::Action.new(Cosmos.get_icon('open.png'), tr('&Load Config'), self)
  @file_load.statusTip = tr('Load Saved Configuration')
  @file_load.connect(SIGNAL('triggered()')) { on_file_load_config() }

  @file_save = Qt::Action.new(Cosmos.get_icon('save.png'), tr('&Save Config'), self)
  @file_save_keyseq = Qt::KeySequence.new(tr('Ctrl+S'))
  @file_save.shortcut = @file_save_keyseq
  @file_save.statusTip = tr('Save Current Configuration')
  @file_save.connect(SIGNAL('triggered()')) { on_file_save_config() }

  @file_screenshot = Qt::Action.new(Cosmos.get_icon('screenshot.png'), tr('Screensho&t'), self)
  @file_screenshot.statusTip = tr('Screenshot of Application')
  @file_screenshot.connect(SIGNAL('triggered()')) { on_file_screenshot() }

  # Tab Menu Actions
  @tab_add = Qt::Action.new(Cosmos.get_icon('add_tab.png'), tr('&Add Tab'), self)
  @tab_add.statusTip = tr('Add New Tab')
  @tab_add.connect(SIGNAL('triggered()')) { on_tab_add() }

  @tab_delete = Qt::Action.new(Cosmos.get_icon('delete_tab.png'), tr('&Delete Tab'), self)
  @tab_delete.statusTip = tr('Delete Active Tab')
  @tab_delete.connect(SIGNAL('triggered()')) { on_tab_delete() }

  @tab_edit = Qt::Action.new(Cosmos.get_icon('edit_tab.png'), tr('&Edit Tab'), self)
  @tab_edit.statusTip = tr('Edit Active Tab')
  @tab_edit.connect(SIGNAL('triggered()')) { on_tab_edit() }

  @tab_screenshot = Qt::Action.new(Cosmos.get_icon('screenshot.png'), tr('&Screenshot Tab'), self)
  @tab_screenshot.statusTip = tr('Screenshot of Active Tab')
  @tab_screenshot.connect(SIGNAL('triggered()')) { on_tab_screenshot() }

  @tab_export = Qt::Action.new(tr('E&xport Tab Data Objects'), self)
  @tab_export.statusTip = tr('Export Tab Data Object(s)')
  @tab_export.connect(SIGNAL('triggered()')) { on_tab_export() }

  @tab_reset = Qt::Action.new(tr('&Reset Tab Data Objects'), self)
  @tab_reset.statusTip = tr('Reset Tab Data Object(s)')
  @tab_reset.connect(SIGNAL('triggered()')) { on_tab_reset() }

  # Plot Menu Actions
  @plot_add = Qt::Action.new(Cosmos.get_icon('add_plot.png'), tr('&Add Plot'), self)
  @plot_add.statusTip = tr('Add New Plot')
  @plot_add.connect(SIGNAL('triggered()')) { on_plot_add() }

  @plot_delete = Qt::Action.new(Cosmos.get_icon('delete_plot.png'), tr('&Delete Plot'), self)
  @plot_delete.statusTip = tr('Delete Selected Plot')
  @plot_delete.connect(SIGNAL('triggered()')) { on_plot_delete() }

  @plot_edit = Qt::Action.new(Cosmos.get_icon('edit_plot.png'), tr('&Edit Plot'), self)
  @plot_edit.statusTip = tr('Edit Selected Plot')
  @plot_edit.connect(SIGNAL('triggered()')) { on_plot_edit() }

  @plot_screenshot = Qt::Action.new(Cosmos.get_icon('screenshot.png'), tr('&Screenshot Plot'), self)
  @plot_screenshot.statusTip = tr('Screenshot Selected Plot')
  @plot_screenshot.connect(SIGNAL('triggered()')) { on_plot_screenshot() }

  @plot_add_data = Qt::Action.new(Cosmos.get_icon('add_database.png'), tr('Add Data &Object'), self)
  @plot_add_data.statusTip = tr('Add Data Object')
  @plot_add_data.connect(SIGNAL('triggered()')) { on_data_object_add() }

  @plot_edit_data = Qt::Action.new(Cosmos.get_icon('edit_database.png'), tr('Edit &Plot Data Objects'), self)
  @plot_edit_data.statusTip = tr('Edit Plot Data Object(s)')
  @plot_edit_data.connect(SIGNAL('triggered()')) { on_plot_data_object_edit() }

  @plot_export = Qt::Action.new(tr('E&xport Plot Data Objects'), self)
  @plot_export.statusTip = tr('Export Plot Data Object(s)')
  @plot_export.connect(SIGNAL('triggered()')) { on_plot_export() }

  @plot_reset = Qt::Action.new(tr('&Reset Plot Data Objects'), self)
  @plot_reset.statusTip = tr('Reset Plot Data Object(s)')
  @plot_reset.connect(SIGNAL('triggered()')) { on_plot_reset() }

  # Data Object Menu
  @data_add = Qt::Action.new(Cosmos.get_icon('add_database.png'), tr('&Add Data Object'), self)
  @data_add.statusTip = tr('Add Data Object')
  @data_add.connect(SIGNAL('triggered()')) { on_data_object_add() }

  @data_delete = Qt::Action.new(Cosmos.get_icon('delete_database.png'), tr('&Delete Data Object'), self)
  @data_delete.statusTip = tr('Delete Selected Data Object(s)')
  @data_delete.connect(SIGNAL('triggered()')) { on_data_object_delete() }

  @data_edit = Qt::Action.new(Cosmos.get_icon('edit_database.png'), tr('&Edit Data Object'), self)
  @data_edit.statusTip = tr('Edit Selected Data Object(s)')
  @data_edit.connect(SIGNAL('triggered()')) { on_data_object_edit() }

  @data_duplicate = Qt::Action.new(tr('Du&plicate Data Object'), self)
  @data_duplicate.statusTip = tr('Duplicate Selected Data Object(s)')
  @data_duplicate.connect(SIGNAL('triggered()')) { on_data_object_duplicate() }

  @data_export = Qt::Action.new(tr('E&xport Data Object'), self)
  @data_export.statusTip = tr('Export Selected Data Object(s)')
  @data_export.connect(SIGNAL('triggered()')) { on_data_object_export() }

  @data_export_all = Qt::Action.new(tr('Expor&t All Data Objects'), self)
  @data_export_all.statusTip = tr('Export All Data Objects')
  @data_export_all.connect(SIGNAL('triggered()')) { on_data_object_export_all() }

  @data_reset = Qt::Action.new(tr('&Reset Data Object'), self)
  @data_reset.statusTip = tr('Reset Selected Data Object(s)')
  @data_reset.connect(SIGNAL('triggered()')) { on_data_object_reset() }

  @data_reset_all = Qt::Action.new(tr('Re&set All Data Objects'), self)
  @data_reset_all.statusTip = tr('Reset All Data Objects')
  @data_reset_all.connect(SIGNAL('triggered()')) { on_data_object_reset_all() }
end

#initialize_central_widget ⇒ Object 



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# File 'lib/cosmos/tools/tlm_grapher/tabbed_plots_tool/tabbed_plots_tool.rb', line 254

def initialize_central_widget
  # Create a splitter to break application into to halves
  @splitter = Qt::Splitter.new(Qt::Horizontal, central_widget)
  setCentralWidget(@splitter)

  # Create a Vertical Frame for the left contents
  @left_widget = Qt::Widget.new(self)
  @left_frame = Qt::VBoxLayout.new
  @left_widget.setLayout(@left_frame)
  @splitter.addWidget(@left_widget)

  # Create a Vertical Frame for the right contents
  @right_widget = Qt::Widget.new(self)
  @right_frame = Qt::VBoxLayout.new
  @right_widget.setLayout(@right_frame)
  @splitter.addWidget(@right_widget)
  @splitter.setStretchFactor(0,0) # Set the left side stretch factor to 0
  @splitter.setStretchFactor(1,1) # Set the right side stretch factor to 1 to give it priority for space

  # Realtime Button Bar
  @realtime_button_bar = RealtimeButtonBar.new(self, Qt::Vertical)
  @realtime_button_bar.start_callback = method(:handle_start)
  @realtime_button_bar.pause_callback = method(:handle_pause)
  @realtime_button_bar.stop_callback = method(:handle_stop)
  @realtime_button_bar.state = 'Stopped'
  @left_frame.addWidget(@realtime_button_bar)

  # Separator after RBB
  @sep = Qt::Frame.new
  @sep.setFrameStyle(Qt::Frame::HLine | Qt::Frame::Sunken)
  @left_frame.addWidget(@sep)
end

#initialize_menus(options) ⇒ Object 



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# File 'lib/cosmos/tools/tlm_grapher/tabbed_plots_tool/tabbed_plots_tool.rb', line 202

def initialize_menus(options)
  # File Menu
  @file_menu = menuBar.addMenu(tr('&File'))
  @file_menu.addAction(@file_process)
  @file_menu.addSeparator()
  @file_menu.addAction(@file_load)
  @file_menu.addAction(@file_save)
  @file_menu.addSeparator()
  @file_menu.addAction(@file_screenshot)
  @file_menu.addSeparator()
  @file_menu.addAction(@exit_action)

  @tab_menu = menuBar.addMenu(tr('&Tab'))
  @tab_menu.addAction(@tab_add)
  @tab_menu.addAction(@tab_delete)
  @tab_menu.addAction(@tab_edit)
  @tab_menu.addSeparator()
  @tab_menu.addAction(@tab_screenshot)
  @tab_menu.addAction(@tab_export)
  @tab_menu.addSeparator()
  @tab_menu.addAction(@tab_reset)

  @plot_menu = menuBar.addMenu(tr('&Plot'))
  @plot_menu.addAction(@plot_add)
  @plot_menu.addAction(@plot_delete)
  @plot_menu.addAction(@plot_edit)
  @plot_menu.addSeparator()
  @plot_menu.addAction(@plot_add_data)
  @plot_menu.addAction(@plot_edit_data)
  @plot_menu.addSeparator()
  @plot_menu.addAction(@plot_screenshot)
  @plot_menu.addAction(@plot_export)
  @plot_menu.addSeparator()
  @plot_menu.addAction(@plot_reset)

  @data_menu = menuBar.addMenu(tr('&Data Object'))
  @data_menu.addAction(@data_add)
  @data_menu.addAction(@data_delete)
  @data_menu.addAction(@data_edit)
  @data_menu.addSeparator()
  @data_menu.addAction(@data_duplicate)
  @data_menu.addAction(@data_export)
  @data_menu.addAction(@data_export_all)
  @data_menu.addSeparator()
  @data_menu.addAction(@data_reset)
  @data_menu.addAction(@data_reset_all)

  # Help Menu
  @about_string = options.about_string
  initialize_help_menu()
end