Package tacval :: Package managers :: Module extraction_line_manager :: Class ExtractionLineManager

Class ExtractionLineManager

                    enthought.traits.api.HasTraits --+    
                                                     |    
base_extraction_line_manager.BaseExtractionLineManager --+
                                                         |
                                                        ExtractionLineManager

Manager for interacting with the extraction line contains 2 interaction canvases, 2D and 3D contains reference to valve manager, gauge manager and laser manager

Class Hierarchy for ExtractionLineManager

Instance Methods

[hide private]

tacval_window_interactor_state_changed(self, state)
handler for interactor state changes simple updates the 3D canvas' interactor state

source code

tacval_window_tool_state_changed(self, state)
handler for tool state changes simple updates the 3D canvas' tool state

source code

heat(self, args)
send a heat command to the laser manager

source code

float

get_pressure(self, index)
get the pressure from the gauge manager

source code

get_state(self, name)

source code

open_valve_by_name(self, name, actuate=True)
open a valve by name if actuate is true a command is send to the valve manager to open otherwise the only state of the valve is updated in the canvases

source code

close_valve_by_name(self, name, actuate=True)
close a valve by name if actuate is true a command is send to the valve manager to close otherwise the only state of the valve is updated in the canvases

source code

laser_on(self)
set laser state to on

source code

laser_off(self)
set laser state to off

source code

identify_valve_by_name(self, name)
identify the valve in the 3D canvas

source code

update_2D(self, component3D, action)
update the 2D canvas when changes are made to the 3D canvas

source code

update_3D(self, component2D, action)
update the 3D canvas when changes are made to the 2D canvas

source code

View

traits_view(self)
default view for this object

source code

_touch_canvas3D_factory(self, window, editor)
factory method for the 3d canvas

source code

ExtractionLineCanvas2D

_touch_canvas2D_default(self)
default 2D canvas

source code

Inherited from base_extraction_line_manager.BaseExtractionLineManager

__init__(self, *args, **kw)

source code

boolean

kill(self)
Returns: True to confirm kill, False to cancel

source code

Class Variables

[hide private]

touch_canvas2D = Instance(ExtractionLineCanvas2D)

touch_canvas3D = Instance(ExtractionLineCanvas3D)

valve_manager = Instance(ValveManager)

laser_manager = Instance(LaserManager)

gauge_manager = Instance(GaugeManager)

twod_canvas = Bool(False)

Inherited from base_extraction_line_manager.BaseExtractionLineManager

extraction_line = Any

Method Details

[hide private]

tacval_window_interactor_state_changed(self, state)

source code

handler for interactor state changes simple updates the 3D canvas' interactor state

Parameters:

state (boolean) - the current interactor state value

tacval_window_tool_state_changed(self, state)

source code

handler for tool state changes simple updates the 3D canvas' tool state

Parameters:

state (boolean) - the current tool state value

heat(self, args)

source code

send a heat command to the laser manager

Parameters:

args (tuple) - (list, condition) list = power, duration, ramp rate

get_pressure(self, index)

source code

get the pressure from the gauge manager

Parameters:

index (int) - index of the gauge in gauge managers gauge list

Returns: float

pressure (default units torr)

open_valve_by_name(self, name, actuate=True)

source code

open a valve by name if actuate is true a command is send to the valve manager to open otherwise the only state of the valve is updated in the canvases

Parameters:

name (str) - name of the valve
actuate (boolean) - True to actuate, False only to update the canvas

close_valve_by_name(self, name, actuate=True)

source code

close a valve by name if actuate is true a command is send to the valve manager to close otherwise the only state of the valve is updated in the canvases

Parameters: