class openalea.oalab.control.widget.AbstractControlWidget

Bases: openalea.grapheditor.observer.AbstractListener

Use this class to create a new user control. For Qt control, you may prefer AbstractQtControlWidget or OpenAleaControlWidget

apply(control)

autoapply(control, auto=True)

autoread(control, auto=True)

notify(sender, event)

read(control)

reset(value=None, *kargs)

set(control, autoread=True, autoapply=True)

setValue(value)

value()

class openalea.oalab.control.widget.AbstractQtControlWidget

Bases: openalea.oalab.control.widget.AbstractControlWidget

Use this class if you want to create a Qt control widget from a classic Qt widget.

A classic Qt widget is a widget with:

• a method to get widget value (like value(), text(), isChecked(), ...)
• a method to set widget value (like setValue(value), setText(text), ...)
• a signal emit when value changes (valueChanged, toggled, ...)

To Create you control widget, just define, if not exists:

• reset(value, **constraints)
• setValue(value)
• value(interface=None)

You must also define in __init__, what signal you want to use to track data changes:

autoapply(control, auto=True)

reset(value=None, *kargs)

setValue(value)

value()

class openalea.oalab.control.widget.OpenAleaControlWidget

Bases: openalea.oalab.control.widget.AbstractControlWidget

Use this class if you want to create a Qt control widget from a visualea Node/Interface widget.

autoapply(control, auto=True)

classmethod get_label(node, parameter_str)

get_state()

get_value()

internal_data()

return a dict: minimal

read(control)

reset(value=None, *kargs, **kwds)

setValue(value)

set_value(newval)

unvalidate()

Method called when data changes. We use this method to auto apply change if mode is enabled.

value(interface=None)