protected void OnSelectorChanged(object sender, SelectorChangedEventArgs args)
{
var d = sender as DigitalDisplay;
var ic = IndividualControl.Empty;
ic.Group = card;
ic.Individual = Driver.DigitalInput.GetChannelIndex(card, d.label.text);
bool oldState = Driver.DigitalInput.GetChannelValue(ic);
bool newState = args.currentSelectedIndex == 1;
if (!oldState && newState)
{
Driver.DigitalInput.SetChannelValue(ic, true);
d.textBox.textColor = "pri";
d.textBox.text = "Closed";
}
else if (oldState && !newState)
{
Driver.DigitalInput.SetChannelValue(ic, false);
d.textBox.textColor = "seca";
d.textBox.text = "Open";
}
d.QueueDraw();
}
protected void OnSelectorChange(object sender, SelectorChangedEventArgs args)
{
if (StateSelectedChangedEvent != null)
{
StateSelectedChangedEvent(this, args);
}
else
{
throw new NotImplementedException("State selector changed not implemented");
}
}
protected void OnDimmingModeSelectorChanged(object sender, SelectorChangedEventArgs args)
{
if (args.currentSelectedIndex == 0)
{
Devices.Lighting.SetDimmingMode(fixtureName, Mode.Manual);
var ic = Devices.Lighting.GetGadgetChannel(fixtureName);
Driver.Power.SetChannelMode(ic, Mode.Manual);
dimmingProgressBar.enableTouch = true;
requestedTextBox.Visible = true;
requestedTextBox.text = string.Format("{0:N2}", Devices.Lighting.GetRequestedDimmingLevel(fixtureName));
autoTextBox.Visible = true;
autoLabel.Visible = true;
dimmingIsManual = true;
autoTextBox.text = string.Format("{0:N2}", Devices.Lighting.GetAutoDimmingLevel(fixtureName));
if (Driver.Power.GetChannelValue(ic))
{
outletSelectorSwitch.currentSelected = 0;
}
else
{
outletSelectorSwitch.currentSelected = 2;
}
outletSelectorSwitch.QueueDraw();
}
else
{
Devices.Lighting.SetDimmingMode(fixtureName, Mode.Auto);
Driver.Power.SetChannelMode(Devices.Lighting.GetGadgetChannel(fixtureName), Mode.Auto);
dimmingProgressBar.enableTouch = false;
requestedTextBox.Visible = false;
autoTextBox.Visible = false;
autoLabel.Visible = false;
dimmingIsManual = false;
outletSelectorSwitch.currentSelected = 1;
outletSelectorSwitch.QueueDraw();
}
dimmingProgressBar.QueueDraw();
autoTextBox.QueueDraw();
autoLabel.QueueDraw();
}
protected void OnOutletControlSelectorChanged(object sender, SelectorChangedEventArgs args)
{
var ic = Devices.Lighting.GetGadgetChannel(fixtureName);
if (args.currentSelectedIndex == 0) // Manual Off
{
Driver.Power.SetChannelMode(ic, Mode.Manual);
Driver.Power.SetChannelValue(ic, false);
}
else if (args.currentSelectedIndex == 2) // Manual On
{
Driver.Power.SetChannelMode(ic, Mode.Manual);
Driver.Power.SetChannelValue(ic, true);
}
else if (args.currentSelectedIndex == 1)
{
Driver.Power.SetChannelMode(ic, Mode.Auto);
}
GetFixtureData();
}
protected void OnSelectorChanged(object sender, SelectorChangedEventArgs e)
{
var ss = sender as TouchSelectorSwitch;
var ic = IndividualControl.Empty;
ic.Group = powerStripName;
ic.Individual = ss.id;
if (ss.currentSelected == 1) // auto
{
power.SetChannelMode(ic, Mode.Auto);
}
else if (ss.currentSelected == 0) // manual and state off
{
power.SetChannelMode(ic, Mode.Manual);
power.SetChannelValue(ic, false);
}
else if (ss.currentSelected == 2) // manual and state on
{
power.SetChannelMode(ic, Mode.Manual);
power.SetChannelValue(ic, true);
}
}
private void OnSelectorChanged(object obj)
{
SelectorChangedEventArgs args = obj as SelectorChangedEventArgs;
// Need to adjust selected node's position, if it in contact with any other elements on drag complete
if (args.Item is SelectorViewModel && args.NewValue.InteractionState == NodeChangedInteractionState.Dragged)
{
var selectorViewModel = (SelectorViewModel)args.Item;
if (selectorViewModel.Nodes is IEnumerable <object> )
{
var selectedNodes = ((IEnumerable <object>)selectorViewModel.Nodes).ToList();
if (selectedNodes.Count == 1 && selectedNodes[0] is NodeViewModel)
{
var selectedNode = (NodeViewModel)selectedNodes[0];
var collisionState = new CollisionState()
{
Item = selectedNode
};
// Finding overlapping nodes & connectors for the selected node.
var intercepts = ((IGraphInfo)this.Info).GetOverlappingObjects(collisionState);
foreach (var intercept in intercepts)
{
if (intercept is NodeViewModel && (intercept as NodeViewModel).Content.ToString() == "CollisionNode2")
{
var intersectingNode = (NodeViewModel)intercept;
var collisionState1 = new CollisionState()
{
Item = intersectingNode
};
((IGraphInfo)this.Info).GetCollisionFreeLocation(collisionState1);
// Re-arranging CollisionNode's position
intersectingNode.OffsetX = collisionState1.Offset.X;
intersectingNode.OffsetY = collisionState1.Offset.Y;
}
else if ((intercept is NodeViewModel && (intercept as NodeViewModel).Content.ToString() == "CollisionNode1") ||
intercept is ConnectorViewModel)
{
((IGraphInfo)this.Info).GetCollisionFreeLocation(collisionState);
// Re-arranging Drag Object's position
selectedNode.OffsetX = collisionState.Offset.X;
selectedNode.OffsetY = collisionState.Offset.Y;
}
else if (intercept is NodeViewModel && (intercept as NodeViewModel).Content.ToString() == "IgnoreNode")
{
var collisionstate2 = new CollisionState()
{
Item = selectedNode, IgnoreList = new ObservableCollection <object>()
{
intercept
}
};
((IGraphInfo)this.Info).GetCollisionFreeLocation(collisionstate2);
selectedNode.OffsetX = collisionstate2.Offset.X;
selectedNode.OffsetY = collisionstate2.Offset.Y;
}
}
}
}
}
}
