private void SetupAxisGesture(AxisGesture ag, Panel panel)
{
VirtualController.Axis
stick = Util.StickFromGesture(ag),
axis = Util.AxisFromGesture(ag);
bool pos = Util.PoleFromGesture(ag);
SlotShape shape = SlotShape.Rounded;
if (panel.Tag is string)
{
try {
shape = (SlotShape)Enum.Parse(typeof(SlotShape), panel.Tag as string);
} catch (FormatException) { }
}
AxisActions.Gestures axisGesture = pos ? AxisActions.Gestures.Positive : AxisActions.Gestures.Negative;
RegisterOverlay(axis, pos, panel.Bounds, panel.BackColor, shape);
panel.Hide();
panel.Tag = ag;
}
private void SetupAxisGesture(AxisGesture ag)
{
string name = "";
TreeNode root = null;
VirtualController.Axis
stick = Util.StickFromGesture(ag),
axis = Util.AxisFromGesture(ag);
bool pos = Util.PoleFromGesture(ag);
AxisActions.Gestures axisGesture = pos ? AxisActions.Gestures.Positive : AxisActions.Gestures.Negative;
EventHandler press = delegate(object sender, EventArgs e)
{
padView.SetOverlay(axis, pos, true);
if (padView.AutoSelectInput)
{
string idx = Util.GetAxisGestureID(axis, axisGesture);
var node = buttonMapNodes[idx];
currentMappings.SelectedNode = node;
if (node != null)
{
node.Expand();
}
}
};
EventHandler release = delegate(object sender, EventArgs e)
{
padView.SetOverlay(axis, pos, false);
};
switch (ag)
{
case AxisGesture.LeftXNeg:
controller.Virtual.LeftXAxis.NegativePress += press;
controller.Virtual.LeftXAxis.NegativeRelease += release;
break;
case AxisGesture.LeftXPos:
controller.Virtual.LeftXAxis.PositivePress += press;
controller.Virtual.LeftXAxis.PositiveRelease += release;
break;
case AxisGesture.LeftYNeg:
controller.Virtual.LeftYAxis.NegativePress += press;
controller.Virtual.LeftYAxis.NegativeRelease += release;
break;
case AxisGesture.LeftYPos:
controller.Virtual.LeftYAxis.PositivePress += press;
controller.Virtual.LeftYAxis.PositiveRelease += release;
break;
case AxisGesture.RightXNeg:
controller.Virtual.RightXAxis.NegativePress += press;
controller.Virtual.RightXAxis.NegativeRelease += release;
break;
case AxisGesture.RightXPos:
controller.Virtual.RightXAxis.PositivePress += press;
controller.Virtual.RightXAxis.PositiveRelease += release;
break;
case AxisGesture.RightYNeg:
controller.Virtual.RightYAxis.NegativePress += press;
controller.Virtual.RightYAxis.NegativeRelease += release;
break;
case AxisGesture.RightYPos:
controller.Virtual.RightYAxis.PositivePress += press;
controller.Virtual.RightYAxis.PositiveRelease += release;
break;
case AxisGesture.DigitalXNeg:
controller.Virtual.DigitalXAxis.NegativePress += press;
controller.Virtual.DigitalXAxis.NegativeRelease += release;
break;
case AxisGesture.DigitalXPos:
controller.Virtual.DigitalXAxis.PositivePress += press;
controller.Virtual.DigitalXAxis.PositiveRelease += release;
break;
case AxisGesture.DigitalYNeg:
controller.Virtual.DigitalYAxis.NegativePress += press;
controller.Virtual.DigitalYAxis.NegativeRelease += release;
break;
case AxisGesture.DigitalYPos:
controller.Virtual.DigitalYAxis.PositivePress += press;
controller.Virtual.DigitalYAxis.PositiveRelease += release;
break;
case AxisGesture.TriggerNeg:
controller.Virtual.Trigger.NegativePress += press;
controller.Virtual.Trigger.NegativeRelease += release;
break;
case AxisGesture.TriggerPos:
controller.Virtual.Trigger.PositivePress += press;
controller.Virtual.Trigger.PositiveRelease += release;
break;
}
if (stick == VirtualController.Axis.RightX)
{
if (axisPortNodes.ContainsKey(stick))
{
root = axisPortNodes[stick];
}
else
{
root = axisPortNodes[stick] = buttonMapNodes["right-analog"] = currentMappings.Nodes.Add("Right Analog");
buttonMapNodes["right-analog/analog"] = root.Nodes.Add("Analog");
}
}
else if (stick == VirtualController.Axis.LeftX)
{
if (axisPortNodes.ContainsKey(stick))
{
root = axisPortNodes[stick];
}
else
{
root = axisPortNodes[stick] = buttonMapNodes["left-analog"] = currentMappings.Nodes.Add("Left Analog");
buttonMapNodes["left-analog/analog"] = root.Nodes.Add("Analog");
}
}
else if (stick == VirtualController.Axis.DigitalX)
{
if (axisPortNodes.ContainsKey(stick))
{
root = axisPortNodes[stick];
}
else
{
root = axisPortNodes[stick] = buttonMapNodes["digital"] = currentMappings.Nodes.Add("Digital Pad");
buttonMapNodes["digital/analog"] = root.Nodes.Add("Raw"); // Hardee har!
}
}
else if (stick == VirtualController.Axis.Trigger)
{
if (axisPortNodes.ContainsKey(stick))
{
root = axisPortNodes[stick];
}
else
{
root = axisPortNodes[stick] = buttonMapNodes["trigger"] = currentMappings.Nodes.Add("Trigger");
buttonMapNodes["trigger/analog"] = root.Nodes.Add("Analog");
}
}
switch (ag)
{
case AxisGesture.LeftXNeg:
case AxisGesture.RightXNeg:
case AxisGesture.DigitalXNeg:
case AxisGesture.TriggerPos:
name = "Left";
break;
case AxisGesture.LeftXPos:
case AxisGesture.RightXPos:
case AxisGesture.DigitalXPos:
case AxisGesture.TriggerNeg:
name = "Right";
break;
case AxisGesture.LeftYNeg:
case AxisGesture.RightYNeg:
case AxisGesture.DigitalYNeg:
name = "Up";
break;
case AxisGesture.LeftYPos:
case AxisGesture.RightYPos:
case AxisGesture.DigitalYPos:
name = "Down";
break;
}
var n = root.Nodes.Add(name.ToString());
buttonMapNodes[Util.GetAxisGestureID(axis, axisGesture)] = n;
buttonMapNodes[Util.GetAxisGestureID(axis, axisGesture) + "/link"] = n.Nodes.Add("Link");
buttonMapNodes[Util.GetAxisGestureID(axis, axisGesture) + "/tap"] = n.Nodes.Add("Tap");
buttonMapNodes[Util.GetAxisGestureID(axis, axisGesture) + "/dtap"] = n.Nodes.Add("Double Tap");
buttonMapNodes[Util.GetAxisGestureID(axis, axisGesture) + "/hold"] = n.Nodes.Add("Hold");
}