public CapturedInput(VirtualController.Axis axis, bool isPos, ButtonActions.Gesture gesture)
{
IsAxisGesture = true;
Axis = axis;
IsPositive = isPos;
ButtonGesture = gesture;
}
void AddDirectionNode(TreeNode root, Controller cc, VirtualController.Axis axis, bool pos, string name)
{
var cap = new CapturedInput(axis, false);
var n = root.Nodes.Add(name);
n.Tag = new SlotNodeTag { cc = cc, slot = cap };
if (IncludeGestures) AddGestureNodes(n, cc, cap);
}
public SlotOverlay FindOverlay(VirtualController.Axis a, bool isPos)
{
foreach (var o in slotOverlays) {
if (!o.IsAxisGesture) continue;
if (o.Axis == a && o.IsPositive == isPos) return o;
}
return null;
}
public SlotOverlay FindOverlay(VirtualController.Button b)
{
foreach (var o in slotOverlays) {
if (o.IsAxisGesture) continue;
if (o.Button == b) return o;
}
return null;
}
public AxisAction(VirtualController vc, Axis a)
{
if (vc == null)
{
throw new ArgumentNullException("vc");
}
Controller = vc;
Axis = a;
AcceptAnalog = true;
}
public ButtonAction(VirtualController vc, Button b)
{
if (vc == null)
{
throw new ArgumentNullException("vc");
}
Controller = vc;
Button = b;
AcceptAnalog = true;
}
public static void Map(PadTieForm form, VirtualController vc, CapturedInput slot, InputAction action)
{
if (slot.IsAxisGesture) {
form.MapAxisGesture(vc,
slot.Axis,
slot.IsPositive ? AxisActions.Gestures.Positive : AxisActions.Gestures.Negative,
slot.ButtonGesture,
action);
} else {
var gesture = slot.ButtonGesture;
form.MapButton(vc, slot.Button, gesture, action);
}
}
public SlotOverlay(VirtualController.Button b, Rectangle m, Color c, SlotShape shape)
: base(b)
{
Metrics = m;
Color = c;
Shape = shape;
}
public SlotOverlay(VirtualController.Axis a, bool isPos, Rectangle m, Color c, SlotShape shape)
: base(a, isPos)
{
Metrics = m;
Color = c;
Shape = shape;
}
public void SetOverlay(VirtualController.Axis a, bool isPos, bool visible)
{
var o = FindOverlay(a, isPos);
if (o != null)
o.Visible = visible;
else
Console.WriteLine("Error: could not find overlay for axis gesture " + a + "/" + (isPos ? "Pos" : "Neg"));
Render();
}
private void SetupButton(VirtualController.Button button, Panel panel)
{
string name = button.ToString();
SlotShape shape = SlotShape.Rounded;
if (panel.Tag is string) try {
shape = (SlotShape)Enum.Parse(typeof(SlotShape), panel.Tag as string);
} catch (FormatException) { }
RegisterOverlay(button, panel.Bounds, panel.BackColor, shape);
panel.Tag = button;
panel.Hide();
}
public CapturedInput(VirtualController.Button button)
{
Button = button;
}
public void SetOverlay(VirtualController.Button b, bool visible)
{
var o = FindOverlay(b);
if (o != null)
o.Visible = visible;
else
Console.WriteLine("Error: could not find overlay for button " + b);
Render();
}
public CapturedInput(VirtualController.Button button, ButtonActions.Gesture gesture)
{
Button = button;
ButtonGesture = gesture;
}
public AxisAction(VirtualController vc, Axis a)
{
if (vc == null) throw new ArgumentNullException("vc");
Controller = vc;
Axis = a;
AcceptAnalog = true;
}
public CapturedInput(VirtualController.Axis axis, bool isPos)
: this(axis, isPos, ButtonActions.Gesture.Link)
{
}
public ButtonOptionItem(VirtualController.Button b)
{
Button = b;
Name = Util.GetButtonDisplayName(b);
}
private void Analog(object sender, VirtualController.AxisEventArgs e)
{
}
private void Active(object sender, VirtualController.ButtonEventArgs e)
{
}
static void Main(string[] args)
{
Console.WriteLine("Initializing PadTie...");
var core = new InputCore(IntPtr.Zero);
if (core.Controllers.Count == 0) {
Console.WriteLine("No gamepads detected.");
} else {
var vc = new VirtualController(core);
var pad = core.Controllers[0];
pad.Axes[0].Analog = new VirtualController.AxisAction(vc, VirtualController.Axis.LeftX);
pad.Axes[1].Analog = new VirtualController.AxisAction(vc, VirtualController.Axis.LeftX);
pad.Axes[2].Analog = new VirtualController.AxisAction(vc, VirtualController.Axis.RightX);
pad.Axes[3].Analog = new VirtualController.AxisAction(vc, VirtualController.Axis.RightY);
// Face buttons
pad.Buttons[0].Raw = new VirtualController.ButtonAction(vc, VirtualController.Button.X);
pad.Buttons[1].Raw = new VirtualController.ButtonAction(vc, VirtualController.Button.A);
pad.Buttons[2].Raw = new VirtualController.ButtonAction(vc, VirtualController.Button.B);
pad.Buttons[3].Raw = new VirtualController.ButtonAction(vc, VirtualController.Button.Y);
// Shoulder buttons
pad.Buttons[4].Raw = new VirtualController.ButtonAction(vc, VirtualController.Button.Bl);
pad.Buttons[5].Raw = new VirtualController.ButtonAction(vc, VirtualController.Button.Br);
pad.Buttons[6].Raw = new VirtualController.ButtonAction(vc, VirtualController.Button.Tl);
pad.Buttons[7].Raw = new VirtualController.ButtonAction(vc, VirtualController.Button.Tr);
pad.Buttons[8].Raw = new VirtualController.ButtonAction(vc, VirtualController.Button.Back);
pad.Buttons[9].Raw = new VirtualController.ButtonAction(vc, VirtualController.Button.Start);
pad.Buttons[10].Raw = new VirtualController.ButtonAction(vc, VirtualController.Button.LeftAnalog);
pad.Buttons[11].Raw = new VirtualController.ButtonAction(vc, VirtualController.Button.RightAnalog);
/// *************** Real mapping (to virtual controller) **************** ///
vc.LeftXAxis.Positive.Link = new KeyAction(User32InputHook.VK.VK_RIGHT);
vc.LeftXAxis.Negative.Link = new KeyAction(User32InputHook.VK.VK_LEFT);
vc.LeftYAxis.Positive.Link = new KeyAction(User32InputHook.VK.VK_DOWN);
vc.LeftYAxis.Negative.Link = new KeyAction(User32InputHook.VK.VK_UP);
vc.LeftXAxis.Positive.Link = new KeyAction('d');
vc.LeftXAxis.Negative.Link = new KeyAction('a');
vc.LeftYAxis.Positive.Link = new KeyAction('s');
vc.LeftYAxis.Negative.Link = new KeyAction('w');
vc.RightXAxis.Positive.Link = new MousePointerAction(core, 20, 0 );
vc.RightXAxis.Negative.Link = new MousePointerAction(core, -20, 0);
vc.RightYAxis.Positive.Link = new MousePointerAction(core, 0, 20);
vc.RightYAxis.Negative.Link = new MousePointerAction(core, 0, -20);
vc.Br.Link = new MouseButtonAction(core, MouseButtonAction.Buttons.Left);
vc.Tr.Link = new MouseButtonAction(core, MouseButtonAction.Buttons.Right);
vc.X.Link = new KeyAction(User32InputHook.VK.VK_SPACE);
vc.A.Link = new KeyAction('e');
vc.Bl.Link = new MouseWheelAction(core, 26, true);
vc.Tl.Link = new MouseWheelAction(core, -26, true);
vc.Start.Link = new KeyAction(User32InputHook.VK.VK_RETURN);
vc.Back.Link = new KeyAction(User32InputHook.VK.VK_ESCAPE);
vc.Back.Hold = new KeyAction(User32InputHook.VK.VK_TAB, User32InputHook.VK.VK_MENU);
Console.WriteLine("Press keys...");
while (true) {
core.RunIteration();
Thread.Sleep(0);
}
}
Console.WriteLine("Press enter to exit.");
Console.ReadLine();
}
public ButtonActions GetSlot(VirtualController c)
{
if (IsAxisGesture)
return c.GetAxis(Axis).GetPole(AxisGesture);
else
return c.GetButton(Button);
}
public ButtonActionsConfig GetButton(VirtualController.Button button)
{
switch (button) {
case VirtualController.Button.A: return this.A;
case VirtualController.Button.B: return this.B;
case VirtualController.Button.X: return this.X;
case VirtualController.Button.Y: return this.Y;
case VirtualController.Button.Bl: return this.Bl;
case VirtualController.Button.Br: return this.Br;
case VirtualController.Button.Tl: return this.Tl;
case VirtualController.Button.Tr: return this.Tr;
case VirtualController.Button.Start: return this.Start;
case VirtualController.Button.Back: return this.Back;
case VirtualController.Button.System: return this.System;
case VirtualController.Button.LeftAnalog: return this.LeftAnalogButton;
case VirtualController.Button.RightAnalog: return this.RightAnalogButton;
}
return null;
}
private void Press(object sender, VirtualController.ButtonEventArgs e)
{
padView.SetOverlay(e.Button, true);
if (padView.AutoSelectInput) {
var node = buttonMapNodes[e.Button.ToString() + "/link"];
currentMappings.SelectedNode = node;
//currentMappings_AfterSelect(this, EventArgs.Empty);
if (node != null) {
node.Expand();
}
}
}
public ButtonAction(VirtualController vc, Button b)
{
if (vc == null)
throw new ArgumentNullException("vc");
Controller = vc;
Button = b;
AcceptAnalog = true;
}
public AxisOptionItem(VirtualController.Axis a)
{
Axis = a;
Name = Util.GetAxisDisplayName(a);
}
private void Release(object sender, VirtualController.ButtonEventArgs e)
{
padView.SetOverlay(e.Button, false);
}
void AddStickDirections(TreeNode root, Controller cc, VirtualController.Axis stick)
{
string prefix = stick.ToString();
prefix = prefix.Substring (0, prefix.Length - 1);
var y = Util.ParseEnum<VirtualController.Axis>(prefix + "Y");
var x = stick;
AddDirectionNode(root, cc, x, false, "Left");
AddDirectionNode(root, cc, x, true, "Right");
AddDirectionNode(root, cc, y, false, "Up");
AddDirectionNode(root, cc, y, true, "Down");
}
private void SetupButton(VirtualController.Button button)
{
string name = button.ToString();
if (button == VirtualController.Button.Bl) name = "Left Bumper";
else if (button == VirtualController.Button.Br) name = "Right Bumper";
else if (button == VirtualController.Button.Tl) name = "Left Trigger";
else if (button == VirtualController.Button.Tr) name = "Right Trigger";
TreeNode n;
if (button == VirtualController.Button.LeftAnalog) {
TreeNode root;
if (axisPortNodes.ContainsKey(VirtualController.Axis.LeftX)) {
root = axisPortNodes[VirtualController.Axis.LeftX];
} else {
root = axisPortNodes[VirtualController.Axis.LeftX] =
buttonMapNodes["left-analog"] = currentMappings.Nodes.Add("Left Analog");
}
buttonMapNodes["left-analog/button"] = n = root.Nodes.Add("Push");
} else if (button == VirtualController.Button.RightAnalog) {
TreeNode root;
if (axisPortNodes.ContainsKey(VirtualController.Axis.RightX)) {
root = axisPortNodes[VirtualController.Axis.RightX];
} else {
root = axisPortNodes[VirtualController.Axis.RightX] =
buttonMapNodes["right-analog"] = currentMappings.Nodes.Add("Right Analog");
}
buttonMapNodes["right-analog/button"] = n = root.Nodes.Add("Push");
} else {
n = currentMappings.Nodes.Add(name);
}
buttonMapNodes[button.ToString()] = n;
buttonMapNodes[button.ToString() + "/link"] = n.Nodes.Add("Link");
buttonMapNodes[button.ToString() + "/tap"] = n.Nodes.Add("Tap");
buttonMapNodes[button.ToString() + "/dtap"] = n.Nodes.Add("Double Tap");
buttonMapNodes[button.ToString() + "/hold"] = n.Nodes.Add("Hold");
}
public AxisActionsConfig GetAxisGesture(VirtualController.Axis axis, bool pos)
{
switch (axis) {
case VirtualController.Axis.LeftX:
if (pos)
return LeftAnalogRight;
else
return LeftAnalogLeft;
case VirtualController.Axis.LeftY:
if (pos)
return LeftAnalogDown;
else
return LeftAnalogUp;
case VirtualController.Axis.RightX:
if (pos)
return RightAnalogRight;
else
return RightAnalogLeft;
case VirtualController.Axis.RightY:
if (pos)
return RightAnalogDown;
else
return RightAnalogUp;
case VirtualController.Axis.DigitalX:
if (pos)
return DigitalRight;
else
return DigitalLeft;
case VirtualController.Axis.DigitalY:
if (pos)
return DigitalDown;
else
return DigitalUp;
case VirtualController.Axis.Trigger:
if (pos)
return LeftAnalogRight;
else
return LeftAnalogLeft;
}
return null;
}
public void RegisterOverlay(VirtualController.Button b, Rectangle m, Color c, SlotShape shape)
{
slotOverlays.Add(new SlotOverlay(b, m, c, shape));
}
public void RegisterOverlay(VirtualController.Axis a, bool isPos, Rectangle m, Color c, SlotShape shape)
{
slotOverlays.Add(new SlotOverlay(a, isPos, m, c, shape));
}
public ButtonSpot(VirtualController.Button button, int x, int y)
{
Button = button;
X = x;
Y = y;
}
