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);
}
}
/// <summary>
/// Clears the player input for a particular color.
/// </summary>
/// <param name="playerColor">Player color to clear input of.</param>
public void ClearRecordedInput(PlayerColor playerColor)
{
switch (playerColor)
{
case PlayerColor.Red:
redInput = null;
break;
case PlayerColor.Green:
greenInput = null;
break;
case PlayerColor.Blue:
blueInput = null;
break;
}
}
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);
}
}
private void ActUsingInput(CapturedInput theInput)
{
// Process horizontal movement
float horizontalMovement = 0f;
if (theInput.getLeft ())
horizontalMovement = -moveSpeed;
else if (theInput.getRight())
horizontalMovement = moveSpeed;
horizontalMovement *= moveSpeed;
GetComponent<Rigidbody2D>().velocity = new Vector2(horizontalMovement,GetComponent<Rigidbody2D>().velocity.y);
// Process jumping
if (theInput.getJump() && groundCheck.IsGrounded())
GetComponent<Rigidbody2D>().AddForce(new Vector2(0f, jumpForce));
// Add platform movement
GetComponent<Rigidbody2D>().velocity += new Vector2(groundCheck.GetMovement().x, 0f);
}
void AddPad(Controller cc)
{
var padNode = options.Nodes.Add("Pad #" + cc.Index);
padNode.Tag = cc;
foreach (var btn in VirtualController.ButtonList)
{
var btnNode = padNode.Nodes.Add(Util.GetButtonDisplayName(btn));
var btnSlot = new CapturedInput(btn);
btnNode.Tag = new SlotNodeTag {
cc = cc, slot = btnSlot
};
if (IncludeGestures)
{
AddGestureNodes(btnNode, cc, btnSlot);
}
}
AddStickNodes(padNode, cc);
}
/// <summary>
/// Adds the player input to this input frame. This replaces already existing input!
/// </summary>
/// <param name="playerColor">Player color to add</param>
/// <param name="recordedInput">Recorded input to add</param>
public void AddPlayerInput(PlayerColor playerColor, CapturedInput capturedInput)
{
switch (playerColor)
{
case PlayerColor.Red:
if (redInput != null)
Debug.LogWarning("Replaced red input where input already existed!");
redInput = capturedInput;
break;
case PlayerColor.Green:
if (greenInput != null)
Debug.LogWarning("Replaced green input where input already existed!");
greenInput = capturedInput;
break;
case PlayerColor.Blue:
if (blueInput != null)
Debug.LogWarning("Replaced blue input where input already existed!");
blueInput = capturedInput;
break;
}
}
void AddGestureNodes(TreeNode root, Controller cc, CapturedInput slot)
{
var n = root.Nodes.Add("Link");
n.Tag = new GestureTag {
cc = cc, slot = slot, g = ButtonActions.Gesture.Link
};
n = root.Nodes.Add("Tap");
n.Tag = new GestureTag {
cc = cc, slot = slot, g = ButtonActions.Gesture.Tap
};
n = root.Nodes.Add("Double Tap");
n.Tag = new GestureTag {
cc = cc, slot = slot, g = ButtonActions.Gesture.DoubleTap
};
n = root.Nodes.Add("Hold");
n.Tag = new GestureTag {
cc = cc, slot = slot, g = ButtonActions.Gesture.Hold
};
}
void Awake()
{
this.resetting = false;
// Set our activate cooldown
this.activateTimer = 0;
// Find our game controller
this.gameController = FindObjectOfType<GameControllerScript>();
int levelCompletionTime = FindObjectOfType<LevelStats>().levelCompletionTime;
// Allocate enough space in the array for recorded input
this.recordedInput = new CapturedInput[levelCompletionTime];
this.groundCheck = GetComponent<GroundCheck>();
this.playerColor = GetComponent<SpriteRenderer>().color;
this.originalPosition = transform.position;
this.currentInput = new CapturedInput();
this.activatorsList = new Hashtable();
this.overwriteLoop = false;
}
public void SetInput(CapturedInput capturedInput)
{
this.currentInput = capturedInput;
}
public void SetInput(CapturedInput slot)
{
slotCapture.SetInput(slot);
}
public CombinedInput(PlayerColor playerColor, CapturedInput capturedInput)
{
this.AddPlayerInput(playerColor, capturedInput);
}
public CombinedInput()
{
redInput = null;
greenInput = null;
blueInput = null;
}
public void SetInput(CapturedInput input, bool alreadyMapped)
{
Controller.Virtual.CancelCapture();
if (input == null)
{
lblSlot.Text = "";
Value = null;
return;
}
if (alreadyMapped)
{
previousMapping = input.Clone();
}
input = input.Clone();
bool error = false;
if (input.IsAxisGesture)
{
string name = "Unknown Axis";
string dir = "Unknown direction";
var slot = Controller.Virtual.GetAxis(input.Axis).GetPole(input.AxisGesture).GetGesture(input.ButtonGesture);
name = Util.GetStickDisplayName(input.Axis);
dir = Util.GetAxisGestureName(input.Axis, input.IsPositive);
lblSlot.Text = "Slot: " + name + " (" + dir + ")";
if (slot != null && previousMapping != input)
{
lblSlot.Text += ", which is already assigned to " + Util.GetActionName(slot) + ". This action will be replaced.";
error = true;
}
}
else
{
string name = input.Button.ToString();
if (input.Button == VirtualController.Button.Bl)
{
name = "Left Bumper";
}
if (input.Button == VirtualController.Button.Br)
{
name = "Right Bumper";
}
if (input.Button == VirtualController.Button.Tl)
{
name = "Left Trigger";
}
if (input.Button == VirtualController.Button.Tr)
{
name = "Right Trigger";
}
lblSlot.Text = "Slot: " + name;
}
if (error)
{
lblSlot.Font = new Font(lblSlot.Font, FontStyle.Regular);
lblSlot.ForeColor = Color.Maroon;
}
else
{
lblSlot.Font = new Font(lblSlot.Font, FontStyle.Regular);
lblSlot.ForeColor = Control.DefaultForeColor;
}
if ((int)input.ButtonGesture != this.gestureBox.SelectedIndex)
{
this.gestureBox.SelectedIndex = (int)input.ButtonGesture;
}
Value = input;
}
public void SetInput(CapturedInput input)
{
SetInput(input, false);
}
