void TryAttack()
{
bool isAttack = RBInput.GetButtonDownForPlayer(InputStrings.FIRE, PlayerIndex, playerDevice);
if (isAttack)
{
fighter.SwingWeapon(Fighter.AttackType.Weak);
}
else
{
bool isHeavyAttack = Input.GetKeyDown(KeyCode.Mouse1);
if (isHeavyAttack)
{
fighter.SwingWeapon(Fighter.AttackType.Strong);
}
}
bool test = Input.GetKeyDown(KeyCode.Backspace);
if (test)
{
int i = 0;
while (i < 1000)
{
Debug.Log("Yes or no:" + RBRandom.PercentageChance(24.5f).ToString());
i++;
}
}
}
void TryAttack()
{
bool isLightAttack = RBInput.GetButtonDownForPlayer(InputStrings.FIRE, PlayerIndex);
if (isLightAttack)
{
fighter.AttackWithWeapon(Fighter.AttackType.Weak);
}
bool isLightReleased = RBInput.GetButtonUpForPlayer(InputStrings.FIRE, PlayerIndex);
if (isLightReleased)
{
fighter.ReleaseWeapon();
}
bool isHeavyAttack = RBInput.GetButtonDownForPlayer(InputStrings.FIRE2, PlayerIndex);
if (isHeavyAttack)
{
fighter.AttackWithWeapon(Fighter.AttackType.Strong);
}
bool isHeavyReleased = RBInput.GetButtonUpForPlayer(InputStrings.FIRE2, PlayerIndex);
if (isHeavyReleased)
{
fighter.ReleaseWeapon();
}
}
/*
* Checks all input sources for a player pressing "Start" and binds them when they join.
*/
void PollForNewPlayer()
{
int nextPlayerIndex = NumPlayers;
foreach (InputDevice device in InputDevices.GetAllInputDevices())
{
if (!boundDevices.ContainsKey(device) || (IsCheatingEnabled && cheats.BIND_MANY_TO_ONE_DEVICE))
{
if (RBInput.GetButtonDownForPlayer(InputStrings.PAUSE, nextPlayerIndex, device))
{
BindNextPlayer(device);
// Deactivate the splash screen once a player is bound. This is NOT ideal, but
// neither is putting a splash screen into every scene. It should be it's own scene.
WorldTime worldTime = (WorldTime)GetComponent <WorldTime> ();
Transform startPoint = worldTime.startPointP2;
if (NumPlayers == 1)
{
HideSplashScreen();
worldTime.Reset();
}
else
{
players [nextPlayerIndex].GetComponent <PlayerController> ().SnapToPoint(startPoint);
}
}
}
}
}
/*
* Read input for Switch Weapon button and ask Fighter to switch between Sword and Spear.
*/
void TrySwitchWeapon()
{
bool isSwitchWeapon = RBInput.GetButtonDownForPlayer(InputStrings.SWITCHWEAPON, PlayerIndex);
if (isSwitchWeapon)
{
fighter.SwitchWeapon();
}
}
/*
* Reads input and handles action for cycling through the players items in his inventory
*/
void TryCycleItems()
{
bool isCycleItems = RBInput.GetButtonDownForPlayer(InputStrings.SWAPITEM, PlayerIndex, playerDevice);
if (isCycleItems)
{
CycleItems();
}
}
/*
* Set the fighter to bandaging state and start bandaging.
*/
void TryBandage()
{
if (RBInput.GetButtonForPlayer(InputStrings.BANDAGE, PlayerIndex, playerDevice))
{
fighter.Bandage();
}
else
{
fighter.InterruptBandage();
}
}
void TryDodge()
{
// Get input values
float horizontal = 0.0f, vertical = 0.0f;
horizontal = RBInput.GetAxisRawForPlayer(InputStrings.HORIZONTAL, PlayerIndex, playerDevice);
vertical = RBInput.GetAxisRawForPlayer(InputStrings.VERTICAL, PlayerIndex, playerDevice);
// If player isn't standing still and hits dodge button, let's dodge!
if (RBInput.GetButtonDownForPlayer(InputStrings.DODGE, PlayerIndex, playerDevice) &&
(horizontal != 0 || vertical != 0))
{
fighter.Dodge(new Vector3(horizontal, 0.0f, vertical));
}
}
/*
* Apply movement in the Player's desired directions according to the various speed
* and movement variables.
*/
void TryMove()
{
// Get input values
float horizontal = 0.0f, vertical = 0.0f;
horizontal = RBInput.GetAxisRawForPlayer(InputStrings.HORIZONTAL, PlayerIndex);
vertical = RBInput.GetAxisRawForPlayer(InputStrings.VERTICAL, PlayerIndex);
// Convert to camera world space
Vector3 direction = ConvertInputToCamera(horizontal, vertical);
if (direction != Vector3.zero)
{
fighter.Run(direction);
}
}
/*
* Set fighter to blocking or unblocking depending on button up or down.
*/
void TryBlock()
{
if (RBInput.GetAxisForPlayer(InputStrings.BLOCK, PlayerIndex) == 1 ||
RBInput.GetButtonForPlayer(InputStrings.BLOCK, PlayerIndex))
{
fighter.Block();
}
else if (RBInput.GetAxisForPlayer(InputStrings.BLOCK, PlayerIndex) < 1 ||
RBInput.GetButtonUpForPlayer(InputStrings.BLOCK, PlayerIndex))
{
if (fighter.isBlocking)
{
fighter.UnBlock(false);
}
}
}
/*
* Set fighter to blocking or unblocking depending on button up or down.
*/
void TryBlock()
{
if (RBInput.GetAxisForPlayer(InputStrings.BLOCK, PlayerIndex, playerDevice) == 1 ||
RBInput.GetButtonForPlayer(InputStrings.BLOCK, PlayerIndex, playerDevice))
{
fighter.Block();
}
else if (RBInput.GetAxisForPlayer(InputStrings.BLOCK, PlayerIndex, playerDevice) == 0 ||
RBInput.GetButtonUpForPlayer(InputStrings.BLOCK, PlayerIndex, playerDevice))
{
if (fighter.IsBlocking)
{
fighter.UnBlock();
}
}
}
/*
* Attempts to hoe the action tile
*/
void TryHoe()
{
bool isUsingWeapon = RBInput.GetButtonDownForPlayer(InputStrings.WEAPON1, PlayerIndex, playerDevice);
if (isUsingWeapon)
{
if (actionTile != null)
{
GroundTile tile = (GroundTile)actionTile.GetComponent <GroundTile> ();
tile.Hoe();
AudioSource.PlayClipAtPoint(digSound, transform.position);
}
else
{
AudioSource.PlayClipAtPoint(digSoundFail, transform.position);
}
}
}
/*
* If tile has a plant and player isn't out of water, water it.
*/
void TryWatering()
{
bool isWatering = RBInput.GetButtonDownForPlayer(InputStrings.WEAPON2, PlayerIndex, playerDevice);
if (isWatering)
{
if (actionTile != null)
{
GroundTile tile = (GroundTile)actionTile.GetComponent <GroundTile> ();
Plant plant = tile.getPlant();
if (plant != null)
{
plant.Water();
}
SpawnWaterFX();
}
}
}
void TryDodge()
{
// Get input values
float horizontal = 0.0f, vertical = 0.0f;
horizontal = RBInput.GetAxisRawForPlayer(InputStrings.HORIZONTAL, PlayerIndex);
vertical = RBInput.GetAxisRawForPlayer(InputStrings.VERTICAL, PlayerIndex);
// Convert to camera world space
Vector3 direction = ConvertInputToCamera(horizontal, vertical);
// If player isn't standing still and hits dodge button, let's dodge!
if (RBInput.GetButtonDownForPlayer(InputStrings.DODGE, PlayerIndex) &&
direction != Vector3.zero)
{
fighter.Dodge(direction);
}
}
/*
* Apply movement in the Player's desired directions according to the various speed
* and movement variables.
*/
void Move()
{
// Get input values
float horizontal = 0.0f, vertical = 0.0f;
horizontal = RBInput.GetAxisRawForPlayer(InputStrings.HORIZONTAL, PlayerIndex, playerDevice);
vertical = RBInput.GetAxisRawForPlayer(InputStrings.VERTICAL, PlayerIndex, playerDevice);
// Determine move direction from target values
float targetSpeed = 0.0f;
Vector3 targetDirection = new Vector3(horizontal, 0.0f, vertical);
if (targetDirection != Vector3.zero)
{
moveDirection = Vector3.RotateTowards(moveDirection, targetDirection, Mathf.Infinity, 1000);
moveDirection = moveDirection.normalized;
if (RBInput.GetButtonForPlayer(InputStrings.SPRINT, PlayerIndex, playerDevice))
{
targetSpeed = sprintspeed;
}
else
{
targetSpeed = movespeed;
}
}
// Get movement vector
Vector3 movement = (moveDirection * targetSpeed) + new Vector3(0.0f, verticalSpeed, 0.0f);
movement *= Time.deltaTime;
// Apply movement vector
CharacterController biped = GetComponent <CharacterController> ();
collisionFlags = biped.Move(movement);
// Rotate to face the direction of movement immediately
if (moveDirection != Vector3.zero)
{
transform.rotation = Quaternion.LookRotation(moveDirection);
}
}
/*
* Determine which buttons are being pressed and set our global booleans
* for later consumption by the UI.
*/
void DetectControllerButtons()
{
GameObject playerObj = FindActivePlayer();
InputDevice device = playerObj.GetComponent <PlayerController> ().playerDevice;
// Bumper buttons
if (RBInput.GetButtonDownForPlayer(InputStrings.SWAPITEM, activePlayerIndex, device))
{
swapPressed = true;
}
else
{
swapPressed = false;
}
// Action button (A)
if (RBInput.GetButtonDownForPlayer(InputStrings.ACTION, activePlayerIndex, device))
{
actionPressed = true;
}
else
{
actionPressed = false;
}
// Weapon2 buttons (Y)
if (RBInput.GetButtonDownForPlayer(InputStrings.WEAPON2, activePlayerIndex, device))
{
weaponPressed = true;
}
else
{
weaponPressed = false;
}
// Exit button (B)
if (RBInput.GetButtonDownForPlayer(InputStrings.ITEM, activePlayerIndex, device))
{
exitPressed = true;
}
else
{
exitPressed = false;
}
}
/*
* If no target is selected, pick the first using the ENEMY tag. If one is selected
* already, choose the next until the end is reached at which point, select none. This
* will need to be refactored to be smarter later, i.e. choose the closest first, then
* switch further away. Also this should be a hold down button to keep lock, release to
* unlock behavior as well but right now it just tabs through.
*/
void TrySwitchTarget()
{
if (RBInput.GetButtonDownForPlayer(InputStrings.TARGET, PlayerIndex, playerDevice))
{
GameObject [] enemies = GameObject.FindGameObjectsWithTag(Tags.ENEMY);
// Toggle to nothing when user has tabbed through the targets
if (curTarget >= enemies.Length)
{
ResetTargetIndex();
fighter.LoseTarget();
return;
}
// Select the next target
HighlightArrow(true);
fighter.LockOnTarget(enemies [curTarget].transform);
curTarget++;
}
}
/*
* Check if the tile is a valid tile to be picked and if so, pick it
* and handle inventory changes.
*/
void TryPicking()
{
bool isAction = RBInput.GetButtonDownForPlayer(InputStrings.ACTION, PlayerIndex, playerDevice);
if (isAction)
{
//.TODO This violates MVC, fix it
if (actionTile != null)
{
GroundTile tile = (GroundTile)actionTile.GetComponent <GroundTile> ();
Plant plant = tile.getPlant();
if (plant != null && plant.isRipe())
{
Inventory inventory = (Inventory)GetComponent <Inventory> ();
int pickedItemID = tile.Pick();
inventory.AddItem(pickedItemID, 1);
AudioSource.PlayClipAtPoint(backpackSound, transform.position);
}
}
}
}
/*
* Apply movement in the Player's desired directions according to the various speed
* and movement variables.
*/
void TryMove()
{
// Get input values
float horizontal = 0.0f, vertical = 0.0f;
horizontal = RBInput.GetAxisRawForPlayer(InputStrings.HORIZONTAL, PlayerIndex, playerDevice);
vertical = RBInput.GetAxisRawForPlayer(InputStrings.VERTICAL, PlayerIndex, playerDevice);
Vector3 direction = new Vector3(horizontal, 0.0f, vertical);
if (direction != Vector3.zero)
{
if (RBInput.GetButtonForPlayer(InputStrings.SPRINT, PlayerIndex, playerDevice))
{
fighter.Sprint(direction);
}
else
{
fighter.Run(direction);
}
}
}
/*
* Check if the user tried planting and if so, check that location is
* a valid place to plant. Then plant it and handle inventory changes.
*/
void TryPlanting()
{
bool isUsingItem = RBInput.GetButtonDownForPlayer(InputStrings.ITEM, PlayerIndex, playerDevice);
if (isUsingItem)
{
if (actionTile != null)
{
GroundTile tile = (GroundTile)actionTile.GetComponent <GroundTile> ();
//TODO This violates MVC, fix it
if (tile.isSoil() && tile.getPlant() == null)
{
Inventory inventory = (Inventory)GetComponent <Inventory> ();
if (inventory.GetEquippedItem() != null)
{
GameObject plant = inventory.GetEquippedItem().plantPrefab;
tile.Plant(plant);
inventory.RemoveItem(inventory.GetEquippedItem().id, 1);
}
}
}
}
}
/*
* Run through the vertical axis input to see if it has changed. If it has,
* set the corresponding bools to let the GUI know later.
*/
void DetectVertAxis()
{
GameObject playerObj = FindActivePlayer();
InputDevice device = playerObj.GetComponent <PlayerController> ().playerDevice;
float axis = RBInput.GetAxisRawForPlayer(InputStrings.VERTICAL, activePlayerIndex, device);
bool axisChanged = (Mathf.Sign(axis) != Mathf.Sign(lastVertAxis)) || lastVertAxis == 0;
if (axis > 0 && axisChanged)
{
upPressed = true;
downPressed = false;
}
else if (axis < 0 && axisChanged)
{
upPressed = false;
downPressed = true;
}
else
{
upPressed = false;
downPressed = false;
}
lastVertAxis = axis;
}
/*
* Handle toggling of targetting as well as switching between targets. While holding down
* target button, player can cycle through targets.
*/
void TryTargetting()
{
float deadStickThreshold = 0.5f;
InputDevice xbox = InputDevices.GetAllInputDevices() [(int)InputDevices.ControllerTypes.XBox];
float rightStickPressedAxis = Input.GetAxisRaw(RBInput.ConcatPlayerIndex(InputStrings.TARGET, PlayerIndex, xbox));
bool rightStickPressed = rightStickPressedAxis >= 0.99 && rightStickAvailable;
// Consolidate bool for PC and XBox
bool isTargetPressed = RBInput.GetButtonDownForPlayer(InputStrings.TARGET, PlayerIndex) ||
rightStickPressed;
// Toggle Targeting on and off
if (isTargetPressed)
{
rightStickAvailable = false;
if (!fighter.isLockedOn)
{
TargetNearest();
}
else
{
fighter.LoseTarget();
}
}
// Switch between targets
if (fighter.isLockedOn)
{
// PC and Controller controls likely should diverge here due to right stick use
InputDevice pc = InputDevices.GetAllInputDevices() [(int)InputDevices.ControllerTypes.Keyboard];
float horizontalTargetAxis = Input.GetAxisRaw(RBInput.ConcatPlayerIndex(InputStrings.TARGETHORIZONTAL, PlayerIndex, xbox));
float verticalTargetAxis = -Input.GetAxisRaw(RBInput.ConcatPlayerIndex(InputStrings.TARGETVERTCIAL, PlayerIndex, xbox));
// Move target in axis direction
bool changingTarget = false;
float horizontal = 0;
float vertical = 0;
//
// Read in PC input
//
// Set Horizontal Input for PC
if (Input.GetButtonDown(RBInput.ConcatPlayerIndex(InputStrings.TARGETLEFT, PlayerIndex, pc)))
{
//|| )) {
//rightStickHorizontalAvailable = false;
//TargetNext (true);
horizontal = -1;
changingTarget = true;
}
else if (Input.GetButtonDown(RBInput.ConcatPlayerIndex(InputStrings.TARGETRIGHT, PlayerIndex, pc)))
{
horizontal = 1;
changingTarget = true;
}
// Set Vertical Input
if (Input.GetButtonDown(RBInput.ConcatPlayerIndex(InputStrings.TARGETDOWN, PlayerIndex, pc)))
{
vertical = -1;
changingTarget = true;
}
else if (Input.GetButtonDown(RBInput.ConcatPlayerIndex(InputStrings.TARGETUP, PlayerIndex, pc)))
{
vertical = 1;
changingTarget = true;
}
//
// Read in XBox input
//
// Set Horizontal and Vertical values for XBox
bool horizontalAxisPressed = rightStickAxisAvailable &&
(horizontalTargetAxis <-deadStickThreshold || horizontalTargetAxis> deadStickThreshold);
bool verticalAxisPressed = rightStickAxisAvailable &&
(verticalTargetAxis <-deadStickThreshold || verticalTargetAxis> deadStickThreshold);
if (horizontalAxisPressed || verticalAxisPressed)
{
rightStickAxisAvailable = false;
TargetNearDirection(horizontalTargetAxis, verticalTargetAxis);
changingTarget = true;
}
// Make target change
if (changingTarget)
{
TargetNearDirection(horizontal, vertical);
}
// Enforce stick behavior like a button
rightStickAxisAvailable = IsAxisDead(horizontalTargetAxis, deadStickThreshold) &&
IsAxisDead(verticalTargetAxis, deadStickThreshold);
}
rightStickAvailable = IsAxisDead(rightStickPressedAxis, deadStickThreshold);
}