public void Should_recall_first_command_with_a_specific_command_when_pressing_Tab()
{
//Arrange
var input = new[] { ConsoleKey.T, ConsoleKey.W, ConsoleKey.O, ConsoleKey.Tab, ConsoleKey.Enter };
var consoleManager = new FakeConsoleManager(new FakeKeyInputEngine(input));
var console = new TestConsole(consoleManager);
var cancellationToken = new CancellationToken();
var inputInstance = new InputInstance(console, Constants.Prompt, null, cancellationToken);
var selection = new CommandTreeNode <string>(new[]
{
new CommandTreeNode <string>("First", "One"),
new CommandTreeNode <string>("Second", "Two", new []
{
new CommandTreeNode <string>("FirstSub", "SubOne"),
new CommandTreeNode <string>("SecondSub", "SubTwo"),
new CommandTreeNode <string>("LastSub", "SubX"),
}),
new CommandTreeNode <string>("Last", "x")
});
//Act
var r = inputInstance.ReadLine(selection, true);
//Assert
var match = selection.Subs.ToArray()[1];
Assert.That(r, Is.EqualTo(match.Key));
Assert.That(consoleManager.LineOutput.First(), Is.EqualTo(Constants.Prompt + match.Value));
}
public void Should_recall_first_sub_command_when_matching_a_sub_part_with_similar_root_name_pressing_Tab()
{
//Arrange
var input = new[] { ConsoleKey.T, ConsoleKey.W, ConsoleKey.O, ConsoleKey.Spacebar, ConsoleKey.F, ConsoleKey.Tab, ConsoleKey.Enter };
var consoleManager = new FakeConsoleManager(new FakeKeyInputEngine(input));
var console = new TestConsole(consoleManager);
var cancellationToken = new CancellationToken();
var inputInstance = new InputInstance(console, Constants.Prompt, null, cancellationToken);
var match = new CommandTreeNode <string>("FirstSub", "SubOne");
var selection = new CommandTreeNode <string>(new[]
{
new CommandTreeNode <string>("First", "One"),
new CommandTreeNode <string>("Second", "Two", new []
{
match,
new CommandTreeNode <string>("SecondSub", "SubTwo"),
new CommandTreeNode <string>("LastSub", "SubX"),
}),
new CommandTreeNode <string>("SecondOther", "TwoOther"),
new CommandTreeNode <string>("Last", "x")
});
//Act
var r = inputInstance.ReadLine(selection, true);
//Assert
Assert.That(r, Is.EqualTo(match.Key));
Assert.That(consoleManager.LineOutput.First(), Is.EqualTo(Constants.Prompt + "Two " + match.Value));
}
public void Should_recall_command_in_several_layers_when_navigating_with_Tab()
{
//Arrange
var input = new[] { ConsoleKey.T, ConsoleKey.Tab, ConsoleKey.Spacebar, ConsoleKey.O, ConsoleKey.Tab, ConsoleKey.Spacebar, ConsoleKey.S, ConsoleKey.Tab, ConsoleKey.Enter };
var consoleManager = new FakeConsoleManager(new FakeKeyInputEngine(input));
var console = new TestConsole(consoleManager);
var cancellationToken = new CancellationToken();
var inputInstance = new InputInstance(console, Constants.Prompt, null, cancellationToken);
var match = new CommandTreeNode <string>("SecondSub", "S");
var selection = new CommandTreeNode <string>(new[]
{
new CommandTreeNode <string>("First", "One"),
new CommandTreeNode <string>("Second", "Two", new []
{
new CommandTreeNode <string>("FirstA", "One", new []
{
new CommandTreeNode <string>("FirstSub", "ThirdOne"),
match,
new CommandTreeNode <string>("LastSub", "ThirdX"),
}),
new CommandTreeNode <string>("SecondSub", "SubTwo"),
new CommandTreeNode <string>("LastSub", "SubX"),
}),
new CommandTreeNode <string>("Last", "x")
});
//Act
var r = inputInstance.ReadLine(selection, true);
//Assert
Assert.That(r, Is.EqualTo(match.Key));
Assert.That(consoleManager.LineOutput.First(), Is.EqualTo(Constants.Prompt + "Two One " + match.Value));
}
public void Initialize(PlayerController playerController)
{
// Store references
this.mainPlayerController = playerController;
// Initialize input class
this.InputInstance = new InputInstance();
}
// Update is called once per frame
public void UpdateCamera(InputInstance inputInstance)
{
// Execute camera rotation
this.ExecuteCameraVerticalRotation(inputInstance);
// Execute camera collisions
this.ExecuteCameraCollisions();
}
private void ExitInput()
{
PreviousInput = ActiveInput;
if (ActiveInput.JewelsDraggedOver.Count > 0)
{
ActiveInput.UnlightDraggedOverJewels();
}
ActiveInput = null;
}
private static bool ShouldChangePlaces(InputInstance input)
{
if (input.JewelsDraggedOver.Count != 2)
{
return(false);
}
var neighbors = input.JewelsDraggedOver[0].Neighbors;
var isNeighbor = neighbors.Contains(input.JewelsDraggedOver[1]);
return(isNeighbor);
}
public void DragUpdate(RaycastHit hit, InputInstance parentInstance)
{
if (hit.collider == null)
{
return;
}
if (!parentInstance.JewelsDraggedOver.Contains(hit.collider.gameObject.GetComponent <Jewel>()))
{
parentInstance.AddDraggedOver(hit.collider.GetComponent <Jewel>());
}
}
public void GetObjectByInterface()
{
IInput o = new InputInstance();
var agent = new TransientAgent();
agent.Set(o);
Transient <IInput> transient;
var b = agent.TryGet(out transient);
Assert.IsTrue(b);
Assert.IsInstanceOfType(transient.Value, typeof(IInput));
}
public void Should_return_the_string_that_was_entered()
{
//Arrange
var input = new[] { ConsoleKey.A, ConsoleKey.B, ConsoleKey.C, ConsoleKey.Enter };
var consoleManager = new FakeConsoleManager(new FakeKeyInputEngine(input));
var console = new TestConsole(consoleManager);
var cancellationToken = new CancellationToken();
var inputInstance = new InputInstance(console, Constants.Prompt, null, cancellationToken);
//Act
var r = inputInstance.ReadLine <string>(null, true);
//Assert
Assert.That(r, Is.EqualTo("ABC"));
}
public void Should_recall_nothing_when_pressing_Tab_and_no_commands_are_provided()
{
//Arrange
var input = new[] { ConsoleKey.Tab, ConsoleKey.Enter };
var consoleManager = new FakeConsoleManager(new FakeKeyInputEngine(input));
var console = new TestConsole(consoleManager);
var cancellationToken = new CancellationToken();
var inputInstance = new InputInstance(console, Constants.Prompt, null, cancellationToken);
//Act
var r = inputInstance.ReadLine <string>(null, true);
//Assert
Assert.That(r, Is.EqualTo(string.Empty));
}
public void Should_recall_second_command_when_pressing_Tab_Twise()
{
//Arrange
var input = new[] { ConsoleKey.Tab, ConsoleKey.Tab, ConsoleKey.Enter };
var consoleManager = new FakeConsoleManager(new FakeKeyInputEngine(input));
var console = new TestConsole(consoleManager);
var cancellationToken = new CancellationToken();
var inputInstance = new InputInstance(console, Constants.Prompt, null, cancellationToken);
var selection = new CommandTreeNode <string>(new[] { new CommandTreeNode <string>("First", "1"), new CommandTreeNode <string>("Second", "2"), new CommandTreeNode <string>("Last", "x") });
//Act
var r = inputInstance.ReadLine(selection, true);
//Assert
Assert.That(r, Is.EqualTo(selection.Subs[1].Key));
Assert.That(consoleManager.LineOutput.First(), Is.EqualTo(Constants.Prompt + selection.Subs[1].Value));
}
internal void RaiseButtonHandlers(StylusButtonData stylusOutput, StylusButtonData value)
{
//before 0 now bigger then 0
if (stylusOutput.Pressure == 0 && value.Pressure > 0)
{
InputInstance.RaiseStylusButtonDown(value);
}
if (stylusOutput.Pressure > 0 && value.Pressure == 0)
{
InputInstance.RaiseStylusButtonUp(value);
}
if (value.Pressure != 0)
{
InputInstance.RaiseStylusButtonChanged(value);
}
}
public void Should_recall_last_command_when_pressing_Shift_Tab()
{
//Arrange
var input = new[] { new ConsoleKeyInfo('\t', ConsoleKey.Tab, true, false, false), new ConsoleKeyInfo((char)13, ConsoleKey.Enter, false, false, false) };
var consoleManager = new FakeConsoleManager(new FakeKeyInputEngine(input));
var console = new TestConsole(consoleManager);
var cancellationToken = new CancellationToken();
var inputInstance = new InputInstance(console, Constants.Prompt, null, cancellationToken);
var selection = new CommandTreeNode <string>(new[] { new CommandTreeNode <string>("First", "1"), new CommandTreeNode <string>("Second", "2"), new CommandTreeNode <string>("Last", "x") });
//Act
var r = inputInstance.ReadLine(selection, true);
//Assert
var match = selection.Subs.Last();
Assert.That(r, Is.EqualTo(match.Key));
Assert.That(consoleManager.LineOutput.First(), Is.EqualTo(Constants.Prompt + match.Value));
}
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//Dive Kick
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
private void ExecuteDive(InputInstance inputInstance)
{
if (inputInstance.Dive && (this.lastDiveTime + this.DiveColdown) < Time.time)
{
this.lastDiveTime = Time.time;
// Execute dive kick
Vector3 diveVector = this.transform.forward*this.DiveForce;
// Execute final jump
this.rigidBody.velocity = diveVector;
// Play animation
this.mainPlayerController.PlayerAvatarController.PlayDiveAnimation();
}
}
private void InitInput(InputInstance newInstance)
{
}
public void SetActiveInput(Jewel jewel)
{
ActiveInput = new InputInstance(jewel);
}
private void ExecuteCameraVerticalRotation(InputInstance inputInstance)
{
// Get camera vertical rotation
this.rotationY += inputInstance.VerticalLook*this.SensitivityY*Time.timeScale;
this.rotationY = this.ClampAngle(this.rotationY, MinimumY, MaximumY);
Quaternion yQuaternion = Quaternion.AngleAxis(this.rotationY, -Vector3.right);
// Apply smoothed rotation on Y
Quaternion localEulerRotation = Quaternion.Slerp(this.transform.localRotation,
this.originalLocalRotation*yQuaternion,
this.SmoothSpeed*Time.smoothDeltaTime*60/Time.timeScale);
// Apply final camera rotation
this.transform.localRotation = localEulerRotation;
}
public void SetInstance()
{
this.instance = this.target.Get() ? this.target.Get().GetComponent <InputInstance>() : null;
}
private void UpdateCurrentGravity(InputInstance inputInstance)
{
// Rotate player object
this.transform.up = -this.TargetGravity.normalized;
}
// FixedUpdate is called once per frame
public void FixedUpdateMovement(InputInstance inputInstance)
{
// End game check
if (GamePresenter.Instance.CurrentMatchState != GamePresenter.State.Running || !this.mainPlayerController.IsAlive)
{
this.rigidBody.velocity = Vector3.zero;
return;
}
// Before doing anything, apply current gravity vector
this.UpdateCurrentGravity(inputInstance);
// Update player horizontal rotation
this.UpdatePlayerRotation(inputInstance);
// Set initial parameters
RaycastHit hit = new RaycastHit();
//set the vertical bounds of the capsule used to detect player collisions
Vector3 p1 = this.transform.position;//bottom of player capsule
Vector3 p2 = p1 - this.TargetGravity.normalized * capsule.height / 2;//top of player capsule
//track rigidbody velocity
Vector3 velocity = this.rigidBody.velocity;
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//Player Input
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
float inputY = 0, inputX = 0;
//track movement buttons and set input vars
//Input.Axis is not used here to have have more control over button states and to avoid glitches
//such as pressing opposite movement buttons simultaneously causing player to move very slow in one direction
this.ProcessInputDirection(inputInstance, ref inputY, ref inputX);
//Smooth our movement states using Mathf.Lerp
this.InputXSmoothed = Mathf.Lerp(this.InputXSmoothed, inputX, Time.deltaTime * 6.0f);
this.InputYSmoothed = Mathf.Lerp(this.InputYSmoothed, inputY, Time.deltaTime * 6.0f);
// Send input for movement animation
this.mainPlayerController.PlayerAvatarController.UpdateMovementAnimation(this.InputXSmoothed,this.InputYSmoothed, inputInstance.Sprint,this.Crouched);
// Send input for movement sfx
this.mainPlayerController.PlayerAudioController.UpdateMovementInputSFX(inputX, inputY, inputInstance.Sprint);
//This is the start of the large block that performs all movement actions while Grounded
if (this.Grounded)
{
// Process player while landing
this.FallingPlayerCalculations();
// Sets or disables crouch mode
this.CrouchModeHandling(inputInstance, p1, p2,hit);
// Execute player sprinting
this.ExecutePlayerSprinting(inputInstance, inputY);
// Process player movement speed
this.CalculatePlayerMovementSpeed(inputY, inputX);
// Execute player jumping
this.ExecutePlayerJumping(inputInstance, velocity);
// Execute dive kick
this.ExecuteDive(inputInstance);
}
else
{
//Player is airborn////////////////////////////////////////////////////////////////////////////////////////////////////////////
//keep track of the time that player lost grounding for air manipulation and moving gun while Jumping
if (this.airTimeState)
{
this.AirTime = Time.time;
this.airTimeState = false;
}
// Execute Falling player calculations
this.ExecuteFalling();
}
// Execute player calculations while crouching
this.ExecuteCrouching(inputInstance);
// Execute player ground check
this.ApplyPlayerGroundCheck(p1, p2);
// Set player final velocity
this.SetPlayerVelocity(inputX, inputY, velocity);
}
private void ProcessInputDirection(InputInstance inputInstance, ref float inputY, ref float inputX)
{
Vector2 inputVector = new Vector2(inputInstance.StrafeRight, inputInstance.MoveForward);
inputY = inputVector.normalized.y;
inputX = inputVector.normalized.x;
}
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//Crouching
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
private void ExecuteCrouching(InputInstance inputInstance)
{
if (Time.timeSinceLevelLoad > 0.5f)
{
//crouch
if (this.Crouched)
{
if (this.MidPos > 0.45f)
{
this.MidPos -= 5*Time.deltaTime;
} //decrease camera height to crouch height
if (this.capsule.height > 1.25f)
{
this.capsule.height -= 5*Time.deltaTime;
} //decrease capsule height to crouch height
}
else
{
if (this.MidPos < 0.9f)
{
this.MidPos += 2.25f*Time.deltaTime;
} //increase camera height to standing height
if (this.capsule.height < 2.0f)
{
this.capsule.height += 2.25f*Time.deltaTime;
} //increase camera height to standing height
}
}
}
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//Jumping
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
private void ExecutePlayerJumping(InputInstance inputInstance, Vector3 velocity)
{
if (this.Jumping)
{
//play landing sound effect after landing from jump and reset jumpfxstate
if (this.jumpTimer + 0.25f < Time.time)
{
//play landing sound
/*
this.mainPlayerInput.AudioController.PlayLandSfx(
this.mainPlayerInput.CameraController.MainCamera.transform.position);
//play landing animation
this.mainPlayerInput.CameraController.RequestPlayLandAnimation();
*/
// set control variable
this.jumpfxstate = true;
}
//reset Jumping var (this check must be before Jumping var is set to true below)
this.Jumping = false;
//allow a small amount of time for capsule to become un-grounded before setting
//jump button state to false to prevent continuous Jumping if jump button is held.
if (this.jumpTimer + 0.25f < Time.time)
{
this.jumpBtn = false;
}
}
//determine if player is Jumping and set Jumping variable
if (inputInstance.Jump
&& !this.Zoomed
&& this.jumpBtn //check that jump button is not being held
&& !this.Crouched
&& this.LandStartTime + this.AntiBunnyHopFactor < Time.time //check for bunnyhop delay before Jumping
)
{
//do not jump if ground normal is greater than SlopeLimit
if (!this.Jumping)
{
this.Jumping = true;
//track the time we began to jump
this.jumpTimer = Time.time;
}
//apply the jump velocity to the player rigidbody
Vector3 jumpVector;
// Execute regular jump
if (!this.rayTooSteep)
jumpVector = -this.TargetGravity.normalized * Mathf.Sqrt(2 * this.JumpSpeed * Mathf.Abs(this.TargetGravity.magnitude));
// Execute slope jump
else
jumpVector = this.steepRayNormal.normalized * Mathf.Sqrt(2 * this.JumpSpeed * Mathf.Abs(this.TargetGravity.magnitude));
// Before executig the jump, neutralize the velocity of the direction we are going to jump to
velocity = velocity - new Vector3(velocity.x * Mathf.Abs(this.TargetGravity.normalized.x),
velocity.y * Mathf.Abs(this.TargetGravity.normalized.y),
velocity.z * Mathf.Abs(this.TargetGravity.normalized.z));
// Execute final jump
this.rigidBody.velocity = new Vector3(velocity.x, velocity.y, velocity.z) + jumpVector;
// Play animation
this.mainPlayerController.PlayerAvatarController.PlayJumpAnimation();
}
//set jumpBtn to false to prevent continuous Jumping while holding jump button.
if (!inputInstance.Jump && this.LandStartTime + this.AntiBunnyHopFactor < Time.time)
{
this.jumpBtn = true;
}
}
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//Sprinting
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
private void ExecutePlayerSprinting(InputInstance inputInstance, float inputY)
{
// Hold sprint configuration
this.SprintActive = inputInstance.Sprint;
//determine if player can run
if (inputY != 0.0f
&& this.SprintActive
&& !this.Crouched
&& (!this.CancelSprint || (this.CancelSprint && this.Zoomed))
&& this.Grounded)
{
this.CanRun = true;
this.Zoomed = false; //cancel zooming when sprinting
this.sprintStopState = true;
}
else
{
if (this.sprintStopState)
{
this.SprintStopTime = Time.time;
this.sprintStopState = false;
}
this.CanRun = false;
}
}
private void UpdatePlayerRotation(InputInstance inputInstance)
{
this.rotationX += inputInstance.HorizontalLook * this.mainPlayerController.CameraController.SensitivityX * Time.timeScale;
transform.eulerAngles = new Vector3(0.0f, this.rotationX, 0.0f);
}
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//Crouch Mode Handling
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
private void CrouchModeHandling(InputInstance inputInstance, Vector3 p1, Vector3 p2, RaycastHit hit)
{
//set Crouched variable that other scripts will access to check for crouching
if (inputInstance.Crouch)
{
if (!this.crouchState)
{
// Check that we aren't already crouched
if (!this.Crouched)
{
this.Crouched = true;
this.SprintActive = false; //cancel sprint if crouch button is pressed
}
else
{
// To disable crouch, first check we don't have anything above us
if (!this.CheckForCollidersAbove(p1))
this.Crouched = false;
}
this.crouchState = true;
}
}
else
{
this.crouchState = false;
if ((this.SprintActive || this.Climbing) && !this.CheckForCollidersAbove(p1))
{
this.Crouched = false; //cancel crouch if sprint button is pressed
}
}
//cancel crouch if jump button is pressed
if (inputInstance.Jump && this.Crouched &&
!this.CheckForCollidersAbove(p1))
{
this.Crouched = false;
}
}
public void Select(InputInstance inputInstance)
{
LightOn();
}
