public void FixedUpdate()
{
if (GameCtr != null &&
(GameCtr.gameEnded || GameCtr.introPlaying || GameCtr.outroPlaying))
{
return;
}
#region Movement
float horizontal = staticService.GetInputAxis("Horizontal");
float vertical = (-1) * staticService.GetInputAxis("Vertical");
if (charContr != null)
{
Vector3 movement = stats.CalcMovement(horizontal, vertical, staticService.GetDeltaTime());
charContr.Move(movement);
if (movement != Vector3.zero)
{
transform.rotation = Quaternion.Slerp(transform.rotation, Quaternion.LookRotation(movement.normalized), 0.3f);
}
if (!charContr.isGrounded)
{
charContr.Move(new Vector3(0, gravityValue, 0));
}
}
#endregion Movement
}
// ------------------------------------ helper methods -------------------------------------------------
IUnityStaticService CreateUnityService(float deltaTimeReturn, float horizontalReturn, float verticalReturn)
{
IUnityStaticService s = Substitute.For <IUnityStaticService>();
s.GetDeltaTime().Returns(deltaTimeReturn);
s.GetInputAxis("Horizontal").Returns(horizontalReturn);
s.GetInputAxis("Vertical").Returns(verticalReturn);
return(s);
}
public void Test_PlayerMovementIsCalculatedCorrectly()
{
PlayerStatsClass stats = new PlayerStatsClass();
IUnityStaticService staticService = CreateUnityService(1, 1, 1);
float expectedX = staticService.GetInputAxis("Horizontal") * stats.playerSpeed * staticService.GetDeltaTime();
float expectedY = 0;
float expectedZ = staticService.GetInputAxis("Vertical") * stats.playerSpeed * staticService.GetDeltaTime();
Vector3 calculatedMovement = stats.CalcMovement(staticService.GetInputAxis("Horizontal"), staticService.GetInputAxis("Vertical"), staticService.GetDeltaTime());
Assert.NotZero(calculatedMovement.magnitude, "Player movement calculation resulted in no movement!");
Assert.AreEqual(calculatedMovement.x, expectedX, "Player movement calculation did not return the expected x movement!");
Assert.AreEqual(calculatedMovement.y, expectedY, "Player movement calculation did not return the expected y movement!");
Assert.AreEqual(calculatedMovement.z, expectedZ, "Player movement calculation did not return the expected z movement!");
}
public void Test_PlayerDoesntMoveWithoutInput()
{
PlayerStatsClass stats = new PlayerStatsClass();
IUnityStaticService staticService = CreateUnityService(1, 0, 0);
Vector3 calculatedMovement = stats.CalcMovement(staticService.GetInputAxis("Horizontal"), staticService.GetInputAxis("Vertical"), staticService.GetDeltaTime());
Assert.Zero(calculatedMovement.magnitude, "Player moved without input!");
}
public void Test_PlayerCantMoveWhileInBattle()
{
PlayerStatsClass stats = new PlayerStatsClass();
IUnityStaticService staticService = CreateUnityService(1, 1, 1);
IGameController ctr = Substitute.For <IGameController>();
ctr.IsInBattle().Returns(true);
IPlayer mockPlayer = Substitute.For <IPlayer>();
mockPlayer.GetGameController().Returns(ctr);
stats.SetPlayerAddition(mockPlayer);
Vector3 calculatedMovement = stats.CalcMovement(staticService.GetInputAxis("Horizontal"), staticService.GetInputAxis("Vertical"), staticService.GetDeltaTime());
Assert.Zero(calculatedMovement.magnitude, "Player was able to move while in battle!");
}