private void PlayerMove(ref float unstabilityModify)
{
// Receive input
float horizontalAxis = InputHandler.GetHorizontalAxis(); // Z - Movement
float verticalAxis = InputHandler.GetVerticalAxis(); // X - Movement
float viewRotX = InputHandler.GetViewVerticalAxis(); // View - X Rotation
float viewRotY = InputHandler.GetViewHorizontalAxis(); // View - Y Rotation
// First we assert the player is not running. This will be changed in next context.
isSprinting = false;
// Apply velocity and camera rotation
Vector3 velocity = new Vector3(horizontalAxis, 0, verticalAxis);
velocity.Normalize(); // Clamp magnitude
velocity = transform.TransformVector(velocity); // Local to world
// Run
float currentSpeed = walkSpeed;
if (CanSprint())
{
// If running key is held, and the player is tying to move:
if (InputHandler.SprintKeyHeld() && velocity != Vector3.zero)
{
currentSpeed = walkSpeed * sprintSpeedMultiplier;
isSprinting = true;
}
}
// Do some animation
//controller.IsRunning(isSprinting);
// Apply motion
// Detect available slope angle, and then move along it.
Vector3 resultVector = velocity;
if (!isAir && resultVector != Vector3.zero)
{
CapsuleCollider capsule = GetComponentInChildren <CapsuleCollider>();
Vector3 bottomPoint = transform.position + Vector3.down * (capsule.height * 0.5f + capsule.radius - 0.2f);
float moveAngle = -characterController.slopeLimit;
for (; moveAngle <= 0; moveAngle += 10)
{
resultVector = Vector3.Slerp(velocity, transform.up * -1, -moveAngle / 90);
if (!Physics.Raycast(bottomPoint, resultVector, forwardDetectDistance, groundMask))
{
break;
}
}
}
// Apply movement accordingly
Vector3 resultVelocity = resultVector * currentSpeed;
motor.ApplyFlatMotion(resultVelocity); // Scale magnitude
motor.ApplyInputRotation(Quaternion.Euler(0, viewRotY, 0)); // Restricted Rotate RB
motor.ApplyBasicCameraRotation(Quaternion.Euler(-viewRotX, viewRotY, 0)); // Free Rotate cam
// Add unstability to weapon
unstabilityModify += resultVelocity.magnitude * 10;
if (resultVector != Vector3.zero)
{
// Handle walking noise
MakeNoise(currentSpeed / (sprintSpeedMultiplier * walkSpeed) * 30f);
// Remember inerita
inertia = resultVector;
lastMotionTime = Time.time;
}
}
