public static AudioCue PlaySound(AudioClip clip, Transform followTransform, AudioCue.CueSettings settings)
{
AudioCue cue = PlaySound(clip, followTransform.position, settings);
cue.transform.parent = followTransform;
return(cue);
}
public void PlayFootstep(FootstepSurface.SurfaceType surfaceType, AudioCue.CueSettings soundSettings)
{
if (Mute)
{
return;
}
#if UNITY_EDITOR || DEVELOPMENT_BUILD
bool unsupportedSound = !(surfaceType == FootstepSurface.SurfaceType.UNKNOWN || _footstepAudioDictionary.ContainsKey(surfaceType));
if (surfaceType == FootstepSurface.SurfaceType.UNKNOWN || unsupportedSound)
{
if (unsupportedSound)
{
Debug.LogWarningFormat("Attempting to play unsupported footstep sound {0}!", surfaceType.ToString());
}
#else
if (surfaceType == FootstepSurface.SurfaceType.UNKNOWN || !_footstepAudioDictionary.ContainsKey(surfaceType))
{
#endif
AudioManager.PlaySound(defaultFootstepSound, transform.position, soundSettings);
}
else
{
AudioManager.PlaySound(
_footstepAudioDictionary[surfaceType].GetNext(),
transform.position,
soundSettings
);
}
}
}
private void PlayerMovement()
{
if (!IsBeingControlled)
{
return;
}
// Planar Movement
Vector3 moveCalc = (transform.forward * _moveInput.y + transform.right * _moveInput.x) * moveSpeed * (_sprintInput && _isGrounded && _moveInput.y > 0 ? sprintMultiplier : 1f);
moveCalc = Vector3.ProjectOnPlane(moveCalc, _groundNormal);
Debug.DrawRay(transform.position - Vector3.up * movementController.height * 0.5f, moveCalc, Color.yellow, 0.05f);
moveCalc = Vector3.Lerp(new Vector3(movementController.velocity.x, 0f, movementController.velocity.z), moveCalc, _isGrounded ? moveGroundAccelLerp : moveAerialAccelLerp);
Debug.DrawRay(transform.position - Vector3.up * movementController.height * 0.5f, moveCalc, Color.red, 0.05f);
// Vertical Movement
if (_isGrounded && _jumpInput)
{
// If can jump and trying to jump, jump! Applies no gravity this frame.
moveCalc.y = jumpForce;
_currentYVelocityMax = jumpForce;
// Play footstep audio at scaled volume to simulate pushing off the ground with both feet
AudioCue.CueSettings cueSettings = footstepPlayer.FootStepSoundSettings;
cueSettings.Volume *= jumpVolumeMultiplier;
footstepPlayer.PlayFootstep(_groundSurfaceType, cueSettings);
// Setting _isGrounded to false since we're no longer grounded
_isGrounded = false;
}
else
{
//Footstep audio
_distanceToNextFootstep -= moveCalc.magnitude * Time.deltaTime;
if (_distanceToNextFootstep <= 0f && _isGrounded)
{
_distanceToNextFootstep = Util.RandomInRange(footstepStrideDistance);
footstepPlayer.PlayFootstep(_groundSurfaceType);
}
// Keep the player moving at their current vertical speed.
// Apply gravity, unless grounded (prevents slowly sliding down slopes)
// Adding to preserve yVelocity from moveCalc being projected on ground plane.
// using Min() to avoid issue where movementController y velocity spikes to go up steps.
_currentYVelocityMax = Mathf.Max(0, Mathf.Min(movementController.velocity.y, _currentYVelocityMax));
moveCalc.y += Mathf.Min(movementController.velocity.y, _currentYVelocityMax);
if (!_isGrounded)
{
moveCalc += Physics.gravity * Time.deltaTime;
}
}
_jumpInput = false;
movementController.Move(moveCalc * Time.deltaTime);
}
public static AudioCue PlaySound(AudioClip clip, Vector3 location, AudioCue.CueSettings settings)
{
AudioCue cue = AudioCue.GetActiveCue();
cue.transform.position = location;
cue.Settings = settings;
cue.SetClip(clip);
cue.Play();
return(cue);
}
private void OnPlayerBecomeGrounded()
{
// Play footstep sfx for landing on the ground
_distanceToNextFootstep = Util.RandomInRange(footstepStrideDistance);
AudioCue.CueSettings cueSettings = footstepPlayer.FootStepSoundSettings;
cueSettings.Volume *= jumpVolumeMultiplier;
footstepPlayer.PlayFootstep(_groundSurfaceType, cueSettings);
// Apply some camera impulse to represent force of landing on the ground
float strength = landingForceCurve.Evaluate(-movementController.velocity.y);
if (strength > 0f)
{
MainCamera.Effects.ApplyImpulse(MainCamera.Camera.transform.position + Vector3.up, strength, strength * timeCurveScaler);
}
Debug.LogFormat("{0} => {1}", movementController.velocity.y, strength);
}