///////////////////////////////////////////////////////////
// reloads the current shooter with 'amount' ammo and deals
// with states and timers concerning reloading
///////////////////////////////////////////////////////////
public void Reload(int amount)
{
if (CurrentShooter == null)
{
return;
}
if (Time.time < CurrentShooter.NextAllowedReloadTime)
{
return;
}
if (m_ReenableWeaponStatesTimer != null)
{
m_ReenableWeaponStatesTimer.Cancel();
}
SetState("Reload", true);
CurrentShooter.Reload(amount);
if (m_DoneReloadingTimer != null)
{
m_DoneReloadingTimer.Cancel();
}
m_DoneReloadingTimer = vp_Timer.In(CurrentShooter.AmmoReloadTime, delegate()
{
SetState("Reload", false);
});
}
///////////////////////////////////////////////////////////
// static version of the Cancel method. NOTE: calling
// 'CancelInvoke' on a vp_Timer is the same as calling
// 'Cancel'.
///////////////////////////////////////////////////////////
public static void Cancel(vp_Timer timer)
{
if (timer == null)
{
return;
}
timer.Cancel();
}
/// <summary>
///
/// </summary>
private void OnEnable()
{
vp_Timer timer = (vp_Timer)target;
if (!timer.WasAddedCorrectly)
{
EditorUtility.DisplayDialog("Ooops!", "vp_Timer can't be added in the Inspector. It must be called from script. See the documentation for more info.", "OK");
DestroyImmediate(timer);
}
}
///////////////////////////////////////////////////////////
// this method schedules a check in 'seconds' to reenable
// any active states on the controller that may have been
// temporarily disabled on the current weapon
///////////////////////////////////////////////////////////
public void ReenableWeaponStatesIn(float seconds)
{
// cancel the timer if it's currently running, to prevent
// problems with button spamming
if (m_ReenableWeaponStatesTimer != null)
{
m_ReenableWeaponStatesTimer.Cancel();
}
m_ReenableWeaponStatesTimer = vp_Timer.In(seconds, delegate()
{
if (Controller.StateEnabled("Zoom"))
{
if (CurrentWeapon != null)
{
CurrentWeapon.SetState("Zoom", true);
}
if (CurrentShooter != null)
{
CurrentShooter.SetState("Zoom", true);
}
return; // don't reenable 'Crouch' or 'Run' on the weapon while zooming
}
if (Controller.StateEnabled("Crouch"))
{
if (CurrentWeapon != null)
{
CurrentWeapon.SetState("Crouch", true);
}
if (CurrentShooter != null)
{
CurrentShooter.SetState("Crouch", true);
}
}
if (Controller.StateEnabled("Run"))
{
if (CurrentWeapon != null)
{
CurrentWeapon.SetState("Run", true);
}
if (CurrentShooter != null)
{
CurrentShooter.SetState("Run", true);
}
}
});
}
// internal schedule method
private static vp_Timer In(float time, Callback func, ArgCallback argFunc, object args, int iterations, float interval)
{
if (m_GameObject == null)
{
m_GameObject = new GameObject("Timers");
Object.DontDestroyOnLoad(m_GameObject);
// by default gameobject will be invisible in the hierarchy.
// disabling this may be useful for debugging
m_GameObject.hideFlags = HideFlags.HideInHierarchy;
}
vp_Timer firstTimer = null;
float currentTime = time;
interval = (interval == 0.0f) ? time : interval;
for (int i = 0; i < iterations; i++)
{
vp_Timer timer = m_GameObject.AddComponent <vp_Timer>();
if (i == 0)
{
firstTimer = timer;
}
else
{
firstTimer.m_Iterations.Add(timer);
}
if (func != null)
{
timer.Schedule(currentTime, func);
}
else if (argFunc != null)
{
timer.Schedule(currentTime, argFunc, args);
}
currentTime += interval;
}
return(firstTimer);
}
private void DoExamplePistolReloadSequence()
{
// NOTE: (the 'Reload' state is activated in the 'Reload'
// method of vp_FPSPlayer so the pistol is already tilted
// to the side)
// always disable the timer if it's running, to avoid hickups
// caused by button spamming
if (m_PistolReloadTimer != null)
m_PistolReloadTimer.Cancel();
// after 0.4 seconds, simulate replacing the clip
m_PistolReloadTimer = vp_Timer.In(0.4f, delegate()
{
// but first make sure we're still reloading since the player
// may have switched weapons
if (!m_Player.Camera.CurrentWeapon.StateEnabled("Reload"))
return;
// apply a force as if hitting the gun from below
m_Player.Camera.CurrentWeapon.AddForce2(new Vector3(0, 0.05f, 0), new Vector3(0, 0, 0));
// 0.15 seconds later, twist the gun backwards
if (m_PistolReloadTimer != null)
m_PistolReloadTimer.Cancel();
m_PistolReloadTimer = vp_Timer.In(0.15f, delegate()
{
if (!m_Player.Camera.CurrentWeapon.StateEnabled("Reload"))
return;
// to do this, switch from the pistol 'Reload' state to
// its 'Reload2' state
m_Player.Camera.SetState("Reload", false);
m_Player.Camera.CurrentWeapon.SetState("Reload", false);
m_Player.Camera.CurrentWeapon.SetState("Reload2", true);
m_Player.Camera.CurrentWeapon.RotationOffset.z = 0;
m_Player.Camera.CurrentWeapon.Refresh();
// after 0.35 seconds, pull the slide
if (m_PistolReloadTimer != null)
m_PistolReloadTimer.Cancel();
m_PistolReloadTimer = vp_Timer.In(0.35f, delegate()
{
if (!m_Player.Camera.CurrentWeapon.StateEnabled("Reload2"))
return;
// apply a force pulling the whole gun backwards briefly
m_Player.Camera.CurrentWeapon.AddForce2(new Vector3(0, 0, -0.05f), new Vector3(5, 0, 0));
// 0.1 seconds later, disable the reload state to point
// the gun forward again
if (m_PistolReloadTimer != null)
m_PistolReloadTimer.Cancel();
m_PistolReloadTimer = vp_Timer.In(0.1f, delegate()
{
m_Player.SetState("Reload2", false);
// if the player is crouching, restore the zoom state on the pistol
if (m_Player.Controller.StateEnabled("Zoom"))
m_Player.Camera.CurrentWeapon.SetState("Zoom", true);
m_Player.CurrentShooter.NextAllowedFireTime = Time.time + 0.5f;
m_Player.CurrentShooter.NextAllowedReloadTime = Time.time + 0.5f;
});
});
});
});
}
///////////////////////////////////////////////////////////
// demo screen to explain external forces
///////////////////////////////////////////////////////////
private void DemoForces()
{
Demo.DrawBoxes("external forces", "The camera and weapon are mounted on 8 positional and angular SPRINGS.\nEXTERNAL FORCES can be applied to these in various ways, creating unique movement patterns every time. This is useful for shockwaves, explosion knockback and earthquakes.", m_ImageLeftArrow, m_ImageRightArrow);
if (Demo.FirstFrame)
{
Demo.DrawCrosshair = false;
LoadCamera(StompingCamera);
SwitchWeapon(1, ModernWeapon, null, -1, false, false);
m_Player.Controller.Load(SmackController);
m_Player.Camera.SnapZoom();
Demo.FirstFrame = false;
Demo.Teleport(m_ForcesPos, m_ForcesAngle);
Demo.ButtonColumnArrowY = -100.0f;
}
if (Demo.ShowGUI)
{
// draw toggle column showing force examples
Demo.ButtonSelection = -1;
string[] strings = new string[] { "Earthquake", "Boss Stomp", "Incoming Artillery", "Crashing Airplane"};
Demo.ButtonSelection = Demo.ButtonColumn(150, Demo.ButtonSelection, strings, m_ImageRightPointer);
if (Demo.ButtonSelection != -1)
{
switch (Demo.ButtonSelection)
{
case 0: // --- Earthquake ---
LoadCamera(StompingCamera);
m_Player.Controller.Load(SmackController);
m_Player.Camera.DoEarthQuake(0.1f, 0.1f, 10.0f);
Demo.ButtonColumnArrowFadeoutTime = Time.time + 9;
m_AudioSource.Stop();
m_AudioSource.PlayOneShot(m_EarthquakeSound);
break;
case 1: // --- Boss Stomp ---
m_Player.Camera.StopEarthQuake();
LoadCamera(ArtilleryCamera);
m_Player.Controller.Load(SmackController);
m_Player.Camera.DoStomp(1.0f);
Demo.ButtonColumnArrowFadeoutTime = Time.time;
m_AudioSource.Stop();
m_AudioSource.PlayOneShot(m_StompSound);
break;
case 2: // --- Incoming Artillery ---
m_Player.Camera.StopEarthQuake();
LoadCamera(ArtilleryCamera);
m_Player.Controller.Load(ArtilleryController);
m_Player.Camera.DoBomb(1);
m_Player.Controller.AddForce(UnityEngine.Random.Range(-1.5f, 1.5f), 0.1f,
UnityEngine.Random.Range(-1.5f, 1.5f));
Demo.ButtonColumnArrowFadeoutTime = Time.time + 1;
m_AudioSource.Stop();
m_AudioSource.PlayOneShot(m_ExplosionSound);
break;
case 3: // --- Crashing Airplane ---
LoadCamera(StompingCamera);
m_Player.Controller.Load(SmackController);
m_Player.Camera.DoEarthQuake(0.25f, 0.2f, 10.0f, 1.0f, 6.5f);
Demo.ButtonColumnArrowFadeoutTime = Time.time + 9;
m_AudioSource.Stop();
m_AudioSource.PlayOneShot(m_EarthquakeSound);
m_Player.Camera.RenderingFieldOfView = 80;
m_Player.Camera.Zoom();
if (m_ChrashingAirplaneRestoreTimer != null)
m_ChrashingAirplaneRestoreTimer.Cancel();
m_ChrashingAirplaneRestoreTimer = vp_Timer.In(9, delegate() { m_Player.Camera.RenderingFieldOfView = 60; m_Player.Camera.Zoom(); });
break;
}
Demo.LastInputTime = Time.time;
}
// show a screenshot preview of the mouse input editor section
// in the bottom left corner.
Demo.DrawEditorPreview(m_ImageWeaponPosition, m_ImageEditorPreview, m_ImageEditorScreenshot);
}
}
///////////////////////////////////////////////////////////
// moves the current weapon model to its exit offset, changes
// the weapon model and moves the new weapon into view.
// an optional callback may be provided to execute a method
// as the new weapon becomes active
///////////////////////////////////////////////////////////
public void SwitchWeapon(int weapon, WeaponSwitchDelegate callback = null)
{
// prevent firing while putting the current weapon away
if (CurrentShooter != null)
{
CurrentShooter.PreventFiring(0.5f);
}
if (CurrentWeapon != null)
{
CurrentWeapon.StateManager.Reset();
// rotate and move the current weapon out of view
CurrentWeapon.PositionOffset = CurrentWeapon.PositionExitOffset;
CurrentWeapon.RotationOffset = CurrentWeapon.RotationExitOffset;
CurrentWeapon.Refresh();
// play unwield sound
if (CurrentWeapon.audio != null)
{
if (CurrentWeapon.SoundUnWield != null)
{
CurrentWeapon.audio.pitch = 1;
CurrentWeapon.audio.PlayOneShot(CurrentWeapon.SoundUnWield);
}
}
}
// cancel any already ongoing weapon switching activity
CancelWeaponSwitch();
// create a new event to switch the weapon once model has had
// time enough to rotate out of view. 0.15 seconds should do.
m_SwitchWeaponTimer = vp_Timer.In(0.15f, delegate()
{
// switch weapon
SetWeapon(weapon);
// prevent firing while taking out the new weapon
if (CurrentShooter != null)
{
CurrentShooter.PreventFiring(0.5f);
}
// force the 'rotated down' angle and position onto the new
// weapon when it spawns, or it will pop into view
if (CurrentWeapon != null)
{
CurrentWeapon.RotationOffset = CurrentWeapon.RotationExitOffset;
CurrentWeapon.PositionOffset = CurrentWeapon.PositionExitOffset;
CurrentWeapon.SnapSprings();
CurrentWeapon.SnapPivot();
CurrentWeapon.SnapZoom();
CurrentWeapon.Refresh();
}
// create an event to show the new weapon in 0.15 seconds
m_ShowWeaponTimer = vp_Timer.In(0.15f, delegate()
{
if (CurrentWeapon != null)
{
// we do this by smoothly restoring the loaded weapon's
// desired position and angle
CurrentWeapon.PositionOffset = CurrentWeapon.DefaultPosition;
CurrentWeapon.RotationOffset = CurrentWeapon.DefaultRotation;
CurrentWeapon.Refresh();
// play wield sound
if (CurrentWeapon.audio != null)
{
if (CurrentWeapon.SoundWield != null)
{
CurrentWeapon.audio.pitch = 1;
CurrentWeapon.audio.PlayOneShot(CurrentWeapon.SoundWield);
}
}
}
// execute user defined callback, if provided
if (callback != null)
{
callback();
}
});
});
}
///////////////////////////////////////////////////////////
// demo screen to explain external forces
///////////////////////////////////////////////////////////
private void DemoForces()
{
Demo.DrawBoxes("external forces", "The camera and weapon are mounted on 8 positional and angular SPRINGS.\nEXTERNAL FORCES can be applied to these in various ways, creating unique movement patterns every time. This is useful for shockwaves, explosion knockback and earthquakes.", m_ImageLeftArrow, m_ImageRightArrow);
if (Demo.FirstFrame)
{
Demo.DrawCrosshair = false;
LoadCamera(StompingCamera);
SwitchWeapon(1, ModernWeapon, null, -1, false, false);
m_Player.Controller.Load(SmackController);
m_Player.Camera.SnapZoom();
Demo.FirstFrame = false;
Demo.Teleport(m_ForcesPos, m_ForcesAngle);
Demo.ButtonColumnArrowY = -100.0f;
}
if (Demo.ShowGUI)
{
// draw toggle column showing force examples
Demo.ButtonSelection = -1;
string[] strings = new string[] { "Earthquake", "Boss Stomp", "Incoming Artillery", "Crashing Airplane" };
Demo.ButtonSelection = Demo.ButtonColumn(150, Demo.ButtonSelection, strings, m_ImageRightPointer);
if (Demo.ButtonSelection != -1)
{
switch (Demo.ButtonSelection)
{
case 0: // --- Earthquake ---
LoadCamera(StompingCamera);
m_Player.Controller.Load(SmackController);
m_Player.Camera.DoEarthQuake(0.1f, 0.1f, 10.0f);
Demo.ButtonColumnArrowFadeoutTime = Time.time + 9;
m_AudioSource.Stop();
m_AudioSource.PlayOneShot(m_EarthquakeSound);
break;
case 1: // --- Boss Stomp ---
m_Player.Camera.StopEarthQuake();
LoadCamera(ArtilleryCamera);
m_Player.Controller.Load(SmackController);
m_Player.Camera.DoStomp(1.0f);
Demo.ButtonColumnArrowFadeoutTime = Time.time;
m_AudioSource.Stop();
m_AudioSource.PlayOneShot(m_StompSound);
break;
case 2: // --- Incoming Artillery ---
m_Player.Camera.StopEarthQuake();
LoadCamera(ArtilleryCamera);
m_Player.Controller.Load(ArtilleryController);
m_Player.Camera.DoBomb(1);
m_Player.Controller.AddForce(UnityEngine.Random.Range(-1.5f, 1.5f), 0.1f,
UnityEngine.Random.Range(-1.5f, 1.5f));
Demo.ButtonColumnArrowFadeoutTime = Time.time + 1;
m_AudioSource.Stop();
m_AudioSource.PlayOneShot(m_ExplosionSound);
break;
case 3: // --- Crashing Airplane ---
LoadCamera(StompingCamera);
m_Player.Controller.Load(SmackController);
m_Player.Camera.DoEarthQuake(0.25f, 0.2f, 10.0f, 1.0f, 6.5f);
Demo.ButtonColumnArrowFadeoutTime = Time.time + 9;
m_AudioSource.Stop();
m_AudioSource.PlayOneShot(m_EarthquakeSound);
m_Player.Camera.RenderingFieldOfView = 80;
m_Player.Camera.Zoom();
if (m_ChrashingAirplaneRestoreTimer != null)
{
m_ChrashingAirplaneRestoreTimer.Cancel();
}
m_ChrashingAirplaneRestoreTimer = vp_Timer.In(9, delegate() { m_Player.Camera.RenderingFieldOfView = 60; m_Player.Camera.Zoom(); });
break;
}
Demo.LastInputTime = Time.time;
}
// show a screenshot preview of the mouse input editor section
// in the bottom left corner.
Demo.DrawEditorPreview(m_ImageWeaponPosition, m_ImageEditorPreview, m_ImageEditorScreenshot);
}
}
///////////////////////////////////////////////////////////
// static version of the Cancel method. NOTE: calling
// 'CancelInvoke' on a vp_Timer is the same as calling
// 'Cancel'.
///////////////////////////////////////////////////////////
public static void Cancel(vp_Timer timer)
{
if (timer == null)
return;
timer.Cancel();
}
/// <summary>
/// cancels a timer if the passed timer handle is still active
/// </summary>
private static void Cancel(vp_Timer.Handle handle)
{
if (handle == null)
return;
// NOTE: the below Active check is super-important for verifying timer
// handle integrity. recycling 'handle.Event' if 'handle.Active' is false
// will cancel the wrong event and lead to some other timer never firing
// (this is because timer events are recycled but not their timer handles).
if (handle.Active)
{
// setting the 'Id' property to zero will result in DueTime also
// becoming zero, sending the event to 'Execute' in the next frame
// where it will be recycled instead of executed
handle.Id = 0;
return;
}
}
///////////////////////////////////////////////////////////
// moves the current weapon model to its exit offset, changes
// the weapon model and moves the new weapon into view.
// an optional callback may be provided to execute a method
// as the new weapon becomes active
///////////////////////////////////////////////////////////
public void SwitchWeapon(int weapon, WeaponSwitchDelegate callback = null)
{
// prevent firing while putting the current weapon away
if (CurrentShooter != null)
CurrentShooter.PreventFiring(0.5f);
if (CurrentWeapon != null)
{
CurrentWeapon.StateManager.Reset();
// rotate and move the current weapon out of view
CurrentWeapon.PositionOffset = CurrentWeapon.PositionExitOffset;
CurrentWeapon.RotationOffset = CurrentWeapon.RotationExitOffset;
CurrentWeapon.Refresh();
// play unwield sound
if (CurrentWeapon.audio != null)
{
if (CurrentWeapon.SoundUnWield != null)
{
CurrentWeapon.audio.pitch = 1;
CurrentWeapon.audio.PlayOneShot(CurrentWeapon.SoundUnWield);
}
}
}
// cancel any already ongoing weapon switching activity
CancelWeaponSwitch();
// create a new event to switch the weapon once model has had
// time enough to rotate out of view. 0.15 seconds should do.
m_SwitchWeaponTimer = vp_Timer.In(0.15f, delegate()
{
// switch weapon
SetWeapon(weapon);
// prevent firing while taking out the new weapon
if (CurrentShooter != null)
CurrentShooter.PreventFiring(0.5f);
// force the 'rotated down' angle and position onto the new
// weapon when it spawns, or it will pop into view
if (CurrentWeapon != null)
{
CurrentWeapon.RotationOffset = CurrentWeapon.RotationExitOffset;
CurrentWeapon.PositionOffset = CurrentWeapon.PositionExitOffset;
CurrentWeapon.SnapSprings();
CurrentWeapon.SnapPivot();
CurrentWeapon.SnapZoom();
CurrentWeapon.Refresh();
}
// create an event to show the new weapon in 0.15 seconds
m_ShowWeaponTimer = vp_Timer.In(0.15f, delegate()
{
if (CurrentWeapon != null)
{
// we do this by smoothly restoring the loaded weapon's
// desired position and angle
CurrentWeapon.PositionOffset = CurrentWeapon.DefaultPosition;
CurrentWeapon.RotationOffset = CurrentWeapon.DefaultRotation;
CurrentWeapon.Refresh();
// play wield sound
if (CurrentWeapon.audio != null)
{
if (CurrentWeapon.SoundWield != null)
{
CurrentWeapon.audio.pitch = 1;
CurrentWeapon.audio.PlayOneShot(CurrentWeapon.SoundWield);
}
}
}
// execute user defined callback, if provided
if (callback != null)
callback();
});
});
}
///////////////////////////////////////////////////////////
// reloads the current shooter with 'amount' ammo and deals
// with states and timers concerning reloading
///////////////////////////////////////////////////////////
public void Reload(int amount)
{
if (CurrentShooter == null)
return;
if (Time.time < CurrentShooter.NextAllowedReloadTime)
return;
if (m_ReenableWeaponStatesTimer != null)
m_ReenableWeaponStatesTimer.Cancel();
SetState("Reload", true);
CurrentShooter.Reload(amount);
if (m_DoneReloadingTimer != null)
m_DoneReloadingTimer.Cancel();
m_DoneReloadingTimer = vp_Timer.In(CurrentShooter.AmmoReloadTime, delegate()
{
SetState("Reload", false);
});
}
///////////////////////////////////////////////////////////
// this method schedules a check in 'seconds' to reenable
// any active states on the controller that may have been
// temporarily disabled on the current weapon
///////////////////////////////////////////////////////////
public void ReenableWeaponStatesIn(float seconds)
{
// cancel the timer if it's currently running, to prevent
// problems with button spamming
if (m_ReenableWeaponStatesTimer != null)
m_ReenableWeaponStatesTimer.Cancel();
m_ReenableWeaponStatesTimer = vp_Timer.In(seconds, delegate()
{
if (Controller.StateEnabled("Zoom"))
{
if (CurrentWeapon != null)
CurrentWeapon.SetState("Zoom", true);
if (CurrentShooter != null)
CurrentShooter.SetState("Zoom", true);
return; // don't reenable 'Crouch' or 'Run' on the weapon while zooming
}
if (Controller.StateEnabled("Crouch"))
{
if (CurrentWeapon != null)
CurrentWeapon.SetState("Crouch", true);
if (CurrentShooter != null)
CurrentShooter.SetState("Crouch", true);
}
if (Controller.StateEnabled("Run"))
{
if (CurrentWeapon != null)
CurrentWeapon.SetState("Run", true);
if (CurrentShooter != null)
CurrentShooter.SetState("Run", true);
}
});
}
private void DoExamplePistolReloadSequence()
{
// NOTE: (the 'Reload' state is activated in the 'Reload'
// method of vp_FPSPlayer so the pistol is already tilted
// to the side)
// always disable the timer if it's running, to avoid hickups
// caused by button spamming
if (m_PistolReloadTimer != null)
{
m_PistolReloadTimer.Cancel();
}
// after 0.4 seconds, simulate replacing the clip
m_PistolReloadTimer = vp_Timer.In(0.4f, delegate()
{
// but first make sure we're still reloading since the player
// may have switched weapons
if (!m_Player.Camera.CurrentWeapon.StateEnabled("Reload"))
{
return;
}
// apply a force as if hitting the gun from below
m_Player.Camera.CurrentWeapon.AddForce2(new Vector3(0, 0.05f, 0), new Vector3(0, 0, 0));
// 0.15 seconds later, twist the gun backwards
if (m_PistolReloadTimer != null)
{
m_PistolReloadTimer.Cancel();
}
m_PistolReloadTimer = vp_Timer.In(0.15f, delegate()
{
if (!m_Player.Camera.CurrentWeapon.StateEnabled("Reload"))
{
return;
}
// to do this, switch from the pistol 'Reload' state to
// its 'Reload2' state
m_Player.Camera.SetState("Reload", false);
m_Player.Camera.CurrentWeapon.SetState("Reload", false);
m_Player.Camera.CurrentWeapon.SetState("Reload2", true);
m_Player.Camera.CurrentWeapon.RotationOffset.z = 0;
m_Player.Camera.CurrentWeapon.Refresh();
// after 0.35 seconds, pull the slide
if (m_PistolReloadTimer != null)
{
m_PistolReloadTimer.Cancel();
}
m_PistolReloadTimer = vp_Timer.In(0.35f, delegate()
{
if (!m_Player.Camera.CurrentWeapon.StateEnabled("Reload2"))
{
return;
}
// apply a force pulling the whole gun backwards briefly
m_Player.Camera.CurrentWeapon.AddForce2(new Vector3(0, 0, -0.05f), new Vector3(5, 0, 0));
// 0.1 seconds later, disable the reload state to point
// the gun forward again
if (m_PistolReloadTimer != null)
{
m_PistolReloadTimer.Cancel();
}
m_PistolReloadTimer = vp_Timer.In(0.1f, delegate()
{
m_Player.SetState("Reload2", false);
// if the player is crouching, restore the zoom state on the pistol
if (m_Player.Controller.StateEnabled("Zoom"))
{
m_Player.Camera.CurrentWeapon.SetState("Zoom", true);
}
m_Player.CurrentShooter.NextAllowedFireTime = Time.time + 0.5f;
m_Player.CurrentShooter.NextAllowedReloadTime = Time.time + 0.5f;
});
});
});
});
}
///////////////////////////////////////////////////////////
// moves the current weapon model out of view, changes the weapon
// model and loads a new weapon preset, then moves the new weapon
// into view. an optional shooter preset can be provided.
///////////////////////////////////////////////////////////
void SwitchWeapon(int weapon, string weaponPreset, string shooterPreset = "")
{
if (m_Camera.CurrentWeapon == null)
return;
// switch weapons
// prevent firing while putting the current weapon away
vp_FPSShooter shooter = m_Camera.CurrentWeapon.GetComponent<vp_FPSShooter>();
if (shooter != null)
shooter.PreventFiring(0.75f);
// rotate and move the weapon downwards
m_Camera.CurrentWeapon.RotationOffset.x = 40;
m_Camera.CurrentWeapon.PositionOffset.y = -1.0f;
m_Camera.CurrentWeapon.RefreshSettings();
// cancel any already ongoing weapon switching activity
if (m_SwitchWeaponTimer != null)
m_SwitchWeaponTimer.Cancel();
// create a new event to switch the weapon once camera has had
// time enough to rotate out of view. 0.15 seconds should do.
m_SwitchWeaponTimer = vp_Timer.At(0.15f, delegate()
{
// switch weapon and load new weapon settings
m_Camera.SetWeapon(weapon);
m_Camera.CurrentWeapon.Load(weaponPreset);
// prevent firing while taking out the new weapon
shooter = m_Camera.CurrentWeapon.GetComponent<vp_FPSShooter>();
if (shooter != null)
shooter.PreventFiring(0.75f);
// store the loaded weapon's desired position and angle
Vector3 pos = m_Camera.CurrentWeapon.PositionOffset;
Vector3 rot = m_Camera.CurrentWeapon.RotationOffset;
// force the 'rotated down' angle and position onto the new
// weapon when it spawns, or it will pop into view
m_Camera.CurrentWeapon.RotationOffset.x = 40;
m_Camera.CurrentWeapon.PositionOffset.y = -1.0f;
m_Camera.CurrentWeapon.SnapSprings();
m_Camera.CurrentWeapon.SnapPivot();
m_Camera.CurrentWeapon.SnapZoom();
m_Camera.CurrentWeapon.RefreshSettings();
// if the calling method specified a shooter preset, load it
if (!string.IsNullOrEmpty(shooterPreset))
{
if (m_Camera.CurrentShooter != null)
m_Camera.CurrentShooter.Load(shooterPreset);
}
// cancel any ongoing weapon showing activity
if (m_ShowWeaponTimer != null)
m_ShowWeaponTimer.Cancel();
// create a new event to show the new weapon in 0.15 seconds
m_ShowWeaponTimer = vp_Timer.At(0.15f, delegate()
{
// we do this by smoothly restoring the loaded weapon's
// desired position and angle
m_Camera.CurrentWeapon.PositionOffset = pos;
m_Camera.CurrentWeapon.RotationOffset = rot;
m_Camera.CurrentWeapon.RefreshSettings();
});
});
}