public RemotePlayerAnimationManager(RemotePlayer Player)
{
this.Player = Player;
WalkAnimations = new AnimationSet("move_m@casual");
CrouchAnimations = new AnimationSet("move_crouch");
CurrentAnimation = (int)Shared.RemotePlayerAnimations.StandStill;
LastRunToCord = Vector3.Zero;
LastWalkToCord = Vector3.Zero;
Initialized = true;
}
public RemotePlayerAnimationManager(RemotePlayer Player)
{
this.Player = Player;
WalkAnimations = new AnimationSet("move_m@casual");
CrouchAnimations = new AnimationSet("move_crouch");
CurrentAnimation = (int)Shared.RemotePlayerAnimations.StandStill;
LastRunToCord = Vector3.Zero;
LastWalkToCord = Vector3.Zero;
Initialized = true;
}
public void PlayAnimation(Shared.RemotePlayerAnimations Animation)
{
if (!Player.GameReference.Exists() || !Initialized)
{
return;
}
if (Animation != CurrentAnimation)
{
CurrentAnimation = Animation;
if (Animation == Shared.RemotePlayerAnimations.RunTo && Player.GameReference.Position.DistanceTo(Player.GetPosition()) > 1.0f)
{
if (LastRunToCord.DistanceTo(Player.GetPosition()) > 1.0f)
{
Vector3 Position = Player.GetPosition();
Player.GameReference.Task.RunTo(Position);
LastRunToCord = Position;
}
return;
}
if (Animation == Shared.RemotePlayerAnimations.WalkTo && Player.GameReference.Position.DistanceTo(Player.GetPosition()) > 1.0f)
{
if (LastWalkToCord.DistanceTo(Player.GetPosition()) > 1.0f)
{
Vector3 Position = Player.GetPosition();
Player.GameReference.Task.GoTo(Position);
LastWalkToCord = Position;
}
return;
}
Player.GameReference.Task.AlwaysKeepTask = true;
switch (Animation)
{
case Shared.RemotePlayerAnimations.Run:
{
Player.GameReference.Animation.Play(WalkAnimations, "sprint", 1.0f, AnimationFlags.Unknown01 | AnimationFlags.Unknown05);
break;
}
case Shared.RemotePlayerAnimations.Walk:
{
Player.GameReference.Animation.Play(WalkAnimations, "walk", 1.0f, AnimationFlags.Unknown01 | AnimationFlags.Unknown05);
break;
}
case Shared.RemotePlayerAnimations.StandStill:
{
Player.GameReference.Animation.Play(WalkAnimations, "idle", 1.0f, AnimationFlags.Unknown01 | AnimationFlags.Unknown05);
break;
}
case Shared.RemotePlayerAnimations.Jump:
{
GTA.Native.Function.Call("TASK_JUMP", Player.GameReference, 1);
break;
}
case Shared.RemotePlayerAnimations.Crouch:
{
Player.GameReference.Animation.Play(CrouchAnimations, "wstart", 1.0f, AnimationFlags.Unknown01 | AnimationFlags.Unknown05);
break;
}
}
}
}
public void PlayAnimation(Shared.RemotePlayerAnimations Animation)
{
if (!Player.GameReference.Exists() || !Initialized)
{
return;
}
if (Animation != CurrentAnimation)
{
CurrentAnimation = Animation;
if (Animation == Shared.RemotePlayerAnimations.RunTo && Player.GameReference.Position.DistanceTo(Player.GetPosition()) > 1.0f)
{
if (LastRunToCord.DistanceTo(Player.GetPosition()) > 1.0f)
{
Vector3 Position = Player.GetPosition();
Player.GameReference.Task.RunTo(Position);
LastRunToCord = Position;
}
return;
}
if (Animation == Shared.RemotePlayerAnimations.WalkTo && Player.GameReference.Position.DistanceTo(Player.GetPosition()) > 1.0f)
{
if (LastWalkToCord.DistanceTo(Player.GetPosition()) > 1.0f)
{
Vector3 Position = Player.GetPosition();
Player.GameReference.Task.GoTo(Position);
LastWalkToCord = Position;
}
return;
}
Player.GameReference.Task.AlwaysKeepTask = true;
switch (Animation)
{
case Shared.RemotePlayerAnimations.Run:
{
Player.GameReference.Animation.Play(WalkAnimations, "sprint", 1.0f, AnimationFlags.Unknown01 | AnimationFlags.Unknown05);
break;
}
case Shared.RemotePlayerAnimations.Walk:
{
Player.GameReference.Animation.Play(WalkAnimations, "walk", 1.0f, AnimationFlags.Unknown01 | AnimationFlags.Unknown05);
break;
}
case Shared.RemotePlayerAnimations.StandStill:
{
Player.GameReference.Animation.Play(WalkAnimations, "idle", 1.0f, AnimationFlags.Unknown01 | AnimationFlags.Unknown05);
break;
}
case Shared.RemotePlayerAnimations.Jump:
{
GTA.Native.Function.Call("TASK_JUMP", Player.GameReference, 1);
break;
}
case Shared.RemotePlayerAnimations.Crouch:
{
Player.GameReference.Animation.Play(CrouchAnimations, "wstart", 1.0f, AnimationFlags.Unknown01 | AnimationFlags.Unknown05);
break;
}
}
}
}