// September 2015
// Levee Patroller / Dijk Patrouille
// This source file is (c) by Deltares. This source file is open source but only available to select users. Do not redistribute without written permission of Stichting Deltares, Delft, The Netherlands.
// This header has been automatically generated.



//=============================================================================
// VariableTimedMover
// Allows custom MoveTimes per key (modified from a version by Fataloverdose)
// by SuperApe -- Sept 2005
//
// Check http://wiki.beyondunreal.com/wiki/VariableTimedKeyframeMover for more info
//=============================================================================
class DynVariableTimedMover extends Mover;

var()       bool                bActAsClientMover;
var()       array<float>        KeyMoveTime;
var         array<float>        KeyMoveSpeed;

//Added - Almar:
//var byte NumKeys;          // Number of keyframes in total (0-3).


function PostBeginPlay()
{
    local   int     n;

    for ( n = 0; n < KeyMoveTime.length; n++ )
        KeyMoveSpeed[n] = KeyMoveTime[n] * MoveTime;

    Super.PostBeginPlay();

	/// 2007-10-15  Jln	Modified, added this if check:
	if (KeyNum < KeyMoveSpeed.Length)
	{
		MoveTime = KeyMoveSpeed[ KeyNum ];
	}

    if ( bActAsClientMover && Level.NetMode == NM_DedicatedServer )
    {
        SetTimer( 0, false );
        SetPhysics( PHYS_None );
        GotoState('ServerIdle');
    }
}

simulated event KeyFrameReached()
{
    MoveTime = KeyMoveSpeed[ KeyNum ];
    Super.KeyFrameReached();
}

function DoOpen()
{
	MoveTime = KeyMoveSpeed[ KeyNum ];
///	Log( "[" @ self @ "] DoOpen - movetime " @ MoveTime);

	Super.DoOpen();
}

function DoClose()
{                                                   
    MoveTime = KeyMoveSpeed[ KeyNum ];
    Super.DoClose();
}

state ServerIdle
{
    // Do nothing on the Server
}

state() LoopMove
{
    event KeyFrameReached()
    {
        MoveTime = KeyMoveSpeed[ KeyNum ];
        Super.KeyFrameReached();
    }
}

state() ConstantLoop
{
    event KeyFrameReached()
    {
        MoveTime = KeyMoveSpeed[ KeyNum ];
        Super.KeyFrameReached();
    }
}

state() LeadInOutLooper
{
    event KeyFrameReached()
    {
        MoveTime = KeyMoveSpeed[ KeyNum ];
        Super.KeyFrameReached();
    }
}

state LeadInOutLooping
{
    event KeyFrameReached()
    {
        MoveTime = KeyMoveSpeed[ KeyNum ];
        Super.KeyFrameReached();
    }
}


/// Almar:


function SetMovetime(float value, int index)
{
	local int n;

	KeyMoveTime[index] = value;

    for ( n = 0; n < KeyMoveTime.length; n++ )
        KeyMoveSpeed[n] = KeyMoveTime[n] * MoveTime;

	if (KeyNum == index)
	{
		MoveTime = KeyMoveSpeed[ KeyNum ];
	}

}

function float GetMoveTime(int index)
{
	return KeyMoveTime[index];
}

function SetMoveSpeed(float value, int index)
{
	//KeyMoveSpeed[index] = value;

	/// Check if updated value is our current key:
	//if (KeyNum == index)
//	{
//		MoveTime = KeyMoveSpeed[ KeyNum ];
//	}
}

function float GetMoveSpeed(int index)
{
	return KeyMoveSpeed[index];
}

function SetNumKeys(int num)
{
	self.Numkeys = num;
}

//Modified by Almar:
defaultproperties
{
	 bNoDelete=false
     bStatic=False
	 InitialState=TriggerToggle
	 DrawType = DT_StaticMesh
	 bDynamicLight = true
	 bDynamicLightMover = true
	 bUseDynamicLights = true
}