# Jedi Knight Cog Script
# Jedi Knight Cog Script
#
# 00_conveyor.cog
#
# generic conveyor belt script
#
# This script will control 1-8 conveyor belts moving in the same direction
# and with the same velocity.  The conveyors run continuously.
#
# [IS]
#
# LKOH_SniperWolf
# 07/2004
# Updated to slide selected surfaces the X & Y, in relation to the surface itself.
# Same effect as changing position of texture in 2d relations.
# Positive X is to the right, positive Y is up.  These act as vector components, and so an
# amount.  IE, X:5 Y:5 will have a greater effect than X:1 Y:1
#
# (C) 1997 LucasArts Entertainment Co. All Rights Reserved
#  ========================================================================================

symbols
	message	startup

        float		X			desc=conveyor_x_direction
        float		Y			desc=conveyor_y_direction
	vector	vec0              local
	vector	newVec		local
	vector	tempVec		local
	vector	tempVec2		local

	float		speed=2.0	      desc=conveyor_speed

	surface	convey0		nolink
	surface	convey1		nolink
	surface	convey2		nolink
	surface	convey3		nolink
	surface	convey4		nolink
	surface	convey5		nolink
	surface	convey6		nolink
	surface	convey7		nolink

	int		garbage		local
	int		cnt			local
end

#  ========================================================================================

code
startup:
	for (cnt = 0; cnt<=7; cnt=cnt+1){
		if (convey0[cnt] >= 0){
                // The following uses various calculations to create a new vector appropriate for the surface
                // Basically, it just creates a new vector already aligned to the conveyor surface, and uses it to slide
                // the surface the X and Y in the inputted vector relative to the surface.


                tempVec = VectorCross(GetSurfaceNormal(convey0[cnt]), '0 0 -1');
                if ((VectorX(GetSurfaceNormal(convey0[cnt]) == 0)  && (VectorY(GetSurfaceNormal(convey0[cnt]) == 0)){
                    tempVec = VectorCross(GetSurfaceNormal(convey0[cnt]), '0 -1 0');
                }

                tempVec = VectorNorm(tempVec);
                vec0 = VectorSet(X*VectorX(tempVec), X*VectorY(tempVec), X*VectorZ(tempVec));
                tempVec = vec0;

                tempVec2 = VectorCross(GetSurfaceNormal(convey0[cnt]), tempVec);
                tempVec2 = VectorNorm(tempVec2);
                vec0 = VectorSet(Y*VectorX(tempVec2), Y*VectorY(tempVec2), Y*VectorZ(tempVec2));
                tempVec2 = vec0;

                newVec = VectorAdd(tempVec, tempVec2);
                garbage=slidewall(convey0[cnt], newVec, speed);
            }
	}
	return;
end

 brackets. 

But maybe there's something else eluding me  that was screwed up by the forums. Help? :\