{
            data d;
            integer i=data.N;
            
            real x;
            real y;
            real z;
            
            while (i>0)
            {
                i=i-1;
                d=data.V[i];
                
                d.s=d.s+ACCELERATION/FPS;
                d.d=d.d+d.s;
                d.t=d.t+(2*bj_PI)/(FPS/ROTATIONS);
                
                MoveLocation(tmploc, GetUnitX(d.c), GetUnitY(d.c));
                z=GetLocationZ(tmploc)+GetUnitFlyHeight(d.c);
                
                x=GetUnitX(d.c) + d.s*Cos(d.a) + d.q*Cos(d.t);
                y=GetUnitY(d.c) + d.s*Sin(d.a) + d.q*Sin(d.t);
                z=Sin(d.d/d.md*bj_PI)*d.h+DEFAULT_HEIGHT;
                
                MoveLocation(tmploc, x, y);
                z=z-GetLocationZ(tmploc);
                
                SetUnitX(d.c, x);
                SetUnitY(d.c, y);
                SetUnitFlyHeight(d.c, z, 0.);
                
                
                if (GetRandomInt(0,3)==0)
                {
                DestroyEffect(AddSpecialEffectTarget(VANISH_FX, d.c, "origin"));
                }
                
                if (d.d>=d.md)
                {
                    DestroyEffect(AddSpecialEffect(GROUND_FX, x, y));
                    
                    pass_x=x;
                    pass_y=y;
                    pass_c=d.x;
                    pass_i=d.i;
                    pass_r=Rect(x-GROUND_RADIUS, y-GROUND_RADIUS, x+GROUND_RADIUS, y+GROUND_RADIUS);
                    
                    GroupEnumUnitsInRange(g, x, y, GROUND_RADIUS, null);
                    ForGroup(g, function() 
                 

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                    } );