GT1 := START 
GT8 := START 
GT2 := SAMPLA 
_TMPB1 := GS8.T >= _TMPT1 
GT9 := _TMPB1 
_TMPB1 := GS9.T >= _TMPT1 
GT10 := _TMPB1 
_TMPR2 := - _TMPR1 
_TMPB1 := E > _TMPR2 
_TMPB2 := E < _TMPR1 
_TMPB1 := _TMPB1 _AND _TMPB2 
GT13 := _TMPB1 
_TMPB1 := E >= _TMPR1 
GT14 := _TMPB1 
_TMPR2 := - _TMPR1 
_TMPB1 := E <= _TMPR2 
GT15 := _TMPB1 
_TMPB1 := U >= _REAL_NULL 
GT4 := _TMPB1 
_TMPB1 := U < _REAL_NULL 
GT6 := _TMPB1 
_TMPB1 := _NOT SAMPLA 
GT11 := _TMPB1 
_TMPB1 := _NOT SAMPLA 
GT12 := _TMPB1 
H := _TMPR3 
U := _REAL_NULL 
I := _REAL_NULL 
E := _REAL_NULL 
FILTER := _REAL_NULL 
IOLD := I 
EOLD := E 
FILTEROLD := FILTER 
SAMPLA := FALSE 
_PUSH_PAR BOR 
_TMPR2 := _CALL ANA 
_PUSH_PAR Y 
_TMPR4 := _CALL ANA 
_TMPR2 := _TMPR2 - _TMPR4 
E := _TMPR2 
SAMPLA := TRUE 
_TMPR2 := H * E 
_TMPR4 := IOLD + _TMPR2 
I := _TMPR4 
_TMPR2 := _REAL_NULL * FILTEROLD 
_TMPR4 := _TMPR3 * E 
_TMPR2 := _TMPR2 + _TMPR4 
FILTER := _TMPR2 
_TMPR2 := FILTER - FILTEROLD 
_TMPR2 := _TMPR2 / H 
D := _TMPR2 
_TMPR2 := I / TI 
_TMPR4 := E + _TMPR2 
_TMPR5 := D * TD 
_TMPR4 := _TMPR4 + _TMPR5 
_TMPR6 := KP * _TMPR4 
U := _TMPR6 
U := _TMPR7 
U := _REAL_NULL 
_PUSH_PAR U 
_TMPI1 := _CALL REAL 
UANA := _TMPI1 
UANA := _INTEGER_NULL 
