OutSignalName   => "LOCK",            OutTemp         => vlck,            GlitchData      => lock_GlitchData,            XOn             => XOn,            MsgOn           => MsgOn,            Paths           => (                0 => (InputChangeTime   => FBK_nwv'LAST_EVENT,                      PathDelay         => tpd_SYNC0_Q0,                      PathCondition     => TRUE)            )        );    END PROCESS ADJ;    ----------------------------------------------------------------------------    -- PLL Process    ----------------------------------------------------------------------------    PLL : PROCESS (pll_out)        -- Timing Check Variables        VARIABLE Pviol_SYNC     : X01 := '0';        VARIABLE PD_SYNC        : VitalPeriodDataType := VitalPeriodDataInit;    BEGIN        ------------------------------------------------------------------------        -- Timing Check Section        ------------------------------------------------------------------------        IF (TimingChecksOn) THEN            VitalPeriodPulseCheck (                TestSignal      => pll_out,                TestSignalName  => "PLL",                Period          => tperiod_SYNC0_posedge,                CheckEnabled    => TRUE,                HeaderMsg       => InstancePath & "/m88915t",                PeriodData      => PD_SYNC,                XOn             => XOn,                MsgOn           => MsgOn,                Violation       => Pviol_SYNC            );            Violation <= Pviol_SYNC;        END IF;        pll_out <= TRANSPORT not pll_out AFTER pll_delay + half_per;    END PROCESS PLL;    ----------------------------------------------------------------------------    -- DIV2 Process    ----------------------------------------------------------------------------    DIV2 : PROCESS (mux_out, FREQSEL_nwv, rst_int)        -- Functionality Results Variables        VARIABLE PrevData       : std_logic_vector(0 to 2);        VARIABLE CLK_div_2      : std_ulogic := '0';    BEGIN            VitalStateTable (                StateTable      => TFFR_tab,                DataIn          => (Violation, mux_out, rst_int),                Result          => CLK_div_2,                PreviousDataIn  => PrevData            );        IF FREQSEL_nwv = '0' THEN            div_out <= CLK_div_2;        ELSE            div_out <= mux_out;        END IF;    END PROCESS DIV2;    ----------------------------------------------------------------------------    -- OUTP Process    ----------------------------------------------------------------------------    OUTP : PROCESS (div_out, OE_ipd)        -- Functionality Results Variables        VARIABLE Q0_zd              : std_ulogic;        VARIABLE Q0_int             : std_ulogic;        VARIABLE QX2_zd             : std_ulogic;        VARIABLE QX2_int            : std_ulogic;        VARIABLE QDIV2_zd           : std_ulogic;        VARIABLE QDIV2_int          : std_ulogic;        VARIABLE Q5Neg_zd           : std_ulogic;        VARIABLE Q5Neg_int          : std_ulogic;        VARIABLE D0_zd              : std_ulogic;        VARIABLE D1_zd              : std_ulogic;        VARIABLE Dxnor              : std_ulogic;        -- Output Glitch Detection Variables        VARIABLE Q0_GlitchData      : VitalGlitchDataType;        VARIABLE QX2_GlitchData     : VitalGlitchDataType;        VARIABLE QDIV2_GlitchData   : VitalGlitchDataType;        VARIABLE Q5Neg_GlitchData   : VitalGlitchDataType;        VARIABLE Violation0     : X01 := '0';        VARIABLE PrevData1      : std_logic_vector(0 to 3);        VARIABLE PrevData2      : std_logic_vector(0 to 3);        VARIABLE PrevData3      : std_logic_vector(0 to 3);    BEGIN            VitalStateTable (                StateTable      => DFFRN_tab,                DataIn          => (Violation0, div_out, D0_zd, OE_ipd),                Result          => Q0_int,                PreviousDataIn  => PrevData1            );            VitalStateTable (                StateTable      => DFFRN_tab,                DataIn          => (Violation0, div_out, Q0_zd, OE_ipd),                Result          => Q5Neg_int,                PreviousDataIn  => PrevData2            );            VitalStateTable (                StateTable      => DFFRN_tab,                DataIn          => (Violation0, div_out, Dxnor, OE_ipd),                Result          => QDIV2_int,                PreviousDataIn  => PrevData3            );        QX2_int := VitalAND2 (a => div_out, b => OE_ipd);        QX2_zd := VitalBUFIF1 (data => QX2_int, enable => OE_ipd);        Q0_zd := VitalBUFIF1 (data => Q0_int, enable => OE_ipd);        QDIV2_zd := VitalBUFIF1 (data => QDIV2_int, enable => OE_ipd);        Q5Neg_zd := VitalBUFIF1 (data => Q5Neg_int, enable => OE_ipd);        Dxnor := VitalXNOR2 (a => Q0_zd, b => QDIV2_zd);        D0_zd := VitalINV (data => Q0_zd);        ------------------------------------------------------------------------        -- Path Delay Section        ------------------------------------------------------------------------        VitalPathDelay01Z (            OutSignal       => QX2,            OutSignalName   => "QX2",            OutTemp         => QX2_zd,            GlitchData      => QX2_GlitchData,            XOn             => XOn,            MsgOn           => MsgOn,            Paths           => (                0 => (InputChangeTime   => div_out'LAST_EVENT,                      PathDelay         => VitalExtendToFillDelay(tpd_SYNC0_Q0),                      PathCondition     => TRUE),                1 => (InputChangeTime   => OE_ipd'LAST_EVENT,                      PathDelay         => tpd_OE_Q0,                      PathCondition     => TRUE)            )        );        VitalPathDelay01Z (            OutSignal       => Q,            OutSignalName   => "Q",            OutTemp         => Q0_zd,            GlitchData      => Q0_GlitchData,            XOn             => XOn,            MsgOn           => MsgOn,            Paths           => (                0 => (InputChangeTime   => div_out'LAST_EVENT,                      PathDelay         => VitalExtendToFillDelay(tpd_SYNC0_Q0),                      PathCondition     => TRUE),                1 => (InputChangeTime   => OE_ipd'LAST_EVENT,                      PathDelay         => tpd_OE_Q0,                      PathCondition     => TRUE)            )        );        VitalPathDelay01Z (            OutSignal       => Q5Neg,            OutSignalName   => "Q5Neg",            OutTemp         => Q5Neg_zd,            GlitchData      => Q5Neg_GlitchData,            XOn             => XOn,            MsgOn           => MsgOn,            Paths           => (                0 => (InputChangeTime   => div_out'LAST_EVENT,                      PathDelay         => VitalExtendToFillDelay(tpd_SYNC0_Q0),                      PathCondition     => TRUE),                1 => (InputChangeTime   => OE_ipd'LAST_EVENT,                      PathDelay         => tpd_OE_Q0,                      PathCondition     => TRUE)            )        );        VitalPathDelay01Z (            OutSignal       => QDIV2,            OutSignalName   => "QDIV2",            OutTemp         => QDIV2_zd,            GlitchData      => QDIV2_GlitchData,            XOn             => XOn,            MsgOn           => MsgOn,            Paths           => (                0 => (InputChangeTime   => div_out'LAST_EVENT,                      PathDelay         => VitalExtendToFillDelay(tpd_SYNC0_Q0),                      PathCondition     => TRUE),                1 => (InputChangeTime   => OE_ipd'LAST_EVENT,                      PathDelay         => tpd_OE_Q0,                      PathCondition     => TRUE)            )        );    END PROCESS OUTP;END vhdl_behavioral;