CRC_WP1_raw_data/P1/20220607_183646_SP_T1.2.2_1_3_P1_1_2/6/pulseprogram

# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
;****************************************************************
;
; Copyright (c) 2018
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; All Rights Reserved
; 
; FLASH - a gradient echo imaging method
;
;****************************************************************
;
; d0 - TR padding
; d1 - T1 padding
; d2 - T2 padding
; d3 = PVM_RiseTime
; d4 = PVM_RampTime
; d8 = SCON / BLKTR_MAN (Amplifier preblanking)

# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/MRI.include" 1
;****************************************************************
;
; $Source$
;
; Copyright (c) 2006
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; All Rights Reserved
;
;;****************************************************************
;MRI.include

# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/Avance.incl" 1
;Avance3.incl
;   for AV III
;
;avance-version (13/06/17)
;
;$CLASS=HighRes Incl
;$COMMENT=
# 169 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/Avance.incl"
;$Id: Avance3.incl,v 1.9.6.1 2013/06/17 15:32:55 pfre Exp $
# 14 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/MRI.include" 2

define delay aqq
define delay deparx
define delay derxadc
define delay rdepa

# 21 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/MRI.include"
"aqq=dw*td"
"rdepa=de-depa"
"deparx=depa-derx"
"derxadc=derx-deadc"


; contents of De2.incl - usage for different hardware versions to 
; be checked - intermediate solution to support Jobs
define delay rde1
# 31 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/MRI.include"
"rde1=de-de1"


# 44 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/MRI.include"
; end of contents of De2.incl


# 65 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/MRI.include"
	
	


# 74 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/MRI.include"
	


# 128 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/MRI.include"
# 129 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/MRI.include"
   


# 141 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/MRI.include"
	


# 20 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg" 2

# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 1
;****************************************************************
;
; Copyright (c) 2003-2007
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; $Id$
;
; All Rights Reserved
;
; Declaration of pulseprogram parameters and subroutines for 
; preparation  modules
;
; Must be included after MRI.include!
;
;****************************************************************

;**** Fat Suppression ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FatSupDef.mod" 1
;****************************************************************
;
; Copyright (c) 2018
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; $Id$
;
; All Rights Reserved
;
; FatSupDef.mod : Declaration of Fat Suppression Subroutine
;
;****************************************************************

if (PVM_FatSupPerform == Yes)
{
  define pulse           fatSupPul   = {$PVM_FatSupRfLength}
  define list<frequency> fatSupList  = {$PVM_FatSupFL}
  
  define delay fatSupRamp  = {$PVM_FatSupRampTime}
  define delay fatSupAmp   = {$PVM_FatSupAmpEnable}
  define delay fatSupWait  = {$PVM_FatSupGradWait}
  define delay fatSupSpoil = {$PVM_FatSupSpoilDur}

  ; convert from ms to s
  "fatSupRamp  = fatSupRamp  / 1000"
  "fatSupAmp   = fatSupAmp   / 1000"
  "fatSupWait  = fatSupWait  / 1000"
  "fatSupSpoil = fatSupSpoil / 1000"
}
subroutine FatSup
# 20 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Flow Saturation ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FlowSatDef.mod" 1
;****************************************************************
;
; Copyright (c) 2018
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; $Id$
;
; All Rights Reserved
;
; FlowSatDef.mod: Declaration of subroutines for Flow Saturation 
; call
; subr FlowSat()
; subr FlowSatInit()
; subr FlowSatInc()
; 
;****************************************************************

if(PVM_InFlowSatOnOff == 1)
{
define list<frequency> modlis4 = {$PVM_InFlowSatFL}
define list<grad_scalar> flowSatGrad={$PVM_InFlowSatGrad}

define delay SfD0 = {$PVM_SfD0}
define delay SfD1 = {$PVM_SfD1}
define delay SfD2 = {$PVM_SfD2}
# 28 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FlowSatDef.mod"
define pulse SfP0 = {$PVM_SfP0}
define loopcounter SfLp0 = {$PVM_SfLp0}
}


subroutine FlowSat
subroutine FlowSatInc
subroutine FlowSatInit
# 24 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Inversion Pulse ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/InvPulseDef.mod" 1
;****************************************************************
;
; Copyright (c) 2002-2007
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; $Id$
;
; All Rights Reserved
;
; InvPulseDef.mod : Declaration of Inversion Pulse subroutine
;
; call
; subr InvPulse()
;
;****************************************************************
;   
;       PVM_InvRFPulseArr      :  
;     
;       sp22            TPQQ[14].name : PVM_InvRFPulsePropertyArr[0].Filename
;
;       PVM_IpP0                      :  PVM_InvRFPulseArr[0].PulseLength
;
;       PVM_IpD2                      :  PVM_InvPulseDelay[0]
;       PVM_IpD3                      :  PVM_InvPulseSpoilTime[0]
;       PVM_IpD1                      :  CONFIG_amplifier _enable
;       PVM_IpD0                      :  PVM_RampTime
;

if(PVM_InvPulseOnOff == 1)
{
define list<frequency>  modlis2= {$PVM_InvPulseOffsetHz}
define delay IpD0 = {$PVM_IpD0}
define delay IpD1 = {$PVM_IpD1}
define delay IpD2 = {$PVM_IpD2}
define delay IpD3 = {$PVM_IpD3}

define pulse IpP0 = {$PVM_IpP0}
}
subroutine InvPulse
# 28 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Magnetisation Transfer ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/MagTransDef.mod" 1
;****************************************************************
; $Source$
;
; Copyright (c) 2005-2007
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; All Rights Reserved
;
; MagTransDef.mod: Declaration of subroutine for Magnetization 
;                  transfer 
; call
; subr MagTrans()
;
; $Id$
;****************************************************************
;**** Magnetisation Transfer Module ****


if(PVM_MagTransOnOff)
{
define list<frequency> modlis3 = {$PVM_MagTransFL} 
define delay MtD0 = {$PVM_MtD0}
define delay MtD1 = {$PVM_MtD1}
define delay MtD2 = {$PVM_MtD2}
define delay MtD3 = {$PVM_MtD3}
# 28 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/MagTransDef.mod"
define pulse MtP0 = {$PVM_MtP0}

define loopcounter MtLp0 = {$PVM_MtLp0}
}

subroutine MagTrans
# 32 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Saturation Transfer ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/SatTransDef.mod" 1
;****************************************************************
; $Source$
;
; Copyright (c) 2018
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; All Rights Reserved
;
; SatTransDef.mod: Declaration of subroutine for Saturation transfer 
; call
; subr SatTrans()
;
; $Id$
;****************************************************************
;**** Saturation Transfer Module ****


; PVM_SatTransFL:        List of offset frequencies to be measured.
; PVM_SattransNPulses:   Number of pulses used in one saturation event
; PVM_SattransPowerList: List of RF amplitudes for saturation pulses.
;                        Two elements long: first element: 0 Watt,
;                        used for one reference scan. Subsequent scans
;                        use amplitude as specified in UI.
; StReference:           If PVM_SatTransRefScan is On then list StRfPower
;                        has two elements (1st is zero for reference scan)
;                        If RefScan is Off then lsit has only one element.
;			 Nevertheless we increment to avoid another 'if'  
# 31 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/SatTransDef.mod"
if(PVM_SatTransOnOff)
{
  define list<frequency> modlis5    = {$PVM_SatTransFL}
  define list<power> StRfPower      = {$PVM_SatTransPowerList}
             
  define delay StD0                 = {$PVM_StD0}
  define delay StD1                 = {$PVM_StD1}
  define delay StD2                 = {$PVM_StD2}
  define delay StD3                 = {$PVM_StD3}

  define pulse StP0                 = {$PVM_StP0}

  define loopcounter StNPulses      = {$PVM_SatTransNPulses}
  define loopcounter StReference
  "StReference = 1"
}
subroutine SatTransInit
subroutine SatTransInc
subroutine SatTrans
# 36 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Saturation Pulse ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/SatPulseDef.mod" 1
;****************************************************************
;
; Copyright (c) 2002-2003
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; $Id$
;
; All Rights Reserved
;
; SatPulseDef.mod : Declaration of Saturation Pulse subroutines
; call 
; subr SatPulse()
;
;****************************************************************
;   
;    PVM_SatRFPulseArr      :  
;     
;       sp28            DPQQ[12].name : PVM_SatRFPulsePropertyArr[0].Filename
;       sp29            DPQQ[13].name : PVM_SatRFPulsePropertyArr[1].Filename
;       sp30            DPQQ[14].name : PVM_SatRFPulsePropertyArr[2].Filename
;       sp31            DPQQ[15].name : PVM_SatRFPulsePropertyArr[3].Filename
;
;       PVM_SpP0                     :  PVM_SatRFPulseArr[0].PulseLength
;       PVM_SpP1                     :  PVM_SatRFPulseArr[1].PulseLength
;       PVM_SpP2                     :  PVM_SatRFPulseArr[2].PulseLength
;       PVM_SpP3                     :  PVM_SatRFPulseArr[3].PulseLength
;
;       PVM_SpD2                     :  PVM_SatPulseDelay1[0]
;       PVM_SpD6                     :  PVM_SatPulseSpoilTime[0]
;       PVM_SpD10                    :  PVM_SatPulseDelay2[0]
;       PVM_SpD3                     :  PVM_SatPulseSpoilTime[1]
;       PVM_SpD7                     :  PVM_SatPulseDelay1[1]
;       PVM_SpD11                    :  PVM_SatPulseDelay2[1]
;       PVM_SpD4                     :  PVM_SatPulseDelay1[2]
;       PVM_SpD8                     :  PVM_SatPulseSpoilTime[2]
;       PVM_SpD12                    :  PVM_SatPulseDelay2[2]
;       PVM_SpD5                     :  PVM_SatPulseDelay1[3]
;       PVM_SpD9                     :  PVM_SatPulseSpoilTime[3]
;       PVM_SpD13                    :  PVM_SatPulseDelay2[3]
;

if(PVM_SatPulseOnOff == 1)
   {
define list<frequency> modlis7 = {$PVM_SatPulseOffsetHz}

define delay SpD0 = {$PVM_SpD0}
define delay SpD1 = {$PVM_SpD1}
define delay SpD2 = {$PVM_SpD2}
define delay SpD3 = {$PVM_SpD3}
define delay SpD4 = {$PVM_SpD4}
define delay SpD5 = {$PVM_SpD5}
define delay SpD6 = {$PVM_SpD6}
define delay SpD7 = {$PVM_SpD7}
define delay SpD8 = {$PVM_SpD8}
define delay SpD9 = {$PVM_SpD9}
define delay SpD10 = {$PVM_SpD10}
define delay SpD11 = {$PVM_SpD11}
define delay SpD12 = {$PVM_SpD12}
define delay SpD13 = {$PVM_SpD13}
define pulse SpP0 = {$PVM_SpP0}
define pulse SpP1 = {$PVM_SpP1}
define pulse SpP2 = {$PVM_SpP2}
define pulse SpP3 = {$PVM_SpP3}
# 66 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/SatPulseDef.mod"
   }


subroutine SatPulse
# 40 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;*** FOV Saturation ***
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FovSatDef.mod" 1
;****************************************************************
;
; Copyright (c) 2018
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; $Id$
;
; All Rights Reserved
;
; FovSat.mod : Declaration of FOV Saturation subroutine
; call: subr FovSat()
;
;****************************************************************


if (PVM_FovSatOnOff == On)
{
  define pulse           fovSatPul   = {$PVM_FovSatRfLength}
  define list<frequency> fovSatList  = {$PVM_FovSatFL}
  
  define delay fovSatRamp  = {$PVM_FovSatRampTime}
  define delay fovSatAmp   = {$PVM_FovSatAmpEnable}
  define delay fovSatWait  = {$PVM_FovSatGradWait}
  define delay fovSatSpoil = {$PVM_FovSatSpoilDur}
# 27 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FovSatDef.mod"
  ; convert from ms to s
  "fovSatRamp  = fovSatRamp  / 1000"
  "fovSatAmp   = fovSatAmp   / 1000"
  "fovSatWait  = fovSatWait  / 1000"
  "fovSatSpoil = fovSatSpoil / 1000"  
}

subroutine FovSat

# 55 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FovSatDef.mod"
; backwards compatibility
subroutine SatSlices


# 44 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Black Blood ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/BlBloodDef.mod" 1
;****************************************************************
;
; Copyright (c) 2007
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; $Id$
;
; All Rights Reserved
;
; BlBloodDef.mod : Declaration of Black blood  subroutine
;
; call
; subr BlBlood(ph0) : Black blood preparation with RF phaselist
;                     ph0
;
;****************************************************************

if(PVM_BlBloodOnOff)
{
define list<frequency> modlis8 = {$PVM_BlBloodFL}
define delay BlbD0 = {$PVM_BlbD0}
define delay BlbD1 = {$PVM_BlbD1}
define delay BlbD2 = {$PVM_BlbD2}
define delay BlbD3 = {$PVM_BlbD3}

define pulse BlbP0 = {$PVM_BlbP0}
}
subroutine BlBlood
# 48 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Trigger ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/TriggerDef.mod" 1
;****************************************************************
;
; Copyright (c) 1998-2003
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; All Rights Reserved
;
; TriggerDef.mod - Trigger Module
;
;****************************************************************

if (PVM_TriggerModule == On)
{
  define delay trigDur = {$PVM_TriggerDur}
  define delay trigDel = {$PVM_TriggerDelay}

  ; convert from ms to s
  "trigDur = trigDur / 1000"
  "trigDel = trigDel / 1000"
}
subroutine Trigger
subroutine TriggerPhase
subroutine TriggerSlice
# 52 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Trigger Out ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/TriggerOutDef.mod" 1
;****************************************************************
;
; Copyright (c) 2003
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; All Rights Reserved
; $Id$
;****************************************************************

if (PVM_TriggerOutOnOff == On)
{
  define delay trigOutDur = {$PVM_TriggerOutDur}
  define delay trigOutDel = {$PVM_TriggerOutDelay}

  ; convert from ms to s
  "trigOutDur = trigOutDur / 1000"
  "trigOutDel = trigOutDel / 1000"
}
subroutine TriggerOut
subroutine TriggerOutStart
subroutine TriggerOutSlice
subroutine TriggerOutVolume
# 56 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Outer Volume Suppression ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/WsOvsDef.mod" 1
;****************************************************************
;
; Copyright (c) 2005-2007
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; $Id$
;
; All Rights Reserved
;
; WsOvsDef.mod: Declaration of water suppression and Outer 
;               volume suppression subroutines
;
; call 
; subr Ovs(ph0) ;  execution of OVS with ph0 phaselist
;
; subr WsOvs(ph0,ph1) : execution of OVS with ph0 and WS with ph1
;                       phaselist
;****************************************************************

;**** OuterVolumeSuppression ****

if(PVM_OvsOnOff == 1)
{
define list<frequency> Ovslist={$PVM_OvsFrequencyList}
define delay OvsD0 = {$PVM_OvsD0}
define delay OvsD1 = {$PVM_OvsD1}
define pulse OvsP0 = {$PVM_OvsP0}
}
subroutine Ovs
# 62 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/WsOvsDef.mod"
;*** WaterSuppression Module with OVS ****

if (PVM_WsMode)
{

define list<frequency> Wslist={$PVM_WsOffsetHz}
define pulse WsP0 = {$PVM_WsP0}
define pulse WsP1 = {$PVM_WsP1}
define pulse WsP2 = {$PVM_WsP2}
define delay WsNp0 
"WsNp0 = WsP0"
define delay WsNp1 
"WsNp1 = WsP1"
define delay WsNp2 
"WsNp2 = WsP2"
define list<delay> ChD1={$PVM_ChppgD1}
define list<delay> ChD2={$PVM_ChppgD2}
define list<delay> VpD1={$PVM_VpppgD1}
define list<delay> VpD2={$PVM_VpppgD2}
# 82 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/WsOvsDef.mod"
}


subroutine WsOvsMain
subroutine WsOvs
subroutine Ws
# 60 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Solvent Suppression module ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/WsSatDef.mod" 1
;******************************************************************
;
; Copyright (c) 2002-2007
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; $Id$ 
;
; All Rights Reserved
;
; WsSatDef.mod - Declaration of water suppression and FOV saturation 
;                subroutines
; call
; subr WsSat(ph0) : execution of WS with ph0 phaselist and 
;                   FOV saturation (as passed as argument)    
;      
;*******************************************************************


; Definitions for WsPpgParams are included in WsOvsDef.mod
subroutine WsSatMain
subroutine WsSat
# 64 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Selective Inversion Recovery ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/SelSliceIrDef.mod" 1
;****************************************************************
;
; Copyright (c) 2018
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; $Id$
;
; All Rights Reserved
;
; SlicelSelIr.mod : declaration of slice Selective Inversion 
;                   Recovery subroutine
; call SliceSelIr()
; 
;
;****************************************************************


if(PVM_SelIrOnOff)
{
  define list<frequency> IrFL = {$PVM_SelIrFL} 
  define delay IrD0 = {$PVM_SelIrD0} ; PVM_InterInvDelay
  define delay IrD1 = {$PVM_SelIrD1} ; PVM_InterInvEndDelay[0]
  define delay IrD2 = {$PVM_SelIrD2} ; Spoiler duration
  define delay IrD3 = {$PVM_SelIrD3} ; Gatepulse duration
  define delay IrD4 = {$PVM_SelIrD4} ; risetime
# 28 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/SelSliceIrDef.mod"
  define pulse IrP0 = {$PVM_SelIrP0}
  define loopcounter IrL0 = {$PVM_SelIrL0}
  define loopcounter IrL1
}

subroutine SliceSelIr

# 68 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Tagging ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/TagDef.mod" 1
;****************************************************************
;
; Copyright (c) 2018
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; $Id$
;
; All Rights Reserved
;
; TagDef.mod : Declaration of tagging subroutine
; call
; subr Tagging()
;
;****************************************************************

if(PVM_TaggingOnOff)
{
define list<frequency> taggfreq={$PVM_TaggingFL}

define delay TaggD0 = {$PVM_TaggingD0}
define delay TaggD1 = {$PVM_TaggingD1}
define delay TaggD2 = {$PVM_TaggingD2}
define delay TaggD3 = {$PVM_TaggingD3}
define delay TaggD4 = {$PVM_TaggingD4}
define delay TaggD5 = {$PVM_TaggingD5}
# 28 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/TagDef.mod"
define pulse TaggP0 = {$PVM_TaggingP0}
define loopcounter TaggL0 = {$PVM_TaggingLp0}
}

subroutine Tagging

# 72 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Noe ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/NoeDef.mod" 1
;****************************************************************
;
; Copyright (c) 2007
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; $Id$
;
; All Rights Reserved
;
; NoeDef.mod: Declaration of Nuclear Overhouser Enhancement 
;             subroutine
; call
; subr Noe()
;
;****************************************************************

if(PVM_NoeOnOff == On)
{
define delay NoeD0 = {$PVM_NoeD0}
define delay NoeD1 = {$PVM_NoeD1}
}

subroutine Noe
# 76 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Evolution ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/EvolutionDef.mod" 1
;****************************************************************
;
; Copyright (c) 1998-2003
; Bruker BioSpin MRI GmbH
; D-76275 Ettlingen, Germany
;
; All Rights Reserved
;
; EvolutionDef.mod - Evolution Module
;
;****************************************************************

if (PVM_EvolutionOnOff == On)
{
  define delay       evolDel  = {$PVM_EvolutionDelay}
  define list<delay> evolTime = {$PVM_EvolutionTime}
}

subroutine Evolution
# 80 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2


;**** Drift Compensation ****
# 1 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/DriftComp.mod" 1
;==========================================================
;   subroutine for drift compensation
;==========================================================


if (PVM_DriftCompNavOnOff == On)
{
  define list<frequency> txfq = {$PVM_DriftCompNavTxFrq}
  define list<frequency> rxfq = {$PVM_DriftCompNavRxFrq}
  define pulse DCP0 = {$PVM_DriftCompNavP0}     
  define delay DCD0 = {$PVM_DriftCompNavD0}
  define delay DCD1 = {$PVM_DriftCompNavD1}
  define delay DCD2 = {$PVM_DriftCompNavD2}
  define delay DCD3 = {$PVM_DriftCompNavD3}
  define delay DCD4 = {$PVM_DriftCompNavD4}
  define delay DCD5 = {$PVM_DriftCompNavD5}
  define delay DCD6
  "DCD6 = 10u - de"
  define list<phase> dcph = { 0 }
}
subroutine DriftComp
# 84 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/PrepModulesHead.mod" 2

# 21 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg" 2

# 23 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
preset off

define delay denab
"denab =  d3 - de"

define list<phase> phaselist = {$RFPhaseList}
define list<frequency> fq1list = {$ACQ_O1_list}
# 31 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
if (ACQ_jobs_size > 1)
{
  3u  setrtp1|1	\n	7u  setrtp1^1             \n 1m	swj1    \n 1m	dccorr1         \n	3u  setrtp1|1	\n	187u  setrtp1^1	\n	1u  setrtp1|1	\n	9u  setrtp1^1            \n 1m	swj2   \n 1m	dccorr2       \n 3u  setrtp1|1	\n	7u  setrtp1^1            \n 1m	swj1	  \n	if (CONFIG_preemp_type == GREAT_60)               \n {                                                 \n if (CONFIG_instrument_type != Avance_III)      \n {                                              \n 500m setnmr0|34|33|32                          \n }                                              \n else                                           \n {                                              \n 200u setnmr0|34|33|32                          \n }                                              \n }                                                 \n if (CONFIG_preemp_type == DPP_with_SW_Blanking)   \n {\n 10u ctrlgrad 0  \n 10u grad{(0)|(0)|(0) }	  \n 200u setnmr0|34|33|32     \n }\n if (CONFIG_preemp_type == DPP)  \n {    \n 10u groff \n }
} else {
  dccorr                                             \n                           \n if (CONFIG_preemp_type == GREAT_60)               \n {                                                 \n if (CONFIG_instrument_type != Avance_III)      \n {                                              \n 500m setnmr0|34|33|32                          \n }                                              \n else                                           \n {                                              \n 200u setnmr0|34|33|32                          \n }                                              \n }                                                 \n if (CONFIG_preemp_type == DPP_with_SW_Blanking)   \n {\n 10u ctrlgrad 0  \n 10u grad{(0)|(0)|(0) }	  \n 200u setnmr0|34|33|32     \n }\n if (CONFIG_preemp_type == DPP)  \n {    \n 10u groff \n }
}


# 41 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
grad_zero_for_gs <ACQ_spatial_phase_1, ACQ_spatial_phase_2>


subr FlowSatInit
;EXEC_begin FlowSatInit FlowSatInit()
# 54 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FlowSatDef.mod"
 
  if(PVM_InFlowSatOnOff == 1)
  {
          0u    modlis4.res
          0u    flowSatGrad.res
  }
 
;EXEC_end   FlowSatInit
# 44 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
subr SatTransInit
;EXEC_begin SatTransInit SatTransInit()
# 48 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/SatTransDef.mod"
 
  if(PVM_SatTransOnOff)
  {
              0u    modlis5.res
              0u    StRfPower.res
  }
 
;EXEC_end   SatTransInit
# 45 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
       10u        recph ph1
# 48 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
start, 10u        fq8(receive):f1

subr DriftComp
;EXEC_begin DriftComp DriftComp()
# 23 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/DriftComp.mod"
 

  if(PVM_DriftCompYesNo == Yes)
  {
        20u     reload B0                 ;close to nav acq
    

    if(PVM_DriftCompNavOnOff == On)
    {
        10u     swj2
                1u  setrtp1|1	\n	9u  setrtp1^1                   ;lasts 10u

       	10u  	rxfq(receive):f1
      	 5u  	txfq:f1
       DCD0  	gatepulse 1
      (DCP0     :sp55 dcph):f1
 
       DCD6                               ;is 10u-de
		(rde1 sync de1 adc2  dcph syrec) (1u 1u  dcph:r):f1 (de) ;is de
       DCD1     cpdngs18:f1
       169u                               ;delay for scan shift
        10u     eoscnp #1 

       DCD2    grad_ramp{PVM_DriftCompNavSpoilAmp,PVM_DriftCompNavSpoilAmp,PVM_DriftCompNavSpoilAmp}
       DCD3                               ;delay after eoscnp #0 requires about 45u
       DCD4    swj1                ;requires about 65u
               3u  setrtp1|1	\n	7u  setrtp1^1                    ;lasts 10u
       DCD5
       DCD2    grad_off
    }
  }

 
;EXEC_end   DriftComp
# 50 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"

   if(PVM_BlBloodOnOff == On)
   {
subr TriggerSlice
;EXEC_begin TriggerSlice TriggerSlice()
# 45 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/TriggerDef.mod"
 
  if (PVM_TriggerMode == per_Slice)
  {
;EXEC_begin Trigger Trigger()
# 23 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/TriggerDef.mod"
 
  if (PVM_TriggerModule == On)
  {
    trigDur     setnmr3|6
  
    trigDur     trignl1
    trigDur     trigpe3
  
    trigDur     setnmr3^6 
    trigDel
  }
 
;EXEC_end   Trigger
  }
 
;EXEC_end   TriggerSlice
# 54 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
   }
subr BlBlood
;EXEC_begin BlBlood BlBlood(phase ph0)
# 30 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/BlBloodDef.mod"
 
 if(PVM_BlBloodOnOff) 
   {
        10u     modlis8:f1 
        10u
      BlbD3	gatepulse 1
     (BlbP0     :sp46  ph0):f1
      BlbD2     grad_ramp{0, 0, PVM_BlbGrad}
         0u     modlis8.inc
        10u
        10u     modlis8:f1
        10u 
      BlbD3     gatepulse 1
     (BlbP0     :sp46  ph0):f1
      BlbD2     grad_off
      BlbD1     modlis8.inc grad_ramp{0, 0, PVM_BlBloodSpoilAmp}
      BlbD0     grad_off
         0u     modlis8.inc
   }
  
;EXEC_end   BlBlood
# 56 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
subr TriggerSlice
;EXEC_begin TriggerSlice TriggerSlice()
# 45 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/TriggerDef.mod"
 
  if (PVM_TriggerMode == per_Slice)
  {
;EXEC_begin Trigger Trigger()
# 23 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/TriggerDef.mod"
 
  if (PVM_TriggerModule == On)
  {
    trigDur     setnmr3|6
  
    trigDur     trignl1
    trigDur     trigpe3
  
    trigDur     setnmr3^6 
    trigDel
  }
 
;EXEC_end   Trigger
  }
 
;EXEC_end   TriggerSlice
# 57 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
subr Tagging
;EXEC_begin Tagging Tagging()
# 32 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/TagDef.mod"
 
  if(PVM_TaggingOnOff)
  {
                 0u    taggfreq.res

    if(PVM_TaggingMode == DANTE)
    {
                10u    taggfreq:f1  
             TaggD4    grad_ramp{PVM_TaggingGradAmp1, PVM_TaggingGradAmp2,0}
             TaggD5    gatepulse 1
            (TaggP0:   sp45):f1

       tag119, TaggD2
             TaggD5    gatepulse 1
            (TaggP0:   sp45):f1

       lo to tag119 times TaggL0

             TaggD4     grad_off

      if(PVM_TaggingDir == Tagging_grid)
      {
             TaggD1     taggfreq.inc
                10u     taggfreq:f1
             TaggD5     gatepulse 1
             TaggD4     grad_ramp{PVM_TaggingGradAmp3,PVM_TaggingGradAmp4,0} 
            (TaggP0:    sp45):f1

       tag220, TaggD2
             TaggD5     gatepulse 1
            (TaggP0:    sp45):f1

       lo to tag220 times TaggL0

             TaggD4     grad_off
      }
    }

    if(PVM_TaggingMode == SPAMM)
    {
                10u     taggfreq:f1
             TaggD5     gatepulse 1
            (TaggP0:    sp45):f1

       tag321, TaggD2     grad_ramp{PVM_TaggingGradAmp1,PVM_TaggingGradAmp2,0}
             TaggD4     grad_off
             TaggD5     gatepulse 1
            (TaggP0:    sp45):f1

       lo to tag321 times TaggL0

      if(PVM_TaggingDir == Tagging_grid)
      {
             TaggD1     taggfreq.inc
                10u     taggfreq:f1
             TaggD5     gatepulse 1
            (TaggP0:    sp45):f1

       tag422, TaggD2     grad_ramp{PVM_TaggingGradAmp3,PVM_TaggingGradAmp4,0}
             TaggD4     grad_off
             TaggD5     gatepulse 1
            (TaggP0:    sp45):f1

       lo to tag422 times TaggL0
      }
    }
                10u
             TaggD3     grad_ramp{PVM_TaggingSpoilAmp,0,0}
             TaggD4     grad_off
             TaggD0
  }

 
;EXEC_end   Tagging
# 58 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
# 60 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
;----------------------- handle dummy scans ------------------------
   if( l5 >= 1)                                        ; dummy scans
   {
dummy, 10u

;---------------------- preparation modules ------------------------
subr TriggerPhase
;EXEC_begin TriggerPhase TriggerPhase()
# 37 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/TriggerDef.mod"
 
  if (PVM_TriggerMode == per_PhaseStep)
  {
;EXEC_begin Trigger Trigger()
# 23 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/TriggerDef.mod"
 
  if (PVM_TriggerModule == On)
  {
    trigDur     setnmr3|6
  
    trigDur     trignl1
    trigDur     trigpe3
  
    trigDur     setnmr3^6 
    trigDel
  }
 
;EXEC_end   Trigger
  }
 
;EXEC_end   TriggerPhase
# 66 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
subr FlowSat
;EXEC_begin FlowSat FlowSat()
# 33 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FlowSatDef.mod"
 
if(PVM_InFlowSatOnOff == 1)
{

flow123,  SfD0   	modlis4:f1   	grad_ramp{0, 0, flowSatGrad*100}
        SfD1    gatepulse 1
       (SfP0    :sp44):f1
        SfD2            	grad_ramp{0, 0, PVM_InFlowSatSpoilGrad}
        SfD0	        	grad_off
}
  
;EXEC_end   FlowSat
# 67 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
subr FovSat
;EXEC_begin FovSat FovSat()
# 34 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FovSatDef.mod"
 
  if (PVM_FovSatOnOff == On)
  {
                 5u   PVM_FovSatGrad.res
                 5u   fovSatList.res

    fov24, fovSatRamp   grad_ramp<magnet_coord>{PVM_FovSatGrad[]}
                10u   fovSatList:f1 
          fovSatAmp   gatepulse 1
         (fovSatPul   :sp41):f1
        fovSatSpoil   grad_ramp{0, 0, PVM_FovSatSpoilAmp}
                 0u   fovSatList.inc
                 0u   PVM_FovSatGrad.inc
    lo to fov24 times PVM_FovSatNSlices
         
         fovSatRamp   grad_off
         fovSatWait
  }
 
;EXEC_end   FovSat
# 68 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
subr SatTrans
;EXEC_begin SatTrans SatTrans()
# 73 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/SatTransDef.mod"
 
  if(PVM_SatTransOnOff)
  {
             10u    StRfPower:f1
     pulse25, StD1    modlis5:f1 
            StD0    gatepulse 1
            StP0:   sp43(currentpower):f1

         lo to pulse25 times StNPulses

            StD2    grad_ramp{0, 0, PVM_SatTransSpoil.ampl}
            StD3    grad_off
  }
 
;EXEC_end   SatTrans
# 69 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
subr FatSup
;EXEC_begin FatSup FatSup()
# 32 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FatSupDef.mod"
 
  if (PVM_FatSupPerform == Yes)
  {
           10u       fatSupList:f1
     fatSupAmp       gatepulse 1
    (fatSupPul       :sp40):f1
   fatSupSpoil       grad_ramp{0, 0, PVM_FatSupSpoilAmp}
    fatSupRamp       grad_off
    fatSupWait
  }
 
;EXEC_end   FatSup
# 70 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"

        d6        grad_ramp{0, 0, g9}
# 74 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
;------------------------ slice selection --------------------------	
        d3        grad_ramp{0, 0, g0}  fq1list:f1
        d8        gatepulse 1
       (p0:sp0    phaselist):f1
        d4        grad_off

;---------- slice rephase, read dephase, phase encoding -----------
       d10        grad_ramp{g2, ACQ_spatial_phase_1*g3, g1+ACQ_spatial_phase_2*g4}
        d2        grad_off

;----------------------- frequency encoding ------------------------
        d3        grad_ramp{g5, 0, 0} 
       aqq
# 88 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
;------------------ read spoiler + phase encoding ------------------
       d11        grad_ramp{g6, ACQ_spatial_phase_1*g7, ACQ_spatial_phase_2*g8}   ; 2nd and 3rd dims
       d12        grad_ramp{g6, 0, 0}
        d3        grad_off
        d0
        0u        phaselist.inc         ; phase list for RF spoiling

     lo to dummy times l5
   }

acquisition, 10u
# 100 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
;---------------------- preparation modules ------------------------
subr TriggerPhase
;EXEC_begin TriggerPhase TriggerPhase()
# 37 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/TriggerDef.mod"
 
  if (PVM_TriggerMode == per_PhaseStep)
  {
;EXEC_begin Trigger Trigger()
# 23 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/TriggerDef.mod"
 
  if (PVM_TriggerModule == On)
  {
    trigDur     setnmr3|6
  
    trigDur     trignl1
    trigDur     trigpe3
  
    trigDur     setnmr3^6 
    trigDel
  }
 
;EXEC_end   Trigger
  }
 
;EXEC_end   TriggerPhase
# 101 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
subr FlowSat
;EXEC_begin FlowSat FlowSat()
# 33 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FlowSatDef.mod"
 
if(PVM_InFlowSatOnOff == 1)
{

flow126,  SfD0   	modlis4:f1   	grad_ramp{0, 0, flowSatGrad*100}
        SfD1    gatepulse 1
       (SfP0    :sp44):f1
        SfD2            	grad_ramp{0, 0, PVM_InFlowSatSpoilGrad}
        SfD0	        	grad_off
}
  
;EXEC_end   FlowSat
# 102 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
subr FovSat
;EXEC_begin FovSat FovSat()
# 34 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FovSatDef.mod"
 
  if (PVM_FovSatOnOff == On)
  {
                 5u   PVM_FovSatGrad.res
                 5u   fovSatList.res

    fov27, fovSatRamp   grad_ramp<magnet_coord>{PVM_FovSatGrad[]}
                10u   fovSatList:f1 
          fovSatAmp   gatepulse 1
         (fovSatPul   :sp41):f1
        fovSatSpoil   grad_ramp{0, 0, PVM_FovSatSpoilAmp}
                 0u   fovSatList.inc
                 0u   PVM_FovSatGrad.inc
    lo to fov27 times PVM_FovSatNSlices
         
         fovSatRamp   grad_off
         fovSatWait
  }
 
;EXEC_end   FovSat
# 103 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
subr SatTrans
;EXEC_begin SatTrans SatTrans()
# 73 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/SatTransDef.mod"
 
  if(PVM_SatTransOnOff)
  {
             10u    StRfPower:f1
     pulse28, StD1    modlis5:f1 
            StD0    gatepulse 1
            StP0:   sp43(currentpower):f1

         lo to pulse28 times StNPulses

            StD2    grad_ramp{0, 0, PVM_SatTransSpoil.ampl}
            StD3    grad_off
  }
 
;EXEC_end   SatTrans
# 104 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
subr FatSup
;EXEC_begin FatSup FatSup()
# 32 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FatSupDef.mod"
 
  if (PVM_FatSupPerform == Yes)
  {
           10u       fatSupList:f1
     fatSupAmp       gatepulse 1
    (fatSupPul       :sp40):f1
   fatSupSpoil       grad_ramp{0, 0, PVM_FatSupSpoilAmp}
    fatSupRamp       grad_off
    fatSupWait
  }
 
;EXEC_end   FatSup
# 105 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"

        d6        grad_ramp{0, 0, g9}

;------------------------ slice selection --------------------------	
        d3        grad_ramp{0, 0, g0}  fq1list:f1
        d8        gatepulse 1
       (p0:sp0    phaselist):f1
        d4        grad_off
# 115 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
;---------- slice rephase, read dephase, phase encoding -----------
       d10        grad_ramp{g2, ACQ_spatial_phase_1*g3, g1+ACQ_spatial_phase_2*g4}
        d2        grad_off

;----------------------- frequency encoding ------------------------
     denab        grad_ramp{g5, 0, 0}

                  (rde1 sync de1 adc1   syrec) (1u 1u  phaselist:r):f1 (de);ph1 used (see recph)
       aqq        cpdngs17:f1  
# 125 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
;------------------ read spoiler + phase encoding ------------------
       d11        grad_ramp{g6, ACQ_spatial_phase_1*g7, ACQ_spatial_phase_2*g8}   ; 2nd and 3rd dims
       d12        grad_ramp{g6, 0, 0}
        d3        grad_off
        d0        eoscnp #0
        0u        phaselist.inc         ; phase list for RF spoiling

;----------------------------- 2d-loop -----------------------------
        0u        ACQ_spatial_phase_1.inc
    lo to acquisition times l1

;---------------------- slice and movie loop -----------------------
subr FlowSatInc
;EXEC_begin FlowSatInc FlowSatInc()
# 46 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FlowSatDef.mod"
 
  if(PVM_InFlowSatOnOff == 1)
  {
          0u    modlis4.inc 
  }
 
;EXEC_end   FlowSatInc
# 137 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
# 139 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
	0u        grad_matrix.inc
        0u        fq1list.inc
    lo to start times NI

;------------------------- averaging loop --------------------------
    lo to start times NA

       d20
# 148 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
;----------------------------- 3d-loop -----------------------------
        0u        ACQ_spatial_phase_2.inc
    lo to start times l2
 
;---------------------- motion averaging loop ----------------------
    lo to start times NAE
 
;-------------------------- sattrans loop --------------------------
subr SatTransInc
;EXEC_begin SatTransInc SatTransInc()
# 58 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/SatTransDef.mod"
 
  if(PVM_SatTransOnOff)
  {
              0u    modlis5.inc

    if "StReference == 1"
    {
              0u    StRfPower.inc
                    "StReference = 0" ;switch off after 1st 'inc'
    }
  }
 
;EXEC_end   SatTransInc
# 156 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"

;------------------------- repetition loop -------------------------
subr Evolution
;EXEC_begin Evolution Evolution()
# 19 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/EvolutionDef.mod"
 
  if (PVM_EvolutionOnOff == On)
  {
    if (PVM_EvolutionMode == Variable_Delay)
    {
      evolTime
      evolTime.inc
    }
    else
    {
      evolDel
    }
  }
 
;EXEC_end   Evolution
# 159 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"

    lo to start times NR
# 163 "/opt/PV-7.0.0/exp/stan/nmr/lists/pp/FLASHAngio.ppg"
if (ACQ_scan_type != Scan_Experiment) \n{ \n goto start \n}

exit

ph0 = 0
ph1 = 0