#*******************************************************************
#
# $Source: /sc/CvsTree/sc/gen/src/form/ased_acqu.form,v $
#
# Copyright (c) 1995 - 2008
# BRUKER BioSpin GmbH
# D-76287 Rheinstetten, Germany
#
# All Rights Reserved
#
#
# $Id: ased_acqu.form,v 1.16.2.1 2009/11/27 16:29:43 ge Exp $
#*******************************************************************
EDIT_PAR COMMAND FILE

DI_MODE         LONG
ED_ENTRY        ACQU
ORDER           FILE


HEADER		"====== General ======"
NAME		PULPROG
END
NAME		TD
END
NAME		SW
END
T_NAME		SWH
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0.0 1e38
		REL	"SWH=SW*SFO1"
		INV_REL "SW=SWH/SFO1"
		UNIT	"Hz"
		FORMAT	"%14.2f Hz"
		TEXT	"sweep width"
END
T_NAME          AQ
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0.0 1e38
		REL	"AQ=aqcalc(SW,SFO1,TD,DIGTYP)"
		INV_REL	"TD=tdcalc(SW,SFO1,1.0e6*AQ,DIGTYP)"
		UNIT	"sec"
		FORMAT	"%14.7f sec"
                TEXT	"acquisition time"
END
NAME		RG
END
T_NAME          DW
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0.0 1e38
		REL	"DW=1/(2*SW*SFO1)"
		INV_REL	"SW=1000000/(2*(0.005+DW)*SFO1)"
		UNIT	"usec"
		FORMAT	"%14.3f usec"
		TEXT	"dwell time "
END
NAME		DE
		FORMAT	"%14.2f usec"
END
T_NAME		CNST4
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -1e38 1e38
		REL	"CNST4=CNST[4]"
		INV_REL	"CNST[4]=CNST4"
		FORMAT	"%14.7f"
TEXT		"= J(YH)"
END
T_NAME		CNST11
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -1e38 1e38
		REL	"CNST11=CNST[11]"
		INV_REL	"CNST[11]=CNST11"
		FORMAT	"%14.7f"
TEXT		"for multiplicity selection = 4 for NH, 8 for all multiplicities"
END
T_NAME		CNST12
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -1e38 1e38
		REL	"CNST12=CNST[12]"
		INV_REL	"CNST[12]=CNST12"
		FORMAT	"%14.7f"
TEXT		"for multiplicity selection = 4 for NH, 8 for all multiplicities"
END
T_NAME		CNST21
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -1e38 1e38
		REL	"CNST21=CNST[21]"
		INV_REL	"CNST[21]=CNST21"
		FORMAT	"%14.7f"
TEXT		"CO chemical shift (offset, in ppm)"
END
T_NAME		CNST22
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -1e38 1e38
		REL	"CNST22=CNST[22]"
		INV_REL	"CNST[22]=CNST22"
		FORMAT	"%14.7f"
TEXT		"Calpha chemical shift (offset, in ppm)"
END
T_NAME		d0
		TYPE	R32
		SUBRANGE 0.0 1e8
		CLASS	ACQU
		REL	"d0=3u"
		INV_REL	"D[0]=d0"
		UNIT	"sec"
		TEXT	"d0=3u"
		FORMAT	"%14.8f sec"
		NONEDIT
END
T_NAME		D1
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0.0 1e38
		REL	"D1=D[1]"
		INV_REL	"D[1]=D1"
		UNIT	"sec"
		FORMAT	"%14.8f sec"
TEXT		"relaxation delay; 1-5 * T1"
END
T_NAME		d11
		TYPE	R32
		SUBRANGE 0.0 1e8
		CLASS	ACQU
		REL	"d11=30m"
		INV_REL	"D[0]=d11"
		UNIT	"sec"
		TEXT	"d11=30m"
		FORMAT	"%14.8f sec"
		NONEDIT
END
T_NAME		d12
		TYPE	R32
		SUBRANGE 0.0 1e8
		CLASS	ACQU
		REL	"d12=20u"
		INV_REL	"D[0]=d12"
		UNIT	"sec"
		TEXT	"d12=20u"
		FORMAT	"%14.8f sec"
		NONEDIT
END
T_NAME		D16
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0.0 1e38
		REL	"D16=D[16]"
		INV_REL	"D[16]=D16"
		UNIT	"sec"
		FORMAT	"%14.8f sec"
TEXT		"delay for homospoil/gradient recovery"
END
T_NAME		d24
		TYPE	R32
		SUBRANGE 0.0 1e8
		CLASS	ACQU
		REL	"d24=1s/(cnst4*cnst11)"
		INV_REL	"D[0]=d24"
		UNIT	"sec"
		TEXT	"d24=1s/(cnst4*cnst11)"
		FORMAT	"%14.8f sec"
		NONEDIT
END
T_NAME		d25
		TYPE	R32
		SUBRANGE 0.0 1e8
		CLASS	ACQU
		REL	"d25=1s/(cnst4*cnst12)"
		INV_REL	"D[0]=d25"
		UNIT	"sec"
		TEXT	"d25=1s/(cnst4*cnst12)"
		FORMAT	"%14.8f sec"
		NONEDIT
END
T_NAME		d26
		TYPE	R32
		SUBRANGE 0.0 1e8
		CLASS	ACQU
		REL	"d26=1s/(cnst4*4)"
		INV_REL	"D[0]=d26"
		UNIT	"sec"
		TEXT	"d26=1s/(cnst4*4)"
		FORMAT	"%14.8f sec"
		NONEDIT
END
T_NAME		DELTA1
		TYPE	R32
		SUBRANGE 0.0 1e8
		CLASS	ACQU
		REL	"DELTA1=d25-p16-d16-larger(p2,p8)-d0*2"
		INV_REL	"D[0]=DELTA1"
		UNIT	"sec"
		TEXT	"DELTA1=d25-p16-d16-larger(p2,p8)-d0*2"
		FORMAT	"%14.8f sec"
		NONEDIT
END
T_NAME		DELTA2
		TYPE	R32
		SUBRANGE 0.0 1e8
		CLASS	ACQU
		REL	"DELTA2=p16+d16+8u"
		INV_REL	"D[0]=DELTA2"
		UNIT	"sec"
		TEXT	"DELTA2=p16+d16+8u"
		FORMAT	"%14.8f sec"
		NONEDIT
END
T_NAME		DELTA3
		TYPE	R32
		SUBRANGE 0.0 1e8
		CLASS	ACQU
		REL	"DELTA3=d25-p16-d16-4u"
		INV_REL	"D[0]=DELTA3"
		UNIT	"sec"
		TEXT	"DELTA3=d25-p16-d16-4u"
		FORMAT	"%14.8f sec"
		NONEDIT
END
NAME		DS
		TEXT	"number of dummy scans"
END
T_NAME		in0
		TYPE	R32
		SUBRANGE 0.0 1e8
		CLASS	ACQU
		REL	"in0=inf1/2"
		INV_REL	"D[0]=in0"
		UNIT	"sec"
		TEXT	"in0=inf1/2"
		FORMAT	"%14.8f sec"
		NONEDIT
END
T_NAME		INF1
		TYPE	R64
		CLASS	ACQU
		SUBRANGE 0.0 1e38
		REL	"INF1=INF[1]"
		INV_REL	"INF[1]=INF1"
		UNIT	"usec"
		FORMAT	"%14.2f usec"
TEXT		"1/SW(X) = 2 * DW(X)"
		NONEDIT
END
T_NAME		l0
		TYPE	I32
		SUBRANGE 0 2147483647
		CLASS	ACQU
		REL	"l0=1"
		INV_REL	"D[0]=l0"
		UNIT	"no"
		TEXT	"l0=1"
		FORMAT	"%14d"
		NONEDIT
END
T_NAME		l4
		TYPE	I32
		SUBRANGE 0 2147483647
		CLASS	ACQU
		REL	"l4=d1/(p0+5m)"
		INV_REL	"D[0]=l4"
		UNIT	"no"
		TEXT	"l4=d1/(p0+5m)"
		FORMAT	"%14d"
		NONEDIT
END
NAME		NS
		TEXT	"scans to execute"
END
NAME		ZGOPTNS
		TEXT 	"options for zg"
END
HEADER		"======== CHANNEL f1 ========"
NAME		NUC1
		NONEDIT
		TEXT	"nucleus for channel 1"
END
NAME		O1
		FORMAT	"%14.2f Hz"
		TEXT	"frequency of ch. 1"
END
T_NAME		O1P
		TYPE	R64
		CLASS	ACQU
		SUBRANGE -1e38 1e38
		REL	"O1P=O1/BF1"
		INV_REL	"O1=O1P*BF1"
		UNIT	"ppm"
		FORMAT	"%14.3f ppm"
		TEXT	"frequency of ch. 1"
END
T_NAME		p0
		TYPE	R32
		SUBRANGE -1e38 1e38
		CLASS	ACQU
		REL	"p0=p1*4/3"
		INV_REL	"D[0]=p0"
		UNIT	"usec"
		TEXT	"p0=p1*4/3"
		FORMAT	"%14.2f usec"
		NONEDIT
END
T_NAME		P1
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0.0 1.0e10
		REL	"P1=P[1]"
		INV_REL	"P[1]=P1"
		UNIT	"usec"
		FORMAT	"%14.2f usec"
TEXT		"f1 channel -  90 degree high power pulse"
END
T_NAME		p2
		TYPE	R32
		SUBRANGE -1e38 1e38
		CLASS	ACQU
		REL	"p2=p1*2"
		INV_REL	"D[0]=p2"
		UNIT	"usec"
		TEXT	"p2=p1*2"
		FORMAT	"%14.2f usec"
		NONEDIT
END
T_NAME		P11
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0.0 1.0e10
		REL	"P11=P[11]"
		INV_REL	"P[11]=P11"
		UNIT	"usec"
		FORMAT	"%14.2f usec"
TEXT		"f1 channel -  90 degree shaped pulse           [1 msec]"
END
T_NAME		PLW0
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0 70.4089
		REL	"PLW0=PLW[0]"
		INV_REL	"PLW[0]=PLW0"
		UNIT	"W"
		FORMAT	"%14.5g W"
TEXT		"0W"
END
T_NAME		PLdB0
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -18.5763 1000
		REL	"if(PLW[0]>0)PLdB0=-10*log(PLW[0])/LN10;else PLdB0=1000;"
		INV_REL	"PLW[0]=0;if(PLdB0<1000)PLW[0]=pow(10.0,(-PLdB0)/10.0)"
		UNIT	"dB"
		FORMAT	"%14.2f dB"
		TEXT	"power PL0 in dB"
END
T_NAME		PLW1
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0 70.4089
		REL	"PLW1=PLW[1]"
		INV_REL	"PLW[1]=PLW1"
		UNIT	"W"
		FORMAT	"%14.5g W"
TEXT		"f1 channel - power level for pulse (default)"
END
T_NAME		PLdB1
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -18.5763 1000
		REL	"if(PLW[1]>0)PLdB1=-10*log(PLW[1])/LN10;else PLdB1=1000;"
		INV_REL	"PLW[1]=0;if(PLdB1<1000)PLW[1]=pow(10.0,(-PLdB1)/10.0)"
		UNIT	"dB"
		FORMAT	"%14.2f dB"
		TEXT	"power PL1 in dB"
END
NAME		SFO1
		FORMAT	"%14.7f MHz"
		TEXT	"frequency of ch. 1"
END
NAME		SPNAM1
		TEXT	"file name for SP1"
END
T_NAME		SPOAL1
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -1.0 1.0
		REL	"SPOAL1=SPOAL[1]"
		INV_REL	"SPOAL[1]=SPOAL1"
		FORMAT	"%14.3f"
		TEXT	"phase alignment of freq. offset in SP1"
END
T_NAME		spoffs1
		TYPE	R32
		SUBRANGE -1e38 1e38
		CLASS	ACQU
		REL	"spoffs1=0"
		INV_REL	"D[0]=spoffs1"
		UNIT	"Hz"
		TEXT	"spoffs1=0"
		FORMAT	"%14.2f Hz"
		NONEDIT
END
T_NAME		SPW1
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0 70.4089
		REL	"SPW1=SPW[1]"
		INV_REL	"SPW[1]=SPW1"
		UNIT	"W"
		FORMAT	"%14.5g W"
TEXT		"f1 channel - shaped pulse  90 degree  (H2O on resonance)"
END
T_NAME		SPdB1
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -18.5763 1000
		REL	"if(SPW[1]>0)SPdB1=-10*log(SPW[1])/LN10;elseSPdB1=1000;"
		INV_REL	"SPW[1]=0;if(SPdB1<1000)SPW[1]=pow(10.0,(-SPdB1)/10.0)"
		UNIT	"dB"
		FORMAT	"%14.2f dB"
		TEXT	"power SPW1 in dB"
END
HEADER		"======== CHANNEL f2 ========"
NAME		NUC2
		NONEDIT
		TEXT	"nucleus for channel 2"
END
NAME		O2
		FORMAT	"%14.2f Hz"
		TEXT	"frequency of ch. 2"
END
T_NAME		O2P
		TYPE	R64
		CLASS	ACQU
		SUBRANGE -1e38 1e38
		REL	"O2P=O2/BF2"
		INV_REL	"O2=O2P*BF2"
		UNIT	"ppm"
		FORMAT	"%14.3f ppm"
		TEXT	"frequency of ch. 2"
END
T_NAME		P8
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0.0 1.0e10
		REL	"P8=P[8]"
		INV_REL	"P[8]=P8"
		UNIT	"usec"
		FORMAT	"%14.2f usec"
TEXT		"f2 channel - 180 degree shaped pulse for inversion (adiabatic)"
END
T_NAME		PLW2
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0 307.86
		REL	"PLW2=PLW[2]"
		INV_REL	"PLW[2]=PLW2"
		UNIT	"W"
		FORMAT	"%14.5g W"
		TEXT	"power PLW2 "
END
T_NAME		PLdB2
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -24.9835 1000
		REL	"if(PLW[2]>0)PLdB2=-10*log(PLW[2])/LN10;else PLdB2=1000;"
		INV_REL	"PLW[2]=0;if(PLdB2<1000)PLW[2]=pow(10.0,(-PLdB2)/10.0)"
		UNIT	"dB"
		FORMAT	"%14.2f dB"
		TEXT	"power PL2 in dB"
END
NAME		SFO2
		FORMAT	"%14.7f MHz"
		TEXT	"frequency of ch. 2"
END
NAME		SPNAM13
		TEXT	"file name for SP13"
END
T_NAME		SPOAL13
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -1.0 1.0
		REL	"SPOAL13=SPOAL[13]"
		INV_REL	"SPOAL[13]=SPOAL13"
		FORMAT	"%14.3f"
		TEXT	"phase alignment of freq. offset in SP13"
END
T_NAME		spoffs13
		TYPE	R32
		SUBRANGE -1e38 1e38
		CLASS	ACQU
		REL	"spoffs13=bf2*((cnst21+cnst22)/2000000)-o2"
		INV_REL	"D[0]=spoffs13"
		UNIT	"Hz"
		TEXT	"spoffs13=bf2*((cnst21+cnst22)/2000000)-o2"
		FORMAT	"%14.2f Hz"
		NONEDIT
END
T_NAME		SPW13
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0 307.86
		REL	"SPW13=SPW[13]"
		INV_REL	"SPW[13]=SPW13"
		UNIT	"W"
		FORMAT	"%14.5g W"
TEXT		"f2 channel - shaped pulse 180 degree  (Ca and C=O, adiabatic)"
END
T_NAME		SPdB13
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -24.9835 1000
		REL	"if(SPW[13]>0)SPdB13=-10*log(SPW[13])/LN10;elseSPdB13=1000;"
		INV_REL	"SPW[13]=0;if(SPdB13<1000)SPW[13]=pow(10.0,(-SPdB13)/10.0)"
		UNIT	"dB"
		FORMAT	"%14.2f dB"
		TEXT	"power SPW13 in dB"
END
HEADER		"======== CHANNEL f3 ========"
NAME		CPDPRG3
		TEXT	"file name for cpd3"
END
NAME		NUC3
		NONEDIT
		TEXT	"nucleus for channel 3"
END
NAME		O3
		FORMAT	"%14.2f Hz"
		TEXT	"frequency of ch. 3"
END
T_NAME		O3P
		TYPE	R64
		CLASS	ACQU
		SUBRANGE -1e38 1e38
		REL	"O3P=O3/BF3"
		INV_REL	"O3=O3P*BF3"
		UNIT	"ppm"
		FORMAT	"%14.3f ppm"
		TEXT	"frequency of ch. 3"
END
T_NAME		P21
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0.0 1.0e10
		REL	"P21=P[21]"
		INV_REL	"P[21]=P21"
		UNIT	"usec"
		FORMAT	"%14.2f usec"
TEXT		"f3 channel -  90 degree high power pulse"
END
T_NAME		p22
		TYPE	R32
		SUBRANGE -1e38 1e38
		CLASS	ACQU
		REL	"p22=p21*2"
		INV_REL	"D[0]=p22"
		UNIT	"usec"
		TEXT	"p22=p21*2"
		FORMAT	"%14.2f usec"
		NONEDIT
END
T_NAME		PCPD3
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0 1e38
		REL	"PCPD3=PCPD[3]"
		INV_REL	"PCPD[3]=PCPD3"
		UNIT	"usec"
		FORMAT	"%14.2f usec"
TEXT		"f3 channel - 90 degree pulse for decoupling sequence"
END
T_NAME		PLW3
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0 364.353
		REL	"PLW3=PLW[3]"
		INV_REL	"PLW[3]=PLW3"
		UNIT	"W"
		FORMAT	"%14.5g W"
TEXT		"f3 channel - power level for pulse (default)"
END
T_NAME		PLdB3
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -25.7152 1000
		REL	"if(PLW[3]>0)PLdB3=-10*log(PLW[3])/LN10;else PLdB3=1000;"
		INV_REL	"PLW[3]=0;if(PLdB3<1000)PLW[3]=pow(10.0,(-PLdB3)/10.0)"
		UNIT	"dB"
		FORMAT	"%14.2f dB"
		TEXT	"power PL3 in dB"
END
T_NAME		PLW16
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0 364.353
		REL	"PLW16=PLW[16]"
		INV_REL	"PLW[16]=PLW16"
		UNIT	"W"
		FORMAT	"%14.5g W"
TEXT		"f3 channel - power level for CPD/BB decoupling"
END
T_NAME		PLdB16
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -25.7152 1000
		REL	"if(PLW[16]>0)PLdB16=-10*log(PLW[16])/LN10;else PLdB16=1000;"
		INV_REL	"PLW[16]=0;if(PLdB16<1000)PLW[16]=pow(10.0,(-PLdB16)/10.0)"
		UNIT	"dB"
		FORMAT	"%14.2f dB"
		TEXT	"power PL16 in dB"
END
NAME		SFO3
		FORMAT	"%14.7f MHz"
		TEXT	"frequency of ch. 3"
END
HEADER		"====== GRADIENT CHANNEL ====="
NAME		GPNAM1
TEXT		"SMSQ10.100"
END
NAME		GPNAM2
TEXT		"SMSQ10.100"
END
NAME		GPNAM3
TEXT		"SMSQ10.100"
END
T_NAME		GPZ1
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -100.0 100.0
		REL	"GPZ1=GPZ[1]"
		INV_REL	"GPZ[1]=GPZ1"
		UNIT	"%"
		FORMAT	"%14.2f %"
TEXT		"50%"
END
T_NAME		GPZ2
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -100.0 100.0
		REL	"GPZ2=GPZ[2]"
		INV_REL	"GPZ[2]=GPZ2"
		UNIT	"%"
		FORMAT	"%14.2f %"
TEXT		"80%"
END
T_NAME		GPZ3
		TYPE	R32
		CLASS	ACQU
		SUBRANGE -100.0 100.0
		REL	"GPZ3=GPZ[3]"
		INV_REL	"GPZ[3]=GPZ3"
		UNIT	"%"
		FORMAT	"%14.2f %"
TEXT		"16.2%"
END
T_NAME		P16
		TYPE	R32
		CLASS	ACQU
		SUBRANGE 0.0 1.0e10
		REL	"P16=P[16]"
		INV_REL	"P[16]=P16"
		UNIT	"usec"
		FORMAT	"%14.2f usec"
TEXT		"homospoil/gradient pulse"
END