# Calculating the amplitudes of Gaussian packets # ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ N1=750 N2=96 N3=1 GRD='timess.out' NDIG=0 binasc: CAL='mul.cal' GRD1='timess.out' GRD2='gpa-sm.dat' GRD3='timess.out' grdcal: echo.pl: "7500*0" ">time.out" copy.pl: "time.out" "times.out" append.pl: "times.out" "timess.out" append.pl: "times.out" "time.out" # grdte3: N1=750 N2=116 N3=1 CAL='mul.cal' GRD1='times.out' GRD2='cos-win.out' GRD3='times.out' # grdcal: # ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ # Calculating the "initial parameters of GPs" NXTP=14688 N1=36 N2=34 D2=0.404040E-04 O2=-0.666667E-3 N3=12 D3=0.272364 AR0=0.25E-6 GRDTER='fgby22.out' grdte: AR0=-0.25E-6 # AR0=0.0 GRDTER='fgbr22.out' grdte: AR0=1.0 # AR3=0.138071 AR3=0.276142 # TI2=1200.0 TI2=1575.0 GRDTER='cos2.out' # grdte: CAL='mul.cal' GRD1='cos2.out' GRD2='cos2.out' GRD3='cos2.out' # grdcal: CAL='div.cal' GRD1='fgby22.out' GRD2='cos2.out' GRD3='fgby22.out' # grdcal: # ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ N1NEW=1 N2NEW=1 N3NEW=1 GNORM=-999 GRD='fgbr22.out' GRDNEW='fgbrmin.out' grdnorm: GRD='fgby22.out' GRDNEW='fgbymin.out' grdnorm: GNORM=999 GRD='fgby22.out' GRDNEW='fgbymax.out' grdnorm: GRD='fgbr22.out' GRDNEW='fgbrmax.out' grdnorm: # ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ N1=750 N2=116 N3=1 CREF=0.166667 VREF=0 VCIRC=4003.7 GRD='times.out' PS='times.ps' # grdps: # ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ # Calculating the amplitudes of GPs NX=116 NT=750 DX=25.0 DT=0.004 # OX=425.0 OT=0.0 # AN=0.5E-6 AK=15.0 # AN=0.25E-6 AK=11.781 # VSURF=2000.0 VSURF=1500.0 GWM=3.0 FMIN=5.0 FMAX=55.0 FREF=35.0 # PARK=0.5 # PARN=0.5 # NXTP=42042 TIMESEC='times.out' # GPOUTR='ampr000.out' # GPOUTI='ampi000.out' SYNTSEC='synts.out' gpanal: # ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ GRD='synts.out' PS='synts.ps' # grdps: #~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ CAL='sub.cal' GRD1='synts.out' GRD2='times.out' GRD3='huh.out' # grdcal: # VCIRC=100.0 # VCIRC= GRD='huh.out' PS='huh.ps' # grdps: