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1. Fix array bounds mismatch in subroutine call that was the likely cause of Fortran crashes, and 2. open up DT search range to +/- 0.77s
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8b483620be
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@ -30,8 +30,7 @@ contains
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include 'ft4/ft4_params.f90'
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include 'ft4/ft4_params.f90'
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class(ft4_decoder), intent(inout) :: this
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class(ft4_decoder), intent(inout) :: this
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procedure(ft4_decode_callback) :: callback
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procedure(ft4_decode_callback) :: callback
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parameter (NSS=NSPS/NDOWN)
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parameter (NSS=NSPS/NDOWN,NDMAX=NMAX/NDOWN)
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parameter (NZZ=18*3456)
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character message*37,msgsent*37
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character message*37,msgsent*37
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character c77*77
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character c77*77
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character*37 decodes(100)
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character*37 decodes(100)
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@ -42,8 +41,8 @@ contains
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character*6 hhmmss
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character*6 hhmmss
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character*4 cqstr,cqstr0
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character*4 cqstr,cqstr0
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complex cd2(0:NZZ/NDOWN-1) !Complex waveform
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complex cd2(0:NDMAX-1) !Complex waveform
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complex cb(0:NZZ/NDOWN-1+NN*NSS)
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complex cb(0:NDMAX-1)
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complex cd(0:NN*NSS-1) !Complex waveform
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complex cd(0:NN*NSS-1) !Complex waveform
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complex ctwk(2*NSS),ctwk2(2*NSS,-16:16)
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complex ctwk(2*NSS),ctwk2(2*NSS,-16:16)
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complex csymb(NSS)
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complex csymb(NSS)
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@ -52,7 +51,7 @@ contains
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real bmeta(2*NN),bmetb(2*NN),bmetc(2*NN)
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real bmeta(2*NN),bmetb(2*NN),bmetc(2*NN)
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real a(5)
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real a(5)
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real dd(NZZ)
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real dd(NMAX)
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real llr(2*ND),llra(2*ND),llrb(2*ND),llrc(2*ND),llrd(2*ND)
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real llr(2*ND),llra(2*ND),llrb(2*ND),llrc(2*ND),llrd(2*ND)
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real s2(0:255)
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real s2(0:255)
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real candidate(3,100)
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real candidate(3,100)
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@ -61,7 +60,7 @@ contains
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integer apbits(2*ND)
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integer apbits(2*ND)
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integer apmy_ru(28),aphis_fd(28)
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integer apmy_ru(28),aphis_fd(28)
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integer icos4a(0:3),icos4b(0:3),icos4c(0:3),icos4d(0:3)
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integer icos4a(0:3),icos4b(0:3),icos4c(0:3),icos4d(0:3)
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integer*2 iwave(NZZ) !Raw received data
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integer*2 iwave(NMAX) !Raw received data
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integer*1 message77(77),rvec(77),apmask(2*ND),cw(2*ND)
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integer*1 message77(77),rvec(77),apmask(2*ND),cw(2*ND)
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integer*1 hbits(2*NN)
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integer*1 hbits(2*NN)
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integer graymap(0:3)
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integer graymap(0:3)
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@ -245,7 +244,7 @@ contains
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call ft4_downsample(dd,dobigfft,f0,cd2) !Downsample to 32 Sam/Sym
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call ft4_downsample(dd,dobigfft,f0,cd2) !Downsample to 32 Sam/Sym
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call timer('ft4_down',1)
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call timer('ft4_down',1)
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if(dobigfft) dobigfft=.false.
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if(dobigfft) dobigfft=.false.
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sum2=sum(cd2*conjg(cd2))/(real(NZZ)/real(NDOWN))
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sum2=sum(cd2*conjg(cd2))/(real(NMAX)/real(NDOWN))
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if(sum2.gt.0.0) cd2=cd2/sqrt(sum2)
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if(sum2.gt.0.0) cd2=cd2/sqrt(sum2)
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! Sample rate is now 12000/16 = 750 samples/second
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! Sample rate is now 12000/16 = 750 samples/second
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do isync=1,2
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do isync=1,2
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@ -253,15 +252,15 @@ contains
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idfmin=-12
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idfmin=-12
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idfmax=12
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idfmax=12
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idfstp=3
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idfstp=3
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ibmin=0
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ibmin=-200
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ibmax=800
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ibmax=950
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ibstp=4
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ibstp=4
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else
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else
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idfmin=idfbest-4
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idfmin=idfbest-4
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idfmax=idfbest+4
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idfmax=idfbest+4
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idfstp=1
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idfstp=1
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ibmin=max(0,ibest-5)
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ibmin=max(0,ibest-5)
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ibmax=min(ibest+5,NZZ/NDOWN-1)
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ibmax=min(ibest+5,NDMAX-1)
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ibstp=1
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ibstp=1
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endif
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endif
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ibest=-1
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ibest=-1
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@ -287,7 +286,14 @@ contains
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call timer('ft4down ',1)
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call timer('ft4down ',1)
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sum2=sum(abs(cb)**2)/(real(NSS)*NN)
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sum2=sum(abs(cb)**2)/(real(NSS)*NN)
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if(sum2.gt.0.0) cb=cb/sqrt(sum2)
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if(sum2.gt.0.0) cb=cb/sqrt(sum2)
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cd=cb(ibest:ibest+NN*NSS-1)
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cd=0.
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if(ibest.ge.0) then
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it=min(NDMAX-1,ibest+NN*NSS-1)
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np=it-ibest+1
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cd(0:np-1)=cb(ibest:it)
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else
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cd(-ibest:ibest+NN*NSS-1)=cb(0:NN*NSS+2*ibest-1)
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endif
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call timer('four2a ',0)
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call timer('four2a ',0)
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do k=1,NN
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do k=1,NN
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i1=(k-1)*NSS
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i1=(k-1)*NSS
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