Hello,

I know that this problem has been discussed a number of times on the nmrPipe newsgroup and there are some helpful hints, but some details seem to be missing.

In the conversion script I have -yMode Complex and -aq2D States as produced directly via nmrDraw convert Varian menu. The pulse sequence is gNhsqc_IPAP.c. beginning of my processing script looks like this:

nmrPipe    -in test.fid \
| nmrPipe  -fn COADD -cList 1 -1.1 -axis Y \

everything else is the same as in standard hsqc processing and below is the picture that we get in nmrDraw. Obviously something is wrong - any help will be appreciated!

Thanks.

Hello,

I know that this problem has been discussed a number of times on the nmrPipe newsgroup and there are some helpful hints, hints (especially here), but some details seem to be missing.

In the conversion script I have -yMode Complex and -aq2D States as produced directly via nmrDraw convert Varian menu. The pulse sequence is gNhsqc_IPAP.c. beginning of my processing script looks like this:

nmrPipe    -in test.fid \
| nmrPipe  -fn COADD -cList 1 -1.1 -axis Y \

everything else is the same as in standard hsqc processing and below is the picture that we get in nmrDraw. Obviously something is wrong - any help will be appreciated!

Thanks.

Hello,

I know that this problem has been discussed a number of times on the nmrPipe newsgroup and there are some helpful hints (especially here), but some details seem to be missing.

In the conversion script I have -yMode Complex and -aq2D States as produced directly via nmrDraw convert Varian menu. The pulse sequence is gNhsqc_IPAP.c. , where IPAP='y','n' array='IPAP,phase'

The beginning of my processing script looks like this:

nmrPipe    -in test.fid \
| nmrPipe  -fn COADD -cList 1 -1.1 -axis Y \

everything else is the same as in standard hsqc processing and below is the picture that we get in nmrDraw. Obviously something is wrong - any help will be appreciated!

Thanks.

Hello,

I know that this problem has been discussed a number of times on the nmrPipe newsgroup and there are some helpful hints (especially here), but some details seem to be missing.

In the conversion script I have -yMode Complex and -aq2D States as produced directly via nmrDraw convert Varian menu. The pulse sequence is gNhsqc_IPAP.c, where IPAP='y','n' array='IPAP,phase'

The beginning of my processing script looks like this:

nmrPipe    -in test.fid \
| nmrPipe  -fn COADD -cList 1 -1.1 -axis Y \

everything else is the same as in standard hsqc processing and below is the picture that we get in nmrDraw. Obviously something is wrong - any help will be appreciated!

Thanks.

Hello,

I know that this problem has been discussed a number of times on the nmrPipe newsgroup and there are some helpful hints (especially here), but some details seem to be missing.

In the conversion script I have -yMode Complex and -aq2D States as produced directly via nmrDraw convert Varian "convert Varian" menu. The pulse sequence is gNhsqc_IPAP.c, where IPAP='y','n' array='IPAP,phase'

The beginning of my processing script looks like this:

nmrPipe    -in test.fid \
| nmrPipe  -fn COADD -cList 1 -1.1 -axis Y \

everything else is the same as in standard hsqc processing and below is the picture that we get in nmrDraw. Obviously something is wrong - any help will be appreciated!

Thanks.

Hello,

I know that this problem has been discussed a number of times on the nmrPipe newsgroup and there are some helpful hints (especially here), but some details seem to be missing.

In the conversion script I have -yMode Complex and -aq2D States as produced directly via nmrDraw "convert Varian" menu. The pulse sequence is gNhsqc_IPAP.c, where IPAP='y','n' array='IPAP,phase'

The beginning of my processing script looks like this:

nmrPipe    -in test.fid \
| nmrPipe  -fn COADD -cList 1 -1.1 -axis Y \

everything else is the same as in standard hsqc processing and below is the picture that we get in nmrDraw. Obviously something is wrong - any Sign of the 15N frequency is not discriminated. Any help will be appreciated!

Thanks.

Hello,

I know that this problem has been discussed a number of times on the nmrPipe newsgroup and there are some helpful hints (especially here), but some details seem to be missing.

In the conversion script I have -yMode Complex and -aq2D States as produced directly via nmrDraw "convert Varian" menu. The pulse sequence is gNhsqc_IPAP.c, where IPAP='y','n' array='IPAP,phase'

The beginning of my processing script looks like this:

nmrPipe    -in test.fid \
| nmrPipe  -fn COADD -cList 1 -1.1 -axis Y \

everything else is the same as in standard hsqc processing and below is the picture that we get in nmrDraw. Sign of the 15N frequency is not discriminated. Any help will be appreciated!

Thanks.

Hello,

I know that this problem has been discussed a number of times on the nmrPipe newsgroup and there are some helpful hints (especially here), but some details seem to be missing.

In the conversion script I have -yMode Complex and -aq2D States as produced directly via nmrDraw "convert Varian" menu. The pulse sequence is gNhsqc_IPAP.c, where IPAP='y','n' array='IPAP,phase'

The beginning of my processing script looks like this:

nmrPipe    -in test.fid \
| nmrPipe  -fn COADD -cList 1 -1.1 -axis Y \

everything else is the same as in standard hsqc processing and below is the picture that we get in nmrDraw. Sign of the 15N frequency is not discriminated. Any help will be appreciated!

Thanks.

Hello,

I know that this problem has been discussed a number of times on the nmrPipe newsgroup and there are some helpful hints (especially here), but some details seem to be missing.

In the conversion script I have -yMode Complex and -aq2D States as produced directly via nmrDraw "convert Varian" menu. The pulse sequence is gNhsqc_IPAP.c, where IPAP='y','n' array='IPAP,phase'

The beginning of my processing script looks like this:

nmrPipe    -in test.fid \
| nmrPipe  -fn COADD -cList 1 -1.1 -axis Y \

everything else is the same as in standard hsqc processing and below is the picture that we get in nmrDraw. Sign of the 15N frequency is not discriminated. Any help will be appreciated!

Thanks.

Hello,

I know that this problem has been discussed a number of times on the nmrPipe newsgroup and there are some helpful hints (especially here), but some details seem to be missing.

In the conversion script I have -yMode Complex and -aq2D States as produced directly via nmrDraw "convert Varian" menu. The pulse sequence is gNhsqc_IPAP.c, where IPAP='y','n' array='IPAP,phase'

The beginning of my processing script looks like this:

nmrPipe    -in test.fid \
| nmrPipe  -fn COADD -cList 1 -1.1 -axis Y \

everything else is the same as in standard hsqc processing and below is the picture that we get in nmrDraw. Sign of the 15N frequency is not discriminated. Any help will be appreciated!

Thanks.