>INFO
 
EDI file changed by program edi_dec
 
Original coordinates are all MAGNETIC
Declination is added to the ZROT values
to give SPECTRA in TRUE NORTH coordinates 
 
Note that pot positions and azimuths are all 
still in MAGNETIC NORTH coordinates 
 
Declination for this location =      25.6000004
 
MAXINFO=1000
--- Source file(s) ---
  264a4013.edi
  264a4033.edi
  264a4053.edi
  264a4063.edi
  264a4d.edi
  264ab023.edi
  264ab2.edi
  264ac014.edi
  264ac1.edi
  264ad023.edi
  264ad2.edi
  264af023.edi

--- INFO from 264a4013.edi
Source File:edi\264a4013.ZEW
PROC TYPE =  ls-sq/ls-sq signal separation
OUTPUT    =  E
INPUT1    =  B
INPUT2    =  Er
ROT FIELDS=    0.000
FIRST DIFF= n
ROT MINMAX= y
REJECT    =  Skip
SAMP.FREQ.=    512.000000
DECIMATION=  1
FFT LENGTH=   1024
NPT/LSHIFT=          0        0.000000
NPT/RSHIFT=          0        0.000000



--- INFO from 264a4033.edi
Source File:edi\264a4033.ZEW
PROC TYPE =  ls-sq/ls-sq signal separation
OUTPUT    =  E
INPUT1    =  B
INPUT2    =  Er
ROT FIELDS=    0.000
FIRST DIFF= n
ROT MINMAX= y
REJECT    =  Skip
SAMP.FREQ.=    512.000000
DECIMATION=  1
FFT LENGTH=   1024
NPT/LSHIFT=          0        0.000000
NPT/RSHIFT=          0        0.000000



--- INFO from 264a4053.edi
Source File:edi\264a4053.ZEW
PROC TYPE =  ls-sq/ls-sq signal separation
OUTPUT    =  E
INPUT1    =  B
INPUT2    =  Er
ROT FIELDS=    0.000
FIRST DIFF= n
ROT MINMAX= y
REJECT    =  Skip
SAMP.FREQ.=    512.000000
DECIMATION=  1
FFT LENGTH=   1024
NPT/LSHIFT=          0        0.000000
NPT/RSHIFT=          0        0.000000



--- INFO from 264a4063.edi
Source File:edi\264a4063.ZEW
PROC TYPE =  ls-sq/ls-sq signal separation
OUTPUT    =  E
INPUT1    =  B
INPUT2    =  Er
ROT FIELDS=    0.000
FIRST DIFF= n
ROT MINMAX= y
REJECT    =  Skip
SAMP.FREQ.=   2048.000000
DECIMATION=  1
FFT LENGTH=   1024
NPT/LSHIFT=          0        0.000000
NPT/RSHIFT=          0        0.000000



--- INFO from 264a4d.edi


--- INFO from 264ab023.edi
Source File:edi\264ab023.ZEW
PROC TYPE =  ls-sq/ls-sq signal separation
OUTPUT    =  E
INPUT1    =  B
INPUT2    =  Br
ROT FIELDS=    0.000
FIRST DIFF= n
ROT MINMAX= y
REJECT    =  Skip
SAMP.FREQ.=      0.500000
DECIMATION=  1
FFT LENGTH=    512
NPT/LSHIFT=          0        0.000000
NPT/RSHIFT=          0        0.000000



--- INFO from 264ab2.edi


--- INFO from 264ac014.edi
Source File:edi\264ac014.ZEW
PROC TYPE =  ls-sq/ls-sq signal separation
OUTPUT    =  E
INPUT1    =  B
INPUT2    =  Er
ROT FIELDS=    0.000
FIRST DIFF= n
ROT MINMAX= y
REJECT    =  Skip
SAMP.FREQ.=     64.000000
DECIMATION=  1
FFT LENGTH=   8192
NPT/LSHIFT=          0        0.000000
NPT/RSHIFT=          0        0.000000



--- INFO from 264ac1.edi


--- INFO from 264ad023.edi
Source File:edi\264ad023.ZEW
PROC TYPE =  ls-sq/ls-sq signal separation
OUTPUT    =  E
INPUT1    =  B
INPUT2    =  Br
ROT FIELDS=    0.000
FIRST DIFF= n
ROT MINMAX= y
REJECT    =  Skip
SAMP.FREQ.=      0.125000
DECIMATION=  1
FFT LENGTH=    512
NPT/LSHIFT=          0        0.000000
NPT/RSHIFT=          0        0.000000



--- INFO from 264ad2.edi


--- INFO from 264af023.edi
Source File:edi\264af023.ZEW
PROC TYPE =  ls-sq/ls-sq signal separation
OUTPUT    =  E
INPUT1    =  B
INPUT2    =  Br
ROT FIELDS=    0.000
FIRST DIFF= n
ROT MINMAX= y
REJECT    =  Skip
SAMP.FREQ.=      0.031250
DECIMATION=  1
FFT LENGTH=    512
NPT/LSHIFT=          0        0.000000
NPT/RSHIFT=          0        0.000000



ROTATION=PAX

ROTATION=