For PIPP use p4-suse:
(for laptop):
vncserver -geometry 1280x800 -cc 3 -depth 8
vncserver :66 -geometry 1280x800 -cc 3 -depth 8
(for p4):
vncserver -geometry 1280x1024 -cc 3 -depth 8
vncserver :66 -geometry 1280x1024 -cc 3 -depth 8
(for duo):
vncserver -geometry 1500x1125 -cc 3 -depth 8
vncserver :66 -geometry 1500x1125 -cc 3 -depth 8
vncserver -geometry 1600x1200 -cc 3 -depth 8
vncserver :66 -geometry 1600x1200 -cc 3 -depth 8

1. edit stapp.com and stapp.par

2. calibrating the c13noe expt (finding the offsets, error and proximity ranges):

- assign some peaks (c13noe.PCK)
- cp c13noe.PCK calib-c13noe.PCK 
- cp calib-c13noe.PCK calib-c13noe.1
- delete header -> calib-c13noe.1
- sort -k 7 calib-c13noe.1 > calib-c13noe.1s
- delete the unassigned peaks in calib-c13noe.1s
- use the latest assignment table (pixj-01.shifts) to write down the chemical shift values in calib-c13noe.1s
- getCols calib-c13noe.1s calib-c13noe.2 0 2 3 4 5 6 7
- sort -nk +1 calib-c13noe.2 > calib-c13noe.3
- diff.awk calib-c13noe.3 calib-c13noe.3 > calib-c13noe.4 
- delete half of the calib-c13noe.4
(calib-c13noe-ND.4 without the diagonal elements)

Computing the offsets, error and proximity ranges:

*** HC:
- mstat calib-c13noe.4 1 10 20 (calib-c13noe-ND.4 without the diagonal elements ):
(where 1 is the column #, 10 is the xLength, 20 is the yLength)
Min: -0.024 Max: 0.03 Sum: 0.744 Avg: 0.00389529
SDev: 0.00768111 Var: 5.89995e-05  ADev: 0.00550281

*** H*:
- mstat calib-c13noe.4 2 10 20 (calib-c13noe-ND.4 without the diagonal elements ):
(where 2 is the column #, 10 is the xLength, 20 is the yLength)
Min: -0.0492 Max: 0.0365 Sum: 0.2537 Avg: 0.00132827
SDev: 0.0147396 Var: 0.000217257  ADev: 0.0109424

*** C:
- mstat calib-c13noe.4 3 10 20 (calib-c13noe-ND.4 without the diagonal elements ):
(where 3 is the column #, 10 is the xLength, 20 is the yLength)
Min: -0.246 Max: 0.493 Sum: 3.97 Avg: 0.0207853
SDev: 0.100697 Var: 0.0101399  ADev: 0.0697385

offset = Avg
DEG_PROX_LIMIT = 1*SDev, 2*SDev
ERROR_RANGE = 2*SDev, 4*SDev


OLD:
3. stapp.com
- using the mstat results (including diagonal elements):

DEG_PROX_LIMIT = 1*SDev
ERROR_RANGE = 2*SDev
DATA_OFFSET    -0.032	 -0.030    -0.061     
DEG_PROX_LIMIT  0.005     0.007     0.064
ERROR_RANGE	0.010     0.014     0.128
        Unique Peaks in stapp-c13noe.PCK: 187
        Unique ID #s in stapp-c13noe.DEG: 3
        Total Peaks in stapp-c13noe.DEG:  6

DEG_PROX_LIMIT = 2*SDev (1*SDev for C13)
ERROR_RANGE = 4*SDev (2*SDev for C13)
DATA_OFFSET    -0.032	 -0.030    -0.061     
DEG_PROX_LIMIT  0.010     0.014     0.064
ERROR_RANGE	0.020     0.028     0.128
        Unique Peaks in stapp-c13noe.PCK: 444
        Unique ID #s in stapp-c13noe.DEG: 25
        Total Peaks in stapp-c13noe.DEG:  76

DEG_PROX_LIMIT = 2*SDev
ERROR_RANGE = 4*SDev
DATA_OFFSET    -0.032	 -0.030    -0.061     
DEG_PROX_LIMIT  0.010     0.014     0.128
ERROR_RANGE	0.020     0.028     0.256
        Unique Peaks in stapp-c13noe.PCK: 593
        Unique ID #s in stapp-c13noe.DEG: 46
        Total Peaks in stapp-c13noe.DEG:  187

- using the mstat results (w/o diagonal elements):

DEG_PROX_LIMIT = 1*SDev
ERROR_RANGE = 2*SDev
DATA_OFFSET    -0.032	 -0.030    -0.065     
DEG_PROX_LIMIT  0.005     0.007     0.067
ERROR_RANGE	0.010     0.014     0.134
        Unique Peaks in stapp-c13noe.PCK: 196
        Unique ID #s in stapp-c13noe.DEG: 3
        Total Peaks in stapp-c13noe.DEG:  6

DEG_PROX_LIMIT = 2*SDev (1*SDev for C13)
ERROR_RANGE = 4*SDev (2*SDev for C13)
DATA_OFFSET    -0.032	 -0.030    -0.065     
DEG_PROX_LIMIT  0.010     0.014     0.067
ERROR_RANGE	0.020     0.028     0.134
        Unique Peaks in stapp-c13noe.PCK: 463
        Unique ID #s in stapp-c13noe.DEG: 28
        Total Peaks in stapp-c13noe.DEG:  82

DEG_PROX_LIMIT = 2*SDev
ERROR_RANGE = 4*SDev
DATA_OFFSET    -0.032	 -0.030    -0.065     
DEG_PROX_LIMIT  0.010     0.014     0.134
ERROR_RANGE	0.020     0.028     0.268
        Unique Peaks in stapp-c13noe.PCK: 589
        Unique ID #s in stapp-c13noe.DEG: 47
        Total Peaks in stapp-c13noe.DEG:  199


- run MARVIN (w/o outliers):	DATA_OFFSET     0.000	  0.000     0.009   
				DEG_PROX_LIMIT  0.010     0.015     0.070
				ERROR_RANGE	0.015     0.023     0.105
        			Unique Peaks in stapp-c13noe.PCK: 296
        			Unique ID #s in stapp-c13noe.DEG: 63
        			Total Peaks in stapp-c13noe.DEG:  1457

C94.HA sees a 3.46 ppm
59.8/3.74 ppm sees:	2.33, 0.64, 3.16, 8.02, 8.80, etc.
60.2/4.33 ppm sees:	7.99, 7.27, 8.14, 3.20, 2.20, 2.03, 1.72, etc.
W71.HA sees		8.76 (W71.HN?) and 10.52 (W71.HE1?)
C29.HA sees		6.74, 6.60 and 6.07
51.9/3.91 ppm sees:	4.80, 1.42, 0.88
16.1/1.73 ppm sees:	8.71, 8.32, 8.01, 7.85, 7.08=intra, 4.86, 4.57, 4.37, 4.18, 4.04, 3.88, 3,52, 3,32, 2.12, 1.72, 1.44, 1.19, 0.75, 0.45, -0.05

unic: A82.CB.HB#; L108.HB2