At the moment, i am going through the examples found in 'Comparative
Protein Structure Modeling. Introductionand Practical Examples with
Modeller' from the Methods in Molecular Biology Series. Everything
seemed to be o.k., until I started the third section - using multiple
templates:
Using the following TOP script:
SET OUTPUT_CONTROL = 1 1 1 1 1
SET ALIGN_CODES = '1hms' '1lid'
SET ATOM_FILES = '1hms.pdb' '1lid.pdb'
MALIGN3D
SET ADD_SEQUENCE = on, ALIGN_BLOCK = NUMB_OF_SEQUENCES
READ_ALIGNMENT FILE = 'blbp.seq', ALIGN_CODES = ALIGN_CODES 'blbp'
ALIGN2D
WRITE_ALIGNMENT FILE = 'blbp-1hms-1lid.ali', ALIGNMENT_FORMAT = 'PIR'
WRITE_ALIGNMENT FILE = 'blbp-1hms-1lid.pap', ALIGNMENT_FORMAT = 'PAP'
I get the following error reports in the .log file:
Dynamically allocated memory at amaxseq [B,kB,MB]:
2200483 2148.909 2.099
TOP_________> 2 2 SET ALIGN_CODES = '1hms' '1lid'
Dynamically allocated memory at amaxseq [B,kB,MB]:
2205269 2153.583 2.103
Dynamically allocated memory at amaxbnd [B,kB,MB]:
2560929 2500.907 2.442
openf5__224_> Open 11 OLD SEQUENTIAL 1hms.pdb
rdpdb___223E> Array too small. Increase MAXRES
current maximum, current need: 30 31
rdabrk__288W> Protein not accepted: 1
rdabrk__291E> Sequence difference between alignment and pdb :
STRUCTURE RES_IND ALN_ITYP ALN_RES X_ITYP X_RES -----*-----
1 1 33 GLYP 0 -----######
rdabrk__288W> Protein not accepted: 1
openf5__224_> Open 11 OLD SEQUENTIAL 1lid.pdb
rdpdb___223E> Array too small. Increase MAXRES
current maximum, current need: 30 31
rdabrk__288W> Protein not accepted: 2
rdabrk__291E> Sequence difference between alignment and pdb :
STRUCTURE RES_IND ALN_ITYP ALN_RES X_ITYP X_RES -----*-----
2 1 33 GLYP 0 -----######
rdabrk__288W> Protein not accepted: 2
fndatmi_285W> Number of residues <> number of atoms; atom code:
31 0 CA
fndatmi_284E> Beginning atom index for a residue out of bounds:
0 237
recover____E> ERROR_STATUS >= STOP_ON_ERROR: 1 1
Why won't MODELLER read the template sequences, and how do I increase
the MAXRES variable.
I am running MODELLER6v2 on Darwin (Mac OSX).
Many Thanks,
Alex Brown.