('HSD', 'H'),('HSE', 'H'),('HSP', 'H'),
('HIE', 'H'), ('HID', 'H'),('HIP', 'H'),
('CYX', 'C'),
+ ('DCY', 'c'), ('DAS', 'd'), ('DSN', 's'), ('DGN', 'q'),
+ ('DLY', 'k'), ('DIL', 'i'), ('DPR', 'p'), ('DTH', 't'),
+ ('DPN', 'f'), ('DSG', 'n'), ('DHI', 'h'),
+ ('DLE', 'l'), ('DAR', 'r'), ('DTR', 'w'), ('DAL', 'a'),
+ ('DVA', 'v'), ('DGL', 'e'), ('DTY', 'y'), ('MED', 'm'),
]
three_to_one = dict(res_codes)
+def seq_2d_from_pdb(seq_2d,seq):
+ if seq_2d =='':
+ return(seq_2d)
+ seq_2d=seq_2d.replace('C', '-')
+ seq_2d_tmp=''
+ ii=0
+ for i in range(0,len(seq)):
+ if seq[i]=='X':
+ seq_2d_tmp=seq_2d_tmp+'-'
+ else:
+ if len(seq_2d)>ii:
+ seq_2d_tmp=seq_2d_tmp+seq_2d[ii]
+ ii+=1
+ tmp=''
+ for i in range(0,len(seq_2d_tmp),40):
+ tmp=tmp+seq_2d_tmp[i:i+40]+" "
+ return(tmp)
+
+def seq_2d_add_x(seq_2d,seq,seq_form):
+ if seq_2d =='':
+ return(seq_2d)
+ seq_2d=seq_2d[:len(seq_form)]
+ seq_2d=seq_2d.replace('C', '-')
+ if seq_form[0] !='X' and seq[0] == 'X':
+ seq_2d='-'+seq_2d
+ if seq_form[-1] !='X' and seq[-1] == 'X':
+ seq_2d=seq_2d+'-'
+ seq_2d=seq_2d[:len(seq)]
+ tmp=''
+ for i in range(0,len(seq_2d),40):
+ tmp=tmp+seq_2d[i:i+40]+" "
+ return(tmp)
+
def seq_add_x(sequence):
- if sequence[0] != 'G':
+ if sequence[0] != 'G' and sequence[0] != 'g' and sequence[0] != 'X':
sequence='X'+sequence
- if sequence[-1] != 'G':
+ if sequence[-1] != 'G' and sequence[-1] != 'g' and sequence[-1] != 'X':
sequence=sequence+'X'
- set ='CDSQKIPTFNGHLRWAVEYMX'
+ set ='CDSQKIPTFNGHLRWAVEYMXcdsqkiptfnhlrwaveym'
sequence = ''.join([c for c in sequence if c in set])
return(sequence)
chain_start = {}
chain_end = {}
unres_shift = {}
- chain=[]
- ichain=0
+ chain_sorted=[]
newchain = True
for line in file:
- if line[0:6] == 'COMPND' and line[11:17] == 'CHAIN:':
- tmp=line[18:]
- chain_=tmp.split(', ')
- chain_[-1]=chain_[-1][0]
- chain.extend(chain_)
-
if line[0:6] == 'ATOM ' and line[13:15] == 'CA':
aa = three_to_one.get(line[17:20])
i = int(line[22:26])
+ ch = line[21:22]
if newchain or i!=ires[-1]:
sequence.append(aa)
ires.append(i)
if newchain:
- if len(chain)>0:
- chain_start[chain[ichain]]=i
+ chain_start[ch]=i
+ chain_sorted.extend(ch)
newchain = False
if line[0:3] == 'TER':
sequence.append('XX')
- if len(chain)>0:
- chain_end[chain[ichain]]=i
- ichain=ichain+1
+ chain_end[ch]=i
newchain = True
if line[0:6] == 'SSBOND':
b=[]
ssbond_ch.append(c)
if line[0:3] == 'END':
break
+ if not sequence[-1] == 'XX':
+ chain_end[ch]=i
while sequence[-1] == 'XX':
del sequence[-1]
if sequence[0] != 'G':
# if ires[0] != 1:
# ssbond=[ [e[0]-ires[0]+1,e[1]-ires[0]+1] for e in ssbond]
i=0
- for c in chain:
+ for c in chain_sorted:
unres_shift[c]=i+chain_start[c]
i=i-(chain_end[c]-chain_start[c])-3
ssbond=[ [e[0]-unres_shift[c[0]]+1,e[1]-unres_shift[c[1]]+1] for e,c in zip(ssbond,ssbond_ch)]
tasks = Task.objects.filter(owner=user).order_by('-created_date')
variable = ''
return render(request, "index.html", {
- 'tasks': tasks
+ 'tasks': tasks, 'alldone': 0
})
@login_required
if form.is_valid():
task.name=form.cleaned_data["name"]
task.type="min"
- task.min_choice=form.cleaned_data["min_choice"]
+# task.min_choice=form.cleaned_data["min_choice"]
task.min_overlap=form.cleaned_data["min_overlap"]
task.min_searchsc=form.cleaned_data["min_searchsc"]
task.min_maxmin=form.cleaned_data["min_maxmin"]
task.md_seq=""
if task.md_start == "pdbstart" or task.md_pdbref:
seq,task.ssbond=from_pdb(task.myfile1)
+ task.md_2d=seq_2d_from_pdb(form.cleaned_data["md_2d"],seq)
else:
seq=seq_add_x(form.cleaned_data["md_seq"])
+ task.md_2d=seq_2d_add_x(form.cleaned_data["md_2d"],seq,form.cleaned_data["md_seq"])
+
for i in range(0,len(seq),40):
task.md_seq=task.md_seq+seq[i:i+40]+" "
task.md_scal_fric=form.cleaned_data["md_scal_fric"]
task.md_mdpdb=form.cleaned_data["md_mdpdb"]
task.unres_ff=form.cleaned_data["unres_ff"]
+ task.md_respa=form.cleaned_data["md_respa"]
task.boxx=form.cleaned_data["boxx"]
task.boxy=form.cleaned_data["boxy"]
task.boxz=form.cleaned_data["boxz"]
form = TaskForm_remd_a(initial=data)
elif '_example_saxs' in request.POST:
data= {'name':task.name,'pdbid':'5UJQ','md_pdbref':True,
- 'md_nstep':200000,'md_lang':'langevin','unres_ff':'E0LL2Y',
+ 'md_nstep':200000,'md_lang':'langevin','unres_ff':'FF2',
'remd_cluter_temp':270,
'scal_rad':4.0,'wsaxs':100.0,'saxs_data':
""" 0.5 1.33868e-02
task.md_seq=""
if task.md_start == "pdbstart" or task.md_pdbref:
seq,task.ssbond=from_pdb(task.myfile1)
+ task.md_2d=seq_2d_from_pdb(form.cleaned_data["md_2d"],seq)
else:
seq=seq_add_x(form.cleaned_data["md_seq"])
+ task.md_2d=seq_2d_add_x(form.cleaned_data["md_2d"],seq,form.cleaned_data["md_seq"])
+
for i in range(0,len(seq),40):
task.md_seq=task.md_seq+seq[i:i+40]+" "
task.remd_nstex=form.cleaned_data["remd_nstex"]
task.md_ntwx=form.cleaned_data["md_ntwx"]
task.md_ntwe=form.cleaned_data["md_ntwe"]
+ task.md_respa=form.cleaned_data["md_respa"]
# task.remd_traj1file=form.cleaned_data["remd_traj1file"]
# task.remd_rest1file=form.cleaned_data["remd_rest1file"]
else:
return redirect('/')
else:
- if task.unres_ff == 'E0LL2Y':
+ if task.unres_ff == 'FF2':
data= {'name':task.name,'nrep':task.remd_nrep,'multiplexing':
'["1", "1", "1", "1", "1", "1", "1", "1"]',
'temperatures':
def refresh_done(request):
user = request.user
tasks = Task.objects.filter(owner=user).order_by('-created_date')
+ alldone = 1
for task in tasks:
refresh_done0(task)
+ if not task.done:
+ alldone=0
proc = subprocess.Popen('/opt/torque/bin/qstat', stdout=subprocess.PIPE)
njob=0
else:
return render(request, "index.html", {
'tasks': tasks ,
- 'variable' : variable
+ 'variable' : variable,
+ 'alldone': alldone
})
projects / django_unres.git / blobdiff