def fill_it(button):
print "fill_it()"
gname = entryGname.get_text()
print "gname is '%s'" % gname
cstart = str2int_or_err(entryStart.get_text(),
labelStart,
parent=self)
print "cstart is '%s'" % cstart
if cstart is None: return
cend = str2int_or_err(entryEnd.get_text(), labelEnd, parent=self)
if cend is None: return
cnt = 1
print "entries is ", entries
print "cend is '%s', len(entries)=%d" % (cend, len(entries))
if cend > len(entries):
#TODO: i not defined
error_msg('Channel #%d out of range' % i, parent=self)
return
for i in range(cstart, cend + 1):
print "trying to set_text(", gname, ") for slot i=", i
label, ename, enum = entries[i - 1]
ename.set_text(gname)
enum.set_text('%d' % cnt)
cnt += 1
def fill_it(button):
print "fill_it()"
gname = entryGname.get_text()
print "gname is '%s'" % gname
cstart = str2int_or_err(entryStart.get_text(), labelStart, parent=self)
print "cstart is '%s'" % cstart
if cstart is None: return
cend = str2int_or_err(entryEnd.get_text(), labelEnd, parent=self)
if cend is None: return
cnt = 1
print "entries is ", entries
print "cend is '%s', len(entries)=%d" % (cend, len(entries))
if cend>len(entries):
#TODO: i not defined
error_msg('Channel #%d out of range' % i, parent=self)
return
for i in range(cstart, cend+1):
print "trying to set_text(", gname, ") for slot i=", i
label, ename, enum = entries[i-1]
ename.set_text(gname)
enum.set_text('%d'%cnt)
cnt += 1
def get_amp(self):
while 1:
response = self.run()
if response == gtk.RESPONSE_OK:
trodes = []
for i, tup in enumerate(self.entries):
label, ename, enum = tup
gname = ename.get_text()
if not len(gname):
error_msg('Empty grid name on channel %d' % i + 1,
parent=self)
break
gnum = str2int_or_err(enum.get_text(), label, parent=self)
if gnum is None: break
trodes.append((i + 1, gname, gnum))
else:
self.hide()
amp = Amp()
amp.extend(trodes)
return amp
else:
self.hide()
return
def get_amp(self):
while 1:
response = self.run()
if response==gtk.RESPONSE_OK:
trodes = []
for i, tup in enumerate(self.entries):
label, ename, enum = tup
gname = ename.get_text()
if not len(gname):
error_msg('Empty grid name on channel %d' % i+1, parent=self)
break
gnum = str2int_or_err(enum.get_text(), label, parent=self)
if gnum is None: break
trodes.append( (i+1, gname, gnum) )
else:
self.hide()
amp = Amp()
amp.extend(trodes)
return amp
else:
self.hide()
return
def validate(self, o):
dlg = self['dlgReader']
if o.readerClass!='vtkNiftiImageReader':
if len(o.pattern)==0:
msg = 'You must supply a number pattern for entry %s.\n' % \
self['labelPattern'].get_label() + 'Consider "%d"'
return error_msg(msg, dlg)
if o.pattern[0]!='%':
msg = '%s format string must begin with a %%.\n' % \
self['labelPattern'].get_label() + 'Consider "%d"'
return error_msg(msg, dlg)
if widgets['radiobuttonDimOther'].get_active():
dim1, dim2 = o.dimensions
val = dim1 = str2posint_or_err(dim1, 'Other: dimension 1', dlg)
if val is None: return None
val = dim2 = str2posint_or_err(dim2, 'Other: dimension 2', dlg)
if val is None: return None
o.dimensions = dim1, dim2
val = o.first = str2int_or_err(o.first, widgets['labelFirst'], dlg)
if val is None:
return None
val = o.last = str2posint_or_err(o.last, widgets['labelLast'], dlg)
if val is None: return None
if o.readerClass!='vtkNiftiImageReader':
fnames = self.get_file_names(o)
for fname in fnames:
print "validate(): doing fname ", fname
if not os.path.exists(fname):
return error_msg('Could not find file %s' % fname, dlg)
if o.readerClass=='vtkBMPReader':
reader = vtk.vtkBMPReader()
b = reader.CanReadFile(fname)
if not b:
return error_msg('Could not read file %s with reader %s'
% (fname, o.readerClass), dlg)
else:
if len(o.extension) > 0:
fname=os.path.join(o.dir,o.pattern+"."+o.extension)
if not os.path.exists(fname):
return error_msg('Could not find file %s' % fname, dlg)
else:
fname=o.pattern
files=os.listdir(o.dir)
match=False
for file in files:
file=file.split(".")
if len(file)>1:
if file[0]==fname:
if file[1] in ["nii","img","hdr"]:
match=True
break
if not match:
return error_msg('Could not find file %s with extension nii, img, hdr [.gz]' % fname, dlg)
# Depth Field Of View
val = o.dfov = str2posnum_or_err(o.dfov, widgets['labelDFOV'], dlg)
print "dfov=", val
if val is None: return None
# Spacing between slices
val = o.spacing = str2posnum_or_err(
o.spacing, widgets['labelSpacing'], dlg)
print "spacing=", val
if val is None: return None
# Size of header
if o.header=='': o.header = 0
else:
val = o.header = str2int_or_err(
o.header, widgets['labelHeader'], dlg)
if val is None: return None
print "header=", val
# Data mask
if o.mask is not None:
if o.mask=='': o.mask = None
else:
val = o.mask = str2int_or_err(
o.mask, widgets['labelMask'], dlg)
if val is None: return None
print "mask=", val
return o
