def makeWindow(root, st):
" make the top window for autogoal options"
global ag
tp = Toplevel(borderwidth=3, relief='ridge')
tp.wm_title('Autogoal settings')
try:
tp.maxw = root.maxw
tp.maxh = root.maxh - 30
except:
v = root.geometry()
parts = string.split(v, 'x')
tp.maxw = int(parts[0])
partx = string.replace(parts[1], '-', '+')
partx = string.split(parts[1], '+')
tp.maxh = int(partx[0]) - 30
sizer = '%dx%d+0+25' % (tp.maxw, tp.maxh)
tp.wm_geometry(sizer)
#tp.overrideredirect(1)
tp.transient(root)
def _freeze_window(tp, geom, event, *args):
if tp.wm_geometry() != geom:
tp.wm_geometry(geom)
tp.bind('<Configure>', Command(_freeze_window, tp, sizer))
wk = Frame(tp)
for lt in range(len(st.fmt)):
if lt >= len(st.autogoals):
if st.fmt[lt] == 'R' or st.fmt[lt] == 'M':
st.autogoals.append([65, 0, 250])
else:
st.autogoals.append([20, 6, 250])
lst = st.autogoals[lt][:]
#print lst
makeit(wk, lt, st.fmt[lt], lst)
wk.pack(side='top')
agfr = Frame(tp)
Label(agfr,
text='Seconds between autothresholds\n(0 means at end of a period)'
).pack(side='left')
lobj = Spinner(agfr, width=4, min=0, max=1000)
lobj.insert(0, ag.prob['autotime'])
lobj.pack(side='left')
lcmd = Command(Timeval, lobj)
lcmd.widget = lobj
ckbut = Button(agfr, width=37)
lobj.button = ckbut
lobj.bind('<Button-1>', Command(Entering, lcmd))
lobj.bind('<Any-Leave>', lcmd)
lobj.bind('<FocusOut>', lcmd)
lobj.bind('<Return>', lcmd)
lobj.configure(callback=lcmd)
ckbut.pack(side='left')
ckbut.bind('<Button-1>', Command(clicker, 1))
clicker(0, ckbut)
agfr.pack(side='top')
ag.tvalid = 1
fr = Frame(tp, height=50, bg='SlateGray1')
byes = Button(fr, text='OK', command=OK, width=10)
bno = Button(fr, text='Cancel', command=Canx, width=10)
tp.protocol('WM_DELETE_WINDOW', Canx)
bno.pack(side='right')
byes.pack(side='right')
fr.pack(side='bottom', fill='x', expand=0, ipady=50)
#root.top=tp
ag.okbutton = byes
ag.active = None
ag.bg = 'SystemWindow' #wk.configure(background) # get the original value
ag.tp = tp
tp.bind('<FocusOut>', holdtop)
tp.grab_set()
tp.focus_set()
return tp
def makeit(wn, index, fmtchar, values):
global ag
fm = Frame(wn, relief='ridge', borderwidth=3)
pct = None
if fmtchar == 'C':
Label(fm,
text=' Input channel - no auto-thresholding').pack(side='top')
for i in range(3):
values.append(2)
elif fmtchar == 'R':
Label(fm, text=' Reward').pack(side='top', anchor='nw')
pct = values[0]
lowv = values[1]
highv = values[2]
for i in range(3):
values.append(1)
elif fmtchar == 'I':
Label(fm, text=' Inhibit').pack(side='top', anchor='nw')
pct = values[0]
lowv = values[1]
highv = values[2]
for i in range(3):
values.append(1)
elif fmtchar == 'M':
Label(fm, text=' Monitor').pack(side='top', anchor='nw')
pct = values[0]
lowv = values[1]
highv = values[2]
for i in range(3):
values.append(1)
else:
Label(fm, text=' Unknown').pack(side='top', anchor='nw')
for i in range(3):
values.append(2)
ag.valid.append(values)
fm.pack(side='top')
if pct == None:
return
# now arrange for validation and saving
if fmtchar == 'R':
Label(fm, text='Desired reward % ', width=25).pack(side='left')
else:
Label(fm, text='Desired % over threshold ', width=25).pack(side='left')
pobj = Spinner(fm, width=4, min=0, max=250)
pobj.insert(0, pct)
pobj.pack(side='left')
pobj.index = index
Label(fm, text=' Minimum uv ').pack(side='left')
lobj = Spinner(fm, width=4, min=0, max=250)
lobj.insert(0, lowv)
lobj.pack(side='left')
lobj.index = index
Label(fm, text=' Maximum uv ').pack(side='left')
hobj = Spinner(fm, width=4, min=0, max=250)
hobj.insert(0, highv)
hobj.pack(side='left')
hobj.index = index
pcmd = Command(Pctval, pobj)
pcmd.widget = pobj
pobj.bind('<Button-1>', Command(Entering, pcmd))
pobj.bind('<Any-Leave>', pcmd)
pobj.bind('<FocusOut>', pcmd)
pobj.bind('<Return>', pcmd)
pobj.configure(callback=pcmd)
lcmd = Command(Lowval, lobj)
lcmd.widget = lobj
lobj.bind('<Button-1>', Command(Entering, lcmd))
lobj.bind('<Any-Leave>', lcmd)
lobj.bind('<FocusOut>', lcmd)
lobj.bind('<Return>', lcmd)
lobj.configure(callback=lcmd)
hcmd = Command(Highval, hobj)
hcmd.widget = hobj
hobj.bind('<Button-1>', Command(Entering, hcmd))
hobj.bind('<Any-Leave>', hcmd)
hobj.bind('<FocusOut>', hcmd)
hobj.bind('<Return>', hcmd)
hobj.configure(callback=hcmd)