def run_expt(expt):
global w
if os.name == 'nt': # For windows OS
w.eye.fd.close() # Close hardware port
cmd = sys.executable + ' ' + eyeplot.abs_path() + expt+'.py'
os.system(cmd)
w.eye = eyes.open() # Open hardware port again
showhelp('Finished ' + expt)
else:
#print abs_path() + expt+'.py'
stat,out = subprocess.getstatusoutput('python '+ eyeplot.abs_path() + expt+'.py')
if stat != 0:
showhelp(out)
else:
showhelp('Finished "'+expt+'.py"')
w.eye.disable_actions()
def run_expt(expt):
global w
w.eye.fd.close() # Close hardware port
if os.name == 'nt': # For windows OS
cmd = sys.executable + ' ' + eyeplot.abs_path() + expt+'.py'
os.system(cmd)
showhelp(_('Finished ') + expt)
else:
#print abs_path() + expt+'.py'
stat,out = commands.getstatusoutput('python '+ eyeplot.abs_path() + expt+'.py')
if stat != 0:
showhelp(out)
else:
showhelp(_('Finished "')+expt+'.py"')
w.eye = eyes.open() # Open hardware port again
w.eye.disable_actions()
def run_expt(expt):
global w
w.eye.fd.close() # Close hardware port
if os.name == "nt": # For windows OS
cmd = sys.executable + " " + eyeplot.abs_path() + expt + ".py"
os.system(cmd)
showhelp(_("Finished ") + expt)
else:
# print abs_path() + expt+'.py'
stat, out = commands.getstatusoutput("python " + eyeplot.abs_path() + expt + ".py")
if stat != 0:
showhelp(out)
else:
showhelp(_('Finished "') + expt + '.py"')
w.eye = eyes.open() # Open hardware port again
w.eye.disable_actions()
def run_expt(expt):
global w
w.eye.fd.close() # Close hardware port
cmd = sys.executable + ' ' + eyeplot.abs_path() + expt+'.py'
os.system(cmd)
showhelp(_('Finished ') + expt)
w.eye = eyes.open() # Open hardware port again
w.eye.disable_actions()
def run_expt(expt):
global p
if expt == '': return
p.fd.close() # Free the device from this program, the child will open it
cmd = sys.executable + ' ' + eyeplot.abs_path() + expt+'.py'
os.system(cmd)
msg(_('Finished "')+expt+'.py"')
p = eyes.open() # Establish hardware communication again, for the parent
p.disable_actions()
def __init__(self, parent, handle, width=WIDTH, height = HEIGHT):
self.eye = handle
self.parent = parent
self.width = width
self.height = height
self.border = BORDER # Top and bottom self.border
self.fw = float(width)/12.7 # field width
self.fh = float(height - 2 * self.border)/16 # field height
im = Image.open(eyeplot.abs_path()+ picture)
im = im.resize((int(width),int(height)))
self.image = ImageTk.PhotoImage(im)
self.panel = Canvas(parent, width = width, height = height)
self.panel.create_image(0,0,image = self.image, anchor = NW)
self.popup = Button(text = _('EXPERIMENTS'), bg=pgreen)
self.popup.bind("<ButtonRelease-1>", self.pop_expt_menu)
self.panel.create_window(width/2, height-20, window = self.popup, anchor = CENTER)
self.panel.bind("<ButtonRelease-1>", self.clicked)
self.panel.bind("<ButtonRelease-3>", self.pop_expt_menu)
self.panel.pack(side=TOP, anchor=SW)
for i in self.LE: # Text Entry Fields on left
x,y = self.xyfromi(i)
self.tw[i] = Entry(width = 8, bg = 'white', fg='blue')
self.tw[i].bind("<Return>", self.process)
self.tw[i].bind("<KP_Enter>", self.process)
self.panel.create_window(3.5*self.fw, y, window = self.tw[i], anchor = W)
for i in self.LL: # Label widgets on left
x,y = self.xyfromi(i)
self.tw[i] = Label(width = 8, bg = pgreen, fg='blue', bd=1)
self.tw[i].bind("<Return>", self.process)
self.tw[i].bind("<KP_Enter>", self.process)
if i == 8: y -= 12
self.panel.create_window(3.5*self.fw, y, window = self.tw[i], anchor = W)
for i in self.RE: # Text Entry Fields on right
x,y = self.xyfromi(i)
self.tw[i] = Entry(width = 8, bg = 'white', fg='blue')
self.tw[i].bind("<Return>", self.process)
self.tw[i].bind("<KP_Enter>", self.process)
self.panel.create_window(width-3*self.fw, y, window = self.tw[i], anchor = E)
for i in self.RL: # Text Entry Fields on right
x,y = self.xyfromi(i)
self.tw[i] = Label(width = 8, bg = pgreen, fg='blue', bd=1)
self.tw[i].bind("<Return>", self.process)
self.tw[i].bind("<KP_Enter>", self.process)
if i == 27 or i == 22: y -= 12
self.panel.create_window(width-3*self.fw, y, window = self.tw[i], anchor = E)
for i in range(2):
x,y = self.xyfromi(i+3)
self.doutval[i] = IntVar()
self.doutCB[i] = Checkbutton(bg = 'red', variable = self.doutval[i], \
command = lambda i=i : self.checked(i))
self.panel.create_window(3.5*self.fw, y, window = self.doutCB[i], anchor = W)
self.doutCB[i].config(text=_('LO'),bg='gray')
x,y = self.xyfromi(28)
self.panel.create_line([width-self.fw, y, width-3*self.fw, y+self.fh/2], fill= pgreen)
x,y = self.xyfromi(23)
self.panel.create_line([width-self.fw, y, width-3*self.fw, y+self.fh/2], fill= pgreen)
x,y = self.xyfromi(7)
self.panel.create_line([self.fw, y, 3.5*self.fw, y+self.fh/2], fill= pgreen)
x,y = self.xyfromi(1)
self.FRB = Button(bg = 'gray', text ='F', padx=0, pady=0, command = self.freq_id0)
self.panel.create_window(3.0*self.fw, y, window = self.FRB, anchor = W)
self.DCB = Button(bg = 'gray', text ='%', padx=0, pady=0, command = self.duty_cycle)
self.panel.create_window(5.5*self.fw, y, window = self.DCB, anchor = W)
x,y = self.xyfromi(15)
self.FRB = Button(bg = 'gray', text ='F', padx=0, pady=0, command = self.freq_ampin)
self.panel.create_window(3.0*self.fw, y, window = self.FRB, anchor = W)
x,y = self.xyfromi(22)
self.FRB = Button(bg = 'gray', text ='F', padx=0, pady=0, command = self.freq_adc5)
self.panel.create_window(width-6.2*self.fw, y, window = self.FRB, anchor = SW)
self.looping = True
NC =2
else:
NC = 1
def lissa_mode():
global lissa,delay, NP, NC, VPERDIV
lissa = LIZ.get()
if lissa == 1:
lissa = True
else:
g.setWorld(0,-5*VPERDIV, NP * delay * 0.001, 5*VPERDIV,_('mS'),'V') # Restore old scale
lissa = False
#-----------------------------main program starts here-----------------------------
for k in range(10): # Test the hardware availability by by running another program.
stat,out = commands.getstatusoutput('python '+ eyeplot.abs_path() + 'hwtest.py')
if stat == 0:
break
pe = eyes.open() # Try several times to make a connection
root = Tk()
left = Frame(root) # Divide root window into Left and Right
left.pack(side=LEFT, anchor = S)
right = Frame(root)
right.pack(side = LEFT, anchor = S, fill = Y),
w=eyePanel(left, pe, WIDTH, HEIGHT) # Panel photograph to the Left Panel
g = eyeplot.graph(right, WIDTH*1.05, HEIGHT*2./3,color = 'white', labels=False) # Plot window
g.setWorld(0,-5*VPERDIV, NP * delay * 0.001, 5*VPERDIV,_('mS'),'V')
os.system(cmd)
w.eye = eyes.open() # Open hardware port again
showhelp('Finished ' + expt)
else:
#print abs_path() + expt+'.py'
stat,out = subprocess.getstatusoutput('python '+ eyeplot.abs_path() + expt+'.py')
if stat != 0:
showhelp(out)
else:
showhelp('Finished "'+expt+'.py"')
w.eye.disable_actions()
#-----------------------------main program starts here-----------------------------
if __name__=="__main__":
for k in range(20): # Test the hardware availability by by running another program.
stat,out = subprocess.getstatusoutput('python '+ eyeplot.abs_path() + 'hwtest.py')
print(stat)
if stat == 0:
break
pe = eyes.open() # Try several times to make a connection
root = Tk()
left = Frame(root) # Divide root window into Left and Right
left.pack(side=LEFT, anchor = S)
right = Frame(root)
right.pack(side = LEFT, anchor = S, fill = Y)
w=eyePanel(left, pe, WIDTH, HEIGHT) # Panel photograph to the Left Panel
g = eyeplot.graph(right, WIDTH*1.05, HEIGHT*2./3,color = 'white', labels=False) # Plot window
g.setWorld(0,-5*VPERDIV, NP * delay * 0.001, 5*VPERDIV,'mS','V')
#print abs_path() + expt+'.py'
stat, out = subprocess.getstatusoutput('python ' + eyeplot.abs_path() +
expt + '.py')
if stat != 0:
showhelp(out)
else:
showhelp('Finished "' + expt + '.py"')
w.eye.disable_actions()
#-----------------------------main program starts here-----------------------------
if __name__ == "__main__":
for k in range(
20
): # Test the hardware availability by by running another program.
stat, out = subprocess.getstatusoutput('python ' + eyeplot.abs_path() +
'hwtest.py')
print(stat)
if stat == 0:
break
pe = eyes.open() # Try several times to make a connection
root = Tk()
left = Frame(root) # Divide root window into Left and Right
left.pack(side=LEFT, anchor=S)
right = Frame(root)
right.pack(side=LEFT, anchor=S, fill=Y)
w = eyePanel(left, pe, WIDTH, HEIGHT) # Panel photograph to the Left Panel
g = eyeplot.graph(right,
def __init__(self, parent, handle, width=WIDTH, height = HEIGHT):
self.eye = handle
self.parent = parent
self.width = width
self.height = height
self.border = BORDER # Top and bottom self.border
self.fw = float(width)/12.7 # field width
self.fh = float(height - 2 * self.border)/16 # field height
im = Image.open(eyeplot.abs_path()+ picture)
im = im.resize((int(width),int(height)))
self.image = ImageTk.PhotoImage(im)
self.panel = Canvas(parent, width = width, height = height)
self.panel.create_image(0,0,image = self.image, anchor = NW)
self.popup = Button(text = _('EXPERIMENTS'), bg=pgreen)
self.popup.bind("<ButtonRelease-1>", self.pop_expt_menu)
self.panel.create_window(width/2, height-20, window = self.popup, anchor = CENTER)
self.panel.bind("<ButtonRelease-1>", self.clicked)
self.panel.bind("<ButtonRelease-3>", self.pop_expt_menu)
self.panel.pack(side=TOP, anchor=SW)
for i in self.LE: # Text Entry Fields on left
x,y = self.xyfromi(i)
self.tw[i] = Entry(width = 8, bg = 'white', fg='blue')
self.tw[i].bind("<Return>", self.process)
self.tw[i].bind("<KP_Enter>", self.process)
self.panel.create_window(3.5*self.fw, y, window = self.tw[i], anchor = W)
for i in self.LL: # Label widgets on left
x,y = self.xyfromi(i)
self.tw[i] = Label(width = 8, bg = pgreen, fg='blue', bd=1)
self.tw[i].bind("<Return>", self.process)
self.tw[i].bind("<KP_Enter>", self.process)
if i == 8: y -= 12
self.panel.create_window(3.5*self.fw, y, window = self.tw[i], anchor = W)
for i in self.RE: # Text Entry Fields on right
x,y = self.xyfromi(i)
self.tw[i] = Entry(width = 8, bg = 'white', fg='blue')
self.tw[i].bind("<Return>", self.process)
self.tw[i].bind("<KP_Enter>", self.process)
self.panel.create_window(width-3*self.fw, y, window = self.tw[i], anchor = E)
for i in self.RL: # Text Entry Fields on right
x,y = self.xyfromi(i)
self.tw[i] = Label(width = 8, bg = pgreen, fg='blue', bd=1)
self.tw[i].bind("<Return>", self.process)
self.tw[i].bind("<KP_Enter>", self.process)
if i == 27 or i == 22: y -= 12
self.panel.create_window(width-3*self.fw, y, window = self.tw[i], anchor = E)
for i in range(2):
x,y = self.xyfromi(i+3)
self.doutval[i] = IntVar()
self.doutCB[i] = Checkbutton(bg = 'red', variable = self.doutval[i], \
command = lambda i=i : self.checked(i))
self.panel.create_window(3.5*self.fw, y, window = self.doutCB[i], anchor = W)
self.doutCB[i].config(text=_('LO'),bg='gray')
x,y = self.xyfromi(28)
self.panel.create_line([width-self.fw, y, width-3*self.fw, y+self.fh/2], fill= pgreen)
x,y = self.xyfromi(23)
self.panel.create_line([width-self.fw, y, width-3*self.fw, y+self.fh/2], fill= pgreen)
x,y = self.xyfromi(7)
self.panel.create_line([self.fw, y, 3.5*self.fw, y+self.fh/2], fill= pgreen)
x,y = self.xyfromi(1)
self.FRB = Button(bg = 'gray', text =_('F'), padx=0, pady=0, command = self.freq_id0)
self.panel.create_window(3.0*self.fw, y, window = self.FRB, anchor = W)
self.DCB = Button(bg = 'gray', text ='%', padx=0, pady=0, command = self.duty_cycle)
self.panel.create_window(5.5*self.fw, y, window = self.DCB, anchor = W)
x,y = self.xyfromi(15)
self.FRB = Button(bg = 'gray', text =_('F'), padx=0, pady=0, command = self.freq_ampin)
self.panel.create_window(3.0*self.fw, y, window = self.FRB, anchor = W)
x,y = self.xyfromi(22)
self.FRB = Button(bg = 'gray', text =_('F'), padx=0, pady=0, command = self.freq_adc5)
self.panel.create_window(width-6.2*self.fw, y, window = self.FRB, anchor = SW)
self.looping = True
NC =2
else:
NC = 1
def lissa_mode():
global lissa,delay, NP, NC, VPERDIV
lissa = LIZ.get()
if lissa == 1:
lissa = True
else:
g.setWorld(0,-5*VPERDIV, NP * delay * 0.001, 5*VPERDIV,_('mS'),_('V')) # Restore old scale
lissa = False
#-----------------------------main program starts here-----------------------------
for k in range(10): # Test the hardware availability by by running another program.
stat,out = commands.getstatusoutput('python '+ eyeplot.abs_path() + 'hwtest.py')
if stat == 0:
break
pe = eyes.open() # Try several times to make a connection
root = Tk()
left = Frame(root) # Divide root window into Left and Right
left.pack(side=LEFT, anchor = S)
right = Frame(root)
right.pack(side = LEFT, anchor = S, fill = Y),
w=eyePanel(left, pe, WIDTH, HEIGHT) # Panel photograph to the Left Panel
g = eyeplot.graph(right, WIDTH*1.05, HEIGHT*2./3,color = 'white', labels=False) # Plot window
g.setWorld(0,-5*VPERDIV, NP * delay * 0.001, 5*VPERDIV,_('mS'),_('V'))
NC = 1
def lissa_mode():
global lissa, delay, NP, NC, VPERDIV
lissa = LIZ.get()
if lissa == 1:
lissa = True
else:
g.setWorld(0, -5 * VPERDIV, NP * delay * 0.001, 5 * VPERDIV, _("mS"), _("V")) # Restore old scale
lissa = False
# -----------------------------main program starts here-----------------------------
for k in range(10): # Test the hardware availability by by running another program.
stat, out = commands.getstatusoutput("python " + eyeplot.abs_path() + "hwtest.py")
if stat == 0:
break
pe = eyes.open() # Try several times to make a connection
root = Tk()
left = Frame(root) # Divide root window into Left and Right
left.pack(side=LEFT, anchor=S)
right = Frame(root)
right.pack(side=LEFT, anchor=S, fill=Y),
w = eyePanel(left, pe, WIDTH, HEIGHT) # Panel photograph to the Left Panel
g = eyeplot.graph(right, WIDTH * 1.05, HEIGHT * 2.0 / 3, color="white", labels=False) # Plot window
g.setWorld(0, -5 * VPERDIV, NP * delay * 0.001, 5 * VPERDIV, _("mS"), _("V"))
