def clear(self):
if self.running == True:
return
self.tv = [[], []]
g.delete_lines()
self.msg(_('Cleared Data and Trace'))
def msg(self, s, col='blue'):
msgwin.config(text=s, fg=col)
p = eyes.open()
p.disable_actions()
root = Tk()
Canvas(root, width=WIDTH, height=5).pack(side=TOP) # Some space at the top
g = eyeplot.graph(root, width=WIDTH, height=HEIGHT,
bip=False) # make plot objects using draw.disp
pen = SRF2()
cf = Frame(root, width=WIDTH, height=10)
cf.pack(side=TOP, fill=BOTH, expand=1)
b3 = Label(cf, text=_('Digitize for'))
b3.pack(side=LEFT, anchor=SW)
DURATION = StringVar()
Dur = Entry(cf, width=5, bg='white', textvariable=DURATION)
DURATION.set('10')
Dur.pack(side=LEFT, anchor=SW)
b3 = Label(cf, text=_('Seconds.'))
b3.pack(side=LEFT, anchor=SW)
b3 = Label(cf, text=_('Max Dist='))
b3.pack(side=LEFT, anchor=SW)
self.msg(_('Cleared Data and Trace'))
def msg(self,s, col = 'blue'):
msgwin.config(text=s, fg=col)
def quit(self):
p.set_state(10,0)
sys.exit()
p = eyes.open()
p.disable_actions()
root = Tk()
Canvas(root, width = WIDTH, height = 5).pack(side=TOP)
g = eyeplot.graph(root, width=WIDTH, height=HEIGHT, bip=False)
pt = LM35()
cf = Frame(root, width = WIDTH, height = 10)
cf.pack(side=TOP, fill = BOTH, expand = 1)
b3 = Label(cf, text = _('Read Every'))
b3.pack(side = LEFT, anchor = SW)
TGAP = StringVar()
Dur =Entry(cf, width=5, bg = 'white', textvariable = TGAP)
TGAP.set('1000')
Dur.pack(side = LEFT, anchor = SW)
b3 = Label(cf, text = _('mS,'))
b3.pack(side = LEFT, anchor = SW)
b3 = Label(cf, text = _('for total'))
b3.pack(side = LEFT, anchor = SW)
msg.config(text = s)
def clear():
global history, trial, running
if running == True:
return
g.delete_lines()
history = []
trial = 0
p = eyes.open()
p.loadall_calib()
p.disable_actions()
root = Tk()
Canvas(root, width = WIDTH, height = 5).pack(side=TOP) # Some space at the top
g = eyeplot.graph(root, width=WIDTH, height=HEIGHT) # make plot objects using draw.disp
g.setWorld(MINX, MINY, MAXX, MAXY,_('V'),_('mA'))
cf = Frame(root, width = WIDTH, height = 10)
cf.pack(side=TOP, fill = BOTH, expand = 1)
ZEN = IntVar()
cb0 = Checkbutton(cf,text =_('ZENER'), variable=ZEN, fg = 'black')
cb0.pack(side=LEFT, anchor = SW)
b1 = Button(cf, text = _('START'), command = start)
b1.pack(side = LEFT, anchor = N)
b3 = Button(cf, text = _('SAVE to'), command = save)
b3.pack(side = LEFT, anchor = N)
filename = StringVar()
e1 =Entry(cf, width=15, bg = 'white', textvariable = filename)
filename.set('diode_iv.dat')
#-----------------------------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')
cf = Frame(right) # Command Frame, inside the right frame, below plot window
cf.pack(side=TOP, anchor = NW)
l = Label(cf, text=_('mS/div'))
l.pack(side=LEFT, anchor = SW )
timebase = Scale(cf,command = set_timebase, orient=HORIZONTAL, length=50, showvalue=False,\
from_ = 0, to=9, resolution=1)
timebase.pack(side=LEFT, anchor = SW)
timebase.set(2)
'''
l = Label(text = 'Volt/div')
vpd = Scale(cf,command = set_vertical, orient=HORIZONTAL, length=50, showvalue=False,\
from_ = 0, to=2, resolution=1)
Vpd.pack(side=TOP, anchor = SW)
Vpd.set(1)
Label(f1,text = _('Trig level')).pack(side=TOP, anchor = SW)
Trig = Scale(f1,command = set_trigger, orient=HORIZONTAL, length=LPWIDTH, showvalue=False,\
from_ = 100, to=4000, resolution=10)
Trig.pack(side=TOP, anchor = SW)
Trig.set(2050)
#----------------------- Middle Frame ------------------------
a = Frame(top, width = LPWIDTH, height = HEIGHT)
a.pack(side=LEFT, fill = BOTH, expand = 1)
f = Frame(a, width = 75, height = HEIGHT)
f.pack(side=TOP, fill = BOTH, expand = 1)
g = eyeplot.graph(f, width=WIDTH, height=HEIGHT) # make plot objects using draw.disp
g.setWorld(0, -5, 20, 5,_('mS'),'V')
#============== Vertical scales for OFFSET adjustment. Lambda not working with Scale callbacks !!! =====
of = Frame(top, width = 1, height = HEIGHT)
of.pack(side=LEFT, fill = BOTH, expand = 1)
Scale(of, orient=VERTICAL, length=HEIGHT/4, showvalue = False, bg = chancols[0],\
from_ = 4, to=-4, resolution=1, command = set_ch1_offset).pack(side=TOP)
Scale(of, orient=VERTICAL, length=HEIGHT/4, showvalue = False, bg = chancols[1],\
from_ = 4, to=-4, resolution=1, command = set_ch2_offset).pack(side=TOP)
Scale(of, orient=VERTICAL, length=HEIGHT/4, showvalue = False, bg = chancols[2],\
from_ = 4, to=-4, resolution=1, command = set_ch3_offset).pack(side=TOP)
Scale(of, orient=VERTICAL, length=HEIGHT/4, showvalue = False, bg = chancols[3],\
from_ = 4, to=-4, resolution=1, command = set_ch4_offset).pack(side=TOP)
Xc = 0.0
dphi = math.atan( (Xc-Xl)/R)*180./math.pi
s = _('XC = %5.1f XL = %5.1f\nDphi = %5.1f degree') %(Xc, Xl, dphi)
Calc2.config(text = s, fg='blue')
except:
Calc2.config(text = _('Wrong Input'), fg='red')
#=============================== main program starts here ===================================
p = eyes.open()
if p == None: sys.exit()
p.set_trigger(2048)
root = Tk()
f = Frame(root)
f.pack(side=LEFT)
g = eyeplot.graph(f, width=WIDTH, height=HEIGHT) # make plot objects using draw.disp
g.setWorld(0, -5, 20, 5,_('mS'),_('V'))
f1 = Frame(f)
f1.pack(side=TOP, fill = BOTH, expand = 1)
Label(f1,text = _('mSec/div')).pack(side=LEFT, anchor = SW) # Sliders for Adjusting Axes
timebase = Scale(f1,command = set_timebase, orient=HORIZONTAL, length=LPWIDTH, showvalue=False,\
from_ = 0, to=9, resolution=1)
timebase.pack(side=LEFT, anchor = SW)
timebase.set(3)
Label(f1,text = _('Volt/div')).pack(side=LEFT, anchor = SW)
Vpd = Scale(f1,command = set_vertical, orient=HORIZONTAL, length=LPWIDTH, showvalue=False,\
from_ = 0, to=3, resolution=1)
Vpd.pack(side=LEFT, anchor = SW)
Vpd.set(1)
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')
cf = Frame(
right) # Command Frame, inside the right frame, below plot window
cf.pack(side=TOP, anchor=NW)
l = Label(cf, text='mS/div')
l.pack(side=LEFT, anchor=SW)
timebase = Scale(cf,command = set_timebase, orient=HORIZONTAL, length=50, showvalue=False,\
from_ = 0, to=9, resolution=1)
timebase.pack(side=LEFT, anchor=SW)
timebase.set(2)
'''
l = Label(text = 'Volt/div')
Xc = 0.0
dphi = math.atan( (Xc-Xl)/R)*180./math.pi
s = _('XC = %5.1f XL = %5.1f\nDphi = %5.1f degree') %(Xc, Xl, dphi)
Calc2.config(text = s, fg='blue')
except:
Calc2.config(text = _('Wrong Input'), fg='red')
#===================== main program starts here ===========================
p = eyes.open()
if p == None: sys.exit()
p.set_trigger(2048)
root = Tk()
f = Frame(root)
f.pack(side=LEFT)
g = eyeplot.graph(f, width=WIDTH, height=HEIGHT)
# make plot objects using draw.disp
g.setWorld(0, -5, 20, 5,_('mS'),_('V'))
f1 = Frame(f)
f1.pack(side=TOP, fill = BOTH, expand = 1)
Label(f1,text = _('mSec/div')).pack(side=LEFT, anchor = SW)
# Sliders for Adjusting Axes
timebase = Scale(f1,command = set_timebase, orient=HORIZONTAL,
length=LPWIDTH, showvalue=False,
from_ = 0, to=9, resolution=1)
timebase.pack(side=LEFT, anchor = SW)
timebase.set(3)
Label(f1,text = _('Volt/div')).pack(side=LEFT, anchor = SW)
Vpd = Scale(f1,command = set_vertical, orient=HORIZONTAL,
