def finished(retval, progress_b):
pb = progress_b
l = retval
pb.stop()
browse_all_list_box_var.set(l)
maxa = to_eng_notation(permuted_components[key][-1])
mina = to_eng_notation(permuted_components[key][0])
browse_all_max_min_label_var.set('Max: %s Min: %s' % (maxa, mina))
progress_frame.hide()
return
def __str__(self):
prefix = self.__class__.__name__[0]
eng_val = to_eng_notation(self.parts[self.VALUE])
if len(self.parts[self.COMPONENTS]) <= 1:
return prefix + eng_val
label = self.parts[self.LABEL]
comp_str = ''
for component in self.parts[self.COMPONENTS]:
if type(component) == float:
eng_str = to_eng_notation(component)
comp_str = comp_str + eng_str
else:
foobar = ''
if len(component) > 1:
foobar = '(' + str(component) + ')'
else:
foobar = str(component)
comp_str = comp_str + foobar
comp_str = comp_str + label
#remove the last appended label...
comp_str = comp_str[0:len(comp_str) - len(label)]
return prefix + eng_val + " = " + comp_str
def draw_value(self, value, tolerance = 0):
self.c.delete(ALL)
color = self.color
for i in range(0, len(self.rectangles)):
cord = self.rectangles[i]
x = self.origin[X]
y = self.origin[Y]
cord = (cord[0] + x, cord[1] + y, cord[2] + x, cord[3] + y)
if self.orientation == HORIZONTAL:
cord = rotate_horiz(self.origin, cord)
self.c.create_rectangle(cord, fill = color)
t = to_eng_notation(value)
t = t + 'F'
if tolerance != 0:
t = t + ' +/-' + str(tolerance * 100) + '%'
#text cordinate
cord = (int(self.c['width'])/2, int(self.c['height']) - 7)
self.c.create_text(cord, text = t)
return