def draw_slit_int(self, N, d, a, wav, choice="slits"):
canvas = self.canvas
x_stp = self.x_stp
x = []
fx = []
for i in range(int(float(self.W) / x_stp)):
x.append(i * x_stp - float(self.W) / 2)
ang = math.asin((x[i]) / self.R)
if choice == "slits":
fx.append(self.slit_int(N, d, wav, ang))
else:
fx.append(self.single_int(a, wav, ang))
graph = graphs.graph_plot(canvas, zip(x, fx))
graph.yrange[0] = 0
graph.xlabel = "x/m"
graph.ylabel = "I"
graph.axes_enabled = False
graph.plot()
draw.reset2(canvas, self.xu)
def draw_slit_int(self, N, d, a, wav, choice = "slits"):
canvas = self.canvas
x_stp = self.x_stp
x = []
fx = []
for i in range(int(float(self.W)/x_stp)):
x.append(i*x_stp- float(self.W)/2)
ang = math.asin((x[i] )/self.R)
if choice =="slits":
fx.append(self.slit_int(N,d,wav,ang))
else:
fx.append(self.single_int(a,wav,ang))
graph = graphs.graph_plot(canvas,zip(x,fx))
graph.yrange[0] = 0
graph.xlabel = "x/m"
graph.ylabel = "I"
graph.axes_enabled = False
graph.plot()
draw.reset2(canvas, self.xu)
def timer_tick (self, **event_args):
canvas = self.canvas
if self.first:
self.cw = canvas.get_width()
self.ch = canvas.get_height()
cw = self.cw
ch = self.ch
self.graph = graphs.graph_plot(canvas, self.startvals)
self.graph.markers_enabled = False
if self.set_xrange != [None, None]:
self.graph.xrange = self.set_xrange
else:
self.graph.xrange = [self.xran[0], self.xran[1]]
if self.set_yrange != [None, None]:
self.graph.yrange = self.set_yrange
self.graph.xlabel = self.xlabel
self.graph.ylabel = self.ylabel
self.graph.plot(colour = "#fff", xmarker = self.xmarker, ymarker = self.ymarker)
self.values = graphs.fill_up(self.correct_function, self.xran)
self.first = False
