def plot_select():
ind = list1.curselection()
if list1.curselection() != ():
if ind[0] == 0:
sam = Samples(type_var=0)
samples = sam.get_sin(number_sam.get(), noise.get())
case_function(samples, sam)
elif ind[0] == 1:
sam = Samples(type_var=1)
samples = sam.get_square(number_sam.get())
case_function(samples, sam)
elif ind[0] == 2:
sam = Samples(type_var=2)
samples = sam.get_blur(number_sam.get(), noise.get())
case_function(samples, sam)
elif ind[0] == 3:
sam = Samples(type_var=3)
samples = sam.get_quadratic(number_sam.get(), noise.get())
case_function(samples, sam)
elif ind[0] == 4:
sam = Samples(type_var=4)
samples = sam.get_diagonal_line(number_sam.get(), noise.get())
case_function(samples, sam)
elif ind[0] == 5:
sam = Samples(type_var=5)
samples = sam.get_horizontal_line(number_sam.get(), noise.get())
case_function(samples, sam)
elif ind[0] == 6:
sam = Samples(type_var=6)
samples = sam.get_vertical_line(number_sam.get(), noise.get())
case_function(samples, sam)
elif ind[0] == 7:
sam = Samples(type_var=7)
samples = sam.get_x(number_sam.get(), noise.get())
case_function(samples, sam)
elif ind[0] == 8:
sam = Samples(type_var=8)
samples = sam.get_circle(number_sam.get(), noise.get())
case_function(samples, sam)
elif ind[0] == 9:
sam = Samples(type_var=9)
samples = sam.get_curve_x(number_sam.get(), noise.get())
case_function(samples, sam)
elif ind[0] == 10:
sam = Samples(type_var=10)
samples = sam.get_diagonal_line2(number_sam.get(), noise.get())
case_function(samples, sam)
elif ind[0] == 11:
sam = Samples(type_var=11)
samples = sam.get_dependent(number_sam.get())
case_function(samples, sam)
elif ind[0] == 12:
sam = Samples(type_var=12)
samples = sam.get_independent()
case_function(samples, sam)
elif ind[0] == 13:
sam = Samples(type_var=13)
samples = sam.get_corr(number_sam.get(), noise.get())
case_function(samples, sam)
elif ind[0] == 14:
sam = Samples(type_var=14)
samples = sam.get_file(mi_text)
case_function(samples, sam)
else:
mi_text.set('Error')
else:
mi_text.set('Select a type')
