def university_comparer(dataframe):
'''Handles the functionalities of University Comparer feature'''
GUI2.start_user_interface(dataframe)
university_name_1 = GUI2.get_uni1()
branch_name_1 = GUI2.get_branch1()
university_name_2 = GUI2.get_uni2()
branch_name_2 = GUI2.get_branch2()
print university_name_1, university_name_2
print branch_name_1, branch_name_2
def university_comparer(dataframe): '''Handles the functionalities of University Comparer feature''' GUI2.start_user_interface(dataframe) university_name_1 = GUI2.get_uni1() branch_name_1 = GUI2.get_branch1() university_name_2 = GUI2.get_uni2() branch_name_2 = GUI2.get_branch2() print university_name_1, university_name_2 print branch_name_1, branch_name_2
def university_comparer(dataframe, crimes_obj): '''Handles the functionalities of University Comparer feature''' GUI2.start_user_interface(dataframe) university_name_1 = GUI2.get_uni1() branch_name_1 = GUI2.get_branch1() university_name_2 = GUI2.get_uni2() branch_name_2 = GUI2.get_branch2() university_name_1, branch_name_1, multibar_plot_1, pie_chart_1 = university_crime_explorer(dataframe, crimes_obj, university_name_1, branch_name_1, False) university_name_2, branch_name_2, multibar_plot_2, pie_chart_2 = university_crime_explorer(dataframe, crimes_obj, university_name_2, branch_name_2, False) return multibar_plot_1, multibar_plot_2, pie_chart_1, pie_chart_2, university_name_1, branch_name_1, university_name_2, branch_name_2
def university_comparer(dataframe, crimes_obj):
'''Handles the functionalities of University Comparer feature'''
GUI2.start_user_interface(dataframe)
university_name_1 = GUI2.get_uni1()
branch_name_1 = GUI2.get_branch1()
university_name_2 = GUI2.get_uni2()
branch_name_2 = GUI2.get_branch2()
university_name_1, branch_name_1, multibar_plot_1, pie_chart_1 = university_crime_explorer(
dataframe, crimes_obj, university_name_1, branch_name_1, False)
university_name_2, branch_name_2, multibar_plot_2, pie_chart_2 = university_crime_explorer(
dataframe, crimes_obj, university_name_2, branch_name_2, False)
return multibar_plot_1, multibar_plot_2, pie_chart_1, pie_chart_2, university_name_1, branch_name_1, university_name_2, branch_name_2
def university_comparer(dataframe, crimes_obj): '''Handles the functionalities of University Comparer feature''' GUI2.start_user_interface(dataframe) university_name_1 = GUI2.get_uni1() branch_name_1 = GUI2.get_branch1() university_name_2 = GUI2.get_uni2() branch_name_2 = GUI2.get_branch2() if len(university_name_1) == 0 or len(branch_name_1) == 0: print "Thank you for using the software" exit() university_name_1, branch_name_1, multibar_plot_1, pie_chart_1 = university_crime_explorer(dataframe, crimes_obj, university_name_1, branch_name_1, False) university_name_2, branch_name_2, multibar_plot_2, pie_chart_2 = university_crime_explorer(dataframe, crimes_obj, university_name_2, branch_name_2, False) return multibar_plot_1, multibar_plot_2, pie_chart_1, pie_chart_2, university_name_1, branch_name_1, university_name_2, branch_name_2
aaa[0][j] = 1
y_pred.append(aaa[0])
y_pred = np.array(aaa)
# prediction.append(aaa[0])
kelas = showClass(aaa)
print(aaa)
print(kelas)
w.LabelPred.configure(text=str(kelas))
print('Coba2_support.func_predict')
sys.stdout.flush()
def init(top, gui, *args, **kwargs):
global w, top_level, root
w = gui
top_level = top
root = top
def destroy_window():
# Function which closes the window.
global top_level
top_level.destroy()
top_level = None
if __name__ == '__main__':
import GUI2
GUI2.vp_start_gui()
