def filter_ages(self, parameters):
y_axis = parameters.y().lower()
x_selected_values = parameters.filter_ages()
final_counts = [[i,0] for i in [0,10,20,30,40,50,60,70,80,90,100]]
if y_axis == 'np':
count = Person.objects.person_count('age_filter', parameters)
final_counts = util.add_counts_multicol(final_counts, count)
return util.set_selected_value(final_counts, x_selected_values)
def filter_cameras(self, parameters):
y_axis = parameters.y().lower()
x_selected_values = parameters.filter_cameras()
final_counts = [[i,0] for i in range(1,4)]
if y_axis == 'np':
count = Person.objects.person_count('c', parameters)
final_counts = util.add_counts_multicol(final_counts, count)
return util.set_selected_value(final_counts, x_selected_values)
def filter_moods(self, parameters):
y_axis = parameters.y().lower()
x_selected_values = parameters.filter_moods()
final_counts = [[i,0] for i in [-100,-90,-80,-70,-60,-50,-40,-30,-20,-10,0,10,20,30,40,50,60,70,80,90,100]]
if y_axis == 'np':
count = Person.objects.person_count('mood_filter', parameters)
final_counts = util.add_counts_multicol(final_counts, count)
#final_counts = Person.objects.person_count('mood', parameters)
return util.set_selected_value(final_counts, x_selected_values)
def filter_time(self, x_axis, x_selected_values, parameters):
y_axis = parameters.y().lower()
final_counts = []
if x_axis == 'd':
final_counts = [[i,0] for i in range(4,7)]
elif x_axis == 'h':
final_counts = [[i,0] for i in range(24)]
if y_axis == 'np':
count = Person.objects.person_count(x_axis, parameters)
final_counts = util.add_counts_multicol(final_counts, count)
return util.set_selected_value(final_counts, x_selected_values)
