def show_data():
def showDate(date):
tt = date.day()
#s=self.cal.selectedDate().toString("yyyy-MM-dd dddd")
ui.label_7.setText("the number of Feb %d is %d" % (tt, data[tt]))
data = input_data()
maxNum, maxDay, minNum, minDay, ave, mid = cal(data)
QtCore.QCoreApplication.setAttribute(QtCore.Qt.AA_EnableHighDpiScaling)
app = QApplication(sys.argv)
MainWindow = QMainWindow()
ui = show_data_gui.Ui_MainWindow()
ui.setupUi(MainWindow)
# MainWindow.resize(760,440)
MainWindow.show()
ui.label.setText("minNum:" + str(minNum))
ui.label_2.setText("minDay:" + str(minDay))
ui.label_3.setText("maxNum:" + str(maxNum))
ui.label_4.setText("maxDay:" + str(maxDay))
ui.label_5.setText("average:" + str(ave))
ui.label_6.setText("median:" + str(mid))
ui.label_7.setText("")
ui.pushButton.clicked.connect(chart)
ui.calendarWidget.clicked.connect(showDate)
sys.exit(app.exec_())
def create_output_image_and_desc():
create_bound_boxes, create_prop, create_rels, create_rules, get_field_size = input_data(
)
description = scene_description(create_bound_boxes, create_prop,
create_rels, create_rules, get_field_size)
print(description)
imf = draw_field(create_bound_boxes, get_field_size, -1, 1)
show_image(imf)
def load_from_file(bound_boxes, v_boxes_new, file_name, v_boxes_old):
create_bound_boxes, create_prop, create_rels, create_rules, get_field_size = input_data(
)
description = scene_description(bound_boxes, create_prop, create_rels,
create_rules, get_field_size)
print(*description, sep='\n')
save_desc_to_file(description, file_name)
show_rectangles_grouping(v_boxes_new, v_boxes_old)
def chart():
data=input_data()
y=[data[i] for i in range(1,30)]
x=[str(i) for i in range(1,30)]
plt.title("new patients of 2019-nCoV in China in each day of Febrary")
plt.xlabel("date")
plt.ylabel("number of new patients")
plt.axis([0,31,0,16000])
plt.plot(x,y,"b")
plt.show()
def _calculate_pos(ref_points):
v_boxes = {}
for index, ref_point in enumerate(ref_points):
XtopLeft, YtopLeft = ref_point[0][0], ref_point[0][1]
XbottomRight, YbottomRight = ref_point[1][0], ref_point[1][1]
X_len = abs(XbottomRight - XtopLeft)
Y_len = abs(YbottomRight - YtopLeft)
obj = Obj(str(index), [YtopLeft, XtopLeft], [Y_len, X_len])
v_boxes[index] = obj
create_bound_boxes, create_prop, create_rels, create_rules, get_field_size = input_data(
)
description = scene_description(v_boxes, create_prop, create_rels,
create_rules, get_field_size)
print(description)
from InputData import input_data from calculation import cal from gui import gui from web import web web() data = input_data() maxNum, maxDay, minNum, minDay, ave, mid = cal(data) gui(maxNum, maxDay, minNum, minDay, ave, mid, data)
def load_from_file(bound_boxes, file_name):
create_bound_boxes, create_prop, create_rels, create_rules, get_field_size = input_data()
description = scene_description(bound_boxes, create_prop, create_rels, create_rules, get_field_size)
print(description)
save_desc_to_file(description, file_name)