Question

我上以下课。

class PlotOnMap:

    def __init__(self, lat_lon_a, lat_lon_b, optimal, f_map=None):
        self.lat_lon_a = lat_lon_a
        self.lat_lon_b = lat_lon_b
        self.optimal = optimal
        self.f_map = f_map

    def create_map(self):
        """
        This function creates a map with folium, centered with the location of the three given points.
        """
        self.f_map = folium.Map([midlat, midlon], zoom_start=12)

    def plot_gdt_and_triangulation(self):
        """
        This function plots the locations given by the users with markers and create an heat map of the triangulation.
        """
        # plot the gdt's locations.
        folium.Marker(
            location=gdt1,
            popup='GDT 1',
            icon=folium.Icon()
        ).add_to(self.f_map)
        folium.Marker(
            location=gdt2,
            popup='GDT 2',
            icon=folium.Icon()
        ).add_to(self.f_map)
        folium.Marker(
            location=uav,
            popup='Target Area.',
            icon=folium.Icon()
        ).add_to(self.f_map)

        # plot the triangulation (regular and optimal) area
        plugins.HeatMap(data=self.lat_lon_a,
                        ).add_to(self.f_map)
        plugins.HeatMap(data=self.lat_lon_b,
                        ).add_to(self.f_map)
        plugins.HeatMap(data=self.optimal,
                        gradient={0.65: 'lime'}
                        ).add_to(self.f_map)

我正在继承它：

class Plot2ndPosition(PlotOnMap):

    def __init__(self, lat_lon_a, lat_lon_b, optimal):
        self.plot_on_map = super().__init__(lat_lon_a, lat_lon_b, optimal)

    def plot_map(self):
        return self.plot_on_map.create_map()

    def plot_locations(self):
        return self.plot_on_map.plot_gdt_and_triangulation()

唯一的区别是，在Plot2ndPosition类中，在第二种方法中，我不想绘制gdt2和热图，我只想绘制gdt1和uav（第一个和最后一个标记）。

我在将每个变量分配给一个变量的方向上进行了思考，并在继承该方法时以某种方式忽略了它。

    def plot_gdt_and_triangulation(self):
        """
        This function plots the locations given by the users with markers and create an heat map of the triangulation.
        """
        # plot the gdt's locations.
        one = folium.Marker(
            location=gdt1,
            popup='GDT 1',
            icon=folium.Icon()
        )

        one.add_to(self.f_map)
        two = folium.Marker(
            location=gdt2,
            popup='GDT 2',
            icon=folium.Icon()
        )
        two.add_to(self.f_map)

        three = folium.Marker(
            location=uav,
            popup='Target Area.',
            icon=folium.Icon()
        )
        three.add_to(self.f_map)

        # plot the triangulation (regular and optimal) area
        trian_plot1 = plugins.HeatMap(data=self.lat_lon_a,
                        ).add_to(self.f_map)
        trian_plot2 = plugins.HeatMap(data=self.lat_lon_b,
                        ).add_to(self.f_map)
        trian_plot3 = plugins.HeatMap(data=self.optimal,
                        gradient={0.65: 'lime'}
                        ).add_to(self.f_map)

Answer 1

一种选择是覆盖plot_gdt_and_triangulation()中的Plot2ndPosition

class Plot2ndPosition(PlotOnMap):

    def __init__(self, lat_lon_a, lat_lon_b, optimal):
        super().__init__(lat_lon_a, lat_lon_b, optimal)

    def plot_gdt_and_triangulation(self):
        folium.Marker(
            location=gdt1,
            popup='GDT 1',
            icon=folium.Icon()
        ).add_to(self.f_map)
        folium.Marker(
            location=uav,
            popup='Target Area.',
            icon=folium.Icon()
        ).add_to(self.f_map)

您也可以删除plot_map()，只需调用create_map()。您可以使用Plot2ndPosition实例来调用它。而且，如果您有更多逻辑，则无需将基类另存为成员，self

中的所有方法都已可用

def plot_map(self):
    return self.create_map()

Python，重写继承方法的功能

1 个答案: