How to use the manimlib.mobject.geometry.Line function in manimlib

with attributes of those names.
        """
        kwargs = locals()
        kwargs.pop("self")
        group = VGroup()
        group.kwargs = kwargs

        dx = dx or float(self.x_max - self.x_min) / 10
        dx_line_color = dx_line_color or self.default_input_color
        df_line_color = df_line_color or graph.get_color()

        p1 = self.input_to_graph_point(x, graph)
        p2 = self.input_to_graph_point(x + dx, graph)
        interim_point = p2[0] * RIGHT + p1[1] * UP

        group.dx_line = Line(
            p1, interim_point,
            color=dx_line_color
        )
        group.df_line = Line(
            interim_point, p2,
            color=df_line_color
        )
        group.add(group.dx_line, group.df_line)

        labels = VGroup()
        if dx_label is not None:
            group.dx_label = TexMobject(dx_label)
            labels.add(group.dx_label)
            group.add(group.dx_label)
        if df_label is not None:
            group.df_label = TexMobject(df_label)

def get_axes(self):
        axes = ThreeDAxes(**self.three_d_axes_config)
        for axis in axes:
            if self.cut_axes_at_radius:
                p0 = axis.get_start()
                p1 = axis.number_to_point(-1)
                p2 = axis.number_to_point(1)
                p3 = axis.get_end()
                new_pieces = VGroup(
                    Line(p0, p1), Line(p1, p2), Line(p2, p3),
                )
                for piece in new_pieces:
                    piece.shade_in_3d = True
                new_pieces.match_style(axis.pieces)
                axis.pieces.submobjects = new_pieces.submobjects
            for tick in axis.tick_marks:
                tick.add(VectorizedPoint(
                    1.5 * tick.get_center(),
                ))
        return axes

def add_treds_to_tires(self):
        for tire in self.get_tires():
            radius = tire.get_width() / 2
            center = tire.get_center()
            tred = Line(
                0.7 * radius * RIGHT, 1.1 * radius * RIGHT,
                stroke_width=2,
                color=BLACK
            )
            tred.rotate(PI / 5, about_point=tred.get_end())
            for theta in np.arange(0, 2 * np.pi, np.pi / 4):
                new_tred = tred.copy()
                new_tred.rotate(theta, about_point=ORIGIN)
                new_tred.shift(center)
                tire.add(new_tred)
        return self

fill_color=BLACK,
            fill_opacity=1,
        )
        screen.replace(screen_plate, stretch=True)
        screen.scale_in_place(self.screen_width_to_screen_plate_width)
        screen.next_to(screen_plate, OUT, buff=0.1 * SMALL_BUFF)
        screen_plate.add(screen)
        screen_plate.next_to(body, UP, buff=0)
        screen_plate.rotate(
            self.open_angle, RIGHT,
            about_point=screen_plate.get_bottom()
        )
        self.screen_plate = screen_plate
        self.screen = screen

        axis = Line(
            body.get_corner(UP + LEFT + OUT),
            body.get_corner(UP + RIGHT + OUT),
            color=BLACK,
            stroke_width=2
        )
        self.axis = axis

        self.add(body, screen_plate, axis)
        self.rotate(5 * np.pi / 12, LEFT, about_point=ORIGIN)
        self.rotate(np.pi / 6, DOWN, about_point=ORIGIN)

def __init__(self, *args, **kwargs):
        Line.__init__(self, *args, **kwargs)
        ps_ratio = self.positive_space_ratio
        num_dashes = self.calculate_num_dashes(ps_ratio)
        dashes = DashedVMobject(
            self,
            num_dashes=num_dashes,
            positive_space_ratio=ps_ratio
        )
        self.clear_points()
        self.add(*dashes)

def vector_to_coords(self, vector, integer_labels=True, clean_up=True):
        starting_mobjects = list(self.mobjects)
        show_creation = False
        if isinstance(vector, Arrow):
            arrow = vector
            vector = arrow.get_end()[:2]
        else:
            arrow = Vector(vector)
            show_creation = True
        array = vector_coordinate_label(arrow, integer_labels=integer_labels)
        x_line = Line(ORIGIN, vector[0] * RIGHT)
        y_line = Line(x_line.get_end(), arrow.get_end())
        x_line.set_color(X_COLOR)
        y_line.set_color(Y_COLOR)
        x_coord, y_coord = array.get_mob_matrix().flatten()
        x_coord_start = self.position_x_coordinate(
            x_coord.copy(), x_line, vector
        )
        y_coord_start = self.position_y_coordinate(
            y_coord.copy(), y_line, vector
        )
        brackets = array.get_brackets()

        if show_creation:
            self.play(ShowCreation(arrow))
        self.play(
            ShowCreation(x_line),
            Write(x_coord_start),

def generate_points(self):
        start_angle = np.pi / 2 + self.arc_angle / 2
        end_angle = np.pi / 2 - self.arc_angle / 2
        self.add(Arc(
            start_angle=start_angle,
            angle=-self.arc_angle
        ))
        tick_angle_range = np.linspace(start_angle, end_angle, self.num_ticks)
        for index, angle in enumerate(tick_angle_range):
            vect = rotate_vector(RIGHT, angle)
            tick = Line((1 - self.tick_length) * vect, vect)
            label = TexMobject(str(10 * index))
            label.set_height(self.tick_length)
            label.shift((1 + self.tick_length) * vect)
            self.add(tick, label)

        needle = Polygon(
            LEFT, UP, RIGHT,
            stroke_width=0,
            fill_opacity=1,
            fill_color=self.needle_color
        )
        needle.stretch_to_fit_width(self.needle_width)
        needle.stretch_to_fit_height(self.needle_height)
        needle.rotate(start_angle - np.pi / 2, about_point=ORIGIN)
        self.add(needle)
        self.needle = needle

def __init__(self, *args, **kwargs):
        Line.__init__(self, *args, **kwargs)
        self.add_tip(tip_length=self.tip_length)
        # self.init_colors()

def vector_to_coords(self, vector, integer_labels=True, clean_up=True):
        starting_mobjects = list(self.mobjects)
        show_creation = False
        if isinstance(vector, Arrow):
            arrow = vector
            vector = arrow.get_end()[:2]
        else:
            arrow = Vector(vector)
            show_creation = True
        array = vector_coordinate_label(arrow, integer_labels=integer_labels)
        x_line = Line(ORIGIN, vector[0] * RIGHT)
        y_line = Line(x_line.get_end(), arrow.get_end())
        x_line.set_color(X_COLOR)
        y_line.set_color(Y_COLOR)
        x_coord, y_coord = array.get_mob_matrix().flatten()
        x_coord_start = self.position_x_coordinate(
            x_coord.copy(), x_line, vector
        )
        y_coord_start = self.position_y_coordinate(
            y_coord.copy(), y_line, vector
        )
        brackets = array.get_brackets()

        if show_creation:
            self.play(ShowCreation(arrow))
        self.play(
            ShowCreation(x_line),