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It appears that you have a large amount of text data, but I can try to provide some guidance on how to structure your code based on the format you've provided. Here's a sample Python code using matplotlib for rendering: ```python import json import matplotlib.pyplot as plt import numpy as np def parse_geojson(file): # Read the GeoJSON file and return its data. with open(file) as f: geo = json.load(f) points_data = [] rings = geo['features'][0]['geometry']['coordinates'] for ring in rings[1]: points = np.array(ring, dtype=float).reshape(-1, 2) if len(points.shape) > 1: # For the second item in coordinates point_arr = np.hstack((points, np.ones([len(points),1]))) x_arr = point_arr[:,0]#np.array(ring).dot(np.array([np.cos(np.radians(lat)),np.sin(np.radians(lat)),0])).sum(axis=1) y_arr = point_arr[:,1] plt.scatter(x=x_arr, y=y_arr,s=8,color='green',label=file.replace('.geojson','')) else: x, y = points # Convert to matplotlib's expected format plt.plot([x], [y], marker='o', color='red', markersize=5) def plot_graph(file): points_data = [] rings = geo['features'][0]['geometry']['coordinates'] for ring in rings[1]: points = np.array(ring, dtype=float).reshape(-1, 2) if len(points.shape) > 1: # For the second item in coordinates point_arr = np.hstack((points, np.ones([len(points),1]))) x_arr = point_arr[:,0]#np.array(ring).dot(np.array([np.cos(np.radians(lat)),np.sin(np.radians(lat)),0])).sum(axis=1) y_arr = point_arr[:,1] # print(x_arr, ' ',y_arr) points_data.append(x_arr); points_data.append(y_arr); for point in range(len(x_arr)): points_data[point]=float('{:.8f}'.format(points_data[point])) return points_data def visualize_points(data): points_data=plot_graph('graph1.geojson') rings=[] for index in data: lat=data[index][0] lng=data[index][1] rings.append(np.array([[lng, lat],],dtype=float)) plt.figure(figsize=(15,5)) for rind ,ring in enumerate(rings): point_arr=np.hstack((np.array(ring).reshape(-1, 2), np.ones([len(ring),1])))#Add an extra row to get matrix dot working x_arr=point_arr[:,0];y_arr=point_arr[:,1]# Convert to the matplotlib data format plt.plot(x_arr,y_arr,'--b',linewidth = .5,alpha=.2) #plot edges if len(data)<1: raise Exception("At least two nodes needed") node_pos_data={'lat':[float('{:.8f}'.format(x)) for x in points_data[0]], 'lng':[float('{:.8f}'.format(y)) for y in points_data[1]]} node_plot=np.arange(len(data)); #Node index plotted point = 100 if point==None: point=np.zeros_like(points_data) + np.inf node_min_pos_indices=np.unravel_index(np.argmin(node_plot+point),node_plot.shape) plt.figure(figsize=(15,5)) ring_arr=[] for ind ,ring in enumerate(rings): points=np.array(ring).reshape(-1, 2) if(len(points_data) >0 and (float('{:.8f}'.format(nodes_array[points[1],0])) + float('{:.8f}'.format(trunk_radius))>data[ind][0]) or len(points)>0): plt.scatter(np.array(ring)[:,0] ,np.array(ring)[:,1] ,s=1 ,alpha =.4,label='graph edges') else: ring_arr.append(points) points_arr=[] node_color='k' # plt.legend(title="Graph "+ graph_file) point = 100 if point==None: point=np.zeros_like(nodes_array) + np.inf for ind, ring in enumerate(ring_arr): nodes = {} lat=ring[0][1] long =ring[0][0] for x , y in points_data: nodes[y]=float('{:.8f}'.format(x)) if float('{:.8f}'.format(long +x )) >= data[ind][0] and y>=data[ind][1]+ trunck_radius and np.exp((data[ind][2])) >nodes.get(y, point) else node_min_pos_indices[0]+node_plot[point- nodes.get(y,0)].size for point_arr in range(0,np.max(ring) ): nodes.pop(points_data[point_arr],None) ring_nodes=sorted([nodes.items()])[1] # points_data=[] # x=[node['lng'] for node in nodes_array[node_min_pos_indices]]; # y = [float('{:.8f}'.format(node['lat']) for node in nodes_array[node_min_pos_indices]] print(ring_nodes) #plt.plot([data[ind][0]], [nodes[nodes.keys()[1]][0]]+ trunck_radius ,color='red' ,'*', markersize=12) plt.show() ``` You need to put this code in a python file (named `geo_plot.py`, for example). Also you must make sure you have the necessary libraries installed on your system by using the following command. `pip install matplotlib numpy` After all these, run your python file from anywhere with any IDE of python Please replace `graph1.geojson`, 'root_graph.json' to wherever you kept the .geoJSON files on your PC