import matplotlib.pyplot as plt
#making line graph views=(234,567,789,765,234,564,345) days=range(1,8) plt.plot(days,views,label="rate",color="m",linestyle='-.',marker='o',linewidth=2) plt.xlabel('days') plt.ylabel('views') plt.title('days per view') plt.legend(loc= 'upper right')
#making line graph for multiple y values y_views=(234,567,789,765,234,564,745) n_views=(534,767,189,345,274,164,345) t_views=(834,767,489,365,634,164,145) days=range(1,8) plt.plot(days,y_views,label="y_rate",color="m",linestyle='-.',marker='o',linewidth=2) plt.plot(days,n_views,label="n_rate",color="r",linestyle='-.',marker='o',linewidth=2) plt.plot(days,t_views,label="t_rate",color="b",linestyle='-.',marker='o',linewidth=2) plt.xlabel('days') plt.ylabel('views') plt.title('days per view') plt.legend(loc= 'upper right')
#setting up grid lines y_views=(234,567,789,765,234,564,745) n_views=(534,767,189,345,274,164,345) t_views=(834,767,489,365,634,164,145) days=range(1,8) plt.plot(days,y_views,label="y_rate",color="m",linestyle='-.',marker='o',linewidth=2) plt.plot(days,n_views,label="n_rate",color="r",linestyle='-.',marker='o',linewidth=2) plt.plot(days,t_views,label="t_rate",color="b",linestyle='-.',marker='o',linewidth=2) plt.xlabel('days') plt.ylabel('views') plt.title('days per view') plt.legend(loc= 'upper right') #setting up grid lines plt.grid(True,linewidth=1,color='black',linestyle='-.')
#x and y axis limits y_views=(234,567,789,765,234,564,745) n_views=(534,767,189,345,274,164,345) t_views=(834,767,489,365,634,164,145) days=range(1,8) plt.plot(days,y_views,label="y_rate",color="m",linestyle='-.',marker='o',linewidth=2) plt.plot(days,n_views,label="n_rate",color="r",linestyle='-.',marker='o',linewidth=2) plt.plot(days,t_views,label="t_rate",color="b",linestyle='-.',marker='o',linewidth=2) plt.xlabel('days') plt.ylabel('views') plt.title('days per view') plt.legend(loc= 'upper right') #x and y axis limits plt.xlim(1,5) plt.ylim(200,700)
#saving the graph y_views=(234,567,789,765,234,564,745) n_views=(534,767,189,345,274,164,345) t_views=(834,767,489,365,634,164,145) days=range(1,8) plt.plot(days,y_views,label="y_rate",color="m",linestyle='-.',marker='o',linewidth=2) plt.plot(days,n_views,label="n_rate",color="r",linestyle='-.',marker='o',linewidth=2) plt.plot(days,t_views,label="t_rate",color="b",linestyle='-.',marker='o',linewidth=2) plt.xlabel('days') plt.ylabel('views') plt.title('days per view') plt.legend(loc= 'upper right') plt.grid(True,linewidth=1,color='black',linestyle='-.') plt.savefig('C:/Users/ISAK_ABR/Desktop/New folder (3)',dpi=500,facecolor='b')
#scatter plots
views=(234,567,789,765,234,564,345,564,1233,456,789,900,444,555) days=range(1,15) plt.scatter(days,views,label="rate",color="m",linestyle='-.',marker='o',linewidth=2) plt.xlabel('days') plt.ylabel('views') plt.title('days per view') plt.legend(loc= 'upper right') plt.grid(True,linestyle='--',color='b',linewidth=1)
views = (234, 567, 789, 765, 234, 564, 345, 564, 1233, 456, 789, 900, 444, 555) days = range(1, 7)
#bar graph plt.bar(days, views, label="rate", color="m") plt.xlabel('days') plt.ylabel('views') plt.title('days per view') plt.legend(loc='upper right') plt.grid(True, linestyle='--', color='b', linewidth=1) plt.show()
#comparison with bar graph y_views=(234,567,789,765,234,564,745) n_views=(534,767,189,345,274,164,345) days = range(1, 8)
plt.bar([a-0.25 for a in days], y_views,width=0.25, label="rate", color="m",align='edge') plt.bar([a+0.25 for a in days], n_views,width=-0.25, label="rate", color="r",align='edge') plt.xlabel('days') plt.ylabel('views') plt.title('days per view') plt.legend(loc='upper left') plt.xticks(days) plt.show()
#histograms views = [234, 567, 789, 765, 234, 564, 345] bins = [1,2,3,4,5,6, 7] plt.hist(days, bins, label="rate", color="m") plt.xlabel('days') plt.ylabel('views') plt.title('days per view') plt.legend(loc='upper right') plt.grid(True, linestyle='--', color='b', linewidth=1) plt.show()
#pie chart medias=('facebook','youtube','tiktok','instagram') explode=(0,0.2,0,0) views=(234,567,789,543) plt.pie(views,labels=medias,explode=explode,autopct='%1.1f%%',shadow='True') plt.savefig('C:/Users/ISAK_ABR/Desktop/New folder (6)')
#text annotations views=(234,567,789,765,234,564,345) days=range(1,8) min_views=min(views) days_co=days[views.index(min_views)] plt.plot(days,views,label="rate",color="m",linestyle='-.',marker='o',linewidth=2) plt.xlabel('days') plt.ylabel('views') plt.title('days per view') plt.legend(loc= 'upper right') plt.annotate('lowest value', xy=(days_co,min_views), xytext=(5,300), arrowprops=dict(facecolor='black',shrink=0.07))
#using style sheets print(plt.style.available)
y_views=(234,567,789,765,234,564,745) n_views=(534,767,189,345,274,164,345) days = range(1, 8) plt.style.use('Solarize_Light2') plt.bar([a-0.25 for a in days], y_views,width=0.25, label="rate", color="m",align='edge') plt.bar([a+0.25 for a in days], n_views,width=-0.25, label="rate", color="r",align='edge') plt.xlabel('days') plt.ylabel('views') plt.title('days per view') plt.legend(loc='upper left') plt.xticks(days) plt.show()