auDown=[25.65,10.49,14.46,7.15,16.63,11.81,10.36,23.68,14.50,8.88,12.97,15.47,18.11,13.97,2.56,13.28,12.85,10.84,8.57,15.49,13.31,7.78,11.83,19.81,12.17,8.88,13.21,15.08,31.45,10.52,27.87,14.81,9.22,6.34,2.99,17.83,11.18,10.44,11.74]
sbDown=[3.8,9.25,4.06,6.84,5.27,18.97,7.53,13.06,2.98,9.71,17.50,12.82,14.84,11.51,3.36,7.62,12.28,12.82,9.63,13.52,5.08,11.74,6.22,7.59,9.60,8.62,5.57,9.96,5.76,3.19,14.33,8.08,8.28,29.28,20.05,3.55,2.68,1.91,14.18]
auDownLTE=[25.65,10.49,14.46,7.15,16.63,11.81,10.36,23.68,14.50,8.88,12.97,15.47,18.11,13.97,13.28,12.85,10.84,8.57,15.49,13.31,7.78,11.83,19.81,12.17,13.21,15.08,31.45,10.52,27.87,14.81,9.22,6.34,17.83,11.18,10.44,11.74]
print len(auDownLTE), len(auDown)
sbDownLTE=[9.25,18.97,7.53,13.06,9.71,17.50,12.82,14.84,11.51,7.62,12.28,12.82,9.63,13.52,11.74,9.60,9.96,5.76,14.33,8.08,8.28,29.28,20.05,3.55,14.18]
print len(sbDownLTE), len(sbDown)
p1=list_plot(auDown, plotjoined=True, color='orange')
p2=list_plot(sbDown,plotjoined=True, color='gray')
(p1+p2).show()
36 39 25 39 36 39 25 39 |
p1=list_plot(auDownLTE, plotjoined=True, color='orange')
p2=list_plot(sbDownLTE,plotjoined=True, color='gray')
(p1+p2).show()
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sbM=sum(sbDown)/len(sbDown)
auM=sum(auDown)/len(auDown)
print sbM,auM
9.56512820512821 13.4405128205128 9.56512820512821 13.4405128205128 |
sbML=sum(sbDownLTE)/len(sbDownLTE)
auML=sum(auDownLTE)/len(auDownLTE)
print sbML,auML
12.2348000000000 14.1597222222222 12.2348000000000 14.1597222222222 |
print (sum([(s - sbM)^2 for s in sbDown])/len(sbDown))^(1/2)
print (sum([(s - sbML)^2 for s in sbDownLTE])/len(sbDownLTE))^(1/2)
print (sum([(s - auM)^2 for s in auDown])/len(auDown))^(1/2)
print (sum([(s - auML)^2 for s in auDownLTE])/len(auDownLTE))^(1/2)
5.59187683358861 5.18197114619524 5.95795910191502 5.57119401031927 5.59187683358861 5.18197114619524 5.95795910191502 5.57119401031927 |
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