I have a list of 1111 values in scientific notation. Here are a few examples:
6.042968853864891e-12, 6.042894605467602e-12, 6.042777396826408e-12, 6.042616263531836e-12, 6.042410211830538e-12, 6.042158216350682e-12,
Is there a way I can convert this to just a list of 6.0429885, 6.04289460, 6.04277739, 6.04261626, 6.04241021, 6.04215821 (8 decimal places)? I don't want the scientific notation part (e-12).
I am ultimately trying to plot longitude on the x axis, latitude on the y-axis and have the points different sizes or colors based on density values (the density values are the numbers above in scientific notation). Here is a plot I have of just the longitude and latitude. I want to have this and each point be varying size depending on what the density is at that location.
Seems like you just need to multipy these numbers by 1e12 then round to 8 decimal places, right?
a = [6.042968853864891e-12, 6.042894605467602e-12, 6.042777396826408e-12, 6.042616263531836e-12, 6.042410211830538e-12, 6.042158216350682e-12,
]
b = [round(i*1e12,8) for i in a]
# if you want to scale your plot, then you shouldn't need to change the list itself, rather do this to your plot:
# if you have an ax, do:
ax.set_ylim([0,1e-11])
# this will give you a fixed y axis limit between 0 and 1e-11.
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