Hey everyone.
So here the plot in which figures are generated like his arms and boxes like that one.
So let's continue with that.
So in that we have various kinds of plots and we begin with histogram.
So first let me move it the f 4 because that one is little one and therefore no plot and then the plot
you need like histogram.
There we go with that man.
You will find this.
So here blue denoting a which is overlapped by others and we have B C D and E and you can also do d
by simply just
doing this thing you will get the histogram for all the different values like for a here B here.
See here.
B here at E here.
So with the note that money and then method for that one is just right here the particular column like
a I will have for a if you have a b c you have food then.
So this is how you can have the bar graph for different plots and if you do hear something like this
one here we have an interval in the ship Krypton you will get for two columns like C and D here and
you can have any number of column so we'll know a little bit more distant now.
So I hope you got the idea that how you can put the histogram and there you go again to D this one now
another one here is the BART block and if I do this one did blow it but I will have a bomb plot here
we have this one so I think this is pretty visible here.
We have all default values and equal spending values on x x and y axis.
And let me have this one in a different line.
Here we have this one.
But before that one more thing.
If you do this thing with the third data frame you will have this one because we have a number of values
there.
You can also do this one with DFA one the first data frame in which we have three variables.
And same with the app.
So that's why I have included all the values there so that you will get to know that all the values
can be printed easily.
Here we have this float.
And if I do this one with the third one you will see a pretty mess figure there.
Let me process this one takes a little time because the values are in number of hundreds and if I do
that one of the tips that maybe a little notebook.
So here you can see a pretty mess there.
The values and the x axis is not visible.
So this is the plot here and you can also do this one for particular columns like a I have only for
a little the values from 0 to 9 and their particular values.
You can also check these values just by appending DFL here.
He had this one and after this plot we have entire block that is unit the area block that is used in
most of the cases and I forget to block them.
So bloat not 80.
Here we have this one.
So this shows the girls up and down in form of 80 hours denoting ABC TV's 8 and E.
Here these.
So these are a little darker.
You can make them like visible after this one not because it is transparent by setting up alpha.
So this is a parameter here that is L.P. a chain and its value vary from 0 to 1.
So if you provide zero point five here they will be like that.
If you do hear zero point one they are nearly like transparent completely.
So this is the area.
And I have only one thing that if you use Rand and here and in the network then they will not look like
if I do this one and if I now try to upload this one I will get at it because the upload only shows
either the positive values or negative values here if you checked out the error.
This will be also like either all the positive or negative.
So make sure you are not using and therefore getting the random values.
And this one also.
And now if you on that one.
Here we have this one I would have the output.
So this is the area.
And after that we have also done with the bar code and with that one another one for printing these
plots is like if I have the F for not float and I need to upload any of these plots like if I need to
upload this histogram in another way and I forget to mention it while discussing this one.
So this is like if I have this one and then you can just do something like Here dot float and inventors
you can provide the kind.
Like here I need histogram.
So just hist there and there we have the same output.
You can do with any data here.
This is for data for so this midterm.
So then after that we have another plot that is the box plot that is the most interesting one I believe
in its figure that is just d for plot and box here you have this one so you can also do the same thing
with like here I have if a column I have only one and if you do the same with the F three you will have
this one.
And for b f 2 or 1 you will have like this one.
So this is the box block.
Now in the last my favorite one that is the one that have that hexagonal type of figures.
So that is the hex plot and we can pull that one just and we are going to do up on here right now.
I will tell you why.
So do you ever wonder plot and then we have hex bean and branches.
You need to pass some parameters like total underscored bill and then we have Y equal to the day we
go but the figures are very small.
So you can increase the crude size just grade size and value like let me try 10.
So there we go.
The tip of that size.
You can also choose the color by just using C map.
Dave we have this one good additional looking which could not be settled by default.
And this is this one.
And if you do this one fourth one you will have an ETA.
And if you do this one the day third one you will again her head of the articles is not because this
is a that because I am using here total bill and that contains only ABC.
So here we have a and here we have B.
So nine people are dead one you will have this graph and it falls.
I have this one with full vigor that I am not using for it because it has only fuel because you can
use third letter an a little and a little bit lie.
Map right now here maybe it will look pretty good.
So there we go but not good.
So thanks for watching.
This is all about these plots that how you can blow the data by using the PAN does and I think you find
this one more easy but for those libraries they are more efficient.
So thanks for watching.
See you in the next module.