Hello.
Welcome.
This section is the most interesting section in comes because it deals with the deserts.
Now whatever some religion you do we need to present our results most interesting and efficient way
so that if you can understand what simulation you have done and what are the results.
So this is the most interesting part of any simulation.
So in this uh discuss about the blood groups in my next video we'll discuss about the rest of the rebel
groups.
So what do you have in blood group in blood group here.
Blood.
So when you click on blood it will just blood any particular settings which you have which I'll show
you later in this video.
Also you can select the blood group.
What do you have for example.
I have three blood group.
You can see one two and three these three blood groups can be shown here.
Also you can add a 3D blood group which they already have and two deployed group also.
And also one deployed group for example in this simulation.
I have done a thermal simulation.
Basically I have a block and a source and a sink.
So this is the source.
This is my block and this is the sink what I can do is I can have a 3D blood volume blocked or surface
bra showing the temperature profile of the whole system or I can have a 2D plot of a slice or I can
have a one day plot of a line passing through any surface our volume of this system.
So this is how one day to the end 3D black looks like you can have polar plot and other parts.
Also you can also have parameters if you want to see results.
We have got plane.
Now what is carbon.
Basically this is a 3D object right.
So what carbon does is.
You can just cut a plane in the 3D or to the domain and see what the cargo plane looks like.
For example if a cart through the center and I can see that what is the temperature profile of that
cart and so on so you can have got point.
You can have cart line.
We can also cart 3D good point 3D and explain all that you can see the logo is quite descriptive of
the options for example cut pain you have a plane inside a cube.
Line is a line in a two dimensional space.
Good point.
It's like a spear in a cue card line it's just a line.
That part is just a point in a square.
So that's it no more data as it is basically a different type of data set for your result.
You have tons of options.
You have to the error evolution to the layered material surface at everything.
Every kind of analysis you can do in this setup options and evaluate.
So suppose you have an expression and you want to get the result.
So this is just like compute in study.
So you click onto evaluate and it will evaluate your given expression a vanishing clock.
You can get like a folder inside that you can create individual evaluation.
For example from temperature you can find some other value.
Uh maybe if I have the surface temperature I can calculate the surface radiation and so on.
Those can be done in evaluation.
You can have point evaluation you can have global evaluation point evaluation that basically is localized
evaluation global evaluation is throughout the whole domain.
We have more drive um values you can integrate the results surface volume you can have the average and
lot of things pretty much you can do any kind of analysis here.
We have tables you can view the data plot mesh you can animate your results uh I'll show you later moment
and also you can create a report like if I click on um animate and suppose that my simulation is time
dependent then if I click on so frame what I will do is it will show the dessert at each time frame
and then it will show like a movie.
So if I have 25 different time and so we have pretty hard to print simulation for each time then it
will create one second movie of those 25 frames.
So that is the main idea behind animation now in my next video I'll go in detail about the uh plot and
how do we actually visualize our plots in the dessert section.
So basically we go through the to the plot.
You can do similarly with to the end one day plot.
Okay see you in my next video.