So, if you see here semi automatic, so, if you select it, it will automatically create dimensions all the dimensions or for the sketches which are in the graphics window. So until the sketches are fully constrained. So, you can see automatically here I can create dimensions for everything right. So, like this you can, this will be the best method because you no need to waste the time on thinking which dimension how to probe it to make our sketch fully constrained. So, if you choose this It will create all the dimensions which are needed to make a fully constrained sketch, you can see some of the sketch colors are become now tail color. So, that means this are fully constrained sketches see now, it has automatically disappeared and if we want we can see see all the dimensions we can edit it right.

So, this will be the best method. Since here we have taken so many sketches, so, this is not looking good, but generally it will be a very simple sketch whether it might be a rectangle on a profile. So, in that case directly we can go for that in diameter land So, once we have done with it, there is a few other options available there animate. So if you select any dimension, you can see or let's say if it is a six seven, if you give it as eight mm, how it is going to move. So all those things here we can see. So the animate just select the dimension, that's the whole sketch is going to be animated.

So you can see now Right, so, that cycle so you can choose here. So that is not that much important because here when we import any part model, or to do any analysis, so we'll do the pre processing for that. That is called jasmine tea idolization where we are going to remove few flakes, there will be a threshold value for the glitz and chamfered. So, if it is very, very small it is it doesn't affect much to the model strength and everything we can remove those things so that we can we can create less number of elements so that we can complete the problem in a limited time. So, those kind of parameters also very important, while particularly we are doing the Effie because we have to use minimum number of elements and with maximum quality maximum accuracy in the results. So we should be able to justify it each and everything while we are solving any problems.

So, you will see all those things we cover all those things in the coming lectures.