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Hello and welcome.

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In this video we are going to create a function that will draw the clock numbers.

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So this is what our code looks like at the moment.

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And this is what we've been able to achieve so far.

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So by the end of this Late Show we should have Plock numbers on the clock.

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So what I'm going to do I've already pre staged the code I'm going to add the block of code and do my

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best to explain what the code does.

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So just underneath it you can call a function.

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Anyway if he notices draw a clock function here is inside that function we are also calling this trophy's

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function.

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We're going to create a form of cord draw numbers.

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And again we are going to add that here.

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In fact let me do that now.

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I'm just going to call this draw

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numbers inside the pen this is I'm going to also reference the CIT context and the radius.

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So this is going to be a function that I am going to create in a minute.

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I'm referencing it inside those clocks and when this clock functioned clock runs it who caught this

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and then call this function.

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So I'm just going to tab down to the bottom.

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This class function here and just add the block of code for our drawn numbers function.

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So I've added a block of code that would draw the numbers on the clock so this is the code here.

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This is the block of call.

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So I'll do my best to run through it with you.

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So got a couple of variables here.

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Variable call and variable Quad nump we've online 36.

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Basically we are set in the font size of the drive object to be half 10 percent of the radius.

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That's what this line to six dots line thirty seven and thirty eight is used to set the text.

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I meant to the middle and the centre of the print position.

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And for the rest of the record from line third in line to 47.

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We are calculating the print position for 12 numbers to 85 percent of the radius.

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We are going to have that rotated.

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I will quote the p y divided by 6.

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So we hear what the mass of p y property are divided by 6 for each of the numbers of the clock.

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So these are various methods here.

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So we using the retard metter.

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And we pass in in this variable and here which responder will for the angle and we use in the Translate

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method here as also.

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As I explained in previous video the translation basically is used to remap a position on the X and

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Y axis of the compass.

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Here we are looking for the three we rotating using the routed met.

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Again this time we are using in negative value here.

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Notice on 4 to 1 is a positive.

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Fourth that rule is using negative value and only 44 is in the field text.

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This is what will actually put the text on the clock and we're referencing the number variable and we're

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converting it to string.

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Okay and these are the values again here fortify were referencing the routed method used in the variable

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we defined on line 34.

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We use in the.

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Again here we have this values here.

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And again we use the return method with negative for this variable so that basically should create the

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numbers for the clock.

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So I'm just going to save this akhlaghi saved.

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Or we can go back to our hysteria and see what it looks like.

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Okay the numbers have not showed up so there must be a slight error in the could.

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It's going to go back into the court and have a look.

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What I may have done wrong.

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So let me take a look.

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The function is called drop numbers let me see.

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Ah okay.

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This is where my error is the functions Quadron numbers and I'm just called did draw a number so obviously

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it will not run sign it or add it s I save that and try and run refresh the clock again and see.

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So now we have the numbers showing up on the face of the clock.

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Oh that's excellent So if you are on the same page and you got yours working also many congratulations

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in the next lecture.

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Are we going to quit this function that will be used to draw the hand for the clock.

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So thank you for watching and see you in the next lecture.

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Bye for now.