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Welcome back, my friends.

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And today we're going to try to finish up the parking report.

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For that reason, we are going to copy a couple of things right now.

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First things first, I want to tell you here something.

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So we grab the clinic patients using the map function and just put it here.

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But this line is complete scene with this.

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That's why I just modified that version in order to tell you, yeah, we can just delete this and use

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this patients here.

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And the result will not be changed here is saying we're going to have the same result, the smallest.

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The largest.

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Right.

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2016 and 2020.

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Same thing.

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Same here.

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That's why I use that one to just make our life easier so he can uncommented this one.

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I mean, you can comment on this one

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and you can just put the patience here, that's it right now for the parking report.

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So if he comes along the parking parking, we will see these four different, right?

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It will say parking, parking, address, everything here that we have done.

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Price our size.

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Your bill in full day, price in four spots in our spots.

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OK, now the first function I want to create here is called to just calculate the parking data.

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Right.

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And we are going to create here a function called Colque.

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And in this function, I'm going to pass in the parking data.

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This actually I haven't created yet.

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If I need to cancel, log this car.

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So now if you go back, it will give you an error because this function is it's not there, actually.

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Right.

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It's not defined.

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OK, now, before doing this, I just want to create that parking data, const parking data.

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So what I want here, I'm going to use this parking that map.

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So today we use this map a lot.

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Now I'm just going to see current, right.

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I'm going to say here with a comma, I'm going to create a little bit more complex area.

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So I'm going to see current dot for spots.

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Then I want to grab current dot.

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How are these spots?

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Right then I want the current that price and current price for the price.

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Right.

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So that comes a lot, this parking data

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in common, this one because it's still going to give you an error.

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Comes of love, right?

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Is that going to work?

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OK, now I did have four I one, two, three, four in each area do have the full Sports Authority spots,

46
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three dollars or won our prize in full day price.

47
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OK, and the same goes for this same go for this same school for this.

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So just loop through all of it and I get from the current element of this from here.

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All right.

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Nice.

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So I can easily create that code function.

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So now I'm going to create this Colque function outside here.

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Where we are, so clinics report, right, just going to create this here, their and it will say Colque

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I'm going to pass it.

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So what we need to pass here.

56
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So we need to pass the data from before and make sure that you don't forget about the function.

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Now, here, create this.

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This will return the newest and oldest year.

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And you can see me or me max value.

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Right, because we are using the same one for finding I mean, max value.

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OK, and this were we this will be the function for calculation, the parking, the O key.

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Now here what I'm going to do, I'm going to say DataDot.

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Data that for each so I'm going to look through each and every element here.

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So I'm going to grab the element.

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I'm going to use this error function right here, the curly brackets, because I'm going to have multiple

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lines here.

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Right.

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So I'm going to say full parking here, but before one just comes over.

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Are the element in because we are consuming a lot of the element, we just need to call it here.

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OK, now I do have the same thing.

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Good, I don't need this one anymore.

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Very good.

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So what I will do, I'm just going to create a couple of variables here for sorry, not VAR Alisi left

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here, full parking.

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And that will be equal to zero, so I'm going to declare an initialise in the same line.

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So if we haven't done this now, it's the Shad's so full, hourly, hourly, and that will be again

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to zero then for income.

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That again, to be a zero comma to make sure you put in commandeers hourly income.

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That will be zero as well.

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And now I can use this.

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So for the full parking, what I'm going to do on Thursday, plus equal element of zero.

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OK, so I'm going to do all of this.

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And after that I'm going to explain what they're doing right.

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So full hourly here and it will be element of one.

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Right.

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So this is the element of zero, this is the element of one, so I just want to look through each of

87
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these and grab the 60 28 for the hourly for the full parking.

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I just want to look through these four areas and grab the zero positions.

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Right in the zero position is 90 here.

90
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The zero position is 100, then the 80 to 76 coupe.

91
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Now I do have full income.

92
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So the Fullenkamp will be the element of zero.

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I need to multiply by the nine where the element of three.

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So the element that is in the position three right this hour, the nine, it's always these three and

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nine.

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They are everywhere.

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So I can easily know that the position position zero, he's going to be full time, first of all, all

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day parking and this will be the old price.

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Nice now for you.

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So we'll see hourly income and that will be this.

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Sixty, twenty, eighty four.

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Eighty four multiplied by three.

103
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Three, three, three.

104
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All right.

105
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That's element of too good.

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Now what we need to do is I'm going to tell you what we need to return.

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You return all of these values.

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So I'm going to return Eigg of full parking now, but I will say EVGA hourly parking, that will be

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the second variable that I'm going to return to Fool Parking's.

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This speed man's four spot, total hourly parking, S.P., full income in hourly income, good now eroded

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this because I will know what I need to write, what I need to grab it from here.

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Right.

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Because see, if I don't use this after that, when I do comes along here, things I will not know which

114
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which way, because I'm going to use again the structuring and I will not know which variable contains

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what value.

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I just need to connect them.

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OK, so I'm going to return an area of full parking.

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Good karma then.

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The average is actually theta that length.

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So I'm going to divide it by datalink in here.

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I'm going to see for the second one it will be full hourly divided by data that length.

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Yet what else?

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I do have to make sure that this is good.

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Now we are done with the average.

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So I'm going to say full parking full hourly.

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The full income here, hourly income.

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That's good.

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Okey dokey.

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In here, if I know I need to cancel work in order to see what we return.

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Right.

131
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Because we don't have anything.

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Here is eighty six.

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Sixty six three.

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Forty six to six.

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Four and the rest.

136
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OK, now I'm going to stop with this using the restructuring.

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So what I'm going to story, so I need to begin to create all of these variables so I'm not going to

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bother you too much again, what you need to do is to use these JS file here every year.

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He saying that it's coming from the desktop.

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And what I'm going to do is just going to grab some parts.

141
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Or let's close this one.

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So I'm just going to copy the entire thing until the number six, actually this because we do have the

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parking data, this I'm doing because I don't want to waste your time and I don't want to sound too

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boring for you.

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OK, so go back here.

146
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I don't need this, but I need and also I don't need this.

147
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OK, now maybe I did need that.

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OK, so create full parking average, average, total parking, two parking spots, income.

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This is total parking income.

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This is total hourly parking income in that Kalik of the parking meter.

151
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No.

152
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Yeah, actually, let's save it and see if anything will break now in our four Daniel colleagues, we

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have approximately of this.

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So I'm not going to the reason why I just use the other F.J. is because I don't want you to teach you

155
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these simple things.

156
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We're not doing anything special here.

157
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We just bringing out the results that we already did from that calculation.

158
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And you and I have shown you how we can do this right now.

159
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One more thing you need to do here is to finding the parking that has more.

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So the last one was the finding, the parking that passed more than one hundred hourly or all the spots.

161
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So how we can do this?

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OK, so I'm going to create a concept called the index.

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Index full, this means a full parking spot and I will see parking that map in here, I'm going to grab

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every element for the current.

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So we have used current before so you can use the current element.

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Doesn't matter.

167
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So the current element that I'm going to say 11. for spots now if I cassella

168
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index.

169
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Should be indexed F, let's see what we have.

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OK, we're on top, so I have nineteen hundred eighty seventy six.

171
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So where is this coming from?

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OK, Fusspot.

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So the food spots are this nineteen hundred eighty, sixty seventy six.

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And this is the other spots.

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Right.

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This is the earliest part and these are the total.

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So 90 plus 60 will be one hundred and fifty twenty plus a hundred.

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It will be one hundred and twenty one hundred plus eighty twenty.

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Right good.

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Now we grab all this we story in, we create inventory, we store them with the help of the map method.

181
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No we first time we're going to use to find index remember defined index.

182
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We still have access to this element in with the Therrell function we can say OK which of the element

183
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is greater and equal that one hundred and it will go through this list and it will give me back this

184
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one index.

185
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Right.

186
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So if I save it now, this index of one it will have one index of F it will have one.

187
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Good.

188
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Now easily what I can do, I can say console log and I'm going to write this one now.

189
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I'm going to say seven and what I'm going to say parking's of that index of one that address some will

190
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be able to grab the address now has more than or equal to sorry, equal to a hundred.

191
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All the parking spots.

192
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Q Now, I'm just going to copy it here again.

193
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Actually, I'm not going to copy it, but just because I did copy that, I'm just going to come into

194
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that.

195
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OK, no registry has more than a hundred.

196
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Let's go here.

197
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Here is Brother Street has more than one hundred more equal to good.

198
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Let's find the other one.

199
00:15:44,450 --> 00:15:51,620
So I'm just going to copy this entire let's do it step by step, because I want to show you an index

200
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of Suheir hourly.

201
00:15:55,040 --> 00:15:58,460
And I will say, Parkin's, I'm going to use again the math method.

202
00:15:58,730 --> 00:16:05,120
He and I have the axis of the current element and I'm going to grab all of these hourly spots.

203
00:16:06,220 --> 00:16:06,450
Right.

204
00:16:07,220 --> 00:16:18,560
So if I do cancel a lot of the index of H, I don't know what is happening right now.

205
00:16:18,780 --> 00:16:19,220
Okay.

206
00:16:19,560 --> 00:16:22,370
Now and I'm also.

207
00:16:22,520 --> 00:16:22,880
Yeah.

208
00:16:25,160 --> 00:16:32,480
So I have sixty, twenty, one hundred and eighty four and this is coming from sixty, twenty, one

209
00:16:32,480 --> 00:16:34,330
hundred and eighty four.

210
00:16:34,610 --> 00:16:36,650
So I do have these hourly parking's.

211
00:16:36,860 --> 00:16:41,630
So what I want now I just want to see the same thing, I'm just going to copy it, put it here.

212
00:16:41,900 --> 00:16:42,320
Good.

213
00:16:42,950 --> 00:16:46,400
And now I don't need this uncommon.

214
00:16:46,400 --> 00:16:46,820
This.

215
00:16:50,350 --> 00:16:59,050
Good, and I need to change it to number eight instead of index of every index of hourly addresses more

216
00:16:59,050 --> 00:17:05,710
than or equal to and in our case, which will be that this will be Dockland Street.

217
00:17:07,140 --> 00:17:08,540
Cool, nice.

218
00:17:08,550 --> 00:17:16,890
Show that is working, so for homework, I want you to use the scene here, get me and Max function

219
00:17:17,130 --> 00:17:22,350
in fine because we do have a year of built.

220
00:17:22,650 --> 00:17:22,980
Right.

221
00:17:23,130 --> 00:17:27,850
And I want you to find the parking that is the newest parking and the oldest park.

222
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So that is simply we can just call this function and bring out the entire up into the console of the

223
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entire result.

224
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Right.

225
00:17:35,970 --> 00:17:37,040
I'm not going to do it for you.

226
00:17:37,350 --> 00:17:40,330
That is too simple and that is pretty much it.

227
00:17:40,360 --> 00:17:45,480
We have covered everything for this project.

228
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I mean, for this challenge.

229
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And I hope you like it.

230
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You can just return a little bit because the video do something on your own and this will be included

231
00:17:57,360 --> 00:17:58,470
in your

232
00:18:01,020 --> 00:18:02,730
I'm not sure how I'm going to include it.

233
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I'm going to say here a final version improved.

234
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Right.

235
00:18:08,640 --> 00:18:10,420
So this is going to be the improved.

236
00:18:10,440 --> 00:18:16,380
So don't worry, we're not sure because I've created one more method that wasn't intentionally there,

237
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and this one was that one.

238
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So we use here, we return an array of errors and here we just use it.

239
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The other one.

240
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All right, good.

241
00:18:28,470 --> 00:18:30,400
Now, let's see.

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I will see you in the next section.

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And in that section, we will learn more advanced things.

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And I cannot wait to start that section because that section will blow your mind.

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OK.

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Thanks.