[00:00:17.20]
all right so yeah this is going to be
another analysis on the multi criteria
[00:00:23.03]

[00:00:23.03]
and call it all hpi about whatever
[00:00:26.13]

[00:00:27.20]
processing you call it um suitability analysis
vulnerability analysis multimeter there are
[00:00:34.08]

[00:00:34.08]
different names you can call it but all matters
is you are trying to analyze overlay of different
[00:00:40.19]

[00:00:41.16]
layers arduino valley to give you a single result
based on different um parameters you're trying to
[00:00:49.09]

[00:00:49.09]
get a single result uh better decisions or how
to make better decisions based on different
[00:00:56.00]

[00:00:56.00]
parameters and overlays all of them together to
give this angle so now we're going to be doing an
[00:01:01.05]

[00:01:01.05]
analysis on fire station services so on
this one we'll be having we have our police
[00:01:08.13]

[00:01:09.20]
distance from police stations well how close it
is to hospitals semi-police and we already have
[00:01:17.09]

[00:01:17.09]
existing fire stations but we want to locate where
to place the infestation correct in lego state
[00:01:23.07]

[00:01:23.07]
so for this one we are going to bring out um
existing fire stations we consider federal
[00:01:29.09]

[00:01:29.09]
fire stations because those are the ones that
can be assessed easily and we have the boundary
[00:01:34.23]

[00:01:34.23]
for the states in lagos states we have the
local government here we have buildings all
[00:01:42.00]

[00:01:42.00]
the buildings in lagos states uh you might
already see them you don't fit in rich
[00:01:47.01]

[00:01:48.13]
and make the outline you get so you can see there
all right those are the buildings in legal states
[00:01:56.04]

[00:01:56.21]
and we have water body let me uncheck this one
this is our water body here all right so now
[00:02:02.19]

[00:02:02.19]
the first thing you have to do is you have
to classify each and every of these factors
[00:02:08.21]

[00:02:08.21]
into different um classes and before you
do this you have to have a backup a proof
[00:02:14.17]

[00:02:14.17]
of what you're doing for example now if i want
to locate okay for water body i want to locate
[00:02:20.17]

[00:02:21.11]
where are the places i can put water body or
this part of lounges and in some other ways
[00:02:28.04]

[00:02:28.04]
it's better i use a satellite imagery but
because i don't want to take much longer
[00:02:32.23]

[00:02:32.23]
period of doing this like we just have to
remove satellite imagery out of it satellite
[00:02:37.16]

[00:02:37.16]
imagery will help you to classify where there is
land use where there's water body where there is
[00:02:43.01]

[00:02:44.02]
vegetation where there is built up and stuff like
that but i have all of this in um in vector files
[00:02:51.14]

[00:02:51.14]
so i'll just go ahead and use this like that
to analyze my data all right so for water body
[00:02:57.16]

[00:02:57.16]
i need to know okay these are the places that i
have water disciplines everywhere definitely it
[00:03:03.14]

[00:03:03.14]
is not proper to um sites fire stations on water
body so automatically these places are going to be
[00:03:12.12]

[00:03:13.07]
null or zero or not suitable so
now i'm going to open an excel um
[00:03:20.02]

[00:03:22.08]
i'm going to give this one one three table
[00:03:25.20]

[00:03:28.02]
and two um um moderates
[00:03:35.07]

[00:03:37.22]
likely
[00:03:38.13]

[00:03:43.09]
or you can use something as a
medium factor and you can use them
[00:03:47.07]

[00:03:49.07]
okay sorry because it's very suitable you can
use suitable and not suitable that is our goal
[00:04:00.06]

[00:04:00.06]
so now we can paint this one one two three one
two three so any value you give us one is very
[00:04:07.16]

[00:04:07.16]
suitable any value give us two is suitable anyway
you give us three is not suitable all all right so
[00:04:14.02]

[00:04:14.02]
now for this one i'm going to be classifying this
area that was water body as not suitable at all
[00:04:20.21]

[00:04:21.11]
you can't build a fire station in or let's say on
water all right so i'm going to use this first of
[00:04:30.21]

[00:04:30.21]
all as number one factor so working on each factor
one by one so now how can we classify where to
[00:04:39.09]

[00:04:39.09]
identify as suitable that it is plus or
minus it is okay it's preferable it's not bad
[00:04:44.23]

[00:04:45.12]
plus a minus so those ones you have to make
research on each and every other factor
[00:04:50.12]

[00:04:50.12]
to give a proof that okay this piece are
reasonable so i went ahead and go to um there's a
[00:04:57.03]

[00:04:57.03]
website that gives you buildings along coast and
this tells me that okay yeah you can be able to
[00:05:03.16]

[00:05:04.06]
put i think it gave 200 meters um very good here
[00:05:10.13]

[00:05:13.14]
so it gives different classes
30 meters from reverse electrons
[00:05:17.12]

[00:05:18.10]
and then it gives them some other ideas on how to
so this one says no construction or reconstruction
[00:05:24.21]

[00:05:24.21]
of any building shall be allowed within a strip of
land of 200 meters or such higher distance has may
[00:05:31.20]

[00:05:31.20]
be prescribed a time when state and governments
prepare of the outer boundary river drainage so
[00:05:38.00]

[00:05:39.01]
a buffer for five meters as you know all along
the floor river or thanks so i'll just put um
[00:05:46.00]

[00:05:46.00]
200 meters just for the sake of this episode
i'll put 200 meters for um the boundary so you
[00:05:55.05]

[00:05:55.05]
go ahead and do it your processing profile there
is not just pro you can also do profile on that
[00:06:01.18]

[00:06:01.18]
so select water body here all right once
you select what i bought you make this one
[00:06:07.11]

[00:06:08.04]
200 and change this onto meter meters all
right and make sure you select where you
[00:06:13.18]

[00:06:13.18]
want to save your file all right i've
already done this before so i can just
[00:06:17.18]

[00:06:19.07]
that's trash and give it a name as 200 meter
buffer all right so i think that's that i give
[00:06:26.02]

[00:06:26.02]
it okay all right so that's for one so the
second thing you'll be doing is to say that
[00:06:34.04]

[00:06:35.11]
let me overlay this on top of okay on top of water
let me remove this all right so now i'm working on
[00:06:44.15]

[00:06:45.07]
water body so water body i can see this one on
top of this we put water body on top of the side
[00:06:53.05]

[00:06:53.05]
you can see the background we actually zoom
closer you can see the the distance in meters
[00:06:58.10]

[00:06:59.01]
this is the 100 meter 200 meter before we did
so anywhere within this 200 meter is likely
[00:07:06.00]

[00:07:06.00]
suitable for construction but it's not on
representative but just for the sake of yourself
[00:07:12.12]

[00:07:13.09]
so now if we said this this one is you classify
this one as i'm not suitable you can see the pink
[00:07:22.12]

[00:07:22.12]
color here as suitable and everything outside
the pink color is highly suitable you can build
[00:07:28.17]

[00:07:28.17]
anywhere outside this one all right so i think
that's for that so now for us to make this theory
[00:07:36.23]

[00:07:36.23]
together as one you have to do another step number
one is to make sure that all attribute details are
[00:07:43.22]

[00:07:43.22]
zoomed out as one you have to image all of them
to measure all of this you have to right click
[00:07:49.01]

[00:07:49.01]
on these go to edits start editing once you start
editing you started editing so i like this feature
[00:07:55.18]

[00:07:55.18]
just right click anywhere all right i make sure
editor is checked so when it does check you select
[00:08:02.02]

[00:08:03.01]
right click on this go to selection select
all right so if all has been selected
[00:08:09.22]

[00:08:09.22]
i should have done this before this available for
everything seems the same so just go to merge and
[00:08:15.20]

[00:08:15.20]
you're going to select one attribute to represent
the rest so you click on ok all right so having
[00:08:22.23]

[00:08:22.23]
done that if you go to the attribute table you'll
see that you only have one row all right so we'll
[00:08:30.17]

[00:08:30.17]
do the same thing for the rest go to water body
it has to stop editing to go to the next one save
[00:08:39.20]

[00:08:42.06]
well let me just save this all right so go to
water body and do the same thing for water body
[00:08:49.14]

[00:08:49.14]
all right so for water body this might cause
confusion because i have this stored in another
[00:08:55.01]

[00:08:55.01]
file so i don't complicate the data so i'm going
to export this and save it somewhere else so that
[00:09:00.04]

[00:09:00.17]
i can have a backup all right so um fire station
[00:09:05.05]

[00:09:07.09]
station water body water body
alright so i have my water body here
[00:09:10.21]

[00:09:13.22]
i click save and click okay all right you
add your data to the map you can remove this
[00:09:20.06]

[00:09:20.23]
just in case anything happens to this we have a
backup all right so you right click on this and
[00:09:25.12]

[00:09:25.12]
go to edit feature start editing once you start
editing you do the same thing right click select
[00:09:34.10]

[00:09:34.10]
all so once all is selected go to editor match all
right you click on okay that means everything as
[00:09:42.02]

[00:09:42.02]
one you verify on the attribute table all right
okay so lastly i believe boundary is um in one
[00:09:50.06]

[00:09:51.05]
all right so once everything has been made
we're going to match these three data sets
[00:09:56.13]

[00:09:56.13]
as a one single ship file we have the water
body the water body buffer 200 and the boundary
[00:10:03.07]

[00:10:03.07]
to represent as i need suitable so it goes
to your processor and you click on merge
[00:10:08.00]

[00:10:08.15]
all right so drag these three and put
them here or you can select them from
[00:10:13.18]

[00:10:13.18]
the drop down all right once this has been
selected you save it to your folder image
[00:10:20.15]

[00:10:23.20]
for the body and that's called suitable let's
use hp all right so we know that yeah this is
[00:10:33.20]

[00:10:33.20]
what we're using for hp hey click okay voila so
now you might see blank this and you just go to
[00:10:42.19]

[00:10:42.19]
the attribute table you see all your files saved
as one we have one two and theory as a boundary
[00:10:52.04]

[00:10:52.04]
so this one um okay i think this is all right
just a minute all right to be sure i need to
[00:11:02.04]

[00:11:02.04]
know which one is for suitable non-suitable
okay you can see this one that is below
[00:11:07.14]

[00:11:07.14]
definitely should be i'm not suitable and this
one that is here should be suitable and this one
[00:11:14.06]

[00:11:14.06]
that is there should be highly suitable so you see
that the numbers have been mixed up so it is your
[00:11:19.12]

[00:11:19.12]
duty to arrange them accordingly so to arrange
this accordingly um you can uncheck this once
[00:11:28.15]

[00:11:30.17]
um let's uncheck this
[00:11:32.10]

[00:11:34.21]
so you don't you don't get confused value making
use of this so arrange this accordingly you have
[00:11:39.07]

[00:11:39.07]
to start editing right click on this go to this
feature okay we've not stopped editing before
[00:11:44.13]

[00:11:44.13]
stop editing our previous map so you can
start the editing of another one stop editing
[00:11:51.11]

[00:11:51.11]
save your work all right so you right click on
this edit feature start editing all right so
[00:11:59.01]

[00:12:01.03]
uh for this we have to well just on this
id and just give it a number if you have
[00:12:08.10]

[00:12:08.10]
a cool one that has an id or something you can
create id on that just give this one a number
[00:12:14.08]

[00:12:15.22]
okay let's let's let's start this one set i
will show you the process on how to add a feed
[00:12:20.17]

[00:12:20.17]
right click on these go to attribute table
like right click on click on the drop down
[00:12:25.20]

[00:12:25.20]
add field so once you add field you give this
one as pass short integer is okay it's okay
[00:12:35.11]

[00:12:36.17]
all right so once you've given it a class uh
it's too long you can uncheck these ones and
[00:12:43.22]

[00:12:46.15]
um
[00:12:47.03]

[00:12:49.07]
don't feed them you can just delete future and
[00:12:53.09]

[00:12:55.22]
you have to do it one by one and
so let's just give this one class
[00:13:01.05]

[00:13:02.17]
you have this one you have to be very very
careful i'm sure this one is not suitable this
[00:13:07.20]

[00:13:07.20]
one is suitable and this one is highly suitable
so not suitable is number what do you get from
[00:13:17.09]

[00:13:17.09]
not suitable now suitable is number three right so
once you've added field just right click on this
[00:13:23.22]

[00:13:23.22]
to be able to edit it start editing you won't be
able to add field if you've started editing that's
[00:13:29.18]

[00:13:29.18]
why we have to stop editing before we actually so
for this you can give not suitable as number three
[00:13:36.06]

[00:13:40.21]
in salas number three and we
have suitable as number two
[00:13:47.20]

[00:13:49.20]
and um we have i listed table as the boundary
that's number one all right i believe very good
[00:13:59.07]

[00:13:59.07]
so if you've done this just stop editing and
save your work so the next step you have to
[00:14:05.18]

[00:14:05.18]
take for this is to convert this to rasta so you
could be able to do the overlay analysis on them
[00:14:12.12]

[00:14:15.05]
for the hp so once you go to i think that's
um vector has timer like rasterization so
[00:14:26.15]

[00:14:26.15]
let's look for a suitable tool for
this i'm going to resolve this and um
[00:14:33.07]

[00:14:35.20]
um okay let me look at conversion
[00:14:38.08]

[00:14:40.15]
to raster to raster terrestrial very
good so feature to rasta let's open this
[00:14:46.00]

[00:14:46.17]
just drag this one here or
you can click on drop down
[00:14:51.03]

[00:14:51.03]
and make sure you save it to the file
where you can remember water body
[00:14:55.07]

[00:15:06.02]
and it's giving you a red sign because you're not
really giving a format for this raster and put the
[00:15:13.22]

[00:15:13.22]
cif that should do all right so for the class you
select the field and select class i think that's
[00:15:24.17]

[00:15:24.17]
okay and the class will help you to differentiate
all of them and also to give it a name for the
[00:15:30.21]

[00:15:31.22]
raster file so for something like this is
the raster will carry attribute details okay
[00:15:38.08]

[00:15:39.12]
so let me close this and all right uncheck this
you can see your raster in different classes
[00:15:48.00]

[00:15:48.19]
very good so um for this you're
not comfortable with the rasta
[00:15:55.22]

[00:15:57.07]
and pixel you can go to results and see the
previous section you've done double click on it
[00:16:04.17]

[00:16:06.00]
and the cell size you can edit it all right
you can put 0.3 this is going to take longer
[00:16:13.16]

[00:16:13.16]
period all right you can put 0.5 to just make
it and faster a i make sure you change the name
[00:16:23.03]

[00:16:24.19]
and please hp2 always know that anytime i put
a hp 2 or any number above is the current one
[00:16:31.09]

[00:16:31.09]
so it helps you to remember easily so you
click ok this one might take a little while
[00:16:36.02]

[00:16:38.04]
all right
[00:16:38.16]

[00:16:41.14]
all right i'm seeing this one yes
[00:16:43.22]

[00:16:45.14]
it's going to give an issue so let's just
uncheck this probably we don't have to
[00:16:49.20]

[00:16:50.15]
change the the cell size so it doesn't complicate
issues so don't click on the previous one and
[00:16:58.02]

[00:16:59.09]
you can give this one a zero let's see let's
try different one so that's three and click ok
[00:17:08.17]

[00:17:10.23]
all right
[00:17:11.11]

[00:17:14.10]
still the same problem all
right so this one is much
[00:17:17.20]

[00:17:18.19]
better this one has more cell size compared to
[00:17:22.15]

[00:17:24.19]
compared to this one you can see it has
different cell size and this one looks more
[00:17:29.18]

[00:17:30.15]
actually install the smartphone so we can
remove this one remove these sets your work
[00:17:36.12]

[00:17:36.12]
doesn't get too promising all right so
the next thing we're going to do is um
[00:17:46.04]

[00:17:46.04]
next we're going to do is uh looking at
[00:17:48.04]

[00:17:50.13]
um again with this we have different
classes one two three all right that's
[00:17:57.07]

[00:17:57.07]
number one you can see it's in one
two three so number one we have here
[00:18:03.18]

[00:18:05.20]
is
[00:18:06.08]

[00:18:08.08]
which very suitable is number one okay sure
so these areas are very suitable number two
[00:18:14.17]

[00:18:15.07]
these areas are suitable i use motorists
moderately simply but this really are not suitable
[00:18:21.11]

[00:18:21.11]
for so we are done with rasta for water body and
i always like to put them in one place so that's
[00:18:29.16]

[00:18:30.17]
you can measure all of this beauty
water body profile blah blah blah
[00:18:35.03]

[00:18:35.03]
everything you can group them it makes you
work more easier you can see water body
[00:18:43.05]

[00:18:43.18]
all right so once you are done with
this just uncheck this and close it
[00:18:47.18]

[00:18:47.18]
we are done with water body so the next thing we
have to do is fire stations existing fire station
[00:18:54.13]

[00:18:55.03]
we can check this one as existing fire stations
so good so if you have your existing fire stations
[00:19:03.11]

[00:19:04.19]
these are location of existing fire stations
all right so the next thing we have to do is to
[00:19:09.20]

[00:19:11.11]
um locate uh we don't have to make the
fire station duplicate so you don't have
[00:19:18.19]

[00:19:18.19]
to fire security first station your first station
whereas the place you need fire stations they are
[00:19:23.22]

[00:19:23.22]
not there so we're going to do a buffer of five
um kilometer radius or five mile radius here
[00:19:32.12]

[00:19:32.12]
five miles radius from each fire station that
anywhere five mile radius there shouldn't be
[00:19:39.22]

[00:19:39.22]
another fire station there okay just to save more
money and also be smart that's where you should
[00:19:46.00]

[00:19:46.00]
position fire station left for me i would suggest
manifestation should be everywhere you understand
[00:19:51.14]

[00:19:51.14]
but just to consider the hp and um make more and
reasonable location for where to put fire stations
[00:19:59.20]

[00:20:00.17]
um if they are proposing for five fire
stations you should know where to put
[00:20:04.13]

[00:20:04.13]
five fire stations well there are proposals
are going to put android fire station while
[00:20:09.14]

[00:20:09.14]
you definitely reduce the number of radios you
can just put okay in the next two kilometers i
[00:20:15.07]

[00:20:15.07]
should be seeing a nearest fire station so this
is about putting it in the next five miles videos
[00:20:20.15]

[00:20:20.15]
i'm going to be placing a new fire station all
right so we're going to do a buffer for this
[00:20:26.13]

[00:20:28.02]
and i know we've done it before for this before
but just for the sake of this i'll be new before
[00:20:34.06]

[00:20:34.06]
we found this for five mile radius you drag this
as usual select this and create this in a folder
[00:20:44.06]

[00:20:44.06]
for fire stations so your work is all arranged
right so i'm going to call this fire station
[00:20:52.19]

[00:20:56.23]
fire station so i double click on this
[00:20:59.12]

[00:21:01.05]
i'm going to put this profile underscore fire
underscore stations underscore five miles alright
[00:21:11.22]

[00:21:13.03]
so when you do this just click save make
sure you select mouse and select five
[00:21:19.18]

[00:21:21.09]
alright so if you've done this the
next thing you have to do is um
[00:21:25.12]

[00:21:27.18]
okay that's good so if you've
done this just click on okay
[00:21:33.07]

[00:21:41.05]
okay so these areas there should not be
fire stations within these areas all right
[00:21:47.12]

[00:21:48.13]
so that is for this one so after
this area to the next five miles
[00:21:54.17]

[00:21:55.09]
you should be having a new power
station uh let's say two miles
[00:22:01.05]

[00:22:02.21]
it should be suitable for fire stations okay so
um it looks a little bit bigger than i expected
[00:22:13.09]

[00:22:13.09]
and it's way bigger so between next five miles you
should have under fire station so what we're going
[00:22:20.10]

[00:22:20.10]
to do now we're going to create another buffer
from this buffer all right so um and for us to
[00:22:28.10]

[00:22:28.10]
create another buffer from this before we have
to do there's another analysis we have to do
[00:22:33.09]

[00:22:38.06]
that's feature to envy look yeah
so feature to envelope is going to
[00:22:42.13]

[00:22:42.13]
envelope each profile in the form of
a polygon um like a box a rectangle
[00:22:49.07]

[00:22:50.17]
so what we're going to do is click feature to
polygon if you can't locate you just type feature
[00:22:57.14]

[00:22:59.22]
only
[00:23:00.10]

[00:23:02.12]
it's filtered future to polygon anytime
you see data management no it's for raster
[00:23:08.04]

[00:23:08.19]
it's mostly for us now all right so just click
feature to polygon feature class anytime you
[00:23:14.10]

[00:23:14.10]
see feature class you know it's a shapefile
entire shp and ssh strip for the vector file
[00:23:20.08]

[00:23:21.18]
you drag this one inside here all right so you
click on this to file file station five mile
[00:23:32.00]

[00:23:33.03]
so to make this one look different you can use env
and that's called eng envelope so you click on ok
[00:23:42.10]

[00:23:44.10]
they cancel this create small view
[00:23:49.20]

[00:23:50.15]
all right very good so it means that all
these places where we have all of these
[00:23:56.02]

[00:23:56.02]
are going to be not suitable all right
so created the layout for not suitable
[00:24:01.12]

[00:24:02.12]
so what we have to do now is
to start editing for this one
[00:24:06.21]

[00:24:09.09]
and select all feature
[00:24:12.15]

[00:24:14.12]
uh what you do you match all of them all right
good so all this rage please where we have
[00:24:22.02]

[00:24:22.02]
not suitable you're just going to stop editing
displays are not suitable they are represented as
[00:24:29.12]

[00:24:30.15]
no suitable is number three all right presented as
number three so the next one we have to do is um
[00:24:38.15]

[00:24:40.08]
um i think i think we have to create another
profile to show where we have to put fire stations
[00:24:46.19]

[00:24:48.04]
okay so it means that all these places remaining
definitely they are suitable for fire station
[00:24:55.12]

[00:24:55.12]
unless for me i would suggest that these five
miles should be for suitable and the one we have
[00:25:05.20]

[00:25:09.05]
okay five miles suitable
[00:25:13.20]

[00:25:15.16]
okay let's just leave this like
this and um what we're going to do
[00:25:18.23]

[00:25:18.23]
create another two miles from this one
[00:25:21.11]

[00:25:23.20]
two miles we're going to do a buffer just double
click on this drag this one to this so you don't
[00:25:30.06]

[00:25:31.12]
do it differently so this one
is two miles from underscore
[00:25:41.20]

[00:25:43.01]
um
[00:25:43.13]

[00:25:46.06]
this will help me remember that okay i'm
doing two miles from five mile radius so i
[00:25:51.01]

[00:25:51.01]
know that is not from the actual fire stations you
understand so i can you can also reduce this as a
[00:26:00.04]

[00:26:00.19]
in the short term world abbreviation so you change
this one as two miles okay so you click okay
[00:26:10.23]

[00:26:13.03]
see if you've done this and
[00:26:14.19]

[00:26:16.21]
it's all good next we know that okay
all these place where we have however
[00:26:23.22]

[00:26:23.22]
bring your stuff down all these things are
suitable these ones are not suitable and this
[00:26:29.09]

[00:26:29.09]
one is initiative everything yes i listen to it so
what do we have to do to measure of this together
[00:26:36.02]

[00:26:37.07]
is the next question what do we have to measure
all of this together so we have to make this one
[00:26:43.20]

[00:26:43.20]
as one two no sorry this one is not suitable
this one is three so this one is one two three
[00:26:51.07]

[00:26:51.07]
right so to measure all of these you have to bring
this one also make sure everything is made as one
[00:26:59.22]

[00:27:00.19]
okay good everything is made as one check
this one so everything is made as one
[00:27:06.06]

[00:27:07.01]
good and boundary is measures on so all
you just have to do is click on this one
[00:27:12.13]

[00:27:14.02]
and this one i have to be sure i'm doing the
right thing this buffer file stations five round
[00:27:22.15]

[00:27:23.20]
two miles for five miles and five my envelope
okay this is previous what we did so what you
[00:27:30.02]

[00:27:30.02]
just do select this three go to your processor now
you can click on merge here and let's just go to
[00:27:39.12]

[00:27:39.12]
your processing and click on merge all right
once you've clicked on merge drag this one to
[00:27:46.00]

[00:27:46.00]
this place giving us an instant that that some are
different total conflict between input and outputs
[00:27:54.08]

[00:27:54.23]
okay that's some conflict between input output is
saying that we have different coordinate system
[00:28:02.06]

[00:28:02.06]
okay different coordinate system is saying
that i think this one is minus on that one not
[00:28:08.23]

[00:28:13.05]
we have a conflict between data system it's
wgs this one too have to check very well
[00:28:20.15]

[00:28:25.20]
so until the vgs
[00:28:29.20]

[00:28:35.03]
uh although they're not the bridges
i don't know why it's giving issues
[00:28:38.12]

[00:28:39.22]
okay so let's try it again match
imagine boundary infra and this
[00:28:47.12]

[00:28:50.13]
well i don't know why it's combinations on
there's some conflict between inputs and outputs
[00:28:57.20]

[00:28:59.09]
okay let me check the outfits overcome this
system okay same as inputs yeah we have yeah yeah
[00:29:11.20]

[00:29:21.16]
okay so let's go ahead and see what
happens click on this and make sure it is
[00:29:27.11]

[00:29:29.14]
buffer file station then you make this one each
[00:29:33.03]

[00:29:35.14]
so you keep it safe alright so
[00:29:39.20]

[00:29:44.13]
okay it's worked let's uncheck all of this
check this one you can group everything here
[00:29:52.13]

[00:29:52.13]
into one group so we know that yes we are
dealing with fire station inside this group
[00:29:58.15]

[00:29:59.22]
and one thing we have for sure is
that all these areas are water body
[00:30:04.13]

[00:30:05.12]
so we don't you don't expect us to build on water
bodies here so we're going to trim that one out
[00:30:11.01]

[00:30:11.16]
so but for this if you open the attribute
table all right you see that this one has
[00:30:17.22]

[00:30:19.09]
number theory and this number one this
number two and this number one okay
[00:30:28.17]

[00:30:29.09]
so what we just have to do is to clip
everything to four within this boundary
[00:30:34.08]

[00:30:34.08]
so you go to your processing and you go to
clip all right you drag your result for hpe
[00:30:39.18]

[00:30:40.08]
and your clip feature is the boundary of lego
states you drag it here and go to this place and
[00:30:46.10]

[00:30:47.20]
give it hp too oh let's know that the highest
value is the points um results you have
[00:30:56.06]

[00:30:59.03]
all right good so you can drag
this one inside here as well
[00:31:03.20]

[00:31:06.10]
okay good uncheck this one and check
the attribute table once you check the
[00:31:12.10]

[00:31:12.10]
attribute table whoa something is wrong i
should be table but then something is wrong
[00:31:22.04]

[00:31:25.03]
something is wrong it didn't clip with the
oh sorry i think it's clipped only this one
[00:31:32.06]

[00:31:32.06]
because i was highlighting the boundary on
this so let's right click on this and remove
[00:31:38.15]

[00:31:39.22]
i'll repeat the same procedure for please very
busy in the same procedure make sure this is clear
[00:31:46.17]

[00:31:46.17]
you clear selection once you clear selection
we're going to give this one as three and click ok
[00:31:53.12]

[00:31:56.10]
if you're giving down a stereo you click on okay
[00:31:59.20]

[00:32:01.01]
check the attribute table again voila yeah
so this is for number three one two and one
[00:32:10.19]

[00:32:11.16]
so for us to rename this class as three one two
three three so you can go to the process of adding
[00:32:18.19]

[00:32:18.19]
a new class a new field click this one class short
integer under class make sure you start editing
[00:32:27.20]

[00:32:29.20]
once you've started editing you give
this one as um to be sure highlight it
[00:32:35.14]

[00:32:36.19]
so ratio highlighted as number three so to
be sure for this one this one is number two
[00:32:47.16]

[00:32:50.04]
and to be sure for this one this
one is number one all right so
[00:32:53.18]

[00:32:54.17]
if you've done this just
consume and save your work
[00:32:59.09]

[00:33:03.16]
all right so um i believe we are done with this
one okay so we have different class number one
[00:33:12.19]

[00:33:12.19]
two three so the next thing you have to do you
go to feature to raster drag your feature here
[00:33:19.07]

[00:33:22.04]
and also you're selecting class so
that's where you want to save your file
[00:33:27.03]

[00:33:29.18]
well looking at power stations
under file station by giving it um
[00:33:37.20]

[00:33:42.23]
hp all right it could be save remember to put the
tiff yeah so i believe this is 0.3 you have a good
[00:33:55.03]

[00:33:57.11]
once you've done this just click on close
[00:34:00.04]

[00:34:02.23]
as an issue it's showing only two because we
highlighted this we keep mistake it shows only
[00:34:10.17]

[00:34:10.17]
two because we highlighted this one alone so you
delete this one double click on the feature to
[00:34:17.11]

[00:34:17.11]
raster again and make sure you clear all selected
feature and you give this one as number two
[00:34:26.02]

[00:34:27.12]
all right click ok alright if you've done
this just close you see you have all different
[00:34:35.07]

[00:34:36.00]
factors and you can bring this
one down and bring this one up
[00:34:42.00]

[00:34:44.10]
all right so it's telling us that anywhere
within this range is not suitable this one
[00:34:50.02]

[00:34:50.02]
is suitable and this one is highly suitable
very sensitive so we have we have um three
[00:34:58.04]

[00:34:58.17]
um parameters now or three factors two
factors sorry so that's for fire station
[00:35:05.11]

[00:35:08.10]
so if you've done one two three fire station
water body okay it remains um buildings
[00:35:19.22]

[00:35:19.22]
all right so um for these buildings first of
all we have to make a shortcut because this one
[00:35:29.07]

[00:35:29.07]
is going to be yeah they are much buildings have
there are many so it's going to take a lot of time
[00:35:37.03]

[00:35:38.04]
so the first thing we have to do is to make sure
that we um to make sure that we match all of them
[00:35:44.19]

[00:35:46.04]
if you check your attributes we have about five
thousand seven hundred and twelve dividends and he
[00:35:51.03]

[00:35:51.03]
wants to do a buffer for five thousand buildings
you understand not today profile for five thousand
[00:35:56.23]

[00:35:56.23]
buildings it's going to it's going to be serious
so anywhere for building like i said always make
[00:36:03.22]

[00:36:03.22]
sure you check research for something like this
you should have a backup um proof that okay for me
[00:36:11.09]

[00:36:11.09]
i'm going to say that anywhere five mile radius
from the buildings or residents or settlements
[00:36:16.21]

[00:36:17.16]
is highly suitable to put a fire station for
that it will make you look like okay anywhere
[00:36:25.20]

[00:36:25.20]
within five mile radius from the building this is
where i want to put my building all right this is
[00:36:31.09]

[00:36:31.09]
where i want to locate my fire station so that
anybody that because definitely people that are
[00:36:37.20]

[00:36:37.20]
living in building that you need spare services
in case you have emergencies so for this um
[00:36:44.12]

[00:36:46.08]
what we're going to do is uh we're going to
make a buffer for five miles before we make
[00:36:51.07]

[00:36:51.07]
a booth after five miles we have to match
all the data sets so now this one is in my
[00:36:55.18]

[00:36:56.15]
general data file so i'm going to make it
backup for this go to data export data once
[00:37:03.11]

[00:37:03.11]
you export data like we always do you create a
new folder for buildings and for buildings oh
[00:37:11.12]

[00:37:13.14]
five months okay i think this one was before i've
done this before all right so for this building
[00:37:20.08]

[00:37:20.08]
we're gonna call this one buildings oh let me just
give this one as backup let's go all right so i'm
[00:37:31.03]

[00:37:31.03]
going to call this one buildings right save your
work add it to your file then you remove this one
[00:37:39.01]

[00:37:41.05]
so we know that we have a building so if
you scroll down you see little buildings
[00:37:47.09]

[00:37:48.00]
there are so many all right so so what
you do you right click on this and go to
[00:37:55.05]

[00:37:55.22]
edit feature start editing once that
editing right click on this selection
[00:38:01.09]

[00:38:01.09]
select all so once you've selected or click ok
there and go to match match every one of them
[00:38:09.18]

[00:38:11.05]
all right so it's going to take a while to load
i click on just click on buildings click ok
[00:38:18.08]

[00:38:21.01]
so all will upgrade open attributes we have only
one actually representing all of them so it should
[00:38:29.03]

[00:38:29.03]
be easy to make a buffer for this one so once you
are done stop editing and click yes i save so for
[00:38:37.09]

[00:38:37.09]
this we're going to do your processing make a
buffer go for our five mile radius all right
[00:38:45.20]

[00:38:46.10]
so against me profound building students buildings
let me just drag this on here before buildings
[00:38:53.05]

[00:38:55.01]
so i'm going to locate um better place to
see my building the building of five miles
[00:39:03.14]

[00:39:08.00]
five miles
[00:39:13.20]

[00:39:18.13]
i'm going to i need to change this one to backup
[00:39:23.22]

[00:39:25.20]
so it doesn't complete what i'm doing so
you click save make sure it was five miles
[00:39:32.15]

[00:39:35.05]
five miles and click ok
alright so if you've done this
[00:39:41.20]

[00:39:43.09]
the next thing we'll be looking at today is um
[00:39:45.12]

[00:39:47.22]
also make sure that when you are doing
analysis to slow down your system you have to
[00:39:52.02]

[00:39:52.02]
shut down other software but
you press ctrl shift escape
[00:39:58.00]

[00:39:58.23]
and you click on more you see
performance of your processor is i
[00:40:07.11]

[00:40:09.03]
by some other softwares okay so doesn't that using
the cpu mode you have to close those ones down so
[00:40:16.23]

[00:40:17.14]
make sure that you have you can click on this and
end it sets your processing will be a bit faster
[00:40:24.15]

[00:40:25.20]
all right so this is going to take a while i'm
going to have to relax and come back to this
[00:40:37.20]

[00:40:42.04]
you
[00:40:42.16]