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Create the distance allocation using specified criteria.

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Create the distance allocation using specified criteria.

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Use Distance Accumulation on only road line FID = 4 and 7. Use the SELECT tool.

Reclassify as exercise 8.

Extract to vector geometry type.

Use Distance Allocation for points of worship in 100m. Find the ID allocation within the 100m road. Use the CLIP tool.

Create Model Builder.

Create Conceptual Diagram.

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1.CREATE FOLDER

file

select local C / local D

create new folder( rename GST313)

open folder GST313

add 2 new folder in GST313 (Raster and Vector)

2. DOWNLOAD DATA USGS EXPLORER

search USGS Earthexplorer

select a geodenic method as address/place

address/place put a MALAYSIA

click show

click on Malaysia in attribute

delete coordinate

tick point coordinate on map Malaysia

click data set

choose digital elevation

SRTM and click SRTM 1 Acr-Second Global

click result

click footprint for coordinate(5,100),(5,101),(5,102)

download 3 coordinates in format geotiff

save image in folder Raster

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3. DOWNLOAD DATA VECTOR

search website Subnational Administractive Boundaries

download data _SHP.zip

unzip data (extract all)

add data in Vector folder

4.ARCGIS

click map

create new project (Spatial_Analysis)

choose file GST313

5.ADD DATA .SHP

click view

catalog pane

right click

add folder connection

choose data GST313

6.RENAME

click GST313

click Vector

rename data

dmm0 (Malaysia_Peninsular.shp)

dmm1 (Malaysia_State.shp)

dmm2 (Malaysia_District.shp)

line (Malaysia_Road.shp)

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1. GROUP LAYER

right click map (New group layer)

rename file (Malaysia)

highlight 4 layer

2. REARANGE MALAYSIA

drag layer in Malaysia

-road

-district

-state

-peninsular

3. CHECK METADATA

right click layer (Malaysia Road)*

click properties

click metadata layer

choose spatial reference

check WGS1980 and Coordinate for all layer

4. CONVERT SHAPEFILE TO GEODATABASE (shp-gdb)

view, catalog pane and right click folder

choose new

click file geodatabase

choose feature dataset

select globe and click projected

choose national grid find Malaysia & Singapore, choose kertau RSO Malaysia(meters) and add the favourite

open Geographic Coordinate System click world

find WGS1984 and add to favourite

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5. CONVERT PROJECTION WGS1984 TO RSO SHAPEFILE

analysis

tool and click toolboxes

find data management tools

choose projection and transformation

click project and rename file Malaysia_RoadRSO

convert all to RSO and use Kertau coordinate

run

6. IMPORT SHAPEFILE RSO TO FEATURE DATASET

click catalog pane and choose dataset Malaysia

right click folder and choose import

import all RSO

delete all layer not RSO

7. CHANGE FRAME TO RSO

right click map

choose properties

add coordinate system RSO

apply

change status bar to meter

8. ADD RASTER AND CREATE POLYGON

open folder raster and drag all into map

right click folder raster

choose new and click shapefile

make feature class name(DEM)

type polygon

coordinate system(WGS84)

run

9. CREATE,SPLIT POLYGON AND MOSAIC IMAGE

edit

digitiz base on map

SPLIT POLYGON

-click DEM

-choose split

-and close raster map

MOSAIC IMAGE

-analysis

-tools

-mosaic to new raster