# data[].attributes.body
1. Firstly, Open website Data.humdata.Then, Open NextGIS.com and download the data that is in shapefile/ shp.zip.

# data[].attributes.body
Create a new folder in your computer and name it as GST313.After that, create 2 folder inside the GST313 and named it as Vector and Raster. Lastly put the data into the Vector folder.

# data[].attributes.body
Last but not least, zip the vector data inside the Vector folder and extract it.

# data[].attributes.body
Open arcgis pro and click new map.

# data[].attributes.body
Then, locate the file named GST 313

# data[].attributes.body
Lastly, Renamed the file as Spatial_Analysis

# data[].attributes.body
Click view at the control panel and then click catalog pane

# data[].attributes.body
Then click folder and add folder connection

# data[].attributes.body
Lastly Renamed 4 of the data to :

1. admin 0 = Peninsular_Malaysia

2. admin 1 = Malaysia_State

3. admin 2 = Malaysia_District

4. Road = Malaysia_Road

# data[].attributes.body
Click ctrl + select the 4 data.

# data[].attributes.body
Then, Drag to the screen arcgis pro and the data will appear on the map

# data[].attributes.body
Lastly, click save.

# data[].attributes.body
Geocoding method → address/place → malaysia → → remove(Latitude and Longitude) → data set → Digital Elevation → select SRTM / SRTM 1 Arc-second global → additional criteria → result → footprint → download option → GeoTiff 1 Arc second

# data[].attributes.body
CHECK METADATA FILE

Properties

ADD DATA RASTER

Drag & Drop

# data[].attributes.body
TOC → map → right click → new group → MYR_WGS84 → new layer under(MYR_WGS84) → new folder (raster&vector) → drag data raster/vector → into the folder

# data[].attributes.body
analysis → tools → toolboxes → Data management tool → Project Conversion Shapefile data → choose road → save dlm file vector MYR_RoadRSO(buat for all layer) → tekan globe → GCS → Kertau → RUN

# data[].attributes.headline
3. Create Geodatabase, feature dataset and feature class

# data[].attributes.subject
3. Create Geodatabase, feature dataset and feature class

# data[].attributes.body
Catalog pane → right click folder spatial analysis → new → file geodatabase → rename ASIA → right click ASIA → new → feature dataset → malaysia → RSO → RUN

right click malaysia → import → feature class → pilih semua(RSO)

# data[].attributes.body
1. Folder vector → new → shapefile → Boundary_DEM → add coordinate WGS84 → RUN

2. Edit → create → activekan snapping → click polygon → digitizing → right click → RUN

3. gambaq no 2 naikkan keatas → click split → linekan dua ii belah

# data[].attributes.body
Analysis → tool → mosaic to new raster → input data raster → save dlm folder raster → Raster_merge.img → WGS 84 → cell sized lo2 → band = 1 → RUN

# data[].attributes.body
remove all layer → add RSO layer → right click map → properties → coordinate system → Kertau → General(meter)

# data[].attributes.body
1. Search → UiTM Perak → export → save dlm folder GST313 vector data

2. Convert OSM to shapefile(my geodata cloud)

3. New group (OSM_WGS) → select(aminity_points, building_polygon & road_line) → tarik hantar ke OSM → right click building → zoom to layer

# data[].attributes.body
Road_line → right click attributes → sort decesding

# data[].attributes.body
Right click → labeling properties → select name → apply → label

Map → select rectangle → right click(line) → attributes

Edit → modify → split into cogo lines

# data[].attributes.body
Map → point from table → xy table to point → input table ambil data excel → save dalam folder vector(buat group excel) → masukkan nilai xy → WGS 84 → run → zoom to layer

# data[].attributes.body
1. Click analysis and tools for toolboxes.

2. Typed project & click.

3. At the Input Dataset choose malaysia_road.

4. At the Output Dataset, click browse, click vector and rename it as MYR_RoadRSO.

5. At the Output Coordinate System, click browse and choose Kertau(meters).

6. Save it and do for all layer.

# data[].attributes.body
1. Click Catalog Pane and right click at the folder.

2. Click new and File Geodatabase.

3. Rename it as ASIA.

4. Right click ASIA, click new and click feature dataset.

5. For feature dataset, rename it as Malaysia.

6. For coordinate system, click Kertau RSO Malaya meters and click run.

# data[].attributes.body
1. Click Catalog Pane, in ASIA, right click Malaysia, click import and feature classes.

2. Input all RSO feature layers and click run.

# data[].attributes.body
1. Click edit, Snapping, create and click boundary.

2. Digitize the boundary area.

3. Drag the second raster data on top of the boundary.

4. Click split and split the area.

5. Drag down the second raster data back.

6. Click Analysis - Tools - Mosaic to new raster.

# data[].attributes.body
7. At the Input Raster, select all raster layer.

8. In Ouput Location, find and click folder raster.

9. For raster dataset name, rename it as pojan_merge.

10. In spatial reference, WGS1984.

11. For pixel type = 1 bit.

12. For cell size, in contents, right click any raster data, properties, source, raster information, copy cell size and paste it.

13. number of bands = 1.

14. Click run.