Selecting Areas Using the Query Table

Selecting Areas Using the Query Table
1. Open ArcView GIS 3.3
2. Open Project which we created earlier
3. Click the Theme then select Table ...

4. The image will appear like the one below, which contains vast area and is concerned with the data on the map

5. Click the QUERY BUILDER as shown below

6. Query window will appear which can be applied to select the data in the table map
7. For use here as a connector AND a second prerequisite conditions must be met. For example, type the command "(([Area] <= 500 000) and ([Perimeter]> 4000) then press New set

8. Images on the map will be selected by the condition of the area must be less than or equal to 500 000 and must have a perimeter greater than 4000

9. To use OR here as a condition where one of the conditions to be met. For example, type "(([Area]> 20000) or ([Perimeter] <5000))"

10. In the map will be selected all because of one or all of the conditions are met

11. NOT for use as a condition rather than in specific terms. Type "not ([Area] <400 000)"

12. The result is only one who is not selected because the area has an area of less than 400 000

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Convert Line to Polygon using MNDNR and Edittool (ET)

Convert Line to Polygon using MNDNR and Edittool (ET)

line-to-polygon

For digitizing a map we need accuracy and precision in making the boundary line. However, the weakness of the line or polygon is very difficult to make a line corresponding to the lines on the original map. On this occasion I will show you how to makes a polygon using a line that was converted into a polygon polyline later. First and foremost we have to add the extension (ext) in the form MNDNR Stream Digitizing form and Edit Tool (3.1) or can be downloaded here.
1. Open the map and turn on the necessary extensions like MNDNR, Edit tool, and JPEG
2. Create a new theme by clicking view&gt; New Theme then the type was replaced by Line
3. Click the Open Stream Digitize Form Strean then click Digitize line as shown below

line-to-polygon 3

4. Create a line as it is on the map. To get started click on the map and then drag the mouse. To complete the double click.
5. Set the scale used map view by clicking&gt; Properties ...
6. Set the map units to decimal degrees and distance units to kilometers according to the picture below

line-to-polygon 6

7. Click the ET icon on the toolbar, click edit theme, and select a theme that we have made before, or can be seen as below

line-to-polygon 7

8. To check whether the line we are well ordered by clicking the edit button clean on the toolbar, and then click the full and click the Intersect. Wait until the process is complete.

line-to-polygon 8

9. To correct and edit the line that we can use the tool by clicking the Edit tool on the toolbar view edit tool first appeared.
10.Setelah everything was in place, use a clean check back if there are any left or not. If not we will proceed to the next process
11.Setelah finished editing click the stop button, then click the Build Polygons beneath it.
12.Tunggu until the process is finished, a quote for temporary storage and click OK. If successful will appear back window to save the polygon that has been so.
13. After finishing the previous lines we make will be colored. to make a difference in the color of each region by double clicking polygon theme. Then change the Legend Type to "Uniquw Value" and Field "ID" then click Apply.

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LayOut

LayOut

LayOut

In a digitized map of the last one we did was print out a map that has been digitized, here are the steps to create a digitized map into a neat layout-layout and can be read by lay people
1. Open the application ILWIS 3.3 Academic
2. Open the tab Clip_Slope_pct raster map
3. It would seem that we have digitized maps previously
4. Back to the main window and then right click Clip_Slope_pct> vectorize> Raster to Polygon ...
5. Give the name of the output with Slope_PCT> Show> OK
6. Replace the yellow color 0-10> 10-20% also replace the color orange> Orange Red 20-40 to> 40-60 a light green >> 60 to Grey> OK
7. 0-10 Area will change to yellow and so on
8. Click Layers> Add graticule ...
9. replace graticule distance to 0 0'45 "and the color becomes DodgerBlue> OK
10. then you will see the lines as coordinates of the map that we will print later
11. add grid is also a way to Layer> Add Grid Lines ... > Provide grid distance: 2000.000> OK
12. uncheck the grid if you want to eliminate the lines of the existing grid
13. Click File> Save View> Enter the name of the Slope> OK
14. Object Collections Click on the toolbar at the top of the Command Line
15. Slope Right Click> Create layout ...
16. Fill Scale 1: 25000> OK
17. Maps that have been digitized image will appear on the paper> Position and resize to fit the paper
18. Click File> Page Setup> change the paper size according to the paper you use to print the map
19. Click Insert> Legend ...
20. Add a check on the Bold and change the font size to 14 for easy reading later> OK
21. Add also the north of the map by clicking Insert> North Arrow
22. Replace radio check with Compass: 8 and Bold> OK
23. Include the scale used by Click Insert> Text Scale> turn bold> OK
24. Enter Scale bar is also in the same way is to click Insert> Scale bar> Fill Unit needs to be included as Indication, Use Km, Bold and the interval to 3> OK
25. Do not forget to enter the border map that maps better and easier to coordinate readings by clicking Insert> Folder Border> change tab to graticule and a check pad graticule Coordinates> switch to full coordninate and color into dodgeblue> Text Offset: 6> OK
26. It will be seen next to the map coordinates
27. Add Text icon by clicking the "Abc" on the toolbar and enter the text according to your project, for example, UTM PRJ Map
28. For our direct print then click File> Print ...
29. But when will we export into the image by clicking File> Export to Bitmap ...
30. Give it a name that suits Slope atupun you want> OK
31. Close the project and save it with the same name
32. The images we have made will be in the directory that we specify


For more details see the following video tutorial
PART 1
PART 2 or can be downloaded here

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Data Control

Data Control

Data Control

1. Open the application ILWIS 3.3 Academic
2. Open Hipsometery on tap Raster map
3. Add layer by clicking the Add Data Layer> select topo> OK
4. a check on the Mask and fill in the * 00.0001> replace radio checks with Single color> select color black> OK
5. It will then appear with a black line topology
6. Back to the main window and then click open Aspect_flat_nine
7. Add the data layer by clicking the Add Data Layer> select River_code> OK
8. Add thickness streams by clicking a "1" on the sub Legend> replace Line Width to 0.8, did on another stream line ("2", "3")
9. Double click on Aspect_flat_nine on the left screen
10. replace radio checks on Grey> OK
11. The color of the topology will turn gray and the lines will appear River


For more details see the following video tutorial

or can be downloaded here

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Extract information for Physiography Report

Extract information for Physiography Report

Extract information for Physiography Report

1. Open the application ILWIS 3.3 Academic
2. Open the tab back_ground raster map
3. Add layer by clicking the add layer data> catchment_boundary> OK> OK
4. Click Edit> Edit Layer> 2 seg catchment_boundary
5. Snap and tunnel tolerance to 0 at File> customize ...
6. Draw a line to the tool insert mode in accordance with the lines on the map
7. When there are warning Splite segme ... then select OK
8. After completion will appear lines are interconnected at the border on the map
9. Click File> Polygonize ... > Insert the name of the output with Sub_base> add domain and enter the name of the Sub_base> OK> OK
10. If there is a warning only segments select YES
11. Bring segment (more details to see video)
12. Dead End To check whether or not there is a way> File> Check SEGMENTS> Dead Ends ... > OK> If a warning has shown no dead ends is not there then we proceed to the next step if there is to be checked again
13. File> polygonize ... > Insert the name of the output with Sub_base> insert domain with sub_base that we created earlier> OK
14. Click the area you will be given the name of the> class name> New> insert name and color with a red> OK
15. Fill up all over the place colored
16. Do not forget to always keep the project
17. Right click on the tab Sub_base polygon map> select Polygon to Raster ...
18. Fill GeoReference with Best_GeoRef that we created earlier> Show> OK
19. Right-click the tab Sub_base existing raster map> select Raster Operations> Cross ...
20. 2nd Map: Aspect_Flat_nine> Output table: aspect_Sub_base> Check the list on the Output folder> Output folder: aspect_Sub_base> OK> table will appear on the data aspects of the sub base that we created
21. Perform the operation again cross between sub_base with clip_slope_pct, right click Sub_base> Raster Operations> Cross ...
22. 2nd Map: clip_slope_pct> Output table: Slope_Subbase> Check the list on the Output folder> Output folder: Slope_Subbase> OK> will appear on the data table slope on the sub base that we created


For more details see the following video tutorial

or can be downloaded here

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Gravity Center

Gravity Center

Gravity Center 

1. Open the application ILWIS 3.3 Academic
2. Open catchment in raster map
3. Right click on the catchment> vectorize> Raster-to-point ...
4. Fill output catchment_point> show> OK
5. Constituent picture will emerge with the points very much
6. Open the tab catchment_point point folder> right click and select Open as table
7. Click View> command line, to bring up the command line
8. Type X = CRDX (Coordinate)> OK
9. Will munucul new column that contains X
10. Type Y = CRDy (Coordinate)> OK
11. Click on view> statistics Pane
12. Back to the main window and then click File> create> Table
13. fill in the name of the table with G_Center> Record: 1> OK
14. add columns by clicking Columns> add column
15. Fill in the name of the column with X> OK
16. Add a column and named Y
17. Back to the table and then copy cathment_point Average X by right click> copy or CTRL C
18. And paste it into the table G_Center in column X
19. Do it again on the Y, Y Average copy and paste the table into catchment_point Y column in the table G_Center
20. Go to the main window and then click the folder table located above the command line and right click on G_Center> Table Operations> table to PointMap ...
21. Select the Coordinate System UTM_WGS1984
22. Enter the G_Center Output> Show> OK
23. Open the file Catchment Polygon map> add layer by clicking the Add layer and add G_Center
24. The result will be the mid-point of the polygon catchment is on the screen


For more details see the following video tutorial

or can be downloaded here

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Profile (River Profile)

Profile (River Profile) 

Profile (River Profile) 

1. Open the application ILWIS 3.3 Academic
2. Click the Segment folders on the toolbar above comment Line
3. It would appear that type of file segments only
4. Right click on the River> vectorize> Segment to Point ...
5. Click the radio and moved to distance> 5.00 and fill fill point with River_point Output> Show> OK
6. On the screen will appear showing the circles of the river segment
7. Add layer by clicking the add layer> then enter the river> OK> OK
8. Then return to the main window> Click on Point folder> Right Click River_point> Open as Table
9. It would appear all the data on the coordinates in the stream segmentation
10. Type the command into the command line Distance = (% e-1) * 5> press Enter> OK
11. It would appear that our new column named distance was
12. Type the command into the command line ALTITUDE = MapValue (DEM_av.mpr, coordinate)> OK
13. Emerging new table will appear on Altitude
14. To display the statistics click View> Statistics Pane
15. Will appear min, max, average, standard deviation, and sum
16. create graphs by clicking on the Graph toolbar menu located on the command line
17. Fill in the X-Axis and Y-Axis Distance with Altitude> OK
18. Graph will appear
19. Back to the table and then type in the command line with Area = altitude * 5> press Enter> OK

For more details see the following video tutorial



or can be downloaded here

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Hypsometry (Slicing-Majority Filter-Clip)

Hypsometry (Slicing-Majority Filter-Clip)

Hypsometry (Slicing-Majority Filter-Clip) 

1. Open the application ILWIS 3.3 Academic 
2. Type DEM_catchment = iff (catchment = "catchment") AND (DEM_av), DEM_av.?)
3. Then click the Show> OK will appear outcome
4. Right click on the file DEM_catchment> Image Processing> Slicing ...
5. Add new domain> Give a domain name with Hipsometery> OK
6. Tambakan item with Upper Bound, Class Name, Code: 900, <900, 1> 1000, 900-1000, 2> 1100, 1000-1100, 3> up to 2600, 2400-2600, 17
7. To view and change color when the Representation
8. after click Show> OK
9. Click on the color on the right side so that the color appears> OK
10. Right click on Hipsometery> Statistics> Histogram> Show
11. Will emerging data on the existing color topografy
12. To view a live histogram of DEM_catchment right click on DEM_catchment> Statistics> Histogram ... > Show
13. To know the result of the area then we go to View> Command Line
14. Then will come the Comment line and enter the command> Area_Sum = value * area> Enter
15. It would appear a new column containing the value and area pengkalian

For more details see the following video tutorial

or can be downloaded here

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Aspect (Slicing-Majority Filter-Clip)

Aspect (Slicing-Majority Filter-Clip)

Aspect (Slicing-Majority Filter-Clip)

1. Open the application ILWIS 3.3 Academic
2. Write "Aspect = raddeg (atan2 (dx, ddy) pi)"
3. Then click show> OK
4. It would appear the result
5. Aspect right click> image processing> Slicing ...
6. Output aspect_nine, create a new domain> Aspect_nine enter the domain name and check the group, width 15> OK
7. Add domain item
Upper Bound, Class Name: 22.5, North> 67.5, North-East> 112.5, East> 157.5, South-East> 202.5, South> 247.5, South-West> 292.5, West> 337.5, North-West> 361, North2
8. change the color of the Representation
9. then click on the show if you want to display the result
10. Click on the available colors to the left so that representation appears
11. Back to the main window and then type "Aspect_Flat_nine = ifundef (aspect_nine," flat ", Aspect_nine)"
12. Press the Enter> Show> Yes> OK
13. It will be seen clearly the contours on the map
14. Click Aspect_Flat_nine> Image Processing> Filters ...
15. Select the type of filter and the filter name to be Majority Majority, Output fill Aspect_M> show> OK
16. Write them in the comments line "Aspect_catchment = iff ((catchment =" catchment ") or (Aspect_m =" aspect_m "), Aspect_m,?)"> Show> OK
17. To view the histogram right click on Aspect_catchment> statistics> Histogram ... > show
18. To be more clear in the reading right click on Aspect_catchment> Raster Operations> Numbering Area ...
19. Output> Aspect_nine_area> show> OK
20. The results will come out when we click on an existing attribute


For more details see the following video tutorial

or can be downloaded here

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Slope (Slicing-Majority Filter-Clip)

Slope (Slicing-Majority Filter-Clip)

Slope (Slicing-Majority Filter-Clip)

1. Open the application ILWIS 3.3 Academic
2. DEM_av right click> Imagge Processing> filter ...
3. Filter Name> select DFDX
4. output> DX> Show> OK
5. DEM_av right click> Imagge Processing> filter ...
6. Filter Name> select DFDY
7. output> DY> Show> OK
8. Type "Slope_PCt = 100 * HYP (DX, DY) / 5"> Enter key Takan> Show
9. After that will come the result slope of DX and DY
10. Right click on Slope_PCt> Image Processing> Slicing ...
11. Fill output with Slope_pct_classs
12. Add domain> check the group and enter the domain name with Slope_pct-class
13. Add domains item> upper Bound: 10 and Name: 0-10> OK
14. Add again to
Upper Bound: 20 40 60 1000
Name: 10-20% 20-40% 40-60%> 60%
15. Click open Representation
16. Change colors as you wish (it is recommended that no change)
17. Close the window and click Show
18. Akna emerging results
19. Right click on slope_pct_class> Imagge Processing> filter ...
20. changing the filter type> majority, filter name> Majority, Output> Slope_pct_M1> Show
21. Right click on slope_pct_M1> Imagge Processing> filter ...
22. changing the filter type> majority, filter name> Majority, Output> Slope_pct_M2> Show
23. Click the polygon map> right click catchment> polygon to raster ...
24. GeoRef> Best_GeoRef> Show> OK
25. back to the raster map and write on koment line "Clip_slope_pct = iff ((catchment =" catchment ") or (Slope_pct_m2 =" slope_pct_m2 "), slope_pct_m2,?)"
26. Click show to see results
27. To view the histogram right click on Clip_slope_pct> statistics> Histogram ... > show
28. To be more clear in the reading right click on Clip_slope_pct> Raster Operations> Numbering Area ...
29. Output> Clip_slope_pct_area> show> OK
30. The results will come out when we click on an existing attribute

For more details see the following video tutorial

or can be downloaded here

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Create DEM

Create DEM

Create DEM

1. Open the application ILWIS 3.3 Academic
2. Click the All Object to remove all objects
3. Click to view the segment Segment Maps folder file we created earlier
4. Right click on the file and select Open Topo
5. A check on the info> OK
6. trying to navigate the mouse pointer over the lines and going out info neighbor topology of a map> close the window when finished
7. Right click on Topo again> select Contour Interpolation ...
8. Add GeoReference click the button beside the field georefence
9. Give it a name like Best_GeoRef
10. Fill Pixel Size with 5> OK
11. Click Show if you want to see results
12. You will see a map of the results to be colored contour map and there are no lines anymore
13. Close window DEM> Click the Raster Map TopoRasterized file that appears
14. double click or right click open on TopoRasterized> OK
15. The lines will look tepotong topography into pieces when brought near
16. Close window> click the folder back segment> Right click on the topo
17. Select Rasterize> Segment to Raster ...
18. Choose GeoReference be Best_GeoRef> Show> OK
19. Select Point folder> right click on the Pick> select Rasterize> point to raster> GeoReference> Besk_GeoRef> show> OK
20. If nothing happens, add a layer by clicking the Add Layer icon> select Pick the top> OK
21. Back click Rater folder to check what we have made earlier
22. Write "Topo_pick = iff (isundef (pick), topo, pick)" in Command line
23. Then click Show to see the results> OK
24. Write "DEM_topo_pick = mapinterpolcontour (topo_pick)"> show
25. Contour map will appear that looks more presentable and will appear as well DEM_topo_pick file
26. DEM_topo_pick right click> Image Processing> filter ...
27. Filter Type> Average, Output fill with DEM_av> show> OK
28. Delete all files and folders raster except Back_ground DEM_av


For more details see the following video tutorial

or can be downloaded here

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Download Indonesia's map part 3

Download Indonesia's map part 3

This is a map of the province of Indonesia(Borneo Island). This is a free

East Kalimantan

Central Kalimantan

South Kalimantan

West Kalimantan


source : bakosurtanal.go.id

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Digitizing Polygon (Catchment)

Digitizing Polygon (Catchment)

Digitizing Polygon (Catchment)

in digitizing a map there is an area or region that we call the polygon area, the following are the steps
1. Open the application ILWIS 3.3 Academic
2. Open the file Back_Ground> OK
3. File> Create> Segment Map ..
4. Fill in the folder name with Cathment_Boundary> OK
5. Do not forget to replace the snap and tunnel tolerance to 0 to move the file click> customize
6. Draw a line with an existing image in the map with the pen tool in the main toolbar there. Lines should be connected from the first point and the last point
7. When finished click the image marks the file> Polygonize ...
8. Fill in the catchment polygon output alone
9. add the domain with the click of a button caara its domain sampig field
10. Fill in the Catchment domain Name> OK
11. close the window and click OK
12. Log in polygon editor window to give domain to the polygon attribute that we created earlier
13. Right click> select New
14. And fill in accordance with the data we get from the map

For more details see the following video tutorial

or can be downloaded here

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Digitizing Line (River and Attribute table)

Digitizing Line (River and Attribute table)

Digitizing Line (River and Attribute table)

1. Open the application ILWIS 3.3 Academic
2. Open the file Back_Ground> OK
3. File> create> segment folder ...
4. Fill in your name with River_Total> OK
5. Right click and Open River_TOtal in the main window, you will see a table of River_Total
6. To add a column click Columns> add column
7. Fill in your name with river_code
8. click the button next to the field domain
9. Fill in the name and typenya River_code a Class> Ok
10. Add items by clicking Add Domain domain items and fill in Name 1 and 2> close the window
11. Close window River_Total
12. File> Customize ... > Snap and tunnel tolerance to 0> OK
13. Draw the line of the river with the pen tool in accordance with the existing map
14. double-click to finish drawing and fill in the name and code
15. When finished marking all rivers close the window to exit edit
16. Back_ground go back and add a layer to the Add Data Layer> Total river click> OK
17. Edit> edit layers> seg river_total
18. Do not forget to replace the snap and tunnel tolerance to 0
19. to see the results just press right click on the above river_total then select "Vector Operations"> attibute Map ..
20. fill in the name of the output to show River_code and click> OK


For more details see the following video tutorial

or can be downloaded here

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Digitizing Line (Contour Line)

Digitizing Line (Contour Line)

Digitizing Line (Contour Line)

1. Open the application ILWIS 3.3 Academic
2. Open the file Back_Ground
3. Click OK if a warning appears
4. Click File> Create> Segment Map ...
5. Fill in your name with Topo
6. Click the icon next to the domain field to create a new domain
7. Fill in the domain name into Topo, Min, Max becomes 0 and 6000, and the precision becomes 0.0001
8. Click OK and OK again
9. Customize File ...
10. Replace Snap Tunnel tolerance and tolerance to 0> OK
11. Click the icon pen and draw a line with the existing contours on the map
12. In the editing process if we want to move the image so we just press the direction keys on the keyboard
13. To complete the edit, then double click and enter the value to 1600, click exit to exit the edit and do not forget to save the project

For more details see the following video tutorial

or can be downloaded here

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Digitizing Point

Digitizing Point

Digitizing Point

1. Open the application ILWIS 3.3 Academic
2. Open Back_Ground projects we have previously made earlier
3. Click OK when a warning
4. Then click File> Create> Point Folder ...
5. Give the name of PICK
6. Change Domain to VALUE
7. Fill Range with 0 and 6000
8. Fill Precision to 0.01
9. Click OK to finish
10. Click the pen icon and then click the appropriate link and enter the coordinates in the raster map
11. When finished marking all the coordinates then click Exit Edit icon located in the main toolbar
12. Close the window and open it again Back_Ground
13. Click OK if a warning appears
14. Add Layer is in the main toolbar or in the Layer> add layer
15. PICK click the file and click OK
16. It would appear the sign we made ​​earlier, if we are going to bring his writings then click Edit> Edit Layer> 2 pnt pick

For more details see the following video tutorial

or can be downloaded here

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GeoReferencing

GeoReferencing

GeoReferencing

On this occasion we will make the raster maps that we have input recognizable latitude and longitude coordinates
1. Open the application ILWIS 3.3 Academic
2. Open Back_Ground project we have imported first by double clicking on the file name in the main window or right click open
3. Then click OK when a warning appears
4. Click File> Create> GeoReference ...
5. Choose a coordinate system UTM_WGS1984 and name with WGS_1984
6. click OK
7. Click the icon on the main toolbar Normal
8. Click on the coordinates in the map image which we have previous conversion
9. Enter the XY conversion value that we saved earlier and click OK
10. Mark up all unused conversion
11. After all the results of the conversion included the coordinates will appear automatically when we move the mouse pointer

For more details see the following video tutorial

or can be downloaded here

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Transform Coordinate System

Transform Coordinate System

Transform Coordinate System

In the mapping system used is the latitude and longitude, while the digitization of a map into digital data has UTM format. So on this occasion we will do the conversion from latitude and longitude coordinates into UTM coordinates
1. Open the application ILWIS 3.3 Academic
2. Click File> Create> Coordinate System ...
3. Fill in the name of the coordinate system to be converted, for example LatLon_European
4. Tick ​​the CoordSystem LatLon
5. Then click OK
6. Click and select International 1924 ellipsoid
7. Click the Datum and select according to the country you want, such as the European 1950 .. and Iran
8. once finished select OK
9. Create a new coordinate system that will be the result of the conversion
10. click File> Create> System Coordinat ...
11. Fill in the name of the coordinate system and mark UTM_WGS1984 CoordSystem Projection
12. Click and select UTM Projection
13. Click ellipsoid> select WGS 84
14. Detum click and select WGS 1984 and click OK
15. Fill in the zone with the number 39 and click OK
16. Once you have set the coordinate system then we will do the conversion
17. Click Operations> Operation vectorize> Coordinates> Transform Coordinates
18. enter the Coordinate Input and output System with LatLon_European with UTM_WGS1984
19. enter the value of the coordinates will be converted into the Coordinate Input
20. And the results will appear in the output Coordinate
21. Record and save the conversion results into notepad so as not to forget


For more details see the following video tutorial

or can be downloaded here

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How to add the project ScanMap ILWIS

How to add the project ScanMap ILWIS

How to add the project ScanMap ILWIS

1. open the application ILWIS 3.3 Academic
2. press the OPEN icon or click File> Open
3. scanMap open the folder in C: and then click OK
4. to include file I click File> Import> Folder
5. change the import format to "Windows bitmap BMP"
6. click the file in the field provided
7. change the output filename as you want for example "back_ground"> click OK
8. wait until the process is completed Import
9. after back_ground right click then open> when the warning appears then click OK

For more details see the following video tutorial

or can be downloaded here

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How to install ILWIS

How to install ILWIS

How to install ILWIS

1. First open ILWIS installation CD
2. Open the folder ILWIS_3_3
3. Double-click the "ILWIS3.3Academic.exe"> click continue
4. when there is a warning box press "YES"
5. wait for the installation preparation
6. after selasai installation window will appear> click NEXT> YES> NEXT> NEXT again
7. wait until the installation is complete
8. after the installation is complete open ILWIS applications located on the desktop
9. enter the serial number and in accordance with the existing serial file in the installation folder
10. to add the library as a support tool in a way ILWIS software> copy "scanMap" and "Data" in the CD ILWIS
11. create a new folder on the local disk C: and then paste the file into the folder that had the

For more details see the following video tutorial

or can be downloaded here

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Download Indonesia's map part 2

Download Indonesia's map part 2

This is a map of the province of Indonesia(Java Island). This is a free

Banten

West Java

DKI Jakarta

Central Java

DI. Yogyakarta

East Java

source : bakosurtanal.go.id

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How to use ArcMap

How to use ArcMap
1. open application HantsMapPro
2. select a new empty folder and then OK
3. to add a toolbar to be used live right clicking on the toolbar next to the empty
4. add hantsmap pros and tools
5. after a new toolbar appears then to the desired position
6. to see the data that has been provided by default ArcMap then click "data catalog"
7. select boundaries
8. if you want to know about other information, right-click on the data in the list
9. select one of the data by double-clicking in the list

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Make a line in Arcview

Make a line in Arcview

Make a line in Arcview

In digitizing a line raster maps should be used in order to determine where the border of a region, the following are the steps to put the line as the limit of all regions in this area of ​​provision within the limits of an island is the island of Sumatra Indonesia
1. open arcview> open projects that have been digitized part
2. Click play theme toolbar> ensure feature type to line> ok
3. select the directory to save the theme
4. set the color and line type
5. click and make appropriate boundary lines that exist in the raster map images
6. after completion of the manufacture of the border and then click "open theme table"
7. then click edit> add field> insert name field> type changed to strong> width to be 50
8. fill in the fields with information such boundaries
9. for the next line until it fully and do not forget to fill in the description field lines are

to see a video tutorial


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Saving project

Saving project

Saving project

The following are some steps:
1. Open ArcView 3.3 or any other version
2. when there is a caveat to add data click NO
3. to save the project file click> save project as ...
4. find appropriate directory to save the file
5. rename the file and then click ok






to see the video tutorial


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Measuring and creating buffers

Measuring and creating buffers

Measuring and creating buffers

The following are some steps:
1. Open ArcView 3.3 or any other version
2. open the project file that has been digitized
3. click draw tool (identify) then click the predetermined point on the map
4. after marking the map and then click the draw tool (Measure)
5. connect between one point to another point that has been made previously
6. after then click theme> create buffers ...
7. click next> replace the number that are in the "At a specified distance" to 100 and change the units to meters
8. click next> select and mark the yes> then click Finish

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Creating a new shapefile

Creating a new shapefile

Creating a new shapefile

The following are some steps:
1. Open ArcView 3.3 or any other version
2. open an existing project file image map rasternya
3. give a sign with drawtool (draw point) on the area to be made the boundary line
4. add new theme by clicking view> new theme ...
5. select the feature type to Line and click ok
6. select the directory where to save the new theme file and then click ok
7. connect the dots to draw the existing line
8. after connecting the dots and then click theme> select stop editing
9. then click yes when there is a warning to keep the theme

to see the video tutorial



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Creating a Layout

Creating a Layout

Creating a Layout

for producing our maps can be printed then we have to put the layout-layout in accordance with the existing provisions in order to be useful and easy to pembacaanya, here are some steps:

1. Open ArcView 3.3 or any other version

2. also open the project file the completed digitized

3. then click view> plih layout

4. after that a new window will appear

5. select Landscape - Nerlines then click ok

6. after clicking ok a new window will appear

7. maksimasize window layout

8. adjust the position of the picture up there is no picture out of a worksheet

9. to scale> double click on the image scale was then set as you wish

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Adding Data

Adding Data

Adding Data

to add data here are some steps:
1. Open ArcView 3.3 or any other version
2. click view on the main toolbar> Add theme
3. make sure the data source type in the image data source> Select raster map image> OK
4. Click to view raster data and check in front of the file name in the window view
5. add another theme theme by clicking> add theme
6. make sure the data source type to the feature data source
7. add files on topology as water.shp, land.shp, vegetation.shp etc.
8. click ok after selecting the file
9. to see the difference after adding topology file and click the tick files - files that already exist in the window view

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Adding Tables and Creating a Shapefile

Adding Tables and Creating a Shapefile

Adding Tables and Creating a Shapefile

In the process of digitizing a map easier if we add the reference point using tables. Here are the steps:

1. Open ArcView 3.3 or any other version
2. Open the project file
3. Click the tables in the main window and then click add on the top right corner
4. Find the file table berektensi *. Dbf in your directory
5. then click ok
6. following table appear kemdian file click view on the main toolbar> add event theme
7. sure textfield on table contains the name of the file that had been opened, the x field enter Longitude and Latitude fill the field y
8. then click ok
9. give a check on the file name in the window table view
10. to make a table to shapefile click way to theme on the main toolbar and select connect to Shapefile ....
11. place the shapefile in the directory you> click ok
12. when there is a warning then click NO
13. when they appear convert to shapefile then press Yes
14. give a check in the new file

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Download Indonesia's Map

This is a map of the province of Indonesia(Sumatra Island). This is a free

Lampung

Benkulu

South Sumatra

Bangka Belitung

NAD

Jambi

West Sumatra

North Sumatra

Kep. Riau

Riau

source : bakosurtanal.go.id

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How to use commands in MapInfo

How to mapInfo

How to use commands in MapInfo
Basically MapInfo command module and can be accessed in many ways, with the menu bar, toolbar, shortcut menu, shortcut key and through basic map window. here's how to enable the layer control:
1. Activate Window map, choose Map> Layer Control
2. Or click Layer Control on the toolbar to play toolbar
3. Or Move the pointer on the map window, then right-click> Layer Control
4. Or use the keyboard by pressing Ctrl + L
to find information about the tool is that we will use:
1. Information on the status bar and tooltips will appear when we put the pointer over the image tool
2. Through the MapInfo Help by clicking Help> MapInfo Professional help topics and then select the information required
3. if you want a clearer just click www.mapinfo.com

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How to make line region

Add caption

how to make a line (railroads, highways, etc.) in a region

1. Open ArcView application
2. Import raster map image
3. Once the image is open and add new themes in a way
Menu View> New Theme
4. Select the Feature type to Line and then OK
5. Arrange a place to store theme files then OK
6. then select the Draw tool (Draw Line)
7. Click on a region to be marked as railway, highway or the boundary of a region
8. Once completed then select
theme menu> stop Editing

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Add caption

how to create a marker for a region

1. Open ArcView application
2. Import raster map image
3. Once the image is open and add new themes in a way
Menu View> New Theme
4. Select the Feature type to Point then OK
5. Arrange a place to store theme files then OK
6. then select the Draw tool (Point Draw)
7. Click on a region to be marked
8. Once completed then select
theme menu> stop Editing

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How to coordinate in a raster map

How to coordinate in a raster map

how to coordinate in a raster map
1. download tool registers "transform.avx" first
2. copy tool registers "transform.avx" into the installation as "C: \ ESRI \ AV_GIS30 \ ArcView \ EXT32"
3. Open ArcView
4. open a new view> Doc Project> TOC> select List View (double-click/tekan New button)> will display the document View1
5. jpg extension add and register by clicking File> Extensions then check in "JPEG (JFIF) Image Support" and "Register and Transform Tool"
6. enter data / raster map images in a way menu view> Add Theme
7. search the directory to store raster map
8. after opening raster maps give a point of reference to which there are four coordinates have been determined (give a reference point to the intersection of longitude and latitude to form 4 points)
9. note the reference point in x (longitude) and y (latitude)
10. convert from DMS (Degree Minute Second) in DD (Decimal Degree)
11. click menu view> regiter and transform> Registers window will then appear and Transform
12. click on the tool point source located in the middle of the> mark the points in a clockwise direction
13. after marking add destination using the results that had been sought out and make sure the state of the edit mode
14. after rms error is <12:14 then select the file and then place the world write to existing directory
15. then load raster map and world map in arcview

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MapInfo

MapInfo

MapInfo is a software which support to make the solution about the location obtained from spatial and non spatial data, and is used for project management consulting, system design and development. MapInfo has facilities such as spacial cartridges for databases, routing, geocording, location analysis, risk analysis, market analysis, demographic analysis, web services, and other GIS tools.
These products include GIS desktop MapInfo, MapInfo Professional, MapXtreme 2005 and MapXtreme Java for web-based and desktop mapping.

Download Software
http://www.pbinsight.com/welcome/mapinfo/

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