ArcMap Geo-Coding

Aim:

 To Geo-code the address of Schools.

Procedure:

Step 1: Map Input

Address of Schools in Excel or Stand-alone Table Format (With Road Name, City, State), Reference Data (Census Data or OSM data for Non- US, possibility).

Step 2: Map Processing

1.       Enable the Geo-coding Extension with ArcGis

2.       Build an Address Locator using “Create Address Locator” Tool of Geocoding toolbox or by right-clicking on your geo-database (Feature Dataset).

3.       On the Address Locator Style Specify “Single Field” (This is mostly for Non-US, where the Address sequence does not follow a nationally uniform sequence. For US it is best to use “Dual Ranges”)

4.       Add on the Reference Data as the OSM Data set and set the Filed Map with appropriate Field Name and Alias Name. Make sure to set the primary key field to Street Name or House Number, through which the address matching will be processed.

5.       Now, to initiate Geo-coding of School Address Table, Click on the Geo-code address icon of the extension tool bar. Specify the attribute field name, which will link with the address locator’s primary key field.  One may also specify, Geo-coding Options of Spelling Sensitivity, Minimum Candidate Score,….

6.       Run Geocoding.  The results page with Matched/Unmatched and Tied Records.

Step 3: Map Display

7.        Generate Map Outputs of Geo-coding result, Matched Results (Select by attributes of Table and Export as shapefile) and Screen shot of results page.

Network Analyst: Closest Facility (with Barriers)

Aim:

 To create a Closest Facility Map with Road Blocks through the use of Network Analyst toolset

Procedure:

Step 1: Map Input

A Base map or toposheet on which Roads and Facilities Point features are digitized and exported as shapefiles. Also, identify, polygon barriers (Like construction locations where Roads are blocked)

Step 2: Map Processing

·         Geo-reference the base map with known location coordinates.

·         Import the digitized Line and Point shapefiles into the target Geo-database.

·         All Line entities of road feature class, needs to be split into right-angles at junctions. Hence use the Planarize line tool from Topology tool options under Editing mode.

·         In ArcCatalog, create a Network Dataset and add Road features.

·         Enable the Network Analyst option in Extension and choose the Closest Facility analysis.

·         In this section, identify and locate Polygon Barriers. This can be any Road Blocks along the route of the road feature class.

·         For Closest Facility analysis, the location of Facilities point and Incident Points are mandatory. One may choose to identify these Facility and Incident Locations manually or load point location shape file(s) created from the base map.

·         On properties of closest facility, set the Impedance to Break Values of Length in Meters.

·         Solve for Closest Facility. The Closest Facility Route Map (In custom Break Values) will be generated for Facilities Point Location.

Step 3: Map Display

 The final Output map can be displayed with Map Elements and grid properties of Layout.

Conclusion:

A Closest Facility route Map, with routes without road bloacks is generated through the use of Network Analyst extension of ArcMap.

Network Analyst: Closest Facility

Aim:

 To create a Closest Facility Map through the use of Network Analyst toolset

Procedure:

Step 1: Map Input

A Base map or toposheet on which Roads and Facilities Point features are digitized and exported as shapefiles.

Step 2: Map Processing

·         Geo-reference the base map with known location coordinates.

·         Import the digitized Line and Point shapefiles into the target Geo-database.

·         All Line entities of road feature class, needs to be split into right-angles at junctions. Hence use the Planarize line tool from Topology tool options under Editing mode.

·         In ArcCatalog, create a Network Dataset and add Road features.

·         Enable the Network Analyst option in Extension and choose the Closest Facility analysis.

·         For Closest Facility analysis, the location of Facilities point and Incident Points are mandatory. One may choose to identify these Facility and Incident Locations manually or load point location shape file(s) created from the base map.

·         On properties of closest facility, set the Impedance to Break Values of Length in Meters.

·         Solve for Closest Facility. The  Closest Facility Route Map (In custom Break Values) will be generated for Facilities Point Location.

Step 3: Map Display

 The final Output map can be displayed with Map Elements and grid properties of Layout.

Conclusion:

A Closest Facility route Map through the use of Network Analyst toolset is created.

Network Analyst: Service Area

Aim:

 To create a Service Map through the use of Network Analyst toolset

Procedure:

Step 1: Map Input

A Base map or toposheet on which Roads and Facilities Point features are digitized and exported as shapefiles.

Step 2: Map Processing

·         Geo-reference the base map with known location coordinates.

·         Import the digitized Line and Point shapefiles into the target Geo-database.

·         All Line entities of road feature class, needs to be split into right-angles at junctions. Hence use the Planarize line tool from Topology tool options under Editing mode.

·         In ArcCatalog, create a Network Dataset and add Road features.

·         Enable the Network Analyst option in Extension and choose the Service Area analysis.

·         For Service Area analysis, the location of Facilities point is mandatory. One may choose to identify these Facility Locations manually or load point location shape file created from the base map.

·         On properties of Service Area, Set the Impedance to Break Values of Length in Meters.

·         Solve for Service Area. The Service Area (In custom Break Values) will be generated for Facilities Point Location.

Step 3: Map Display

 The final Output map can be displayed with Map Elements and grid properties of Layout.

Conclusion:

A Service Area Map through the use of Network Analyst toolset is created.

Network Analyst: New Route

Aim:

 To create a New Route Map through the use of Network Analyst toolset

Procedure:

Step 1: Map Input

A Base map or toposheet on which Roads and Facilities Point features are digitized and exported as shapefiles.

Step 2: Map Processing

·         Geo-reference the  base map with known location coordinates.

·         Import the digitized Line and Point shapefiles into the target Geo-database.

·         All Line entities of road feature class, needs to be split into right-angles at junctions. Hence use the Planarize line tool from Topology tool options under Editing mode.

·         In ArcCatalog, create a Network Dataset and add Road features.

·         Enable the Network Analyst option in Extension and choose the New Route analysis.

·         For New Route analysis, the location of Stops point is mandatory. One  may choose to identify these Stop  Locations manually or load point shape file created from the base map.

·         Solve for New Route. The shortest route between the facilities point with be generated.

          

Step 3: Map Display

 The final Output map can be displayed with Map Elements and grid properties of Layout.

Conclusion:

A New Route Map through the use of Network Analyst toolset is created.

TIN (through DEM Data)

Aim:

 To create a TIN Map  using DEM data sourced from public domain.

Procedure:

Step 1: Map Input

A Digital Elevation Data from USGS.GOV website. For this session SRTM data was chosen

The boundary shapefile of the location

Step 2: Map Processing

·         Confine the extent of the SRTM DEM Data to that of the location boundary, using Data Management -> Raster Processing -> Clip (Tool).

·         Create elevation Contours of the SRTM DEM data using Contour (Spatial Analyst) tool.

·         Create TIN (Spatial Analyst) from the Contour Map created in the previous step.

Step 3: Map Display

 The final Output map can be displayed with Map Elements and grid properties of Layout. For smoothing, remove Hard Edges from symbology of map layer.

 Conclusion:

A Triangular Irregular Network Map from DEM Data is created on ArcMap.

ArcMap: Model Builder

Aim:  To build site suitability for Forest Reserve Area through the use of Model Builder

Procedure:

Step 1: Map Input

The point (settlements), line (Roads and Rivers) and Area (Forest) digitized maps of the toposheet of Cuddapah and Nellore districts.

Step 2: Map Processing

·          Create a New model and new toolbox. .

·         Drag drop the target inputs (Selected Shapefiles) into the new model

·         Drag and drop the custom geo-processing tools (from ArcMap toolbox) so to create a desired output. For this session a buffer tool with custom buffer area values were given.

Lake: 700 Meters

River: 600 Meters

Road: 450 Meters

Settlement:  500 Meters

·         If further manipulation of the resulting output is desired, drag and drop more geo-processing tools (from ArcMap toolbox) and shapefile layers.  For this session the resultant buffer layers was erased from parent Forest layer.  

·         Validate and Run the final Model

Step 3: Map Display

 The final Output map can be displayed with Map Elements and grid properties of Layout

 Conclusion:

A Site Suitability Map of ideal Forest Reserve Area is analyzed trough Model Builder and displayed using ArcMap Layout properties.

Triangular irregular Network (TIN)

Aim:

To digitize contour points and extrapolate a Triangular irregular network map from them.  Visualization trough Arcscene  is also to be performed.

Procedure:

Step 1: Map Input

Create points of contour elevation and save them in the respective shapefile.  The contour elevation is computed from a known elevation value specified in the basemap or topographic sheet. 

Step 2: Map Processing

·         Use “Create TIN” tool to generate a TIN map from the contour point shapefile.

·         Use ArcScene, Software, to input the TIN map create through ArcMap.

·         In Z-values are not present, exaggerate vertical height through scene properties options available on scene layers of toolbar.

·         Use Animation, video options to view 3D mapping of the TIN Map layer.

Step 3: Map Display

Export Map to 2D from ArcScene and Export map to Jpeg format. 

Conclusion:

A TIN map from contour map points is generated in ArcMap and visualized in 3D format through ArcScene.

Spatial/Demographic Analysis: Bar Diagram

Aim:

To create perform demographic analysis on Census 2011 data through ArcGis symbology tools and spatial join methods and represent the output as Bar Chart symbol.

Procedure:

Step 1: Map Input

Census Data: Census or demographic data on which analysis will be performed.  For this session, The Census data of Tamilnadu for the year 2011 was taken.

Location feature: Shapefile of the location feature. For this session, shapefile of Tamilnadu, India was processed.

Step 2: Map Processing

·         Perform a spatial join through a primary key id (Common ID) between the location shapefile and census dataset.  If the common ID is not present between data, create a FieldID and link the names of sub-features and districts of location and datasets, respectively. 

·         Select an attribute, and calculate a preferred deduced value using field calculation. For this session Female illiteracy and Male illiterate population was taken.

·         Using “Pie” under charts of symbology, display the female illiteracy and male illiteracy percentage calculated. The number of classes, for display is scientifically computed as K = 3.3 Log N, where K is the number of classes and N is the total number of attributes in the location data set.  

·         Method of classification can differ from the quality of data type. For this session, Natural Breaks (Jenks) was considered.

·         Click “Ok” to generate the map output

Step 3: Map Display

Create Custom Map Layout with the necessary map elements and Export map to Jpeg format. 

Conclusion:

Demographic data is analyzed for female illiteracy Vs Male Illiteracy rates and displayed using Bar Chart in ArcGis 10.1.

Spatial/Demographic Analysis: Pie Diagram

Aim:

To create perform demographic analysis on Census 2011 data through ArcGis symbology tools and spatial join methods and represent the output as Pie Chart symbol.

Procedure:

Step 1: Map Input

Census Data: Census or demographic data on which analysis will be performed.  For this session, The Census data of Tamilnadu for the year 2011 was taken.

Location feature: Shapefile of the location feature. For this session, shapefile of Tamilnadu, India was processed.

Step 2: Map Processing

·         Perform a spatial join through a primary key id (Common ID) between the location shapefile and census dataset.  If the common ID is not present between data, create a FieldID and link the names of sub-features and districts of location and datasets, respectively. 

·         Select an attribute, and calculate a preferred deduced value using field calculation. For this session Female illiteracy and Male illiterate population was taken.

·         Using “Pie” under charts of symbology, display the female illiteracy and male illiteracy percentage calculated. The number of classes, for display is scientifically computed as K = 3.3 Log N, where K is the number of classes and N is the total number of attributes in the location data set.  

·         Method of classification can differ from the quality of data type. For this session, Natural Breaks (Jenks) was considered.

·         Click “Ok” to generate the map output

Step 3: Map Display

Create Custom Map Layout with the necessary map elements and Export map to Jpeg format. 

Conclusion:

Demographic data is analyzed for female illiteracy Vs Male Illiteracy rates and displayed using Pie Chart in ArcGis 10.1.

Spatial/Demographic Analysis: Graduated Symbol

Aim:

To create perform demographic analysis on Census 2011 data through ArcGis symbology tools and spatial join methods and represent the output as Graduated symbol.

Procedure:

Step 1: Map Input

Census Data: Census or demographic data on which analysis will be performed.  For this session, The Census data of Tamilnadu for the year 2011 was taken.

Location feature: Shapefile of the location feature. For this session, shapefile of Tamilnadu, India was processed.

Step 2: Map Processing

·         Perform a spatial join through a primary key id (Common ID) between the location shapefile and census dataset.  If the common ID is not present between data, create a FieldID and link the names of sub-features and districts of location and datasets, respectively. 

·         Select an attribute, and calculate a preferred deduced value using field calculation. For this session Female illiteracy as a percentage Total illiterate population was taken.

·         Using “Graduated symbol” under quantities of symbology, display the female illiteracy percentage calculated. The number of classes, for display is scientifically computed as K = 3.3 Log N, where K is the number of classes and N is the total number of attributes in the location data set.  

·         Method of classification can differ from the quality of data type. For this session, Natural Breaks (Jenks) was considered.

·         Click “Ok” to generate the map output

Step 3: Map Display

Create Custom Map Layout with the necessary map elements and Export map to Jpeg format. 

Conclusion:

Demographic data is analyzed for female illiteracy rates and displayed using graduated symbols in ArcGis 10.1.

Spatial/Demographic Analysis: Graduated Color

Aim:

To create perform demographic analysis on Census 2011 data through ArcGis symbology tools and spatial join methods.

Procedure:

Step 1: Map Input

Census Data: Census or demographic data on which analysis will be performed.  For this session, The Census data of Tamilnadu for the year 2011 was taken.

Location feature: Shapefile of the location feature. For this session, shapefile of Tamilnadu, India was processed.

Step 2: Map Processing

• ·         Perform a spatial join through a primary key id (Common ID) between the location shapefile and census dataset.  If the common ID is not present between data, create a FieldID and link the names of sub-features and districts of location and datasets, respectively. 
• ·         Select an attribute, and calculate a preferred deduced value using field calculation. For this session Female illiteracy as a percentage Total illiterate population was taken.
• ·         Using “Graduated Color” under quantities of symbology, display the female illiteracy percentage calculated. The number of classes, for display is scientifically computed as K = 3.3 Log N, where K is the number of classes and N is the total number of attributes in the location data set.  
• ·         Method of classification can differ from the quality of data type. For this session, Natural Breaks (Jenks) was considered.
• ·         Click “Ok” to generate the map output

Step 3: Map Display

Create Custom Map Layout with the necessary map elements and Export map to Jpeg format. 

Conclusion:

Demographic data is analyzed for female illiteracy rates and displayed using graduated colors in ArcGis 10.1.

Overlay Analysis: Polygon In Polygon

Aim:

To create perform overlay analysis of two (digitized) Line and Polygon Feature dataset.

Procedure:

Step 1: Map Input

Identify the two layers that can be digitized from your toposheet or base map. For this session, Forest Area and Road Network were digitized from the given topographic map of Nellore & Cuddapah Districts.  The Polygon Entities were saved into respective shapefiles in target ArcCatalog Folders.

 

Step 2: Map Processing

• ·         Digitize the Polygon features for selected entities. Perform Attribute Editing. “Add Field” for “Name” and “Area”.  Specify the Names and calculate geometry to calculate shape area.  (note to calculate geometry, the features need to be on Projected coordinate system).
• ·         Locate the “Intersect” in Analysis -> Overlay, toolbox.
• ·         Add the Tool Inputs as “Forest” and update feature as “Waterbodies” and specify the target output folder.
• ·         Click “Ok” to generate the map output.

Step 3: Map Display

Create Custom Map Layout with the necessary map elements and Export map to Jpeg format. One may also choose to Add Attribute table to layout, an option available within the Table options.

Conclusion:

Line in Polygon map for the chosen polygon attributes layers are generated using ArcGis 10.1.

Overlay Analysis: Line In Polygon

Aim:

To create perform overlay analysis of two (digitized) Line and Polygon Feature dataset.

Procedure:

Step 1: Map Input

Identify the two layers that can be digitized from your toposheet or base map. For this session, Forest Area and Road Network were digitized from the given topographic map of Nellore & Cuddapah Districts.  The Polygon Entities were saved into respective shapefiles in target ArcCatalog Folders. 

Step 2: Map Processing

• ·         Digitize the Polygon features for selected entities. Perform Attribute Editing. “Add Field” for “Name” and “Area”.  Specify the Names and calculate geometry to calculate shape area.  (note to calculate geometry, the features need to be on Projected coordinate system).
• ·         Locate the “Intersect” in Analysis -> Overlay, toolbox.
• ·         Add the Tool Inputs as “Forest” and update feature as “Road” and specify the target output folder.
• ·         Click “Ok” to generate the map output, of all Roads inside forest

Step 3: Map Display

Create Custom Map Layout with the necessary map elements and Export map to Jpeg format. One may also choose to Add Attribute table to layout, an option available within the Table options.

Conclusion:

Line in Polygon map for the chosen polygon attributes layers are generated using ArcGis 10.1.

Overlay Analysis: Point In Polygon

Aim:

To create perform overlay analysis of two (digitized) Point and Polygon Feature dataset.

Procedure:

Step 1: Map Input

Identify the two layers that can be digitized from your toposheet or base map. For this session, Forest Area and Settlements were digitized from the given topographic map of Nellore & Cuddapah Districts.  The Polygon Entities were saved into respective shapefiles in target ArcCatalog Folders. 

Step 2: Map Processing

• ·         Digitize the Polygon features for selected entities. Perform Attribute Editing. “Add Field” for “Name” and “Area”.  Specify the Names and calculate geometry to calculate shape area.  (note to calculate geometry, the features need to be on Projected coordinate system).
• ·         Locate the “Intersect” in Analysis -> Overlay, toolbox.
• ·         Add the Tool Inputs as  “Forest” and update feature as “Settlements” and specify the target output folder.
• ·         Click “Ok” to generate the map output, of all settlements inside forest

Step 3: Map Display

Create Custom Map Layout with the necessary map elements and Export map to Jpeg format. One may also choose to Add Attribute table to layout, an option available within the Table options.

Conclusion:

Point in Polygon map for the chosen polygon attributes layers are generated using ArcGis 10.1.

Overlay Analysis: Update

Aim:

To create perform overlay analysis of two (digitized) Feature datasets, using update method.

Procedure:

Concept:  Update works more or less like the append tool. The features (all or selected) of the source layer is updated to the target layer.

Step 1: Map Input

Identify the two layers that can be digitized from your toposheet or base map. For this session, Forest Area and Waterbodies (Perennial) were digitized from the given topographic map of Nellore & Cuddapah Districts.  The Polygon Entities were saved into respective shapefiles in target ArcCatalog Folders. 

Step 2: Map Processing

• ·         Digitize the Polygon features for selected entities. Perform Attribute Editing. “Add Field” for “Name” and “Area”.  Specify the Names and calculate geometry to calculate shape area.  (note to calculate geometry, the features need to be on Projected coordinate system).
• ·         Locate the “Update” in Analysis -> Overlay, toolbox.
• ·         Define the Tool Input “Forest” and update feature as “Waterbodies” and specify the target output folder.
• ·         Click “Ok” to generate the map output

Step 3: Map Display

Create Custom Map Layout with the necessary map elements and Export map to Jpeg format. It’s best to display map outputs in three data frames, one for the Overlay Output ad two for displaying the input feature classes.  One may also choose to Add Attribute table to layout, an option available within the Table options.

Conclusion:

Symmetrical Difference map for the chosen polygon attributes layers are generated using ArcGis 10.1.

Overlay Analysis: Symmetrical Difference

Aim:

To create perform overlay analysis of two (digitized) Feature datasets, using symmetrical difference method.

Procedure:

Concept:  Symmetrical Difference is the opposite of Intersect. All the non-common feature areas of two of more selected layers will be generated into a new output.

Step 1: Map Input

Identify the two layers that can be digitized from your toposheet or base map. For this session, Forest Area and Waterbodies (Perennial) were digitized from the given topographic map of Nellore & Cuddapah Districts.  The Polygon Entities were saved into respective shapefiles in target ArcCatalog Folders. 

Step 2: Map Processing

• ·         Digitize the Polygon features for selected entities. Perform Attribute Editing. “Add Field” for “Name” and “Area”.  Specify the Names and calculate geometry to calculate shape area.  (note to calculate geometry, the features need to be on Projected coordinate system).
• ·         Locate the “Symmetrical Difference” tool in Analysis -> Overlay, toolbox.
• ·         Define the Tool Input “Forest” and SD layers feature as “Waterbodies” and specify the target output folder.
• ·         Click “Ok” to generate the map output

Step 3: Map Display

Create Custom Map Layout with the necessary map elements and Export map to Jpeg format. It’s best to display map outputs in three data frames, one for the Overlay Output ad two for displaying the input feature classes.  One may also choose to Add Attribute table to layout, an option available within the Table options.

Conclusion:

Symmetrical Difference map for the chosen polygon attributes layers are generated using ArcGis 10.1.

Overlay Analysis: Union Map

Aim:

To create perform overlay analysis of two (digitized) Feature datasets, using  Union method.

Procedure:

Concept:  Union is simple and straight. It’s a direct union or two or more selected layers.

Step 1: Map Input

Identify the two layers that can be digitized from your toposheet or base map. For this session, Forest Area and Waterbodies (Perennial) were digitized from the given topographic map of Nellore & Cuddapah Districts.  The Polygon Entities were saved into respective shapefiles in target ArcCatalog Folders. 

Step 2: Map Processing

• ·         Digitize the Polygon features for selec
  
  ted entities. Perform Attribute Editing. “Add Field” for “Name” and “Area”.  Specify the Names and calculate geometry to calculate shape area.  (note to calculate geometry, the features need to be on Projected coordinate system).
• ·         Locate the “Union” tool in Analysis -> Overlay, toolbox.
• ·         Define the Tool Input Tool Input “Forest” and union feature as “Waterbodies”  and specify the target output folder.
• ·         Click “Ok” to generate the map output

Step 3: Map Display

Create Custom Map Layout with the necessary map elements and Export map to Jpeg format. It’s best to display map outputs in three data frames, one for the Overlay Output ad two for displaying the input feature classes.  One may also choose to Add Attribute table to layout, an option available within the Table options.

Conclusion:

Union map for the chosen polygon attributes layers are generated using ArcGis 10.1.

Overlay Analysis: Spatial Join Map

Aim:

To create perform overlay analysis of two (digitized) Feature datasets, using  Spatial Join method.

Procedure:

Concept:   Spatial Join is for geometrically similar or rather same shape features. The demographic datasets, for example is diverse, but for a same location or shapefile in ArcGis terms. Here, however, to illustrate the Overlay analysis using Spatial Join, tool, we will use the same two polygon feature class. This works more like intersect, retaining the water bodies only! Since that’s that only shape geometry that is same or identical to the common features of the two feature classes.

Step 1: Map Input

Identify the two layers that can be digitized from your toposheet or base map. For this session, Forest Area and Waterbodies (Perrinial) were digitized from the given topographic map of Nellore & Cuddapah Districts.  The Polygon Entities were saved into respective shapefiles in target ArcCatalog Folders. 

Step 2: Map Processing

• ·         Digitize the Polygon features for selected entities. Perform Attribute Editing. “Add Field” for “Name” and “Area”.  Specify the Names and calculate geometry to calculate shape area.  (note to calculate geometry, the features need to be on Projected coordinate system).
• ·         Locate the “Spatial Join” tool in Analysis -> Overlay, toolbox.
• ·         Define the Tool Input “Forest” and join feature as “Waterbodies” and specify the target output folder. 
• ·         Click “Ok” to generate the map output

Step 3: Map Display

Create Custom Map Layout with the necessary map elements and Export map to Jpeg format. It’s best to display map outputs in three data frames, one for the Overlay Output ad two for displaying th input feature classes.  One may also choose to Add Attribute table to layout, an option available within the Table options.

Conclusion:

Spatial Join map for the chosen polygon attributes layers are generated using ArcGis 10.1.

Overlay Analysis: Intersect Map

Aim:

To create perform overlay analysis of two (digitized) Feature datasets, using  intersect  method.

Procedure:

Concept:   Intersect tool performs a kind of overlay analysis, where common features, which intersects between,  the new dataset or Target layer and the another data set or layer,  will be retained.

Step 1: Map Input

Identify the two layers that can be digitized from your toposheet or base map. For this session, Forest Area and Waterbodies (Perennial) were digitized from the given topographic map of Nellore & Cuddapah Districts.  The Polygon Entities were saved into respective shapefiles in target ArcCatalog Folders. 

Step 2: Map Processing

• ·         Digitize the Polygon features for Selected entities. Perform Attribute Editing. “Add Field” for “Name” and “Area”.  Specify the Names and calculate geometry to calculate shape area.  (note to calculate geometry, the features need to be on Projected coordinate system).
• ·         Locate the “Intersect” tool in Analysis -> Overlay, toolbox.
• ·         Define the Tool Input “Forest” and intersect update feature as “Waterbodies” and specify the target output folder.
• ·         Click “Ok” to generate the map output

Step 3: Map Display

Create Custom Map Layout with the necessary map elements and Export map to Jpeg format. It’s best to display map outputs in three data frames, one for the Overlay Output ad two for displaying the input feature classes.  One may also choose to Add Attribute table to layout, an option available within the Table options.

Conclusion:

Intersect  map for the chosen polygon attributes layers are generated using ArcGis 10.1.