PyramidMap Python Visualized Map Toolset

1: PyramidMap Python Visualized Toolset

1: Introduction

1.1: Function overview

The PyramidMap Python Visualized Toolset is a map visualization tool component based on Arcpy and GDAL. The input and output parameters of all tools are configured and selected through the visualization operation interface, helping you easily complete complex map processing tasks. The software adopts client / server mode, integrates GDAL, arcpy and OSR instruction sets internally, and provides a complete process of vector and image data processing, as well as a visual interface guidance system designed for this purpose. The platform supports compatibility and conversion of multi format heterogeneous map data sources such as GDB / MDB / SHP local file type, DBMS geographic database type and remote map server type, including full process processing such as feature type conversion, coordinate system conversion, map database import and export, map server publishing, map layer segmentation, merging, compression, pixel depth conversion and pyramid construction. The PyramidMap Python visualization toolset is only supported running in a Windows environment currently , with a minimum resolution requirement of 1920 * 1200.

1.2: Function list

The functions list shown as in the table 1-1

Functions	Sub item	instruction
System settings	Manage GIS server connection	Create and save GIS server connections for publishing services.
	Manage Geodatabase	Establish or enable an Enterprise Geodatabase and save the sde connections.
	Manage Geodatabase connection	Connecting Enterprise Geodatabase and save the sde connections.
Functions	Querying and displaying on map	Querying and displaying on vector or raster layers
	Vector data toolset	Performing basic vector class map feature class management.
	Raster data toolset	Performing raster data management and processing. Processing raster dataset attributes, creating and processing raster data.
	Cartography toolset	Create and optimize map data. This includes creating features, annotations, symbols, creation of grids and graticules, and the managing data-driven pages for layout.
	General analyst and statistics toolset	Provide display, analysis, and statistical tools based on spatial continuous surfaces or maps.
	Spatial analyst and statistical toolset	Provide spatial analysis, statistics and modeling tools for vector feature data and raster data.
	Geometric network toolset	Create, manage, and run tracking tasks on spatial geometric networks, and perform various network analyses. For example, water distribution, transmission lines, gas pipelines, communication pipelines, and hydrological rivers can all be modeled and analyzed using geometric networks for resource discovery.
	Geocoding and Network Analyst toolset	Geocoding determines an accurate spatial location for features through the address descriptor, and on the contrary, it can accurately describe the spatial location. Network analysis tools can maintain traffic network models and perform network analysis on paths, nearest facility points, service areas, start destination cost matrices, vehicle delivery (VRP), and location allocation.
	Linear reference and tracking analyst	Linear reference tools can collect data on linear features such as highways, urban streets, railways, rivers, pipelines, water supply networks, and sewer networks, and perform multimodal association through attribute data and spatial location for display, query, editing, and analysis. By associating with temporal data, analyze and calculate the continuously arranged elements in the trajectory.
	3D Analyst toolset	Implement various analysis, data management, and data conversion operations on surface models and 3D vector data.
	Geodatabase toolset	Manage various geodatabases. Including data management tools for file type and relational enterprise geodatabases, as well as upgrading, managing, and maintaining on the theme.
	ArcGIS Server toolset	A tool for managing ArcGIS Server maps and global caching. Contains tools for simplifying the process of extracting data through servers and simplifying web application printing.
	Quering in operating log	Log recording and classification of process steps, as well as querying and tracing in different time periods.

Table 1-1: The functions list of the visualized toolset

The catalog structure of the visualized toolset shown as in the following Figure 1-1

Figure 1-1: The classification and catalog structure of the visualized toolset

The three level navigation treeview of the visualized toolset as belowe

1.Vector toolset

Creating and Convert

    New Shp:Create new Shape file
    New FeatureClass:Create new feature classes

Vector to FeatureClass

    Shp to FeatureClass：Shp to FeatureClass.
    son to FeatureClass：Converts JSON features into feature classes based on the ArcGIS REST API specification. According to the content defined in JSON, feature classes can have fields, geometric types, and spatial references.
    Kml to FeatureClass：Converts KML files into feature class and layer files. Layer files are used to maintain symbols found in the original KML or KMZ files.
    Kmz to FeatureClass：Converts KMZ files into feature class and layer files. Layer files are used to maintain symbols found in the original KML or KMZ files.
    Txt to FeatureClass：Converts TXT files to feature class and layer files.
    Csv to FeatureClass：Converts CSV files into feature class and layer files.
    Dbf to FeatureClass：Converts DBF files into feature class and layer files.
    Excel to FeatureClass：Converts Microsoft Excel files to feature classes or tables.
    GPX to FeatureClass：Converts GPX data to feature classes or tables.

Raster to FeatureClass

    Raster to point：Converts raster datasets to point features.
    Raster to line：Converts raster datasets to polyline features.
    Raster to polygon：Converts raster datasets to polygon features.

FeatureClass convert to

    FeatureClass to Shp：Converts feature classes to Shape files.
    FeatureClass to Json：Converts features to JSON format. The fields, geometry, and spatial reference of features will be converted to their corresponding JSON representation and written to a file with a .json extension.
    Layer to Kml：Converts a feature or raster layer into a KML file containing a translation of Esri geometries and symbology. This file is compressed using ZIP compression, has a .kmz extension, and can be read by any KML client including ArcGIS Earth, ArcGlobe, and Google Earth.
    Map to Kml：Converts a feature or raster layer into a KML file containing a translation of Esri geometries and symbology. This file is compressed using ZIP compression, has a .kmz extension, and can be read by any KML client including ArcGIS Earth, ArcGlobe, and Google Earth.
    FeatureClass to Txt：Converts feature or grid layers to TXT files.
    FeatureClass to Csv：Converts feature or grid layers to CSV files.
    FeatureClass to Dbf：Converts feature or grid layers to DBF files.
    FeatureClass to Excel：Converts feature or grid layers to Excel files.文件。

Convert to Raster

    Point to Raster：Converts point features to a raster dataset.
    Polyline to Raster：Converts polyline features to a raster dataset.
    Polygon to Raster：Converts polygon features to a raster dataset.
    Features to Raster：Converts features to a raster dataset.

Feature migration

    FeatureClass to FeatureClass：Converts a shapefile, coverage feature class, or geodatabase feature class to a shapefile or geodatabase feature class.
    FeatureClass to DB：Converts one or more feature classes or feature layers to geodatabase feature classes.
    Table to DB：Converts one or more tables to geodatabase tables in an output geodatabase. The inputs can be dBASE, INFO, VPF, OLE DB tables, geodatabase tables, or table views.
    Table to Table：Exports the rows of a table, table view, feature layer, feature class, or raster with attribute table to a new geodatabase, .csv, .txt, or .dbf table.

Fields toolset

    Add Field：Adds a new field to a table or the table of a feature class or feature layer, as well as to rasters with attribute tables.
    Delete Field：Deletes one or more fields from a table, feature class, feature layer, or raster dataset.
    Alter Field：This tool provides the ability to rename fields or field aliases for any geodatabase table or feature class.
    Calculate Field：Calculates the values of a field for a feature class, feature layer, or raster.
    Set default value：Creates a default value for a specified field. When a new row is added to the table or feature class, the specified field will be set to this default value.

Features toolset

    Add XY Coordinates：Adds the fields POINT_X and POINT_Y to the point input features and calculates their values. It also appends the POINT_Z and POINT_M fields if the input features are Z- and M-enabled.
    Add Geometry Attributes：Adds new attribute fields to the input features representing the spatial or geometric characteristics and location of each feature, such as length or area and x-, y-, z-, and m-coordinates.
    Copy Features：Copies features from the input feature class or layer to a new feature class.
    Delete Features：Deletes all or the selected subset of features from the input.
    Feature to Point：Creates a feature class containing points generated from the representative locations of input features.
    Feature to Line：Creates a feature class containing lines generated by converting polygon boundaries to lines, or splitting line, polygon, or both features at their intersections.
    Feature to Polygon：Creates a feature class containing polygons generated from areas enclosed by input line or polygon features.
    Points to Line：Creates line features from points.
    Polygon to Line：Creates a feature class containing lines that are converted from polygon boundaries with or without considering neighboring polygons.
    Split Line at Point：Splits line features based on intersection or proximity to point features.
    Split Line at Vertices：Creates a feature class containing lines that are generated by splitting input lines or polygon boundaries at their vertices.
    Unsplit Line：Merges lines that have coincident endpoints and, optionally, common attribute values.
    Feature Envelope to Polygon：Creates a feature class containing polygons, each of which represents the envelope of an input feature.
    Check Geometry：Generates a report of the geometry problems in a feature class.
    Repair Geometry：Inspects each feature in a feature class for geometry problems. If a problem is found, it will be repaired and a one-line description will identify the feature, as well as the geometry problem that was repaired.

FeatureClass General Toolset

    Append：Appends multiple input datasets into an existing target dataset. Input datasets can be feature classes, tables, shapefiles, rasters, annotation or dimensions feature classes.
    Merge：Combines multiple input datasets into a single, new output dataset. This tool can combine point, line, or polygon feature classes or tables.
    Integrate：Analyzes the coordinate locations of feature vertices among features in one or more feature classes. Those that fall within a specified distance of one another are assumed to represent the same location and are assigned a common coordinate value (in other words, they are colocated). The tool also adds vertices where feature vertices are within the x,y tolerance of an edge and where line segments intersect.
    Dissolve：Aggregates features based on specified attributes.
    Eliminate：Eliminates polygons by merging them with neighboring polygons that have the largest area or the longest shared border. Eliminate is often used to remove small sliver polygons that are the result of overlay operations, such as those performed by Intersect and Union tools.
    Eliminate Polygon Part：Creates a new output feature class containing the features from the input polygons with some parts or holes of a specified size deleted.
    Copy：Makes a copy of the input data.
    Delete：Permanently deletes data from disk. All types of geographic data supported by ArcGIS, as well as toolboxes and workspaces (folders and geodatabases), can be deleted. If the specified item is a workspace, all contained items are also deleted.
    Delete Identical：Deletes records in a feature class or table which have identical values in a list of fields. If the geometry field is selected, feature geometries are compared.
    Find Identical：Reports any records in a feature class or table that have identical values in a list of fields, and generates a table listing these identical records. If the field Shape is selected, feature geometries are compared.
    Rename：Changes the name of a dataset. This includes a wide variety of data types, among them feature dataset, raster, table, and shapefile.
    Sort：Reorders, in ascending or descending order, records in a feature class or table based on one or multiple fields. The reordered result is written to a new dataset.
    Create Database View：Creates a view in a database based on an SQL expression.
    Recalculate FeatureClass Extent：Recalculates the XY, Z, and M extent properties of a feature class based on the features in the feature class.
    Detect_Feature_Changes：Finds where the update line features spatially match the base line features and detects spatial changes, attribute changes, or both, as well as no change, and creates an output feature class containing matched update features with information about their changes, unmatched update features, and unmatched base features.
    Feature Compare：Compares two feature classes or layers and returns the comparison results.
    Table Compare：Compares two tables or table views and returns the comparison results.

Attachments toolset

    Add Attachments：Adds file attachments to the records of a geodatabase feature class or table. The attachments are stored internally in the geodatabase in a separate attachment table that maintains linkage to the target dataset. Attachments are added to the target dataset using a match table that dictates for each input record (or an attribute group of records) the path to a file to add as an attachment to that record.
    Enable Attachments：Enables attachments on a geodatabase feature class or table. The tool creates the necessary attachment relationship class and attachment table that will store attachment files internally.
    Disable Attachments：Disables attachments on a geodatabase feature class or table. The tool deletes the attachment relationship class and attachment table.
    Remove Attachments：Removes attachments from geodatabase feature class or table records. Since attachments are not actually stored in the input dataset, no changes will be made to that feature class or table, but rather to the related geodatabase table that stores the attachments and maintains linkage with the input dataset. A match table is used to identify which input records (or attribute groups of records) will have attachments removed.
    Generate Match Table：Creates a match table to be used with the Add Attachments and Remove Attachments tools.

Table Toolset

    Create Table：Creates a geodatabase table, INFO, or dBASE table.
    Create Unregistered Table：Creates an empty table in a database or enterprise geodatabase. The table is not registered with the geodatabase.
    Analyze：Updates database statistics of business tables, feature tables, and delta tables, along with the statistics of those tables' indexes.
    Copy Rows：Copies the rows of a table, table view, feature class, feature layer, or raster with attribute table to a new geodatabase, .csv, .txt, or .dbf table.
    Delete Rows：Deletes all or the selected subset of rows from the input.
    Get Count：Returns the total number of rows for a table.
    Pivot Table：Creates a table from the input table by reducing redundancy in records and flattening one-to-many relationships.
    Truncate Table：Removes all rows from a database table or feature class using truncate procedures in the database.

Indexes Toolset

    Add Attribute Index：Add an attribute index to an existing table, feature class, shapefile, or attributed relationship class.
    Remove Attribute Index：This tool deletes an attribute index from an existing table, feature class, shapefile, or attributed feature class.
    Add Spatial Index：Adds a spatial index to a shapefile, file geodatabase, or enterprise geodatabase feature class. Use this tool to either add a spatial index to a shapefile or feature class that does not already have one or to re-create an existing spatial index.
    Remove Spatial Index：Deletes the spatial index from a shapefile or file geodatabase, mobile geodatabase, or an enterprise geodatabase feature class.

Domains toolset

    Add Coded Value To Domain：Adds a value to a domain's coded value list.
    Assign Domain To Field：Sets the domain for a particular field and, optionally, for a subtype. If no subtype is specified, the domain is only assigned to the specified field.
    Create Domain：Creates an attribute domain in the specified workspace.
    Delete Coded Value From Domain：Removes a value from a coded value domain.
    Delete Domain：Deletes a domain from a workspace.
    Domain To Table：Creates a table from an attribute domain.
    Table To Domain：Creates or updates a coded value domain with values from a table.
    Remove Domain From Field：Removes an attribute domain association from a feature class or table field.
    Set Value For Range Domain：Sets the minimum and maximum values for an existing Range domain.
    Sort Coded Value Domain：Sorts the code or description of a coded value domain in either ascending or descending order.

Subtypes toolset

    Add Subtype：Adds a new subtype to the subtypes in the input table.
    Set Default Subtype：Sets the default value or code for the input table's subtype.
    Set Subtype Field：Defines the field in the input table or feature class that stores the subtype codes.
    Remove Subtype：Removes a subtype from the input table using its code.

Coordinate System Conversion

    Standard coordinate conversion：Convert vector layers to standard coordinate systems, supporting GCS spatial geographic group animation and PCS planar projection coordinate systems.

Publish map server

    Create Mxd：Overlay the vector layers under the selected folder to generate an mxd map document. The selected layers must have the same coordinate system.
    Publish Map server：Select the mxd map document and publish the vector layers as MapServer to ArcGIS Server.
    Publish Feature Server：Select the mxd map document and publish the vector layers as feature Server to ArcGIS Server.

2.Raster Dataset toolset

Create Raster

    Create Raster Dataset：Creates an empty raster dataset.
    Create Random Raster：Create a raster dataset of random values with a distribution you can define.
    Copy Raster：Saves a copy of a raster dataset or converts a mosaic dataset into a single raster dataset.
    Download Rasters：Downloads the source files from an image service or mosaic dataset.
    Raster Catalog To Dataset：Mosaics the contents of a raster catalog into a new raster dataset.
    Workspace To Raster Dataset：Merges all of the raster datasets in a folder into one raster dataset.
    Generate Raster From Function：Generates a raster dataset from an input raster function or function chain.
    Mosaic：Merges multiple existing raster datasets into an existing raster dataset.
    Mosaic To New Raster：Merges multiple raster datasets into a new raster dataset.
    Add Colormap：Adds a new color map or replaces an existing color map on a raster dataset.
    Delete Colormap：Removes the color map associated with a raster dataset.
    Batch Calculate Statistics：Calculates statistics for multiple raster datasets.
    Build Raster Attribute Table：Create or update a table with information about the classes in your raster datasets. This is used primarily with discrete data.
    Delete Raster Attribute Table：Removes the raster attribute table associated with a raster dataset.
    Export Raster World File：Creates a world file based on the pixel size and the location of the upper left pixel.
    Get Cell Value：Retrieves the value of a given pixel using its x, y coordinates.
    Get Raster Properties：Retrieves information from the metadata and descriptive statistics about a raster dataset.
    Set Raster Properties：Sets the data type, statistics, and NoData values on a raster or mosaic dataset.
    Build Pyramids：Builds raster pyramids for your raster dataset.
    Batch Build Pyramids：Builds pyramids for multiple raster datasets.
    Build Pyramids And Statistics：Traverses a folder structure, building pyramids and calculating statistics for all the raster datasets it contains. It can also build pyramids and calculate statistics for all the items in a mosaic dataset.
    Convert Raster Function Template：Converts a raster function template between formats (rft.xml, json, and binary).

Raster Processing toolset

    Clip：Cuts out a portion of a raster dataset, mosaic dataset, or image service layer.
    Composite Bands：Creates a single raster dataset from multiple bands.
    Compute Pansharpen Weights：Calculates an optimal set of pan sharpened weights for new or custom sensor data.
    Create Ortho Corrected Raster Dataset：Creates an orthocorrected raster dataset by incorporating elevation data and the rational polynomial coefficients (RPC) associated with satellite data to accurately line up imagery.
    Create Pan-sharpened Raster Dataset：Combines a high-resolution panchromatic raster dataset with a lower-resolution multiband raster dataset to create a high-resolution multiband raster dataset for visual analysis.
    Extract Subdataset：Creates a new raster dataset from a selection of an HDF or NITF dataset.
    Generate Table From Raster Function：Converts a raster function dataset to a table or feature class. The input raster function should be a raster function designed to output a table or feature class.
    Raster To DTED：Splits a raster dataset into separate files based on the DTED tiling structure.
    Resample：Changes the spatial resolution of a raster dataset and sets rules for aggregating or interpolating values across the new pixel sizes.
    Raster compression：Compression is a mechanism that reduces the size of image files and saves disk space through specific algorithms. By compressing, the total number of bytes in raster files can be reduced, enabling faster transmission through slower internet connections and occupying less disk space.
    Split Raster：Divides a raster dataset into smaller pieces, by tiles or features from a polygon.
    Image Merge：Merges multiple existing raster datasets into an existing raster dataset.
    Raster convertion：Saves a copy of a raster dataset or converts a mosaic dataset into a single raster dataset.
    noData value processing：Batch filling of a large number of raster remote sensing image files with invalid values (NoData values).

Raster Conversion Toolset

    ASCII to Raster：Converts an ASCII file representing raster data to a raster dataset.
    DEM to Raster：Converts a digital elevation model (DEM) in a United States Geological Survey (USGS) format to a raster dataset.
    Feature to Raster：Converts features to a raster dataset.
    Float to Raster：Converts a file of binary floating-point values representing raster data to a raster dataset.
    LAS Dataset to Raster：Creates a raster using elevation, intensity, or RGB values stored in the lidar points referenced by the LAS dataset.
    Multipatch to Raster：Converts multipatch features to a raster dataset.
    Point to Raster：Converts point features to a raster dataset.
    Polyline to Raster：Converts polyline features to a raster dataset.
    Polygon to Raster：Converts polygon features to a raster dataset.

Raster Convert out ToolSet

    Raster to ASCII：Converts a raster dataset to an ASCII text file representing raster data.
    Raster to Float：Converts a raster dataset to a file of binary floating-point values representing raster data.
    Raster to Point：Converts a raster dataset to point features.
    Raster to Polyline：Converts a raster dataset to polyline features.
    Raster to Polygon：Converts a raster dataset to polygon features.

Mosaic Dataset toolset

    Create Mosaic Dataset：Creates an empty mosaic dataset in a geodatabase.
    Add Rasters To Mosaic Dataset：Adds raster datasets to a mosaic dataset from many sources, including a file, folder, table, or web service.
    Remove Rasters From Mosaic Dataset：Removes selected raster datasets from a mosaic dataset.
    Create Referenced Mosaic Dataset：Creates a new mosaic dataset from an existing raster catalog, a selection set from a raster catalog, or a mosaic dataset.
    Build Mosaic Dataset Item Cache：Inserts the Cached Raster function as the final step in all function chains within a mosaic dataset.
    Build Overviews：Defines and generates overviews on a mosaic dataset.
    Define Overviews：Lets you set how mosaic dataset overviews are generated. The settings made with this tool are used by the Build Overviews tool.
    Build Boundary：Updates the extent of the boundary when adding new raster datasets to a mosaic dataset that extend beyond its previous coverage.
    Build Footprints：Computes the extent of every raster in a mosaic dataset. This tool is used when you have added or removed raster datasets from a mosaic dataset and want to recompute the footprints.
    Build Seamlines：Generate or update seamlines for your mosaic dataset. Seamlines are used to sort overlapping imagery and produce a smoother-looking mosaic.
    Merge Mosaic Dataset Items：Groups multiple items in a mosaic dataset together as one item.
    Split Mosaic Dataset Items：Splits mosaic dataset items that were merged together using Merge Mosaic Dataset Items.
    Synchronize Mosaic Dataset：Synchronizes a mosaic dataset to keep it up to date. In addition to syncing data, you can update overviews if the underlying imagery has been changed, generate new overviews and cache, and restore the original configuration of mosaic dataset items. You can also remove paths to source data with this tool. To repair paths, use the Repair Mosaic Dataset Paths tool. Synchronization is a one-way operation: changes in the source data can be synchronized to the mosaic dataset’s attribute table, thereby updating the mosaic dataset's attribute table. Changes in the mosaic dataset's attribute table will not affect the source data.
    Delete Mosaic Dataset：Deletes a mosaic dataset, its overviews, and its item cache from disk.

Mosaic Dataset Attribute Toolset

    Alter Mosaic Dataset Schema：Defines the editing operations that nonowners have when editing a mosaic dataset in an enterprise geodatabase. This tool prevents schema-locking issues that can occur when a mosaic dataset is stored in an enterprise geodatabase. The owner of the geodatabase runs this tool to create side tables and fields that may be needed by the user. The owner must also grant the proper permissions to allow users to insert, update, or delete records.
    Analyze Mosaic Dataset：Performs checks on a mosaic dataset for errors and possible improvements.
    Calculate Cell Size Ranges：Computes the visibility levels of raster datasets in a mosaic dataset based on the spatial resolution.
    Color Balance Mosaic Dataset：Makes transitions from one image to an adjoining image appear seamless.
    Compute Dirty Area：Identifies areas within a mosaic dataset that have changed since a specified point in time. This is used commonly when a mosaic dataset is updated or synchronized, or when derived products, such as cache, need to be updated. This tool will enable you to limit such processes to only the areas that have changed.
    Define Mosaic Dataset NoData：Specifies one or more values to be represented as NoData.
    Generate Exclude Area：Masks pixels based on their color or by clipping a range of values. The output of this tool is used as an input to the Color Balance Mosaic Dataset tool to eliminate areas such as clouds and water that can skew the statistics used to color balance multiple images.
    Repair Mosaic Dataset Paths：Resets paths to source imagery if you have moved or copied a mosaic dataset.
    Set Mosaic Dataset Properties：Defines the defaults for displaying a mosaic dataset and serving it as an image service.
    Export Mosaic Dataset Geometry：Creates a feature class showing the footprints, boundary, seamlines or spatial resolutions of a mosaic dataset.
    Export Mosaic Dataset Items：Saves a copy of processed images within a mosaic dataset to a specified folder and raster file format.
    Export Mosaic Dataset Paths：Creates a table of the file path for each item in a mosaic dataset. You can specify whether the table contains all the file paths or just the ones that are broken.

Raster Catalog toolset

    Create Raster Catalog：Creates an empty raster catalog in a geodatabase.
    Copy Raster Catalog Items：Makes a copy of a raster catalog, including all of its contents, or a subset of its contents if there is a selection.
    Export Raster Catalog Paths：Creates a table listing the paths to the raster datasets contained in an unmanaged raster catalog or a mosaic dataset. The table can display all the file paths, or just the ones that are broken.
    Repair Raster Catalog Paths：Repairs broken file paths or deletes broken links within an unmanaged raster catalog or a mosaic dataset.
    Workspace To Raster Catalog：Loads all the raster datasets stored in the same workspace into an existing raster catalog.
    Delete Raster Catalog Items：Deletes raster catalog items, including all its contents, or a subset of its contents if there is a selection.。

3.Cartography toolset

Annotation toolset

    Contour Annotation：Creates annotation for contour features.
    Cache Tiling Scheme To Polygons：Creates a new polygon feature class from an existing tiling scheme.
    Tiled Labels To Annotation：Converts labels to annotation for layers in a map based on a polygon index layer.

Cartographic Refinement toolset

    Align Marker To Stroke Or Fill：Aligns the representation marker symbols of a point feature class to the nearest stroke or fill representation symbols in a line or polygon feature class within a specified search distance.
    Calculate Line Caps：Modifies the cap type (ending style) for representation stroke symbols and stores it as a representation override.
    Calculate Polygon Main Angle：Calculates the dominant angles of input polygon features and assigns the values to a specified field in the feature class.
    Create Underpass：Creates bridge parapets and polygon masks at line intersections to indicate overpasses.
    Create Underpass：Creates bridge parapets and polygon masks at line intersections to indicate underpasses.
    Disperse Markers：Finds representation markers that overlap or are too close to one another based on symbology and reference scale, and spreads them apart based on a minimum spacing and dispersal pattern.
    Set Control Point At Intersect：Synchronizes boundary symbology on adjacent polygons. It creates a representation control point at vertices that are shared by one or more line or polygon features.
    Set Control Point By Angle：Places a representation control point at vertices along a line or polygon outline where the angle created by a change in line direction is less than or equal to a specified maximum angle.

Data Driven Pages toolset

    Calculate Adjacent Fields：Creates fields and calculates values for the neighboring pages (polygon) of a grid polygon feature class.
    Calculate Central Meridian and Parallels：Calculates the central meridian and optional standard parallels based on the center point of a feature's extent; stores this coordinate system as a spatial reference string in a specified text field; and repeats this for a set, or subset, of features. This field can be used with Data Driven Pages to update the data frame coordinate system for each page.
    Calculate Grid Convergence Angle：Calculates the rotation angle for true north based on the center point of each feature in a feature class and populates this value in a specified field. This field can be used in conjunction with Data Driven Pages to rotate each map to true north.
    Calculate UTM Zone：Calculates the UTM zone of each feature based on the center point and stores this spatial reference string in a specified field. This field can be used with Data Driven Pages to update the spatial reference to the correct UTM zone for each map.
    Grid Index Features：Creates a grid of rectangular polygon features that can be used as an index to specify pages for a map book using Data Driven Pages. A grid can be created that only includes polygon features that intersect another feature layer.
    Strip Map Index Features：Creates a series of rectangular polygons, or index features, that follow a single linear feature or a group of linear features. These index features can be used with Data Driven Pages to define pages in a strip map or a set of maps that follow a linear feature. The resulting index features contain attributes that can be used to rotate and orient the map on the page and determine which index features, or pages, are next to the current page (to the left and right or to the top and bottom).

Generalization toolset

    Aggregate Points：Creates polygon features around clusters of proximate point features.
    Aggregate Polygons：Combines polygons that are within a specified distance of each other into new polygons.
    Collapse Dual Lines To Centerline：Derives centerlines from dual-line (or double-line) features, such as road casings, based on specified width tolerances.
    Collapse Road Detail：Collapses small, open configurations of road segments that interrupt the general trend of a road network, such as traffic circles, and replaces them with a simplified depiction.
    Create Cartographic Partitions：Creates a mesh of polygon features that cover the input feature class in which each output polygon encloses no more than a specified number of input features or input vertices. as determined by the density and distribution of the input features.
    Merge Divided Roads：Generates single-line road features in place of matched pairs of divided road lanes.
    Simplify Building：Simplifies the boundary or footprint of building polygons while maintaining their essential shape and size.
    Delineate Built-Up Areas：Creates polygons to represent built-up areas by delineating densely clustered arrangements of buildings on small-scale maps.
    Simplify Line：Simplifies lines by removing relatively extraneous vertices while preserving essential shape.
    Simplify Polygon：Simplifies polygon features by removing relatively extraneous vertices while preserving essential shape.
    Smooth Line：Smooths sharp angles in lines to improve aesthetic or cartographic quality.
    Smooth Polygon：Smooths sharp angles in polygon outlines to improve aesthetic or cartographic quality.
    Thin Road Network：Generates a simplified road network that retains connectivity and general character for display at a smaller scale.

Graphic Conflicts toolset

    Detect Graphic Conflict：Creates polygons where two or more symbolized features graphically conflict.
    Propagate Displacement：Propagates the displacement resulting from road adjustment in the Resolve Road Conflicts and Merge Divided Roads tools to adjacent features to reestablish spatial relationships.
    Resolve Building Conflicts：Resolves symbol conflicts among buildings with respect to linear barrier features by moving, resizing, or hiding buildings.
    Resolve Road Conflicts：Resolves graphic conflicts among symbolized road features by adjusting portions of line segments.

Grids and Graticules toolset

    Make Grids And Graticules Layer：Creates a grouped layer of feature classes depicting grid, graticule, and border features using predefined cartographic specifications. Grid layers are ideal for advanced grid definitions that are scale and extent specific.
    Delete Grids And Graticules：Deletes all the features associated with one or more selected grid and graticule layers from a feature dataset.

Masking toolset

    Cul-De-Sac Masks：Creates a feature class of polygon masks from a symbolized input line layer.
    Feature Outline Masks：Creates mask polygons at a specified distance and shape around the symbolized features in the input layer.
    Intersecting Layers Masks：Creates masking polygons at a specified shape and size at the intersection of two symbolized input layers: the masking layer and the masked layer.

Representation Management toolset

    Add Representation：Adds a feature class representation to a geodatabase feature class.
    Calculate Representation Rule：Applies existing representation rules to features in a feature class representation by calculating the RuleID field.
    Drop Representation：Deletes a feature class representation from a geodatabase feature class.
    Remove Override：Removes geometry and/or property representation overrides from features participating in a feature class representation.
    Select Feature By Override：Selects features that have representation geometry and/or property overrides.
    Set Layer Representation：Sets a representation for a feature layer. The layer is temporary and stored in memory during the ArcGIS session, available for use in models and scripts.
    Update Override：Transfers feature representation overrides from the default override field to explicit fields as defined by the representation rules in the representation.

3.Cartography toolset

Annotation toolset

    Contour Annotation：Creates annotation for contour features.
    Cache Tiling Scheme To Polygons：Creates a new polygon feature class from an existing tiling scheme.
    Tiled Labels To Annotation：Converts labels to annotation for layers in a map based on a polygon index layer.

Cartographic Refinement toolset

    Align Marker To Stroke Or Fill：Aligns the representation marker symbols of a point feature class to the nearest stroke or fill representation symbols in a line or polygon feature class within a specified search distance.
    Calculate Line Caps：Modifies the cap type (ending style) for representation stroke symbols and stores it as a representation override.
    Calculate Polygon Main Angle：Calculates the dominant angles of input polygon features and assigns the values to a specified field in the feature class.
    Create Underpass：Creates bridge parapets and polygon masks at line intersections to indicate overpasses.
    Create Underpass：Creates bridge parapets and polygon masks at line intersections to indicate underpasses.
    Disperse Markers：Finds representation markers that overlap or are too close to one another based on symbology and reference scale, and spreads them apart based on a minimum spacing and dispersal pattern.
    Set Control Point At Intersect：Synchronizes boundary symbology on adjacent polygons. It creates a representation control point at vertices that are shared by one or more line or polygon features.
    Set Control Point By Angle：Places a representation control point at vertices along a line or polygon outline where the angle created by a change in line direction is less than or equal to a specified maximum angle.

Data Driven Pages toolset

    Calculate Adjacent Fields：Creates fields and calculates values for the neighboring pages (polygon) of a grid polygon feature class.
    Calculate Central Meridian and Parallels：Calculates the central meridian and optional standard parallels based on the center point of a feature's extent; stores this coordinate system as a spatial reference string in a specified text field; and repeats this for a set, or subset, of features. This field can be used with Data Driven Pages to update the data frame coordinate system for each page.
    Calculate Grid Convergence Angle：Calculates the rotation angle for true north based on the center point of each feature in a feature class and populates this value in a specified field. This field can be used in conjunction with Data Driven Pages to rotate each map to true north.
    Calculate UTM Zone：Calculates the UTM zone of each feature based on the center point and stores this spatial reference string in a specified field. This field can be used with Data Driven Pages to update the spatial reference to the correct UTM zone for each map.
    Grid Index Features：Creates a grid of rectangular polygon features that can be used as an index to specify pages for a map book using Data Driven Pages. A grid can be created that only includes polygon features that intersect another feature layer.
    Strip Map Index Features：Creates a series of rectangular polygons, or index features, that follow a single linear feature or a group of linear features. These index features can be used with Data Driven Pages to define pages in a strip map or a set of maps that follow a linear feature. The resulting index features contain attributes that can be used to rotate and orient the map on the page and determine which index features, or pages, are next to the current page (to the left and right or to the top and bottom).

Generalization toolset

    Aggregate Points：Creates polygon features around clusters of proximate point features.
    Aggregate Polygons：Combines polygons that are within a specified distance of each other into new polygons.
    Collapse Dual Lines To Centerline：Derives centerlines from dual-line (or double-line) features, such as road casings, based on specified width tolerances.
    Collapse Road Detail：Collapses small, open configurations of road segments that interrupt the general trend of a road network, such as traffic circles, and replaces them with a simplified depiction.
    Create Cartographic Partitions：Creates a mesh of polygon features that cover the input feature class in which each output polygon encloses no more than a specified number of input features or input vertices. as determined by the density and distribution of the input features.
    Merge Divided Roads：Generates single-line road features in place of matched pairs of divided road lanes.
    Simplify Building：Simplifies the boundary or footprint of building polygons while maintaining their essential shape and size.
    Delineate Built-Up Areas：Creates polygons to represent built-up areas by delineating densely clustered arrangements of buildings on small-scale maps.
    Simplify Line：Simplifies lines by removing relatively extraneous vertices while preserving essential shape.
    Simplify Polygon：Simplifies polygon features by removing relatively extraneous vertices while preserving essential shape.
    Smooth Line：Smooths sharp angles in lines to improve aesthetic or cartographic quality.
    Smooth Polygon：Smooths sharp angles in polygon outlines to improve aesthetic or cartographic quality.
    Thin Road Network：Generates a simplified road network that retains connectivity and general character for display at a smaller scale.

Graphic Conflicts toolset

    Detect Graphic Conflict：Creates polygons where two or more symbolized features graphically conflict.
    Propagate Displacement：Propagates the displacement resulting from road adjustment in the Resolve Road Conflicts and Merge Divided Roads tools to adjacent features to reestablish spatial relationships.
    Resolve Building Conflicts：Resolves symbol conflicts among buildings with respect to linear barrier features by moving, resizing, or hiding buildings.
    Resolve Road Conflicts：Resolves graphic conflicts among symbolized road features by adjusting portions of line segments.

Grids and Graticules toolset

    Make Grids And Graticules Layer：Creates a grouped layer of feature classes depicting grid, graticule, and border features using predefined cartographic specifications. Grid layers are ideal for advanced grid definitions that are scale and extent specific.
    Delete Grids And Graticules：Deletes all the features associated with one or more selected grid and graticule layers from a feature dataset.

Masking toolset

    Cul-De-Sac Masks：Creates a feature class of polygon masks from a symbolized input line layer.
    Feature Outline Masks：Creates mask polygons at a specified distance and shape around the symbolized features in the input layer.
    Intersecting Layers Masks：Creates masking polygons at a specified shape and size at the intersection of two symbolized input layers: the masking layer and the masked layer.

Representation Management toolset

    Add Representation：Adds a feature class representation to a geodatabase feature class.
    Calculate Representation Rule：Applies existing representation rules to features in a feature class representation by calculating the RuleID field.
    Drop Representation：Deletes a feature class representation from a geodatabase feature class.
    Remove Override：Removes geometry and/or property representation overrides from features participating in a feature class representation.
    Select Feature By Override：Selects features that have representation geometry and/or property overrides.
    Set Layer Representation：Sets a representation for a feature layer. The layer is temporary and stored in memory during the ArcGIS session, available for use in models and scripts.
    Update Override：Transfers feature representation overrides from the default override field to explicit fields as defined by the representation rules in the representation.

5.Spatial Analyst and Statistical toolset

Conditional toolset

    Conditional function：Performs a conditional if/else evaluation on each of the input cells of an input raster.
    Pick function：The value from a position raster is used to determine from which raster in a list of input rasters the output cell value will be obtained.
    Set Null：Set Null sets identified cell locations to NoData based on a specified criteria. It returns NoData if a conditional evaluation is true, and returns the value specified by another raster if it is false.

Density toolset

    Kernel Density：Calculates a magnitude-per-unit area from point or polyline features using a kernel function to fit a smoothly tapered surface to each point or polyline.
    Line Density：Calculates a magnitude-per-unit area from polyline features that fall within a radius around each cell.
    Point Density：Calculates a magnitude-per-unit area from point features that fall within a neighborhood around each cell.

Distance toolset

    Corridor：Calculates the sum of accumulative costs for two input accumulative cost rasters.
    Cost Allocation：Calculates, for each cell, its least-cost source based on the least accumulative cost over a cost surface.
    Cost Back Link：Defines the neighbor that is the next cell on the least accumulative cost path to the least-cost source.
    Cost Connectivity：Produces the least-cost connectivity network between two or more input regions.
    Cost Distance：Calculates the least accumulative cost distance for each cell from or to the least-cost source over a cost surface.
    Cost Path：Calculates the least-cost path from a source to a destination.
    Euclidean Allocation：Calculates, for each cell, the nearest source based on Euclidean distance.
    Euclidean Direction：Calculates, for each cell, the direction, in degrees, to the nearest source.
    Euclidean Back Direction：Calculates, for each cell, the direction, in degrees, to the neighboring cell along the shortest path back to the closest source while avoiding barriers.
    Euclidean Distance：Calculates, for each cell, the Euclidean distance to the closest source.
    Path Distance：Calculates, for each cell, the least accumulative cost distance from or to the least-cost source, while accounting for surface distance along with horizontal and vertical cost factors.
    Path Distance Allocation：Calculates the least-cost source for each cell based on the least accumulative cost over a cost surface, while accounting for surface distance along with horizontal and vertical cost factors.
    Path Distance Back Link：Defines the neighbor that is the next cell on the least accumulative cost path to the least-cost source, while accounting for surface distance along with horizontal and vertical cost factors.

Extraction toolset

    Extract by Attributes：Extracts the cells of a raster based on a logical query.
    Extract by Circle：Extracts the cells of a raster based on a circle by specifying the circle's center and radius.
    Extract by Mask：Extracts the cells of a raster that correspond to the areas defined by a mask.
    Extract by Points：Extracts the cells of a raster based on a set of coordinate points.
    Extract by Polygon：Extracts the cells of a raster based on a polygon by specifying the polygon's vertices.
    Extract by Rectangle：Extracts the cells of a raster based on a rectangle by specifying the rectangle's extent.
    Multi Values to Points：Extracts cell values at locations specified in a point feature class from one or more rasters and records the values to the attribute table of the point feature class.
    Values to Points：Extracts the cell values of a raster based on a set of point features and records the values in the attribute table of an output feature class.
    Sample：Creates a table that shows the values of cells from a raster, or set of rasters, for defined locations. The locations are defined by raster cells or by a set of points.The input rasters can be two-dimensional or multidimensional. The structure of the output table changes when the input rasters are multidimensional.

Generalization toolset

    Aggregate：Generates a reduced-resolution version of a raster. Each output cell contains the Sum, Minimum, Maximum, Mean, or Median of the input cells that are encompassed by the extent of that cell.
    Expand：Expands specified zones of a raster by a specified number of cells.
    Thin：Thins rasterized linear features by reducing the number of cells representing the width of the features.
    Shrink：Shrinks the selected zones by a specified number of cells by replacing them with the value of the cell that is most frequent in its neighborhood.
    Nibble：Replaces cells of a raster corresponding to a mask with the values of the nearest neighbors.
    Boundary Clean：Smooths the boundary between zones by expanding and shrinking it.
    Majority Filter：Replaces cells in a raster based on the majority of their contiguous neighboring cells.
    Region Group：For each cell in the output, the identity of the connected region to which that cell belongs is recorded. A unique number is assigned to each region.

Groundwater toolset

    Darcy Flow：Calculates the groundwater volume balance residual and other outputs for steady flow in an aquifer.
    Darcy Velocity：Calculates the groundwater seepage velocity vector (direction and magnitude) for steady flow in an aquifer.
    Particle Track：Calculates the path of a particle through a velocity field, returning an ASCII file of particle tracking data and, optionally, a feature class of track information.
    Porous Puff：Calculates the time-dependent, two-dimensional concentration distribution in mass per volume of a solute introduced instantaneously and at a discrete point into a vertically mixed aquifer.

Hydrology toolset

    Basin：Creates a raster delineating all drainage basins.
    Fill：Fills sinks in a surface raster to remove small imperfections in the data.
    Flow Accumulation：Creates a raster of accumulated flow into each cell. A weight factor can optionally be applied.
    Flow Direction：Creates a raster of flow direction from each cell to its downslope neighbor, or neighbors, using D8, Multiple Flow Direction (MFD) or D-Infinity (DINF) methods.
    Flow Distance：Computes, for each cell, the horizontal or vertical component of downslope distance, following the flow path(s), to cell(s) on a stream into which they flow. In case of multiple flow paths, minimum, weighted mean, or maximum flow distance can be computed.
    Flow Length：Calculates the upstream or downstream distance, or weighted distance, along the flow path for each cell.
    Sink：Creates a raster identifying all sinks or areas of internal drainage.
    Snap Pour Point：Snaps pour points to the cell of highest flow accumulation within a specified distance.
    Stream Link：Assigns unique values to sections of a raster linear network between intersections.
    Stream Order：Assigns a numeric order to segments of a raster representing branches of a linear network.
    Stream to Feature：Converts a raster representing a linear network to features representing the linear network.
    Watershed：Determines the contributing area above a set of cells in a raster.

Raster Creation toolset

    Constant Raster：Creates a raster of a constant value within the extent and cell size of the analysis window.
    Normal Raster：Creates a raster of random values with a normal (Gaussian) distribution within the extent and cell size of the analysis window.
    Random Raster：Creates a raster of random floating-point values between 0.0 and 1.0 within the extent and cell size of the analysis window.

Interpolation toolset

    IDW：Interpolates a raster surface from points using an inverse distance weighted (IDW) technique.
    Kriging：Interpolates a raster surface from points using kriging.
    Natural Neighbor：Interpolates a raster surface from points using a natural neighbor technique.
    Spline：Interpolates a raster surface from points using a two-dimensional minimum curvature spline technique.
    Spline with Barriers：Interpolates a raster surface, using barriers, from points using a minimum curvature spline technique. The barriers are entered as either polygon or polyline features.
    Topo to Raster：Interpolates a hydrologically correct raster surface from point, line, and polygon data.
    Topo to Raster by File：Interpolates a hydrologically correct raster surface from point, line, and polygon data using parameters specified in a file.
    Trend：Interpolates a raster surface from points using a trend technique.

Surface toolset

    Aspect：Derives the aspect from each cell of a raster surface.
    Contour：Creates a feature class of contours from a raster surface.
    Contour List：Creates a feature class of selected contour values from a raster surface.
    Contour with Barriers：Creates contours from a raster surface. The inclusion of barrier features allows you to independently generate contours on either side of a barrier.
    Curvature：Calculates the curvature of a raster surface, optionally including profile and plan curvature.
    Cut Fill：Calculates the volume change between two surfaces. This is typically used for cut and fill operations.
    Hillshade：Creates a shaded relief from a surface raster by considering the illumination source angle and shadows.
    Slope：Identifies the slope (gradient or steepness) from each cell of a raster.
    Viewshed：Determines the raster surface locations visible to a set of observer features.
    Viewshed 2：Determines the raster surface locations visible to a set of observer features using geodesic methods.
    Visibility：Determines the raster surface locations visible to a set of observer features, or identifies which observer points are visible from each raster surface location.
    Observer Points：Identifies which observer points are visible from each raster surface location.

Local toolset

    Cell Statistics：根据多个栅格数据计算每个像元的统计数据。可用的统计数据有：众数、最大值、均值、中位数、最小值、少数、范围、标准差、总和及变异度。
    Combine：合并多个栅格，从而为输入值的各种唯一组合生成唯一输出值。
    Equal To Frequency：基于单个像元计算一组栅格数据值等于另一个栅格数据值的次数。
    Greater Than Frequency：基于单个像元计算一组栅格数据值大于另一个栅格数据值的次数。
    Less Than Frequency：逐个像元来计算一组栅格小于另一个栅格的次数。
    Highest Position：逐个像元来确定一组栅格中具有最大值的栅格的位置。
    Lowest Position：基于单个像元确定一组栅格数据中具有最小值的栅格的位置。
    Popularity：逐个像元地确定参数列表中具有特定频数级别的值。特定的频数级别（每个值的出现次数）由第一个参数指定。
    Rank：输入栅格集中的值将被逐个像元地进行等级排定，返回哪个等级将由等级输入栅格的值来确定。

Map Algebra toolset

    Raster Calculator：Builds and executes a single Map Algebra expression using Python syntax in a calculator-like interface.

Multivariate toolset

    Band Collection Statistics：Calculates the statistics for a set of raster bands.
    Class Probability：Creates a multiband raster of probability bands, with one band being created for each class represented in the input signature file.
    Create Signatures：Creates an ASCII signature file of classes defined by input sample data and a set of raster bands.
    Dendrogram：Constructs a tree diagram (dendrogram) showing attribute distances between sequentially merged classes in a signature file.
    Edit Signatures：Edits and updates a signature file by merging, renumbering, and deleting class signatures.
    Iso Cluster：Uses an isodata clustering algorithm to determine the characteristics of the natural groupings of cells in multidimensional attribute space and stores the results in an output ASCII signature file.
    Iso Cluster Unsupervised：Performs unsupervised classification on a series of input raster bands using the Iso Cluster and Maximum Likelihood Classification tools.
    Max Likelihood Classify：Performs a maximum likelihood classification on a set of raster bands and creates a classified raster as output.
    Principal Components：Performs Principal Component Analysis (PCA) on a set of raster bands and generates a single multiband raster as output.

Math toolset

    Bitwise：The bitwise math tools compute on the binary representation of the input values.These tools are intended to work on integer input data. If floating-point values are input, the data values will automatically be truncated and converted to integer values. As a result, the output data type is always integer.Any bitwise operation on an input NoData cell will result in a NoData cell in the output.
    Logical：The Logical Math tools evaluate the values of the inputs and determine the output values based on Boolean logic. The tools are grouped into four main categories: Boolean, Combinatorial, Logical, and Relational.
    Trigonometric：Trigonometric Math tools perform various trigonometric calculations on the values in an input raster.
    Abs：Calculates the absolute value of the cells in a raster.
    Plus：Adds (sums) the values of two rasters on a cell-by-cell basis.
    Minus：Subtracts the value of the second input raster from the value of the first input raster on a cell-by-cell basis.
    Times：Multiplies the values of two rasters on a cell-by-cell basis.
    Divide：Divides the values of two rasters on a cell-by-cell basis.
    Exp：Calculates the base e exponential of the cells in a raster.
    Exp 10：Calculates the base 10 exponential of the cells in a raster.
    Exp 2：Calculates the base 2 exponential of the cells in a raster.
    Float：Converts each cell value of a raster into a floating-point representation.
    Int：Converts each cell value of a raster to an integer by truncation.
    Ln：Calculates the natural logarithm (base e) of cells in a raster.
    Log10：Calculates the base 10 logarithm of cells in a raster.
    Log2：Calculates the base 2 logarithm of cells in a raster.
    Mod：Finds the remainder (modulo) of the first raster when divided by the second raster on a cell-by-cell basis.
    Negate：Changes the sign (multiplies by -1) of the cell values of the input raster on a cell-by-cell basis.
    Power：Raises the cell values in a raster to the power of the values found in another raster.
    Round Down：Returns the next lower integer value, just represented as a floating point, for each cell in a raster.
    Round Up：Returns the next higher integer value, just represented as a floating point, for each cell in a raster.
    Square：Calculates the square of the cell values in a raster.
    Square Root：Calculates the square root of the cell values in a raster.

Neighborhood toolset

    Block Statistics：Partitions the input into non-overlapping blocks and calculates the statistic of the values within each block. The value is assigned to all of the cells in each block in the output.
    Line Statistics：Calculates a statistic on the attributes of lines in a circular neighborhood around each output cell.
    Point Statistics：Calculates a statistic on the points in a neighborhood around each output cell.
    Filter：Performs either a smoothing (Low pass) or edge-enhancing (High pass) filter on a raster.
    Focal Flow：Determines the flow of the values in the input raster within each cell's immediate neighborhood.
    Focal Statistics：Calculates for each input cell location a statistic of the values within a specified neighborhood around it.

Overlay toolset

    Fuzzy Membership：Transforms the input raster into a 0 to 1 scale, indicating the strength of a membership in a set, based on a specified fuzzification algorithm.
    Fuzzy Overlay：Combine fuzzy membership rasters data together, based on selected overlay type.
    Weighted Overlay：Overlays several rasters using a common measurement scale and weights each according to its importance.
    Weighted Sum：Overlays several rasters, multiplying each by their given weight and summing them together.

Zonal toolset

    Tabulate Area：Calculates cross-tabulated areas between two datasets and outputs a table.
    Zonal Fill：Fills zones using the minimum cell value from a weight raster along the zone boundary.
    Zonal Geometry：Calculates the specified geometry measure (area, perimeter, thickness, or the characteristics of ellipse) for each zone in a dataset.
    Zonal Geometry As Table ：Calculates the geometry measures (area, perimeter, thickness, and the characteristics of ellipse) for each zone in a dataset and reports the results as a table.
    Zonal Histogram：Creates a table and a histogram graph that show the frequency distribution of cell values on the Value input for each unique Zone.
    Zonal Statistics：Calculates statistics on values of a raster within the zones of another dataset.
    Zonal Statistics as Table：Summarizes the values of a raster within the zones of another dataset and reports the results to a table.

Analyzing Patterns toolset

    Average Nearest Neighbor：Calculates a nearest neighbor index based on the average distance from each feature to its nearest neighboring feature.
    High/Low Clustering：Measures the degree of clustering for either high values or low values using the Getis-Ord General G statistic.
    Incremental Spatial Autocorrela：Measures spatial autocorrelation for a series of distances and optionally creates a line graph of those distances and their corresponding z-scores. Z-scores reflect the intensity of spatial clustering, and statistically significant peak z-scores indicate distances where spatial processes promoting clustering are most pronounced. These peak distances are often appropriate values to use for tools with a Distance Band or Distance Radius parameter.
    Multi-Dist Spatial Cluster Analyst：Determines whether features, or the values associated with features, exhibit statistically significant clustering or dispersion over a range of distances.
    Spatial Autocorrelation：Measures spatial autocorrelation based on feature locations and attribute values using the Global Moran's I statistic.

Mapping Clusters toolset

    Cluster and Outlier Analysis：Given a set of weighted features, identifies statistically significant hot spots, cold spots, and spatial outliers using the Anselin Local Moran's I statistic.
    Hot Spot Analysis：Given a set of weighted features, identifies statistically significant hot spots and cold spots using the Getis-Ord Gi* statistic.
    Optimized Hot Spot Analysis：Given incident points or weighted features (points or polygons), creates a map of statistically significant hot and cold spots using the Getis-Ord Gi* statistic. It evaluates the characteristics of the input feature class to produce optimal results.
    Grouping Analysis：Groups features based on feature attributes and optional spatial or temporal constraints.
    Similarity Search：Identifies which candidate features are most similar or most dissimilar to one or more input features based on feature attributes.

Measuring Geometry Distributions

    Central Feature：Identifies the most centrally located feature in a point, line, or polygon feature class.
    Directional Distribution：Creates standard deviational ellipses to summarize the spatial characteristics of geographic features: central tendency, dispersion, and directional trends.
    Linear Directional Mean：Identifies the mean direction, length, and geographic center for a set of lines.
    Mean Center：Identifies the geographic center (or the center of concentration) for a set of features.

    Median Center：Identifies the location that minimizes overall Euclidean distance to the features in a dataset.
    Standard Distance：Measures the degree to which features are concentrated or dispersed around the geometric mean center.

Model Spatial Relationships

    Exploratory Regression：The Exploratory Regression tool evaluates all possible combinations of the input candidate explanatory variables, looking for OLS models that best explain the dependent variable within the context of user-specified criteria.
    Generate Spatial Weights：Constructs a spatial weights matrix file (.swm) using a Network dataset, defining feature spatial relationships in terms of the underlying network structure.
    Generate Spatial Weights Matrix：Constructs a spatial weights matrix (.swm) file to represent the spatial relationships among features in a dataset.
    Geography Weighted Regression：Performs Geographically Weighted Regression (GWR), a local form of linear regression used to model spatially varying relationships.
    Ordinary Least Squares：Performs global Ordinary Least Squares (OLS) linear regression to generate predictions or to model a dependent variable in terms of its relationships to a set of explanatory variables.

Rendering toolset

    Analysis with Rendering：Replace with Cluster and Outlier Analysis; rendering is now automatic.
    Collect Events with Rendering：Replace with Collect Events; rendering is now automatic.
    Count Rendering：Apply or import graduated symbol rendering.
    Hot Spot Analysis with Rendering：Replace with Hot Spot Analysis; rendering is now automatic.
    Z Score Rendering：Import z-score rendering from a Hot Spot Analysis or Optimized Hot Spot Analysis output layer or from one of the z-score rendering template layers in the /Templates/Layers folder found in the ArcGIS install directory.

Utilities toolset

    Calculate Areas ：Calculates area values for each feature in a polygon feature class.
    Calculate Neighbor Distance：Returns the minimum, the maximum, and the average distance to the specified Nth nearest neighbor (N is an input parameter) for a set of features. Results are written as tool execution messages.
    Collect Events：Converts event data, such as crime or disease incidents, to weighted point data.
    Spatial Weights Matrix To Table：Converts a binary spatial weights matrix file (.swm) to a table.
    Feature Attributes To ASCII：Exports feature class coordinates and attribute values to a space, comma, or semicolon-delimited ASCII text file.

6.Geometric Network toolset

Geometric Network toolset

    Create Geometric Network：Creates a geometric network in a geodatabase using the specified feature classes, role for each feature class, and the specified weights with weight associations.
    Add Edge-Edge Connectivity Rule to Geometric Network：Adds an edge-edge connectivity rule to a geometric network.
    Add Edge-Junction Connectivity Rule to Geometric Network：Adds an edge-junction connectivity rule to a geometric network.
    Find Disconnected Features in Geometric Network：Finds junctions not connected to edges for a simple junction feature layer. Finds edges not connected to any other edges for simple and complex edge feature layers.
    Rebuild Geometric Network：Deletes and re-creates the logical network index for the geometric network. If the geometric network is in an enterprise geodatabase and is versioned, the logical network will be rebuilt across all versions of the database. This tool will not change features in the network, no snapping will occur, and no orphan junction features will be created.
    Remove Connectivity Rule From Geometric Network：Removes a connectivity rule from the geometric network.
    Remove Empty Feature Class from Geometric Network：Removes an empty feature class from a geometric network.
    Set Flow Direction：Sets the flow direction for a geometric network based on either the digitized direction or the source/sink settings in the geometric network.
    Trace Geometric Network：Solves the specified network analysis problem based on the flags, barriers, and specified weight properties.
    Verify and Repair Geometric Network Connectivity：Detects and optionally repairs a variety of connectivity and geometry problems within geometric networks.

7.Geocoding and Network Analyst toolset

Geocoding toolbox

    Create Address Locator：Creates an address locator. The address locator can be used to find a location of an address, geocode a table of addresses, or get the address of a point location.
    Create Composite Address Locator：Creates a composite address locator. A composite address locator consists of two or more individual address locators that allow addresses to be matched against the multiple address locators.
    Geocode Addresses：Geocodes a table of addresses. This process requires a table that stores the addresses you want to geocode and an address locator or a composite address locator. This tool matches the addresses against the address locator and saves the result for each input record in a new point feature class. When using the ArcGIS World Geocoding Service, this operation may consume credits.
    Rebuild Address Locator：Rebuilds an address locator to update the locator with the current reference data. Since an address locator contains a snapshot of the reference data when it was created, it will not geocode addresses against the updated data when the geometry and attributes of the reference data are changed. To geocode addresses against the current version of the reference data, the address locator must be rebuilt if you want to update the changes in the locator.
    Rematch Addresses：Rematches addresses in a geocoded feature class.
    Reverse Geocode：Creates addresses from point locations in a feature class. The reverse geocoding process searches for the nearest address or intersection for the point location based on the specified search distance. When using the ArcGIS World Geocoding Service, this operation may consume credits.
    Standardize Addresses：Standardizes the address information in a table or feature class.

Network Analyst toolbox

    Add Locations：Adds network analysis objects to a network analysis layer. The objects are added to specific sublayers such as Stops and Barriers. Objects are input as features or records.
    Calculate Locations：Adds fields to the input features that contain the network location of the features. The tool is used to store the network location information as feature attributes to quickly load the features as inputs for a network analysis layer.
    Copy Traversed Source Features：Creates two feature classes and a table, which together contain information about the edges, junctions, and turns that are traversed while solving a network analysis layer.
    Directions：Generates turn-by-turn directions from a network analysis layer with routes. The directions can be written to a file in text, XML, or HTML format. If you provide an appropriate stylesheet, the directions can be written to any other file format.
    Make Closest Facility Layer：Makes a closest facility network analysis layer and sets its analysis properties. A closest facility analysis layer is useful in determining the closest facility or facilities to an incident based on a specified network cost.
    Make Location-Allocation Layer：Makes a location-allocation network analysis layer and sets its analysis properties. A location-allocation analysis layer is useful for choosing a given number of facilities from a set of potential locations such that a demand will be allocated to facilities in an optimal and efficient manner.
    Make OD Cost Matrix Layer：Makes an origin–destination (OD) cost matrix network analysis layer and sets its analysis properties. An OD cost matrix analysis layer is useful for representing a matrix of costs going from a set of origin locations to a set of destination locations.
    Make Route Layer：Makes a route network analysis layer and sets its analysis properties. A route analysis layer is useful for determining the best route between a set of network locations based on a specified network cost.
    Make Service Area Layer：Makes a service area network analysis layer and sets its analysis properties. A service area analysis layer is useful in determining the area of accessibility within a given cutoff cost from a facility location.
    Make Vehicle Routing Problem Layer：Makes a vehicle routing problem (VRP) network analysis layer and sets its analysis properties. A vehicle routing problem analysis layer is useful for optimizing a set of routes using a fleet of vehicles.
    Solve：Solves the network analysis layer problem based on its network locations and properties.
    Update Analysis Layer Attribute Parameter：Updates the network attribute parameter value for a network analysis layer. The tool should be used to update the value of an attribute parameter for a network analysis layer prior to solving with the Solve tool. This ensures that the solve operation uses the specified value of the attribute parameter to produce appropriate results.

Network Dataset toolset

    Build Network：Reconstructs the network connectivity and attribute information of a network dataset. The network dataset needs to be rebuilt after making edits to the attributes or the features of a participating source feature class. After the source features are edited, the tool establishes the network connectivity only in the areas that have been edited to speed up the build process; however, when the network attributes are edited, the entire extent of the network dataset is rebuilt. This may be a slow operation on a large network dataset.
    Dissolve Network：Creates a network dataset that minimizes the number of line features required to correctly model the input network dataset. The more efficient output network dataset reduces the time required to solve analyses, draw results, and generate driving directions. This tool outputs a new network dataset and source feature classes; the input network dataset and its source features remain unchanged.
    Create Network Dataset From Template：Creates a new network dataset with the schema contained in the input template file (.xml). All the feature classes and input tables required for creating the network dataset must already exist before this tool is executed.
    Create Template From Network Dataset：Creates a file containing the schema of an existing network dataset. This template file can then be used to create a new network dataset with the same schema.
    Make Network Dataset Layer：Creates a network dataset layer from a network dataset.

Server toolset

    Find Closest Facilities：Finds one or more facilities closest to an incident based on travel time, distance, or other cost and outputs the best route, chosen facility, and driving directions between the incident and the facility. For example, you can use this tool to find the closest hospital to an accident, the closest police cars to a crime scene, or the closest store to a customer's address.
    Find Routes：Finding a route analysis can mean determining the quickest or shortest way to travel between locations. You might want to use this tool to generate driving directions to visit multiple stops or to measure the distance or travel time between locations. The tool is capable of finding routes for one or more vehicles each time it runs, so you can determine the best routes for several drivers to visit preassigned stops, for instance, or measure in a single solve the distance of home-to-work trips for many commuters.
    Generate Origin Destination Cost Matrix：Creates an origin-destination (OD) cost matrix from multiple origins to multiple destinations. An OD cost matrix is a table that contains the travel time and travel distance from each origin to each destination. Additionally, it ranks the destinations that each origin connects to in ascending order based on the minimum time or distance required to travel from that origin to each destination. The best path on the street network is discovered for each origin-destination pair, and the travel times and travel distances are stored as attributes of the output lines. Even though the lines are straight for performance reasons, they always store the travel time and travel distance along the street network, not straight-line distance.
    Generate Service Areas：Creates a service area network analysis layer, sets the analysis properties, and solves the analysis. This tool is ideal for setting up a service area geoprocessing service on the web. A network service area is a region that encompasses all streets that can be accessed within a given distance or travel time from one or more facilities.
    Solve Location-Allocation：The Solve Location-Allocation tool chooses the best locations from a set of input locations.
    Solve Vehicle Routing Problem：Creates a vehicle routing problem (VRP) network analysis layer, sets the analysis properties, and solves the analysis, which is ideal for setting up a VRP web service. A vehicle routing problem analysis layer finds the best routes for a fleet of vehicles.
    Update Traffic Data：Downloads live traffic data from a web service and stores it in a dynamic traffic format (DTF) file, which is a file that network datasets can read for live-traffic analysis and display.
    Update Traffic Incidents：Creates a point feature class containing live traffic-incident data from a web service. Traffic incidents include events such as accidents and road construction.

Turn Feature Class toolset

    Create Turn Feature Class：Creates a new turn feature class to store turn features that model turning movements in a network dataset.
    Increase Maximum Edges：Increases the maximum number of edges per turn in a turn feature class.
    Populate Alternate ID Fields：Creates and populates additional fields on the turn feature classes that reference the edges by alternate IDs. The alternate IDs allow for another set of IDs that can help maintain the integrity of the turn features in case the source edges are being edited.
    Turn Table To Turn Feature Class：Converts an ArcView turn table or ArcInfo Workstation coverage turn table to an ArcGIS turn feature class.
    Update By Alternate ID Fields：Updates all the edge references in turn feature classes using an alternate ID field. This tool should be used after making edits to the input line features that are referenced by the turn features to synchronize the turn features based on the alternate ID fields.
    Update By Geometry：Updates all the edge references in the turn feature class using the geometry of the turn features. This tool is useful when the IDs listed for the turn can no longer find the edges participating in the turn due to edits to the underlying edges.

8.Linear Reference and Tracking Analyst toolset

Linear Referencing toolbox

    Create Routes：Creates routes from existing lines. The input line features that share a common identifier are merged to create a single route.
    Calibrate Routes：Recalculates route measures using points.


    Dissolve Route Events：Removes redundant information from event tables or separates event tables having more than one descriptive attribute into individual tables.

    Locate Features Along Routes：Computes the intersection of input features (point, line, or polygon) and route features and writes the route and measure information to a new event table.
    Make Route Event Layer：Creates a temporary feature layer using routes and route events.
    Overlay Route Events：Overlays two event tables to create an output event table that represents the union or intersection of the input.
    Transform Route Events：This tool transforms the measures of events from one route reference to another and writes them to a new event table.

Tracking Analyst toolbox

    Make Tracking Layer：This tool creates a tracking layer from a feature class or layer containing temporal data.
    Track Intervals To Feature：Calculates values that are computed from the difference between successively ordered features in a track. New fields are added to the input feature class or layer to store the calculated values (distance, duration, speed, and course).
    Track Intervals To Line：Calculates values that are computed from the difference between successively ordered features in a track. A new line feature class is created to represent the track intervals and store the calculated values (distance, duration, speed, and course).
    Concatenate Date And Time Fields：Concatenates two separate date and time fields in a feature class or layer into a single field containing both the date and time.

9.3D Analyst toolset

3D Features toolset

    Add Z Information：Adds information about elevation properties of features in a Z-enabled feature class.
    Buffer 3D：Creates a 3-dimensional buffer around points or lines to produce spherical or cylindrical multipatch features.
    Enclose Multipatch：Creates closed multipatch features from open multipatch features.
    Difference 3D：Eliminates portions of multipatch features in a target feature class that overlap with enclosed volumes of multipatch features in the subtraction feature class.
    Feature To 3D：Creates 3D features using height values derived from the attribute of the input features.
    Inside 3D：Determines if 3D features from an input feature class are contained inside a closed multipatch, and writes an output table recording the features that are partially or fully inside the multipatch.
    Intersect 3D：Computes the intersection of multipatch features to produce closed multipatches encompassing the overlapping volumes, open multipatch features from the common surface areas, or lines from the intersecting edges.
    Intersect 3D Line：Returns the number of geometric intersections between 3D line and multipatch features and also provides optional features that represent points of intersection and also divide the 3D lines at such points.
    Is Closed：Evaluates multipatch features to determine whether each feature completely encloses a volume of space.
    Near 3D：Calculates the three-dimensional distance from each input feature to the nearest feature that resides in one or more near feature classes.
    Union 3D：Merges closed, overlapping multipatch features from an input feature class.
    Update Feature Z：Updates the z-coordinates of 3D feature vertices using a surface.

Converses From Feature Class

    Feature Class Z To ASCII：Exports 3D features to ASCII text files storing GENERATE, XYZ, or profile data.
    Multipatch Footprint：Creates polygon footprints representing the two-dimensional area of multipatch features.

Converses From File

    ASCII 3D To Feature Class：Imports 3D features from one or more ASCII files stored in XYZ, XYZI, or GENERATE formats into a new feature class.
    Import 3D Files：Imports one or more 3D models into a multipatch feature class.
    LandXML To TIN：his tool imports one or more triangulated irregular network (TIN) surfaces from a LandXML file to output Esri TINs.
    LAS To Multipoint：Creates multipoint features using one or more lidar files.
    Point File Information：Generates statistical information about one or more point files in a polygon or multipatch output.

Converses From LAS Dataset

    LAS Dataset To TIN：Exports a triangulated irregular network (TIN) from a LAS dataset.

Converses From Raster

    Raster Domain：Creates a polygon or polyline footprint of the data portions of a raster dataset..
    Raster To Multipoint：Converts raster cell centers into 3D multipoint features whose Z values reflect the raster cell value.
    Raster To TIN：Converts a raster to a triangulated irregular network (TIN) dataset.

Converses From Terrain

    Terrain To Points：Converts a terrain dataset into a new point or multipoint feature class.
    Terrain To Raster：Interpolates a raster from a terrain dataset.
    Terrain To TIN：Converts a terrain dataset to a triangulated irregular network (TIN) dataset.

CityEngine toolset

    Export To 3D Web Scene：Exports ArcScene documents (.sxd) to Esri CityEngine Web Scene (.3ws) format to display them in the CityEngine Web Viewer.
    Features From CityEngine：Generates 3D geometries from existing 2D and 3D input features using rules authored in Esri CityEngine.

Converses From TIN

    TIN Domain：Creates a line or polygon feature class representing the interpolation zone of a triangulated irregular network (TIN) dataset.
    TIN Edge：Creates 3D line features using the triangle edges of a triangulated irregular network (TIN) dataset.
    TIN Line：Exports breaklines from a triangulated irregular network (TIN) dataset to a 3D line feature class.
    TIN Node：Exports the nodes of a triangulated irregular network (TIN) dataset to a point feature class.
    TIN Polygon Tag：Creates polygon features using tag values in a triangulated irregular network (TIN) dataset.
    TIN to Raster：Creates a raster by interpolating its cell values from the elevation of the input TIN at the specified sampling distance.
    TIN Triangle：Exports triangle faces from a TIN dataset to polygon features and provides slope, aspect, and optional attributes of hillshade and tag values for each triangle.

LAS Dataset

    Change LAS Class Codes：Reassigns the classification codes and flags of LAS files.
    Classify LAS By Height：Reclassifies lidar points based on their height from the ground surface.
    Classify LAS Ground：Classifies ground points in aerial lidar data.
    Classify LAS Noise：Classifies LAS points with anomalous spatial characteristics as noise.
    Classify LAS Overlap：Classifies LAS points from overlapping scans of aerial lidar surveys.
    Colorize LAS：Applies colors and near-infrared values from orthographic imagery to LAS points.
    Extract LAS：Filters, clips, and reprojects the collection of lidar data referenced by a LAS dataset.
    LAS Height Metrics：Calculates statistics about the distribution of elevation measurements of vegetation points captured in LAS data.
    LAS Point Statistics By Area：Evaluates the statistics of LAS points that overlay the area defined by polygon features.
    Locate LAS Points By Proximity：Identifies LAS points within the three-dimensional proximity of z-enabled features along with the option to reclassify those points.
    Set LAS Class Codes Using Features：Classifies LAS points that intersect the two-dimensional extent of input features.
    Thin LAS：Creates new LAS files that contain a subset of LAS points from the input LAS dataset.
    Tile LAS：Creates a set of nonoverlapping LAS files whose horizontal extents are divided by a regular grid.

Terrain Dataset

    Create Terrain：Creates a new terrain dataset.
    Add Features To Terrain：Adds one or more feature classes to a terrain dataset.
    Add Pyramid Level：Adds one or more pyramid levels to an existing terrain dataset.
    Append Terrain Points：Appends points to a point feature referenced by a terrain dataset.
    Build Terrain：Performs tasks required for analyzing and displaying a terrain dataset.
    Change Reference Scale：Changes the reference scale associated with a terrain pyramid level.
    Change Resolution Bounds：Changes the pyramid levels at which a feature class will be enforced for a given terrain dataset.
    Delete Terrain Points：Deletes points within a specified area of interest from one or more features that participate in a terrain dataset.
    Remove Feature Class：Removes reference to a feature class participating in a terrain dataset.
    Remove Pyramid Level：Removes a pyramid level from a terrain dataset.
    Replace Terrain Points：Replaces points referenced by a terrain dataset with points from a specified feature class.

TIN toolset

    Create TIN：Creates a triangulated irregular network (TIN) dataset.
    Copy TIN：Creates a copy of a triangulated irregular network (TIN) dataset.
    Edit TIN：Loads data from one or more input features to modify the surface of an existing triangulated irregular network (TIN).
    Delineate TIN Data Area：Redefines the data area, or interpolation zone, of a triangulated irregular network (TIN) based on its triangle edge length.

Functional Surface toolset

    Add Surface Information：Attributes features with spatial information derived from a surface.
    Interpolate Shape：Creates 3D features by interpolating z-values from a surface.
    Intersect 3D Line With Surface：Computes the geometric intersection of 3D line features and one or more surfaces to return the intersection as segmented line features and points.
    Stack Profile：Creates a table and optional graph denoting the profile of line features over one or more multipatch, raster, TIN, or terrain surfaces.
    Surface Volume：Calculates the area and volume of the region between a surface and a reference plane.

Raster Interpolation toolset

    IDW：Interpolates a raster surface from points using an inverse distance weighted (IDW) technique.
    Kriging：Interpolates a raster surface from points using kriging.
    Natural Neighbor：Interpolates a raster surface from points using a natural neighbor technique.
    Spline：Interpolates a raster surface from points using a two-dimensional minimum curvature spline technique.
    Spline with Barriers：Interpolates a raster surface, using barriers, from points using a minimum curvature spline technique. The barriers are entered as either polygon or polyline features.
    Topo to Raster：Interpolates a hydrologically correct raster surface from point, line, and polygon data.
    Topo to Raster by File：Interpolates a hydrologically correct raster surface from point, line, and polygon data using parameters specified in a file.
    Trend：Interpolates a raster surface from points using a trend technique.

Raster Math toolset

    Plus：Adds (sums) the values of two rasters on a cell-by-cell basis.
    Minus：Subtracts the value of the second input raster from the value of the first input raster on a cell-by-cell basis.
    Times：Multiplies the values of two rasters on a cell-by-cell basis.
    Divide：Divides the values of two rasters on a cell-by-cell basis.
    Float：Converts each cell value of a raster into a floating-point representation.
    Int：Converts each cell value of a raster to an integer by truncation.

Raster Reclass toolset

    Lookup：Creates a new raster by looking up values found in another field in the table of the input raster.
    Reclass by ASCII File：Reclassifies (or changes) the values of the input cells of a raster using an ASCII remap file.
    Reclass by Table：Reclassifies (or changes) the values of the input cells of a raster using a remap table.
    Reclassify：Reclassifies (or changes) the values in a raster.
    Slice：Slices or reclassifies the range of values of the input cells into zones of equal interval, equal area, or by natural breaks.

Raster Surface toolset

    Aspect：Derives the aspect from each cell of a raster surface.The aspect identifies the compass direction that the downhill slope faces for each location.
    Contour：Creates a feature class of contours from a raster surface.
    Contour List：Creates a feature class of selected contour values from a raster surface.
    Contour with Barriers：Creates contours from a raster surface. The inclusion of barrier features allows you to independently generate contours on either side of a barrier.
    Curvature：Calculates the curvature of a raster surface, optionally including profile and plan curvature.
    Cut Fill：Calculates the volume change between two surfaces. This is typically used for cut and fill operations.
    Hillshade：Creates a shaded relief from a surface raster by considering the illumination source angle and shadows.
    Slope：Identifies the slope (gradient or steepness) from each cell of a raster.

Triangulated Surface toolset

    Decimate TIN Nodes：Creates a triangulated irregular network (TIN) dataset using a subset of nodes from a source TIN.
    Extrude Between：Creates 3D features by extruding each input feature between two triangulated irregular network (TIN) datasets.
    Interpolate Polygon To Multipatch：Creates surface-conforming multipatch features by draping polygon features over a surface.
    Locate Outliers：Identifies anomalous elevation measurements from terrain, TIN, or LAS datasets that exceed a defined range of elevation values or have slope characteristics that are inconsistent with the surrounding surface.
    Polygon Volume：Calculates the volume and surface area between a polygon of a constant height and a surface.
    Surface Aspect：Creates contour lines derived from a terrain, TIN, or LAS dataset surface.
    Surface Contour：Creates contour lines derived from a terrain, TIN, or LAS dataset surface.
    Surface Difference：Calculate the displacement between two surfaces to determine where one is above, below or the same as the other surface.
    Surface Slope：Creates polygon features that represent ranges of slope values for triangulated surfaces.

Visibility toolset

    Construct Sight Lines：Creates line features that represent sight lines from one or more observer points to features in a target feature class.
    Intervisibility：Determines the visibility of sight lines against potential obstructions defined by any combination of 3D features and surfaces.
    Line Of Sight：Determines the visibility of sight lines over obstructions consisting of a surface and an optional multipatch dataset.
    Observer Points：Identifies which observer points are visible from each raster surface location.
    Skyline：Generates a line or multipatch feature class containing the results from a skyline or silhouette analysis.
    Skyline Barrier：Generates a multipatch feature class representing a skyline barrier or shadow volume.
    Skyline Graph：Calculates sky visibility and generates an optional table and polar graph.
    Sun Shadow Volume：Creates closed volumes that model shadows cast by each feature using sunlight for a given date and time.
    Viewshed：Determines the raster surface locations visible to a set of observer features.
    Viewshed 2：Determines the raster surface locations visible to a set of observer features using geodesic methods
    Visibility：Determines the raster surface locations visible to a set of observer features, or identifies which observer points are visible from each raster surface location.

10.Geodatabase toolset

File Geodatabase toolset

    Generate File Geodatabase：Generates a license definition file (.licdef) that defines and restricts the display of contents in a file geodatabase. The contents of the licensed file geodatabase can be viewed by creating a license file (*.sdlic) and installing it with ArcGIS Administrator. The license file is created using the Generate File Geodatabase License tool.
    Compress Geodatabase Data：Compresses all the contents in a geodatabase, all the contents in a feature dataset, or an individual stand-alone feature class or table.
    Uncompress Geodatabase Data：Uncompresses all the contents in a geodatabase, all the contents in a feature dataset, or an individual stand-alone feature class or table.
    Recover Geodatabase：Recovers data from a file geodatabase that has become corrupt.

Geodatabase Manage toolset

    Create Enterprise Geodatabase：Creates a database, storage locations, and a database user to act as the geodatabase administrator and owner of the geodatabase. Functionality varies depending on the database management system used. The tool grants the geodatabase administrator the privileges required to create a geodatabase; it then creates a geodatabase in the database.
    Enable Enterprise Geodatabase：Creates geodatabase system tables, stored procedures, functions, and types in an existing database, thereby enabling geodatabase functionality in the database.
    Create Role：Creates a database role and lets you add users to or remove users from the role.
    Create Database User：Creates a database user with privileges sufficient to create data in the database.
    Change Privileges：Establishes or changes user access privileges to the input enterprise database datasets, stand-alone feature classes, or tables.
    Create Raster Type：The Create Raster Typetool installs the ST_Raster data type in a geodatabase stored in Oracle, Microsoft SQL Server, or PostgreSQL.
    Analyze Datasets：Updates database statistics of base tables, delta tables, and archive tables, along with the statistics on those tables' indexes. This tool is used in enterprise geodatabases to help get optimal performance from the RDBMS's query optimizer. Stale statistics can lead to poor geodatabase performance.
    Upgrade Dataset：Upgrades the schema of a mosaic dataset, network dataset, or parcel fabric to the current ArcGIS release. Upgrading the dataset allows the dataset to make use of new functionality available in the current software release.
    Rebuild Indexes：Rebuild existing attribute or spatial indexes in databases and enterprise, workgroup, and desktop geodatabases. Indexes can also be rebuilt on states and state_lineage geodatabase system tables and the delta tables of versioned datasets. Out-of-date indexes can lead to poor query performance.
    Compress：Compresses an enterprise geodatabase by removing states not referenced by a version and redundant rows.
    Upgrade Geodatabase：Upgrades a geodatabase to the latest ArcGIS release to take advantage of new functionality.
    Upgrade Spatial Reference：Upgrades a low precision dataset's spatial reference to high precision.
    Diagnose Version Tables：Identifies inconsistencies in the delta (A and D) tables of a versioned geodatabase.
    Repair Version Tables：Repairs inconsistencies in the delta (A and D) tables of a versioned geodatabase.
    Diagnose Version Metadata：Identifies inconsistencies within the system tables used to manage versions and states in a versioned geodatabase.
    Export Configuration Keywords：Exports the configuration keywords, parameters, and values from the specified enterprise geodatabase to an editable file. Change parameter values or add custom configuration keywords to the file and use the Import Geodatabase Configuration Keywords tool to import the changes to the geodatabase.
    Import Configuration Keywords：Define data storage parameters for an enterprise geodatabase by importing a file containing configuration keywords, parameters, and values.
    Migrate Storage：Moves the data from a binary, spatial, or spatial attribute column of one data type to a new column of a different data type in geodatabases in Oracle and SQL Server. The configuration keyword you specify when migrating determines the data type used for the new column.
    Delete Schema Geodatabase：Deletes a geodatabase from a user's schema in Oracle.
    Configure Log File Tables：Alters the type of log file tables used by an enterprise geodatabase to maintain lists of records cached by ArcGIS.

11.Server toolbox

Server Caching toolset

    Create Map Server Cache：Creates the tiling scheme and preparatory folders for a map or image service cache. After running this tool, use the Manage Map Server Cache Tiles tool to add tiles to the cache.
    Convert Map Server Cache Storage Format：Converts the storage of a map or image service cache between the exploded format and the compact format. The tool converts the format in place, meaning it does not make a copy of the existing format of the cache. Instead, it creates the new format of the cache in the same cache folder and deletes the old format.
    Delete Globe Server Cache：Deletes a layer or layers of an existing globe service cache and all tiles in them.
    Delete Map Server Cache：Deletes an existing map or image service cache, including all associated files on disk.
    Export Map Server Cache：Exports tiles from a map or image service cache as a cache dataset or as a tile package to a folder on disk. The tiles can either be imported into other caches or they can be accessed from ArcGIS for Desktop or mobile devices as a raster dataset, independently from their parent service.
    Import Map Server Cache：Imports tiles from a folder on disk into a map or image service cache. The source folder can be a child of a registered server cache directory, a folder into which a cache has been previously exported, or a tile package (.tpk).The target service must have the same tiling scheme and the storage format as the source cache.
    Generate Map Server Cache Tiling Scheme：Generates an XML tiling scheme file that defines the scale levels, tile dimensions, and other properties for a map service cache. This tool is useful when creating a tiling scheme to use in multiple caches. You can load the tiling scheme file when you create a cache in ArcGIS for Desktop or ArcGIS Server Manager, or you can run Create Map Server Cache and pass in the tiling scheme file as a parameter.
    Manage Globe Server Cache Tiles：Creates and updates tiles in an existing globe service cache. This tool is used to create new tiles or to replace missing tiles, overwrite outdated tiles, or add new tiles. All these actions can be defined by rectangular extents or by a polygon feature class. When creating new tiles, you can choose whether to create only empty tiles or re-create all tiles.
    Manage Map Server Cache Scales：Updates the scale levels in an existing map image layer in ArcGIS Enterprise or in a cached map or image service on a stand-alone server. Use this tool to add new scales or delete existing scales from a cache.
    Manage Map Server Cache Tiles：Creates and updates tiles in an existing web tile layer cache (in ArcGIS Enterprise or ArcGIS Online), web map image layers in ArcGIS Enterprise, and cached map or image services in a stand-alone server. This tool is used to create new tiles, replace missing tiles, overwrite outdated tiles, and delete tiles.
    Manage Map Server Cache Status：Manages internal data kept by the server about the built tiles in a map or image service cache.
    Upgrade Map Server Cache Storage Format：Upgrades the compact cache storage format of a map or image service (created at 10.2.2 and earlier versions) to take advantage of performance improvements available at 10.3 and later versions.

The PyramidMap Python Visualized Toolset can help you quickly achieve map data processing. Using these tools requires separate authorization. Please contact the PyramidMap studio.

1.3: Download list

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PyramidMap Python Visualized Toolset Technical White Paper

1.4: Contact us

PyramidMap focuses on GIS application services and is committed to building a complete ecosystem of efficient GIS data processing, enterprise level geographic data storage, distributed map services, web and mobile map applications. It can help you achieve map data processing more easily and quickly, until the terminal displays the entire process of the application as a streamlined service. Welcome visiting to: http://www.pyramidmap.com obtaining beta software and technical information. For more technical support, please contact PyramidMap studio.

Email：service@pyramidmap.com

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