GIS center | ArcGIS | Geoselect | Isoliner | KMLer | Slice3D | Superoverlay


GIS center | ArcGIS | Geoselect | Isoliner | KMLer | Slice3D | Superoverlay

ARGOS-Tools for ArcGIS | GIS center

In 1978, Service Argos began providing a service to locate and receive information from transmitters (PTTs or Platform Transmitter Terminals) via satellite. This software eliminates the need to edit and insert Argos data into the GIS manually, and batch processing makes it even more productive when dealing with many Argos data files. These filters function at different levels within the Argos dataset. Supported filters: – filter to check for validity of the alternative location; – filter based upon the Argos class (LC class); – filter based upon the plausible ground speed of the PTT; – filter based upon user-set threshold values for Distance-Speed and Angle of travel the PTT. The Argos-tools module imports the following file formats: – Argos *.dia (diagnostic) format; – Argos *.dia (diagnostic) format via e-mail, telnet, or the newly introduced Argos-web service; – Delimited format (e.g. exported from Excel).

Geoselect 9 | GIS center

Geoselect is the ArcGIS 9.x extension that collects data sources of the current active project to one folder in the specified format, adapts the project (mxd) to the new data, checks of duplicates, projects all layers to uniform coordinate system of the project (re-project) and preserves relative paths. Functionality: Publication> Circulation of the data as a sample of the large stationary base (for example, Arc SDE). Integration of non-uniform vector data formats into one. Reprojection of layers to uniform coordinate system. Expansion of functionality of ArcPublisher module for the publication of the data. Import Association of several projects into one. Change datasources Change datasource for all feature classes with uniform datasource Document. Supported data types: – Geodatabase; – Coverage; – TIN; – Grid; – ArcIMS Services; – CAD; – SDE; – Rasters; – shp files.

Geoselect 10 | GIS center

Geoselect is the ArcGIS 10 extension that collects data sources of the current active project to one folder in the specified format, adapts the project (mxd) to the new data, checks of duplicates, projects all layers to uniform coordinate system of the project (re-project) and preserves relative paths. Functionality: Publication> Circulation of the data as a sample of the large stationary base (for example, Arc SDE). Integration of non-uniform vector data formats into one. Reprojection of layers to uniform coordinate system. Expansion of functionality of ArcPublisher module for the publication of the data. Import Association of several projects into one. Change datasources Change datasource for all feature classes with uniform datasource Document. Supported data types: – Geodatabase; – Coverage; – TIN; – Grid; – ArcIMS Services; – CAD; – SDE; – Rasters; – shp files.

Geoselect to Geoselect 10 update | GIS center

Geoselect is the ArcGIS 10 extension that collects data sources of the current active project to one folder in the specified format, adapts the project (mxd) to the new data, checks of duplicates, projects all layers to uniform coordinate system of the project (re-project) and preserves relative paths. Functionality: Publication> Circulation of the data as a sample of the large stationary base (for example, Arc SDE). Integration of non-uniform vector data formats into one. Reprojection of layers to uniform coordinate system. Expansion of functionality of ArcPublisher module for the publication of the data. Import Association of several projects into one. Change datasources Change datasource for all feature classes with uniform datasource Document. Supported data types: – Geodatabase; – Coverage; – TIN; – Grid; – ArcIMS Services; – CAD; – SDE; – Rasters; – shp files.

Isoliner Plus 9 | GIS center

Isoliner is the ArcGIS 9 extension for make grids and points theme with interpolate by Kriging’s method. Kriging. Create GRID and points feature class by selected source layer and Z attribute. How Kriging works. Kriging is an advanced geostatistical procedure that generates an estimated surface from a scattered set of points with z values. Unlike the other interpolation methods, Kriging involves an interactive investigation of the spatial behavior of the phenomenon represented by the z values before the user selects the best estimation method for generating the output surface.

Isoliner Plus to Pro upgrade | GIS center

Isoliner is the ArcGIS 9 extension for make grids and points theme with interpolate by Kriging’s method. Kriging. Create GRID and points feature class by selected source layer and Z attribute. How Kriging works. Kriging is an advanced geostatistical procedure that generates an estimated surface from a scattered set of points with z values. Unlike the other interpolation methods, Kriging involves an interactive investigation of the spatial behavior of the phenomenon represented by the z values before the user selects the best estimation method for generating the output surface.

Isoliner Plus 10 | GIS center

Isoliner is the ArcGIS 9 extension for make grids and points theme with interpolate by Kriging’s method. Kriging. Create GRID and points feature class by selected source layer and Z attribute. How Kriging works. Kriging is an advanced geostatistical procedure that generates an estimated surface from a scattered set of points with z values. Unlike the other interpolation methods, Kriging involves an interactive investigation of the spatial behavior of the phenomenon represented by the z values before the user selects the best estimation method for generating the output surface.

Isoliner Pro 9 | GIS center

Isoliner is the ArcGIS 9 extension for make grids and points theme with interpolate by Kriging’s method. Kriging. Create GRID and points feature class by selected source layer and Z attribute. How Kriging works. Kriging is an advanced geostatistical procedure that generates an estimated surface from a scattered set of points with z values. Unlike the other interpolation methods, Kriging involves an interactive investigation of the spatial behavior of the phenomenon represented by the z values before the user selects the best estimation method for generating the output surface.

Isoliner Pro 10 | GIS center

Isoliner is the ArcGIS 9 extension for make grids and points theme with interpolate by Kriging’s method. Kriging. Create GRID and points feature class by selected source layer and Z attribute. How Kriging works. Kriging is an advanced geostatistical procedure that generates an estimated surface from a scattered set of points with z values. Unlike the other interpolation methods, Kriging involves an interactive investigation of the spatial behavior of the phenomenon represented by the z values before the user selects the best estimation method for generating the output surface.

KMLer 9 | GIS center

KMLer is the ArcGIS 9 extension for professional work with Google Earth from ArcGIS. Export to KML: Convert vector layers into Google Earth *.kml or *.kmz files. Google Earth file path set path, name and type (kml or kmz) of output file. Option Convert each object as a placemark by check create from each geometry object one placemark in kml file. All visible fields add to tags and . For lines and polygons automate create also label placemarks. Option Distribute features using a categories legend by check create for each visible category of legend new folder. If option checked, then also make styles Google Earth placemarks as in ArcMap legend. From Label field, containing list of visible fields, you select labels for placemarks. Group Add to description make additional parameters to baloon of each placemark. Option Search link by check create for each placemark string of Google search by placemarks name. Option Maps link by check create for each placemark string of Google Maps search by placemarks position. Option Feature class metadata active only for imported from Google Earth feature class. By check add to each placemark string of tag from metadata. Extrude options contain altitude mode and list for select field or set Z value of placemarks. Attribute field select from numeric visible data fields. Option Open in Google Earth by check automate open new data in Google Earth and zoom to it. Import from KML:

KMLer Plus 9 | GIS center

KMLer is the ArcGIS 9 extension for professional work with Google Earth from ArcGIS. Convert vector layers into Google Earth *.kml or *.kmz files. Google Earth file path set path, name and type (kml or kmz) of output file. Option Convert each object as a placemark by check create from each geometry object one placemark in kml file. All visible fields add to tags and . For lines and polygons automate create also label placemarks. Option Distribute features using a categories legend by check create for each visible category of legend new folder. If option checked, then also make styles Google Earth placemarks as in ArcMap legend. From Label field, containing list of visible fields, you select labels for placemarks. Group Add to description make additional parameters to baloon of each placemark. Option Search link by check create for each placemark string of Google search by placemarks name. Option Maps link by check create for each placemark string of Google Maps search by placemarks position. Option Feature class metadata active only for imported from Google Earth feature class. By check add to each placemark string of tag from metadata. Extrude options contain altitude mode and list for select field or set Z value of placemarks. Attribute field select from numeric visible data fields. Option Open in Google Earth by check automate open new data in Google Earth and zoom to it.

KMLer Pro 9 | GIS center

KMLer is the ArcGIS 9 extension for professional work with Google Earth from ArcGIS. Export to KML: Convert vector layers into Google Earth *.kml or *.kmz files. Google Earth file path set path, name and type (kml or kmz) of output file. Option Convert each object as a placemark by check create from each geometry object one placemark in kml file. All visible fields add to tags and . For lines and polygons automate create also label placemarks. Option Distribute features using a categories legend by check create for each visible category of legend new folder. If option checked, then also make styles Google Earth placemarks as in ArcMap legend. From Label field, containing list of visible fields, you select labels for placemarks. Group Add to description make additional parameters to baloon of each placemark. Option Search link by check create for each placemark string of Google search by placemarks name. Option Maps link by check create for each placemark string of Google Maps search by placemarks position. Option Feature class metadata active only for imported from Google Earth feature class. By check add to each placemark string of tag from metadata. Extrude options contain altitude mode and list for select field or set Z value of placemarks. Attribute field select from numeric visible data fields. Option Open in Google Earth by check automate open new data in Google Earth and zoom to it. Import from KML:

KMLer to KMLer 10 Update | GIS center

KMLer is the ArcGIS 10 extension for professional work with Google Earth from ArcGIS. Export to KML: Convert vector layers into Google Earth *.kml or *.kmz files. Google Earth file path set path, name and type (kml or kmz) of output file. Option Convert each object as a placemark by check create from each geometry object one placemark in kml file. All visible fields add to tags and . For lines and polygons automate create also label placemarks. Option Distribute features using a categories legend by check create for each visible category of legend new folder. If option checked, then also make styles Google Earth placemarks as in ArcMap legend. From Label field, containing list of visible fields, you select labels for placemarks. Group Add to description make additional parameters to baloon of each placemark. Option Search link by check create for each placemark string of Google search by placemarks name. Option Maps link by check create for each placemark string of Google Maps search by placemarks position. Option Feature class metadata active only for imported from Google Earth feature class. By check add to each placemark string of tag from metadata. Extrude options contain altitude mode and list for select field or set Z value of placemarks. Attribute field select from numeric visible data fields. Option Open in Google Earth by check automate open new data in Google Earth and zoom to it. Import from KML:

KMLer Plus to KMLer Plus 10 Update | GIS center

KMLer is the ArcGIS 10 extension for professional work with Google Earth from ArcGIS. Export to KML: Convert vector layers into Google Earth *.kml or *.kmz files. Google Earth file path set path, name and type (kml or kmz) of output file. Option Convert each object as a placemark by check create from each geometry object one placemark in kml file. All visible fields add to tags and . For lines and polygons automate create also label placemarks. Option Distribute features using a categories legend by check create for each visible category of legend new folder. If option checked, then also make styles Google Earth placemarks as in ArcMap legend. From Label field, containing list of visible fields, you select labels for placemarks. Group Add to description make additional parameters to baloon of each placemark. Option Search link by check create for each placemark string of Google search by placemarks name. Option Maps link by check create for each placemark string of Google Maps search by placemarks position. Option Feature class metadata active only for imported from Google Earth feature class. By check add to each placemark string of tag from metadata. Extrude options contain altitude mode and list for select field or set Z value of placemarks. Attribute field select from numeric visible data fields. Option Open in Google Earth by check automate open new data in Google Earth and zoom to it. Import from KML:

KMLer Plus 10 | GIS center

KMLer is the ArcGIS 10 extension for professional work with Google Earth from ArcGIS. Export to KML: Convert vector layers into Google Earth *.kml or *.kmz files. Google Earth file path set path, name and type (kml or kmz) of output file. Option Convert each object as a placemark by check create from each geometry object one placemark in kml file. All visible fields add to tags and . For lines and polygons automate create also label placemarks. Option Distribute features using a categories legend by check create for each visible category of legend new folder. If option checked, then also make styles Google Earth placemarks as in ArcMap legend. From Label field, containing list of visible fields, you select labels for placemarks. Group Add to description make additional parameters to baloon of each placemark. Option Search link by check create for each placemark string of Google search by placemarks name. Option Maps link by check create for each placemark string of Google Maps search by placemarks position. Option Feature class metadata active only for imported from Google Earth feature class. By check add to each placemark string of tag from metadata. Extrude options contain altitude mode and list for select field or set Z value of placemarks. Attribute field select from numeric visible data fields. Option Open in Google Earth by check automate open new data in Google Earth and zoom to it. Import from KML:

KMLer 10 | GIS center

KMLer is the ArcGIS 10 extension for professional work with Google Earth from ArcGIS. Export to KML: Convert vector layers into Google Earth *.kml or *.kmz files. Google Earth file path set path, name and type (kml or kmz) of output file. Option Convert each object as a placemark by check create from each geometry object one placemark in kml file. All visible fields add to tags and . For lines and polygons automate create also label placemarks. Option Distribute features using a categories legend by check create for each visible category of legend new folder. If option checked, then also make styles Google Earth placemarks as in ArcMap legend. From Label field, containing list of visible fields, you select labels for placemarks. Group Add to description make additional parameters to baloon of each placemark. Option Search link by check create for each placemark string of Google search by placemarks name. Option Maps link by check create for each placemark string of Google Maps search by placemarks position. Option Feature class metadata active only for imported from Google Earth feature class. By check add to each placemark string of tag from metadata. Extrude options contain altitude mode and list for select field or set Z value of placemarks. Attribute field select from numeric visible data fields. Option Open in Google Earth by check automate open new data in Google Earth and zoom to it. Import from KML:

KMLer Pro 10 | GIS center

KMLer is the ArcGIS 10 extension for professional work with Google Earth from ArcGIS. Export to KML: Convert vector layers into Google Earth *.kml or *.kmz files. Google Earth file path set path, name and type (kml or kmz) of output file. Option Convert each object as a placemark by check create from each geometry object one placemark in kml file. All visible fields add to tags and . For lines and polygons automate create also label placemarks. Option Distribute features using a categories legend by check create for each visible category of legend new folder. If option checked, then also make styles Google Earth placemarks as in ArcMap legend. From Label field, containing list of visible fields, you select labels for placemarks. Group Add to description make additional parameters to baloon of each placemark. Option Search link by check create for each placemark string of Google search by placemarks name. Option Maps link by check create for each placemark string of Google Maps search by placemarks position. Option Feature class metadata active only for imported from Google Earth feature class. By check add to each placemark string of tag from metadata. Extrude options contain altitude mode and list for select field or set Z value of placemarks. Attribute field select from numeric visible data fields. Option Open in Google Earth by check automate open new data in Google Earth and zoom to it. Import from KML:

KMLer Pro to KMLer Pro 10 update | GIS center

KMLer is the ArcGIS 10 extension for professional work with Google Earth from ArcGIS. Export to KML: Convert vector layers into Google Earth *.kml or *.kmz files. Google Earth file path set path, name and type (kml or kmz) of output file. Option Convert each object as a placemark by check create from each geometry object one placemark in kml file. All visible fields add to tags and . For lines and polygons automate create also label placemarks. Option Distribute features using a categories legend by check create for each visible category of legend new folder. If option checked, then also make styles Google Earth placemarks as in ArcMap legend. From Label field, containing list of visible fields, you select labels for placemarks. Group Add to description make additional parameters to baloon of each placemark. Option Search link by check create for each placemark string of Google search by placemarks name. Option Maps link by check create for each placemark string of Google Maps search by placemarks position. Option Feature class metadata active only for imported from Google Earth feature class. By check add to each placemark string of tag from metadata. Extrude options contain altitude mode and list for select field or set Z value of placemarks. Attribute field select from numeric visible data fields. Option Open in Google Earth by check automate open new data in Google Earth and zoom to it. Import from KML:

Slice3D 9 | GIS center

At the analysis of the data of study of a rock mass there are following problems: * How most simply to execute special graphic constructions, whenever possible not using other programs, except the ArcGIS? * How to compare the numerical and descriptive data? * How to receive the updated plan, a set of slices and 3d model on the uniform attributive data? * How to carry out geologic constructions in one plane of a slice and to transfer them to another? * How to find intersections of a slice surface with other objects? * How to construct projections of objects to a surface of a slice? * How to organize two-scale constructions? To solve a considerable proportion of these problems the program module Slice3d is created. This is the tool for making of information geological-geophysical model of a rock mass.

Slice3D LT 9 | GIS center

Slice 3D LT is the ArcGIS extension intended for making of information geological-geophysical model of a rock mass. At the analysis of the data of study of a rock mass there are following problems: * How most simply to execute special graphic constructions, whenever possible not using other programs, except the ArcGIS? * How to compare the numerical and descriptive data? * How to receive the updated plan, a set of slices and 3d model on the uniform attributive data? * How to carry out geologic constructions in one plane of a slice and to transfer them to another? * How to find intersections of a slice surface with other objects? * How to construct projections of objects to a surface of a slice? * How to organize two-scale constructions? To solve a considerable proportion of these problems the program module Slice3d is created. This is the tool for making of information geological-geophysical model of a rock mass.

Slice3D 10 | GIS center

Slice 3D 10 is the professional ArcGIS 10 extension intended for making of information geological-geophysical model of a rock mass. At the analysis of the data of study of a rock mass there are following problems: * How most simply to execute special graphic constructions, whenever possible not using other programs, except the ArcGIS? * How to compare the numerical and descriptive data? * How to receive the updated plan, a set of slices and 3d model on the uniform attributive data? * How to carry out geologic constructions in one plane of a slice and to transfer them to another? * How to find intersections of a slice surface with other objects? * How to construct projections of objects to a surface of a slice? * How to organize two-scale constructions? To solve a considerable proportion of these problems the program module Slice3d is created. This is the tool for making of information geological-geophysical model of a rock mass.

Slice3D LT 10 | GIS center

Slice 3D LT 10 is the ArcGIS 10 extension intended for making of information geological-geophysical model of a rock mass. At the analysis of the data of study of a rock mass there are following problems: * How most simply to execute special graphic constructions, whenever possible not using other programs, except the ArcGIS? * How to compare the numerical and descriptive data? * How to receive the updated plan, a set of slices and 3d model on the uniform attributive data? * How to carry out geologic constructions in one plane of a slice and to transfer them to another? * How to find intersections of a slice surface with other objects? * How to construct projections of objects to a surface of a slice? * How to organize two-scale constructions? To solve a considerable proportion of these problems the program module Slice3d is created. This is the tool for making of information geological-geophysical model of a rock mass.

Slice3D to Slice3D 10 update | GIS center

Slice 3D 10 is the professional ArcGIS 10 extension intended for making of information geological-geophysical model of a rock mass. At the analysis of the data of study of a rock mass there are following problems: * How most simply to execute special graphic constructions, whenever possible not using other programs, except the ArcGIS? * How to compare the numerical and descriptive data? * How to receive the updated plan, a set of slices and 3d model on the uniform attributive data? * How to carry out geologic constructions in one plane of a slice and to transfer them to another? * How to find intersections of a slice surface with other objects? * How to construct projections of objects to a surface of a slice? * How to organize two-scale constructions? To solve a considerable proportion of these problems the program module Slice3d is created. This is the tool for making of information geological-geophysical model of a rock mass.

Slice3D LT to Slice3D LT 10 update | GIS center

Slice 3D LT 10 is the ArcGIS 10 extension intended for making of information geological-geophysical model of a rock mass. At the analysis of the data of study of a rock mass there are following problems: * How most simply to execute special graphic constructions, whenever possible not using other programs, except the ArcGIS? * How to compare the numerical and descriptive data? * How to receive the updated plan, a set of slices and 3d model on the uniform attributive data? * How to carry out geologic constructions in one plane of a slice and to transfer them to another? * How to find intersections of a slice surface with other objects? * How to construct projections of objects to a surface of a slice? * How to organize two-scale constructions? To solve a considerable proportion of these problems the program module Slice3d is created. This is the tool for making of information geological-geophysical model of a rock mass.

Superoverlay | GIS center

Superoverlay is a stand-alone Google Earth application for tiling raster datasets and creating view based regions in KML or KMZ files.

Superoverlay Plus

Superoverlay is a stand-alone Google Earth application for tiling raster datasets and creating view based regions in KML or KMZ files.

Superoverlay Pro | GIS center

Superoverlay is a stand-alone Google Earth application for tiling raster datasets and creating view based regions in KML or KMZ files.

Superoverlay Exclusive | GIS center

Superoverlay is a stand-alone Google Earth application for tiling raster datasets and creating view based regions in KML or KMZ files.

Typeconvert with source | GIS center

TypeConvert is the ArcGIS 9 extention allows you to convert one type feature class to another type feature class.Current product include all source code. Functionality: Polygon Polyline Points Convert one type feature class to another type feature class. To ConvexHull and To envelope – Convert feature class into convex hull or envelope. In this case new polygon feature class containing only one feature (convex hull or envelope) will be created. To centroid – Command allows you to create a new point feature class with all attributes from the center points (centroids) of the features in the current layer. A centroid of a feature is the spatial location of its envelope center. Additional fields ‘Z’,’Zmin’ and ‘Zmax’ are created if feature class with MZ geometries is converted. To segments – Command allow you to convert polyline or polygon feature class to polyline feature class, consisting of lines segments of an initial feature class. From graphics – Command allows you to convert graphics elements of the active map into features. New created features are stored in corresponding feature classes, according to their geometry types. Names of new classes consists of a name, set by the user and a suffix, indicating geometry type (e.g. “classname_polyline”). Text associated with the graphics is stored into ‘Text’ field of the target feature class. Remove duplicates – Command allows you to remove duplicate features from the current layer. All ‘cleaned’ features are stored in output feature class. All ‘removed’ features are stored in additional output feature class with “_duplicate” suffix. Two features are compared by coordinates only without taking into account any difference in attributes. Convert to *.bln command allows you to export feature class with 2-dimentional geometry (polyline, polygon) to GoldenSoftware blanking file (*.bln) for using this file in GS Surfer. Stratification – Command allows you to stratify current layer, classified by categories or quantities, to set of layers according the current legend. The layer must has symbology, based on single field. Names, aliases of the new feature classes are based on a attribute name, value of a class and a label of a class. All created feature classes keep attributes of source feature class. Styles of classes and categories are kept in new layers.