This extension also requires that the file "avdlog.dll" be present in the ArcView/BIN32 directory (or $AVBIN/avdlog.dll) and that the Dialog Designer extension be located in your ArcView/ext32 directory, which they usually are if you're running AV 3.1 or better. The Dialog Designer doesn't have to be loaded; it just has to be available. If you are running AV 3.0a, you can download the appropriate files for free from ESRI at:
Arcview 3.2 Spatial Analyst Free Download
Download Zip: https://urluso.com/2vEuUp
Yes, Whitebox GAT (Geospatial Analysis Toolbox) is #4 on the list of open source, free GIS software. Unbelievably, Whitebox GAT has only been around since 2009 because it feels so fine-tuned when you see it in action.
The cartographic mapping software tools are primitive compared to QGIS. But overall Whitebox GAT is solid with over 410 tools to clip, convert, analyze, manage, buffer and extract geospatial information. I find it amazing this free GIS software almost goes unheard of in the GIS industry. Get more useful knowledge from the Whitebox GAT Open Source Blog.
For a free, lightweight but easy to use GIS product, check out TdhGIS.com. It installs quickly, with an SQLite database, and provides many spatial analysis tools and some mapping functions. The displays can be exported to TdhCad, for full graphical editing. It imports Shapefiles and OSM data and runs on Linux and MS Windows.
* Completely free * Runs on Windows and Mac OS X * Source code download available (compile for Linux etc) * Sample map data (usually download from Census bureaux and map agencies) * Manuals, YouTube demonstration videos, Pinterest board
A great introductory resource on R for spatial data is provided by James Cheshire and myself and is free to download here: _Lovelace/publication/274697165_Spatial_data_visualisation_with_R/links/55254f220cf24fc7fdeecf7c.pdf
ArcView 3.x offers various advantages over ArcGIS including faster start up, faster functions such as dissolve, spatial joins and summary functions executed on the tabular data.[1] Some users also strongly prefer having the ability to promote selected records in the tables instead of simply hiding un-selected records as ArcGIS offers.[3] Small scale overlays and spatial joins with basic map/layout creation that tends to be the only tasks done by students are done quicker. Independent consultants, small businesses and organizations may not be able to justify the expense of moving to ArcGIS and the need to maintain annual licenses. Availability of free open source scripts and extensions created by users using the built-in object oriented scripting language Avenue is another reason.
Except where otherwise noted, Marine Geospatial Ecology Tools is Copyright 2008 by Jason J. Roberts. MGET is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. MGET is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License (available in the file LICENSE.txt) for more details.
ArcGIS Editor for OpenStreetMap, is designed to help ArcGIS users to become active members in the growing community of users building an open and freely available database of geographic data. The ArcGIS Editor for OpenStreetMap allows you to use ArcGIS tools for working with OpenStreetMap data. You can install tools for ArcGIS Desktop, or a Feature Service component that leverages ArcGIS Server. The Desktop tools allow you to download data from the OpenStreetMap servers and store it locally in a geodatabase. You can then use the familiar editing environment of ArcGIS Desktop to create, modify, do network analysis, or delete data. Once you are done editing, you can post back the edit changes to OSM to make them available to all OSM users. The Server Component allows you to quickly create ArcGIS Server feature services based on OSM data for consuming and editing in a variety of map viewers.
7.5-minute (1:24,000) Map Quadrangles of Nevada and Bordering Areas (quad_075.zip, 186kB, 20 August 2003). Feature type: polygons. Feature count: 2793. Completeness of data: Complete except for some Arizona, Idaho, and Oregon quads, for which version year, stock number, and completion attributes are still missing. Currency of data: spatial data always current, name and date attributes as of 11 December 2001. Scale at which data are believed to meet National Map Accuracy Standards: 1:1. Scope, origin and production of data: The data include all 7.5 x 7.5 minute (1:24,000) map quadrangles in a rectangle completely containing Nevada plus one additional quadrangle row on the north and west, and were created exactly via automated means. An xBase-language computer program was written and compiled to generate PC-ArcInfo SML code, which when run in turn generated all the arcs defining the quadrangle boundaries using exact coordinates at 7.5-minute intervals. The SML code also generated numeric quadrangle code attributes. Polygons were then built and cleaned from these lines, and vertices were densified to 2.5-minute intervals along all arcs. The resulting polygons were then exported to a shapefile, and attributes from U.S. Geological Survey digital index maps and map lists, downloaded in December 1999 and December 2001, were then selectively joined to add quadrangle names and other attributes. Key attributes: QUADNAME = the U.S.G.S. name of the map in a quadrangle, STATE = state in which all or a majority of the quadrangle lies, QUADCODE = the numeric code for each map assigned by the Nevada Natural Heritage Program, OHIO_INDEX = the equivalent alpha-numeric code for each map, PUBYEAR = most recent topographic edition, FIELDYEAR = year data most recently field-verified or checked, COMPLETION = status as Provisional or Final edition, STATE2 = state with the second largest area represented on the quadrangle, STATE3 = state with the third largest area represented on the quadrangle.
1 x 0.5-degree (1:100,000) Map Quadrangles of Nevada and Bordering Areas (quad_100.zip, 25kB, 12 December 2001). Feature type: polygons. Feature count: 105. Completeness of data: Complete except for some Idaho and Oregon quads, for which version year and stock number attributes are still missing. Currency of data: spatial data always current, name and date attributes as of 11 December 2001. Scale at which data are believed to meet National Map Accuracy Standards: 1:1. Scope, origin and production of data: The data include all 1 x 0.5 degree (1:100,000) map quadrangles in a rectangle completely containing Nevada plus one additional quadrangle row on the north and west. The spatial data and numeric code fields were derived directly from the 7.5-minute data set (see above) by progressively combining polygons. Attributes from U.S. Geological Survey digital index maps and map lists, downloaded in December 1999 and December 2001, were then selectively joined to add quadrangle names and other attributes. Key attributes: QUADNAME = the U.S.G.S. name of the map in a quadrangle, PUBYEAR = most recent topographic edition, FIELDYEAR = year data most recently field-verified or checked, SM_PUB = most recent surface-management edition, SM_CURRENT = year surface-management data considered current.
1 x 2-degree (1:250,000) Map Quadrangles of Nevada and Bordering Areas (quad_250.zip, 14kB, 12 December 2001). Feature type: polygons. Feature count: 32. Completeness of data: Complete except for some Idaho and Oregon quads, for which attributes remain to be populated. Currency of data: always current. Scale at which data are believed to meet National Map Accuracy Standards: 1:1. Scope, origin and production of data: The data include all 1 x 2 degree (1:250,000) map quadrangles in a rectangle completely containing Nevada plus one additional quadrangle row on the north and west. The spatial data and numeric code fields were derived directly from the 7.5-minute data set (see above) by progressively combining polygons. Attributes from U.S. Geological Survey digital map lists, downloaded in December 2001, were then selectively joined to add quadrangle names and other attributes. Key attributes: QUADNAME = the U.S.G.S. name of the map in a quadrangle, PUBYEAR = most recent topographic edition, FIELDYEAR = year data most recently field-verified or checked.
NVTools version 4.0e for ArcView 3.x (nvtools.zip, 107kB, 7 June 2012). Adds various menus, buttons, and tools to the View, Table, and Project windows. These utilities help the user more efficiently view, select, create, edit, update, clean up, synthesize, copy, and convert spatial and tabular data within and between data sets; create and compute attribute fields for area, perimeter, length, point coordinates, and Grid elevation data; plot and edit great-circle vectors and calculate rhumb line vectors; select, manipulate, and change the display of multiple themes in a View; refresh, copy, recenter, and change the coordinate-display units and precision of Views, and port projects to different screen sizes. The function(s) that extract Grid data are only enabled when ESRI's Spatial Analyst extension is also loaded. Especially versatile or useful are functions named Append/Convert with Attributes, Replace/Convert Shapes/Attributes, Calculate From Grid, Append From Table, and Copy Cell Value. Some of the added buttons and tools simply make existing, frequently accessed ArcView menu functionality more readily accessible. For further information, see the on-line documentation, or download the extension and documentation. 2ff7e9595c