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Quadjoin 0.5
Seamlessly join 1 or more USGS DRG (.tif) files using the accompanying world file (.tfw). more>>
Seamlessly join 1 or more USGS DRG (.tif) files using the accompanying world file (.tfw). Quadjoin is a small reliable tool that will seamlessly join 1 or more USGS DRG (.tif) files using the accompanying world file (.tfw file) Any collars are clipped.
Optionally make transparent background (warning this will increase file size). Note: the tiff files must have the same attributes, e.g. scale, color map, etc.
The following tools are also included in the download package: shptoshp - copy shape file to another and convert lat/long to utm (or any proj.4 projection) or with -i option utm to lat/long, shptotxt - convert shapefile to txt file (for dlgvu) and drgshp - draw shapefiles in a USGS DRG quadrangle tiff
<<lessOptionally make transparent background (warning this will increase file size). Note: the tiff files must have the same attributes, e.g. scale, color map, etc.
The following tools are also included in the download package: shptoshp - copy shape file to another and convert lat/long to utm (or any proj.4 projection) or with -i option utm to lat/long, shptotxt - convert shapefile to txt file (for dlgvu) and drgshp - draw shapefiles in a USGS DRG quadrangle tiff
Download (1MB)
Added: 2007-07-25 License: Freeware Price:
835 downloads

Quad-Lock Unit Converter 5.4
Unit Converter is a freeware tool that can take care of all your unit conversions even when offline. It has an easy-to-use interface and contains most of the units commonly encountered while solving more>>
Quad-Lock Unit Converter 5.4 is designed as a free tool that can take care of all your unit conversions even when offline. It has an easy-to-use interface and contains most of the units commonly encountered while solving engineering problems.
With more than 900 units, you are likely to find the units you are looking for. Other features include the ability to quickly search for units and categories, and add user-defined conversions. Everything is built into a single executable file so no uninstaller is necessary.
Major Features:
- Simple, clean and user-friendly interface makes the learning curve non-existent, even for inexperienced computer users.
- Fast and time efficient. There is no need for an installation package, no splash screen, and no buttons to push. The program is launched in less than a second, and conversions are performed instantly while you type the input. A Find function lets you search for your units within seconds.
- Small file size compared to the norm of 5-10 MB setup packages. The smaller file size makes it easy to distribute among friends and co-workers.
- The program can be run from a USB drive as a completely portable application, without leaving any personal data or registry settings behind.
Enhancements:
- Added ability to perform coordinate transformations from latitude/longitude to UTM (and vice-versa).
- Added Heat Flux conversion category with 25 units
- Added Magnetic Flux conversion category with 14 units
- Added Volumetric Heat Generation category with 11 units
- Added 6 new units to Fuel Consumption category (non-linear conversions such as Liters/100km to Miles/Gallon)
- Corrected conversion factor in Amount of Substance; 1 mol = 1000 mmol, showed 1000000 mmol
- Re-organized main menu. Also, added an icon next to each menu item.
- Quad-Lock Converter now uses Unicode for the entire program (UI controls and the engine), enabling internationalization.
- Removed restrictions such that users can now add an un-limited number of custom units and categories. Furthermore, users can also add non-multiplicative unit conversions (such as from Liters/100km to Miles/Gallon)
- Changed location of UnitConverter.ini (preferences file) to the %APPDATA%UnitConverter folder or, if running from a removable drive, to the removable drive's root folder (e.g. F:UnitConverter.ini).
- User defined custom categories can now be rendered visible or invisible in the main window using Main Menu > Edit > Preferences
- The conversion engine now uses a hash table to efficiently map unit names to associated conversion factors. This should improve speed on old and obsolete computers (the difference may not be noticeable on fast modern computers).
Requirements:
- Windows 2000/XP/Vista
Download (252.5KB)
Added: 2009-07-25 License: Freeware Price: $0.00
downloads
PyTrackProfiler 1.0
Allows you to create high quality route sheets, useful for planning various kinds of routes more>>
Allows you to create high quality route sheets, useful for planning various kinds of routes PyTrackProfiler application was designed to allow users to create high quality route sheets, useful for planning various kinds of routes (hiking, biking ...)
The program also computes some useful information using the track data (time, altitude, etc) so you can analyze an unknown track (e.g. tracks that youre downloaded from internet). The program creates an elevation profile and a projection representation.
Main features:
- High quality classes to draw line graphics (XY axis, multi-Y axis, autolabels, autoscale, etc). This code is built on the top of AggDraw package and provide easy-to-use implmentations for render graphics using multiple devices (png, gif, etc)
- Parsers for OziExplorer file Format and CompeGPS file format. Waypoints and track files are fully supported (e.g. read an write).
- Support for UTM to Latitude/Longitude conversion, distance calculation, angle calculation, etc.
- Support for reading the Polar HRM hear rate monitor file format
- High level filters to manage and parse track point information (latitude, longitude, elevation).
- PDF generator.
- A simple html interface to invoke the program online (WWW).
- And lot of more helpers & utilities...
System requirements:
- Python 2.5
- aggdraw 1.2a3
- PIL 1.1.6
- ReportLab 1.21.2
<<lessThe program also computes some useful information using the track data (time, altitude, etc) so you can analyze an unknown track (e.g. tracks that youre downloaded from internet). The program creates an elevation profile and a projection representation.
Main features:
- High quality classes to draw line graphics (XY axis, multi-Y axis, autolabels, autoscale, etc). This code is built on the top of AggDraw package and provide easy-to-use implmentations for render graphics using multiple devices (png, gif, etc)
- Parsers for OziExplorer file Format and CompeGPS file format. Waypoints and track files are fully supported (e.g. read an write).
- Support for UTM to Latitude/Longitude conversion, distance calculation, angle calculation, etc.
- Support for reading the Polar HRM hear rate monitor file format
- High level filters to manage and parse track point information (latitude, longitude, elevation).
- PDF generator.
- A simple html interface to invoke the program online (WWW).
- And lot of more helpers & utilities...
System requirements:
- Python 2.5
- aggdraw 1.2a3
- PIL 1.1.6
- ReportLab 1.21.2
Download (1.21MB)
Added: 2007-11-28 License: GPL Price:
696 downloads
Natural Resources Database NRDB Pro 2.2.2
Natural Resources Database NRDB Pro represents a free gis tool for developing and distributing environmental databases more>>
Natural Resources Database NRDB Pro represents a free gis tool for developing and distributing environmental databases.
Its aim is to provide people in developing countries with a powerful yet simple tool to assist in the managing of their own resources.
Database
The Natural Resources Database is a spatial database. As well as storing data of type text or numbers you can also store point, polyline or polygon data.
The data structure of NRDB is hierarchical. This means that, for example, you can represent the administrative structure for your project area and calculate statistics based on this.
NRDB is also a time-series database, all data has a date associated with it. You can therefore observe changes over time in the data.
All data for the NRDB is stored in a single database file which can be redistributed with the software.
The database structure consists of features and attributes. You define these in the Data Dictionary. You can define a structure that meets the needs of your project. NRDB is therefore is applicable to a wide range of environmental / socio-economic projects in developing countries.
Maps
Maps consist of layers. Each layer contains a spatial attribute, e.g. an administrative boundary or the location of a village, and a text or numeric attribute to be used as a label e.g. the name of the village, or the number of households above the poverty threshold.
You can create thematic maps whereby the way the layer is displayed is determined by the values. For example you can make the fill colour or symbol size dependent on the value or you can use different colours to indicate houses with and without access to safe water.
You can also change other aspects of the appearance such as the type of the symbol and the positioning of labels.
NRDB includes automatic layout for printing of maps.
NRDB supports UTM and other transverse mercator projections. UTM projections can be selected simply by clicking on the world map.
Queries
As well as simple selection of features and attributes to display on maps, graphs and reports you can also use queries. These give you more control over what is displayed. With queries you can apply conditions, e.g. only select data for 2002 or display only households that are not formal settlers and are living in makeshift housing.
Queries can also be used for calculating statistics. You can for example count the number of households below the poverty threshold by municipality. You could also normalise this by dividing it by the number of households in each municipality.
In the same way that you can add layers to maps, by selecting values or using queries, you can also produce reports.
You can also output data as histograms, time-series graphs and pie charts.
<<lessIts aim is to provide people in developing countries with a powerful yet simple tool to assist in the managing of their own resources.
Database
The Natural Resources Database is a spatial database. As well as storing data of type text or numbers you can also store point, polyline or polygon data.
The data structure of NRDB is hierarchical. This means that, for example, you can represent the administrative structure for your project area and calculate statistics based on this.
NRDB is also a time-series database, all data has a date associated with it. You can therefore observe changes over time in the data.
All data for the NRDB is stored in a single database file which can be redistributed with the software.
The database structure consists of features and attributes. You define these in the Data Dictionary. You can define a structure that meets the needs of your project. NRDB is therefore is applicable to a wide range of environmental / socio-economic projects in developing countries.
Maps
Maps consist of layers. Each layer contains a spatial attribute, e.g. an administrative boundary or the location of a village, and a text or numeric attribute to be used as a label e.g. the name of the village, or the number of households above the poverty threshold.
You can create thematic maps whereby the way the layer is displayed is determined by the values. For example you can make the fill colour or symbol size dependent on the value or you can use different colours to indicate houses with and without access to safe water.
You can also change other aspects of the appearance such as the type of the symbol and the positioning of labels.
NRDB includes automatic layout for printing of maps.
NRDB supports UTM and other transverse mercator projections. UTM projections can be selected simply by clicking on the world map.
Queries
As well as simple selection of features and attributes to display on maps, graphs and reports you can also use queries. These give you more control over what is displayed. With queries you can apply conditions, e.g. only select data for 2002 or display only households that are not formal settlers and are living in makeshift housing.
Queries can also be used for calculating statistics. You can for example count the number of households below the poverty threshold by municipality. You could also normalise this by dividing it by the number of households in each municipality.
In the same way that you can add layers to maps, by selecting values or using queries, you can also produce reports.
You can also output data as histograms, time-series graphs and pie charts.
Download (1.50MB)
Added: 2007-02-27 License: Freeware Price:
973 downloads
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