|Geomatica OrthoEngine v10.3 Tutorial Orthorectifying ADS40/80 Data || The Leica ADS40/80 airborne digital sensor is superior to any other large format digital airborne imaging technology available today. ADS40/80 sensor (currently in its third generation) is a line-scanning sensor that collects images in a 12,000 pixel wide swath. This camera can simultaneously collect panchromatic, color and color-infrared stereo imagery. All multispectral bands are collected simultaneously at the same high resolution, providing 5-band, co-registered and equal resolution imagery from data acquisition.
|Map Projection || These materials were developed by Peter H. Dana, Department of Geography, University of Texas at Austin, 1995. These materials may be used for study, research, and education in not-for-profit applications. If you link to or cite these materials, please credit the author, Peter H. Dana, The Geographer's Craft Project, Department of Geography, The University of Colorado at Boulder. These materials may not be copied to or issued from another Web server without the author's express permission. Copyright © 1999 Peter H. Dana.
|Map Navigation Tools|| Add map navigation tools to the Flash application.
|Geospatial Tutorials|| An online tutorial on Remote Sensing and GIS. It concentrates only on practical aspects of spatial technologies. Its purely educational and nothing commercial.
|Orthorectifying AVNIR-2 Data Rigorous and RPC Modeling|| AVNIR-2 stands for Advanced Visible and Near Infrared Radiometer Type 2. It is a successor of AVNIR-1 and is one of the three sensors on-board the ALOS satellite; the other two sensors are PRISM and PALSAR. The main improvement in AVNIR-2 over AVNIR-1 is the image resolution. While AVNIR-1 produced 16 meter resolution images, AVNIR-2 is capable of producing 10 meter resolution multi-spectral images.
|Map Forms|| Builds on the application developed in Tutorial 2 - Map Navigation Tools, adding a history form and a layer control.
|Multiple Signature Generator (CSG2) and Maximum Likelihood Classifier (MLC) Model|| CSG2 or Multiple Signature Generator is a new algorithm introduced in PCI Geomatica 10.3. CSG2 is an enhancement of our older CSG algorithm (Classifier Signature Generator). With the introduction of CGS2 algorithm, CSG will be retired in future versions of Geomatica.
|Automated Airphoto Orthorectification and Mosaicking in Modeler|| Geomatica 10.3 introduces new algorithms in the Visual Modeler interface to facilitate fully automated AirPhoto Orthorectification and Mosaicing workflow. New algorithms include CAMIMPORT, CAMEXPORT, AUTOFID, EOIMPORT, EOEXPORT, GCPIMPORT, CHIPEXT, RAW2CHIP and APMODEL.
|Global Positioning System|| GPS is funded by and controlled by the U. S. Department of Defense (DOD). While there are many thousands of civil users of GPS world-wide, the system was designed for and is operated by the U. S. military.
GPS provides specially coded satellite signals that can be processed in a GPS receiver, enabling the receiver to compute position, velocity and time.
|Displaying a Map|| Learn how to build a simple Flash client using the ResponseMX Flash Components and ActionScript API.
|HyperXpress Tutorial Series - Using HyperXpress to print from your Windows Application|| Lesson 1 : The basics of printing using HyperXpress can be described in these simple steps. Each step is presented in detail in the following pages with illustrations showing you what you should expect to see on your screen. The basic steps for printing with HyperXpress are:
|HyperXpress Tutorial Series - Using HyperXpress to print files on Disk|| Lesson 2 : The printer definition created is used when printing using the Windows Printer Interface product. This method allows HyperXpress to be used from within any Windows application. The shortcuts are used for accessing the features of the File-Based GUI for using HyperXpress to process disk files. Using HyperXpress as a Windows printer is covered in a separate tutorial. This tutorial covers the file-based GUI interface.
|HyperXpress Tutorial Series - Viewer Features & Tricks|| Lesson 3 : The HyperXpress Viewer contains many features designed to provide a powerful tool kit for helping to ensure that you get the plot that you wanted. See the following pages for examples on how to use the viewer to:
|Manual Mosaicking|| Manual mosaicking allows you to mosaic individual image files or edit unsatisfactory images and/or cutlines in files that were created using the automatic mosaicking tool. The following tutorial outlines the basic steps involved in mosaicking a series of orthorectified images using the new manual mosaic tool in OrthoEngine V10.3
|Map Projection|| Map projections are attempts to portray the surface of the earth or a portion of the earth on a flat surface. Some distortions of conformality, distance, direction, scale, and area always result from this process. Some projections minimize distortions in some of these properties at the expense of maximizing errors in others
|FME Product Tutorial|| One of the best ways to get up to speed with FME is to download the FME Product Tutorial:
|FME Workbench Windows|| Product specialist Ryan Cragg covers some of the different Windows in FME Workbench.
|FME Workbench Introduction|| Product specialist Ryan Cragg introduces the FME Workbench.
|Remote Sensing Tutorial|| Remote sensing is a technology used for obtaining information about a target through the analysis of data acquired from the target at a distance. It is composed of three parts, the targets - objects or phenomena in an area; the data acquisition - through certain instruments; and the data analysis - again by some devices.
|Geomatica 10.3 Programmable Dongle Floating License Server Installation|| The purpose of this tutorial is to provide you with a friendly and easy to follow step-by-step guide for the programmable dongle floating license server installation of PCI Geomatica 10.3, along with client installations. This tutorial will be periodically updated to include troubleshooting tips.
|Geomatica 10.3 Stand Alone Installation|| The purpose of this tutorial is to provide you with a friendly and easy to follow step-by-step guide for the stand alone installation of PCI Geomatica 10.3.
|Geodetic Datum|| These materials were developed by Peter H. Dana, Department of Geography, University of Texas at Austin, 1995. These materials may be used for study, research, and education in not-for-profit applications. If you link to or cite these materials, please credit the author, Peter H. Dana, The Geographer's Craft Project, Department of Geography, The University of Colorado at Boulder.
|Coordinate Systems|| This overview of coordinate systems for georeferencing provides a brief description of local and global systems for use in precise positioning, navigation, and geographic information systems for the location of points in space.
There are many different coordinate systems, based on a variety of geodetic datums, units, projections, and reference systems in use today.
|VP HybridCAD ® V9|| This Tutorial has been designed to guide and teach you how to use the numerous functions of VPHybridCAD products, including the VPHybridCAD Demos. We refer to the Reference Manual for detailed descriptions of all available functions. Also, the content of the Tutorial and Reference Manuals are available online in the software (help and tutorial).
|VP map Series V2 THE Perfect Bridge From Scan To GIS|| This tutorial has been organized to help you to quickly find operation terms, commands, and description of functions and to supply you with brief, but sufficient explanations. The tutorial applies to the following VP products:
VPmap and VPmap pro.
The icon at the top on each page indicates the product(s) to which the information and/or commands apply. If specific commands on a page are limited to other products or product groups this is marked with a corresponding icon at the corresponding command.
|Draw an isochrone on a map tutorial|| This tutorial shows you how to draw an isochrone (travel time shape) on a Leaflet map free using the TravelTime API. Code snippets show users how to select a transport mode and maximum travel time to adjust the shape of the area.