Golden Software Grapher - мощный и одновременно простой в использовании графический пакет, позволяющий быстро создавать высококачественные графики. Grapher позволяет строить более 54 видов двухмерных и трёхмерных графиков. Кроме того, вы можете настраивать любую часть графика или создавать свои собственные графики, наилучшим образом описывающие ваши данные. Программа содержит 4 типа двухмерных графиков: линейные, столбчатые, полярные и специальные. Все эти типы графиков доступны и в трёхмерном исполнении. Если вам требуется отразить дополнительную переменную, вы можете воспользоваться графиками 3D XYZ, контурными картами или картами поверхности.

Project Tracker is a Windows based application that imports project information from Primavera P6, Microsoft Project and Asta Powerproject to create S-Curves which are used to analyze the progress of the project. Most project management software does not provide in built S-Curve capability; therefore users must export data to spreadsheet software such as Microsoft Excel to plot the curves. This method requires a number of steps and a certain level of knowledge including how to add resources or costs to the plan, how to create time phased exports from the PM tool, how to open the data in the spreadsheet and how to create graphs from the data. Project Tracker eliminates all of these steps. Aside from the number of steps required to export data from PM software to a spreadsheet; this method can be acceptable as a reporting medium but the problem with this method is that the analytical possibilities are not available as the data is now disconnected from the actual plan. Therefore rather than just importing the data required to plot a curve Project Tracker imports the activity data and is able to optionally plot a Gantt Chart under the S-Curve allowing the project manager to assess which activities may be causing issues and what action can be taken. One of the key benefits of Project Tracker is that it will create an S-Curve using the durations of activities. To produce S-Surves using the spreadsheet method it has been necessary to add resources and/or costs to all the activities in a project. Project Tracker will of course plot resource and cost curves but can the ability to use duration data is unique.

GEOVIA Surpac является ведущей программой для геологоразведочных и горнодобывающих предприятий. Графический интерфейс разработан на языке Java. Используя передовую структуру обработки информации, Gemcom Surpac дает возможность работать с данными других программных продуктов и объектами, созданными при помощи большинства горно-геологических и геоинформационных программ.

Tedds automates your daily structural calculations. Release notes.

Tekla Structural Designer - мощный инструмент для анализа и проектирования зданий, созданного для инженеров-проектировщиков, работающих в сфере проектирования коммерческих строительных объектов. Tekla Structural Designer дополняет основную программу Tekla Structures и позволяет полноценно использовать все преимущества 3D-моделирования, благодаря единому рабочему процессу, включающему и анализ и проектирование. Tekla Structural Designer - это интеллектуальная загрузка данных, широкий набор аналитических функций, полная  автоматизация проектирования, высокое качество документации и готовая полноценная система BIM-моделирования. Все это помогает инженерам повысить эффективность и сократить расходы/издержки при создании проектов.

This volume is devoted to the application of the integral equations method (IEM) and boundary elements method (BEM) to problems involving the sounding of geological media using direct current (DC). Adaptive mesh generation algorithms and numerical methods for solving a system of integral equations are discussed. Integral equations for the media, which contains piecewise linear contact boundaries, immersed local inclusions, and subsurface relief, are derived and solved numerically. Describes in detail the application of the BEM and IEM to 2.5D  direct problems using ERT for geological media with a complex structure and having a large number of internal contact boundaries. Provides algorithms of grid generation of the boundaries that are adapted to the geometry of the media, the surface relief and the measurements of electrode arrays. Discusses the application of the BEM to 3D sounding problems using the ERT method. Illustrates the applications of inversion programs to synthetic data generated using the BEM in comparison with the original model and discusses the quality of the associated interpretation.

This is a unique book in that it smoothly combines LiDAR principles, data processing methods, applications, and hands-on practices, following an overview of remote sensing. An index map of LiDAR data and a list of abbreviations are also included to improve the readability of the book. For forest applications, readers can find examples such as creating leaf-on and leaf-off canopy height models in Susquehanna Shale Hills, PA; identifying disturbances from lightning and hurricane in mangrove forests in Florida; and estimating aboveground biomass in tropical forests in Ghana. For urban applications, readers can see examples such as road extraction, powerline corridor mapping, and population estimation in Denton, TX; parcel-based building change detection in Surrey, Canada; and road blockage detection in Port-au-Prince after the 2010 Haiti earthquake. For geoscience applications, readers can explore samples such as measuring dune migration rates in White Sands, NM; analysis of offset channels associated with the San Andreas Fault in California; and trend surface analysis and visualization of rock layers in Raplee Ridge, UT. Undergraduate and graduate students will find that the 11 step-by-step GIS projects with LiDAR data can really help them understand LiDAR data processing, analysis, and applications, while professionals and researchers will benefit from various topics on LiDAR remote sensing and applications, along with over 500 references in the book.