This document provides an introduction and user guide for LogMan 8.0, a geotechnical borehole logging software. It outlines the key features and functions of the software, including its ability to [1] quickly create, edit, and print borehole logs and cross sections; [2] store all project data in a single file; and [3] automatically join soil layers in cross sections. The document provides instructions on installation, registration, and getting started with the software. It describes the main interface areas and windows for inputting lithology, borehole, and cross section data. Finally, it outlines the recommended order for inputting data and creating drawings with LogMan 8.0.
This document provides a user manual for DUALEM Log software. It describes how to install the software, set up data acquisition, connect to DUALEM sensors and GPS devices, collect and download data, and understand the status indicators. The software allows users to log sensor measurements, GPS data, and other fields in real-time and transfer logs to a computer for further processing and analysis.
Consuming and Publishing Ordnance Survey Open Data with Open Source SoftwareJoanne Cook
The document outlines steps to consume Ordnance Survey open data using open source software in 2 hours. It describes downloading sample OS data and mastermap data, preparing and loading the data into a PostgreSQL/PostGIS database using Python scripts. It then explains configuring a MapServer mapfile to serve the data, and viewing the results in a web browser using OpenLayers and in Quantum GIS desktop GIS software. The goal is to go from raw OS data to viewing it in a web and desktop GIS using only open source tools.
This document provides a user manual for the DUALEM Log software. It describes how to install the software, set up data acquisition from DUALEM sensors and GPS devices, view and log data in real-time, download data from DUALEM sensors to the computer, and understand the status lights. The software allows users to collect electromagnetic data from DUALEM sensors along with GPS data, view readings and positioning live, and transfer files for processing.
This document provides instructions for using the HOBO UX90-001 State Data Logger. It describes the logger's components and specifications. It then provides step-by-step instructions for launching the logger to begin collecting data, checking its status, placing it to monitor a electrical panel, reading out the collected data, viewing the graph created in HOBOware software, and exporting the data to a CSV file for further analysis in Excel. Additional resources are referenced for learning more about using the HOBOware Pro software.
This document provides instructions for using the HOBO UX90-001 State Data Logger. It describes the logger's components and specifications. It then provides step-by-step instructions for launching the logger to begin collecting data, checking its status, placing it to monitor a electrical panel, reading out the collected data, viewing the graph created in HOBOware software, and exporting the data to a CSV file for further analysis in Excel. Additional resources are referenced for learning more about using the HOBOware Pro software.
This document provides an overview and analysis of the Windows 8 operating system. It begins with an introduction discussing the development and release of Windows 8. The next sections describe the key hardware requirements, development platforms and features of Windows 8, such as the startup screen, syncing capabilities and multi-tasking. Some removed features from previous Windows versions are also noted. The document then evaluates weaknesses of Windows 8 and provides a concluding paragraph stating Windows 8 will provide strong competition in the mobile market but the changed desktop interface may not be welcomed by all.
Keil uVision is an integrated development environment (IDE) that provides a single solution for coding, building, debugging and flashing programs onto microcontrollers. The debugger in Keil uVision allows users to observe registers, memory, ports and peripherals, set breakpoints, monitor code execution and modify variables. It displays the disassembly code, assembly/high level code, registers and memory to help debug programs on a simulator.
This document provides a user manual for DUALEM Log software. It describes how to install the software, set up data acquisition, connect to DUALEM sensors and GPS devices, collect and download data, and understand the status indicators. The software allows users to log sensor measurements, GPS data, and other fields in real-time and transfer logs to a computer for further processing and analysis.
Consuming and Publishing Ordnance Survey Open Data with Open Source SoftwareJoanne Cook
The document outlines steps to consume Ordnance Survey open data using open source software in 2 hours. It describes downloading sample OS data and mastermap data, preparing and loading the data into a PostgreSQL/PostGIS database using Python scripts. It then explains configuring a MapServer mapfile to serve the data, and viewing the results in a web browser using OpenLayers and in Quantum GIS desktop GIS software. The goal is to go from raw OS data to viewing it in a web and desktop GIS using only open source tools.
This document provides a user manual for the DUALEM Log software. It describes how to install the software, set up data acquisition from DUALEM sensors and GPS devices, view and log data in real-time, download data from DUALEM sensors to the computer, and understand the status lights. The software allows users to collect electromagnetic data from DUALEM sensors along with GPS data, view readings and positioning live, and transfer files for processing.
This document provides instructions for using the HOBO UX90-001 State Data Logger. It describes the logger's components and specifications. It then provides step-by-step instructions for launching the logger to begin collecting data, checking its status, placing it to monitor a electrical panel, reading out the collected data, viewing the graph created in HOBOware software, and exporting the data to a CSV file for further analysis in Excel. Additional resources are referenced for learning more about using the HOBOware Pro software.
This document provides instructions for using the HOBO UX90-001 State Data Logger. It describes the logger's components and specifications. It then provides step-by-step instructions for launching the logger to begin collecting data, checking its status, placing it to monitor a electrical panel, reading out the collected data, viewing the graph created in HOBOware software, and exporting the data to a CSV file for further analysis in Excel. Additional resources are referenced for learning more about using the HOBOware Pro software.
This document provides an overview and analysis of the Windows 8 operating system. It begins with an introduction discussing the development and release of Windows 8. The next sections describe the key hardware requirements, development platforms and features of Windows 8, such as the startup screen, syncing capabilities and multi-tasking. Some removed features from previous Windows versions are also noted. The document then evaluates weaknesses of Windows 8 and provides a concluding paragraph stating Windows 8 will provide strong competition in the mobile market but the changed desktop interface may not be welcomed by all.
Keil uVision is an integrated development environment (IDE) that provides a single solution for coding, building, debugging and flashing programs onto microcontrollers. The debugger in Keil uVision allows users to observe registers, memory, ports and peripherals, set breakpoints, monitor code execution and modify variables. It displays the disassembly code, assembly/high level code, registers and memory to help debug programs on a simulator.
The document provides installation instructions for the Abaqus Learning Edition. It outlines the system requirements, including having Windows 10 64-bit, 10.5 GB disk space, and specific versions of Java and web browsers. The installation is divided into three sections: documentation installation, Abaqus product installation, and verification. Detailed steps are provided for extracting the files, running the installer, selecting installation directories, and troubleshooting. The Learning Edition has limitations such as a maximum model size and lack of parallel execution or add-on products.
How To Fix QuickTime Crashes On Windows And Mac?AmandaMandy
QuickTime Plug-In allows playing compatible video and audio on the web but occasionally crashes. The document provides steps to disable the QuickTime plug-in in different browsers to prevent crashing. It also details uninstalling specific Windows updates and making registry edits to address crashing issues. As an alternative, the document suggests using Adobe Flash Player instead of QuickTime Plug-In to play media.
This document provides instructions for installing PROKON structural analysis software. It discusses both standalone and network installations. For standalone installation, the user runs the setup file to copy program files to their computer and then activates the programs. For network installation, the user copies files to a server, activates the programs on the server to allow simultaneous network use, and configures workstations by creating shortcuts. The document provides detailed steps for each part of the installation and activation processes.
ProteMac KeyBag is advanced keystroke logger software for Mac OS X. ProteMac KeyBag record all typed texts such as chat conversation, emails, documents, user names, and much more.
LOG4J VULNERABILITY SAP BUSINESS ONE IMPACT AND WORK AROUNDSAGSanePLDTCompany
Log4j is widely used logging software that was found to have a vulnerability allowing malicious code execution. The vulnerability impacts many major software and internet services. Workarounds are provided to mitigate the vulnerability for various versions of SAP Business One and its components by removing or disabling the vulnerable class from the log4j library. Administrators are urged to apply the workarounds as the vulnerability poses a major security risk by enabling widespread hacking attempts.
SysInfoTools OpenOffice Draw Recovery Software helps users repair their corrupt ODG files of OpenOffice Draw. It enables users to recover all types of graphics, images, logos and diagrams from corrupt ODG files. Users can see the preview of recovered data before saving them. The software is very easy-to-use since it contains a friendly and intuitive user interface. Any technical and non-technical users can use it.
The document provides installation and usage notes for SIMATIC PDM V6.1. It discusses hardware and software requirements, how to install the software components including SIMATIC PDM and third-party products like the HART Server, and contains important information that must be read before installing. The document also covers license keys, uninstalling, supported devices, communication options, and known problems.
Discover how to benefit from all the features on BeAnywhere’s inSight add-on. Prevent problems and downtimes from happening in your clients’ critical servers and workstations through Remote Monitoring and Managing tools.
Windows 8 introduced a new Modern UI start screen and removed the traditional start menu. It added new features like the Windows Store, new security features, and support for touchscreens. Many personalization options and desktop gadgets were removed. File Explorer received a ribbon toolbar, and Media Center was made a paid add-on rather than included by default. Overall, Windows 8 shifted the interface to focus on touch-optimized apps and de-emphasized the traditional desktop.
This is a simple tutorial about windows 10. This includes basic operations of windows 10 OS. This includes how to open start, visual Desktop, Microsoft edge and so many features of windows 10.
Darkroom 2 lightroom and photoshop actions and pluginsdaviddiener
1) Actions in Photoshop and presets in Lightroom allow you to automate repetitive edits by recording steps into reusable files.
2) In Lightroom, you can create presets by selecting settings from an image and saving them. Presets can then be applied to other photos.
3) Both programs allow for importing and exporting presets/actions to share with others or use across different computers.
This manual contains instructions on how to print to file
from different versions of Autocad and Microstation.
Our software development engineers are permanently
improving the drivers we supply with our products. We
recommend that you regularly visit our Web site
(http://www.oce.com) and consult the Download/Wide
Format Printer Drivers section for downloading the most
up-to-date version of the drivers and getting started information
The document provides instructions for configuring a PC for an end user using SCCM. It describes downloading the SCCM imaging ISO, booting from it, selecting an image, completing the Windows setup, adding the user to the local Administrators group, and verifying the installation. Additional steps are outlined for deploying software to the PC using the Ericom console and SCCM once imaging is complete. The summary concludes by noting several ways to identify if a PC was imaged with SCCM and the importance of deleting the PC from the SCCM database before reimaging.
This document provides instructions for using a HOBO UA-002-64 Temperature and Light Logger. It describes the logger components and specifications. It then outlines 9 steps to set up the logger, including connecting it to a computer, launching it to begin logging, checking its status, deploying it, reading out the collected data, graphing the results in HOBOware software, and exporting the data to a CSV file for further analysis in Excel. Additional resources are referenced for learning more about using the HOBOware Pro software.
This document provides instructions for using an Onset HOBO UX90-006 Light and Occupancy Logger. It describes the logger's components, specifications, how to launch it to start collecting data, configure the logger settings, check its status, download the collected data, view the data graphs and export the data to CSV format. The logger monitors room occupancy and light levels and can be used to analyze occupancy patterns and energy usage.
The document provides an overview of the new Windows 8 operating system from Microsoft. It describes the new Metro interface with live tiles, the ability to run apps side-by-side, and the inclusion of both desktop and tablet-optimized apps. It discusses new features like the charms menu, search functionality, and integration with Microsoft services like SkyDrive for syncing settings and files across devices. The document evaluates the developer preview version and provides examples of new apps and the Windows Store for distributing apps.
Hp Load Runner Tutorial 1 How Do We Record An Application Using Load RunnerYogindernath Gupta
LoadRunner uses virtual users (Vusers) to emulate human users and impose load on an application. The Virtual User Generator (VuGen) module records user actions to create automated scripts. There are 16 steps to record an application using VuGen: 1) Start LoadRunner and VuGen, 2) Create a new script, 3) Choose single or multiple protocols, 4) Provide information about the application and recording options, 5) Record user actions in the application, and 6) Save the recorded script. VuGen replaces human actions with an automated script that can be replayed to load test the application.
This document discusses a marketing solution involving Facebook message marketing. It will utilize Facebook mobile, desktop, and profile data as well as page, company and group information to target potential customers. The solution aims to engage customers through personalized messages.
This document describes Edition 3.1 of the Association of Geotechnical and Geoenvironmental Specialists' (AGS) format for the electronic transfer of geotechnical and geoenvironmental data. The AGS format was created to standardize the electronic transfer of subsurface investigation data between different software programs and users. This updated edition includes new groups, fields, pick lists, and determinand codes added based on user suggestions. It aims to incorporate commonly used additions to the format while maintaining compatibility with previous versions.
The document provides installation instructions for the Abaqus Learning Edition. It outlines the system requirements, including having Windows 10 64-bit, 10.5 GB disk space, and specific versions of Java and web browsers. The installation is divided into three sections: documentation installation, Abaqus product installation, and verification. Detailed steps are provided for extracting the files, running the installer, selecting installation directories, and troubleshooting. The Learning Edition has limitations such as a maximum model size and lack of parallel execution or add-on products.
How To Fix QuickTime Crashes On Windows And Mac?AmandaMandy
QuickTime Plug-In allows playing compatible video and audio on the web but occasionally crashes. The document provides steps to disable the QuickTime plug-in in different browsers to prevent crashing. It also details uninstalling specific Windows updates and making registry edits to address crashing issues. As an alternative, the document suggests using Adobe Flash Player instead of QuickTime Plug-In to play media.
This document provides instructions for installing PROKON structural analysis software. It discusses both standalone and network installations. For standalone installation, the user runs the setup file to copy program files to their computer and then activates the programs. For network installation, the user copies files to a server, activates the programs on the server to allow simultaneous network use, and configures workstations by creating shortcuts. The document provides detailed steps for each part of the installation and activation processes.
ProteMac KeyBag is advanced keystroke logger software for Mac OS X. ProteMac KeyBag record all typed texts such as chat conversation, emails, documents, user names, and much more.
LOG4J VULNERABILITY SAP BUSINESS ONE IMPACT AND WORK AROUNDSAGSanePLDTCompany
Log4j is widely used logging software that was found to have a vulnerability allowing malicious code execution. The vulnerability impacts many major software and internet services. Workarounds are provided to mitigate the vulnerability for various versions of SAP Business One and its components by removing or disabling the vulnerable class from the log4j library. Administrators are urged to apply the workarounds as the vulnerability poses a major security risk by enabling widespread hacking attempts.
SysInfoTools OpenOffice Draw Recovery Software helps users repair their corrupt ODG files of OpenOffice Draw. It enables users to recover all types of graphics, images, logos and diagrams from corrupt ODG files. Users can see the preview of recovered data before saving them. The software is very easy-to-use since it contains a friendly and intuitive user interface. Any technical and non-technical users can use it.
The document provides installation and usage notes for SIMATIC PDM V6.1. It discusses hardware and software requirements, how to install the software components including SIMATIC PDM and third-party products like the HART Server, and contains important information that must be read before installing. The document also covers license keys, uninstalling, supported devices, communication options, and known problems.
Discover how to benefit from all the features on BeAnywhere’s inSight add-on. Prevent problems and downtimes from happening in your clients’ critical servers and workstations through Remote Monitoring and Managing tools.
Windows 8 introduced a new Modern UI start screen and removed the traditional start menu. It added new features like the Windows Store, new security features, and support for touchscreens. Many personalization options and desktop gadgets were removed. File Explorer received a ribbon toolbar, and Media Center was made a paid add-on rather than included by default. Overall, Windows 8 shifted the interface to focus on touch-optimized apps and de-emphasized the traditional desktop.
This is a simple tutorial about windows 10. This includes basic operations of windows 10 OS. This includes how to open start, visual Desktop, Microsoft edge and so many features of windows 10.
Darkroom 2 lightroom and photoshop actions and pluginsdaviddiener
1) Actions in Photoshop and presets in Lightroom allow you to automate repetitive edits by recording steps into reusable files.
2) In Lightroom, you can create presets by selecting settings from an image and saving them. Presets can then be applied to other photos.
3) Both programs allow for importing and exporting presets/actions to share with others or use across different computers.
This manual contains instructions on how to print to file
from different versions of Autocad and Microstation.
Our software development engineers are permanently
improving the drivers we supply with our products. We
recommend that you regularly visit our Web site
(http://www.oce.com) and consult the Download/Wide
Format Printer Drivers section for downloading the most
up-to-date version of the drivers and getting started information
The document provides instructions for configuring a PC for an end user using SCCM. It describes downloading the SCCM imaging ISO, booting from it, selecting an image, completing the Windows setup, adding the user to the local Administrators group, and verifying the installation. Additional steps are outlined for deploying software to the PC using the Ericom console and SCCM once imaging is complete. The summary concludes by noting several ways to identify if a PC was imaged with SCCM and the importance of deleting the PC from the SCCM database before reimaging.
This document provides instructions for using a HOBO UA-002-64 Temperature and Light Logger. It describes the logger components and specifications. It then outlines 9 steps to set up the logger, including connecting it to a computer, launching it to begin logging, checking its status, deploying it, reading out the collected data, graphing the results in HOBOware software, and exporting the data to a CSV file for further analysis in Excel. Additional resources are referenced for learning more about using the HOBOware Pro software.
This document provides instructions for using an Onset HOBO UX90-006 Light and Occupancy Logger. It describes the logger's components, specifications, how to launch it to start collecting data, configure the logger settings, check its status, download the collected data, view the data graphs and export the data to CSV format. The logger monitors room occupancy and light levels and can be used to analyze occupancy patterns and energy usage.
The document provides an overview of the new Windows 8 operating system from Microsoft. It describes the new Metro interface with live tiles, the ability to run apps side-by-side, and the inclusion of both desktop and tablet-optimized apps. It discusses new features like the charms menu, search functionality, and integration with Microsoft services like SkyDrive for syncing settings and files across devices. The document evaluates the developer preview version and provides examples of new apps and the Windows Store for distributing apps.
Hp Load Runner Tutorial 1 How Do We Record An Application Using Load RunnerYogindernath Gupta
LoadRunner uses virtual users (Vusers) to emulate human users and impose load on an application. The Virtual User Generator (VuGen) module records user actions to create automated scripts. There are 16 steps to record an application using VuGen: 1) Start LoadRunner and VuGen, 2) Create a new script, 3) Choose single or multiple protocols, 4) Provide information about the application and recording options, 5) Record user actions in the application, and 6) Save the recorded script. VuGen replaces human actions with an automated script that can be replayed to load test the application.
This document discusses a marketing solution involving Facebook message marketing. It will utilize Facebook mobile, desktop, and profile data as well as page, company and group information to target potential customers. The solution aims to engage customers through personalized messages.
This document describes Edition 3.1 of the Association of Geotechnical and Geoenvironmental Specialists' (AGS) format for the electronic transfer of geotechnical and geoenvironmental data. The AGS format was created to standardize the electronic transfer of subsurface investigation data between different software programs and users. This updated edition includes new groups, fields, pick lists, and determinand codes added based on user suggestions. It aims to incorporate commonly used additions to the format while maintaining compatibility with previous versions.
This document contains 17 references related to rock mechanics and rock engineering. The references span from 1931 to 1994 and include journal articles, conference proceedings, books, theses, and reports. The references cover topics such as rock mass classification systems, shear strength of rock joints, rockfall analysis, tunnel support, and case histories of rock engineering projects.
The document discusses blasting damage in rock excavations and methods to control it. It begins with a brief history of blasting and how the understanding of its effects on rock stability has lagged behind other areas of rock mechanics. Blasting can damage rock through dynamic stresses, gas pressure, and fracturing from the release of compressed rock. Precisely controlling blasting techniques from the initial cut through the full blast sequence is necessary to minimize damage extending several meters into the surrounding rock. Methods discussed include pre-splitting, smooth blasting, and the use of delays to allow broken rock to clear before subsequent holes detonate. Proper blasting design is crucial for ensuring the stability of underground excavations and rock slopes.
Shotcrete is a cement-based concrete that is pneumatically projected at high velocity onto underground excavation surfaces for rock support. There are two main types - dry mix, where materials are conveyed dry to the nozzle and water added, and wet mix, where materials are pre-mixed with water. Recent developments include adding steel fibers for reinforcement and microsilica for strength. Shotcrete provides effective support in mining when applied correctly using proper equipment and experienced operators. It is increasingly used for permanent openings and offers advantages over traditional rockbolt and mesh support.
This document discusses design considerations for large underground caverns excavated in weak rock at depths of 100-300m below the surface for hydroelectric projects. It addresses the stability of caverns and surrounding rock mass given in situ stress conditions, effects of nearby slopes, and determining appropriate pillar sizes between excavations. The key design factors are the strength of the rock mass, influence of structural features like joints and bedding planes, sequence of excavation and support, and stress changes induced by nearby slopes and excavations. Pillar size between caverns must consider stresses imposed and stability of the rock mass.
The document discusses rock mass properties and the Hoek-Brown failure criterion for estimating the strength of jointed rock masses. It presents the generalized Hoek-Brown criterion equation and describes how to determine the intact rock properties of uniaxial compressive strength (σci) and the Hoek-Brown constant (mi) from triaxial test data or estimates. It also discusses estimating the Geological Strength Index (GSI) of the rock mass.
This document discusses rockfall hazards and analysis. It begins with an introduction noting that rockfalls are a major hazard for mountainous transportation routes and have resulted in numerous deaths. It then discusses the mechanics of rockfalls, noting that slope geometry and surface materials are most important in determining rockfall trajectories. Various measures to reduce rockfall hazards are discussed, including identification of problems, reducing energy from excavation, installing physical barriers like nets and ditches, and the Rockfall Hazard Rating System used to assess slopes.
The document introduces factor of safety and probability of failure in engineering design. It discusses using sensitivity studies to systematically vary parameters over their credible ranges to determine the influence on factor of safety. This allows a more rational assessment of design risks than relying on a single calculated factor of safety. The document then provides an introduction to probability theory and statistical concepts used in probabilistic analyses, including random variables, probability distributions, sampling techniques, and calculating the probability of failure for a slope design example.
The document describes a slope stability analysis of a steep rock slope in Hong Kong located near apartment buildings. Due to heavy rains causing landslides in the 1970s, the stability of this slope was analyzed. A simple limit equilibrium model was used to calculate the factor of safety under normal conditions and during earthquakes or heavy rains. The analysis found that instability could occur if the slope became fully saturated during an earthquake. However, as earthquakes and heavy rains are unlikely to occur simultaneously, it was concluded there was no serious short-term threat to stability. Evacuation of nearby apartments was deemed unnecessary based on this short-term stability assessment.
The Rio Grande project involves a 1000 MW pumped storage hydroelectric plant located in Argentina. It provides electrical storage for the local power grid. The main underground facilities are located within high quality gneiss rock. Support requirements were assessed during excavation and minimal support was needed due to the excellent rock quality. Rockbolts and shotcrete were used as needed based on geotechnical inspection. The UNWEDGE program was utilized to analyze wedge failures and determine support requirements.
The document discusses the shear strength of discontinuities in rock masses. It defines key terms like basic friction angle (φb), residual friction angle (φr), cohesion (c), and introduces Barton's method for estimating shear strength which accounts for joint roughness coefficient (JRC) and joint compressive strength (JCS). Small scale laboratory tests are used to determine φb, while JRC and JCS are estimated visually in the field. The shear strength of rough surfaces is higher than smooth surfaces due to surface asperities. Shear strength decreases if discontinuities are filled with soft materials like clay.
This document discusses when a rock engineering design can be considered acceptable. It notes that there are no universal rules and that each design is unique based on the site conditions, loads, and intended use. Acceptability is based on engineering judgment guided by analyses and studies. Tables provide examples of typical problems, parameters, analysis methods, and acceptability criteria for different rock structures. Case histories are also discussed to illustrate the factors considered and criteria used to determine acceptability, including ensuring stability and reducing deformation. One case examines slope drainage works to improve stability of landslides in a reservoir area. Another evaluates deformation control for a power tunnel by locating a replacement in a zone of small movements.
1. The development of rock engineering began in the late 18th century, but it was not established as a formal discipline until the 1960s after several catastrophic dam failures that demonstrated limitations in predicting rock mass behavior.
2. Early contributors to rock mechanics came from various fields like soil mechanics, mining, and geology. They made important contributions to understanding rock failure even if they did not consider themselves "rock mechanics engineers".
3. Major events like dam failures and mine collapses in the 1950s and 1960s highlighted the need for rock mechanics as a discipline and led to rapid advances in methods for designing rock structures and underground excavations.
This document provides guidance on ensuring geotechnical slope stability for post-mining landforms. It discusses designing stable slopes for landforms such as low wall spoil, out-of-pit dumps, and final void batters. It emphasizes the importance of geotechnical investigations and slope design to prevent issues like lost production, safety risks, and remediation costs. Data collection should consider factors like foundation strength, slope stability, and drainage for dumped materials.
This document summarizes three articles related to previous topics in Geotechnical Instrumentation News (GIN). The first article discusses distributed optical fiber sensing, which allows continuous strain measurement along an optical fiber cable. This is useful for geotechnical applications where soil loading is non-uniform. The second article compares different technologies for strain monitoring, including distributed optical fiber sensing. The third article provides examples of using distributed optical fiber sensing to monitor strain in pile foundations and detect cracks.
This study aimed to map forest fire risk zones in Quang Ninh province, Vietnam using remote sensing and GIS. Forest fire data from MODIS and field surveys were compared to validate the analysis. Factors like forest type, proximity to roads and settlements, slope, and aspect were used as inputs to a weighted overlay analysis. This generated a risk map classifying the area into very low to very high risk zones. Most fire locations fell within high or very high risk areas, validating the model. Improving input data resolution and incorporating additional social and weather factors could enhance future analyses. The study effectively mapped forest fire risk to aid decision-making for forest management in Quang Ninh province.
2. GeosoftVN LogMan 8.0 User’s Guide
INTRODUCTION TO LOGMAN
LogMan 8.0 (LM8) can be used to quickly create, edit and print geotechnical
borehole logs and cross.
This software assist the geotechnical investigation in field of geology, engineering
geology, geo-environmental engineering, transportation, mining construction. Since
the drawings is exported to AutoCAD, the data table is exported(copy) to Microsoft
Excell, it can be easily edited to have perfect result. Drawing of borehole, profile
create by Autocad the great CAD program.
LM8 is a smart(join soil layers), quick, easy to use program.
All the data of borehole, cross and other data are stored in only one data file. The
number of investigation borehole can be up to thousands (for commercial version),
number of Cross in one project, topographical points in one cross, layers, samples,
tests are not limited and only depend on your computer system resource.
The high drawing speed helps user to have cross and logs printed right away without
any edition.
The geotechnical cross is drawn by smart algorithm, soil layer are automatically
jointed by software. This is only in Logman 5.0 and later version.
LOGman has useful interface, user can easy to Copy, Paste data from other program
(ex. Microsoft Word, Excel, Notepad) and many format. Even though when the data
are in type of drawing (cross section, cross and contour map) the user can easily
extract the elevation and distance by utility of topographical data from AutoCad
pline. Besides the location of borehole can be put in map quickly and correctly.
LOGman have more library of soil and rock pattern.
What new in LOGman version 8.0?
+ Draw graph SPT or RQD in a cross drawing.
+ Lithology description: Name, color, hardness... Quick select with combo box.
2
3. GeosoftVN LogMan 8.0 User’s Guide
GETTING STARTED
Before you begin working with the LM8 program;
Check the contents of your distribution package;
Make sure you have the necessary equipment;
Run the installation program;
Then Start the LM8 program
Installing LogMan
The installation of the LogMan program will depend upon the type of operating
system. Before installing the program make sure you have received the entire
distribution package and that you have the required equipment.
Required Equipment
LogMan requires the following hardware and software to run efficiently:
· Windows 32 bit 95/98/2000/XP or NT (not include WinME)
· At least 32 MB of RAM;
· At least 32 MB of hard disk space;
· A screen resolution of at least 600 x 800; ( best at 1280x1024)
· A CD-ROM drive.
Installation –See from LogMan
To get LogMan up and running, run the installation program SETUP.EXE
on the CD-ROM. For example, to install from drive D:
1. Start Windows
2. Insert the CD-ROM into drive D;
3. Choose File | Run and type D:SETUP.EXE, or double-click on
D:SETUP.EXE in Windows Explorer, or double-click on the
3
4. GeosoftVN LogMan 8.0 User’s Guide
Add/Remove Programs icon in the Control Panel and follow the
instructions;
4. Input the requested information in the installation forms, discussed in the
next section.
On some computer systems, depending on how they are configured, inserting the CD-
ROM into the drive will automatically start the SETUP.EXE program.
The SETUP program does the following:
· Creates one or more directories on your hard disk and copies the contents of
the LogMan disk into them;
· Creates a Windows application group and installs the LogMan, LogMan help,
and Read me icons.
Requested Information
The installation forms will request the following information in order to store the
LogMan program in the proper place and register it in Windows:
· The directory to put the LogMan program.
· The name of the application group to place the LogMan program icons.
Uninstalling LogMan
The LogMan program files can be removed from your hard disk using the
Add/Remove programs option in the Windows Control Panel. Un-installing the
LogMan program will also remove the LogMan icons, and application group.
Registering and Unlocking LogMan
Before LogMan can be used it must be registered. Prior to registration process the
program will run in Demo mode (You can save data file but random number e.g Deep
3.45m may be save for 3.56. All text content “Demo” in drawing). Some message
box will alert when you update data.
4
5. GeosoftVN LogMan 8.0 User’s Guide
During the registration the program will be unlocked.
When buy a registration version user contact us, purchase and download a program
for your computer.
Note: A computer is hardware include: CPU, main board, hard disk. User can be
updated or changed main board, hard disk. With LogMan one License are one CPU.
Some demands for user: Create samples of borehole log as: Create samples of
borehole log and cross, maintain and upgrade them every months,
We always have helpful policies, survey for organizers of, educating and training.
Step by Registered
STEP 1: Registered member at GeoSoftVN's Website at www.geosoftvn.com. This
Step useful for GeoSoftVN manager user, support, update information and must
requires if user Purchase by PayPal. Skip this step if user are already GeoSoftVN’s
member.
STEP 2: Get your system information by LOGMAN. In this step user must install
LOGMAN after run LOGMAN chose menu Help > Registered. Fill user name/
company, E mail then click "Generate Order" to create order information. Mail us
"Order" with your require about Template of borehole log, cross.
Note: User have to run the demo version in the computer which the registered version
to be installed. The computer must have no temporary hardware since the information
from your computer is legal base for commercial contract of software to be installed
in this computer.
See this step in next pages:
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7. GeosoftVN LogMan 8.0 User’s Guide
STEP 3: We will process this order and make a LogMan registered version for your
computer.
STEP 4: Purchase when Email requires
STEP 5: Download Logman then Re Install
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8. GeosoftVN LogMan 8.0 User’s Guide
MAIN INTERFACE
Screen Areas
When you first start the program the main window below will be displayed. The
LogMan window will look like below. This window consists of a title bar, menu bar,
optional toolbars, desktop, and a status bar. In addition, popup menus can be
displayed by clicking the right mouse button
Title Bar
The title bar is located at the very top of the window and displays the program name,
the currently opened project, and the currently opened borehole log.
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9. GeosoftVN LogMan 8.0 User’s Guide
Tool Bar
The tool bar is located below the menu bar and contains the main level of commands
in the program.
Menu Bar
The menu bar is located below the title bar and contains the main level of commands
in the program. It uses standard Windows pull-down menus. You can choose any
menu item on any submenu that is not dimmed (You can custom LogMan menu and
toolbar and save all changed).
When the program is first started new data sheet will appear.
Panel
Some panel for input data, You can drag, expand,
collapse it.
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10. GeosoftVN LogMan 8.0 User’s Guide
Data table
All most Logman data store in Table. That very quick with copy, cut, paste.
1. Lithology windows
Lithology window is used to Input general information of strata.
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11. GeosoftVN LogMan 8.0 User’s Guide
When Lithology window active then can edit or in put some thing in “Project
information panel” : PROJECT, LOCATION, LOGER and INSPECTOR. These
information will be DEFAULTED when it is added one BOREHOLE LOG or new
CROSS. Besides, LOGMAN helps adjusting these information to each BOREHOLE
or specific cross.
Table LITHOLOGY
To input the general information about LITHOLOGIES in surveyed area,
including:
+ LAYER name.
+ LITHOLOGY DESCRIPTION
+ WEATHERING
+ HARDNESS of rock
+ Soil or rock grade
+ Symbol 1-4: Patterns of soil and rock will showed on the DRAWING, it’s
allowable to have some patterns in one layer.
E.g : Organic soil, highly weathered Granite. These PATTERNS are used by Autocad
and can be written as order from customer.
+ Fracture of rock (Discontinue density).
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12. GeosoftVN LogMan 8.0 User’s Guide
+ Discontinue description
The above information can be automatically selected directly by DEFAULT OPTION
in the program or can be selected from many available patterns.
2. Boreholes list windows
List all boreholes in project include borehole’s header.
E.g : Project name, Borehole name, X coordinate, Y coordinate, Depth of borehole…
In order input data you may use this windows after have information of lithology and
before make a cross which include some borehole.
Table BOREHOLES LIST
General information about borehole, including :
+ BOREHOLE NAME: It is required to have a new hole.
The boreholes without name or being deleted will not inputted into database.
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13. GeosoftVN LogMan 8.0 User’s Guide
To delete borehole data, see the ROW DELETE. to copy borehohe data, see COPY
BOREHOHE DATA.
+ ELEVATION
+ X COORDINATE (or NORTH)
+ Y COORDINATE (or EAST)
X and Y COORDINATE can be used to locate the borehole position onto the plan
map.
notice: Any item which is kept blank or error will be defaulted as zero.
+ WATER LEVEL: The stable ground water level in the borehole if any.
+ DEPTH: The depth of borehole will be automatically updated during entering the
data of layers. It’s not required to input or adjust this item.
+ SCALE: Scale of borehole logging.
+ STARTED DATE and FINISHED DATE.
3. Windows to input detail data of borehole and cross.
In a order, After inputting general information of boreholes, we choose different
specific windows to input data of each borehole or cross.
- Borehole details windows
Used to input and adjust the information of each hole, including 3 tables and one
panel:
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14. GeosoftVN LogMan 8.0 User’s Guide
When this window active user can edit borehole header
from “borehole header” panel. Project, State, Section…
was default by project data, but you can change it.
Remember it may difference with each other.
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15. GeosoftVN LogMan 8.0 User’s Guide
- Cross details windows
Used to input and manage the data of cross
There are 2 types crosses : CROSS and FENCE (little cross) with the same data.
When this window active user can configs cross from
“Cross configs” panel. Hor. scale, Ver. scale, Draw scale
bar…
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16. GeosoftVN LogMan 8.0 User’s Guide
- Options windows
Used to configs the way and value to input data, custom interface.
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17. GeosoftVN LogMan 8.0 User’s Guide
All change will available after chose “Apply”
Menu FILE
The menu displays a list of commands for controlling file
Menu EDIT
The menu displays a list of command to manipulate the
data in table, e.g: cut, copy, paste, insert row, delete
row.
Menu View:
Used to Show or hide some panel, windows.
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18. GeosoftVN LogMan 8.0 User’s Guide
Menu Tools:
Used to choose various configuration for the program
+ Enter DIRECTION :choose direction to move the cursor after inputting the data in
one cell.
+ SPLIT BOREHOLE LOGS: permit user to split the borehole log into many pages
in case the size of drawing is too large.
+ Hatch the layer material for cross section: The program will automatically fill
layers with pattern(s) when drawing the cross.
+ Little cross (fence) only Hatch the layer nearly Borehole. e.g 5m, 10m.
+ Options: Configs the way to input data and user interface.
Menu Draw
+ START AUTOCAD: Run Autocad to make Boreholes or cross if it has not been
started. LogMan can be run Autocad itself.
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19. GeosoftVN LogMan 8.0 User’s Guide
+ DRAW BOREHOLE LOG: You must be chose a template, Windows Boreholes
list must be active.
TEMPLATE A3, A4: often used in hydraulic or water resource project.
TEMPLATE 3,4 (with SPT GRAPH and without SPT GRAPH): often used in civil
engineering project
+ DRAW CROSS: All cross available in lists will be create, if Windows cross are
active then only select cross will be create.
+ LITHOLOGY HATCH: hatch the material of strata with pattern(s) by layer or
point selection.
+ LEGEND: helps to create a table of legends for lithology used in Acad drawing.
+ INSERT SYMBOL OF BOREHOLE: Locates the borehole position onto map
together with notation, elevation and depth.
+ LIST OF SAMPLES: List all sample in project into Excel file.
Menu HELP
+ Content: Lists the subjects assisted in Help
+ Author: The information of authors copyright.
+ Registered: input information to register the program
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20. GeosoftVN LogMan 8.0 User’s Guide
ORDER TO INPUT DATA AND CREATE THE DRAWING
The program is used by the following sequence:
· Set configs (for first times only)
· Project information panel
· Lithology windows
· Boreholes list windows
· Borehole details windows
· Cross windows
· Set configs of drawing
· Create drawing
1. Set configs
For first times to use LogMan 8.0, all configs are default. Set new value if you want,
chose menu: Tools > Options. All changed will available at that time.
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21. GeosoftVN LogMan 8.0 User’s Guide
2. Project information panel
When begin a new project, had better if user fill complete project information. All
data will be default for each other borehole or cross.
3. Lithology windows
In next step for project user input information describing the general lithology
(strata). All data will be default for each other borehole. All boreholes use general
lithology description will be update by edit change in this windows.
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22. GeosoftVN LogMan 8.0 User’s Guide
4. Boreholes list windows
After complete lithology information, user input Boreholes’s header in next step.
There are three ways to Input information for each borehole. Complete all boreholes
first; move step 5 to input detail of the boreholes or copy borehole data the fix new
data.
To copy or paste borehole data: Right click on the data row then chose “Copy
borehole data”
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23. GeosoftVN LogMan 8.0 User’s Guide
5. Boreholes detail windows
Input information for each borehole, choose the “borehole data detail” from tool
bar or menu View (short cut key is F4) when “borehole windows” active.
Chose layer name from Drop down, all soil layer are in project lithology. To add or
remove some data, click expand table and user edit change.
To update the change, user chose “Update” from toolbar or close this windows.
LogMan will ask you want to Update the changed data.
Repeat steps 5 with other boreholes.
Note:
+ Update data not mean “Save data”
+ Logman can Arrange all windows, then quick and easy to input data.
+ The description of each borehole log can be different from general lithology.
Notices:
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24. GeosoftVN LogMan 8.0 User’s Guide
+ The data area must be kept continued and there is no blank (if any blank exists the
following rows will be neglected)
+ The data will only be updated when the name of layer and sample is entered.
When we enter the data of boreholes, besides general information about
Project, item,... name of layers, and description, etc, some other information can be
added for each single borehole.
Table 1: Lithology layer : Input data of lithology layer available in the borehole.
+Name of layer: Input the name of declared layer in general geological strata.
+ Bottom of layer: Input the depth of the bottom.
+ Lithology description : Software will both default value and adjust description.
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25. GeosoftVN LogMan 8.0 User’s Guide
+ Grade of weathering.
+ Hardness of rock.
+ Soil and rock grade
+ Symbol 1-4: If Hatch samples are not valid (Not belong to Autocad ),they will
not be drawn)
+ Discontinuity (Fracture of rock) density
+ Discontinuity description.
LOGman uses maximum available choices while inputting data, therefore it helps to
increase the speed and avoid making mistakes.
Notice: Borehole log descriptions different from general declaration.
If you can put more data to each borehole log if you want. If you want to limit data
from the general notices, click SPACE (keyboard) instead of omitting them which
helps the program knows that there is no notice here (in order to avoid the case
general notices are changed or there is no general notice but you have inputted
boreholes data) In that case, the detail data of borehole log have to be changed.
Table 2: Samples data
Input samples data, including:
+Name of samples
+Depth from…
+Depth to: Depth to is automatically added 0.2 m( It can be define by another ways)
Table 3: Text depth data (include SPT data)
To Input another information, principles of the depth from…to are required, There
can be one or a lot of information in it.
+ From, To: Depth from ….to…
+ N1, N2, N3: Blows in SPT standard.
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26. GeosoftVN LogMan 8.0 User’s Guide
+ Core recovery.
+ RQD:(Rock Quality Designation)
+ Time for drilling : started and finished time drilling is split by “–“
+ Date for drilling, depth : Date for drilling and depth are split by the “-“
+ Water loss
+ Drilling Method
6. Cross windows
Input data for each cross. If only draw boreholes log, go to step 7. Chose “Cross data
detail” from toolbar ; from Menu View or key F5.
+ Choose the cross not in the list to create a new data, or the cross in list to modify.
+ Input or modify the name of the cross
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27. GeosoftVN LogMan 8.0 User’s Guide
When cross windows active, panel “Cross configs” available. User can set configs for
each cross there.
+ Options for drawing (vertical and horizontal scale)
+ Distance every from station and elevation.
+ Parameter cross : Name of cross, horizontal and vertical
scale, scale bar on the left, scale bar on the right, drawing
samples, Drawing title block...
Cross data table: Input and adjust chosen cross data.
+ Distance: It is odd distance among surveyed boreholes,
station of terrain.
+ Elevation : is Elevation of drilling or station.
+ Borehole: Name of boreholes in cross.
+ Station: terrain station is not necessary to contain.
+ Remark: Notices in terrain (Sewer, storage, km…)
Note: User can input data of terrain by the following ways:
- If file formed TEXT, open in Excel, Notepad... then Copy and paste data in cross.
- If there are horizontal and vertical drawing files of terrain, user can use by putting
data of the terrain.
Notices:
It’s not acceptable to have any blank row, the rows below the blank row will not be
updated.
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28. GeosoftVN LogMan 8.0 User’s Guide
7. Set configs of drawing
Before establishing a drawing on Autocad, it is necessary to put configuration for the
program, Those are choices:
+ Split borehole: Choose menu Tools > Split borehole
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29. GeosoftVN LogMan 8.0 User’s Guide
+ Hatch Immediate: Chose it if Cross data is simple (and all soil layer join more
exactly)
+ Little Cross: A column of Lithology draw nearly Borehole.
Note: LogMan can not join layer with 100% exactly, the cross drawing must be check
and fix mistake manual by geo-engineering.
After fix mistake Soil layer, user can quick hatch by name or select point from
drawing. Chose them from toolbar or menu Draw > Hatch pattern.
8. Create drawing
Choose the borehole log drawing or cross drawing command
from toolbar or menu.
Choose a start point to draw on Acad drawing and wait during
running process then you will have drawing.
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30. GeosoftVN LogMan 8.0 User’s Guide
GENERAL PRINCIPLE TO INPUT DATA
The data of the program is very important, If you want the program to run correctly,
user has to obey some following principles while inputting data in the table.
+ Input the data and its value correctly. E.g: It is impossible to input the depth of
borehole by the signs such as “abc”, scale as” "def"....
+ Input enough data for creating a drawing. E.g: The cross must be Horizontal and
Vertical .SCALE, the Lithology need have layers…
Notices:
It’s not acceptable to have any blank row, the rows below the blank row will not be
updated.
In the drawing which is input incorrectly, the data below the blank will not be
updated.
+To copy borehole data to a new one, all data rows must be copied.(choose rows
from its order).
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33. GeosoftVN LogMan 8.0 User’s Guide
Sample list
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34. GeosoftVN LogMan 8.0 User’s Guide
SHORT CUT KEYS LISTS FROM LOGMAN
Shortcut key Function
F1 Help
Alt + F Open Menu file
Ctrl+N Create a new file
Ctrl+O Open an available file
Ctrl+S Save file
Alt + E Open editing Menu
Ctrl+Z Undo Edit, Cut, Copy or Paste
Ctrl+Y Redo Edit, Cut, Copy or Paste
Ctrl+X Cut data
Ctrl+C Copy data
Ctrl+V Paste data
Ctrl+F Find or Replace
Ctrl+I Insert rows
Ctrl+D Cut rows
Alt + V Open View Menu
F4 Detail window of borehole
F5 Detail window of cross
Ctrl+1 Show/hide project panel
Ctrl+F3 Show/hide Lithology windows
F3 Show/hide Borehole list windows
Ctrl+2 Show/hide Borehole header panel
Ctrl+3 Show/hide Cross configs panel
Alt + T Open Menu Tools
Alt + D Open Menu Draw
Alt + W Open Menu Window
Alt + H Open Menu Help
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35. GeosoftVN LogMan 8.0 User’s Guide
FREQUENTLY ASKED QUESTIONS.
1. What is LOGman used to?
LOGman program is used to manage data for engineering geology cross of each
project, set up results quickly for those surveys in the from of drawing which assists
the geotechnical investigation in field of geology, engineering geology, geo-
environmental engineering, transportation, mining construction…
2. Borehole log.
Now, LOGman 8.0 does not assist a lot of borehole log samples but depends on
customer.
3/ Required system
Win 32 bit ( From Win 95 and later)
Install Acad 2000 and later version.
User should use Logman with speed 400 MHz 64 MB RAM and ( not compulsory)
4/ What should I do to increase the drawing speed.
You should start Acad2000 up before running LOGman (However, it is only your
feeling)
LOGman wastes less time if it is drawn on a new DWG file. User should not run on
current file with large size ones.
5/Which orders I need to obey?
Input strata data
Input data of borehole logs.
Establish a name of cross, Input data of terrain, put borehole into cross, update the
data of that cross. Establish parameters of the cross. Therefore, draw the cross.
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36. GeosoftVN LogMan 8.0 User’s Guide
6/ I do not like blocks in the drawing?
The reason is that you are not used to use block, the benefit from block is huge, e.g: it
is very simple to rub out the whole of elevation and depth of bottom layer or incase
you want all the names of boreholes, elevation, depth, co-ordinate of hand boreholes
or enlarger 1,2 on drawing …if you use block and there are a lot of other usefulness
from block.
7/ I needn’t use Block?
If you use Explode blocks, result only is tag, the value of attribute will have been
disappeared. You must use the key Explode attributes to Text on Autocad menu
‘Express >Blocks > Explode attributes to Text’. It is OK..
8/ I want to input data more than existing rows ?
Click right mouse, choose ‘Insert Row’ which is also used to insert sample, other
experiment.
9/ How to share data between each other project?
Logman 8 is MDI software, but can not work with more project at time, because that
simple to manager data for user. The way share data is: Run two or more LogMan at
one time then Copy from and Paste each other.
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37. GeosoftVN LogMan 8.0 User’s Guide
TERMS OF USE
GRANT, RESTRICTIONS, AND OWNERSHIP
GEOINFORMATICS SOFTWARE SOLUTION and TECHNOLOGY SERVICES.,
JSC. and its suppliers, as applicable ("GeoSoftVN"), hereby grant you the right to use
the content comprising the this document and GeoSoftVN's website (the "Content").
You may print the Content on GeoSoftVN's website intact from within your browser
for personal and fair use purposes only. The Content has been compiled by
GeoSoftVN from a variety of sources, and is subject to change without notice.
SOFTWARE
Specifically, but without limitation, any computer software downloadable or
otherwise available through GeoSoftVN's website is licensed subject to the terms and
conditions of its own applicable license agreement, and specific terms and conditions
applicable to Software in download licenses within GeoSoftVN's website or
otherwise available through GeoSoftVN's website will supersede the provisions of
these Terms Of Use.
The use of certain areas of GeoSoftVN's website is further restricted to GeoSoftVN's
support customers. You may not copy, adapt, modify, display, perform, or otherwise
use the Content (including use the Content on any other web site or networked
computer environment) for any other purpose or in any other manner without the
prior express written permission of GeoSoftVN's or its suppliers, including without
limitation such permission as may appear within GeoSoftVN's website.
You agree that the Content is the proprietary information of GeoSoftVN and/or its
suppliers, and that you will conform your access, copying, and use of particular
Content to the applicable GeoSoftVN's website purposes indicated in association with
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GeoSoftVN's is not responsible for the content of any other web site linked to or from
GeoSoftVN's website. If you link to another site, you may leave GeoSoftVN's. If you
decide to link to another site, you do so entirely at your own risk. GeoSoftVN may
provide links from the website to other sites, but this is done solely as a convenience
to you and in no way should be interpreted as a referral or endorsement of any
content, sponsor or owner of any other site. ALL WARRANTIES, CONDITIONS
OR OTHER TERMS EXPRESS OR IMPLIED AS TO ANY SUCH LINKED SITE,
INCLUDING WITHOUT LIMITATION AS TO ACCURACY, OWNERSHIP,
37
38. GeosoftVN LogMan 8.0 User’s Guide
VALIDITY OR LEGALITY OF ANY CONTENT OF A LINKED SITE, ARE
HEREBY EXCLUDED.
DISCLAIMER
THE CONTENT PROVIDED AT THIS WEBSITE IS PROVIDED "AS IS" AND
ANY WARRANTY, CONDITION OR OTHER TERM OF ANY KIND
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INTELLECTUAL PROPERTY IS HEREBY EXCLUDED. Applicable law may not
allow the exclusion of implied warranties, so the above exclusion may not apply to
You. GeoSoftVN does not warrant the accuracy and completeness of the Content on
the website. GeoSoftVN takes no responsibility for viruses or other destructive or
intrusive computer programs that may damage your computer system or data
resulting from your access to or use of the website.
LIMITATION OF LIABILITIES
IN NO EVENT WILL GEOSOFTVN OR ITS SUPPLIERS BE LIABLE FOR ANY
DAMAGES WHATSOEVER (INCLUDING, WITHOUT LIMITATION, THOSE
RESULTING FROM LOST PROFITS, LOST DATA OR BUSINESS
INTERRUPTION) ARISING IN RELATION TO THESE TERMS OF USE
AND/OR THE USE, INABILITY TO USE, OR THE RESULTS OF USE OF
GEOSOFTVN's WEBSITE, THIS WEBSITE, ANY WEB SITES LINKED TO
THIS WEBSITE, OR THE CONTENT CONTAINED AT ANY OR ALL SUCH
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ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. IF ANY OF THE
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APPLICABLE LAW MAY NOT ALLOW THE EXCLUSION OR LIMITATION
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LIMITATION OR EXCLUSION MAY NOT APPLY TO YOU. However, in
accordance with the paragraph of these Terms Of Use entitled SOFTWARE, specific
terms and conditions applicable to Software downloadable or otherwise available
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CHANGE "TEAM OF USE" IN FUTURE
The Content "TEAM OF USE" has been compiled by GeoSoftVN from a variety of
sources, and is subject to change without notice.
38
40. GeosoftVN LogMan 8.0 User’s Guide
OTHER SERVICE OF GEOSOFTVN:
- If Any geological strata, borehole log, other cross samples are ordered, we will be
very pleased to give you.
- Other programs in geotechnical field.
GRAIN 4.3: Soil samples calculator ( mathematics statistics, standard, values
according to 2 limited states)
- Programs for AutoCad:
+ ACADplot : Manage printing simply and fast….
+ Create Hatch pattern for AutoCAD
+ Manage block
- Web design:
+ Joomla template : GeoSoftVN design Web template for Joomla’s CMS. Fore
more information about Joomla visit www.joomla.com.
Thank you for caring about our program.
See you again in new version!
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