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。[img]http://www.igofigure.com/Rainbow/Images/Software/Sft_Txt.gif[/img]…that enables small organizations to afford a provenbusiness operating platform. Designed by small businessowners, Go Figure provides solutions to managing themost essential elements of an organization: yourcustomers and your employees. The program features include:• Electronic Member Sign-in• Member Attendance Tracking• Member Status Updates• Employee Management• Bank Deposit Management• Returned Check Management Go Figure was originally designed for health clubs and can be adapted for other types of organizations including:• Churches and Synagogues• Dance, Martial Arts or Gymnastic Studios• Day Care Facilities• Chambers of CommerceProduct:IGO FIGURE 3.2 Lanaguage:english Platform:Winxp/Win7 Size:632MB
光栅图像在GIS（地理信息系统Geographic Information System）项目中应用越来越广，需要将图形中的象素和现实世界具体位置的坐标对应映射联系起来。Geographic.Transformer就是这个工具。[img]http://www.bluemarblegeo.com/images/products/TransformerDakotas_s.jpg[/img]\”Master Raster\” with our image georeferencing, reprojection, tiling and mosiacing tool. This raster reprojection tool is based on our core coordinate conversion technology. The Transformer allows you to reference an image from either an existing reference file, or by using our popular “point-and-click” method with an already referenced image. The tool essentially sets up a relationship between known control points and the associated pixels values of your image. The Transformer also allows for complex reprojection of raster data. Support for all the major GIS file formats including compression formats such as ECW, JPG2000, and MrSID. You can save your work out in whatever file format you need as one image, a mosaic of images or smaller tiled pieces....
Geographic Calculator Version 6.3 of the most powerful and popular coordinate conversion tool available today, now with Batch Point Database file processing. Manage your mapping data easily, accurately and quickly with the tool that more companies depend on to make certain they have the correct data. Over the last ten years the Geographic Calculator has become the standard tool for coordinate conversion worldwide. You should have this product in your toolbox! The Geographic Calculator converts individual coordinates, point databases, and map files from virtually any coordinate system, datum, and map projection to any other. You can transform between coordinate systems, calculate the distance and azimuth between coordinates, and calculate coordinates at a known distance and azimuth from known coordinates. The...
RocSupport is an easy to use software tool for estimating deformation in circular or near circular excavations in weak rock and visualization of the tunnel interaction with various support systems. Given the tunnel radius, in-situ stress conditions, rock parameters and support parameters, a ground reaction curve and a support reaction curve are calculated. The intersection of these curves determines a factor of safety for the support system.[img]http://www.rocscience.com/images/products/rocsupport/rocsupport1.gif[/img] RocSupport can be used as a tool for the preliminary design of tunnels and support systems. It can provide valuable information about various tunnel support options, before detailed analysis is carried out with a finite element program such as Phase2.The program is applicable to tunnels excavated in weak rock under squeezing ground conditions....
Unwedge is a 3D stability analysis and visualization program for underground excavations in rock containing intersecting structural discontinuities. Safety factors are calculated for potentially unstable wedges and support requirements can be modeled using various types of pattern and spot bolting and shotcrete. Use Unwedge to quickly create a model, perform a safety factor analysis, place reinforcement and interpret the results.[img]http://www.rocscience.com/images/products/unwedge/Unwedge3-Intro_1.gif[/img]Unwedge’s Windows-based interface provides an easy to use, graphical environment for data entry and visualization that greatly simplifies the analysis and design process. Popup windows allow for easy entry and modification of model parameters, and easy to use editing tools provide a convenient method for performing parametric studies. The graphical data interpreter provides a rich set of tools, including 3D animation,...
RocLab is a software program for determining rock mass strength parameters, based on the latest version of the generalized Hoek-Brown failure criterion. RocLab provides a simple and intuitive implementation of the Hoek-Brown failure criterion, allowing users to easily obtain reliable estimates of rock mass properties and to visualize the effects of changing rock mass parameters on the failure envelopes.[img]http://www.rocscience.com/images/products/roclab/RocLab-Intro_1.gif[/img]The reference is available in PDF format, when you install the program. The rock mass properties determined by RocLab can be used as input for numerical analysis programs such as Phase2 (finite element stress analysis and support design for excavations) or Slide(limit equilibrium slope stability analysis).Product:Rocscience RocLab 1.010 Lanaguage:english Platform:Winxp/Win7 Size:3.2MB
（Generalized Hoek-Brown, Mohr-Coulomb, Barton-Bandis和Power Curve failure标准）。RocData is a versatile toolkit for the analysis of rock and soil strength data, and the determination of strength envelopes and other physical parameters. RocData now includes RocProp, a database of intact rock properties which runs as a standalone application.[img]http://www.rocscience.com/images/products/RocData/RocData40_Intro_1.gif[/img]RocData can be used to determine the parameters of linear and non-linear strength envelopes for rock and soil, based on the analysis of triaxial or direct shear strength data. RocData utilizes four of the most widely used strength models in geotechnical engineering – Generalized Hoek-Brown, Mohr-Coulomb, Barton-Bandis and Power Curve.Failure envelopes are plotted in both shear-normal and principal stress space. Shear-normal stress envelopes generated by RocData can be applied to problems such as limit equilibrium analysis...
ExamineTAB is a three-dimensional displacement discontinuity program for calculating elastic stresses and displacements within tabular ore bodies due to staging of excavations. All excavations must lie on the same plane and be of the same height.[img]http://www.rocscience.com/images/products/examinetab/examinetab_intro_1.gif[/img]ExamineTAB provides an integrated graphical environment for data entry and visualization. A CAD based modeler allows for point and click geometry input and editing. Popup windows allow for easy entry and modification of model parameters.The simple to use editing tools provide a convenient method for performing parametric studies. The graphical data interpreter provides a rich set of tools for the convenient display of model results. With ExamineTAB you can quickly create and mesh a model, perform a stress analysis, and interpret the results.Product:Rocscience ExamineTab 2.14...
Examine3D is an engineering analysis program for underground excavations in rock. Examine 3D was developed mainly for stress analysis, although its data visualization tools can be applied to a wide range of three-dimensional mining and civil engineering data. For example, Examine3D has been used to visualize microseismic datasets such as seismic velocity, source parameters, and event density.[img]http://www.rocscience.com/images/products/examine3d/Examine3D_Intro_1.gif[/img]Examine3D consists of three program modules: Model generates the geometry and boundary element discretization for underground openings, Compute performs the computation of stresses and displacements, using the direct boundary element method and Interpret, with 3D animation capability, visualizes the analysis results. Each of the three modules can be run independently. For example, the input data for Compute can be generated using Model or some...
Examine2D is a very fast two-dimensional indirect boundary element and displacement discontinuity program for calculating stresses and displacements around underground and surface excavations in rock. Unlike the Finite Element and Finite Difference methods, the boundary element method only requires meshing around the excavation boundaries, eliminating the need for complex volume mesh generation.[img]http://www.rocscience.com/images/products/examine2d/Examine2D_Intro_1.gif[/img]Examine2D provides an integrated graphical environment for data entry and visualization. A CAD based modeler allows for point and click geometry input and editing. Popup windows allow for easy entry and modification of model parameters.The simple editing tools provide a convenient method for performing parametric studies. The graphical data interpreter offers a rich set of tools for the convenient display of model results. With Examine2D you can quickly create...