Компания Tecplot, разработчик популярных систем визуализации данных, анонсировала продукт Tecplot RS (Reservoir Simulation), интегрированный инструмент для моделирования месторождений нефти и газа. Tecplot RS поможет специалистам по разработке месторождений загружать данные из многочисленных источников и представлять эту информацию в виде двухмерных графиков или объемных представлений. В предлагаемой версии продукта реализовано множество востребованных пользователями усовершенствований, кроме того, Tecplot RS теперь интегрируется с популярным программным обеспечением VIP, выпускаемым компанией Landmark Graphics. Tecplot RS также допускает использование данных систем моделирования нефтяных и газовых коллекторов, предлагаемых сторонними производителями, а также информации, собранной в результате наблюдений, включая сведения о нормах выработки и результаты испытаний.
For engineers who want to cut time in understanding reservoir simulation results, Tecplot RS is a specialized visualization and analysis tool that helps increase your productivity. It gives you a full range of options for analyzing data with line graphs, 2D cross sections, and 3D grid plots. Of all the post-processing tools available, Tecplot RS is the easiest to use and produces the most visually powerful output.
Overview
Tecplot RS brings all your reservoir simulation and observed data together, enabling you to rapidly explore, compare, and understand your data.
With one tool, you can:
Assess the accuracy of a reservoir model more quickly by comparing history match factors for multiple simulation runs on a single plot.
Quickly identify regions of a reservoir with the largest history match deviations.
Make strategic decisions by comparing multiple simulations with observed data and understanding well pattern performance.
Explore and analyze different well scenarios for forecasts.
Analyze and understand production data and simulation results in one easy-to-use environment.
Generate accurate, high-quality images for the web, presentations, and technical papers.
History Match
Compare performance data from multiple simulations with observed data while simultaneously viewing the well location in the context of the reservoir grid solution.
Interactively define well groups and compare group results for multiple simulations.
Automatically determine and display match factors for multiple simulation runs.
Use delta bubbles to identify regions where the simulation over/under predicts.
Modify properties for selected regions and output for subsequent runs.
Reservoir Management
Interactively seed streamtraces in the reservoir flow to reveal the sweep area of an injector or determine the source of fluids moving toward a producer.
Load well allocation factors from major streamline simulators or from a .csv file.
Define well patterns by interactively selecting the wells in the pattern.
Calculate and plot production data for well patterns.
Data Analysis
Use cross plots to observe relationships between data.
Cross plots show relationships between data, complementing the information provided by histograms.
Use histograms to observe distribution of data.
Calculate new variables from existing variables.
Integrate solutions over selected ranges.
Multiple Data Sets
Drag and drop to quickly load project files.
Drag and drop folders to load all recognized xy data files in the folders.
Load and manage multiple data sets to create comparison plots.
Load and append data from numerous sources.
Unload unneeded data sets from projects.
3D Grid Plots
Load and display inactive cells along with the active cells.
Generate 3D images of the simulation grid solutions.
Display 3D perspective and orthographic views with light source shading.
Rotate, translate, and zoom with mouse buttons to focus on a particular region.
Turn on translucency to view internal 3D features like well trajectories and iso-surfaces.
Cut away or isolate regions of the reservoir or to just show the cells along a well path.
Interactively select groups of cells to isolate or remove.
Display differences between grid solutions.
Save customized color legends for each grid variable.
Create "Fence" plots from multiple intersecting grid layers, multiple x,y or z slices, or a set of arbitrary slices.
Display fault surfaces.
Evaluate user-specified "survey" wells.
Stretch grids in the vertical direction without distorting the grid topology.
Stretch grid layers without distorting the topography with the Z-thickening feature. This is especially useful for examining reservoir models with very thin layers.
Sum or average properties over grid layers.
2D Grid Plots
Load and display inactive cells.
Examine the simulator solution, layer by layer.
Quickly step through layers of the grid for aerial and cross-section views.
Display grid layers in physical or index coordinates.
Display any grid variable as a distinct value per cell or smoothly varying.
Use the mouse to translate and zoom on the image.
Customize all text and style elements of each plot.
Superimpose bubble plots of well production and injection data.
Use Delta bubbles to display the difference between two well data sets.
Display wells and local grid refinements as they appear in each layer.
Use ternary coloring to display oil, water, and gas saturations.
Display fault lines.
Stretch grids in the Z direction without distorting the grid topology.
Animation
View the time history of reservoir data.
Create 2D and 3D views for specific simulation times.
Animate or step forwards and backwards through a time sequence to observe changes in the solution variables.
Create and share movies showing saturation fronts, pressure changes, and other recurrent grid properties.
Display the difference between current values and a user-selected reference time.
XY Plots
Specify the spacing of major and minor markers for the axes of XY plots.
Compare data from multiple simulator runs with historical well data and normalize differences.
Plot data for multiple wells or multiple variables in each graph.
Compare multiple variables in each graph using one or more Y-axes.
Plot versus time, or select any other variable for the X-axis.
Customize the colors, sizes, patterns and fonts of each graph and save the style settings for reuse.
Rapidly step through plots of field, region, group, well, completion, branch, segment and cell data.
Use special plot types for completion profiles and RFT data.
Sort and filter well lists using alphanumeric or performance criteria.
Automatically sum or average data for selected sets of wells.
Add geologic layers and annotations as background to RFT plots.
Multiple Plots per Page
Arrange multiple plots on one page to quickly view data for numerous wells, variables, and data sets.
Use default settings to view sets of variables or well plots on one page.
Customize 'standard' sets of plots for viewing producers, injectors, or groups of wells.
Combine XY graphs and 2D and 3D grid views on one page.
Click wells to display XY graphs of production and RFT data with grid plots.
Click cells to display time histories of grid data with grid plots.
Include a histogram of grid properties.
Display side-by-side views of matrix and fracture solutions for dual porosity runs.
Interactively create pages of customized XY plots and save as a project for future editing and viewing.
Export Data
Output selected data for further analysis or input to simulations.
Output data from selected XY plots to CSV file.
Use blanking options to select cells to output.
Output selected cell variables for user-selected times.
Output cell data along well paths.
Modify properties and output selected cells to ASCII file for most simulator-specific formats.
Define a sector, by specifying grid index ranges, and select and output grid properties for that vector.
Streamlines
View streamlines to more fully understand flow paths in the reservoir.
Display streamlines based on well pairs and arrival time.
Control the percentage of streamlines to display.
Combine streamlines with grid-based solutions.
Color streamlines based on a solution variable.
Use formats compatible with FrontSim, 3DSL, VDB.
Macro Language
Automate standard operations to save time and provide a consistent workflow.
Access all features with macro commands.
Create and run macros interactively to repeat sets of views for new data sets.
Create and edit macro scripts to batch process data from multiple simulation runs.
Data Loaders
ECLIPSE, CHEARS, VIP, VDB, FrontSim, and SENSOR.
Historical rate data, RFT data, observed well pressure data.
VDB database format for VIP/NEXUS simulators compatible with 32-bit and 64-bit versions of WindowsXP, Vista and Linux.
Streamline solution data from the VDB format.
Streamlines from streamline simulators such as FrontSim and 3DSL.
User-created ASCII files or CSV.
ASCII RFT files from VIP Simulator.
Load multiple simulation and observed data files in one operation.
Create project files to load all data files and plot style information.
Partial load and load-on-demand for managing large data files.
Update plot data while simulator is still running.
Translate and rotate the grid to new coordinates.
Load the difference between two solutions for the same grid, normalize data.
New! Just released: Tecplot RS 2012.
New version adds interactive grid comparisons, faster loaders with more options, and more line style sets. New features include:
Grid Solutions Comparison Feature. A new capability for 2D and 3D grid plots lets you interactively compare up to four different grid solutions in a side-by-side view. The solutions are synchronized in time and space to allow simultaneous animations. The grids are not required to be identical, and the solutions may come from different reservoir simulators. A "Delta" option lets you display the difference between the reference solution and the comparison solutions.
Faster Loading of CMG Data. Enhancements to the data loaders for CMG simulator output files have resulted in significant speed-ups.
New CMG Loader Option for Derived Variables. A new option is available for the CMG data loader to provide derived variables including ratios such as Gas-Oil Ratio.
More line style sets. Users can now modify and save up to 100 unique style sets for use when comparing numerous simulation runs.
Reservoir engineers typically make dozens if not hundreds of reservoir simulation runs where model properties or operating conditions are changed. Confidence in these models can be improved by running the same model with different reservoir simulators. Directly comparing different simulation runs lets engineers make better decisions because they better understand the influences on the dynamics of reservoir fluids.
Windows: 2GHz (32-bit or 64-bit) processor
500 MB Disk Space
2 GB RAM
Minimum display resolution: 1280 x 960
OpenGL: accelerated display adapter
Официальный сайт: www.tecplot.com/products
ОС: XP (SP3),Vista (SP2),Windows 7
Язык: English
Лекарство: в архиве(Lz0)
Размер: 91.1Mb
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