Here are some of the frequently asked questions about the RockWorks17 program. If you don’t find your question listed here, you might also visit our Support Forum, or send us an email and we’ll be happy to answer your question.
What operating systems does RockWorks17 support?
RockWorks17 should install, license, and run properly in Windows 7, Windows 8, and Windows 10. It is available with both 64-bit and 32-bit versions. The 64-bit version supports larger models and faster processing, and requires a 64-bit version of Windows.
What are the System Requirements for RockWorks17?
- Windows 7, Windows 8, or Windows 10
- Both 32-bit and 64-bit Operating Systems supported
- RockWorks License Manager for Network licenses requires Windows Server 2003 or higher
- 2 GB of RAM (2+ recommended)
- 1.4 GHz or faster CPU
- Plenty of free disk space
- Read/write privileges to a %Userprofile%My Documents directory
- Display set to GREATER than 800 x 600 pixels
- The EarthApps and Google Earth exports require installation of Google™ Earth, available from Google.
You’ll have better results with more RAM, a faster processor, and enhanced video (graphics card with dedicated RAM) for modeling and 3D display.
Large Fonts are not recommended. Windows XP, NT, 2000, 98 and ME are not supported.
What are the different types of licenses available for RockWorks?
RockWorks17 is offered with the following license types:
- A Single license can be installed onto a single computer. It is activated with a code specific to that computer, issued by RockWare. The license can be transferred to a new computer or different user by following the transfer instructions listed below on this FAQ page. This license can be upgraded to a different license type or feature level by paying the difference in price.
- An Annual license can be installed onto a single computer. It is activated with a code specific to that computer, issued by RockWare and valid for 1 year. When the year is completed, the software reverts to “free” mode. The license can be renewed by paying the Annual fee again at the current pricing. The license can be transferred to a new computer or different user by following the transfer instructions listed below on this FAQ page. This license cannot be upgraded to a different license type or feature level within the license year.
- A Network license is a shared license type. Any potential user may install RockWorks on their local computer. A separate License Manager program is installed on a server or other network computer and activated for X number of concurrent users. When a person launches RockWorks on their local machine, it looks to the License Manager to see if a seat is available and, if so, it will start. The License Manager can be configured to permit users to borrow a license when not connected to the network (e.g. in the field) for up to 60 days. Multiple seats must be at the same feature level. Additional seats can be added by paying the difference in price.
- A Classroom license is offered to academic institutions at a highly discounted price and is comprised of a Single license (typically for the instructor) and a Network license (for the lab).
RockWorks17 is also available with more feature levels so that you can purchase just the tools you need. Please visit our Feature Levels page for more information.
How do I choose which level of RockWorks to buy (Basic, Standard, or Advanced)?
All three levels include the Utilities portion of the program: the row-and-column datasheet and all of its tools for mapping XYZ data, modeling XYZG points, creating stereonets and rose diagrams, creating Piper and Stiff diagrams, and much MUCH more. This is the general RockWorks “toolbox.”
- With Basic, the borehole processing tools are limited to borehole location maps, 2D and 3D strip logs, and striplog profiles and cross sections. Simple correlation panels are offered for Stratigraphy, I-Data, and P-Data in 2D section diagrams, but otherwise the borehole visualization is limited to observed data – no modeling.
- With Standard, you get all of the modeling tools for the subsurface data offered in the Lithology, Stratigraphy, I-Data, T-Data, P-Data, Fractures, Aquifers, and Vectors menus, and all of the 2D and 3D diagrams and maps these menus contain.
- With Advanced, you can connect to a SQL-Server database on a network, run RCL scripts to automate program processes, apply 3D faults to surface and solid models. You also have access to the RockWare GIS Link, to the tools in the well Production menu, and can import commercial PLSS land grids,
The higher levels include all of the features of the lower ones. You can upgrade to a higher feature level by paying the difference in price. See also: Feature Levels.
How do I install and activate my RockWorks17 license?
If you purchase a license for RockWorks, you will receive an email from our fulfillment desk with the “registration number” for your license. Keep this – you’ll need it to activate your license.
RockWorks17 installs as a demo. You can download the installer from the main RockWorks page on our website. Save the installer file to your computer, then run it to install the software. The trial version is fully-functional for 2 weeks.
If you purchased a Single or Annual license, a machine-specific “Unlocking Code” is used to convert the time-limited demo to the full version. You can request your Unlocking Code via the RockWare Customer Portal or our Registration Form. (See the RockWorks Licensing page for details.)
If you purchased a Network license, your administrator will need to download, install, and activate the separate RockWare Network License Administrator on a server or other network computer. Contact us with questions using the form to the right. Users can install the RockWorks demo on their local computer and connect to the license manager. (See the RockWorks Licensing page for details.)
How do I transfer my RockWorks license to a different computer?
This is a 2-step process: removing the licensing from the original machine, and unlocking the license on the new computer.
1. Remove the license from the original computer: Start RockWorks17. Click on the Home tab and the Licensing button. Click the Change/Review Licensing button. Click in the Remove Licensing radio button and click Change. Click Yes when prompted to confirm the operation. Copy or write down the Uninstall Number which is displayed. (Note that if you uninstall RockWorks using the Windows Control Panel, the license removal will occur first, automatically.)
2. Install RockWorks17 onto your new computer: Visit the Product Updates page to download the latest installation program.) Request your new unlocking code by visiting the Registration Page and supplying the new Installation Number displayed on the screen, your license Registration Number, and the Uninstall Code from above. We will reply by email with the new unlocking code.
1. Remove the license from the original computer: Start up RockWorks16. Click on the Preferences menu and select Change/Review Licensing. Click in the Remove Licensing button and click Change. Click Yes when prompted to confirm the operation. Write down the Uninstall Code that is displayed. (Note that if you uninstall RockWorks using the Windows Control Panel, the license removal will occur first, automatically.)
2. Install RockWorks16 onto your new computer. (Visit the Product Updates page to download the latest installation program.) Request your new unlocking code by visiting the Registration Page and supplying the new Installation Number displayed on the screen, your license Registration Number, and the Uninstall Code from above. We will reply by email with the new unlocking code.
Is RockWorks industry-specific?
RockWorks was designed with numerous geological industries in mind: environmental, geotechnical, petroleum, and mining to name a few. It offers many generalized subsurface visualization and modeling tools, as well as some that are more industry-specific. For example, well construction diagrams may be used primarily by environmental/geotechnical users, while raster logs and the stratigraphy picker tools might be used more by those in the oil and gas industry. Shallow environmental data lends itself to lithology modeling, while deep petroleum wells will focus on stratigraphic layers. Mining users will probably enter quantitative measurements as “I-Data,” while O&G users will enter geophysical measurements in the “P-Data” tabs.
How is the borehole data stored in RockWorks?
RockWorks17 stores borehole data in a SQLite database. When you create a new project folder in the program, the “SQLite” file will be created automatically for entry/import of your borehole data. This offers a number of benefits, including improved data integrity (such as defined formations and lithology types) and powerful queries (dialog-box-based as well as SQL entries). RockWorks also lets you choose MDB (MS Access) as your local database type if you prefer; this option can be helpful for connecting to ArcGIS.
Can I use my RockWorks16 projects in RockWorks17?
Yes. Even though we have changed the default local database from MDB to SDB (SQLite), you can use your RockWorks16 projects with no problem. When you open your RockWorks16 project folder in RockWorks17, a new-project wizard will start. It will copy your RockWorks16 database to this new folder, updating it to the new database type.
All of your accessory files – RwDat datasheets, RwGrd grid models, RwMod solid models, and Rw2D, Rw3D, and RwRpt graphic and report files are fully usable in RockWorks17.
Can I use my RockWorks15 projects in RockWorks17?
Yes. When you open your RockWorks15 project folder in RockWorks17, a new-project wizard will start. It will copy your RockWorks15 database to this new folder, updating it with all of the new coordinate definitions.
There is also a stand-alone program installed with RockWorks17, called “RW 15 to 17 Conversion Tool” which can update your ATD datasheets, GRD grid models, MOD solid models, and RK6 and .RW3DXML graphics generated in RockWorks15 to their corresponding RockWorks17 formats (RwDAT, RwGRD, RwMOD, Rw2D, and Rw3D) individually or in bulk.
Can I create cross sections in RockWorks?
Yes. You can create several types of cross section diagrams in RockWorks: 2D single-panel projected profiles (true orientation of the holes maintained), 2D hole-to-hole cross sections, 2D projected sections, and 3D fence diagrams. These sections can illustrate logs only or include interpolated panels representing stratigraphy or water level surfaces, or lithology, fractures, or quantitative measurements based on interpolated solid models.
Does RockWorks do 3D modeling and visualization?
Yes. RockWorks offers both surface modeling (XYZ values) and solid modeling (XYZG values). Single and multiple surfaces can be displayed in 3D, and stratigraphy models incorporate 3D surfaces with side panels. Solid models can be displayed in 3D as isosurfaces or with color-coded voxels.
What is the difference between RockWorks and LogPlot?
LogPlot’s sole purpose is creating logs: it generates individual well/boring logs with almost unlimited flexibility in log layout, with detailed headers, footers, and any combination of data columns. You can create the graphic log at any vertical scale and print to single-sheet or continuous printers. If you need detailed individual logs, LogPlot is the way to go.
RockWorks creates more simplified logs, designed for display in cross sections and fence diagrams, and as a launching point for project-wide data interpolation and display. Logs are just a small part of what RockWorks does.
RockWorks and LogPlot can share data, so they work nicely together. They are purchased separately.
Is RockWorks compatible with ArcGIS ArcMap?
Yes, in a number of ways. (1) The RockWare GIS Link (available separately) can be used to load your RockWorks borehole data into ArcMap. It also allows you to pick section/fence locations there and transfer control back to Rockworks for diagram display. (2) 2D Shapefiles can be imported into the RockWorks 2D plotting window, enabling you to overlay ArcGIS maps over your RockWorks contours, for example. (3) The RockWorks 3D display window exports log cylinders, surfaces, isosurfaces, and fence panels as 3D shapefiles for display in ArcScene (requires the 3D Analyst extension).