Golden Software Blog

Helping you learn more about the latest product information, tips, tricks, techniques, and customer stories so you can visualize data and communicate results with ease.

Customer Spotlight: GeoMathics One Finds Voxler Advantageous

Cornell David, Manager and Senior Geophysicist at GeoMathics One, a geological and geophysical service company located in Bucharest Romania, first encountered Golden Software products in 1990.

GeoMathics One uses Voxler to display an assortment of geophysical data including 3D chemical distribution and 3D geophysical data acquired with Electrical Resistivity Tomography systems. David states, “I’ve appreciated Voxler from the beginning. Voxler gives you the ability to plan a 3D geophysical investigation.”

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A Graphical Look at New Year's Resolutions

Each year, like clockwork, on January 1st millions of people take a long, hard (or maybe not-so long and hard) look at their lives and plan out their goals. I’m a list-maker and planner by nature, but I had never been into making New Year’s resolutions before I began working at Golden Software. All the statistics point to a system that is designed to fail. I heard on the radio recently that 75% of New Year’s resolutions are broken within the first 24 hours. Now, I don’t know about that, but it did get me thinking about the numbers behind New Year’s resolutions, and why the success rate was so low.

New Year’s resolutions by the numbers. These Grapher 11 graphs show the types and specific resolutions people make, what percentage of Americans make and keep their resolutions, and the percentage of resolutions that are kept over the first six months of the year. Data from http://www.nielsen.com/us/en/insights/news/2015/2015s-top-new-years-resolution-fitness.html and http://www.statisticbrain.com/new-years-resolution-statistics/ using our unique graphing software.

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Customer Spotlight: John McMurray Uses Surfer For Meterology & Hydrology

Golden Software customers possess a broad assortment of backgrounds from earth sciences and engineering to education and politics. This vast background results in a variety of uses for Golden Software’s products. Each customer uses the software in a unique way, and we are pleased to share these stories. This blog features John McMurray, President of Commercial Weather Services, Inc., and his use of SURFER in the application of meteorology and hydrology.

In the arena of Geographical Information Systems (GIS), an application of Meteorology and Hydrology has been bridged. With more than 30 years experience each; meteorologist John McMurray and hydrologists Rod Carson have developed detailed spatial resolution of Doppler radar data. John McMurray, President of Commercial Weather Services, Inc. (CWS) has used Golden Software's programs, PLOTCALL and GRAPHER, as far back as the mid 90's in the development of Wind Roses. A 1964 graduate from the NY State Maritime College, Fort Schuyler, BS Meteorology, John spent the next five years in the US Air Force. Separating as a Captain, the next venture was as a Broadcast Television meteorologist and as a private consultant to date.

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Variations in Hillshading: Creating Tanaka-style Illuminated Contour Maps

There many methods for displaying contour lines in visualization and GIS software programs. In most cases, representing terrain data with standard contours or hillshading techniques are sufficient. In other cases, you may want a more artistic technique to help emphasize specific features in the data or to make the map more pleasing to the eye. One of these techniques is using the Tanaka method for creating illuminated contours. I recently read an article about how to create illuminated contours in ArcGIS and couldn’t resist trying to replicate the results in Surfer's mapping software.

The Tanaka method applies a northwest light source to a contour map. The contour lines then change in color and width based on their relationship to the light source. Contour lines facing the light source are drawn in white while those in the shadow are drawn in black. The contour lines facing the light source (or facing away from it) are thicker, and the contour lines in the orthogonal direction are thinner. A more detailed explanation of the method can be found online at: http://www.mbmg.mtech.edu/pdf/gis_illum.pdf

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Jennifer Woodson
Let us know how it goes, Eugene. We'd love to see your finished product! Jennifer Woodson Technical Support... Read More
Wednesday, 13 January 2016 13:36
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Use Voxler’s Worksheet Window to Quality Control Data

Data is the foundation of a successful modeling project. We all have had an experience where high quality, mistake-free data was not available for a project and lesser quality, problematic data was the only thing available. These problematic datasets can contain a variety of issues not limited to missing data values, missing labels, incorrect data values, and outliers; all of which can cause inaccurate projects. With the release of a the latest version of Voxler 3D Visualization mapping software this past fall, the new worksheet window allows real-time editing of your imported data; Now you can leverage Voxler as a valuable data quality control tool for correcting problematic 3D point cloud data and well data. This blog will detail how to effectively QC (quality control) the problematic data issues directly within Voxler's mapping software using the new worksheet window.

QC missing data values:

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