Directional linetypes indicate the direction and number of observations between each network station. The network plot can be customized in an intuitive grid view that allows users to control the visibility, color, linetype and size of each network element to graphically differentiate conventional, GPS and leveling observations.
“In fact, nearly all of the new features built into it came directly from requests in MicroSurvey’s Request Forum,” Sloman said.Ī main feature of STAR*NET 8.01 is a new Network Plot Manager to control your observations. But the new version seems to have something for everyone, suggests Brian Sloman, MicroSurvey’s Desktop Products Manager. Different users will have different reasons to upgrade to this improved software package. Striving to make the software even better, MicroSurvey has just unveiled version 8 along with a massively updated version 8.1. STAR*NET, which MicroSurvey acquired from Starplus Software in 2010 and has since offered through numerous upgraded and improved versions, is well adapted to help its users perform least squares adjustment with confidence. In other words, it’s a way to process all of your measurements simultaneously to achieve the best, most precise results. Keep in mind that least squares adjustment is a processing tool in surveying, really. While not the only software program available to accomplish least squares adjustment, MicroSurvey STAR*NET has become one of the most popular and routinely used packages for this important method. The desired result is to get adjusted coordinates that are more reliable and accurate compared to those obtained from simple intersection and traverse adjustments. This method can accomplish several key steps: solve resections, adjust a network, adjust traverses, hunt down blunders in the data you’re observing, blend GPS vectors and total station work, and differential leveling data into one project. Least squares adjustment can be applied to something as simple as a resection or a more complicated situation such as a three-dimensional network.
The best way to confidently accomplish this objective is through a least squares adjustment.
Since time truly is money in the surveying business, the goal is to reduce random error inherent in survey measurements. For most surveying projects, speed, efficiency and accuracy of measurements are paramount.
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