Descriptions of circuits, software and other related information in this document are provided only to illustrate the operation of semiconductor products and application examples. “Providing all interested parties with objective information on lake levels and related streamflows presented in graphic form, puts everyone on the same page at the beginning of the debate.”įor more information on the Flathead Lakers see. Synergy Software Package (SSP) Datasheet Datasheet © 2021 Renesas Electronics Corporation. “Making public policy is a lot easier if everyone has ready access to the same set of facts,” says Conner. KaleidaGraph’s graphs and statistical analysis have helped the Lakers educate people on how and why the level of Flathead Lake varies, an important step in determining how the natural resources near a crown jewel national park in northwestern Montana should be managed. The impact of such detailed and wide-ranging analysis. Synergy Sports’ loggers and proprietary technology dissects and analyzes every pitch, player, plate appearance, game situation and outcome then sorts those details and pairs them with supporting video. The installer for the demo should have been saved to your Downloads folder or wherever you directed the browser to save the file. ShareMouse is a mouse and keyboard sharing app like Synergy that works across multiple networked computers. Objective information in graphic form helps shape public policy. A powerful pairing of video and data to drive softball team and player performance. Visitors to the website can download the entire set of lake level measurements and calculated values that are used to produce the graphs. They also are made available to interested parties as files for printing and projection. The plots are displayed on the Flathead Lakers website. “KaleidaGraph is the ideal application for these tasks because of its large datasheet (many data sets have more than 32,000 rows), its clean and elegant output, its powerful curve fit and statistical functions, and its unexcelled ease of use,” states James Conner. He also used KaleidaGraph’s statistical functions to analyze the (slight) difference between the readings for the USGS gauges at the north and south ends of the lake. Conner used KaleidaGraph’s powerful curve fit features to plot the level of the lake as a function of the streamflow in the river below the lake’s outlet, thus deriving an equation with which he calculated the missing lake levels and reconstructed the lake’s hydrograph. Early USGS data sets for the lake contained long periods where measurements were not taken, so hydrographs prior to 1928 contained gaps.
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