Several cycles of deposition set off by soil zones. The higher dunes are above the water table in most places but constitute a valuable intake area.įine- to medium-grained, rounded eolian quartz sand, cross-bedded. These younger, higher dunes are subject to shifting and blowout and are devoid of vegetation. Smaller quantities are obtainable from the Smoky Hill Valley.įine- to medium-grained eolian quartz sand. Yields large to very large supplies of relatively hard water to wells in the Arkansas and Little Arkansas valleys. Silt, clay, and cross-bedded coarse-grained sand and gravel containing silt and clay.
Table 6.-Generalized section of the geologic formations in parts of Harvey, McPherson, Marion, Sedgwick, and Reno counties.
The character and ground-water supply of the geologic formations in this area are described briefly in the generalized section in Table 6, and in more detail under geologic formations and their water-bearing properties. The stratigraphic relationships of these and other formations are shown on the geologic profiles (Pl. The principal water-bearing formations are the sandstones of the Kiowa shale, the Delmore formation, McPherson formation, and alluvium of the Arkansas, Little Arkansas, and Smoky Hill River valleys. The areas of outcrop of the various formations are shown on Plate 1. The rock formations that crop out in the parts of Harvey, McPherson, Marion, Reno, and Sedgwick counties included in this report are of sedimentary origin and range in age from Permian to Recent. Analyses of water derived from the several formations are given in Table 13. Records of typical wells tapping the formations are given in Table 37. Mechanical analyses of the unconsolidated deposits are included in the section on the physical properties of the water-bearing materials. Logs of 354 test holes and wells are grouped at the end of the report and the locations of the test holes and wells for which logs are given are shown on Plate 7. In addition to the following discussion of the geologic formations in this area, a considerable amount of data concerning them is included elsewhere in this report. Geologic Formations and Their Water-bearing Properties
#Brompton s8 software#
The markers are automatically generated, with the ability to configure the color and size of the markers from within the processor UI.Ī beta version of the v3.3 software is now available to download from the Brompton Technology website.Next Page-Geologic Formations-Cretaceous The markers are overlaid on the video content being displayed, with Tessera’s Frame Remapping feature used to only display the markers on output frames that are not visible to the main camera. Chris Deighton, Brompton Chief Technology Officer This can now be resolved by displaying suitable markers on the LED itself. LED video processing products manufacturer, Brompton Technology, has outlined features coming with Tessera v3.3 software, designed to optimize the performance of LED panels including markers for use with the Mo-Sys StarTracker.īrompton has added support for Mo-Sys’ StarTracker when users are employing Tessera R2-based panels together with Tessera SX40 or S8 LED processors and Frame Remapping.Īlthough there are many different systems for tracking camera position, a common approach has been using visible markers, which can be challenging within an LED volume, especially one with an LED ceiling.
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