- #HYPACK LINEFILE SERIAL NUMBER#
- #HYPACK LINEFILE SOFTWARE#
- #HYPACK LINEFILE PLUS#
- #HYPACK LINEFILE SERIES#
The systems that fall into this category are the EM1002, EM3000, EM300, and EM120.
ALL format so you may need to provide that separately using the Tide Importer.įull sonar processing is not currently supported for some of the older Kongsberg systems. Qimera does not extract tide data from the.
#HYPACK LINEFILE SOFTWARE#
ALL file but it is only as correct as the data that was provided to SIS, we encourage you to verify the date/time stamping of your SVP profiler and processing software that provides this to SIS in real-time to ensure that it is correct and reporting UTC time as well. The date/time of the SVP is encoded in the. ALL format does not encode the position of an SVP file and you will need to enter this information manually after importing your. If you have multiple Kongsberg sonar systems on the same vessel, we strongly encourage you to give different vessel names to the two systems to ease data management in Qimera. Taking the time to name the vessel in SIS will make data management quite simple in Qimera. This is especially important If you find yourself using the same sonar head on vessels of opportunity. We encourage you to specify a vessel name in Kongsberg's SIS program during your survey setup to help you identify data files from different vessels in Qimera. The vessel name is used to help associate files from the same vessel together after multiple import sessions.
#HYPACK LINEFILE SERIAL NUMBER#
Otherwise, the sonar model number and serial number are used to craft a unique vessel name. ALL file, in this event it is used directly. The vessel name is sometimes stored in the. The lower portion of the import dialog provides a drop down list to specify the type of coordinate frame that the positioning data is referenced to. ALL format provides much of the information that Qimera requires with the exception of the coordinate reference system used by the raw positioning data stored in the file. This includes all sensor locations, offsets, data types, geodesy settings, vessel names, etc. DB format as recorded in QINSy provides the cleanest import experience since Qimera is capable of determining all that it needs to know from the file itself. Several file format specific nuances are explored below for each of the supported import file formats, along with images of the Add Raw Sonar File import dialog for clarity when necessary. Understandably, the import experience varies slightly from one format to the next based on the type of information that Qimera can automatically extract from the incoming data files. Qimera can process raw sonar files to generate fully corrected and georeferenced sounding footprints for a number of formats. Generic Sensor Format, interchange format for multibeam data
#HYPACK LINEFILE SERIES#
For additional information about this data contact the Olympic Coast national marine sanctuary.Reson Seabat 7000 series echosounder formatĮdgeTech bathymetric sidescan echosounder format This information may be updated, corrected, or otherwise modified without notification. Spatial information may not meet National Mapping Accuracy Standards. Original data elements may have been compiled from various sources. The Olympic Coast National Marine Sanctuary nor any of their employees, make any warranty, express or implied, including the warranties of merchantability and fitness for a particular purpose, or assumes any legal liability or responsibility for the accuracy, completeness, or usefulness of any information, apparatus, product or process disclosed, or represents that its use would not infringe privately owned rights. Please recognize the Olympic Coast national marine sanctuary (OCNMS) as the source of these data. These data are intended for science researchers, students, policy makers, and the general public.ĭata Set Information Data Set Scope Code: The data can be used with geographic information systems (GIS) software to display various seafloor characteristics. Backscatter was normalized and mosaiced using software developed by the University of New Brunswick Ocean Mapping Group. Sonar packets, motion sensor, and navigation data were logged in Isis Sonar as XTF files. Navigation and line planning were accomplished using Hypack software using a CSI wireless DPGS.
#HYPACK LINEFILE PLUS#
A Applanix POS/MV was used to compensate for vessel motion and a Seabird SVP 19 plus was used to measure sound speed. A Reson 8101 multibeam echosounder (240 kHz) was hull mounted to NOAAS Rainier survey launch to acquire the sonar data. Olympic Coast National Marine Sanctuary - mos110_0204c.tif - Multibeam backscatter mosaic from survey area 110_0204cĪ multibeam backscatter image (0-35 m water depths) mosaiced from hydrographic data collected during a August/September 2003seafloor survey.