# binary dataDvl # timeTag time %8.8e ,time ,UNKNOWN # double dvlPingTime %.2f ,Time of First Ping ,Seconds # double dvlBotVelx %8.8e ,Velocity component along x-axis with respect to the bottom ,meters/second # double dvlBotVely %8.8e ,Velocity component along y-axis with respect to the bottom ,meters/second # double dvlBotVelz %8.8e ,Velocity component along z-axis with respect to the bottom ,meters/second # double dvlBotVele %8.8e ,Velocity error component with respect to the bottom ,meters/second # short dvlBotVelStat %d ,Status code for velocity with respect to the bottom ,Unitless # double dvlWatVelx %8.8e ,Velocity component along x-axis with respect to a water layer ,meters/second # double dvlWatVely %8.8e ,Velocity component along y-axis with respect to a water layer ,meters/second # double dvlWatVelz %8.8e ,Velocity component along z-axis with respect to a water layer ,meters/second # double dvlWatVele %8.8e ,Velocity error component with respect to a water layer ,meters/second # short dvlWatVelStat %d ,Status code for velocity with respect to the water ,Unitless # double dvlTemp %8.8e ,DVL internal temperature ,Celsius # double dvlPitch %8.8e ,DVL Pitch ,Degrees # double dvlRoll %8.8e ,DVL Roll ,Degrees # double dvlHeading %8.8e ,DVL Heading ,Degrees # double dvlRange %8.8e ,DVL altitude above bottom ,meters # double dvlBeam1 %4.6f ,Range of Dvl Beam 1 ,meters # double dvlBeam2 %4.6f ,Range of Dvl Beam 2 ,meters # double dvlBeam3 %4.6f ,Range of Dvl Beam 3 ,meters # double dvlBeam4 %8.8e ,Range of Dvl Beam 4 ,meters # begin ̱\ҵAq= s<@X9vϿZd;OMb+,@@= ףp[@QNo@\ҵAףp=<@Mb?q= ףpտ^I +?>@ RQȿ{GzԿtV?Mb,@)\(??Qp@f Y@ףp= a@gffff]@gffff]@^ҵAq= ׃>@ \(\?y&1Cl?y&1?)\(,@Q@(\[@-p@TvY@ ףp=`@ ףp=`@(\\@8(_ҵA>@ {Gzsh|??RQȿ?Q,@\(t@Gz?{Gp@f Y@ףp= a@gffff]@gffff]@n_ҵA(\?@