single beam editing hypack 2013. data flow reads: reads: raw data files old all format data files...

Download SINGLE BEAM EDITING HYPACK 2013. Data Flow Reads: Reads: Raw Data Files Old ALL Format Data Files ALL2 Format Data Files HSX (Multibeam EC1 records) Applies

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SINGLE BEAM EDITING HYPACK 2013 Slide 2 Data Flow Reads: Reads: Raw Data Files Old ALL Format Data Files ALL2 Format Data Files HSX (Multibeam EC1 records) Applies (optionally): Applies (optionally): Tide Correction Files SV Correction Files Saves: Saves: ALL2 Format Data Files (Default) Old All Format Data Files SBMAX Raw Data Files Old ALL Format Files ALL2 *.TID *.VEL Optionally: Read a single file, selected files from a *.LOG, or the entire *.LOG file Slide 3 Correcting for Tides Tide Corrections: Tide Corrections: Using a Tide Correction File: Using a Tide Correction File: Make a Tide Correction file (*.TID) in the MANUAL TIDES program. Make a Tide Correction file (*.TID) in the MANUAL TIDES program. Enter the name of your file Enter the name of your file RTK Tides: RTK Tides: No entry is needed. No entry is needed. Set up RTK Tide parameters in Advanced tab of Read Parameters window. Set up RTK Tide parameters in Advanced tab of Read Parameters window. Manual tides entered during SURVEY: Manual tides entered during SURVEY: No entry is needed. No entry is needed. Specify Manual Entry in Survey as Tide Device in Selection tab of Read Parameters Specify Manual Entry in Survey as Tide Device in Selection tab of Read Parameters Telemetry Tides: Telemetry Tides: No entry is needed. No entry is needed. Specify telemetry tide device as Tide Device in Selection tab of Read Parameters. Specify telemetry tide device as Tide Device in Selection tab of Read Parameters. Slide 4 Correcting for Sound Velocity Sound Velocity Corrections Sound Velocity Corrections Calibrated sounder with a bar check: Calibrated sounder with a bar check: No correction file is needed. No correction file is needed. Using a velocity probe: Using a velocity probe: Create a Sound Velocity Correction file (*.VEL) in the SOUND VELOCITY program. Create a Sound Velocity Correction file (*.VEL) in the SOUND VELOCITY program. Enter the name of your correction file. Enter the name of your correction file. Using fixed corrections at different depths: Using fixed corrections at different depths: No entry is needed. No entry is needed. After editing your data, run the SOUNDING ADJUSTMENT program. After editing your data, run the SOUNDING ADJUSTMENT program. Separate corrections can be computed for the high and low frequency depth values. Use Depth 1 computes an SV correction for both frequencies, using just the high frequency. Use Depth 2 computes an SV correction for both frequencies, using just the low frequency. Use Depth 2 computes an SV correction for both frequencies, using just the low frequency. Use Both, computes separate SV corrections, using the depths of the high and low frequency. Use Both, computes separate SV corrections, using the depths of the high and low frequency. Slide 5 Read Parameters: Selections Window Select the equipment to be edited. Select the equipment to be edited. Set Tide to Manual Entry in SURVEY Set Tide to Manual Entry in SURVEY To read Tide values that were manually entered during data collection. Snap to Line:Snap to Line: Moves soundings so they fall on the planned line. Pretty, but.. Pretty, but.. Dangerous Dangerous Slide 6 Read Parameters: Offsets Window Changing offsets ONLY works when reading in RAW data files! Changing offsets ONLY works when reading in RAW data files! Change the Latency value.Change the Latency value. Change the Position Offsets of a sensor.Change the Position Offsets of a sensor. Slide 7 Read Parameters: Survey Info Window Shows: Shows: Time and Date of the 1 st data file.Time and Date of the 1 st data file. Entries from SURVEYs Project Information window.Entries from SURVEYs Project Information window. Project Project Area Area Boat Boat Surveyor Surveyor Geodesy info from 1 st data file.Geodesy info from 1 st data file. Slide 8 Read Parameters: Presort Window Divides each survey line into Blocks. Divides each survey line into Blocks. Blocks can be created by: Blocks can be created by: Time (Seconds) Distance (ft or m) # of Depths Loads one depth from each block into the spreadsheet. Loads one depth from each block into the spreadsheet. Min, Max, 1 st in Block, Average To thin your data, it is preferable to use one of the Sounding Selection routines AFTER you edit your data. To thin your data, it is preferable to use one of the Sounding Selection routines AFTER you edit your data. Select Yes, Except Events to protect the location of your event marks. Select Yes, Except Events to protect the location of your event marks. Pat hates Presort.. Slide 9 Read Parameters: GPS Pre-Filter Window Used to pre-filter positions and/or RTK Tides. Used to pre-filter positions and/or RTK Tides. If Quality of GPS position is less than specified: If Quality of GPS position is less than specified: Position is not usedPosition is not used (top section) RTK Tide is not computed for pointRTK Tide is not computed for point (bottom section) When positions are deleted from interior of line, new positions are interpolated and not depths are lost. When positions are deleted from the ends of a line, depth data is lost. When positions are deleted from the ends of a line, depth data is lost. Slide 10 Read Parameters: Advanced Window RTK Tides: Enable RTK Tides and Select a Method Average Tide (preferred) Averaging period = 5 wave periods (in secs.) Recalculate allows you to fix problems due to bad configurations. MRU Apply Heave: Thats why you bought it. Apply Pitch and Roll Corrections: Re-computes position of transducer using pitch and roll data. Remove Heave Drift: Tries to re-center the heave about the 0. POSPac Adjustments & Post- Processed GPS Corrections Allows you to adjust positions with post- processed *.OUT and comma-separated- value files. Slide 11 RTK Tides: Tide and Draft Window Read Parameters Window Read Parameters Window Set parameters in the Advanced Tab of the Read ParametersSet parameters in the Advanced Tab of the Read Parameters Tide and Draft Window Tide and Draft Window Raw RTK Tides values:Raw RTK Tides values: Color-coded by GPS StatusColor-coded by GPS Status Averaged RTK TidesAveraged RTK Tides (RED line on graph)(RED line on graph) Eliminate RTK Tide Spikes due to short- term lost of Fixed RTK in the Tides window.Eliminate RTK Tide Spikes due to short- term lost of Fixed RTK in the Tides window. Slide 12 Correction of Heave Drift Heave values can drift off-center due to rapid accelerations or changes of direction. Heave Drift NOT Removed Heave Drift Removed Slide 13 Read Parameters: Advanced Window: Steer Sounding Beam D D X,Y The position of the sounding is based upon the center of your transducer beam. Steer Sounding Beam computes a new location for the center of your transducer beam, based on the pitch and roll values. D = cos(pitch)*cos(roll)*D. Slide 14 POSPac Adjustments Allows the user to apply enhanced Post-Processed positions, heave, pitch, roll and Tide data from a POSPac (POS/MV) file. Allows the user to apply enhanced Post-Processed positions, heave, pitch, roll and Tide data from a POSPac (POS/MV) file. AVI Slide 15 SBMAX Layout SBMAX Control Window SBMAX Spreadsheet SBMAX Survey Window SBMAX Profile Window Slide 16 Other Useful Windows Echogram Window: Used to display the acoustic data for each ping from network-capable echosounders. Heave Window: Displays raw heave values. Examine each line for heave drift! Tide and Draft Window: Shows tide corrections. Very useful for RTK tides! Allows you to cut out short periods where you have lost RTK fixed. Slide 17 Editing Track Lines: SURVEY Window SURVEY Window You can delete individual bad position points OR Interpolate across user-defined blocks Edit your all of your track lines, then review the profiles one-by-one. Deleting interior positions results in no loss of depth data, as new positions are interpolated across the deleted track. Deleting exterior positions results in the loss of depth data. AVI Deleted Positions No loss of depth data Deleted Positions Loss of depth data at end of line Slide 18 Background Files in Survey Window Users can display all background files in the Survey Windows of SBMAX and MBMAX. Hit F9 to get to the View Options window and enable Show Charts. Slide 19 Profile Window: Manual Editing Tools Delete the points Inside the Block Delete the points Outside the Block Swap Depths Inside the Block Restore Deleted Points Inside the Block Flag Starting/Ending Points of Block Eraser Tool Deletes Points within Square Apply Filters to the Current Line Smoothing Filter -- Use with Caution Delete Above Line Delete Below Line Make JPG of Current Profile Window Prints Current Profile Window Zoom Window Pan Left (When Zoomed In) Pan Right (When Zoomed In) Zoom to the Full Extents of Window Interpolate will create new z-values for each sounding, based on the surrounding soundings. Delete will remove the sounding and create a gap of no data. Slide 20 Editing Track Lines: in the Profile Window Interpolate across position spikes by setting flags in the profile window. Interpolate across position spikes by setting flags in the profile window. Slide 21 Profile Window: Depth vs. DBL or Depth vs. Time Surveying across a Channel: Use Depth vs. DBL Surveying around Curves or Doubling back against your course: Use Depth vs. Time Hit F9 to get quick access to the display settings Slide 22 Profile Window: Lines vs. Points Slide 23 Profile Window: Deleting Above/Below Lines Slide 24 Echogram Window: Echogram Window: For Echosounders that Provide Digital Acoustic Data View acoustic data from: Odom MK3 Odom CV3 Simrad EA400 Knudsen Manually digitize acoustic echogram. Display High Frequency Low Frequency Slide 25 Filters Hit CTRL-F to get to the Filter Set- Up Window. Hit CTRL-F to get to the Filter Set- Up Window. Minimum Depth Maximum Depth Offline Limit Spike Limit Pitch Roll Limit Keep Events Only AVI Slide 26 Restoring Deleted Points Deleted points are maintained. Deleted p