CARIS HIPS and SIPS
Trademarks and Copyright
Acknowledgements
Contacts
CARIS
Introduction
System Requirements
Introduction
System Requirements
Interface
Main Window
Commands
Layouts
Windows
Attributes
Components
Coordinates
Draw Order
Features
Image Preview
Layers
Output
Properties
Relations
Selection
Spatial Attributes
Toolbars
Displaying Data
2D View
Display Data
Adjust the Display
Colour Map Editor
Colour Range Editor
Navigate the 2D View
3D View
Display Data
Adjust the Display
Navigate the 3D View
Commands
3D View
3D Flight Path
Record 3D Flight Path
Save 3D Flight Path to File
Load 3D Flight Path from File
Play 3D Flight Path
Pause 3D Flight Path
Stop 3D Flight Path
Export to Video
About CARIS
Add Sources From Session
Add to Selection
Attribute Catalogue Browser
Cancel Draw
Cascade
Centre on Coordinate
Centre on Selection
Centre on Superselection
Change Coordinate Reference System
Change Scale
Clear
Clear Selection
Close
Close All
Connection
Copy
Copy All
Copy Selected
Corporate Home Page
Create Layer by Attribute Value
Create Layer by Feature Acronym
Create Layer by Feature Object ID
Create Layer by Feature Type
Create Layer by Rule File
Create Layer by Unique Feature Acronyms
Create Selection
Customize
Toolbars
Commands
Keyboard
Options
Draping
Exit
Export Surface to ASCII
Filter Attributes
Export View
Find
Flicker
Full Screen
Help Topics
Layouts List
Layouts
Load Layout
Measure Distance and Angle
Modules
New Layout
New Window
Object Catalogue Browser
Open File
Select Catalogue
S-57 Update
Coordinate Reference System
VPF Open Wizard
DHT
LHT
LAT
Open Session
Open URL
Web Service HTTP URL
Open via Source Plugin
Options
Overview
Pan
Position Cursor
Print
Print Setup
Recent Files List
Recent Sessions List
Refresh
Remove Others from Selection
Remove
Reset Default Layout
Reset Toolbar
Rule Wizard
Add Rule
Type of Rule
Rule Conditions
Rule Name
S-57 ENC Object Catalogue
Save All
Save Session
Save Session As
Select All
Select All in Display
Select by Attribute Value
Select by Circle
Select by Coordinate Range
Select by Feature Acronym
Select by Feature Object ID
Select by Feature Type
Select by Lasso
Select by Range
Select by Rule File
Select by Superselection Range
Select Collections
Select Features Inside Areas
Select Features that Intersect Areas
Select Information Objects
Select Master/Slave Relationships
Set As Snap/Grab Target
Show/Edit Filter
Show Toolbars
Show Windows
Status Bar
Swipe
Tile Horizontally
Tile Vertically
Use Coordinate
Use Coordinate Reference System
User Guides
Zoom Area
Zoom In
Zoom Out
Zoom/Pan Extents
Zoom/Pan Forward
Zoom/Pan New View
Zoom/Pan Open Views
Zoom/Pan Reverse
Zoom to Map
Feature Editing
Introduction
Feature Object ID
Create
Digitize
Edit
Interface
Windows
Attributes Window
Components
Coordinates
Feature Palette
Create New Template Group
Load Features
Create or Modify Features
Associate Features
Digitize Features
New Feature Palette
Feature Preview Window
Registration Grid
Registration Summary Window
Validation Window
Toolbars
Commands
Add a Vertex to an Edge
Add Inner Rings to Areas
Change Selection
Basic
Advanced
Spatial
Check Geometry
Click Within Edges
Close Line
Conflate Edges
Conflate Points
Copy Feature Class
Copy Feature Geometry
Copy to Clip Layer
Copy to Scratch Layer
Create Area Feature
Create Area from Minimum Bounding Rectangle
Create Areas from Selection
Create Buffers
Create Closing Edges
Create Collection
Create Connecting Line
Create Corridor
Create Feature Layer
Create Grid
Create Line Feature
Create Master/Slave Relationships
Create Parallel Line
Create Point Feature
Create Sounding Feature
Cut and Remove Features
Cut Features
Delete a Vertex
Delete Features
Digitize Arc Using a Centre and Two Points
Digitize Arc Using Three Points
Digitize Arc Using Two Points and a Direction
Digitize Circle Using a Centre and a Radius
Digitize Circle Using a Two Point Diameter
Digitize Circle Using Three Points
Digitize Circle Using Two Points and a Radius
Digitize Fitted Curve
Digitize Geodesic Line
Digitize Geodetic Arc
Digitize Geodetic Circle Using a Centre and a Radius
Digitize Geodetic Circle Using Two Point Diameter
Digitize Geodetic Circle Using Two Points and a Radius
Digitize Loxodrome
Digitize Point to Point Line
Digitize Rectangle Using Three Points
Digitize Rectangle Using Two Points
Digitize Spline
Digitize Squared Line
Digitize Stream Line
Dissolve Areas
Divide Lines
Divide Lines by Edges
Edit All Features
Edit Collections
Edit Feature
Edit Master/Slave Relationships
End Line
Export Selection to ASCII
Export Selection to CARIS
Export Selection to CARIS Well-Known Text
Export Selection to DXF
Export Selection to GML/KML/Formatted ASCII
Export Selection to HOB
Export Selection to S-57
Export Selection to Shapefile
Filter Edges
Filter Selected Vertices
Generate Statistics
Grab
Import as Update
Import Selected Objects
Intersect Edges
Intersect Features
Mask Edges
Merge All Edges
Merge Areas Into
Merge Edges
Merge Matching Areas
Merge Matching Lines
Move a Point
Move a Vertex
Object Import Utility
Execute a script
Create a Script
Step 1: Set up script
Step 2: Source File
Step 3: Attributes and keywords
Mapping Editor
Redigitize Edges
Redo
Register
Remove Last
Remove Redundant Vertices
Repair Overshoots
Repair Undershoots
Repeat New Feature
Replace Areas
Report Difference Layers
Reverse Line Direction
Save All Files
Save File
Smooth Edges
Smooth Line
Snap
Split Edges
Trim/Extend an Edge
Undo
Ungroup Soundings
Utilities
Utilities File
Validate
Vectorize from Raster
Douglas-Peucker Algorithm
How It Works
HIPS and SIPS Module
HIPS and SIPS Basics
Working with Projects
HIPS and SIPS Data
Data Directory
VesselConfig Directory
Raw Data
PVDL Structure
Session Files
Windows specific to HIPS and SIPS
Log Viewer
Project window
Layers Window
Properties window: Lineage
HIPS and SIPS Menus
Process menu
Tools menu
Status Bar
Gridded Surfaces
Swath Angle Weight
Shoalest Depth True Position
Uncertainty Weight
CUBE
HIPS and SIPS Commands
2D View (Subset Editor)
3D View (Subset Editor)
3D View (Swath Editor)
Accept
Add Contact
Add Date
Add Depth
Add Selection to Additional Bathymetry
Add to Barcheck
Add to Mosaic
Add to Surface
Amplitude View
Apply Attitude Filters
Apply Bathymetry Filters
Apply Smoothing
Auto Cursor Mode
Calibration
Change CUBE Disambiguation Method
Change Depths
Classify Mosaic
Classify Lines
Command line utilities
Dump
Printf
Other utilities
Compute GPS Tide
Compute Layer
Compute Separation Model
Compute Statistics
Compute Total Propagated Uncertainty
Compute Towfish Navigation
Contouring
Contour Wizard - Options
Contour Wizard - Output Options
Conversion Wizard
Coordinate Reference System
Copy Position
Create a Format Information File
Add additional columns
Additional column attributes
Create Beam Pattern
Create SIPS Backscatter Beam Pattern file
Create SIPS Side Scan Beam Pattern File
Create GeoCoder Beam Pattern File
View Beam Pattern
Beam Pattern Offset
Create Profile
Adjust the Profile Display
Create Profile - Cross Profile
Create SIPS Mosaic using Backscatter
Create SIPS Mosaic using Side Scan
Create Mosaic using GeoCoder
Critical Soundings
Critical Sounding Detection
Setting Attributes
Contours Options
Radius Filters
Delete Mosaic
Designated
Find Designated Soundings
Difference Surfaces
Digitize Altitude (Side Scan)
Auto Digitize
Manual Digitize Altitude
Digitize New Polygon Boundary
Display filter
Edit a Format Information File
Edit Profile
Edit Selected Polygon Boundary
Editing Vertices in a Bounding Polygon
Editing an Entire Bounding Polygon
Edit Mosaic
Export HIPS and SIPS Data
Export Step 1: Select Format
Export Step 2 - Select Data to Export
Export Step 3: Set Export Options
Coordinate Reference System
Export: Last Step: Export
Export Options: Contacts
GSF to HOB Export Options
GSF to HOB (Step 4)
HIPS Tide to ASCII Options
Step 3: HIPS to ASCII
Select Units
Export HIPS to FAU
HIPS to GSF
HIPS to HOB
HIPS to HOB (Step 4)
HIPS To HTF
HIPS to HTF - Output options page 2
HTF Reference
Sediment Analysis to ASCII
SIPS to UNISIPS
Export Formats
Export Histogram to Image
Export to bMIO
Export a Bounding Polygon
Export Profile
Export Profile to ASCII
Export Profile to DXF
Export Profile to Image
Export Raster
Export Selection
Export Statistics to ASCII
Export Surface to HTF
Export Surface to HTF: Output Options
Export Surface to HTF: Attribute Options
Export Surface to Point Cloud
Export Surface Metadata
Extract
Extract Surface by Digitizing
Extract Surface Using a Feature Layer
View Extracted Surface Lineage
Filter Observed Depths
Filter Processed Depths (Surface Polygon Filter)
Finalize
Generalize Surface
Group Multiple Surfaces
Highlight Alternative Depths
Hypothesis Editing
Hypotheses views
Wire frame Hypotheses
Fixed Size Hypotheses
Nominate Alternative Hypotheses
Import Auxiliary Data
Import > Conversion Wizard
Step 1 - Select Data Format
Step 2: Select Files for Conversion
Import Options
Select Project, Vessel and Day
Set Navigation Coordinate System
Select Extents and Filters
Advanced Filtering
Enter Parameters Specific to the Import Format
Convert Data
Import Options for Specific Formats
Atlas Sounding Data (ASD) Options
Atlas Hydrosweep DS Options
Atlas SURF Options
BATHYSWATH_SXR Options
CODA Options
EDGETECH JSF Options
EDGETECH MIDAS Options
EIVA Options
ELAC Options
FURUNO Options
GeoAcoustics RDF Options
Bathymetry Filtering Options
GeoAcoustics RFF Options
GSF Options
Hawkeye Options
Hypack Options
Hypack HS2 Options
Imagenex Options
Klein Options
Kongsberg Options
Kongsberg AUV/RoV Data
Kongsberg EA600 Options
LAS Options
ProSAS Options
QMIPS Options
Seabeam Options
SHOALS Options
Teledyne7K Options
TeledynePDS Options
UNB Options
Winfrog Options
XTF Options
Import using Generic Data Parser
Interpolate Selection (Side Scan)
Interpolate Surface (Entire dataset)
Keep Detected
Line QC Report
Step 2 QC Report Wizard
Step 3 QC Report Wizard
Quality Control Statistics
Line Report
Load Delta Draft
Load Subset
Import Tide (Load Tide)
Load Tide status
Display tide zones
Lock Subset Area (Subset Editor)
Measure Distance in Side Scan View
Measure Shadow in Side Scan View
Measure Distance in Subset Editor
Merge
Merge Process
Merge Contours
Move Contact
New (Raster) Mosaic
New SIPS Mosaic
SIPS Mosaic Options
New Project
New Project (Step 2)
New Project (Step 3)
New Project (Step 4)
New Surface (Regular Gridded)
New Surface - Set Surface Extents
New Surface - Set Resolution
New Surface - Add Survey Lines
Uncertainty Weighting
New Surface - CUBE Weighting Parameters
Advanced Options for Configuration - CUBE
New Variable Resolution Surface
Nominate (hypotheses)
Offset Beam Pattern
Open Attitude Editor
Open Generic Data Parser
Open HIPS Catalogue Editor
Open Navigation Editor
Open a Project
Open Signal Display Window
Open Side Scan Editor
Open Single Beam Editor
Open Subset Editor
Open SVP Editor
Open Tide Editor
Open Vessel Editor
Plan View
Playback Controls
Port and Starboard Beams (View in Swath Editor)
Profile View
Purge Rejected Contacts
Query
Rear view
Rebuild Boundary Automatically
Recompute Contact Positions
Refraction Editor
Regenerate Critical Soundings
Reject
Reject —Break Interpolation / With Interpolation
Render Raster
Run Process Designer Model File
Set Interpolation
Reject by Disabling Sounding (LIDAR)
Remove from mosaic
Remove from surface
Remove Profile
Remove Selected Polygon Boundary
Remove Selection from Additional Bathymetry
Rename Line Folders
Replace Tiny Contours
Resize Subset Bounding Box (Subset Editor)
Restart Cleaning
Run Process Designer Model
Save As (CSAR Point Cloud)
Sediment Analysis (Compute)
Advanced Mode
Grain Size Table
Select Contact
Set Sediment Class
Set Source (Set Navigation Source)
Shift (Navigation)
Side View
Smooth Contours
Sounding Selection
Sounding Selection Wizard Step 1
Step 2: Selection Criteria
Radius
Overplot Removal
Enable Filter
S-57 Options
Sound Velocity Correction
Reference - Surface Sound Speed
Set Status Flags
Status Flags and Values
Subset Cleaning
Accept
Reject
Reject Swaths
Suppressed
Outstanding
Examined
Query
Subset Filters
Surface Filter (subset of a reference surface)
Surface QC Report
Track Editing with Subset Tiles
Subset tile properties
Tile Display Query
Tracking Cleaning Status
Upgrade Project
Update Coverage
Update HIPS Critical Soundings
Vertical Reference System
Vertical Reference System Editor
Editing the Vertical Reference database
Vertical Shift
Shift Using a Single Value
Shift Using a File of Predefined Values
Shift Using Tide Correction Data
View Contact Attributes
(View) Rejected Flag Types
View Selection Mean
View Waveform
Zoom in Side Scan View
HIPS and SIPS Editors
Attitude Editor
Display Data for Multiple Lines
Overview of multiple lines
Move from line to line
1. Use the Select > Track Line > Next (or Previous) command, or,
2. Click on a specific line in the Project window to display the data for that line.
Tooltips
Sensor graph windows
1. Right-click on the graph window, and select Hide Overview from the pop-up menu.
1. Right-click on the graph window, and select Hide Overview from the pop-up menu.
Overview Slice
1. Click in the overview slice and drag it right or left to the new position.
1. Hover over the left or right edge of the slice, until the cursor changes to an arrow.
2. Drag the slice to make it larger or smaller.
3. Alternatively, increase or decrease the value in the Time Period box on the Attitude Editor control panel.
Display sensor data
1. Select the sensor by name from the Attitude Editor list.
2. Right-click on the top Attitude layer, and select Window from the pop-up menu.
3. Select the name of the sensor window to display.
Display Options
1. Select the Options command to display the Options dialog box.
1. Select the Options command to display the Options dialog box.
2. Click the Display tab and select the Sensor Editors category so it is highlighted.
3. Select the Labels check box to display horizontal and vertical scale lines and annotations. Select a colour for the labels and scale lines.
4. Set colours for background, selected and superselected data, port and starboard data, etc., or create custom colours from the Windows colour picker.
5. Select the Show sensor tool tips check box to display data values under your cursor.
6. Select the Automatic recentre check box to automatically redraw the Display window so that the highlighted portion of the line is always displayed in the centre when scrolling through data in the graph windows.
7. Click Apply to make the change, or click OK to apply the change and exit the Options dialog box.
Display Multiple Data Types
Active Data Type
Attitude Editor controls
All Views
1. Click the up or down arrows beside the Time Period box to set time in minutes and seconds.
2. To view the Attitude Editor in vertical mode, click the Vertical check box.
3. Select the Time Stamp check box to display the time stamp in the graph windows.
4. Click the Time Interval up or down arrow buttons to set how often you want the time stamps displayed.
Current View
Scale
1. Click in the sensor window containing the data to be examined.
2. Select Fixed from the Scale list.
Vertical Axis
1. Select a sensor window.
2. Select from one of three scaling options:
Show Data
3. Select the Invert option.
4. Select the Draw bars check box.
Data Options
Moving Average and Fast Fourier Transform
Box size
1. Select a data type from the Data list or click inside a sensor window.
2. Select the Filter check box to activate the Reject with interpolation option.
3. Select the Smooth check box.
4. Select either the Moving Average or Fast Fourier smoothing options. Moving Average and Fast Fourier Transform
5. Select either the Points or Seconds check boxes.
6. Click the Box Size up or down arrow buttons to select the number of adjacent data points or a time range.
7. Set a Threshold value in a multiple of standard deviation (sigma).
Navigation Editor
Navigation Editor controls
Vertical
8. Select the Vertical check box.
Time Stamps
9. Select the Time Stamp check box to display time stamp lines.
10. Click the up or down arrow buttons beside the Interval to select the gap (in seconds) between time stamps.
Scale
1. Open the Control window.
2. Select the Navigation tab.
3. Select the Max-Min of Line check box.
Filter /Smooth line
1. Select the Filter / Smooth line check box to display the line in the Display window.
Side Scan Editor
1. Select a towfish track line in the HIPS and SIPS Display window.
1. Select a towfish track line in the HIPS and SIPS Display window.
1. Select a towfish track line in the HIPS and SIPS Display window.
2. Select a Side Scan Editor command.
Side Scan data display
1. Right-click in the waterfall view to select a display mode.
1. Right-click in the waterfall view to select a display mode.
1. Right-click in the waterfall view to select a display mode.
1. Right-click in the waterfall view to select a display mode.
Coverage outline
Port and Starboard Display Controls
Side Scan Log
1. Select Automatic Side Scan Waterfall Logging option in the Tools > Options > Editing dialog box.
2. Set the number of seconds that data is viewed before the time is logged.
3. Click Apply.
Side Scan Editor Properties
Display properties
Side Scan Editor Toolbar
Signal Display Window
Navigate in Side Scan Editor
Scroll bar
Mouse wheel
Keyboard
Playback controls
1. Click Start to go to the start of the track line.
2. Click Play Forward to start scrolling the data.
3. Click Play Reverse to scroll back down the track line.
4. Click Start to reset the view to the first ping.
5. Click Stop to pause the scrolling
6. Use Page Forward and Page Reverse to move along the track line in larger increments.
Playback speed
View contacts while scrolling
1. Select Side Scan Editor from the Tools > Options > Display tab.
2. Select the Display contacts during playback check box, and click Apply.
Selection
1. Click the Select Side Scan button on the Side Scan Editor toolbar, or the command from the menu.
1. Click the Select Side Scan button on the Side Scan Editor toolbar, or the command from the menu.
1. Click the Select Side Scan button on the Side Scan Editor toolbar, or the command from the menu.
2. Press the mouse button and drag the cursor across the area that you want to select.
1. Select data in the waterfall view.
2. Right-click the selected data.
3. Select the Query command from the pop-up menu.
Superselection
1. Click on the row in the Selection window.
2. Press and hold the Shift key, and in the Selection window, click in the first row of the range and then in the last row of the range you want to select. Release the Shift key.
Select by ping number
Contact Images
1. Open the project containing the contact.
1. Open the project containing the contact.
2. Open the Image Preview window.
3. Select the contact in the Display window.
Link External Images
1. Select the contact.
2. Open the Attributes window.
3. Click Browse in the Contact Images field.
4. Click Browse to locate the desired external file.
5. Click Add to add the file to the list. Click OK.
Change Contact Attributes
1. Open the Attributes window.
2. Select a contact in the Selection window.
3. Type new information in the editable fields, or click Browse to select new values.
Use Measure tools
4. To update the contact width information, choose the Measure Distance tool and press and hold <Ctrl> while dragging the cursor across the area of the contact to be measured.
4. To update the contact width information, choose the Measure Distance tool and press and hold <Ctrl> while dragging the cursor across the area of the contact to be measured.
5. To update the length information for the contact, select the Measure Distance tool and press <Alt> while dragging the cursor across the contact area.
6. To update the Contact Height field, select the Measure Shadow tool and press <Ctrl> while dragging the cursor across the contact area.
Click Update. If you do not click Update, the values will be lost when the contact is no longer selected.
Single Beam Editor
Toolbar
Toolbar
Single Beam Cleaning
Single Beam Editor controls
General tab
Change horizontal scale
1. In the General tab, select either the By Time or By Distance option.
2. Select a range of data using the Horizontal Scale arrow buttons.
Adjust vertical scale
1. Clear the Auto check box.
2. Click the Vertical Scale arrow buttons to select an appropriate scale.
Adjust horizontal labels
1. Clear the Auto check box in the Horizontal Labels section.
2. Click the arrow buttons to select a new scale for the labels. If you select By Distance for the horizontal scale, then the labels are displayed as metres/feet. If you select By Time, the labels are displayed hours/minutes/seconds/fractions of a second.
Display Data
1. Use the check boxes to toggle the display of data on and off.
View moving average data
Events tab
1. Select the Show Event Marks check box.
2. Double click on the event mark in the table.
Barcheck tab
Trace tab
Primary and Secondary Data
Show/Hide data
1. Open Single Beam Editor.
2. Select or clear the following check boxes to show or hide data. When the box is checked, the sounding data associated with that frequency is visible in the editor.
Select Primary/Secondary data
1. In the General tab, select the Primary and Secondary check boxes so that all the frequency data is visible in the editor.
1. In the General tab, select the Primary and Secondary check boxes so that all the frequency data is visible in the editor.
2. In the editor window, press and hold the mouse button and drag the cursor to highlight both the Primary and Secondary data.
3. Select a Primary or Secondary command.
Subset Editor
Toolbar
.
Subset Controls
Procedure
Procedure
1. Select a layer in the Data window.
2. Select a layer or band of the surface from the Select Surface window, if displayed.
3. Set options related to the data layer.
4. Click Load in the bottom of the control page.
5. [Optional] Click Unload to remove the surface from the display.
HIPS Data Layer
6. Click OK.
Subset 2D View
Change Display in 2D View
Subset 3D View
Reference Surface properties
CUBE Hypothesis properties
Calibration Layer Properties
Water Column layer
Tracking layer
1. Select the Tracking layer in the Subset Control window.
2. Select the Subset Snapping check box.
3. Select the tile tracking layer.
4. Click Apply.
5. Select a percentage in the Tile Overlap field.
6. Click Apply.
7. In the Subset Tracking options, select the Automatically mark as complete check box to flag the data as examined and cleaned. This can be changed later (see Tracking Cleaning Status).
8. Select the Mark all Subset Tile layers option to flag the tiles in ALL tile layers as completed, or select Mark only snap target to select tiles only in the selected tile layer as completed.
Swath Editor
Swath Editor Toolbar
Swath Editor Controls
General tab
Vertical Exaggeration
1. Deselect the Auto mode by clearing the check box.
2. Click the up or down arrow buttons beside the Vertical Exaggeration box to set the vertical exaggeration.
3. Select the Include Rejected option to resize the display in the view to include rejected data.
Specified Min-Max
1. Select the Specified Min-Max check box to implement this option.
2. Type the minimum and maximum ranges for the scale.
Middle mouse button
View soundings as points or lines
1. Select the General page of the Swath Editor tab in the Control window.
2. Select the View as Points check box.
3. Click the up or down buttons beside the Point Size box to set a size value between one and five pixels.
Profile spacing
Colour By Depth
1. Select the General page of the Swath Editor tab in the Control window.
2. Select the Colour by Depth box so it is checked.
3. Click the up or down buttons beside the Depth Interval box to select a depth interval for the colour band.
3D View Controls
Procedure
1. Select the 3D View tab.
2. Set desired display options
Compass
1. To rotate the image along the Z-axis, position the cursor on the middle arrow head, press and hold the mouse button, and drag the cursor so that the image is rotated. The compass can be rotated 90º.
2. To rotate the image along the X-Y axis, position the cursor on any of the other arrow heads, press the mouse button and drag the arrow head in a left-right or up-down direction. The compass can be rotated 360º.
3. Alternatively, the image can be rotated in the horizontal plane by grabbing the Z-arrow, then pressing the left-mouse button and moving the cursor up and down. Rotation around the Z-axis can be performed by pressing the <Shift> key and moving the cursor left and right in these windows.
4. To return the image to its original position, click Overview in the 3D View tab.
Vertical Exaggeration Slider
3. Double-click the ball in the vertical exaggeration slider.
4. Type a value in the Vertical Exaggeration field and click OK.
Light Control
1. Double-click the ball in the lighting control.
1. Double-click the ball in the lighting control.
2. Type new values in the Sun Elevation and Sun Azimuth fields and click OK.
The image is refreshed to the new lighting angle.
Water Column Editor Controls
1. Select a colour from the Colour map field.
1. Select a colour from the Colour map field.
2. Click Reverse to change the current colours to their inverse.
3. Use the sliders to set a filter range between -64.000 dB and zero.
Stacked view
1. Make a selection of profiles in the Plan view window.
2. Select the Enable Stacked View check box.
3. Use the scroll bar on the Plan View, or your middle mouse button, to move the selection to other profiles.
LIDAR Data in HIPS
LIDAR tab
1. Right-click on the data in a View window to see a pop-up menu.
1. Right-click on the data in a View window to see a pop-up menu.
1. Right-click on the data in a View window to see a pop-up menu.
2. Select View Waveform.
1. Open Subset Editor and load a subset of the LIDAR data.
2. Highlight the LIDAR layer in the data tree on the Subset Editor control window.
3. Select soundings in one of the Swath Editor view windows.
Properties
Toolbar
Sounding Quality and Status Flags
Selecting Detected and Alternative Data
ASCII Info File Editor
File items
Properties
General
Subset
Ignored Values
ASCII Preview
1. Click Show ASCII preview to expand the ASCII preview
2. Click the Browse button (...) in the ASCII data field to navigate to the ASCII file.
3. Change the value in the Number of lines shown field.
Format Info Files
Sample files
Types of files
File formats
HIPS and SIPS Reference
Overview of CUBE Processing
Gridded Surfaces
Swath Angle Weight
Shoalest Depth True Position
Uncertainty Weight
CUBE
Hypothesis Editing
Hypotheses views
Wire frame Hypotheses
Fixed Size Hypotheses
Nominate Alternative Hypotheses
Hypotheses Cleaning
Tide Files
Tide Zone Files
Display tide zones
Sources of Uncertainty Data
TPU Analysis Window
Computing Total Propagated Uncertainty
Depth Range Files
Tiling
Generalize a Surface
Process
Defocusing
Data formats that can be converted to HIPS and SIPS
Workflow in HIPS and SIPS
Multibeam workflow
Side Scan Editor workflow
Streamlined workflow
Edit Side Scan Data
Processing Workflow for Water Column Data
WCI Workflow - Swath Editor
Display WCI data in Swath Editor
Automatic scrolling
WCI Controls in Swath Editor
Stacked view
Add Selection to WC Bathymetry
WCI Workflow - Subset Editor
WCI Data in Subset Editor
Display options
Survey lines
Edit Additional Bathymetry
Calibration Workflow
Defining subset area for calibration
LIDAR Processing Workflow
Data QC Workflow
Tools for examining and editing data
HIPS and SIPS Support Files
Contact File Formats
ContactLine
ContactSingle
ContactMulti
ContactMultiPoints
Tide File Formats
Tide files (*.tid)
COWLIS
NOS Preliminary Tide Data
NOS Final Tide
NHS (Norwegian Hydrographic Service)
Tide Zone Definition Files
GPS Tide format
Sounding datum models
INFO file
File structure
Position components
Additional Attributes
Invalid Attribute Values
Supported sonars
Colour map file (*.cma)
Depth Range Files
Sounding Radius Table
Glossary
CARIS Batch Utility
Introduction
Overview
Standard Streams
Exit Codes
CARIS Processes
Feature Editing Processes
Add Features
Change Feature Attributes
Export Features to Shapefile
Export to WKT
Filter Features
BASE Editor Processes
Add to Raster Combine
Add to VR Surface
Classify Raster Holidays
Clip Raster
Combine to Raster
Contour Raster
Copy to CSAR
Create VR Surface
Describe Raster Product
Difference Coverages
Export Coverage Metadata
Export Coverage to ASCII
Export Raster
Export Raster to STL
Extract Coverage
Fill Raster Holidays
Filter Coverage
Finalize Raster
Finalize VR Surface
Generalize Raster
Grid Points
Import Points
Join Points
Populate VR Surface
Remove From VR Surface
Render Raster
Resample Surface To Raster
Server Add to Raster Combine
Server Combine to Raster
Server Join Points
Shift Elevation Bands
Tile Raster
Update VR CUBE Disambiguation
Vectorize Raster
Warp Points
Warp Raster
Engineering Analysis Processes
Calculate Coverage Volumes
HIPS Processes
Add To HIPS Grid
Add To SIPS Mosaic
Compare HIPS
Compute HIPS GPS Tide
Compute HIPS Separation Model
Compute HIPS TPU
Compute SIPS Towfish Navigation
Create HIPS Grid
Create SIPS Beam Pattern
Create SIPS Mosaic
Detect HIPS Critical Soundings
Filter HIPS Attitude
Filter Observed Depths
Filter Processed Depths
Import Generic To HIPS
Import HIPS From Auxiliary
Import To HIPS
Import Tide To HIPS
Merge HIPS
Recompute HIPS Grid
Remove From HIPS Grid
Remove From SIPS Mosaic
Reset HIPS Status
Set HIPS Navigation Source
Shift HIPS Navigation
Sound Velocity Correct HIPS
Update Raster CUBE Disambiguation
Update HIPS Additional Bathymetry
Update HIPS From Generic
Update SIPS Contact Positions
Support Files
Introduction
CARIS Environment
Overview
Environment Settings
Coordinate Reference Systems
Overview
Map Definition File
Datum File
CRS Binding File
Grid Transformations
Catalogues
Overview
Catalogue Control File
Catalogue Dictionaries
Catalogue Profiles
Mapping
Overview
Mapping File Structure
Meta Data
Attribute Mapping
Object Mapping
Mapping Functions
Many-to-One Mapping
One-to-Many Mapping
Mapping CARIS Objects
Meta Data
Object Mapping
Attribute Mapping Scripts
Mapping DGN Objects
Meta Data
Object Mapping
Quality Control
QC File Structure
Meta Data
Global Tests
Individual Tests
Test Assignment
Filters
Comparison Operators
Regular Expressions
Logical Operators
Filter Examples
Geometry Examples
Geometry Touches
Geometry Crosses
Geometry Overlaps
Geometry is Within
Geometry Contains
Geometry Equals
Geometry is Disjoint
Geometry is Covered by
Geometry Shares Spatial
Geometry is a Straight Line
Portrayals
Introduction
Portrayal Control File
S-52 Portrayals
S-101 Portrayals
INT1 Portrayals
Portrayal Files
Lookup Tables
Master File
Colour Map
Feature Code Colours
Colour Tables
Symbol Files
Sounding Rounding
Structure
Rule
Range
Hydrographic Agency Rules
AHOI
IHO
NAVOCEANO
NGA
NOAA
UKHO
GDAL Datum Mapping
CARIS HIPS and SIPS
GDAL Datum Mapping
Selection window:Reset Columns; Reset Columns
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SelectCRSDialog
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AddLinesToSurface
FilterHIPSAttitude
FilterObservedDepths
UpdateCUBEDisambiguation
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HIPSSeparationModel
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ComputeSIPSTowfishNavigation
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CreateSIPSBeamPatternWithSIPS_BACKSCATTER
CreateSIPSBeamPatternWithSIPS_SIDESCAN
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CreateSIPSMosaicWithSIPS_BACKSCATTER
CreateSIPSMosaicWithSIPS_SIDESCAN
CreateSIPSMosaicWithGEOCODER
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ImportHIPSFromAuxiliaryASCII
ImportHIPSFromAuxiliaryAPP_POSMV
ImportHIPSFromAuxiliaryAPP_RMS
ImportHIPSFromAuxiliaryAPP_SBET
ImportHIPSFromAuxiliaryNOVATEL
ImportHIPSFromAuxiliaryPFREEHEAVE
ImportHIPSFromAuxiliarySTARFIX
ImportHIPSFromAuxiliaryTERRAPOS
ImportHIPSFromAuxiliaryNAVLAB
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Merge
NewMosaicMainDialog
NewMosaicSourcesDialog
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CreateAndPopulateVRSurface
RenderRaster
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ShiftHIPSNavigation
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UpdateHIPSCriticalSoundings
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