Pipeline Inspection Training w. NaviModel. NaviEdit NaviModel - NaviPlot

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1 Pipeline Inspection Training w. NaviModel NaviEdit NaviModel - NaviPlot

2 Training Schedule: Day 1: Day 2: Day 3: Day 4: Introduction Installation of Software NaviEdit NaviEdit (Continued) NaviModel NaviModel (Continued) NaviModel Pipe NaviModel Pipe NaviPlot

3 Scope of Pipeline Inspection with NaviModel Learning Objectives: The course is structured around a dedicated yet general curriculum with the aim being to furnish the trainees with a broad understanding of the EIVA NaviSuite offline software solutions and make them confident in using these software solutions in post-processing situations. The primary focus of the course is post-processing of pipeline inspection data. To enhance trainee competence and confidence, a wide range of typical pipeline-based hydrographic survey data, acquired using the EIVA NaviSuite online software solutions, is used to exemplify typical pipe based postprocessing scenarios. For the most part, the course is conducted as hands-on training. By the end of the course, trainees will be able to: Install the relevant NaviSuite software solutions Understand the basic architecture of NaviEdit, NaviModel and NaviPlot Conduct editing of multi-beam data in a NaviEdit/NaviModel environment Use the S-CAN automatic cleaning tool Use the various DTM tools in NaviModel Conduct volume and area calculations in NaviModel Understand the concept of video integration in NaviModel Use the pipeline inspection tools in NaviModel Export data from NaviModel using generic as well as built-in tools Create simple plots in NaviPlot Create alignment sheets in NaviPlot using the Chart Layout Manager Target Group: The course is aimed towards surveyors with some experience of offshore survey work and with a basic knowledge of hydrographic surveying. Entry Level: Prior knowledge of the EIVA software solutions is recommended. The language of instruction in the course is English. Duration: The duration of the course is 4 days, from 9 A.M. to 4 P.M., including breaks. Completion: Upon completion, a dedicated EIVA Training Certificate will be issued.

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6 Scope of the Offline Course

7 Training Curriculum I: Introduction: The Company, EIVA Download and Knowledgebase The Training Site NaviEdit: Installation of NaviEdit SQL-Server Database Management Importing of Data The Header Editor The Data Editor The PlanView Editor Batch Editing Exporting Data NaviModel: General Layout of NM3 Model Types (TRN & TIN) Interpolation Methods (IDW & TIN) The Quad Tree Principle Indexing a DTM Raw Data View Cleaning Methods: Automatic Cleaning Methods S-CAN Score S-CAN Components Manual Cleaning Methods Point Edit Cleaning Histogram Plane Cleaning Spike Shooting Cleaning

8 Training Curriculum II: NaviModel (Continued): Using Toppings: Runlines Displaylines Waypoints AutoCAD-files CDF-series Esri files etc. Contours: Filled Contours Live Contours Digitizing Methods Exporting Funtionalities: Generic Exporter Area Export Volume and Area Calculations Online 3D Visualisation NaviModel Pipe: The Pipe Object Pipetracker Data Digitizing the Pipe Manual Digitization Autoplacing the Pipe Runline Information Generating the Pipe Object Modifying the Pipe Creating Sideflags Using the Sideflags Video Integration Offline Eventing Exporting Freespans and Burials Pipe Listings

9 Training Curriculum III: NaviPlot: Installation of NaviPlot Creating Frames Generating Templates Using the Lay-out Manager Adding XY-data to a Frame: Contours & TIN Contours Bathy Plot Runlines, Display Lines DXF / DWG Files Profiles (long- and crossprofiles) Events and Waypoints Coverage AutoCad Trackplot Chart Definition Files Adding Profiles to a Frame: Longitudinal Profiles Cross Profiles NPD Profile Fix profile Event Profiles KP Alignment Adding Bitmaps to a Frame Adding Text to a Frame: Using Tagged Text Printing and Plotting Exporting to AutoCAD (DXF/DWG) Zipping an NP-Project Saving in IHO S-57 format

10 The EIVA Download site gives users the possibility to download latest versions and patches of the various software packages. A user can sign up for login access and can subsequently receive an notification when releases occur on the various folders. Download & Knowledgebase In the Knowledgebase, FAQ from the EIVA user community, are listed and organized relative subjective items like: software package, popularity, age (latest addition) etc. Users are also given the opportunity to submit a question that will then be upgraded and included in the knowledgebase.

11 Training & Documentation Site The Training & Documentation site contains all documentation and training material associated with the EIVA Softand Hardware. It should therefore be installed whenever installing the EIVA software (is not a requirement for the proper functioning of the associated software. The documentation includes all on-line help, manuals, powerpoints, reports, papers, training documents available for the EIVA software packages as well as for the EIVA hardware. The site is designed to be executed in off-line mode (with no connection to the Internet), however some of the items will only provide optimum functionality if an Internet connection has been established. Observe that the site can also be reached at the EIVA Website

12 Training & Documentation Site II The Training & Documentation site is subdivided into subpages that relate to the different modules that constitute EIVA NaviSuite. The Offline packages have three subpages, related to: NaviEdit NaviModel (shown here) NaviPlot.

13 Software Installation The Software Installer lists the software packages in the sequence shown to the left. During installation, always remember to use default settings.

14 The EIVA Offline Flow

15 The NaviEdit Flow

16 NaviEdit JobPlanner

17 NaviModel Patch Testing Patch Testing can be performed in NaviModel and in the Online3D application. In the latter case, no dongle is required.

18 Patch Test Purpose of the Calibration A multibeam Patch Test calibration serves a dual purpose: a. To determine the mount angles of the multibeam transducer relative to the three axes of the local coordinate system of the vessel/rov. These three figures are often referred to as the roll-, pitch- and heading mount angles. b. To confirm the relationship between the time-tagging on the multibeam data and the time-tagging on the position data. This figure is often referred to as the latency or as the time value.

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20 The NaviModel Pipe Flow

21 NaviModel - I

22 NaviModel II The QuadTree Principle

23 NaviModel III Geometry Types - I TRN Geometry Type: Square cells divided into four triangles each To ensure a smooth transition between cells

24 NaviModel IV Geometry Types - II The TIN geometry type: TIN Model, left Delaunay Triangulation, principle, right (circumcised circles between corners of triangles must not contain other points)

25 NaviModel V Interpolation

26 NaviModel VI

27 The NaviPlot Flow

28 NaviPlot - I

29 NaviPlot - II

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