Import Digital Spatial Data (Shapefiles) into OneStop

Similar documents
Import Digital Spatial Data into OneStop

OneStop Map Viewer Navigation

Boreal Fen probability - metadata

Boreal Wetland probability - metadata

Boreal Surface water inventory - metadata

Map projections. Rüdiger Gens

With. Krista Zens. Manager, GIS - BC Oil and Gas Commission. Tammy Pham. Lead Business Analyst - Pacific GeoTech Systems Ltd.

GEOREFERENCING, PROJECTIONS Part I. PRESENTING DATA Part II

ST-Links. SpatialKit. Version 3.0.x. For ArcMap. ArcMap Extension for Directly Connecting to Spatial Databases. ST-Links Corporation.

Lesson 5: Map Scale and Projections

Lab #3 Map Projections.

Providing Electronic Information on Waste Water Discharge Locations

Directive 030: Digital Data Submission of the Annual Oilfield Waste Disposition Report

Application Management System. (AMS) Spatial Data Submission. Standards Manual

Advanced Landcover Prediction and Habitat Assessment (ALPHA) 1.0 metadata

EnvSci360 Computer and Analytical Cartography

Department of Natural Resources Geological Survey. Exploring the Geoscience Atlas

Lecture 4. Coordinate Systems & Projections

How does an ellipsoid differ from a sphere in approximating the shape and size of the Earth?

2010 Autodesk, Inc. All rights reserved. NOT FOR DISTRIBUTION.

User Manual for Range Tool for Article 12 (Birds Directive) & Article 17 (Habitats Directive)

Geographical Information Systems

GIST 3300 / Geographic Information Systems. Last Time. Today

This week s topics. Week 6. FE 257. GIS and Forest Engineering Applications. Week 6

ENV101 EARTH SYSTEMS

Geography 281 Map Making with GIS Project Eight: Comparing Map Projections

CWPP_Wildland_Urban_Interface_Boundaries

2. GETTING STARTED WITH GIS

ch02.pdf chap2.pdf chap02.pdf

Overview key concepts and terms (based on the textbook Chang 2006 and the practical manual)

Map My Property User Guide

Geographers Perspectives on the World

Paths Toward CAD and GIS Interoperability

Applied Cartography and Introduction to GIS GEOG 2017 EL. Lecture-1 Chapters 1 and 2

CoB_Bounds_Full_201802

Introduction to GIS Sarah Watson University of Kentucky Libraries March 6, 2017

The Elements of GIS. Organizing Data and Information. The GIS Database. MAP and ATRIBUTE INFORMATION

Margaret M. Maher Author of Lining Up Data in ArcGIS: a guide to map projections Second Edition

Converting State Plane 27E (feet) to Albers (meters)

Introduction to ArcMap

Mapping Census Data in ArcView 3.x

Downloading GPS Waypoints

i-tree Eco Random Plots Workbook: Pre - Stratification Tips red green

Irish TM Coordinate System

MERGING (MERGE / MOSAIC) GEOSPATIAL DATA

Vector Analysis: Farm Land Suitability Analysis in Groton, MA

Coordinate Systems. Location on earth is defined by coordinates

Dr. ABOLGHASEM AKBARI Faculty of Civil Engineering & Earth Resources, University Malaysia Pahang (UMP)

What is a Map Projection?

Lower Density Growth Management Metadata

Gridded Ambient Air Pollutant Concentrations for Southern California, User Notes authored by Beau MacDonald, 11/28/2017

Mobile Mapping Tips and Tricks

Outline. Shape of the Earth. Geographic Coordinates (φ, λ, z) Ellipsoid or Spheroid Rotate an ellipse around an axis. Ellipse.

Geospatial Data Standards Considerations for the delivery of 2D and 3D spatial data February 2019

Land Cover Data Processing Land cover data source Description and documentation Download Use Use

Performing Map Cartography. using Esri Production Mapping

The Geodatabase Working with Spatial Analyst. Calculating Elevation and Slope Values for Forested Roads, Streams, and Stands.

Farm Management System. Map Import Standard (Paddocks)

Department of Natural Resources Geological Survey. Exploring the Geoscience Atlas

Chapter 3 Models of the Earth. 3.1 Finding Locations on the Earth. 3.1 Objectives

GST 101: Introduction to Geospatial Technology Lab 3 - Understanding Coordinate Systems and Map Projections

Georeferencing. Place names Postal addresses Postal codes Coordinate systems (lat/long, UTM, etc.)

Instructions for using N-CAST ArcGIS Explorer

WindNinja Tutorial 3: Point Initialization

The data for this lab comes from McDonald Forest. We will be working with spatial data representing the forest boundary, streams, roads, and stands.

GIS in Water Resources. Fall Homework #1

IDENTIFYING THE TYPE OF COORDINATE SYSTEM FOR DATA USING ARCMAP

Automatic Watershed Delineation using ArcSWAT/Arc GIS

4. GIS Implementation of the TxDOT Hydrology Extensions

Mapping coordinate systems

Identifying coordinate systems for data using ArcMap

WHERE ARE YOU? Maps & Geospatial Concepts Fall 2015

Version 1.1 GIS Syllabus

Data Structures & Database Queries in GIS

GIS in Water Resources Midterm Exam Fall 2008 There are 4 questions on this exam. Please do all 4.

Lab 4 -Vector data and Attributes

SECTION 4 PARCEL IDENTIFIERS 4.1 LONGITUDE AND LATITUDE

Task 1: Open ArcMap and activate the Spatial Analyst extension.

Create Satellite Image, Draw Maps

CAD: Lining Up CAD Data in ArcGIS

PROJ.4 Handling Coordinate Systems. Frank Warmerdam OSGIS June 2004

ARCHAEOLOGY BRANCH MAPPING AND S HAPEFILE REQUIREMENTS

Map Projections. Displaying the earth on 2 dimensional maps

Instructions for using N-CAST

Introduction to Geographic Information Systems

Georeferencing. Where on earth are we? Critical for importing and combining layers for mapping

Performing. Geospatial Analysis. Using Latitude and Longitude Data. Ginger Ni - Software Engineer

Coordinate systems and transformations in action. Melita Kennedy and Keera Morrish

Military Map Reading 201

Using a GIS to Calculate Area of Occupancy. Part 1: Creating a Shapefile Grid

Outline Anatomy of ArcGIS Metadata Data Types Vector Raster Conversion Adding Data Navigation Symbolization Methods Layer Files Editing Help Files

FlexiCadastre User Conference 2013 GIS Data Verification & Challenges

Koenji. Using ARCGIS Online to explore a place

M E R C E R W I N WA L K T H R O U G H

ArcGIS for Applied Economists Session 2

Synteny Portal Documentation

Lab 1: Importing Data, Rectification, Datums, Projections, and Output (Mapping)

GIS in Water Resources Midterm Exam Fall 2016 There are four questions on this exam. Please do all four. They are not all of equal weight.

Mass Asset Additions. Overview. Effective mm/dd/yy Page 1 of 47 Rev 1. Copyright Oracle, All rights reserved.

ISO INTERNATIONAL STANDARD. Geographic information Spatial referencing by coordinates Part 2: Extension for parametric values

Transcription:

Import Digital Spatial Data (Shapefiles) into OneStop» Intended User: Pipeline Licence Applicants Overview To apply for a pipeline or pipeline installation licence, applicants must upload the proposed pipeline location as shapefiles. 4. From the left menu bar, select Licensing. Important: All spatial data (shapefiles) must be submitted as ESRI polyline, or point features, and must conform to the shapefile standards outlined in the ESRI white paper, ESRI Shapefile Technical Description. (https://www.esri.com/library/whitepapers/pdfs/sh apefile.pdf) 5. Select Segment/Installation Id. 1. 2. 3. 4. 5. Digital pipeline line spatial data is to represent the location of the line within the sketched or surveyed right-of-way. The pipeline start and end points are not just from lease to lease, but are the exact start and end points of the pipeline application. The pipeline line data should be digitized in the direction of flow of material in the pipeline. The pipeline line spatial data should tie in to the proper pipeline lines that have also been submitted as digital spatial data. Digital pipeline point spatial data is to represent the location of the installation as a point. 6. Select. Important: Shapefiles must be loaded first, before loading any other files. Digital Spatial Data Files Digital spatial data is uploaded as a shapefile. This file contains pipeline location data and often consists of several files loaded as a zip file. 7. 8. Navigate to the location of the required file. Select the required file. 1. Log into OneStop. 2. From the dashboard, use the search criteria to find the required application. 3. Click. Import Digital Spatial into OneStop Quick Reference Guide Page 1 of 6

Alberta Energy Regulator June 23, 2017 9. Double-click to select and insert the file. complete. 10. The shapefile displays in OneStop. 19. The AER logo displays as Map Viewer is opened. 20. Once loaded, the shapefile area displays. 11. Click. 12. OneStop processes the file. This takes 10 30 seconds depending on the file size. 13. While the file is processed, you can continue with the application. 21. Use the Map Viewer tools to zoom in or out as required. 14. Once the file is loaded into Map Viewer, the information displays on the Pipe Location and Status row at the bottom of this window. 15. Move to the top of the window again. 16. Click. 17. The Base Map Data Disclaimer displays. Important: When you need to change a shapefile that is currently attached to a licence, upload the new file required. OneStop overwrites the old file and enters the new file into Map Viewer. 18. Click. When you click, the file is not loaded into Map Viewer, and the application is not Import Digital Spatial into OneStop Quick Reference Guide Page 2 of 6

Alberta Energy Regulator May 2017 Attach Files 1. Two additional files must also be attached to the Licensing Line/Installation Detail page and submitted as a portable document format (PDF). labels that provide appropriate context to the location of the assets North arrow Legend describing the symbols included on the map 2. Attach right-of-way Attach a PDF right-of-way (ROW) plan as described in section 6.9.14.4 of Directive 056. 3. Pipeline Location In addition to uploading the shapefile for the pipeline location, a map of the pipeline location for the shapefile must also be submitted. This is required to allow the public to have view access of the proposed location during the Public Notification of Application period. PDF of pipeline line location A map representing the spatial information included in the pipeline line shapefiles that are submitted as a part of the application. It should include the appropriate Dominion Land Survey grids and labels to allow the reader to understand the proposed location of the assets. PDF of pipeline installation location A map representing the spatial information included in the pipeline installation point shapefiles that are submitted as a part of the application. It should include the appropriate Dominion Land Survey grids and labels to allow the reader to understand the proposed location of the assets. The map should include this supporting information: Map title, including a reference to the asset types, (pipeline or installation) BA name Date Appropriate Dominion Land Survey grid and Import Digital Spatial into OneStop Quick Reference Guide Page 3 of 6

Alberta Energy Regulator May 2017 The AER requires all spatial data submissions to be referenced to the NAD83 datum and projected to the following: Pipeline Spatial Data NAD 1983 10TM AEP Forest NAD_1983_10TM_AEP_Forest WKID: 3400 Authority: EPSG Projection: Transverse Mercator False Easting: 500000.0 False Northing: 0.0 Central Meridian: -115.0 Scale Factor: 0.9992 Latitude Of Origin: 0.0 Linear Unit: Meter (1.0) Geographic Coordinate System: GCS_North_American_1983 Angular Unit: Degree (0.0174532925199433) Prime Meridian: Greenwich (0.0) Datum: D_North_American_1983 Spheroid: GRS_1980 Semi-major Axis: 6378137.0 Semi-minor Axis: 6356752.314140356 Inverse Flattening: 298.257222101 NAD 1983 CSRS 10TM AEP Forest NAD_1983_CSRS_10TM_AEP_Forest WKID: 3402 Authority: EPSG Projection: Transverse Mercator False Easting: 500000.0 False Northing: 0.0 Central Meridian: -115.0 Scale Factor: 0.9992 Latitude Of Origin: 0.0 Linear Unit: Meter (1.0) Geographic Coordinate System: GCS_North_American_1983_CSRS Angular Unit: Degree (0.0174532925199433) Prime Meridian: Greenwich (0.0) Datum: D_North_American_1983_CSRS Spheroid: GRS_1980 Semi-major Axis: 6378137.0 Semi-minor Axis: 6356752.314140356 Inverse Flattening: 298.257222101 Pipeline Line Data Feature Name: Pipeline Segment Description: Information describing the pipeline line (pipeline centre line, not right-of-way centre) location. Geometry: polyline Pipeline Segment Attributes: Field name Type Allowable values Value description Mandatory or optional Definition FID Object ID System defined Mandatory Unique identifier Shape Geometry System defined Mandatory The spatial feature UniqueID Long integer Mandatory A unique number to represent the pipeline segment PrevLineNo Long integer Optional Previous pipeline segment line number; this is for application amendments. This column will be empty for new construction. Geom_Src Text as-planned, construction, asbuilt, ROW centre line, mapping Mandatory Indicates the source drawing of the data, or how the data was generated. Mapping refers to the legacy AER mapping standards. Import Digital Spatial into OneStop Quick Reference Guide Page 4 of 6

Alberta Energy Regulator May 2017 Pipeline line topology and business rules 1. Must not self-intersect 2. Must not self-overlap 3. Must not overlap another pipe centre-line 4. All pipelines must be digitized in the direction of the substance flow through the pipeline Packaging Pipeline line data (aka pipeline segments) shapefiles must be provided and named as described below: Pipeline_Segment.shp (required) Pipeline_Segment.shx (required) Pipeline_Segment.dbf (required) Pipeline_Segment.prj (required and the spatial reference must be NAD 1983 10TM AEP Forest or NAD 1983 CSRS 10TM AEP Forest) Pipeline_Segment.sbn (optional) Pipeline_Segment.sbx (optional) Important: All files must be included in a zip file. Please submit separate zip files for pipeline segments and pipeline installations. Import Digital Spatial into OneStop Quick Reference Guide Page 5 of 6

Alberta Energy Regulator June 23, 2017 Pipeline Installation Data Feature Name: Pipeline Installation Description: Information describing the pipeline installation location. Geometry: point Pipeline Installation Attributes: Field Name Type Allowable Values Value Description Mandatory or Optional Definition FID Object ID System Defined Mandatory Unique identifier Shape Geometry System Defined Mandatory The spatial feature UniqueID Long Integer Mandatory PrevInstID Long Integer Optional A unique number to represent the pipeline installation Previous pipeline installation ID; This is for application amendments. This column will be empty for new construction. Geom_Src Text as-planned, construction, as-built, ROW centre-line, mapping Mandatory Indicates the source drawing of the data, or how the data was generated. Mapping refers to the legacy AER mapping standards. Pipeline Installation topology and business rules 1. Must not be multi-part point geometry Packaging Pipeline installation point shapefiles must be provided and named as described below: Pipeline_Installation.shp (required) Pipeline_Installation.shx (required) Pipeline_Installation.dbf (required) Pipeline_Installation.prj (required and the spatial reference must be NAD 1983 10TM AEP Forest or NAD 1983 CSRS 10TM AEP Forest) Pipeline_Installation.sbn (optional) Pipeline_Installation.sbx (optional) Pipeline_Installation.shp.xml (optional) Important: All files must be included in a zip file. Please submit separate zip files for pipeline segments and pipeline installations. Import Digital Spatial into OneStop Quick Reference Guide Page 6 of 6