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ATD Geospatial
  • Table of Contents
  • Geospatial Read-Only
  • ArcGIS Online
    • Activating your ArcGIS Online account
    • Create Vector Tiles with Popups
    • ArcGIS Online Training Page
    • Updating Existing Web Style Published to AGOL
  • ArcGIS Pro
    • ArcGIS Pro Training Page
    • Working in ArcGIS Pro
  • FME
    • Getting Started
    • Working with datetime
    • Adding or Deleting columns in Socrata
  • Active Transportation
    • Bike Facilities Data Dictionary
    • Interim Projects Viewer Model
    • Strava Metro Data
    • Bike Rack Data Collection
    • Updated Bike Rack Data Collection
    • Bike Data Requests
    • Bike Route Steepness Point Generation
    • Level of Comfort Feature Service Update
    • Bike Map Processes
      • Updating Online Bike Route Vector Tiles
      • Updating Steepness Chevrons
      • Print Bike Map
      • Bike Map Data Sources/Paths
  • Arterial Management
    • Data Driven PHB Ranking
      • Data Structure
      • Attribute Schema
      • Data Collection / Processing
      • Analysis
    • School Zone Beacon Audit Map
    • Signal Intersection Aerials Map
  • Comprehensive Transportation Network
    • Active Transportation Edits to the CTN
    • CTN Data Dictionary
    • CTN Monthly Updates
      • 1. CTN Street Segment Update
      • 2. CTN Intersection Points Update
      • 3. Publishing CTN as Vector Tiles to AGOL
  • Parking Enterprise
    • Affordable Parking Program
    • Bike Parking Dashboard/Data Pull
    • Parking Inventory Management
      • Getting Started
      • Editing in MAINT
      • Relationship Classes
      • Attribute Schema
      • Domains
      • Attribute Rules
  • Signs - Markings - Banners
    • Markings GIS Maintenance
      • Getting Started
      • Standard Operating Procedure
        • Marking Types and Sub Types
        • Scenarios doing GIS QA
        • Specifications | In-House > GIS
        • Materials | In-House > GIS
        • Items | Contractor > GIS
      • Attribute Rules
        • Intersection ID
      • Domains
      • Attribute Schema
    • Signs GIS Maintenance
      • Attribute Rules
      • Attribute Schema
      • Domains
      • FGDB Topology
      • New/Removed Signs Workflow
      • Signs QC Process
  • SPEED LIMIT CHANGE PROJECT
    • Desktop App - Speed Limit Change
    • Collector App - Speed Limit Change
  • Miscellaneous
    • ArcGIS Collector App
    • Alan De Anda's G Drive
    • Capital Improvements Program (CIP) Digitization
    • Collector App Set-up - Troubleshooting
    • GIS Onboarding
    • Google Partner Account & Geodata Uploader
    • PNTS Shapefile Creation
    • Public Facing Links
    • Vision Zero Polygon Maintenance
    • TCAD/WCAD Land Values Data Process
    • ArcGIS Style Creation
  • Format Testing
    • AS
    • ZB
    • JC
    • DS
  • Special Events
    • Map Closures Project
    • SXSW GIS Support
      • Data
      • Maps
      • Spring Festival ATX Mobility Guide
      • Incident Tracking
    • AMANDA Street Events Update
    • Active Parking Permits
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  1. Active Transportation

Bike Route Steepness Point Generation

This page documents the steps to create steepness points along bike routes.

PreviousBike Data RequestsNextLevel of Comfort Feature Service Update

Last updated 3 years ago

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The following documentation assumes you are working in the project at the location below: ...\Active_Transportation\Bike_Maps\OnlineBikeMap_Slope

  • Prep Data Prior to Running Models

    • Make sure both ATD_ADMIN.CTN and Land Spot Elevations Year 2003 are added to the map

    • A definition query should be set on the BLANK layer to include on the segments you want to create steepness points from.

      • ie. The query below would include only segments with a Level of Comfort value that were created after a given data.

      BIKE_LEVEL_OF_COMFORT IS NOT NULL And CREATED_DATE >= TO_DATE('2021-12-01 00:00:00', 'YYYY-MM-DD HH24:MI:SS')

  • Run sequence of models to create output located in Default.tbx

    • Run 1. Elevation and Length Generator

      • This model will run in approximately 3 minutes

    • Once model 1 is completed Run 2. Point on line layer Separator

      • This model will run in approximately 30 Seconds

    • Once model 2 is completed Run 3. Slope Calculation

      • This model will run in approximately 2 minutes

    • Once model 3 is completed Run 4. Line Angle Slope Direction

      • This model will run in approximately 2 minutes

  • Symbolizing output layer

    • Add final output (SlopePoints_Final) from models above to map.

    • Apply symbology from SlopePoints_Symbology.lyrx to match input below:

    • Result will appear in Table of Contents like shown below: