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ArcGIS QuickCapture: An Introduction
AgendaArcGIS QuickCapture. The rapid data collection app
• General overview
• How to create your own ArcGIS QuickCapture projects
• Diving a bit deeper into it
• Live Q&A
UnderstandSee what’s happening
around you with maps
NavigateRoute to your work using
your roads, your GIS data –
even while offline
Field Operations in ArcGIS | Optimize field operations with the power of location
PlanUse location to assign and
coordinate field activities
CapturePerform data collection and
send it back to the office
from anywhere
MonitorKnow where workers are
and see the progress of
work in real-time
CoordinateAct on real-time conditions
in the field to update
worker tasks
ArcGIS QuickCapture
Simplest way to capture field observations
A “big button” mobile app
At-speed data collection workflows
The rapid data collection app
The QuickCapture user experience
Live Demo…
An efficient data collection solution for at-speed and rapid data collection workflows
At-speed road asset inventories and inspections
Aerial pipeline and powerline patrols
Quick Damage Assessments and Reporting
High Accuracy trail mapping
Noxious weed abatement
ArcGIS QuickCapture DesignerA web tool to design ArcGIS QuickCapture projects
Author a QuickCapture project
Live Demo…
Diving a bit deeper into it
QuickCapture Designer
• Find it at https://quickcapture.arcgis.com
• Not available in the App Launcher just yet!
• ArcGIS Online and ArcGIS Enterprise 10.7.1
• Currently released in Beta
• General release scheduled for September 2019
Important things to know
Device Variables
• Use them to automatically calculate GIS
attributes when a feature is captured
- Speed
- Direction of travel
- Time of capture
- Etc.
• Over 40 variables:
- GIS Attribute type (decimal, text, date…)
- Geometry type (point, polyline, polygon)
Device Variables
Device Variables Fields Point Areas/LinesLatitude in decimal degrees Double Yes No
Longitude in decimal degrees Double Yes No
Altitude above sea level or ellipsoid Double Yes No
Horizontal accuracy of the x,y coordinates Double Yes No
Vertical accuracy of the z coordinate Double Yes No
Ground speed m/s Double Yes No
Ground speed km/h Double Yes No
Ground speed miles/h Double Yes No
Ground speed knots Double Yes No
Vertical speed m/s Double Yes No
Vertical speed miles/h Double Yes No
Vertical speed km/h Double Yes No
Vertical speed knots Double Yes No
Direction of travel. Decimal degrees clockwise from North Double Yes No
Angle between magnetic and true North. Decimal Degrees Double Yes No
Currently signed in username Text Yes Yes
Position Source: User (1), System Location (2), External Device (3) Text Yes Yes
Capture time (UTC) Date Yes Yes
Date & Time when button is activated Date No Yes
Date & Time when button is deactivated Date No Yes
• Use for:
- Increased accuracy
- Access to GNSS metadata (through variables)
- Higher frequency data collection
• Add receiver by:
- Bluetooth
- USB (Windows Only)
- Network (Windows Only)
• Supported receivers:
- Bad Elf – EOS – Leica - Trimble (R1, R2, R10-2)* - Garmin GLO*
External GNSS receiver support:
Device Variables (GNSS)
Variable Description Field Type
Fix typeFix types: NoFix (0), GPS (1), DifferentialGPS (2), PrecisePositioningService (3), RTKFixed (4), RTKFloat
(5), Estimated (6), Manual (7), Simulator (8), and SBAS (9)Integer
Device address External location sensor address Text
External location sensor
nameExternal location sensor name Text
Location sensor
connection typeConnection types: Unknown (-1), Bluetooth (0), Serial Port (1), and Bluetooth LE (2) Integer
Network name Network name. Only available for network location sensors Text
Network address Network address. Only available for network location sensors Text
Network port Network port. Only available for network location sensors Integer
Geoid separation Difference between the WGS-84 earth ellipsoid or mean sea level. Double
Antenna height The distance from the antenna to the ground surface is subtracted from altitude values in meters. Double
Altitude type Altitude types: Altitude above mean sea level (0) and height above ellipsoid (1) Integer
Orthometric heightReturns the difference between the WGS-84 earth ellipsoid and mean sea level (i.e. the Orthometric
height) in metersDouble
Accuracy type (RMS vs
DOP)Accuracy types: RMS (0) and DOP (1). Integer
Accuracy confidence level Accuracy confidence levels: 68% (0), 95% (1) Integer
Device Variables (GNSS)
Variable Description Field Type
Mean radial spherical error Mean radial spherical error in meters. Encompasses both horizontal and vertical error Double
GST latitude 1-sigma errorLatitude 1-sigma error in meters. This property will only be populated if your positioning device supports
GST sentences in NMEA streams.Double
GST longitude 1-sigma
error
Longitude 1-sigma error in meters. This property will only be populated if your positioning device
supports GST sentences in NMEA streams.Double
GST Altitude 1-sigma errorAltitude 1-sigma error in meters. This property will only be populated if your positioning device supports
GST sentences in NMEA streams.Double
HDOP Positional data's Horizontal Dilution of Precision (HDOP) Double
VDOP Positional data's Vertical Dilution of Precision (VDOP) Double
PDOP Positional data's Positional Dilution of Precision (PDOP). PDOP^2 = HDOP^2 + VDOP^2. Double
Differential ageAge of the differential signal and correction used by the GPS receiver to differentially correct the
position. SecondsDouble
Reference station ID Differential reference station ID (DSID) of the station used by the GPS receiver Integer
Satellites visible Number of positioning satellites visible at the time of location capture Integer
Satellites in use Number of positioning satellites being used to return the position data Integer
• Use for:
- Increased accuracy
- Access to GNSS metadata (through variables)
- Higher frequency data collection
• Add receiver by:
- Bluetooth
- USB (Windows Only)
- Network (Windows Only)
• Supported receivers:
- Bad Elf – EOS – Leica - Trimble (R1, R2, R10-2)* - Garmin GLO*
External GNSS receiver support:
1Hz
5Hz
• Update locations
• Undo
• Button sound
• Autosend frequency
• Stay awake
• Location providers
More on the app
User Input Variables
• Three types of user input
• Free text
• Numeric
• List
• Can be required or optional
• Supports data validation rules
Exclusivity Groups
• QuickCapture supports capturing multiple
observations at the same time:
• Bike trail on the right side
• Also on the left side
• Plus
• You can also group buttons to capture
information in a mutually exclusive manner:
• Pavement condition good vs bad
Exclusivity Groups
• QuickCapture supports capturing multiple
observations at the same time:
• Bike trail on the right side
• Also on the left side
• Plus
• You can also group buttons to capture
information in a mutually exclusive manner:
• Pavement condition good vs bad
• Beginner trail vs intermediate
Data Recovery Workflows
• Field users can e-mail any features that fail to upload as a
QuickCapture recovery file (.qcr)
• Default recipient of the email is set by the project author
• Contents of the qcr file are:
- A SQLite database
- Photo attachments
- Text files describing the feature layer schema
QuickCapture QCR file reader
https://earlyadopter.esri.com/key/arcgisquickcapture
• ArcGIS Pro 2.4 Add-In
• View geometry, attributes
and error information
• Use append tool to update
source layer
Licensing
Included with Field Workers, Creators and GIS Professionals at no additional cost
Optional add-on for Editor user types
Editor(add-on)
Field Worker(included)
Viewer(not applicable)
GIS Professional(included)
Creator(included)
Schedule
• General release v 1.0 June 25 2019
• Mobile app. English only.
• Designer. English only. Beta.
• V 1.1 July 31 2019
• Mobile app. All languages
• Early Adopter Program open http://bit.ly/QuickCapture
• V 1.2 October 2019
• Mobile app. Enhancements.
• Designer. All languages, Enhancements & General Release.
QuickCapture Documentation
https://doc.arcgis.com/en/quickcapture/help
QuickCapture GeoNet place
https://community.esri.com/community/arcgis-quickcapture
Q&A