The DreamCatcher Project was created during AEC Hackathon in Singapore on July 22-24, 2016. It uses Project Tango devices and Flux.io to quickly scan and shoot issues in a room, in order to boost productivity of the defects management process. Learn more about AEC Hackathons at: http://www.aechackathon.com
2. 2016
ONE PROCESS ON SITE : ISSUES MANAGEMENT
The contractor identifies defects that will need to be solved by sub contractors
Which is the faster, simpler and more reliable process to capture issues in this room ?
AEC Hackathon 3.4 • Singapore • JULY 22 - 24
4. LET’S KILL BLUEPRINTS !
Dragging & dropping issues on blueprints is just tedious
2016AEC Hackathon 3.4 • Singapore • JULY 22 - 24
5. TARGET THE ISSUE, AND SHOOT IT
Tango gave birth to Dream Catcher
2016
3
+
AEC Hackathon 3.4 • Singapore • JULY 22 - 24
6. INSPECTION REPORT FROM THE BIM
From FLUX, send back the issues to one 3d model, like Revit
2016AEC Hackathon 3.4 • Singapore • JULY 22 - 24
7. 2016
• 1 • • 2 • • 3 • • 4 • • 5 •
Jump
into the room
Model
calibration
Scan &
shoot
Export
to FLUX
Data
visualisation
THE INSPECTION SCENARIO REINVENTED
A new way to collect data on the field
AEC Hackathon 3.4 • Singapore • JULY 22 - 24
8. 1 • JUMP INTO THE ROOM TO INSPECT
The room has been digitized
2016
Key notes
• A room appropriate for Tango 3d scanning,
from Whiskey team conclusions 5 months
ago.
• No need to be too accurate : defect
localisation with a +/- 10 cm error is fine.
• 3d model in Sketchup
• Integration in FLUX : project Dreamcatcher
AEC Hackathon 3.4 • Singapore • JULY 22 - 24
9. 2 • MODEL CALIBRATION
Model & reality matching
2016
Key notes
• Need to find 2 points, identified in the BIM
model.
• One simple rule, based on the wall in front
of the door & 2 points at the wall
intersection.
AEC Hackathon 3.4 • Singapore • JULY 22 - 24
10. 3
+
3 • SCAN & SHOOT
Tango app prototype
2016
Key notes
• Start with the
floor_plan_example
AEC Hackathon 3.4 • Singapore • JULY 22 - 24
11. 4 • EXPORTING THE DATA
Ready for FLUX
2016
Key notes
• Flux login feature, to send
data from Tango to Flux.
AEC Hackathon 3.4 • Singapore • JULY 22 - 24
12. 5 • DATA VISUALIZATION
From Grasshopper & Rhino
2016
Key notes
• FLUX to move data from
Sketchup to Rhino
• FLUX to provide inputs for
the Rhino model
AEC Hackathon 3.4 • Singapore • JULY 22 - 24
13. 5 • DATA VISUALIZATION
Point clouds
2016
Date captured
Location of defect
• (X,Y,Z), respective to room
origins.
Type of defects
• Categorization of defects:
floors, carpentry, plumbing
etc…
AEC Hackathon 3.4 • Singapore • JULY 22 - 24
14. 5 • DATA VISUALIZATION
Defects follow up
2016
Based on date
logged in
• Within 14 Days
• 14 days < DATE <21 Days
• More than 21 Days
Possible applications
• Live monitoring of defects
team, for decision making
and quick response
AEC Hackathon 3.4 • Singapore • JULY 22 - 24
15. 5 • DATA VISUALIZATION
Defect location
2016
Based on z-
Coordinate = height
• Within 0.5m (Floor Defects)
• Within Reach (2.3m)
• Require additional support >
2.3m (Ceiling Defects
Possible applications
• Facilitate deployment of
teams to tackle specific
defects
AEC Hackathon 3.4 • Singapore • JULY 22 - 24
16. 5 • DATA VISUALIZATION
Defects concentration
2016
Based on proximity
of points within a 1m
radius
Can vary depending on scale
roughly the size of a room
Possible applications
• Monitor defects in high
density residential buildings
• Visually identify
concentration of defects and
source of the problems
AEC Hackathon 3.4 • Singapore • JULY 22 - 24
17. EXCHANGING DATA : A PIECE OF CAKE WITH FLUX
Linking thinks together from a web interface
2016
Sketchup
Rhino
Tango
GrasshopperFlux
Catching data
Fast modeling
Data 3d visualisation
AEC Hackathon 3.4 • Singapore • JULY 22 - 24