dreamcatcher project - aec hackathon singapore

Confidentiel - FinalCAD - Knowledge Corp SAS

DREAM CATCHER TEAM

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

KILLER PAPER APPS Example : FINALCAD

2016AEC Hackathon 3.4 • Singapore • JULY 22 - 24

LET’S KILL BLUEPRINTS ! Dragging & dropping issues on blueprints is just tedious


TARGET THE ISSUE, AND SHOOT IT Tango gave birth to Dream Catcher

2016

3

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INSPECTION REPORT FROM THE BIM From FLUX, send back the issues to one 3d model, like Revit


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


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


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.


3

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3 • SCAN & SHOOT Tango app prototype

2016

Key notes

• Start with the floor_plan_example


4 • EXPORTING THE DATA Ready for FLUX

2016

Key notes

• Flux login feature, to send data from Tango to Flux.


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


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…


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


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


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


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


DREAM CATCHER v0 • Basics


DURING ONE INSPECTION View : issue counter, stop the visit, issue target, add one issue

2016

0

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WHEN OPENING THE APP Starting a new inspection


DURING ONE INSPECTION View : issue counter, stop the visit, issue target, add one issue

2016

0

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DURING ONE INSPECTION Marker for registered issues • Adding one defect, stoping the visit

2016

3

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STOPING ONE INSPECTION Outputs for one inspection : 3d mesh file and issue positions


DREAM CATCHER v1 • inspection management


STARTING THE APP I can create one new inspection and see existing inspections

2016

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One inspection

EXPORTING TO FLUX Eventually, I can export the data of one inspection to FLUX

2016

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Send to flux


dreamcatcher project - aec hackathon singapore

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