Divide and conquer adaptive components in revit v2013
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Divide and Conquer Adaptive Components in Revit v2013. Tim Waldock. PT W. Introduction. Topics: New ways to create Repetitive patterns on surfaces Creating regularised organic shapes Tools: New “Divide Path” on lines, arcs New “Repeat” command on divided paths and surfaces

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Presentation Transcript

Introduction

Topics:

New ways to create Repetitive patterns on surfaces

Creating regularised organic shapes

Tools:

New “Divide Path” on lines, arcs

New “Repeat” command on divided paths and surfaces

Adaptive components used in projects

Trigonometry

Examples:

Reactor pattern as repeater

Reactor pattern on curved surface

Star Pattern Adaptive Component as Repeater

Arc-based Repeating Modules


Divide Path

What is a Divided Path?

Limitations

  • Where

  • Path types

    Number of nodes

    Node visibility


Repeater Pattern

What is a Repeater?

How to create a repeater

Limitations

  • Where

  • What

  • Setout

  • Dissolve


Repeater Pattern

Repeater types

Single

Multiple

Multiple hosts

Repeater variations

Alternating repeaters

Overlapping repeaters


Hosted Adaptive Components

Number of adaptive points

How to host points

Multiple points

Multiple hosts

Nested Components


Single Point Repeaters

Single pattern repeaters


Single Point Repeaters

Multiple Repeater Patterns


Single Point Repeaters

Multiple Component Repeaters


Two Point Repeaters

Two point adaptive components as repeaters – on single divided host


Two Point Repeaters

Two point adaptive components as repeaters – on multiple divided hosts


Two Point Repeaters

Two point adaptive components as repeaters – on point & surface hosts


Repeater Hosts

Divided Path

Divided Surface

Control Point


Repeater Elements

Adaptive Components

One Point AC

Two Point AC

Three Point AC



Repeater 1 - Reactor

3 Point AC

Host

Surface +

Control Point


Alternating Repeater - Reactor

3 Point AC 2 types


Repeater 2 – Curved Facade

4 Point adaptive component

3 points on adjacent nodes, 1 on control point

Normal to point 1



Repeater 3 - Inspiration

Fifth Clime – by Hashim Ali


Repeater 3 – Adaptive Star

1 Point Adaptive Component

2 hosted circles

2 Divide paths

6 Points

12 Points

12 Lines

3D snapping

1 Star

  • 1 Rectangle

  • 1 Selection

  • 1 Solid Star


Repeater 3 – Star Proportion

Radius proportion parameter

Inside to outside radius

Check


Repeater 3 - Host

Divided Surface

60 & 30 degrees


Repeater 3 - Host

Grid spacing

Star radius parameter



Repeater 3 – Variations - 2 point star

2 Adaptive points

Reporting Length

Proportion

Sinewave calculation


Repeater 3 – Variations - 2 point star

4 point Adaptive host

30 & 60 degrees

Fixed Distance

  • Repeater

  • Flex point



Repeater 4 – Repeated Module

Hotel rooms

+

  • Curvilinear plans

  • =

  • . . . . . . .


Repeater 4 - Module

Divide Path & Repeat

nesting,

shared families,

linking of parameters,

controlling x,y,z rotation of nested components

controlling orientation of nested components when adaptive points move,

repeater patterns


Repeater 4 – Module

Start simple

Test the process

Add complexity

Line-based


Repeater 4 - Host

Create Rig

Length

Radius

Divide Path


Repeater 4 – Host the Module

Host

Orientation

Flip


Repeater 4 - Repeater

Repeat

Flex

Parameters


Repeater 4 – Double Repeater

Host again

Reverse direction

Repeat again

Delete 2nd repeater

Divide Path again

Different spacing

Host again

Repeat again


Repeater 4 – Alternating Repeaters

Delete repeaters

Host – alternate nodes

Create new type

Host – alternate nodes

Repeat again

Create 2 new types

Host – alternate nodes

Repeat again


Repeater 4 – Tapered Module

Edit the room module

Trigonometry


Repeater 4 – Tapered Repeater

Reload room module

Concave / Convex

Materials / Colour


Repeater 4 – Corridor Component

Adaptive Component

Nested Line-based

Overlap room modules


Repeater 4 – Area Calculations

Edit the room module

Segment area

Check calculations


Repeater 4 – Schedules

Load into Project

Create schedule


Repeater 4 – Node visibility

In project – nodes are visible

In family:

Path Representation


Repeater 4 – Error Checking

Arc repeater component

Error check for radius

V2013 flex bug


Repeater 4 – Double Curve Adaptive

3 point adaptive components

Nested adaptive


Divide & Repeat – Summary

Divide Path

Divide Surface

Repeat

“Array for adaptive components”



Tim Waldock

PTW Architects


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