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Divide and Conquer Adaptive Components in Revit v2013

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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Divide and Conquer Adaptive Components in Revit v2013

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  1. Divide and Conquer Adaptive Components in Revit v2013 Tim Waldock PTW

  2. 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

  3. Divide Path What is a Divided Path? Limitations • Where • Path types Number of nodes Node visibility

  4. Repeater Pattern What is a Repeater? How to create a repeater Limitations • Where • What • Setout • Dissolve

  5. Repeater Pattern Repeater types Single Multiple Multiple hosts Repeater variations Alternating repeaters Overlapping repeaters

  6. Hosted Adaptive Components Number of adaptive points How to host points Multiple points Multiple hosts Nested Components

  7. Single Point Repeaters Single pattern repeaters

  8. Single Point Repeaters Multiple Repeater Patterns

  9. Single Point Repeaters Multiple Component Repeaters

  10. Two Point Repeaters Two point adaptive components as repeaters – on single divided host

  11. Two Point Repeaters Two point adaptive components as repeaters – on multiple divided hosts

  12. Two Point Repeaters Two point adaptive components as repeaters – on point & surface hosts

  13. Repeater Hosts Divided Path Divided Surface Control Point

  14. Repeater Elements Adaptive Components One Point AC Two Point AC Three Point AC

  15. Repeater 1 - Inspiration

  16. Repeater 1 - Reactor 3 Point AC Host Surface + Control Point

  17. Alternating Repeater - Reactor 3 Point AC 2 types

  18. Repeater 2 – Curved Facade 4 Point adaptive component 3 points on adjacent nodes, 1 on control point Normal to point 1

  19. Repeater 3 - Inspiration

  20. Repeater 3 - Inspiration Fifth Clime – by Hashim Ali

  21. 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

  22. Repeater 3 – Star Proportion Radius proportion parameter Inside to outside radius Check

  23. Repeater 3 - Host Divided Surface 60 & 30 degrees

  24. Repeater 3 - Host Grid spacing Star radius parameter

  25. Repeater 3 – Pattern Variations Proportion Value

  26. Repeater 3 – Variations - 2 point star 2 Adaptive points Reporting Length Proportion Sinewave calculation

  27. Repeater 3 – Variations - 2 point star 4 point Adaptive host 30 & 60 degrees Fixed Distance • Repeater • Flex point

  28. Repeater 4 - Inspiration Octopus Hotel

  29. Repeater 4 – Repeated Module Hotel rooms + • Curvilinear plans • = • . . . . . . .

  30. 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

  31. Repeater 4 – Module Start simple Test the process Add complexity Line-based

  32. Repeater 4 - Host Create Rig Length Radius Divide Path

  33. Repeater 4 – Host the Module Host Orientation Flip

  34. Repeater 4 - Repeater Repeat Flex Parameters

  35. Repeater 4 – Double Repeater Host again Reverse direction Repeat again Delete 2nd repeater Divide Path again Different spacing Host again Repeat again

  36. 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

  37. Repeater 4 – Tapered Module Edit the room module Trigonometry

  38. Repeater 4 – Tapered Repeater Reload room module Concave / Convex Materials / Colour

  39. Repeater 4 – Corridor Component Adaptive Component Nested Line-based Overlap room modules

  40. Repeater 4 – Area Calculations Edit the room module Segment area Check calculations

  41. Repeater 4 – Schedules Load into Project Create schedule

  42. Repeater 4 – Node visibility In project – nodes are visible In family: Path Representation

  43. Repeater 4 – Error Checking Arc repeater component Error check for radius V2013 flex bug

  44. Repeater 4 – Double Curve Adaptive 3 point adaptive components Nested adaptive

  45. Divide & Repeat – Summary Divide Path Divide Surface Repeat “Array for adaptive components”

  46. Projects – Octopus Hotel

  47. Tim Waldock PTW Architects

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