t.p.p.d homework collection fall 2022 IBERO MARIANA H BARROETA
2 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX content 01_ the chair 02 _ tesseract 03 _ curve attractor 04 _ graph mapper 05 _ loft tower 06 _ image sampler 07 _ panels introduction to gh plugins 08 _ kangaroo + RV2 09 _ kangaroo 10 _ topology optimisation (tOpos // millipede) 11 _ millipede 12 _ 3D printing 13 _ chromodoris p. 04 p. 06 p. 08 p. 10 p. 12 p. 14 p. 16 p. 20 p. 22 p. 24 p. 26 p. 28 p. 30
3 Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin)
Computer designed architecture Mariana H. Barroeta
p_04 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX 01 : _ the chair Mariana H Barroeta a chair deconstruct Seat Right grasshopper script (pipes) *modeled in grasshopper * * union
p_05Computer designed architecture Mariana H. Barroeta Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin) Right Armrest Backrest Left assemble * * * * * the backrooms chair
Scaled
Point A (0,0,0) Point B (20,20,20)
From interiorFactor 0.5
p_06 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX grasshopper script 02 : _ tesseract Mariana H Barroeta Cube End points
cube
framework
p_07Computer designed architecture
Mariana H.
Barroeta Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin) points interior edges Lines Tesseract Connecting endpoints Pipes the tesseract room
Polygon Segments: 7 Radius: 3 (default)
Geometry Curve
Series (x,y) Step: 10 Count 20
Planar curve defined by user
p_08 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX grasshopper script _ curve attractor Mariana H Barroeta 03 :
path
p_09Computer designed architecture Mariana H. Barroeta Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin) Scale Extrude Factor: Distance (curve closest point) Factor: (curve closest point ) * (value defined by user) the mountain pavilion
p_10 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX grasshopper script _ graph mapper Mariana H Barroeta 04 : scale loftrotate invader 01 02 03 move
p_11Computer designed architecture
Mariana
H. Barroeta Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin) the urns 01 02 03
p_12 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX grasshopper script _ loft tower Mariana H Barroeta 05: Geometry Transform Polygon Segments: 10 Radius: 10 + + = Move Series (z) Scale Graph mapper Rotate Graph mapper Shell Floors Structure Result Structure Connecting 0 index on each polygon segment
p_13Computer designed architecture
Mariana
H. Barroeta Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin) lost tower Floors Extruding transformed geometry Shell Result Lofting surface trough transformed geometry
p_14 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX grasshopper script _ image sampler Mariana H Barroeta 06 : Grid Image sampler Transform - connect Top // Elevation Elevation // Isometric Cells x size: extent (x): 23 extent (y): 24 Extract points from grid Settings x,y domain: 0 to 5 Tiling: tile Channel: Colour brightnes Move points (z) Factor from mapped values - image sampler sourceConnect with interpolate curve Greyscale b/w
p_15Computer designed architecture Mariana H. Barroeta Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin) the thread Move points (z) Pipes
p_16 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX grasshopper script _ panels Mariana H Barroeta 07 : Geometry Circle Perp frames Count: 15 Curve: geometry Rings Mesh Floors Transform Rotate max deg: 37 Loft Lofted surface from geometry
p_17Computer designed architecture Mariana H. Barroeta Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin) loop cage List item: Select floors Extrude: Floor thickness Weaverbird’s Picture Frame Mesh pipe: Transformed geometry Cull index: Remove floors
t.p.p.d. fall 2022 Universidad Iberoamericana CDMX p_18 introduction to grasshopper plugins
Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin) p_19Computer
designed architecture Mariana H. Barroeta
p_20 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX frei otto _ kangaroo plugin + Rhino Vault Mariana H Barroeta 08 : Grid Points Loft Subd Kangaroo Cell Size: 7 x: 9 y: 5 Placing points to make grid parametric Cells closest to points Weaverbird’s Catmull-Clark Subdivision Solver: Tangential smooth Soap Film Naked Vertices
Mesh Boundary Conditions Data RV2
Force Diagram Alpha: 100
Vertical Equilibrium Target Height: 6.6
Force Diagram Alpha: 80
Vertical Equilibrium Target Height: 6.6
Force Diagram Alpha: 50
Vertical Equilibrium Target Height: 6.6
Define supports Result through RV2 solver
p_21Computer designed architecture Mariana H. Barroeta Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin) the chips
p_22 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX grasshopper script _ kangaroo plugin Mariana H Barroeta 09 : Grid Points Cells closest to points SurfaceExtrudeCull Cell Size: 10 x: 10 y: 10 Placing points to make grid parametric Identify holes
p_23Computer designed architecture
Mariana H. Barroeta
Digital
Production Thesis Introduction to Rhino3D + Grasshopper + (plugin) the cave
p_24 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX grasshopper script _topology optimisation - tOpos // millipede plugin Mariana H Barroeta 10: Gather user data Model tOpos Volume load Boundary domain Boundary conditions Supports define Density value = 50% Voxel resolution = 0.2 Optimisation Iterations = x 60 30 20 10
p_25Computer designed architecture Mariana H. Barroeta Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin) grasshopper script Define geometry // information for solver millipede Stress Lines Load Boundary Supports 2.0_ millipede millipede Script Load Boundary Supports 2.0_ millipede millipede Script Load Boundary Supports Tropostruct2D2.0_ millipede millipede Script Load Boundary Supports Tropostruct2D Stress Lines 2.0_ millipede millipede Script Load Boundary Supports Tropostruct2D Stress Lines 2.0_ millipede millipede Script Load Boundary Supports Tropostruct2D Stress Lines
p_26 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX grasshopper script _ millipede plugin Mariana H Barroeta 11 : Mesh Supports Loads Source mesh imported from Rhino define define iterate
p_27Computer designed architecture Mariana H. Barroeta Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin) 2 3 1 2 U Count Stress Lines FE Model Mesh V Count 4 9 3 8 10 9 15 14 16 15 U Count Stress Lines FE Model Mesh V Count 5 8 4 7 14 13 17 16 U Count Stress Lines FE Model Mesh V Count 6 7 5 6 13 12 20 19 U Count Stress Lines FE Model Mesh V Count 11 12 10 11 18 17 19 18 U Count Stress Lines FE Model Mesh V Count
p_28 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX _ 3D printing Mariana H Barroeta 12 : 1st attempt 2nd attempt 3rd attempt export .stl file to Ultimaker Cura Infill 0% Support None Adhesion Plate Quality Layer height 0.6 Speed 100 mm/s 14 min Infill 0% Support None Adhesion Plate Quality Layer height 0.4 Speed 80 mm/s 20 min Infill 0% Support None Adhesion Plate Quality Layer height 0.2 Speed 50 mm/s 35 min
p_29Computer designed architecture Mariana H. Barroeta Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin)
p_30 t.p.p.d. fall 2022 Universidad Iberoamericana CDMX grasshopper script _patterns + chromodoris plugin Mariana H Barroeta 13 : Curve Transform Contour Divide curve Dispatch Polyline Transform Defined in GH in (z) Move in (z) points between segments points Graph mapper connect points
p_31Computer designed architecture Mariana H. Barroeta Digital Production Thesis Introduction to Rhino3D + Grasshopper + (plugin) worm vases Isometrics - Elevations - Graph Mapper
Grasshopper
script
MARIANA H BARROETA
