AR272 - Portfolio

By

AR272

Thachathan

ADVANCED

3-D

THAMMASAT

Th.

6216610318

MODELING DESIGN

AND

SCHOOL

ANIMATION

Ventilation

block

design

Trim curve Join curves and extrude Create the circle and Offset the pattern 0.02 m

Create the pattern and offset 0.02 m Offset rectangle 0.02 m Create rectangle 0.2x0.2 m

Put it in a pattern

Trim curve Join curves and extrude Offset the pattern 0.01 m

Create the pattern Offset rectangle 0.02 m Create rectangle 0.2x0.2 m

Put it in a pattern

Mirror the pattern and trim curve Join curves and extrude Offset the pattern 0.02 m

Create the pattern Offset rectangle 0.02 m Create rectangle 0.2x0.2 m

Mirror Join 2 parts by Loft Bring it up 0.1 m

Create the 2 lines and loft Offset rectangle 0.02 m Create rectangle 0.2x0.2 m

Mirror the pattern and trim curve Offset the line 0.02 m

Join curves by Loft and extrude

Create the line Offset rectangle 0.02 m Create rectangle 0.2x0.2 m

Play

with

curve

A5

A4 B5

B4 C5

hex03 A6

C1

hex02

B1 hex01

Start with polygon: Num Side = 6 Mode = Inscribed R = 1 unit

Offset curves Hex01 = 2 Hex02 = 2

B3 A3

B6 C6

A1

B2 A2

Make a poly-line 1.) Start at middle of lineA1 to middle of lineB1 2.) From middle of lineB1 trace to end point of lineC6 and trace to end point of lineC5 3.) From end point of lineC5 trace to end point of lineB4 4.) From end point of lineB4 trace to middle of lineB4 and trace to middle of lineA4 5.) From middle of lineA4 trace to end point of lineA4 and trace to end point of lineA5,A6 6.) From end point of lineA6 trace to start point and end

Mirror 2 times and move the curve into hex01

Hide all hexagons

Make pattern 1st generation

01

Make poly-line (purple and blue curve)

Delete curve01

Looking for new pattern From previous and visualize By using poly-line Develop 2nd generation From the 1st generation

Make pattern again

Hide all hexagons

Show all hexagons And make some curves (green curve) More develop

Hide all hexagons

Rotate copy the patten 3 times Develop last generation

Scale uniform by 0.5 And make the new pattern

A3

A3

A4

A4 C3

A2

B2

B2

B3

A5

A2

B1 A1

Start with polygon: Num Side = 6 Mode = Inscribed R = 1 unit

A6

Make a poly-line

Make a poly-line

1.) Middle of lineA1 lineA2 2.) Middle of lineB1 lineB2 3.) Middle of lineA3 lineA4 4.) Middle of lineB2 lineB3 5.) Middle of lineA5 lineA6 6.) Middle of lineB3 lineB1

1.) Start from middle of lineA2 to middle of lineB2 2.) From middle of lineB2 to middle of lineC3 3.) From middle of lineC3 to middle of lineA4 4.) From middle of lineA4 trace to end point of lineA3 5.) From end point of lineA3 trace to end point of lineA2 6.) From end point of lineA2 trace to start point and end

to middle of to middle of to middle of to middle of to middle of to middle of

Rotate copy at 60 degree 3 times

Hide hexagon and Poly-lines

Make pattern 1st generation

01

02

Make poly-line (green and blue curve)

Delete curve01 and 02

Looking for new pattern From previous and visualize By using poly-line Develop 2nd generation From the 1st generation

Make pattern again

Hide all hexagons

Show all hexagons And make some curves (green curve) More develop

Hide all hexagons

Rotate copy the patten 3 times degree 270 Develop last generation

Scale uniform by 0.75 And make the new pattern

4

4 D

C

5

3

5

E

B

E

2

6

6 F

A

1 Start with polygon: Num Side = 6 Mode = Inscribed R = 1 unit

F

1

Make a poly-line

Make a poly-line

1.) point1 to point3 2.) point3 to point5 3.) point5 to point1 4.) point2 to point4 5.) point4 to point6 6.) point6 to point2 7.) point2 to point6 8.) point3 to point5 9.) point A to point B,C,D,E and point F 10.) point F to point A and end

1.) Start from point6 to 3/4 of line E-F and trace to middle of line1-5 2.) From middle of line1-5 trace to 1/6 of line4-6 3.) From 1/6 of line4-6 trace to 2/6 of line4-6 4.) From 2/6 of line4-6 trace to point5 5.) From point5 trace to point6 and end

Rotate copy at 137.37 degree 4 times

Hide hexagon and Poly-lines

Make pattern 1st generation

Make poly-line (purple and blue curve)

Delete curves

Looking for new pattern From previous and visualize By using poly-line Develop 2nd generation From the 1st generation

Make pattern again

Hide all hexagons

Show all hexagons And make some curves (green curve) More develop

Hide all hexagons

Rotate copy the patten 2 times degree 300 and mirror Develop last generation

Scale uniform by 0.5 And make the new pattern

Sub-D

Modeling continuous surface Extreme sport park

Offset 0.15 m Detail of the work (extrude, stitch, bridge)

Remove Existing Symmetry And Stitch meshes

Extrude

Bridge meshes

Create Sub-D plane

mirror

Copy 2 times (floor to floor : 3 m)

Curve 10 x 20 m

Elevation 1

Elevation 2

Elevation 3

Elevation 4

Section A

Section B

Section C

Section D

Parametric

Geometric

:

Sacred

geometry

PARAMETRIC Polygon R=4 S=4 Offset Curve D = -1 Rotate D = 30 Offset Curve D=1 Circle R=4 Offset Curve D=1

PARAMETRIC Polygon R=2 S=4 Offset Curve D=1 Rotate D = 32 Offset Curve D=1 Circle R=5 Offset Curve D=1

PARAMETRIC Polygon R=4 S=4 Offset Curve D = -1 Rotate D = 45 Offset Curve D=1 Circle R=4 Offset Curve D=1

PARAMETRIC Polygon R=5 S=4 Offset Curve D = -2 Rotate D = 135 Offset Curve D=1

Circle R=3 Offset Curve D=1

PARAMETRIC Polygon R=4 S=7 Offset Curve D=0 Rotate D = 45 Offset Curve D=0 Circle R=5 Offset Curve D=1

PARAMETRIC Polygon R=9 S=4 Offset Curve D=1 Rotate D = 45 Offset Curve D=1 Circle R=4 Offset Curve D=1

PARAMETRIC Polygon R=7 S=3 Offset Curve D=2 Rotate D = 45 Offset Curve D=2 Circle R=6 Offset Curve D=1

PARAMETRIC Polygon R=8 S=6 Offset Curve D=2 Rotate D = 45 Offset Curve D=2

Circle R=6 Offset Curve D=1

PARAMETRIC Polygon R = 10 S=7 Offset Curve D=2 Rotate D = 45 Offset Curve D=2 Circle R=8 Offset Curve D=6

PARAMETRIC Polygon R=6 S=9 Offset Curve D=1 Rotate D = 45 Offset Curve D=2 Circle R=8 Offset Curve D=1

PARAMETRIC Polygon R=7 S=3 Offset Curve D=2 Rotate D = 60 Offset Curve D=2 Circle R=5 Offset Curve D=2

PARAMETRIC Polygon R=7 S=4 Offset Curve D=2 Rotate D = 60 Offset Curve D=2

Circle R=5 Offset Curve D=2

PARAMETRIC Polygon R=8 S=5 Offset Curve D=2 Rotate D = 180 Offset Curve D=2 Circle R=5 Offset Curve D=1

PARAMETRIC Polygon R=8 S=5 Offset Curve D=1 Rotate D = 180 Offset Curve D=2 Circle R = 10 Offset Curve D=1

PARAMETRIC Polygon R=7 S=7 Offset Curve D=6 Rotate D=0 Offset Curve D=0 Circle R = 10 Offset Curve D=1

PARAMETRIC Polygon R=3 S=6 Offset Curve D=6 Rotate D=0 Offset Curve D=4

Circle R = 10 Offset Curve D=1

Self

portrait

generator

Parametric

tower

Parametric

tower

:

cull

pattern

Divide Surface : Rectangle

Divide Surface : Rectangle U count : 30 V count : 30 Cull Pattern : Chanel 1 : false, true Chanel 2 : true, false

Divide Surface : Rectangle U count : 30 V count : 30 Cull Pattern : Chanel 1 : false, true Chanel 1.1 : false, true Chanel 1.2 : false, true Chanel 1.3 : false, true Chanel 1.4 : false, true Chanel 2 : true, false

Divide Surface : Rectangle U count : 44 V count : 35 Cull Pattern : Chanel 1 : false, true Chanel 1.1 : false, true Chanel 1.2 : false, true Chanel 1.3 : false, true Chanel 1.4 : false, true Chanel 2 : true, false

Divide Surface : Rectangle U count : 15 V count : 25 Cull Pattern : Chanel 1 : false, true Chanel 1.1 : false, true Chanel 1.2 : false, true Chanel 1.3 : false, true Chanel 1.4 : false, true Chanel 2 : true, false

Divide Surface : Rectangle U count : 34 V count : 43 Cull Pattern : Chanel 1 : false, true Chanel 1.1 : false, true Chanel 1.2 : false, true Chanel 1.3 : false, true Chanel 1.4 : false, true Chanel 2 : true, false

Divide Surface : Rectangle U count : 50 V count : 39 Cull Pattern : Chanel 1 : false, true Chanel 1.1 : false, true Chanel 1.2 : false, true Chanel 1.3 : false, true Chanel 1.4 : false, true Chanel 2 : true, false

Divide Surface : Rectangle U count : 50 V count : 39 Cull Pattern : Chanel 1 : false, true Chanel 1.1 : false, true Chanel 1.2 : false, true Chanel 1.3 : false, true Chanel 1.4 : false, true Chanel 2 : true, false

Divide Surface : Rectangle U count : 15 V count : 39 Cull Pattern : Chanel 1 : false, true Chanel 1.1 : false, true Chanel 1.2 : false, true Chanel 1.3 : false, true Chanel 1.4 : false, true Chanel 2 : true, false

Divide Surface : Rectangle U count : 17 V count : 26 Cull Pattern : Chanel 1 : false, true Chanel 1.1 : false, true Chanel 1.2 : false, true Chanel 1.3 : false, true Chanel 1.4 : false, true Chanel 2 : true, false

Divide Surface : Rectangle U count : 13 V count : 50 Cull Pattern : Chanel 1 : false, true Chanel 1.1 : false, true Chanel 1.2 : false, true Chanel 1.3 : false, true Chanel 1.4 : false, true Chanel 2 : true, false

Divide Surface : Rectangle U count : 13 V count : 50 Cull Pattern : Chanel 1 : false, true Chanel 1.1 : false, true Chanel 1.2 : false, true Chanel 1.3 : false, true Chanel 1.4 : false, true Chanel 2 : true, false

Divide Surface : Triangle U count : 13 V count : 50 Cull Pattern : Chanel 1 : true, false, false Chanel 1.1 : true, false Chanel 1.2 : false, true Chanel 2 : false, true, true Chanel 2.1 : true, false Chanel 2.2 : false, true Chanel 3 : false, true, true Chanel 4 : true, false, false

Divide Surface : Triangle U count : 22 V count : 41 Cull Pattern : Chanel 1 : true, false, false Chanel 1.1 : true, false Chanel 1.2 : false, true Chanel 2 : false, true, true Chanel 2.1 : true, false Chanel 2.2 : false, true Chanel 3 : false, true, true Chanel 4 : true, false, false

Divide Surface : Triangle U count : 18 V count : 15 Cull Pattern : Chanel 1 : true, false, false Chanel 1.1 : true, false Chanel 1.2 : false, true Chanel 2 : false, true, true Chanel 2.1 : true, false Chanel 2.2 : false, true Chanel 3 : false, true, true Chanel 4 : true, false, false

Divide Surface : Triangle U count : 14 V count : 27 Cull Pattern : Chanel 1 : true, false, false Chanel 1.1 : true, false Chanel 1.2 : false, true Chanel 2 : false, true, true Chanel 2.1 : true, false Chanel 2.2 : false, true Chanel 3 : false, true, true Chanel 4 : true, false, false

Divide Surface : Triangle U count : 10 V count : 10 Cull Pattern : Chanel 1 : true, false, false, true Chanel 1.1 : true, false Chanel 1.2 : false, true Chanel 2 : false, true, true, false Chanel 2.1 : true, false Chanel 2.2 : false, true Chanel 3 : false, true, true, false Chanel 4 : true, false, false, true

Divide Surface : Triangle U count : 47 V count : 27 Cull Pattern : Chanel 1 : true, false, false, true Chanel 1.1 : true, false Chanel 1.2 : false, true Chanel 2 : false, true, true, false Chanel 2.1 : true, false Chanel 2.2 : false, true Chanel 3 : false, true, true, false Chanel 4 : true, false, false, true

Divide Surface : Triangle U count : 43 V count : 31 Cull Pattern : Chanel 1 : true, false, false, true Chanel 1.1 : true, false Chanel 1.2 : false, true Chanel 2 : false, true, true, false Chanel 2.1 : true, false Chanel 2.2 : false, true Chanel 3 : false, true, true, false Chanel 4 : true, false, false, true

Series : 5 Divide Surface : Triangle U count : 43 V count : 31 Cull Pattern : Chanel 1 : true, false, false, true Chanel 1.1 : true, false Chanel 1.2 : false, true Chanel 2 : false, true, true, false Chanel 2.1 : true, false Chanel 2.2 : false, true Chanel 3 : false, true, true, false Chanel 4 : true, false, false, true

Series : 5 Graph type : sine Divide Surface : Triangle U count : 43 V count : 31 Cull Pattern : Chanel 1 : true, false, false, true Chanel 1.1 : true, false Chanel 1.2 : false, true Chanel 2 : false, true, true, false Chanel 2.1 : true, false Chanel 2.2 : false, true Chanel 3 : false, true, true, false Chanel 3.1 : true, false Chanel 3.2 : false, true Chanel 4 : true, false, false, true Chanel 4.1 : true, false Chanel 4.2 : false, true

Series : 5 Graph type : sine Divide Surface : rectangle U count : 15 V count : 24 Cull Pattern : Chanel 1 : true, false, false, true Chanel 1.1 : true, false Chanel 1.2 : false, true Chanel 1.3 : false, true Chanel 1.4 : false, true Chanel 2 : false, true, true, false

Series : 3.57 Graph type : parabola Divide Surface : rectangle U count : 36 V count : 24 Cull Pattern : Chanel 1 : true, false, false, true Chanel 1.1 : true, false Chanel 1.2 : false, true Chanel 1.3 : false, true Chanel 1.4 : false, true Chanel 2 : false, true, true, false

Series : 1.57 Graph type : parabola Divide Surface : rectangle U count : 15 V count : 31 Cull Pattern : Chanel 1 : true, false, false, true Chanel 1.1 : true, false Chanel 1.2 : false, true Chanel 1.3 : false, true Chanel 1.4 : false, true Chanel 2 : false, true, true, false

Responsive

panel

Divide Surface : Rectangle

Divide Surface : Triangle

Construct Domain Chanel 1 Domain start : 0.567 Domain end : 0.789 Minimum : 150 Multiplication : 2

Move points Construct Domain Chanel 2 Domain start : 243 Domain end : 21

Construct Domain Chanel 3 Domain start : 135 Domain end : 178

Construct Domain Chanel 4 Domain start : 47 Domain end : 211

Move points

Move points

Move points

Move points

Move points

Move points

Divide Surface : Triangle Move points

Move points

Move points

Move points

Move points

Move points

F

E A

B C D

A Construct Domain Chanel 1

B Construct Domain Chanel 2 C Construct Domain Chanel 3 D Construct Domain Chanel 4 E Multiplication F Minimum

Physical modeling surface Experimenting with force models

U Count : 4 V Count : 4 Multiplication : 1.05 Load : 0.26

U Count : 1 V Count : 1 Multiplication : 0.84 Load : 0.26

U Count : 3 V Count : 3 Multiplication : 0.00 Load : 1.00

U Count : 3 V Count : 3 Multiplication : 0.35 Load : 0.74

U Count : 3 V Count : 3 Multiplication : 0.00 Load : 0.30

U Count : 3 V Count : 3 Multiplication : 0.95 Load : 0.36 Move point

U Count : 3 V Count : 3 Multiplication : 1.82 Load : 0.04

U Count : 3 V Count : 3 Multiplication : 1.82 Load : 0.04 Move point

U Count : 3 V Count : 3 Multiplication : 1 Load : 0.30

Parametric Diagram

Perspective

Elevation 1

Elevation 2

Physical modeling Atrium sculpture design

Create surface 4 layers - Choose the points by myself

Create surface 4 layers - Choose the points by command of grasshopper

Create surface, copy surface And delete surface - Choose the points by myself

Create surface, copy surface And delete surface - Choose the points by command of grasshopper

Create surface, copy surface And delete surface - Choose the points by command of grasshopper

Create surface, copy surface And delete surface - Choose the points by command of grasshopper

Create surface, copy surface And link surface - Choose the points by command of grasshopper

Create surface, copy surface And link surface - Choose the points by command of grasshopper

Create surface, copy surface And link surface - Choose the points by command of grasshopper

Twinmotion exterior Architecture real time rendering

Realtime rendering with Twinmotion2 The club house nightlight exterior Realtime rendering

Final

assignment

Animation