AR273 Introduction to Algorithms and Programming for Visual Design (group3) by smileminddd27

AR273 Introduction to Algorithms and Programming for Visual Design Faculty of Architecture and Planning, Thammasat University

GROUP 3

CONTENTS Rhino Python Editor Rhino Python Editor code

The compose of dot line and basic geometries Sacred Geometry Grasshopper Diagram

The Parametric pattern Graphic Pattern Grasshopper Diagram

The Parametric Tower Parametric Tower Tower Skin Grasshopper Diagram

The Responsive Skin Responsive Skin Surface Responsive Skin Tower Perspective Grasshopper Diagram

Physical Modeling : Form Finding Algorithm Free Form Surface Free Form Surface : Algorithm Architectural Presentation Grasshopper Diagram

3D Printing Clay : Parametric Object Parametric Object (tea cup) ÍØ»¡Ã³ ·Õ่ãªŒ¡Ñºà¤Ã×่Í§»ÃÔ้¹ 3D ÇÑÊ´Ø·Õ่ãªŒã¹¡ÒÃàµÃÕÂÁ´Ô¹ Parametric Object (tea cup) Grasshopper Diagram Architectural Presentation

ASSIGNMENT 0 Rhino Python Editor Rhino Python Editor code

à¢ÕÂ¹ code ´ŒÇÂ JavaScript

How to Open

CODE : JavaScript

STEP 2

STEP 3 STEP 4 STEP 1

STEP 6

»Ø†Á Run

code ·Õ่à¢ÕÂ¹¨ÐáÊ´§¼Åº¹â»Ãá¡ÃÁ Rhino

ÊÃŒÒ§¨Ø´·Õ่ á¡¹ X=3 ,Y=2, Z=0

STEP 5

import rhinoscriptsyntax as rs point_1 = rs.AddPoint(0,0,0) point_2 = rs.AddPoint(4,0,0) point_3 = rs.AddPoint(6,2,0) point_4 = rs.AddPoint(3,10,0) point_5 = rs.AddPoint(0,10,0) point_6 = rs.AddPoint(0,1,0) point_7 = rs.AddPoint(2,2,0) point_8 = rs.AddPoint(0,3,0) point_9 = rs.AddCircle((0.5,2,0),0.25) point_10 = rs.AddPoint(0,0,0) point_11 = rs.AddPoint(-4,0,0) point_12 = rs.AddPoint(-6,2,0) point_13 = rs.AddPoint(-3,10,0) point_14 = rs.AddPoint(0,10,0) point_15 = rs.AddPoint(0,1,0) point_16 = rs.AddPoint(-2,2,0) point_17 = rs.AddPoint(0,3,0) point_18 = rs.AddCircle((-0.5,2,0),0.25) line_1 =rs.AddLine(point_1,point_2) line_2 =rs.AddLine(point_2,point_3) line_3 =rs.AddLine(point_3,point_4) line_4 =rs.AddLine(point_4,point_5) line_5 =rs.AddLine(point_6,point_7) line_6 =rs.AddLine(point_7,point_8) line_7 =rs.AddLine(point_10,point_11) line_8 =rs.AddLine(point_11,point_12) line_9 =rs.AddLine(point_12,point_13) line_10 =rs.AddLine(point_13,point_14) line_11 =rs.AddLine(point_15,point_16) line_12 =rs.AddLine(point_16,point_17) point_19 = rs.AddPoint(1.5,10,0) point_20 = rs.AddPoint(3,8,0) point_21 = rs.AddPoint(4.5,10,0) line_6 =rs.AddLine(point_19,point_20) line_6 =rs.AddLine(point_20,point_21) line_6 =rs.AddLine(point_21,point_19) point_22 = rs.AddPoint(-1.5,10,0) point_23 = rs.AddPoint(-3,8,0) point_24 = rs.AddPoint(-4.5,10,0) line_6 =rs.AddLine(point_22,point_23) line_6 =rs.AddLine(point_23,point_24) line_6 =rs.AddLine(point_24,point_22) point_2 = rs.AddPoint(-1.5,10,0) cicle_1 = rs.AddCircle((2,6,0),0.5) cicle_2 = rs.AddCircle((-2,6,0),0.5)

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ASSIGNMENT 0.5 The compose of dot line and basic geometries Sacred Geometry Grasshopper Diagram

ASSIGNMENT 1 The Parametric pattern Graphic Pattern Grasshopper Diagram

PATTERN NO.2 ¤ÓÊ§่Ñ Square Grid Size 4 Ex 5 Ey 5 ¤ÓÊ§่Ñ Cull Pattern Pannel false true true false ¤ÓÊ§่Ñ Polygon Radian 1.45 Segment 4

¤ÓÊ§่Ñ Offset

¤ÓÊ§่Ñ Rotate

Radian Segment 1.7 Radian Radian

PATTERN NO.3 ¤ÓÊ§่Ñ Square Grid Size 4 Ex 5 Ey 5 ¤ÓÊ§่Ñ Cull Pattern Pannel false true true false ¤ÓÊ§่Ñ Polygon Radian 2.45 Segment 6

5 4 ¤ÓÊ§่Ñ Offset

45 45

¤ÓÊ§่Ñ Close Preview Square Grid Flatten tree Area Polygon Explode

¤ÓÊ§่Ñ Polygon

0.4 0.8 Radian Radian Segment Radian

0.5 4 -

¤ÓÊ§่Ñ Rotate

Radian 45 Radian ¤ÓÊ§่Ñ Close Preview Square Grid Flatten tree Area Polygon Explode

PATTERN NO.4 ¤ÓÊ§่Ñ Square Grid Size 4 Ex 5 Ey 5 ¤ÓÊ§่Ñ Cull Pattern Pannel false true true false ¤ÓÊ§่Ñ Polygon Radian 2.45 Segment 6

PATTERN NO.1 ¤ÓÊ§่Ñ Square Grid Size 6 Ex 5 Ey 5 ¤ÓÊ§่Ñ Cull Pattern Pannel false true true false ¤ÓÊ§่Ñ Polygon Radian 2.45 Segment 6

¤ÓÊ§่Ñ Offset 1.2 2.4 ¤ÓÊ§่Ñ Polygon Radian 0.5 Segment 6 Radian 1.2 Segment 6 Radian 0.8 Segment 6 ¤ÓÊ§่Ñ Close Preview Square Grid Flatten tree Area

Radian 1.28 Segment 6 ¤ÓÊ§่Ñ Offset 0 1.2 2.4 ¤ÓÊ§่Ñ Polygon Radian 0.6 Segment 6 Radian 1.2 Segment 6 Radian 0.8 Segment 6 ¤ÓÊ§่Ñ Close Preview Square Grid Flatten tree Area

¤ÓÊ§่Ñ Polygon ÊÃÒŒ§ polygon Ã» Ù ·Ã§6àËÅÂ ่Õ Áâ´ÂÁÕ ¢¹Ò´ã¹áµÅ‹Ð Cull Pattern ·á่Õµ¡µÒ‹§¡¹ Ñ

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ASSIGNMENT 2 The Parametric Tower Parametric Tower Tower Skin Grasshopper Diagram

Picture 1

Picture 2

Picture 3

Picture 4

Picture 5

Picture 6

Picture 7

Picture 8 Assignment 2: the Parametric Tower Kotchakorn Chaiyatum 5916680035

Picture 9

Parametric Tower

Parametric Tower(Picture 9)

Picture E

Picture A

Picture F

Picture B

Picture G

Picture C

Picture H

Picture D

Picture I

Assignment 2: the Parametric Tower Kotchakorn Chaiyatum 5916680035

Tower Skin

Gaussian

BeZier

Gaussian

Palabola

Power

Perlin

Picture 1

Picture 2

Picture 3

Picture 4

Picture 5

Picture 6

Picture 7

Picture 8

Graph types BeZier

BeZier

Gaussian

Picture 1

Picture 2

Picture 3

Picture 4

Picture 5

Picture 6

Picture 7

Picture 8

Grasshopper Diagram

Picture 9 Gaussian Picture 9 Power

Graph types BeZier

BeZier

Picture 1

BeZier

Picture 2

BeZier

Picture 3

Gaussian

BeZier

Picture 1

BeZier

Picture 4

BeZier

Picture 2

Picture 5

Gaussian

Picture 3

BeZier

Palabola

Picture 4

Perlin

Picture 6

Gaussian

Picture 7

Picture 6

Power

Picture 5

BeZier

Picture 8

Perlin

Picture 7

Picture 8

Graph types BeZier

BeZier

Gaussian

Picture 1

Picture 2

Picture 3

Picture 4

Picture 5

Picture 6

Picture 7

Picture 8

True False True

Picture 9 Gaussian Gaussian

Picture 1

BeZier

Picture 2

Picture 3

Gaussian

Picture 4

Palabola

Picture 5

Power

Picture 6

Perlin

Picture 7

Graph types BeZier

Perlin

Picture 8

Gaussian

BeZier

Gaussian

Palabola

Power Picture Perlin1

Picture 1

Picture 2

Picture 3

Picture 4

Picture 5

Picture 6

BeZier

Picture 7

BeZier

Picture 9 Power

Gaussian

Graph types BeZier

BeZier

Picture 2 Perlin Gaussian

Picture 3 BeZierPictureGaussian 4 Picture 5 BeZier Palabola

Picture Power 6

Picture 7 PerlinPicture 8 Perlin

Picture Picture 81

Picture 2

Picture 6

Graph Picturetypes 1 Picture 2 PictureBeZier 7 Picture 8 BeZier

Picture 3

Picture 4

Picture 5

Picture 3

Graph types BeZier BeZier

BeZier

Picture 4

Picture 5

Picture 6

BeZier

Picture 17

BeZier

Gaussian BeZier

BeZier

Picture 28 Picture

Picture 3

BeZier

Picture 4

BeZier

Gaussian

Picture 5

Picture 6

Picture 7

Picture 8

Gaussian

Picture 9 Gaussian

Picture 1

Picture 9 Power

Picture 2

Picture 3

Picture 9 Gaussian

Picture 4

Picture 5

Picture 6

Picture 9 Gaussian

Picture 9 Power Graph types BeZier

BeZier

Picture 2

Picture 3

Picture 4

Picture 5

Picture 6

Picture 8

False True False

Gaussian Graph types BeZier

Picture 1

Picture 7

Picture 9 Power

Picture 7

BeZier

Graph types BeZier BeZier

BeZier

BeZier Gaussian

BeZier

Gaussian

Picture 8 Picture 1

Picture 2

Picture 3

Picture 4

Picture 5

Picture Picture 17

Picture 6

Picture Picture28

Picture 3

Picture 4

Picture 5

Picture 6

Picture 7

Picture 8

ÊÃŒÒ§ÃÙ»áºº¡ÒÃàÇŒ¹ª‹Í§Ç‹Ò§ True = áÊ´§¼Å False = äÁ‹áÊ´§¼Å

Series

Range

Rotate

Loft

Kotchakorn Chaiyatum Kotchakorn Chaiyatum

Kotchakorn Chaiyatum

Gaussian

BeZier

Gaussian

Palabola

Power

Perlin

Picture 1

Picture 2

Picture 3

Picture 4

Picture 5

Picture 6

Picture 7

Picture 8

Cull

Divide Graph types BeZier

BeZier

Gaussian

Picture 1

Picture 2

Picture 3

Picture 4

Picture 5

Picture 6

Picture 7

Picture 8

แบ่งsurface ให้เป็ นชิน� เล็กๆ

Kotchakorn Chaiyatum

**สีเขียวเป็ นการแสดงผลของการสุม่ surface

Picture 9 Gaussian ÊÃŒÒ§¨Ø´

Construct Point(Pt)

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Rotate

Interpolate

Boolean Toggle(True)

Picture 9 Power

Graph Mapper

Divide

Item

Isotrim

Boolean Toggle(False)

Radians

Graph types BeZier

BeZier

Cull

Panel

BeZier

Series ¡ํÒË¹´¤ÇÒÁÊÙ§¢Í§áµ‹ÅÐªÑ้¹

Domain

Graph Picture 1 Mapper Picture 2

Picture 3

Picture 4

Picture 5

Integer

Scale NU

Surface Surface

Dispatch

Loft RGB Preview

Equals B 1

Picture 7

Picture 6

Range Subtraction

Panel

Cull

Range

ผังการเชือ� มต่อระหว่าง cull surface Deconstruct Brep Picture A Picture B Picture C

Index : 0

Integer Isotrim

True False True Gaussian False True False

1 Cull

1 DeBrep

1 Cull

1 DeBrep

1 Cull

1 DeBrep

2 Cull

2 DeBrep

2 Cull

2 DeBrep

2 Cull

2 DeBrep

Picture F 1 Cull

1 DeBrep

2 Cull

2 DeBrep

Picture 8

Random

Picture G 1 Cull

1 DeBrep

2 Cull

2 DeBrep

Picture H 1

1 DeBrep

2 Cull

2 DeBrep

Srf

Picture D Srf Srf

1 DeBrep

2 DeBrep

Picture I 1

1 DeBrep

1 Cull

2 DeBrep

Srf

Picture E 1 Cull

2 Cull

1 DeBrep 2 DeBrep

เป็ นการให้คอมพิวเตอร์สมุ่ surface ในชิน� งาน สามารถปรับเปลีย� นการสุม่ ด้วยการเลือ� นตัวเลขตรง seed แสดงผลผ่าน surface ทีo � utput ไปที� Deconstruct Brep 0

Construct Domain Length seed

Finish

Kotchakorn Chaiyatum

ASSIGNMENT 3 The Responsive Skin Responsive Skin Surface Responsive Skin Tower Perspective Grasshopper Diagram

ASSIGNMENT 4 Physical Modeling : Form Finding Algorithm Free Form Surface Free Form Surface : Algorithm Architectural Presentation Grasshopper Diagram

ASSIGNMENT 5 3D Printing Clay : Parametric Object Parametric Object (tea cup) ÍØ»¡Ã³ ·Õ่ãªŒ¡Ñºà¤Ã×่Í§»ÃÔ้¹ 3D ÇÑÊ´Ø·Õ่ãªŒã¹¡ÒÃàµÃÕÂÁ´Ô¹ Parametric Object (tea cup) Grasshopper Diagram Architectural Presentation

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Faculty of Architecture and Planning, Thammasat University AR273 Introduction to Algorithms and Programming for Visual Design PANISSARA KULJITTIPATAI 5916610115 PHATHARAMON PAN-ON 5916680985 KOTCHAKORN JITPRASONG 5916680027 KOTCHAKORN CHAIYATUM 5916680035