Portfolio #5

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L DICHENG YANG

#5 - Portfolio 22rd-Feb-2022

Portfolio

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#5

Five Selected Works

Portfolio - Dicheng Yang - #5 - Five Selected Works

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PORTFOLIO

Portfolio /Five Selected Works

001


PROTFOLIO

HETROPOLIS

A Heritage Centered Urban Design Methodology Location : Wengding, China A.Y : 2022 Graduation Thesis

| HETROPOLIS A Heritage Centered Urban Design Methodology | year. 2022

Graduation Thesis

Dicheng Yang


A

B

Wengding

Wengding Village, which is where the National Geographic Magazine calls “the last tribe in China”, had kept its primitive way of life until nowadays. with the “slash-and-burn” farming method inherited from ancient primitive society. Wengding preserves the most local primitive architecture style and traditional customs of Wa society

Fig 4: Matrix of Elements In Wengding Village

PROTFOLIO

Dicheng Yang

Cangyuan Wa Autonomous County is subordinate to Lincang City, Yunnan Province, bordering Myanmar in the west and south

Fig 1: Location Indicating Map

CANGYUAN Wa Autonomous County

A

Wengding

Fig 2:

Urban Area (Cangyuan County and Mengjiao Town)

A

Fig 3:

Rural Area (Wengding and Other Village)

WENGDING Village Before Fire

Fire On February 14, 2021, a serious fire broke out in Wengding Village.

WENGDING Village After Fire

Of the 105 bamboo and wood thatched houses in the village, only three or four remain intact.

| HETROPOLIS A Heritage Centered Urban Design Methodology | year. 2022

Graduation Thesis

B CANGYUAN

Fig 5:

Sankey Diagram of Elements In Wengding Village


PROTFOLIO Fig 6: Map of Administrative Area of Cangyuan County, Yunnan, CHINA

Fig 13: Map of Boundaries ( XL Map_Wengding )

1

a

Fig 17: Collage of Dilemmas

2

1 Beyond the Region: Location, Hierarchy and Relationships

Hierarchy

b

Settlement / Nature

Preservation / Development

a

Fig 9: Diagram of Cultural Hierarchy Between Settlements

Easy Access / Hard to Reach

Valley / Mountain

Fig 14: Diagrams of Each Boundaries

b

Geography features, policies and the remote times had determined the fragmentation of ruralurban zones.

Focusing Area

Fig 15: Boundaries Overlapping

| HETROPOLIS A Heritage Centered Urban Design Methodology | year. 2022

Fig 16: Map of Countryside and Urban Area

In next, dealing with local fragmentation, the team firstly combined urban-rural settlement pattern into two major groups then we also included the only linkage between 2 settlement groups to complete our focusing area. Graduation Thesis

Fig 18: Dilemma I : weak. Connection

Zoom In

Fig 11: Economic Structure [ Linear Passage ]

Fig 12: Political Structure [ One-Point ]

Fig 21: Dilemma IV : weak Development around Mountain Area

In an Extra Large Scale various boundaries defining the differences of the area.

Relationship

Fig 10: Cultural Structure [ Two-Point ]

3 Rural & Urban: Countryside Dilemmas

a Dilemmas [ Rural ]

Fig 8: Diagram of Political Hierarchy Between Settlements

Fig 7: Map of Flows

3

2 Focusing Area: Zoom Within Varied Boundaries

Urban / NonUrban

Dicheng Yang

Fig 19: Dilemma II : CountrysideDisparity

Fig 20: Dilemma III : Fragmenting Expanding

b Dilemmas [ Urban ] Fig 22: Dilemma VI : High density Urbanisation cause food and land shortage


[ Landscape FRAMEWORKING ]

isolation, abstraction, deletion of elements through tangible reading

PROTFOLIO

[ LAND AXIS ]

Dicheng Yang

MOUNTIAN AXIS

Line 1 [isolation] AN

TI

N

HA

G ON

N OU

M

G

Northern Forest

FORESTS AXIS

Line 2

Scared Forest

[isolation] orest

ern F

South

FAEMLAND AXIS

Line 3 [abstraction]

6

8

X20

G21

MAJOR ROADS AXIS

Line 4 6

G21

8

X20

[deletion] 8

6

G21

X20

Line 5 Axis Framework

[deletion]

3D Visualization

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

1. Publc Space Isolation 2. Settlements Isolation 3. Building Fabric Isolation 4. River Isolation 5. Mountain Isolation 6. Forests Isolation 7. Farmland Isolation 8. Roads Isolation 9. Mountain Abstraction 10. Forests Abstraction 11. Farmland Abstraction 12. Roads Abstraction 13. Publc Space Deletion 14. Settlements Deletion 15. Building Fabric Deletion 16. River Deletion 17. Mountain Deletion 18. Forests Deletion 19. Farmland Deletion 20. Roads Deletion

| HETROPOLIS A Heritage Centered Urban Design Methodology | year. 2022

Graduation Thesis

Satellite Image


[ INTERSECTION ]

[ Boundaries GENERATING ]

PROTFOLIO

Dicheng Yang

B[1] Boundaries of

B

[1]=

elemental intersection leads to the map of re-construction

[ BOUNDARIES ] Farmland/Forest

farmland

Type_1 GreenCorridor

forest

farmland Type_4 ProtectingDitch

forest B1_farmland/forest boundaries

B

[2.1]=

B[2.2]=

B[2.1] Boundaries

peak

of peaks

of B2.1/Village & rive

peak

B[2.1]

B[2.2] Boundaries

river village

B[3] Boundaries of Farmland/Water

Type_2 IrrigationSystem

river village B2.1_peaks boundaries B2.2_B2.1/village & river boundaries

B[3]=

farmland

river

irrigation line Type_3 PublicServices

B[4.1] Boundaries of Roads

B[4.2] Boundaries Roads/Village

river farmland irrigation line

B[5] Boundaries of

B3_water/farmland intersection

B[4.1]= B[4.2]=

road

road

∩ ∩

Type_5 PlantationTourism

Farmland/Roads

road

village

road village B4.1_roads intersection B4.2_road/village boundaries

[ REFERANCE ]

B[5]=

farmland

Overall Boundaries

road

Boundaries

Maya Lin [US ] 2000-10-05 publisher:Simon & Schuster ( ISBN: 9780684834177) | HETROPOLIS A Heritage Centered Urban Design Methodology | year. 2022

Graduation Thesis

5 Selected Areas

road farmland near road farmlad village B5_farmland/road boundaries

Base Map

of


[ Boundaries REINVENTING ]

PROTFOLIO

Dicheng Yang

From Boundaries to the Five Intervetions 1

GreenCorridor

B[1]=

Boundaries

2

farmland

forest B2.1_peaks boundaries

B1_farmland/forest boundaries

3

ProtectingDitch

B[2.1]= B[2.2]=

B2.2_B2.1/village & river boundaries

peak

IrrigationSystem

∩ peak ∩

B[2.1]

river

B

[3]=

farmland

B3_water/farmland intersection

4 river

irrigation line

village

5

PublicServices

B4.1_roads intersection B4.2_road/village boundaries

B[4.1]= B

[4.2]=

road

road

∩ ∩

PlantationTourism

B[5]=

road

farmland

village

road

B5_farmland/road boundaries

Methods

Method_1 Boundary Inserting

Method_2 Boundary Dashing

Method_3 Boundary Lifting

Method_4 Boundary Connecting

Method_5 Boundary Happening

Geometries

Plans

Intervetions

ProtectingDitch

GreenCorridor | HETROPOLIS A Heritage Centered Urban Design Methodology | year. 2022

Graduation Thesis

IrrigationSystem

PublicServices

PlantationTourism


METHODOLOGY

B[1] Boundaries of

PROTFOLIO

A

Plan of Pre-Exsiting

B

Plan of Interventions

C

Final Master Plan

Farmland/Forest

Type_1 GreenCorridor

MOUNTIAN AXIS

N

HA

G ON

OU

M

Type_4 ProtectingDitch

AN

I NT

B[2.1] Boundaries of peaks

G

B[2.2] Boundaries of B2.1/Village & rive

Northern Forest

FORESTS AXIS

B[3] Boundaries of Farmland/Water

Scared Forest

Type_2 IrrigationSystem

est rn For

Southe

FAEMLAND AXIS

Type_3 PublicServices

B[4.1] Boundaries of Roads

B[4.2] Boundaries of Roads/Village

Type_5 PlantationTourism

B[5] Boundaries of

6

8

X20

G21

MAJOR ROADS AXIS

Farmland/Roads

G21

8

6

X20

8

6

G21

X20

Axis Framework

Overall Boundaries

3D Visualization

5 Selected Areas

Satellite Image

Base Map

[ Landscape FRAMEWORKING ]

[ Boundaries GENERATING ]

[ Boundaries REINVENTING ]

Step_i

Step_ii

Step_iii

AXIS

| HETROPOLIS A Heritage Centered Urban Design Methodology | year. 2022

LOCATION Graduation Thesis

INTERVENTION

Dicheng Yang


PROTFOLIO

[ Mobility RECONNECTING ]

Regional Architecture as a Bridge

Fig 24: Important Locations

The project needs to cope with the height difference of the hillside, while fitting the needs of pedestrians, vehicles and boats on the river.

Fig 25: Zoom in Area ( Architeccual Scale )

Fig 23: Mobility Map ( In Metro Style )

[ SECTIONS ]

[ SECTIONS ]

S3_SECTION-3

S4_SECTION-4

Park Village

Village

Fig 26: Section Indicator | HETROPOLIS A Heritage Centered Urban Design Methodology | year. 2022

Tourism Center

Graduation Thesis

Road

Dicheng Yang


THE MODEL

PROTFOLIO

1

a

b

The Regional Reference

Room as Supporting Pile

2

Roof Window

The Pile Room

After defining a Pile Room as a supporting unit, multiple Pile Room could be able to constructing large and complex building spaces. Therefore a transformation has been made from the residential into the public one.

Supporting Structure

Public Building

Thatched Roof

Fig 26: Traditional Wa Dwelling

"The Pile Room" system is a systematic approch designed to adopt complex hillside terrain.

Dicheng Yang

Wooden Beam

THE CENTRAL PILE

3

The Central Pile

First Floor

Staircases

Different combination with Pile Rooms and the roofs, Adding more richness of spaces into the project

Ground/Base

Fig 27: Illustration of Wa Dwelling

The Pile Room

Fig 28: Explode View

c

The Plan

1 Spirit Forest 2 Farm 3 Tourist Center 41 Mountain Park 5 Viewing Deck 6 River Deck 7 Activity Center 81 Hotel 9 Community Center

d

| HETROPOLIS A Heritage Centered Urban Design Methodology | year. 2022

Graduation Thesis

Sections


PROTFOLIO

Dicheng Yang

ARCHITECTURAL SURGERY Industrial Relic to Living Apartment Location : Beijing, China A.Y : 2019 Individual Work

COLLECTIVISM lefts a strong legacy into china's residential buliding design. Collective housing always as a crucial facility comes with national factories. Inspired by that period of time, The design focuses on a method of transforming the Industrial legacy into an integrated community residence. The purpose of the new residence is to promote dialogue and exchange between residents. The old industrial memories could retained futhermore generating a new comunity memory. | ARCHITECTURAL SURGERY Industrial Relic to Living Apartment | year. 2019


PROTFOLIO

| ARCHITECTURAL SURGERY Industrial Relic to Living Apartment | year. 2019

Dicheng Yang


PROTFOLIO

| ARCHITECTURAL SURGERY Industrial Relic to Living Apartment | year. 2019

Dicheng Yang


PROTFOLIO

| ARCHITECTURAL SURGERY Industrial Relic to Living Apartment | year. 2019

Dicheng Yang


PROTFOLIO

| ARCHITECTURAL SURGERY Industrial Relic to Living Apartment | year. 2019

Dicheng Yang


PROTFOLIO

Dicheng Yang

In this experimental exploration, the aim is to extract a unique architectural "language" from regional aesthetics to cope with the newly constructed university district.

ARCHITECTURE AS A LANGUAGE Rebirth of the Chinese Temple Location : Kunming, China A.Y : 2020 Individual Work

| ARCHITECTURE AS A LANGUAGE

Rebirth of the Chinese temple

| year. 2020

In the design, Chinese ancient architectural t e c h n i q u e s w e re i n t e g r a t e d , C h i n e s e aesthetic ideas become the tectonics of the architectural forms.


PROTFOLIO

| ARCHITECTURE AS A LANGUAGE

Rebirth of the Chinese temple

| year. 2020

Dicheng Yang


PROTFOLIO

| ARCHITECTURE AS A LANGUAGE

Rebirth of the Chinese temple

| year. 2020

Dicheng Yang


PROTFOLIO

| ARCHITECTURE AS A LANGUAGE

Rebirth of the Chinese temple

| year. 2020

Dicheng Yang


PROTFOLIO

| ARCHITECTURE AS A LANGUAGE

Rebirth of the Chinese temple

| year. 2020

Dicheng Yang





PROTFOLIO

Dicheng Yang

HONOURABLE MENTION AWARD COUNTRYSIDE DILLEMAS

The Renovation and Preservation of Rural Heritage Location : Wengding, CHINA A.Y : 2021

Individual Work

Under the influence of heritage protection policies and tourism development, the viillage of Wengding has gradually become an "empty village", and the conflicts between people and space, residents and tourists are intensifying. We intend to explore how traditional villages optimize their space in the context of heritage protection. More interesting is whether we can use an mirco strategy to reconcile the contradictions between people and space, residents and tourists. The strategy is inspired by the courtyards in the traditional gardens in the south of the Yangtze River. We focus on whether a small space can be used to solve the common needs of protection and development in heritage villages; in this way, the large-scale relocation of residents and public facilities can lead to the creation of traditional villages. hollow out. Generally, the planning and development of traditional villages usually choose to build large-scale spaces around the villages; The project employs a resilient design of modified yard walls to create micro-spaces to meet the needs of residents and visitors, saving both time and economical costs.

| COUNTRYSIDE DILLEMAS The Renovation and Preservation of Rural Heritage | year.

2021


PROTFOLIO

WENGDING : A History

COUNTRYSIDE DILLEMAS The Renovation and Preservation of Rural Heritage

A Constant Trial to Self-destruction and Self-Restoration The oldest dwelling in record could be tracked down to the 80s of twenty ceuntry, based with local's memory, a huge fire took placed and desortyed everything, 6 houses be rebuilt and remaining until the latest fire.

Layout Mix

Biggest growing to Wengding’s population, 40 dwellings been added which also shaped the basic village layout.

The local government moved most of the villagers to Wengding New Village. Only 17 households in Wengding were guarded.Wengding became a workplace instead of home.

2000-2004 1990-1999

1990-1999

1980-1989

1980-1989

2000 2004

300

3,000,000

Annual Visitors of Wengding Village

2005-2009

2000-2004

80s

Households Indicator

Area B

2010-2012

1990 1999

Dicheng Yang

unknown

2005 2009

△△△

2010 2012

Last dwelling construction before the latest fire , Area B has most complexed buliding and fabric variety. It’s unique composition representing the historical development of Wengding.

2015

National Geographic reported that Wengding is "the last primitive tribe in China", Wengding tourists increased exponentially.

Annual Visitors of Wengding Village

Layout Topology A

Area J

2018

2021

Local goverment finished the construction of Wengding New Village, villagers leaving their homeland and moving to a new location.

Layout Topology B

<100

Annual Visitors of Wengding Village

Area H

On February 14, 2021, a serious fire broke out in Wengding Village. Of the 105 bamboo and wood thatched houses in the village, only three or four remain intact. Area K

Center of Wengding already crowed, due to lack of lands, the new area usully as extendsion of current fabric and developing linearlly ( Area K )

32 dwellings been bulit between 1990 to 1999, Area H is most represetive for this period, the hight difference and facing main roads are the major factor to squeeze houses togather.

翁丁

Wengding New Village

一段修复和毁灭不断重演的历史

千禧年带来人口大增长 , 村落肌理基本 形成 . 建筑像豆荚里的豆子一般互相挤 在一起。

| COUNTRYSIDE DILLEMAS The Renovation and Preservation of Rural Heritage | year.

2021

2005

80s 2009

In next fire years, tourists increased exponentially.land use problems gradually emerged, and the new areas developing narrow and lineally. 在接下来的五年,游客爆发式增长, 旅游业让用地紧缺的问题逐渐显露, 并且在这一时期的建成建筑肌理变成 了狭长的线型。

2018

In 2018 most of the villagers moved to Wengding New Village. Only 17 villagers are staying .Wengding officially became a workplace instead of home. 居民搬迁至新的村寨,只剩下 17 户人 留守老寨,老寨不再是当地人的家园 更像是一个办公场所。

2021

焚毁

In 1990 to 2004, The population bomb comes with Millennium, also settled the village fabric. dwellings are crowded together like beans in a pod.

空心化

大火不是什么新鲜事,在八十年代大 火烧毁一切后,翁丁走上了不断自我 修复的道路。

1990 2004

扩张

Fire isn’t new, after the huge fire happened in the 80s, wengding has been Constantly in trial to restore itself.

生长

焚毁

80s

Wengding Village

On February 14, 2021, a serious fire broke out in Wengding Village again. 2021 年 2 月 14 日 , 一场大 火再次摧毁翁丁。一百五十 栋传统民居仅有三栋得以 保存。


PROTFOLIO

Dicheng Yang

COUNTRYSIDE DILLEMAS The Renovation and Preservation of Rural Heritage Create open space

1

Create open space

4 Create open

Create open space

The courtyard is an important part of the The buildings in Wengding. courtyard is an important part of the buildings in Wengding. Redefining the boundary of the yard is of great significance to the of the yard is of great significance to the Redefining the boundary layout of Wengding. Based on previous layout calculations, we have of Wengding. Based on previous calculations, we have envisaged the area of the yard of a familyenvisaged composedthe of area different of the yard of a family composed of different space generations. generations.

Create open space

The courtyard of a family of one generation is courtyard offset by 3ofmeters The family ofinone generation is offset by 3 meters The courtyard is an important part of the buildings in Wengding. Theofcourtyard is an important part of the abuildings Wengding. according to the size the house. to the the house. to the Redefining the boundary of the yard is of great significance to the according the generation boundary of yard of size greatofsignificance The courtyard of aRedefining family of two is the offset byis3.5meters The courtyard of a calculations, family of two we generation layout of Wengding. Based on previous calculations, we have Based layout of house. Wengding. on previous have is offset by 3.5meters according to the size of the according to the size of the house. envisaged the area of the yard of a family composed of different the area of the is yard of abyfamily composed of different Theopen courtyard of aenvisaged family of three generation offset 4.5meters Create open space generations. Create space The courtyard of a family of three generation is offset by 4.5meters generations. according to the size of the house. according to the size of the house. The courtyard is an important part of the in one Wengding. courtyard is an important partby of 3the Wengding. The courtyard of buildings a The family of generation is offset meters The courtyard of abuildings family ofinone generation is offset by 3 meters Redefining the boundary of the yardto is the of great significance to the Redefining the boundary of the yardtoisthe of great according size of the house. according size ofsignificance the house. to the layout of Wengding. Based previous we have Based layout of two Wengding. on previous have is offset by 3.5meters The on courtyard of acalculations, family of generation is offset by 3.5meters The courtyard of acalculations, family of twowe generation envisaged the area of theaccording yard of a to family composed of envisaged thedifferent area of the yard of atofamily composed of different the size of the house. according the size of the house. 3m Home one generation generations. generations. The courtyard of a family of three generationThe is offset by for 4.5meters 3m for one generation courtyard of a family of three generation is Home offset by 4.5meters according to the size of the house. according to the size of the house. The courtyard of a family of one generation The is offset by 3 meters courtyard of a family of one generation is offset by 3 meters according to the size of the house. according to the size of the house. The courtyard of a family of two generation is offset by 3.5meters The courtyard of a family of two generation is offset by 3.5meters according to the size of the house. according to the size of the house. Home for twoisgeneration The courtyard of a family of three generation is offset byfor 4.5meters The courtyard of a family of three generation by 4.5meters 3.5m Home for two generation 3.5m 3m offset Home one generation 3m Home for one generation according to the size of the house. according to the size of the house.

2

「1」 Offset

three generation 4.5mHome for three Home for two 3mgeneration 3.5m Home Home for one generation Home Home for onefor generation for two3m generation 3.5mgeneration

5

Three Home for two generation One 3.5m Home forTwo two generation 3.5m Home for three generation 4.5m Home for three generation Overlaping 4.5m Generation Household

Home for three generation

4.5m

Generation Household

Generation Household

Home for three generation

Areas

根据等高线与偏移 去改变建筑布局

The courtyard is an important part of the buildings in Wengding. Redefining the boundary of the yard is of great significance to the layout of Wengding. Based on previous calculations, we have envisaged the area of the yard of a family composed of different generations. The courtyard of a family of one generation is offset by 3 meters according to the size of the house. The courtyard of a family of two generation is offset by 3.5meters according to the size of the house. The courtyard of a family of three generation is offset by 4.5meters according to the size of the house.

「2」 Adjusting 4.5m

Home for one generation

3m

Home for two generation

3.5m

Home for three generation

4.5m

New Village Layout

Old Village Layout

「3」 Points - Layouts Contour Line

Dwelling Abstraction

Shared Area

4.5m

3

把道路视为无数个点组成的面,寻找两栋建筑中点对 应的道路点,并重组空间构成方式 因为院子是有面积的,所以选择了线的中点。 画出弦,发现旋转能够腾出空间,并且能定义夹院空间

1 2 3

4 5

Fig 1: Existing Village Layout Fig 2: Re-Shape the Fences Fig 3: Rotating the Fences Fig 4: Conner Gardens in Lingering Garden Fig 5: Conner Gardens in Wengding

「4」 Points - Roads

「5」 Points - Middle Points Road Abstraction

Shared Area

「6」 Points - Corner Garden Middle Point

Fence

Conner Garden

The creation of the Corner Garden adopts a geometric abstraction method. First, the layout of the building is abstracted into points, looking for buildings that can form a cluster, and then the addition of contact points with the road further increases the numbers of the Corner Garden. Connecting the midpoint between the points to form an arc, so that we not only get the Corner Garden, but also the basic shape of the fence;

SHAPE THE YARD According to various surrounding elements, the shape of the yard will change. In order to change the dilemma of too dense buildings, we tried to rotate these yards to make more open space, and this also reduces the contact area between each yard.

finally we implant 3x3 and 1x1 spaces to control the generated Corner Garden area for following innovations.

大空间形成3x3m方块,小的形成1x1,剩余的1x1作为填充空间

Shape according to contours

我们以一种几何抽象的方法对夹院的存在方式进行了重新编码: 抽象地,我们将建筑视为单个点元素,根据原有的建筑布局寻找这些点之间的关系; 将道路视为无数个点组成的线,然后寻找这些建筑群与道路的联系。将点与点之间 的中点连接起来,形成一个圆弧,这样我们不仅得到了夹院的几种基本形态,还得 到了围栏的基本形状;最后,我们植入了不同大小的空间来控制生成的夹院区域以 进行后续创新。

Shape according to road

Shape according to other yards

「7」 Shape the Wall

「8」 the yards 3m x 3mRotate Area Control Fence

| COUNTRYSIDE DILLEMAS The Renovation and Preservation of Rural Heritage | year.

2021

Marco Corner Garden

3m x 3m

「9」 1m x 1m Area Control

Mirco Corner Garden

1m x 1m


For Locals PRODUCTIVITY

For Tourist LEISURE

COUNTRYSIDE DILLEMAS The Renovation and Preservation of Rural Heritage

ODUCTIVEODUCTIV E PR PR

ODUCTIVEODUCTIV PR E PR

MARKET / SHOP For Locals PRODUCTIVITY

For Tourist LEISURE

STORAGE / URBAN FURNITURE For Locals PRODUCTIVITY

For Tourist LEISURE

VERTICAL FARM / GREENRY For Locals PRODUCTIVITY

For Tourist LEISURE

| COUNTRYSIDE DILLEMAS The Renovation and Preservation of Rural Heritage | year.

2021

LEISURE LEISURE

LEISURE LEISURE

TERRACE / CANOPY

Like most tourism villages, The conflict between locals and tourists is actually a conflict about demanding of different land use. Our main strategy is to develop the open space of the Conner Garden in a vertical way. Like two sides of a coin, one side meets people’s demand of leisure activities, and the other side provides support for Wengding’s traditional agricultural production activities. 我们的主要策略是以双面性的方 式开发夹院的开放空间。 就像一 枚硬币的两面,一面满足人们休 闲活动的需求,另一面为翁丁居 住者的生产和生活提供支持。

PROTFOLIO

Dicheng Yang

Because of this vertical space overlapping concept, the focus of the design has shifted from the ground to the wall; for heritage protection and site hieght difference, we used acupunctural approach to replace part of the wall and insert the bamboo structural interventions. 为了遗产保护和以及村落中存 在的高度差异,我们使用针灸 方法替换了部分围栏并插入竹 结构干预措施。


PROTFOLIO

Dicheng Yang

INTERIOR DESIGN

OTHER WORKS ARCHITECTURAL DESIGN (Under Construction) OneMart Snack Store Kunming, CHINA CLIENT COMPANY

Private owners Individual Work

INTERIOR DESIGN | TECHNICAL DRAWING 2021 November

TOURISM CENTRE and FOLK MUSEUM of Asia Microfilm Art Festival Lingcang, CHINA CLIENT COMPANY

Municipality of Lincang, CHINA Kunming Design and Research Institution

ARCHITECTURE DESIGN | TECHNICAL DRAWING 2018 May - 2018 Octorber

All-ttitude1891Café& Bakery Kunming, CHINA CLIENT COMPANY

Private owners Individual Work

INTERIOR DESIGN | TECHNICAL DRAWING 2019 June | OTHER WORKS Architectural Works, Interior Works and a Research | year.

2018-2021


PROTFOLIO

Alibaba Group, CHINA 8th china taboo village forum

Dicheng Yang

PRESENTER ( SECTION: Village Future with Eyes of Youth ) 25TH SEP 2020

international forum of urbanism ( IFoU ) Ifou 2020 future gala

SPEAKER ( SECTION: Young Generation) 12TH OCT 2020

| OTHER WORKS Architectural Works, Interior Works and a Research | year.

2018-2021


OTHER WORKS

1-STUDY DESIGN

PUBLICATION

A

2-SAMPLING METHOD

Neuroscience Green Enough? A Dose-Response Curve of Impact of Greenery Levels on Perceived Happiness

3-DATA SET

5-ROBUSTNESS CHECKS

PROTFOLIO

Dicheng Yang

7-CONCLUSION The study indicates the relationship between levels of greenery and communities perceived happiness.

We conduct robustness analysis of resutls by running EQ.1 with and without control variables (EQ.2). Control variables correspond to all 'participants' sociodemographic characteristics and the time and day of the responses. The model follows the form:

B

Perceptionij = β1Treatmenti +β2Imagei +β3Xij +Uj +Eij

C

Three different options of greenery were tested on the street images:

To understand the impact of different levels of greenery on perceived happiness, we designed an experiment to compare participants ratings on computer-simulated images of street spaces. For this, we used an online platform, urban experiment (www.urbanexperiment), for online data collection from 401 participants who rated a series of three randomly assigned images according to how happy they would feel walking alone in the presented public space.

A) "ground greenery", representing low-height greenery interventions such as flower boxes and bushes, B) "In-between" greenery, mainly representing highheight greenery coverage for the middle spaces between buildings mostly composed of trees, C) "Vertical" greenery, covering the building walls with flower pots or ivies.

A

B

In our analysis we use three sources of data: 1) participants' sociodemografic and green space use characteristics; 2) experimental conditions measurements; and 3) participants perceptions for happiness. The first corresponds to gender identity, age, country of residence, whether the participant lives in a rural or urban area, frequency of visiting public parks, and allergies to insects, pollen or plants. Experimental conditions correspond to ID of each image, treatment status, order of appearance, and the test date. Finally,the participants' declared perception of happiness is the dependent variable in the study, corresponding to a number from 1 to 10 for each image.

6-RESULTS

The results could be used to help designer choose right greenery proportion in the project

4-EMPIRICAL STRATEGY

C

The results could make the benefit to t he decision making of goverment and clients

We used photoshop for photo-simulation of five incremental increases of green spaces for each baseline image (green coverage treatments at 5%, 15%, 25%, 35%, 45% level).As a combined result, we simulated eighteen images comparable in all components, save for the different levels of greenery

We posted adverts on social media asking potential participants to take part in a five-minute experiment to measure the level of happiness in different street spaces. Participants read and signed an informed consent form, and then completed a registration questionnaire related to their habits in using green spaces and their sociodemographic characteristics. They were then instructed to imagine themselves walking in the presented street and state their level of happiness on a scale from 1 (not at all) to 10 (extremely).

| OTHER WORKS Architectural Works, Interior Works and a Research | year.

2018-2021

To analyse the impact of different levels of street greenery on people's perception of happiness, we run random intercepts models with fixed effects at the image and country level. Random intercepts are used to account for the fact that each individual might have a different starting level of happiness. Instead, we include fixed effects to control each image average happiness rating, the order of appearance of each image, and the cultural characteristics of different countries. Happinesij=β1GreenLeveli+β2Xi+Uj+Eij

The results could contribute to people's mental healthand cities' sustainable development


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