CV & Selected Works 2022 _ QIREN LU

三十幅共一毂，当其无，有车之用。埏植以为器，当其无，有器之用。 凿户牖以为室，当其无，有室之用。故有之以为利，无之以为用。 ——《道德经 十一章》

Put thirty spokes together and call it a wheel; But it is on the space where there is nothing that the usefulness of the wheel depends. Turn clay to make a vessel; But it is on the space where there is nothing that the usefulness of the vessel depends. Pierce doors and windows to make a house; And it is on these spaces where there is nothing that the usefulness of the house depends. Therefore, just as we take advantage of what is, we should recognize the usefulness of what is not. (Morality - Chapter 11, Laozi, BC 500)

PROFESSIONAL WORKS

CHINA, NEW INTERNATIONAL EXHIBITION CENTRE PHASE II [ SD TO UNDER CONSTRUCTION ]

CHINA, TENCENT GROUP SHENZHEN HEADQUARTERS COMPETITION

DESIGN

ACADEMIC & RESEARCH WORKS

SLEEVE

HIKING POD - COMPUTATIONAL SIMULATION AIDED ORIENTATION FINDING STUDY

ROBOT

STRUCTURAL DISCRETE RESIDENTIAL COMMUNITY DESIGN

COMMERCIAL COMPLEX AND TOWER BUILDING

OTHER EXAMPLES

[SQUAMA] / [COVER] / [HUG] / [HORIZONTAL SCAFFOLD]

OTHER WORKS

RENDERING WORKS

QIREN LU (KIERAN)

PROFESSIONAL WORK EXPERIENCES

3/20215/2019-9/2019

Zaha Hadid Architects Architectural Assistant

(3/2021 - 12/2021) in London Office (12/2021 - ) in Beijing Office

Intern

I participated in a total of 11 competitions and 1 built project in Zaha Hadid Architects, experiencing RFQ, competition, preSD, SD and DD, CD, CA stages of the projects. Apart from working on general tasks such as coordination with clients and consultants, analysis, massing study, 3d modeling, project drawing, inhouse rendering, diagram drawing, etc, I was also responsible for the facade design and facade development.

In the New International Exhibition Centre II project, I played the main role in the geometry rationalization and facade panelization. I also took responsibility for the facade design in the Tencent HeadQuarters competition, Yongkang Culture Center competition, Melco Yokohama competition, etc.

EDUCATION

9/2019-12/2020 2018-2019 2017-2018 2013-2018 2018 2017 2015

University College London - The Bartlett MArch. - Design for Manufacture with Distinction & Awarded the Bartlett Medal with the highest grade

University of Dundee - Duncan of Jordanstone College of Art & Design

Master of Architecture [RIBA PART2] with Distinction

University of Dundee - Duncan of Jordanstone College of Art & Design

Bachelor of Arts in Architectural Studies [with Hons][Joint program with Wuhan University]

Wuhan University

Bachelor of Architecture [with Distinction]

[+ WORKSHOP:]

Digital Future, Tongji University, Shanghai, China

AA Visiting School, Shanghai, China

Planning Mess, Wuhan University, Wuhan, China

SKILLS

Apps| Basic Novice Intermediate Advanced Competent

Grasshopper3D

Rhinoceros3D C# Script C# Python Script Sketch Up VRay for RH/SU/3Ds Lumion Photoshop Illustrator Indesign Premiere AutoCAD Revit Maya

3ds Max Processing3

Office Word/Excel/PowerPoint

AWARDS

2021 2019 2018 2017 2016

The Bartlett Medal, The Bartlett. UCL

Distinction, March. The Bartlett. UCL

Distinction, MArch. University of Dundee

Distinction, BArch. Wuhan University

Global Excellent Scholarship, University of Dundee, Dundee, UK

4 Years of First Class Excellent Scholoarship, Wuhan University, Wuhan, China

4 Years of Outstanding Student Award, Wuhan University, Wuhan, China

Sliver Award, University Students Entrepreneurship Competition in Hubei Province (Public Welfare), Hubei, China

2nd Prize, University Students Outstanding Scientific Research Achievements in Hubei Province, Hubei, China

3rd Prize, 9th National Energy-saving and Emission Reduction Practice Competition, Zhenjiang, China

1st & 2nd Prize, 8th National Energy-saving and Emission Reduction Practice Competition, Haerbin, China

RESEARCHING

2017 2016

Cellular Automata Base Architectural Design, Wuhan University, Wuhan, China

Float Ultrasonic Cleaning Device Project, Wuhan University, Wuhan, China

OTHER WORKS & EXPERIENCES

2020 2020 2019-2020 2019-2020 2019,2018 2018 2018 2017 2017 2016 2016

Developer, “ChopChop” & “Magnifier” Plugin for Grasshopper3d on Food4Rhino.com

Columnist for Grasshopper Technical Article, Dashuiniu Wechat Public Account / Zhihu

Project Tutor, YuanJie Education Project Tutor, ICF Education Degree Show, University of Dundee, UK

Host of Graduation Ceremony, Wuhan University, Wuhan, China

LAGI 2018 Competition, Melbourne, Australia

Organizer & Tutor, 4 Universities Joint Parametric Fabrication Workshop (WUH, HUST, WUT, HUT), Wuhan, China

Sponge City Researching Project, Jiaxing, China

President of Student Union, the College of Urban Planning of Wuhan University, Wuhan, China

Organizer, 2 Universities Joint Parametric Fabrication Workshop (WHU, HUST), Wuhan, China

PATENTS

2016 2016

A Kind of Light Energy Driven Aeration Flocculation Water Purification Device

The 3rd Author Patent Number: ZL201620002876.4

Float Ultrasonic Cleaning Device

The 4th Author Patent Number: ZL201620106319.7

[NEW INTERNATIONAL EXHIBITION CENTRE]

China, New International Exhibition Centre Phase II [ SD to UNDER CONSTRUCTION ]

Participated in the full facade SD and part of DD & CD & CA stage of the project

Site Location: Beijing, China

2022.3 - 2022.12

I participated and played the main role in the rationalization and panelization work in the NIEC project.

Also, I worked on the coordination and communication with the clients, LDI, facade consultants, render companies, and different internal design teams, etc.

Moreover, I toke the main responsibility of facade design, presentation to the clients, renderings review, inhouse renderings, diagram drawing, and 3d modeling etc.

Renderings Envelope System

Exhibition Hall Rationalization - Geometry Set Out

Conference Centre Rationalization - Geometry Set Out Hotel Entrance Canopy

Hotel Fins Rationalization

CC Tower Crown Louvers

Fins Section Profile Facade Elements

East Landing Hall South-North Elevation Design Revision

East Landing Hall South-North Elevation Selected Option

VMU Model & Construction Progress

[TENCENT HEADQUARTERS]

China, Tencent Group Shenzhen Headquarters Competition

Participated in full period of the competition Site Location: Shenzhen, China 2021.12 - 2022.4

In Tencent Headquarters Competition, I worked on the massing study, facade design, the frame of the presentation and submission files, diagram drawing, renderings review, inhouse renderings etc.

It is worth mentioning that I worked on the facade design schemes for all the massing options, and the “breathing facade” option was selected as the final submission scheme.

Massing & Options Study Large Site Plan

Programme Main Lobby

Flexible Office Space Office Towers

Atrium & Office Renderings

Office Environment Anaylsis

Roof VIP Lounge

Section

Facade Concept - Breathing Facade

Facade Renderings

Facade Section

Facade Panels Analysis

Facade Area

Shading

[MELCO’S YOKOHAMA IR]

Japan, Melco Yokohama IR Integrated Casino & Resort

Participated in the full revision stage of the project Site Location: Yokohama, Japan 2021.3-2021.7

The Melco Yokohama project was the first project after I joined ZHA London office.

I toke the main responsibility for the parametric framework and analysis, facade design of the four tower buildings, parametric room bays generating workflow, rationalization and panelization of the iconic tower, room bays area rationalization.

I also worked on inhouse renderings, diagram drawings, elevation drawings & 3d modeling etc.

Elevation

Renderings

Iconic Tower - Program & VT & Typical Plan Overall Scheme

Hotel Tower2 - Program & VT & Typical Plan

Facade Design

Wind CFD Analysis

Solar & Daylight Analysis

Sunlight Analysis & Best Shading Orientation

[PPEK UNIVERSITY]

Hungary, Budapest Catholic Episcopal University Campus Regeneration Competition (PPEK)

Participated in the full period of the competition

Site Location: Budapest, Hungary 2021.8-2021.9

I worked on the massing option study in the PPEK competition and one of my option was selected to be developed as the final submission option.

I also contributed to the facade design, landscape design, diagram drawing, section drawings, modeling, inhouse renderings etc.

Programme Elevation Section Perspective

[LJUBLJIANA BUS DEPOT]

Slovenia, Ljubljiana Bus Depot Competition

Participated in the full period of the competition Site Location: Ljubljana, Slovenia 2021.9-2021.11

In the Ljubljiana Bus Depot Competition, I worked on the massing options study, facade design, landscape and roof garden design, basement arrangement, 3d modeling, facade & section drawing, diagram drawing, structure model, and programme anaylsis etc.

[P641 & NC SOFT HQ]

South Korea, P641 & NC Soft Headquarters Competition

Participated in the final round of the competition

Site Location: Pangyo, South Korea 2021.6-2021.7

In P641 & NC Soft HQ competition, I worked on the presentation files making, diagram drawings, large section & eco section drawings, renderings after effecting, and some sketchy facade rationalization etc.

[GENEVA CHILDREN’S HOSPITAL]

Switzerland, Geneva HUG Children’s Hospital Competition

Participated in the full period of the competition Site Location: Geneva, Switzerland 2021.10-2021.12

In HUG Children’s Hospital competition, I worked on the facade design, site analysis, program analysis, diagram drawings, facade section drawings, 3d modeling, inhouse renderings etc.

Ward for Different Ages Children

China, OPPO Shenzhen Headquarters Competition

Participated in the first and second rounds of the competition Site Location: Shenzhen, China 2019.8 - 2019.9

I mainly worked on the site analysis, diagramming, documentation, modeling, and booklet layout in the first and second rounds of the OPPO Super Headquarter Competition. The project is now under construction and scheduled to be completed in 2024.

Concept Development Renderings

China, China Communications Construction Company Shanghai Headquarters Competition

Participated in the second, third and final rounds of the competition Site Location: Shanghai, China 2019.5-2019.8

The Balance Stone project was the Headquarter of China Communications Construction Company in Shanghai, beside the Yangpu River. I mainly took the responsibility of basement retail and car park design, landscape design, landscape conceptual rendering, art installations modeling, section drawing, documentation, and booklet layout in the second, third and final rounds of the competition.

[ZHENGZHOU CULTURAL PARK]

China, Zhengzhou International Cultural and Creative Industry Park Core Area Urban Design

Participated in the full period of the competition Site Location: Zhengzhou, China 2019.6-2019.8

I participated in the full period of the Zhengzhou International Cultural and Creative Industry Park Core Area Detailed Urban Design. The project is inspired by the traditional Chinese Phoenix Totem, aiming to create a smart & green axis for the CCIP in Zhengzhou. I was mainly responsible for the site modeling, diagramming, documentation, and booklet layout etc.

Concept Development Renderings

Elevation

Landscape Design - Section

[YUN FAN COMMUNITY]

Participated in the first round of the competition Site Location: Hangzhou, China 2019.8-2019.9

I contributed to the site analysis, diagram drawing, documentation and translation works etc. The project is aiming to create an environmentally friendly and smart district as a landmark in Hangzhou city.

China, Qiantang New District Yunfan Community Masterplan Design Development

[SLEEVE]

Beijing Hutong Reconstruction

Team Competition with Individual Development Site Location: Beijing 2016.06

Architectures with Mortise and Tenon structure have already stood for thousands of years in China, withstanding countless disasters. The project is exploring how the traditional craft can be reinterpreted with parametric form, optimization, and manufacture. It’s not only a try of adopting new technologies to traditional buildings, but it could be more like a reborn of the old crafts.

Mass Concept

Context of Hutong and traditional quadrangle dwelling

Renderings

According to Fengshui theory, East House which has the worst thermal comfort is cancelled

Twist forms as the sleeve in Peking opera

Framework Optimization Workflow

Joints Creating From Traditional Mortise and Tenon

** Traditional Mortise and Tenon joints work under gravity. But with the roof flipping upside down, traditional joints are out of work. So, developing new joints becomes key to the project.

Construction & Structure

Real Scale Prototype Manufacturing

Process of model making - Testing for novel wood joints, Scale: 1:1

Components prototype of Joint1, Scale: 1:1

Real Scale Prototype (Components / Joint)

[WOODED ESCAPE]

Hiking Pod - Computational Simulation Aided Orientation Finding Study

Work

Principal Evaluating Parameters

Placeholder

Orientation Finding in Different Climate

London, UK

CFD Simulation

Thermal Comfort

Orientation : SE-S PMV 0.00 Thermal Comfort Neutral UDI larger than 50% 0.5604 Aver. Indoor Temp. : 23.77 ℃ Indoor Wind Speed 0.25m/s Comfortable Area 99.49%

Orientation : NE PMV : 0.11 Thermal Comfort : Neutral UDI larger than 50% 0.3769 Aver. Indoor Temp. 24.23 ℃ Indoor Wind Speed : 0.55m/s Comfortable Area : 99.74%

Orientation : NE-E PMV : 0.83 Thermal Comfort : Warm UDI larger than 50% 0.5652 Aver. Indoor Temp. : 27.87 ℃ Indoor Wind Speed 0.58m/s Comfortable Area 85.93%

Orientation NW PMV : -0.04

Thermal Comfort : Neutral UDI larger than 50% : 0.6266 Aver. Indoor Temp. 26.98 ℃ Indoor Wind Speed : 1.16m/s Comfortable Area : 96.93%

Orientation NW PMV 0.15 Thermal Comfort : Neutral UDI larger than 50% : 0.5908 Aver. Indoor Temp. 26.20 ℃ Indoor Wind Speed : 0.63m/s Comfortable Area : 92.84%

Thermal Comfort Thermal Comfort Thermal Comfort Thermal Comfort

CFD Simulation

CFD Simulation

CFD Simulation CFD Simulation

Kiruna, Sweden Mecca, Saudi Arabia Bangkok, Thailand Beijing, China

Beijing Bangkok Mecca Kiruna London

[PLANKING PATTERNS]

Doubly Curve Surface Discretization & Robot Manufacturing

The project is exploring the method of doubly curve surface discretization and strips unrolling as flat panels for the robot fabrication. However because of the COVID-19, the project had to be paused in second prototype stage.

Positive*Positive > 0; Gaussian Curvature > 0; Doubly Curve Surface; Undevelopable;

a. Arbitrary curve: free twisting stripe not tangent to surface unrolls straight

b. Arbitrary curve and developable surface with imposed surface normal: stripe unrolls in curved trajectory.

c. Geodesic curve: stripe is tangent to the surface and unrolls straight.

Ribs Structure Positioning & Generating Doubly Curve Corner Strips Optimization

Fixing on 2D curve should be on the places that curve direction changing, which means the farthest points from original curve to curvature graphic curve. Similar principle can be used in 3D curves.

Type A: Side Corner Strips

Type B: End Corner Strips

** There are two types of special corner strips in the prototype, which are both three edges doubly curve surfaces. So the closest developable surfaces (single curve surface) have to be fit as reference surfaces. Type A the Side Corner Strips are trimming the reference suface with projection curves because the corner points are on the reference surface. As for Type B, the End Corner Strips, the corner points are not on the reference surface so that they have to be pulled back to it to rebuild the developable surfaces.

4. Pull corner point to rebuilt strips surface on Y direction

End corner pieces are undeveloable 3. Extend the rebuilt strips

5. Trim with original surface boundary on Y direction

2. Curvature on one direction is equal to zero on rebuilt strips

Curvature≠0

6. Curvature equal to zero on one direction, which mean it’s developable of rebuilt surface

BEND

Solid Strips Unrolling Method

Solid Strips Unrolling Method

1. Strips direction 2. Strips thickness 3. Original Surface Rebuild

Retangluar sections of strips make gaps

Strips Direction: 20°

Strips Thickness: 10mm Materials Limit: 499.9mm

Strips Direction: 30° Strips Thickness: 10mm Materials Limit: 499.9mm

Strips Direction: 30° Strips Thickness: 8mm Materials Limit: 396.2mm

Strips Direction: 30°

Strips Thickness: 10mm Materials Limit: 499.9mm

Strips Direction: 30° Strips Thickness: 9mm Materials Limit: 460.3mm

Strips Direction: 30° Strips Thickness: 8mm Materials Limit: 396.2mm

Strips Direction: 60°

Strips Thickness: 10mm Materials Limit: 499.9mm

Strips Direction: 30° Strips Thickness: 8mm Materials Limit: 396.2mm

Strips Direction: 30° Strips Thickness: 8mm Materials Limit: 396.2mm

Trapezoidal sections of strips match

A” Unroll

Gap Flow Unroll

Gap Flow Unroll

1. Rotate and align strips direction after unrolling

A” Unroll

B B B B” B” B””

** B - Intermediary Srf transformed by the process A to A” which is not perfectly flat so that orienting B” to B-Inter srf make the result closer to reality.

B - Intermediary Srf B Intermediary Srf B”

B - Intermediary Srf B Intermediary Srf B”

Flow B as Intermediary Srf accroding to the transform A to A”

A A A” A A” A” A”

A A A” A A” A” A”

B B B B” B” B””

B - Inter. Srf

B - Inter. Srf

Loft Trim Orient

Loft Trim Orient

Original strip Bottom Srf = A Top Srf = B Unroll A as A” on plane Unroll B as B” on plane Orient B” to B Intermediary Srf B”” is perfectly flat srf Loft as edge srfs Joints trimer Trimed joints

Strips Nesting & Stacking Method in Billet

Thickness=6mm

W≤50mm Thickness=6mm Sort by Length on each layer

Thickness=8mm W>50mm

2. Two categories by 50mm width ( Limited by materials size )

Thickness=8mm

3. Categoried by Thickness (Normal pieces & Rib attaching pieces)

4. Nest on layers with longest strips length and sort by length used after nesting on each layer.

The billet length is defined by the longest strips - 1560mm

5. Stack & Pile according to length used from short to long

When the thickness of ribs are 30mm, the angle limit of flank milling for edges of ribs is from 45-90 degree; head milling for notches milling is from 0-45 degree.

The height limit of strips stacking depends on both the width difference and length of bit + part of the height of motor.

When the thickness of ribs are 15mm, the angle limit of flank milling for edges of ribs is from 36-90 degree; head milling for notches milling is from 0-54 degree.

The greatest width difference depends on the length of the bit.

PILE HIGH]

Principle and

Fabricating Process

Site Analysis Highest Density Area In The World

Kowloon walled city is a Chinese military fort originally, then it became an enclave after the New Territories were leased to Britain by China in 1898. The city grew spontaneously, and the population increased dramatically later, containing 50,000 residents within 2.6-hectare borders by 1990, becoming the most crowded area in the world.

Kowloon walled city was not a slum in my opinion. Although the environment was seemingly dirty, chaos and dark compared with outside, the residents would never lose the hope. They produced and worked hard, struggling for a better life. It was harmonious and manageable under the poor condition. Moreover, people considered it a rudiment of the vertical city with well-equipped infrastructures like water supply, public toilet and medical treatment etc. in this community.

Kowloon walled city was the most crowded area in the world, containing 50,000 residents within 2.6-hectare borders.

The spontaneous growth of Kowloon walled city

E

Pick elements according to the types of vectors. If the vectors are in the vertical quadrant, pick element0 as a column. If they are in the horizontal quadrant, pick the element1 as a slab.

B C D E A

The higher the stress level, the greater the stress on the structure. If the level is higher than 6, the central point and the points within 10 units distance are fixed in the current element. As for points beyond 10 units distance, move and connect them with the closest point in other elements to form a more stable structure.

The size of different solids depends on the stress level in different parts, which make the structure more reasonable and save materials.

B

Removed Principle Strategies

If all the stresses of elements points around are in the same direction, it means the force condition is simple and regular. The current element can be changed into element2, which performs as indoor space and partitions.

If all the stresses of elements points around are in 0 level, which means it will not affect the whole structure when it is changed, the current element can be removed to create an outdoor opening space.

C D

Although the Kowloon Walled City was chaotic and dirty seemingly, an increasing number of people considered it the rudiment of the vertical city, which could improve itself spontaneously. To evolve this rudiment, the project is trying to normalize the basic elements of the structure into few forms and create a relationship between these elements and force conditions, making it structurally reasonable and developing continuable. Moreover, the project also considers the functions of this rudiment, providing completive daily life, working chance, and full infrastructure for people as Kowloon City..

Site Analysis

Commercial Complex And Tower Building

Studio Work

Collaborator: Keyu Su

Instructor: Prof. Meng Zhu 2018.06

Collaborated with Keyu, the project is one of the researching experiments for my master’s thesis - “Folding of public space”, which is exploring vertical urban planning in the skyscraper. The project is inserting service and public space between two private office towers as a vertical community. Moreover, parametric technologies are used in analyzing and optimizing the structure and facade.

*Collaborator: Keyu Su

Structures Studies

Renderings

Circulation & Activities

*Collaborator: Keyu Su

[SQUAMA]

New Energy Research Centre in

Individual Project

Instructor: Prof. Shidan Chen

Location: Wuhan 2017.11

WHU

[COVER]

Shopping Mall Covering Historical Building in Urban Design

Individual Project

Instructor: Prof. Shidan Chen

Location: Wuhan 2018.02

The project was designing a new energy research centre at Wuhan University. Different passive strategies were integrated into this project. A double layers parametric and moveable facade was used to control the strength and direction of the daylight to keep a balance between the solar heat and daylighting in the extremely hot summer and cold winter in Wuhan, saving energy use for air conditioner. Moreover, digital controlled openings on the top of the building helped with natural ventilation.

The building was part of the renovation project of historical district near Wuchang Old Train Station. There was a historical building with preserved value in the site so that the new shopping mall building was designed to cover the preserved house in the atrium as the focuus of the sight. This strategy not only helps protecting the old house but also arouse people’s attention to its story.

[HUG]

Sustainable Community Centre

Individual Studio Work

Instructor: Prof. Dr. Neil Verow

Site Location: Dundee

2017.11

The project is exploring the issues of the relationship between individual and society in different age groups. It’s aiming to create a new flat communication mode in place of traditional “parents teaching”, through an all age sharing multi-functional hall in the centre surrounded by specific areas occupied by different age groups as a hug. This 1:20 section model showed the details of concreate frame and steel joint structure.

[HORIZONTAL SCAFFOLD]

Horizontal Scaffold and Surface for Multiple Topography Design and Making

Studio Work

Teammates: Bertie Hipkin, Xuanzhi Huang, Xinyuan Li, Kalong Lin, Sirapob Thangseresuk

Instructor: Prof. Emmanuel Vercruysse

Location: London 2019.11

The project is exploring the a horizontal scaffold and surface that can adjust multiple topography and materials landscape. It works mainly through three slidable tracks and fine-adjusted position by screws, and also three spherical universal joints for height adaptation and adjustment. The project helped to familiarize the characteristics of metal materials, metal welding technology, mechanical joint design, the use of various machine tools and thinking about the joining characteristics of metal, wood, and cardboard.

Grasshopper Plugin Developer on food4Rhino.com

** Author of “ChopChop” and “Magnifier” on food4Rhino.com

using System; using Grasshopper.Kernel; using Grasshopper; using Grasshopper.Kernel.Attributes; using Grasshopper.GUI.Canvas;

// In order to load the result of this wizard, you will also need to // add the output bin/ folder of this project to the list of loaded // folder in Grasshopper.

ChopChop: https://www.food4rhino.com/app/chopchop

// You can use the _GrasshopperDeveloperSettings Rhino command for that.

Magnifier: https://www.food4rhino.com/app/magnifier

ChopChop V1.1

namespace ChopChop { public class ChopChopComponent : GH_Component { /// <summary> /// Each implementation of GH_Component must provide a public ...... void mouseup(Object sender, MouseEventArgs e) { if (isActive) { if (e.Button == mouseButton && (isNeedKeyboard && isPress || !isNeedKeyboard)) { IGH_Param source = null; IGH_Param target = null; mouseP = Instances.ActiveCanvas.CursorCanvasPosition; OnPingDocument().FindWireAt(mouseP, 8, ref source, ref target); target.RecordUndoEvent(“Removed”); target.RemoveSource(source); target.Attributes.GetTopLevel.DocObject.ExpireSolution(true); ExpireSolution(true); } } }

public void toggleActive() { this.isActive = !this.isActive; this.updateMessage(); this.ExpireSolution(true); } public override void CreateAttributes() { this.m_attributes = new ChopChopAttributes(this); } public void updateMessage() { base.Message = (this.isActive ? “Active” : “Inactive”); } public class ChopChopAttributes : GH_ComponentAttributes { public ChopChopAttributes(ChopChopComponent owner) : base(owner) { }

// Token: 0x06000021 RID: 33 RVA: 0x000029D4 File Offset: 0x00000BD4 public override GH_ObjectResponse RespondToMouseDoubleClick(GH_Canvas sender, GH_CanvasMouseEvent e) {

ChopChopComponent deletewires = base.Owner as ChopChopComponent; bool flag = deletewires != null; GH_ObjectResponse result; if (flag) { deletewires.toggleActive(); result = Grasshopper.GUI.Canvas.GH_ObjectResponse.Handled; } else { result = base.RespondToMouseDoubleClick(sender, e); } return result; } }

Grasshopper Plugin Developer on food4Rhino.com

Columnist of GH Skill on Da Shui Niu & Zhihu.com

Rendering Works (2016-2019)

by Lumion 8.0

by Lumion 8.0

by Lumion 8.0

Collage with Photoshop

Collage with Photoshop

by Vray for 3Ds Max Studio

by Vray for 3Ds Max Studio

by Vray for 3Ds Max Studio by Vray for Rhino

My ZhiHu Column - The tips of Grasshopper3d (Chinese) : Please Visit : https://www.zhihu.com/column/c_1257206575036526592

Video of the graduate project in the Bartlett. UCL Design for Manufacture - Wooded Escape(2021): Please Click : https://www.youtube.com/watch?v=-hz2FSKarPg&ab_channel=FlashingDroid

Video of the graduate project in the University of Dundee MArch Part2 - Folded City(2019):

Please Click : https://www.youtube.com/watch?v=DEzfM2z85L4&ab_channel=qirenlu

Video of graphic study with Processing - [Nebulas] ( 2019.01 ),

Please Click : https://www.youtube.com/watch?v=0XBTKspMdT8&ab_channel=qirenlu

Time-lapse Video of Parametric Construction Workshop ( Organizer, 2016 ),

Please Click : https://www.youtube.com/watch?v=Rq_d38hDInM

Personal Website for more works (2013 -2018)( Product Design, Renderings, Photography etc. ),

Please Click : https://lqr9500.wixsite.com/kieranlu