跨界设计——自然与建筑.王昀 著9787512399020

目录

序

导读

1 非“透视学”视点下的“写生”

2 从地形到空间的19 个实例

实例 2-1　从“北纬23.45'36.63"，东经117.22'11.19" ”周边地形所选择出的建筑

实例 2-2 　从“北纬23.54'55.90"，东经57.06'02.58" ”周边地形所选择出的建筑

实例 2-3　从“北纬31.52'20.67"，东经36.58'39.98" ”周边地形所选择出的建筑

实例 2-4　从“北纬31.53'02.68"，东经36.52'23.09" ”周边地形所选择出的建筑

实例 2-5　从“北纬32.11'20.17"，东经36.08'46.05" ”周边地形所选择出的建筑

实例 2-6　从“北纬23.45'01.54"，东经117.14'03.03" ”周边地形所选择出的建筑

实例 2-7 　从“北纬32.13'03.67"，东经36.08'35.01" ”周边地形所选择出的建筑

实例 2-8　从“北纬32.13'10.41"，东经36.14'03.79" ”周边地形所选择出的建筑

实例 2-9　从“北纬23.54'27.80"，东经117.28'36.57" ”周边地形所选择出的建筑

实例2-10　从“北纬32.06'07.90"，东经37.22'11.49" ”周边地形所选择出的建筑

实例2-11　从“北纬14.56'29.75"，东经43.23'25.95" ”周边地形所选择出的建筑

实例2-12　从“北纬14.52'56.87"，东经43.17'50.12" ”周边地形所选择出的建筑

实例2-13　从“北纬32.16'08.40"，东经36.05'48.26" ”周边地形所选择出的建筑

3 从自然中直接截取的建筑

实例2-14　从“北纬53.50'51.13"，东经73.24'12.32" ”周边地形所选择出的建筑

实例2-15　从“北纬34.17'24.41"，东经57.33'20.18" ”周边地形所选择出的建筑

实例2-16　从“北纬39.59'50.83"，东经120.43'55.90" ”周边地形所选择出的建筑

实例2-17　从“北纬37.30'33.17"，东经122.00'32.90" ”周边地形所选择出的建筑

实例2-18　从“北纬35.38'12.54"，东经120.46'43.01" ”周边地形所选择出的建筑

实例2-19　从“北纬40.45'16.15"，东经144.52'45.92" ”周边地形所选择出的建筑

实例3-1　直接截取“北纬36.75'84.63"，东经110.49'35" ”周边隆起的地形所获得的空间形态

实例3-2　直接截取“北纬37.46'65.09"，东经110.99'91.12"”周边隆起的地形所获得的正向空间形态

实例3-3　直接截取“北纬37.46'65.09"，东经110.99'91.12"”周边隆起的地形所获得的负向空间形态

实例3-4　直接截取“北纬24.38'16.94"，东经121.11'84.74"”周边隆起的地形所获得的空间形态

实例3-5　直接截取“北纬7.32'52.19"，东经134.49'15.70"”周边隆起的地形所获得的空间形态

Contents

Preface

Introduction

1 “Paint from life” based on“non-perspective science”

2 19 samples of transformation fromlandform to space

Sample 2-1

Sample 2-2

Sample 2-3

Sample 2-4

Sample 2-5

Sample 2-6

Sample 2-7

Sample 2-8

Sample 2-9

Sample 2-10

Sample 2-11

Sample 2-12

Sample 2-13

Sample 2-14

Sample 2-15

Architecture chosen from landform around23.45'36.63" N, 117.22'11.19" E

Architecture chosen from landform around23.54'55.90" N, 57.06'02.58" E

Architecture chosen from landform around31.52'20.67" N, 36.58'39.98" E

Architecture chosen from landform around31.53'02.68" N, 36.52'23.09" E

Architecture chosen from landform around32.11'20.17" N, 36.08'46.05" E

Architecture chosen from landform around23.45'01.54" N, 117.14'03.03" E

Architecture chosen from landform around32.13'03.67" N, 36.08'35.01" E

Architecture chosen from landform around32.13'10.41" N, 36.14'03.79" E

Architecture chosen from landform around23.54'27.80" N, 117.28'36.57" E

Architecture chosen from landform around32.06'07.90" N, 37.22'11.49" E

Architecture chosen from landform around14.56'29.75" N, 43.23'25.95" E

Architecture chosen from landform around14.52'56.87" N, 43.17'50.12" E

Architecture chosen from landform around32.16'08.40" N, 36.05'48.26" E

Architecture chosen from landform around53.50'51.13" N, 73.24'12.32" E

Architecture chosen from landform around34.17'24.41" N, 57.33'20.18" E

3 Architecture directly extracted fromnature

Sample 2-16

Sample 2-17

Sample 2-18

Sample 2-19

Sample 3-1

Sample 3-2

Sample 3-3

Sample 3-4

Sample 3-5

Architecture chosen from landform around39.59'50.83" N, 120.43'55.90" E

Architecture chosen from landform around37.30'33.17" N, 122.00'32.90" E

Architecture chosen from landform around35.38'12.54" N, 120.46'43.01" E

Architecture chosen from landform around40.45'16.15" N, 144.52'45.92" E

Spatial patterns acquired by directlyextracting upheaval area

around 36.75'84.63"N, 110.49'35"E

Spatial patterns of forward directionacquired from upheaval landform

around 37.46'65.09" N,110.99'91.12" E

Spatial patterns of negative directionacquired from upheaval landform

around 37.46'65.09" N,110.99'91.12" E

Spatial patterns acquired by directlyextracting upheaval area

around 24.38'16.94"N,121.11'84.74" E

Spatial patterns acquired by directlyextracting upheaval area

around 7.32'52.19"N,134.49'15.70" E