HTTP ://OFPLACE. INFO 35.142948, 128.941739 CITY RECORDED ARCHIVE
SITE DEVELOPMENT STEFANIE TAM
GENERAL INFORMA
DESIGN & CONTENT STEFANIE TAM
ATION & CONTENTS
CONTENTS
S & PREFACE
PG
NOTE
10 12 16 18 20 22 24
ABOUT RESOURCES CAVEAT 1 CAVEAT 2 CAVEAT 3 CAVEAT 4 CAVEAT 5
PG
TYPE
28 32 36 40 44 48 52 56 60 64 68 72 76 80 84
“COMPETE” “DIE” “DRIVE” “FLY” “GRAZE” “LIVE” “PARK” “PLAY” “RIDE” “SAIL” “SWIM” “TRESPASS” “WANDER” “WASTE” “WORK”
PG
CITY
120 122 124 126 128 130 132 134 136 138 140 142 144 146 148
BAGHDAD BANGKOK BERLIN BUSAN CAPE TOWN ISTANBUL LONDON LOS ANGELES MADRID MEXICO CITY MUMBAI NAIROBI NEW YORK CITY PYONGYANG SAINT PETERSBURG
PG
CITY
150 152 154 156 158
SAO PAULO SHEN ZHEN SINGAPORE TIANJIN YOKOHAMA
ABOUT THE PROJECT
HTTP://OFPLACE.INFO is the result of an exten satellite images. With choices dictated by rando intuition, ://OFPLACE. archives 600 images of 2 compares and contrasts both basic and strange it also allows the user to explore cities around th rather than preconceived notions tied to a spec ABOUT THE BOOK
This book documents both the shown and the h PLACE. ’s creation, making further research pos the full series of collected images, arising errors my own intuitions led me, this book shares critic project that aren’t visible in the final product. ://O sense of curiosity and intrigue in viewers to furth have never seen before—here, you will see my e
nsive surveillance collection of Google Maps omization, pre-established rules, curiosity, and 20 different cities. ://OFPLACE. simultaneously e infrastructural features of various cities while he world in a way that’s dictated by intuition cific location.
hidden information I encountered during ://OF ssible for users’ stoked curiosities. Archiving s of Google Maps, and patternization of where cal parts of the process that helped shape the OFPLACE. ’s creation was intended to instill a her explore and delve into places that they may encounters on my own digital derive.
RESOURCES & INSPIRATION
TOOL: https://www.google.com/maps TOOL: https://www.randomlists.com/random-w READING: https://www.cddc.vt.edu/sionline/si/ READING: http://journals.sagepub.com/doi/abs TALK: https://vimeo.com/233011125 ARTIST: http://kellereasterling.com/ ARTIST: http://www.jennyodell.com/ ARTIST: http://www.gercoderuijter.com/ ARTIST: http://mimionuoha.com/
world-cities /theory.html s/10.1177/00027649921955326
ON INHEREN
NT CAVEATS
CAVEAT 1: INACCURATE BORDER DETECTIO
(Left) An inaccurately tracked border. (Right) An Denoted with a red line, borders spacially divide separation. An inaccurate border detection can interesting visual pattern from satellite view.
ON
n accurately tracked border. e two adjacent territories establishing a n misinform and simultaneously create an
CAVEAT 2: 3D SATELLITE IMAGING VS 2D SA
(Left) A 2D satellite image of one location. (Righ Google’s 3D view gives an “intimate sense of the viewed location according to Google Earth’s pro and optimized imaging. However, 3D view is only
ATELLITE IMAGING
ht) A 3D satellite image of one location. e settings” and “contextualizes the story” of the oduct manager. It allows for deeper close-ups y available to a few major metropolitan areas.
CAVEAT 3: 3D & 2D STITCHING
(Left) A 2D to 3D stitching error. (Right) A 3D to 3 Faulty stitching makes for a visually interesting e eas to which it is applied. Colors and spaces app 2D view only areas.
3D stitching error. effect, but it reveals that 3D view glorifies the arpear much more vibrantly within 3D areas than
CAVEAT 4: INACCURATE ROAD & STREET DE
(Left) Roads misaligned over land. (Right) Road In certain areas around the world, roads are mis cations are, subsequently, not connectable to th difficult to discern what the image depicts.
ETECTION
ds misaligned over bodies of water. saligned with the geographical satellite view. Lohe overhead images that they provide, making it
CAVEAT 5: INCONSISTENT COLOR CORREC
(Left) Color reference 1 of a body of water. (Righ Variances in color of bodies of water reveal the i the world. Certain cities have more blue hues or geographical appearance, but more so from the
CTION
ht) Color reference 2 of a body of water. inconsistent color correction applied around r browner colors not necessarily due to the e erroneous color correction.
ARCHIVE
E BY TYPE
1
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25
“COMP 1 2 3
(33.246284, 44.483384) (33.264489, 44.497123) (13.730232, 100.549329)
4 5 6
(13.737372, 100.525791) (52.475799, 13.272452) (52.468683, 13.417460)
7 8 9
(35.290251, 129.105131) (35.298067, 129.241457) (-34.018519, 18.449368)
10 (-34.076872, 18.434649) 11 (41.019192, 29.039141) 12 (40.982580, 29.124625)
13 (51.474757, 0.041457) 14 (51.521492, 0.041093) 15 (34.045750, -118.531688)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.331847, -99.192117) 20 (19.302840, -99.150508) 21 (19.061176, 72.866387)
22 (19.061907, 72.881001) 23 (-1.293893, 36.842230) 24 (-1.229943, 36.892518)
25 (40.773762, -73.934821) 26 (40.757086, -73.845912) 27 (39.051387, 125.779503)
28 (39.049420, 125.775172) 29 (59.926057, 30.288269) 30 (59.849067, 30.351388)
PETE” 16 (34.072092, -118.447404) 17 (40.235188, -3.699179) 18 (40.461889, -3.587993)
31
31 (-23.547894, -46.652105)
32
33
34
35
32 (-23.548571, -46.665255)
33 (22.506210, 114.130088)
34 (22.496430, 114.129205)
35 (1.305864, 103.878444)
36
36 (1.298680, 103.882158)
37
37 (39.110896, 117.170918)
38
38 (39.111110, 117.198847)
39
39 (35.509855, 139.606364)
40
40 (35.438903, 139.653468)
1
2
3
4
5
11
12
13
14
15
21
22
23
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25
“DI 1 2 3
(33.364183, 44.459174) (33.333250, 44.373827) (13.714604, 100.524695)
4 5 6
(13.749062, 100.497159) (52.505798, 13.222891) (52.507068, 13.221224)
7 8 9
(35.127512, 129.097341) (35.127512, 129.097341) (-33.982534, 18.580412)
10 (-33.967949, 18.526940) 11 (40.909721, 29.306834) 12 (41.073864, 29.007780)
13 (51.524630, 0.049652) 14 (51.566218, -0.143791) 15 (34.058595, -118.450303)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
16 (34.068751, -118.482108) 17 (40.422334, -3.644286) 18 (40.417258, -3.641731)
19 (19.412976, -99.206431) 20 (19.405219, -99.153365) 21 (18.975317, 72.841540)
22 (19.083226, 72.887008) 23 (-1.310039, 36.748254) 24 (-1.266326, 36.832762)
25 (40.652709, -73.992495) 26 (40.733419, -73.914492) 27 (39.078285, 125.827811)
28 (39.080095, 125.746691) 29 (59.991695, 30.461283) 30 (59.996706, 30.421849)
IE”
31
31 (-23.558497, -46.684422)
32
33
34
35
32 (-23.657257, -46.686457)
33 (22.296582, 114.247737)
34 (22.475015, 114.139392)
35 (1.380833, 103.689717)
36
37
38
39
40
36 (1.385530, 103.690995)
37 (39.260593, 117.173999)
38 (39.258361, 117.162656)
39 (35.439492, 139.651897)
40 (35.426466, 139.631670)
1
2
3
4
5
11
12
13
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15
21
22
23
24
25
“DRI 1 2 3
(33.248040, 44.416310) (33.305068, 44.449457) (13.757618, 100.546883)
4 5 6
(13.698911, 100.591147) (52.474196, 13.351245) (52.514371, 13.350080)
7 8 9
(35.287878, 129.100391) (35.246271, 129.092867) (-34.013715, 18.453738)
10 (-34.064441, 18.448835) 11 (40.914634, 29.324540) 12 (40.995887, 29.116155)
13 (51.458092, -0.181829) 14 (51.458092, -0.181829) 15 (34.038095, -118.274080)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.341949, -99.143835) 20 (19.302863, -99.185994) 21 (19.064162, 72.914982)
22 (19.141759, 72.948779) 23 (-1.331656, 36.888264) 24 (-1.309256, 36.727336)
25 (40.828947, -73.837056) 26 (40.854547, -73.968001) 27 (39.026465, 125.678574)
28 (39.000580, 125.798237) 29 (59.832865, 30.277572) 30 (59.810446, 30.323762)
IVE” 16 (34.102312, -118.249938) 17 (40.373662, -3.597452) 18 (40.360164, -3.565356)
31
31 (-23.553222, -46.625995)
32
33
34
35
32 (-23.508931, -46.82159)6
33 (22.655790, 114.169217)
34 (22.519768, 114.070782)
35 (1.327977, 103.868612)
36
37
38
39
40
36 (1.322916, 103.890979)
37 (39.123833, 117.239724)
38 (38.973792, 117.185299)
39 (35.519747, 139.593280)
40 (35.450158, 139.569696)
1
2
3
4
5
11
12
13
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15
21
22
23
24
25
“FL 1 2 3
(33.268823, 44.226861) (33.256314, 44.230300) (13.691792, 100.750612)
4 5 6
(13.689800, 100.741264) (52.383061, 13.520716) (52.363479, 13.505571)
7 8 9
(35.181462, 128.933495) (35.170398, 128.944994) (-33.970382, 18.598473)
10 (-33.974481, 18.600637) 11 (40.975187, 28.818197) 12 (40.996112, 28.801595)
13 (51.504800, 0.049500) 14 (51.504800, 0.049500) 15 (33.935431, -118.412493)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.439627, -99.064770) 20 (19.425499, -99.080268) 21 (19.089653, 72.878972)
22 (19.097833, 72.874485) 23 (-1.330522, 36.925025) 24 (-1.315820, 36.927295)
25 (40.644887, -73.783646) 26 (40.644613, -73.795471) 27 (39.199727, 125.667953)
28 (39.200882, 125.674635) 29 (59.802099, 30.276167) 30 (59.799080, 30.292332)
LY” 16 (33.939021, -118.401709) 17 (40.488061, -3.572523) 18 (40.499642, -3.567613)
31
32
31 (-23.625426, -46.658468) 32 (-23.634108, -46.651844)
33
34
35
33 (22.634862, 113.804358)
34 (22.645510, 113.808666)
35 (1.350805, 103.986151)
36
37
38
39
40
36 ((1.361247, 103.990175)
37 (39.125702, 117.354597)
38 (39.125702, 117.354597)
39 (35.550351, 139.786708)
40 (35.556734, 139.771555)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
“GRA 1 2 3
(33.229543, 44.111162) (33.194591, 44.098119) (13.589976, 100.409117)
4 5 6
(13.504446, 100.315549) (52.588590, 13.519221) (52.467726, 13.297165)
7 8 9
(35.107674, 128.913175) (35.402787, 129.153077) (-34.066769, 18.445653)
10 (-34.073967, 18.422554) 11 (40.908701, 29.420417) 12 (40.855242, 29.326035)
13 (51.452921, -0.045032) 14 (51.509920, -0.161919) 15 (34.249599, -119.125256)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.561452, -98.931684) 20 (19.471124, -98.923068) 21 (19.049937, 72.951483)
22 (19.089684, 72.935846) 23 (-1.252862, 36.742596) 24 (-1.245164, 36.740363)
25 (40.771261, -73.398740) 26 (40.766208, -73.397415) 27 (38.926855, 125.741634)
28 (38.885012, 125.758810) 29 (59.892449, 30.192901) 30 (59.909691, 30.631083)
AZE” 16 (34.178562, -119.104681) 17 (40.412765, -3.419523) 18 (40.400794, -3.462328)
31
32
33
34
35
31 (-23.518420, -46.822416)
32 (-23.423919, -46.755960)
33 (22.527781, 114.091707)
34 (22.476465, 114.029310)
35 (1.365377, 103.795678)
36
37
38
39
40
36 (1.396558, 103.794680)
37 (39.011244, 117.132105)
38 (38.984462, 117.146660)
39 (35.427123, 139.498120)
40 (35.408701, 139.475853)
1
2
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“LIV 1 2 3
(33.261011, 44.496896) (33.362803, 44.415804) (13.659010, 100.458255)
4 5 6
(13.579210, 100.382334) (52.530818, 13.642603) (52.492747, 13.248205)
7 8 9
(35.087215, 128.875158) (35.142948, 128.941739) (-34.074501, 18.433990)
10 (-34.002416, 18.508952) 11 (41.003974, 28.834370) 12 (40.936508, 29.371287)
13 (51.512313, 0.057019) 14 (51.523074, 0.031837) 15 (34.068751, -118.482108)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.423331, -99.043442) 20 (19.457740, -99.106300) 21 (19.039190, 72.924408)
22 (19.063183, 72.925349) 23 (-1.286742, 36.902618) 24 (-1.282776, 36.885342)
25 (40.763070, -73.913907) 26 (40.773419, -73.934736) 27 (38.977052, 125.731059)
28 (39.013530, 125.804695) 29 (59.826077, 30.266118) 30 (60.081079, 30.248943)
VE” 16 (34.019574, -118.315211) 17 (40.319026, -3.704766) 18 (40.428954, -3.679710)
31
31 (-23.446775, -46.864230)
32
32 (-23.679459, -46.679665)
33
34
35
33 (22.658315, 114.018732)
34 (22.479200, 114.045569)
35 (1.354826, 103.950273)
36
37
38
39
40
36 (1.340918, 103.953997)
37 (38.978262, 117.147234)
38 (39.114045, 117.262640)
39 (35.512285, 139.648270)
40 (35.392273, 139.557738)
1
2
3
4
5
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13
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22
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“PAR 1 2 3
(33.298157, 44.508045) (33.331397, 44.365384) (13.722342, 100.558361)
4 5 6
(13.723561, 100.557110) (52.469914, 13.369284) (52.390753, 13.517529)
7 8 9
(35.094090, 128.853570) (35.171766, 128.950082) (-33.989988, 18.485200)
10 (-33.988145, 18.485761) 11 (40.979357, 28.824778) 12 (40.958279, 29.407575)
13 (51.520652, 0.071438) 14 (51.472945, -0.145112) 15 (33.951322, -118.394050)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.368983, -99.096184) 20 (19.708323, -99.181491) 21 (19.065978, 72.869878)
22 (19.059310, 72.863115) 23 (-1.306251, 36.849263) 24 (-1.278289, 36.822752)
25 (40.661346, -73.801335) 26 (40.656882, -73.793812) 27 (38.999753, 125.813108)
28 (39.004581, 125.824689) 29 (59.907872, 30.302550) 30 (59.906515, 30.306336)
RK” 16 (33.948131, -118.391009) 17 (40.257739, -3.706433) 18 (40.308910, -3.705655)
31
31 (-23.564076, -46.613679)
32
32 (-23.564994, -46.614686)
33
34
35
33 (22.706493, 114.321854)
34 (22.503744, 114.081123)
35 (1.292546, 103.839070)
36
36 (1.335351, 103.851514)
37
38
39
40
37 (39.122601, 117.228070)
38 (39.122601, 117.228070)
39 (35.519588, 139.595864)
40 (35.388072, 139.645685)
1
2
3
4
5
11
12
13
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21
22
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25
“PLA 1 2 3
(33.340586, 44.443314) (33.362521, 44.370604) (13.739689, 100.537527)
4 5 6
(13.807795, 100.694230) (52.471508, 13.388382) (52.485119, 13.491280)
7 8 9
(35.297556, 129.090123) (35.154716, 128.875254) (-33.963117, 18.584610)
10 (-33.902065, 18.404406) 11 (40.939225, 29.324259) 12 (40.958284, 29.412195)
13 (51.517628, 0.043262) 14 (51.457355, -0.179593) 15 (34.137792, -118.353987)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.350286, -99.121403) 20 (19.434958, -99.054954) 21 (19.028022, 72.836176)
22 (19.049800, 72.899017) 23 (-1.278289, 36.822752) 24 (-1.272393, 36.835038)
AY” 16 (33.812061, -117.918982) 17 (40.237475, -3.703884) 18 (40.432066, -3.663276)
25 (40.794358, -73.917278) 26 (40.734950, -73.565186) 27 (39.039452, 125.780980)
28 (39.005173, 125.649318) 29 (59.929448, 30.290433) 30 (59.943550, 30.331834)
31
31 (-23.665549, -46.699791)
32
33
34
35
32 (-23.511276, -46.649127)
33 (22.330496, 114.155571)
34 (22.542417, 113.974904)
35 (1.317923, 103.958917)
36
37
38
36 (1.377883, 103.954884)
37 (39.021037, 117.172081)
38 (39.025721, 117.166377)
39
39 (35.432850, 139.535622)
40
40 (35.392306, 139.437258)
1
2
3
4
5
11
12
13
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21
22
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25
“RID 1 2 3
(33.332051, 44.368319) (33.332051, 44.368319) (13.742429, 100.517165)
4 5 6
(13.763469, 100.581784) (52.475099, 13.365710) (52.453951, 13.357139)
7 8 9
(35.150488, 129.054227) (35.160328, 129.038770) (-33.924765, 18.460830)
10 (-33.928195, 18.472089) 11 (40.997231, 29.020714) 12 (40.998070, 29.022641)
13 (51.501514, -0.114110) 14 (51.488806, -0.122278) 15 (34.043240, -118.230516)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.344675, -99.140829) 20 (19.411650, -99.135242) 21 (19.071182, 72.892311)
22 (19.074751, 72.890174) 23 (-1.358848, 36.899339) 24 (-1.306251, 36.849263)
25 (40.843183, -73.841040) 26 (40.719926, -73.828738) 27 (39.000161, 125.738122)
28 (39.145454, 125.700062) 29 (59.904506, 30.297225) 30 (60.068659, 30.321251)
DE” 16 (34.016251, -118.235000) 17 (40.281880, -3.704057) 18 (40.387467, -3.675083)
31
31 (-23.547087, -46.629950)
32
33
32 (-23.563952, -46.611532)
33 (22.533400, 113.998097)
34
34 (22.561675, 114.109311)
35
35 (1.353798, 103.854891)
36
36 (1.391171, 103.839341)
37
38
39
40
37 (39.865657, 116.376141)
38 (39.130545, 117.217377)
39 (35.484289, 139.643351)
40 (35.481518, 139.637125)
1
2
3
4
5
11
12
13
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15
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22
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25
“SA 1 2 3
(33.309805, 44.415914) (33.334698, 44.393996) (13.706557, 100.570284)
4 5 6
(13.695842, 100.587558) (52.507695, 13.201457) (52.508270, 13.210721)
7 8 9
(35.104478, 129.092023) (35.121540, 129.054667) (-33.909655, 18.449313)
10 (-33.915005, 18.443472) 11 (40.842489, 29.280522) 12 (40.963772, 28.676974)
13 (51.470493, -0.181529) 14 (51.463069, -0.200330) 15 (33.980311, -118.451819)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.211971, -96.134127) 20 (19.216526, -96.126626) 21 (18.966642, 72.851420)
22 (18.943206, 72.847023) 23 (-1.276084, 36.817216) 24 (-1.243753, 36.752902)
25 (40.835879, -73.721462) 26 (40.746712, -74.010859) 27 (38.977840, 125.653751)
28 (39.040511, 125.806368) 29 (59.880610, 30.196288) 30 (59.862466, 30.122747)
AIL” 16 (33.845772, -118.395930) 17 (40.432066, -3.663276) 18 (40.399687, -3.507271)
31
32
31 (-23.964839, -46.290402) 32 (-23.958062, -46.296397)
33
34
33 (22.336968, 114.119389)
34 (22.501026, 113.841631)
35
35 (1.247910, 103.612018)
36
37
38
36 (1.270100, 103.850058)
37 (38.979907, 117.768548)
38 (38.979907, 117.768548)
39
39 (35.437258, 139.679046)
40
40 (35.438850, 139.683599)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
“SW 1 2 3
(33.385920, 44.459672) (33.380257, 44.409418) (13.745021, 100.528803)
4 5 6
(13.738646, 100.535284) (52.497314, 13.404144) (52.479692, 13.414342)
7 8 9
(35.157821, 128.970244) (35.192779, 129.063381) (-34.076073, 18.433546)
10 (-33.918195, 18.384725) 11 (40.934819, 29.326091) 12 (40.944886, 29.375941)
13 (51.475300, 0.039000) 14 (51.542300, -0.061500) 15 (34.074885, -118.450621)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.330192, -99.185110) 20 (19.337654, -99.187835) 21 (19.028022, 72.836176)
22 (19.031546, 72.926378) 23 (-1.224825, 36.890164) 24 (-1.276291, 36.781223)
WIM” 16 (34.024132, -118.288811) 17 (40.242107, -3.707669) 18 (40.461161, -3.586641)
25 (40.839598, -73.714826) 26 (40.702195, -73.671367) 27 (38.998063, 125.652609)
28 (39.035450, 125.762908) 29 (60.000791, 30.378715) 30 (59.956036, 30.427715)
31
31 (-23.550734, -46.665198)
32
33
34
35
32 (-23.659876, -46.681247)
33 (22.506146, 114.131410)
34 (22.331059, 114.155374)
35 (1.301647, 103.886283)
36
37
38
39
40
36 (1.330184, 103.850311)
37 (39.073316, 117.169393)
38 (39.070446, 117.171335)
39 (35.438561, 139.651173)
40 (35.457953, 139.597362)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
“TRES 1 2 3
(33.284067, 44.535090) (33.531234, 44.265344) (13.731110, 100.555848)
4 5 6
(13.673663, 100.479765) (52.562903, 13.603104) (52.575642, 13.544973)
7 8 9
(35.266653, 129.224310) (35.232561, 128.960710) (-34.004735, 18.613705)
10 (-33.968567, 18.685503) 11 (40.882068, 29.392172) 12 (41.067641, 28.823793)
13 (51.515801, 0.087902) 14 (51.519751, 0.070811) 15 (33.752198, -118.049495)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.371094, -99.090910) 20 (19.570298, -99.002195) 21 (19.032792, 72.883727)
22 (19.073581, 72.915570) 23 (-1.305794, 36.929582) 24 (-1.371423, 36.962345)
25 (40.756407, -73.699856) 26 (40.631155, -73.825230) 27 (38.988012, 125.845031)
28 (38.988715, 125.712299) 29 (60.070280, 30.218849) 30 (59.652958, 30.340873)
SPASS” 16 (33.738021, -118.051088) 17 (40.240732, -3.671507) 18 (40.231437, -3.715067)
31
32
31 (-23.599422, -46.692493) 32 (-23.649574, -46.729470)
33
34
35
33 (22.403969, 114.210060)
34 (22.708000, 114.327019)
35 (1.321888, 103.991836)
36
37
38
36 (1.359603, 104.008572)
37 (39.106525, 117.067082)
38 (39.265469, 117.400584)
39
39 (35.476608, 139.639782)
40
40 (35.489490, 139.727055)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
“WAN 1 2 3
(33.236775, 44.471058) (33.329865, 44.385142) (13.664563, 100.540165)
4 5 6
(13.756197, 100.505820) (52.533861, 13.429707) (52.483676, 13.436645)
7 8 9
(35.157837, 129.059129) (35.092035, 128.848493) (-33.862755, 18.519945)
10 (-33.932746, 18.464789) 11 (41.026050, 28.909446) 12 (41.017431, 28.938940)
13 (51.507224, -0.127580) 14 (51.511210, -0.143176) 15 (34.038227, -118.249754)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.446706, -99.129373) 20 (19.391058, -99.037108) 21 (19.038879, 72.874772)
22 (19.118569, 72.887663) 23 (-1.306641, 36.907727) 24 v-1.288254, 36.911568)
25 (40.734868, -73.993337) 26 (40.733419, -73.914492) 27 (39.012467, 125.724588)
NDER” 16 (33.997921, -118.224808) 17 (40.424266, -3.701306) 18 (40.264047, -3.747999)
28 (38.968636, 125.700065) 29 (59.856614, 30.320545) 30 (59.921735, 30.304557)
31
32
31 (-23.549480, -46.635080) 32 (-23.535836, -46.616535)
33
34
35
33 (22.550904, 114.127468)
34 (22.554125, 114.096157)
35 (1.283629, 103.825562)
36
37
38
36 (1.320698, 103.866246)
37 (39.103024, 117.300064)
38 (39.062118, 117.227959)
39
39 (35.520596, 139.588997)
40
40 (35.545086, 139.518734)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
“WAS 1 2 3
(33.332477, 44.361349) (33.334204, 44.358903) (13.721266, 100.558226)
4 5 6
(13.704740, 100.550482) (52.531811, 13.368500) (52.530340, 13.491472)
7 8 9
(35.364957, 129.155988) (35.148209, 128.865035) (-33.913294, 18.568887)
10 (-33.930555, 18.549161) 11 (40.888951, 29.316511) 12 (40.948777, 29.352425)
13 (51.499841, 0.056494) 14 (51.499841, 0.056494) 15 (34.102995, -117.995491)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.446045, -99.031412) 20 (19.732119, -99.195626) 21 (19.123803, 72.952829)
22 (19.071903, 72.927382) 23 (-1.374027, 36.982193) 24 (-1.357054, 36.994907)
STE” 16 (34.153377, -118.718083) 17 (40.311255, -3.698757) 18 (40.253777, -3.742218)
25 (40.774859, -73.937139) 26 (40.776524, -73.936129) 27 (38.958862, 125.669703)
28 (38.979543, 125.669586) 29 (60.065285, 30.337458) 30 (59.900805, 30.450502)
31
31 (-23.357952, -46.427809)
32
32 (-23.357952, -46.427809)
33
34
35
33 (22.646948, 113.830629)
34 (22.551892, 114.153138)
35 (1.323884, 103.889815)
36
37
38
36 (1.322190, 103.893055)
37 (39.043384, 117.034763)
38 (39.043384, 117.034763)
39
39 (35.424828, 139.498946)
40
40 (35.479557, 139.737225)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
“WO 1 2 3
(33.202879, 44.522704) (33.274071, 44.533619) (13.709704, 100.557408)
4 5 6
(13.686879, 100.595974) (52.441657, 13.356997) (52.386720, 13.471699)
7 8 9
(35.080260, 128.815106) (35.093540, 128.876751) (-33.952777, 18.515326)
10 (-33.993429, 18.544267) 11 (40.976780, 28.696360) 12 (41.020282, 29.086757)
13 (51.500662, 0.048301) 14 (51.515801, 0.087902) 15 (33.922632, -118.429432)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
19 (19.452235, -98.994795) 20 (19.491688, -99.009245) 21 (19.046971, 72.884077)
22 (19.016856, 72.897552) 23 (-1.302960, 36.873601) 24 (-1.241686, 37.023101)
25 (40.662581, -73.808807) 26 (40.780251, -73.895246) 27 (38.965183, 125.694590)
28 (38.969215, 125.688976) 29 (59.882586, 30.171291) 30 (59.993911, 30.448942)
ORK” 16 (34.009044, -118.379490) 17 (40.414556, -3.431620) 18 (40.301165, -3.60232)
31
32
31 (-23.521687, -46.813837)
32 (-23.518420, -46.822416)
33
33 (22.511100, 114.118941)
34
35
34 (22.406359, 114.213003)
35 (1.314940, 104.003601)
36
37
38
39
40
36 (1.235717, 103.685293)
37 (39.050923, 117.184918)
38 (39.106583, 117.080424)
39 (35.431068, 139.500610)
40 (35.410585, 139.669516)
BY TYPE
40.235188, -3.699179
A B C
“COMPETE” MADRID, SPAIN (40.235188, -3.699179)
“COMPETE”
-23.548571, -46.665255
A B C
“COMPETE” SAO PAULO, BRAZIL (-23.548571, -46.665255)
BY TYPE
51.524630, 0.049652
A B C
“DIE” LONDON, ENGLAND (51.524630, 0.049652)
“DIE”
40.422334, -3.644286
A B C
“DIE” MADRID, SPAIN (40.422334, -3.644286)
BY TYPE
40.854547, -73.968001
A B C
“DRIVE” NEW YORK CITY, UNITED STATES (40.854547, -73.968001 )
“DRIVE”
35.519747, 139.593280
A B C
“DRIVE” YOKOHAMA, JAPAN (35.519747, 139.593280)
BY TYPE
40.488061, -3.572523
A B C
“FLY” MADRID, SPAIN (40.488061, -3.572523)
“FLY”
13.691792, 100.750612
A B C
“FLY” BANGKOK, THAILAND (13.691792, 100.750612)
BY TYPE
40.766208, -73.397415
A B C
“GRAZE” NEW YORK CITY, UNITED STATES (40.766208, -73.397415)
“GRAZE”
13.504446, 100.315549
A B C
“GRAZE” BANGKOK, THAILAND (13.504446, 100.315549)
BY TYPE
40.319026, -3.704766
A B C
“LIVE” MADRID, SPAIN (40.319026, -3.704766)
“LIVE”
1.354826, 103.950273
A B C
“LIVE” SINGAPORE, SINGAPORE (1.354826, 103.950273)
BY TYPE
40.257739, -3.706433
A B C
“PARK” MADRID, SPAIN (40.257739, -3.706433)
“PARK”
33.951322, -118.394050
A B C
“PARK” LOS ANGELES, UNITED STATES (33.951322, -118.394050)
BY TYPE
39.021037, 117.172081
A B C
“PLAY” TIANJIN, CHINA (39.021037, 117.172081)
“PLAY”
39.025721, 117.166377
A B C
“PLAY” TIANJIN, CHINA (39.025721, 117.166377)
BY TYPE
19.344675, -99.140829
A B C
“RIDE” MEXICO CITY, MEXICO (19.344675, -99.140829)
“RIDE”
34.043240, -118.230516
A B C
“RIDE” LOS ANGELES, UNITED STATES (34.043240, -118.230516)
BY TYPE
1.270100, 103.850058
A B C
“SAIL” SINGAPORE, SINGAPORE (1.270100, 103.850058)
“SAIL”
13.695842, 100.587558
A B C
“SAIL” BANGKOK, THAILAND (13.695842, 100.587558)
BY TYPE
1.330184, 103.850311
A B C
“SWIM” SINGAPORE, SINGAPORE (1.330184, 103.850311)
“SWIM”
1.301647, 103.886283
A B C
“SWIM” SINGAPORE, SINGAPORE (1.301647, 103.886283)
BY TYPE
33.752198, -118.049495
A B C
“TRESPASS” LOS ANGELES, UNITED STATES (33.752198, -118.049495)
“TRESPASS”
33.738021, -118.051088
A B C
“TRESPASS” LOS ANGELES, UNITED STATES (33.738021, -118.051088)
BY TYPE
33.997921, -118.224808
A B C
“WANDER” LOS ANGELES, UNITED STATES (33.997921, -118.224808)
“WANDER”
40.424266, -3.701306
A B C
“WANDER” MADRID, SPAIN (40.424266, -3.701306)
BY TYPE
34.153377, -118.718083
A B C
“WASTE” LOS ANGELES, UNITED STATES (34.153377, -118.718083)
“WASTE”
35.479557, 139.737225
A B C
“WASTE” YOKOHAMA, JAPAN (35.479557, 139.737225)
BY TYPE
-1.241686, 37.023101
A B C
“WORK” NAIROBI, KENYA (-1.241686, 37.023101)
“WORK”
51.515801, 0.087902
A B C
“WORK” LONDON, ENGLAND (51.515801, 0.087902)
ARCHIVE
E BY CITY
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
BAGHDA 1 2 3
(33.268823, 44.226861) (33.256314, 44.230300) (33.364183, 44.459174)
4 5 6
(33.333250, 44.373827) (33.236775, 44.471058) (33.329865, 44.385142)
7 8 9
(33.202879, 44.522704) (33.274071, 44.533619) (33.229543, 44.111162)
10 (33.194591, 44.098119) 11 (33.248040, 44.416310) 12 (33.305068, 44.449457)
13 (33.332477, 44.361349) 14 (33.334204, 44.358903) 15 (33.298157, 44.508045)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
22 (33.334698, 44.393996) 23 (33.340586, 44.443314) 24 (33.362521, 44.370604)
25 (33.261011, 44.496896) 26 (33.362803, 44.415804) 27 (33.332051, 44.368319)
28 (33.332051, 44.368319) 29 (33.284067, 44.535090) 30 (33.531234, 44.265344)
AD, IRAQ 16 (33.331397, 44.365384) 17 (33.385920, 44.459672) 18 (33.380257, 44.409418)
19 (33.246284, 44.483384) 20 (33.264489, 44.497123) 21 (33.309805, 44.415914)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
BANGKOK, 1 2 3
(13.691792, 100.750612) (13.689800, 100.741264) (13.714604, 100.524695)
4 5 6
(13.749062, 100.497159) (13.664563, 100.540165) (13.756197, 100.505820)
7 8 9
(13.709704, 100.557408) (13.686879, 100.595974) (13.589976, 100.409117)
10 (13.504446, 100.315549) 11 (13.757618, 100.546883) 12 (13.698911, 100.591147)
13 (13.721266, 100.558226) 14 (13.704740, 100.550482) 15 (13.722342, 100.558361)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
22 (13.695842, 100.587558) 23 (13.730232, 100.549329) 24 (13.737372, 100.525791)
25 (13.659010, 100.458255) 26 (13.579210, 100.382334) 27 (13.742429, 100.517165)
28 (13.763469, 100.581784) 29 (13.731110, 100.555848) 30 (13.673663, 100.479765)
, THAILAND 16 (13.723561, 100.557110) 17 (13.745021, 100.528803) 18 (13.738646, 100.535284)
19 (13.739689, 100.537527) 20 (13.807795, 100.694230) 21 (13.706557, 100.570284)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
BERLIN, G 1 2 3
(52.383061, 13.520716) (52.363479, 13.505571) (52.505798, 13.222891)
4 5 6
(52.507068, 13.221224) (52.533861, 13.429707) (52.483676, 13.436645)
7 8 9
(52.441657, 13.356997) (52.386720, 13.471699) (52.588590, 13.519221)
10 (52.467726, 13.297165) 11 (52.474196, 13.351245) 12 (52.514371, 13.350080)
13 (52.531811, 13.368500) 14 (52.530340, 13.491472) 15 (52.469914, 13.369284)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
22 (52.508270, 13.210721) 23 (52.475799, 13.272452) 24 (52.468683, 13.417460)
25 (52.530818, 13.642603) 26 (52.492747, 13.248205) 27 (52.475099, 13.365710)
28 (52.453951, 13.357139) 29 (52.562903, 13.603104) 30 (52.575642, 13.544973)
GERMANY 16 (52.390753, 13.517529) 17 (52.497314, 13.404144) 18 (52.479692, 13.414342)
19 (52.471508, 13.388382) 20 (52.485119, 13.491280) 21 (52.507695, 13.201457)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
BUSAN, SOU 1 2 3
(35.181462, 128.933495) (35.170398, 128.944994) (35.127512, 129.097341)
4 5 6
(35.127512, 129.097341) (35.157837, 129.059129) (35.092035, 128.848493)
7 8 9
(35.080260, 128.815106) (35.093540, 128.876751) (35.107674, 128.913175)
10 (35.402787, 129.153077) 11 (35.287878, 129.100391) 12 (35.246271, 129.092867)
13 (35.364957, 129.155988) 14 (35.148209, 128.865035) 15 (35.094090, 128.853570)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
22 (35.121540, 129.054667) 23 (35.290251, 129.105131) 24 (35.298067, 129.241457)
25 (35.087215, 128.875158) 26 (35.142948, 128.941739) 27 (35.150488, 129.054227)
28 (35.160328, 129.038770) 29 (35.266653, 129.224310) 30 (35.232561, 128.960710)
UTH KOREA 16 (35.171766, 128.950082) 17 (35.157821, 128.970244) 18 (35.192779, 129.063381)
19 (35.297556, 129.090123) 20 (35.154716, 128.875254) 21 (35.104478, 129.092023)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
CAPE TOWN, S 1 2 3
(-33.970382, 18.598473) (-33.974481, 18.600637) (-33.982534, 18.580412)
4 5 6
(-33.967949, 18.526940) (-33.862755, 18.519945) (-33.932746, 18.464789)
7 8 9
(-33.952777, 18.515326) (-33.993429, 18.544267) (-34.066769, 18.445653)
10 (-34.073967, 18.422554) 11 (-34.013715, 18.453738) 12 (-34.064441, 18.448835)
13 (-33.913294, 18.568887) 14 (-33.930555, 18.549161) 15 (-33.989988, 18.485200)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
25 (-34.074501, 18.433990) 26 (-34.002416, 18.508952) 27 (-33.924765, 18.460830)
28 (-33.928195, 18.472089) 29 (-34.004735, 18.613705) 30 (-33.968567, 18.685503)
SOUTH AFRICA 16 (-33.988145, 18.485761) 17 (-34.076073, 18.433546) 18 (-33.918195, 18.384725)
19 (-33.963117, 18.584610) 20 (-33.902065, 18.404406) 21 (-33.909655, 18.449313)
22 (-33.915005, 18.443472) 23 (-34.018519, 18.449368) 24 (-34.076872, 18.434649)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
ISTANBUL 1 2 3
(40.975187, 28.818197) (40.996112, 28.801595) (40.909721, 29.306834)
4 5 6
(41.073864, 29.007780) (41.026050, 28.909446) (41.017431, 28.938940)
7 8 9
(40.976780, 28.696360) (41.020282, 29.086757) (40.908701, 29.420417)
10 (40.855242, 29.326035) 11 (40.914634, 29.324540) 12 (40.995887, 29.116155)
13 (40.888951, 29.316511) 14 (40.948777, 29.352425) 15 (40.979357, 28.824778)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
22 (40.963772, 28.676974) 23 (41.019192, 29.039141) 24 (40.982580, 29.124625)
25 (41.003974, 28.834370) 26 (40.936508, 29.371287) 27 (40.997231, 29.020714)
28 (40.998070, 29.022641) 29 (40.882068, 29.392172) 30 (41.067641, 28.823793)
L, TURKEY 16 (40.958279, 29.407575) 17 (40.934819, 29.326091) 18 (40.944886, 29.375941)
19 (40.939225, 29.324259) 20 (40.958284, 29.412195) 21 (40.842489, 29.280522)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
LONDON, E 1 2 3
(51.504800, 0.049500) (51.504800, 0.049500) (51.524630, 0.049652)
4 5 6
(51.566218, -0.143791) (51.507224, -0.127580) (51.511210, -0.143176)
7 8 9
(51.500662, 0.048301) (51.515801, 0.087902) (51.452921, -0.045032)
10 (51.509920, -0.161919) 11 (51.458092, -0.181829) 12 (51.458092, -0.181829)
13 (51.499841, 0.056494) 14 (51.499841, 0.056494) 15 (51.520652, 0.071438)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
ENGLAND 16 (51.472945, -0.145112) 17 (51.475300, 0.039000) 18 (51.542300, -0.061500)
19 (51.517628, 0.043262) 20 (51.457355, -0.179593) 21 (51.470493, -0.181529)
22 (51.463069, -0.200330) 23 (51.474757, 0.041457) 24 (51.521492, 0.041093)
25 (51.512313, 0.057019) 26 (51.523074, 0.031837) 27 (51.501514, -0.114110)
28 (51.488806, -0.122278) 29 (51.515801, 0.087902) 30 (51.519751, 0.070811)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
LOS ANGELES, U 1 2 3
(33.935431, -118.412493) (33.939021, -118.401709) (34.058595, -118.450303)
4 5 6
(34.068751, -118.482108) (34.038227, -118.249754) (33.997921, -118.224808)
7 8 9
(33.922632, -118.429432) (34.009044, -118.379490) (34.249599, -119.125256)
10 (34.178562, -119.104681) 11 (34.038095, -118.274080) 12 (34.102312, -118.249938)
13 (34.102995, -117.995491) 14 (34.153377, -118.718083) 15 (33.951322, -118.394050)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
25 (34.068751, -118.482108) 26 (34.019574, -118.315211) 27 (34.043240, -118.230516)
28 (34.016251, -118.235000) 29 (33.752198, -118.049495) 30 (33.738021, -118.051088)
UNITED STATES 16 (33.948131, -118.391009) 17 (34.074885, -118.450621) 18 (34.024132, -118.288811)
19 (34.137792, -118.353987) 20 (33.812061, -117.918982) 21 (33.980311, -118.451819)
22 (33.845772, -118.395930) 23 (34.045750, -118.531688) 24 (34.072092, -118.447404)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
MADRID 1 2 3
(40.488061, -3.572523) (40.499642, -3.567613) (40.422334, -3.644286)
4 5 6
(40.417258, -3.641731) (40.424266, -3.701306) (40.264047, -3.747999)
7 8 9
(40.414556, -3.431620) (40.301165, -3.60232) (40.412765, -3.419523)
10 (40.400794, -3.462328) 11 (40.373662, -3.597452) 12 (40.360164, -3.565356)
13 (40.311255, -3.698757) 14 (40.253777, -3.742218) 15 (40.257739, -3.706433)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
22 (40.399687, -3.507271) 23 (40.235188, -3.699179) 24 (40.461889, -3.587993)
25 (40.319026, -3.704766) 26 (40.428954, -3.679710) 27 (40.281880, -3.704057)
28 (40.387467, -3.675083) 29 (40.240732, -3.671507) 30 (40.231437, -3.715067)
D, SPAIN 16 (40.308910, -3.705655) 17 (40.242107, -3.707669) 18 (40.461161, -3.586641)
19 (40.237475, -3.703884) 20 (40.432066, -3.663276) 21 (40.432066, -3.663276)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
MEXICO CIT 1 2 3
(19.439627, -99.064770) (19.425499, -99.080268) (19.412976, -99.206431)
4 5 6
(19.405219, -99.153365) (19.446706, -99.129373) (19.391058, -99.037108)
7 8 9
(19.452235, -98.994795) (19.491688, -99.009245) (19.561452, -98.931684)
10 (19.471124, -98.923068) 11 (19.341949, -99.143835) 12 (19.302863, -99.185994)
13 (19.446045, -99.031412) 14 (19.732119, -99.195626) 15 (19.368983, -99.096184)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
22 (19.216526, -96.126626) 23 (19.331847, -99.192117) 24 (19.302840, -99.150508)
25 (19.423331, -99.043442) 26 (19.457740, -99.106300) 27 (19.344675, -99.140829)
28 (19.411650, -99.135242) 29 (19.371094, -99.090910) 30 (19.570298, -99.002195)
TY, MEXICO 16 (19.708323, -99.181491) 17 (19.330192, -99.185110) 18 (19.337654, -99.187835)
19 (19.350286, -99.121403) 20 (19.434958, -99.054954) 21 (19.211971, -96.134127)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
MUMBA 1 2 3
(19.089653, 72.878972) (19.097833, 72.874485) (18.975317, 72.841540)
4 5 6
(19.083226, 72.887008) (19.038879, 72.874772) (19.118569, 72.887663)
7 8 9
(19.046971, 72.884077) (19.016856, 72.897552) (19.049937, 72.951483)
10 (19.089684, 72.935846) 11 (19.064162, 72.914982) 12 (19.141759, 72.948779)
13 (19.123803, 72.952829) 14 (19.071903, 72.927382) 15 (19.065978, 72.869878)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
22 (18.943206, 72.847023) 23 (19.061176, 72.866387) 24 (19.061907, 72.881001)
25 (19.039190, 72.924408) 26 (19.063183, 72.925349) 27 (19.071182, 72.892311)
28 (19.074751, 72.890174) 29 (19.032792, 72.883727) 30 (19.073581, 72.915570)
AI, INDIA 16 (19.059310, 72.863115) 17 (19.028022, 72.836176) 18 (19.031546, 72.926378)
19 (19.028022, 72.836176) 20 (19.049800, 72.899017) 21 (18.966642, 72.851420)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
NAIROBI 1 2 3
(-1.330522, 36.925025) (-1.315820, 36.927295) (-1.310039, 36.748254)
4 5 6
(-1.266326, 36.832762) (-1.306641, 36.907727) (-1.288254, 36.911568)
7 8 9
(-1.302960, 36.873601) (-1.241686, 37.023101) (-1.252862, 36.742596)
10 (-1.245164, 36.740363) 11 (-1.331656, 36.888264) 12 (-1.309256, 36.727336)
13 (-1.374027, 36.982193) 14 (-1.357054, 36.994907) 15 (-1.306251, 36.849263)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
22 (-1.243753, 36.752902) 23 (-1.293893, 36.842230) 24 (-1.229943, 36.892518)
25 (-1.286742, 36.902618) 26 (-1.282776, 36.885342) 27 (-1.358848, 36.899339)
28 (-1.306251, 36.849263) 29 (-1.305794, 36.929582) 30 (-1.371423, 36.962345)
I, KENYA 16 (-1.278289, 36.822752) 17 (-1.224825, 36.890164) 18 (-1.276291, 36.781223)
19 (-1.278289, 36.822752) 20 (-1.272393, 36.835038) 21 (-1.276084, 36.817216)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
NEW YORK CITY, 1 2 3
(40.644887, -73.783646) (40.644613, -73.795471) (40.652709, -73.992495)
4 5 6
(40.733419, -73.914492) (40.734868, -73.993337) (40.733419, -73.914492)
7 8 9
(40.662581, -73.808807) (40.780251, -73.895246) (40.771261, -73.398740)
10 (40.766208, -73.397415) 11 (40.828947, -73.837056) 12 (40.854547, -73.968001)
13 (40.774859, -73.937139) 14 (40.776524, -73.936129) 15 (40.661346, -73.801335)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
25 (40.763070, -73.913907) 26 (40.773419, -73.934736) 27 (40.843183, -73.841040)
28 (40.719926, -73.828738) 29 (40.756407, -73.699856) 30 (40.631155, -73.825230)
, UNITED STATES 16 (40.656882, -73.793812) 17 (40.839598, -73.714826) 18 (40.702195, -73.671367)
19 (40.794358, -73.917278) 20 (40.734950, -73.565186) 21 (40.835879, -73.721462)
22 (40.746712, -74.010859) 23 (40.773762, -73.934821) 24 (40.757086, -73.845912)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
PYONGYANG, N 1 2 3
(39.199727, 125.667953) (39.200882, 125.674635) (39.078285, 125.827811)
4 5 6
(39.080095, 125.746691) (39.012467, 125.724588) (38.968636, 125.700065)
7 8 9
(38.965183, 125.694590) (38.969215, 125.688976) (38.926855, 125.741634)
10 (38.885012, 125.758810) 11 (39.026465, 125.678574) 12 (39.000580, 125.798237)
13 (38.958862, 125.669703) 14 (38.979543, 125.669586) 15 (38.999753, 125.813108)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
25 (38.977052, 125.731059) 26 (39.013530, 125.804695) 27 (39.000161, 125.738122)
28 (39.145454, 125.700062) 29 (38.988012, 125.845031) 30 (38.988715, 125.712299)
NORTH KOREA 16 (39.004581, 125.824689) 17 (38.998063, 125.652609) 18 (39.035450, 125.762908)
19 (39.039452, 125.780980) 20 (39.005173, 125.649318) 21 (38.977840, 125.653751)
22 (39.040511, 125.806368) 23 (39.051387, 125.779503) 24 (39.049420, 125.775172)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
SAINT PETERS 1 2 3
(59.802099, 30.276167) (59.799080, 30.292332) (59.991695, 30.461283)
4 5 6
(59.996706, 30.421849) (59.856614, 30.320545) (59.921735, 30.304557)
7 8 9
(59.882586, 30.171291) (59.993911, 30.448942) (59.892449, 30.192901)
10 (59.909691, 30.631083) 11 (59.832865, 30.277572) 12 (59.810446, 30.323762)
13 (60.065285, 30.337458) 14 (59.900805, 30.450502) 15 (59.907872, 30.302550)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
25 (59.826077, 30.266118) 26 (60.081079, 30.248943) 27 (59.904506, 30.297225)
28 (60.068659, 30.321251) 29 (60.070280, 30.218849) 30 (59.652958, 30.340873)
SBURG, RUSSIA 16 (59.906515, 30.306336) 17 (60.000791, 30.378715) 18 (59.956036, 30.427715)
19 (59.929448, 30.290433) 20 (59.943550, 30.331834) 21 (59.880610, 30.196288)
22 (59.862466, 30.122747) 23 (59.926057, 30.288269) 24 (59.849067, 30.351388)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
SAO PAUL 1 2 3
(-23.625426, -46.658468) 4 5 (-23.634108, -46.651844) (-23.558497, -46.684422) 6
(-23.657257, -46.686457) 7 (-23.549480, -46.635080) 8 (-23.535836, -46.616535) 9
(-23.521687, -46.813837) (-23.518420, -46.822416) (-23.518420, -46.822416)
10 (-23.423919, -46.755960) 11 (-23.553222, -46.625995) 12 (-23.508931, -46.821596)
13 (-23.357952, -46.427809) 14 (-23.357952, -46.427809) 15 (-23.564076, -46.613679)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
LO, BRAZIL 16 (-23.564994, -46.614686) 17 (-23.550734, -46.665198) 18 (-23.659876, -46.681247)
19 (-23.665549, -46.699791) 22 (-23.958062, -46.296397) 20 (-23.511276, -46.649127) 23 (-23.547894, -46.652105) 21 (-23.964839, -46.290402) 24 (-23.548571, -46.665255)
25 (-23.446775, -46.864230) 26 (-23.679459, -46.679665) 27 (-23.547087, -46.629950)
28 (-23.563952, -46.611532) 29 (-23.599422, -46.692493) 30 (-23.649574, -46.729470)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
SHENZHE 1 2 3
(22.634862, 113.804358) (22.645510, 113.808666) (22.296582, 114.247737)
4 5 6
(22.475015, 114.139392) (22.550904, 114.127468) (22.554125, 114.096157)
7 8 9
(22.511100, 114.118941) (22.406359, 114.213003) (22.527781, 114.091707)
10 (22.476465, 114.029310) 11 (22.655790, 114.169217) 12 (22.519768, 114.070782)
13 (22.646948, 113.830629) 14 (22.551892, 114.153138) 15 (22.706493, 114.321854)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
22 (22.501026, 113.841631) 23 (22.506210, 114.130088) 24 (22.496430, 114.129205)
25 (22.658315, 114.018732) 26 (22.479200, 114.045569) 27 (22.533400, 113.998097)
28 (22.561675, 114.109311) 29 (22.403969, 114.210060) 30 (22.708000, 114.327019)
EN, CHINA 16 (22.503744, 114.081123) 17 (22.506146, 114.131410) 18 (22.331059, 114.155374)
19 (22.330496, 114.155571) 20 (22.542417, 113.974904) 21 (22.336968, 114.119389)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
SINGAPORE, 1 2 3
(1.350805, 103.986151) (1.361247, 103.990175) (1.380833, 103.689717)
4 5 6
(1.385530, 103.690995) (1.283629, 103.825562) (1.320698, 103.866246)
7 8 9
(1.314940, 104.003601) (1.235717, 103.685293) (1.365377, 103.795678)
10 (1.396558, 103.794680) 11 (1.327977, 103.868612) 12 (1.322916, 103.890979)
13 (1.323884, 103.889815) 14 (1.322190, 103.893055) 15 (1.292546, 103.839070)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
25 (1.354826, 103.950273) 26 (1.340918, 103.953997) 27 (1.353798, 103.854891)
28 (1.391171, 103.839341) 29 (1.321888, 103.991836) 30 (1.359603, 104.008572)
, SINGAPORE 16 (1.335351, 103.851514) 17 (1.301647, 103.886283) 18 (1.330184, 103.850311)
19 (1.317923, 103.958917) 20 (1.377883, 103.954884) 21 (1.247910, 103.612018)
22 (1.270100, 103.850058) 23 (1.305864, 103.878444) 24 (1.298680, 103.882158)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
TIANJIN 1 2 3
(39.125702, 117.354597) (39.125702, 117.354597) (39.260593, 117.173999)
4 5 6
(39.258361, 117.162656) (39.103024, 117.300064) (39.062118, 117.227959)
7 8 9
(39.050923, 117.184918) (39.106583, 117.080424) (39.011244, 117.132105)
10 (38.984462, 117.146660) 11 (39.123833, 117.239724) 12 (38.973792, 117.185299)
13 (39.043384, 117.034763) 14 (39.043384, 117.034763) 15 (39.122601, 117.228070)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
22 (38.979907, 117.768548) 23 (39.021037, 117.172081) 24 (39.025721, 117.166377)
25 (38.978262, 117.147234) 26 (39.114045, 117.262640) 27 (39.865657, 116.376141)
28 (39.130545, 117.217377) 29 (39.106525, 117.067082) 30 (39.265469, 117.400584)
N, CHINA 16 (39.122601, 117.228070) 17 (39.073316, 117.169393) 18 (39.070446, 117.171335)
19 (39.110896, 117.170918) 20 (39.111110, 117.198847) 21 (38.979907, 117.768548)
1
2
3
4
5
11
12
13
14
15
21
22
23
24
25
YOKOHAM 1 2 3
(35.550351, 139.786708) (35.556734, 139.771555) (35.439492, 139.651897)
4 5 6
(35.426466, 139.631670) (35.520596, 139.588997) (35.545086, 139.518734)
7 8 9
(35.431068, 139.500610) (35.410585, 139.669516) (35.427123, 139.498120)
10 (35.408701, 139.475853) 11 (35.519747, 139.593280) 12 (35.450158, 139.569696)
13 (35.424828, 139.498946) 14 (35.479557, 139.737225) 15 (35.519588, 139.595864)
6
7
8
9
10
16
17
18
19
20
26
27
28
29
30
MA, JAPAN 16 (35.388072, 139.645685) 17 (35.438561, 139.651173) 18 (35.457953, 139.597362)
19 (35.432850, 139.535622) 20 (35.392306, 139.437258) 21 (35.437258, 139.679046)
22 (35.438850, 139.683599) 23 (35.509855, 139.606364) 24 (35.438903, 139.653468)
25 (35.512285, 139.648270) 26 (35.392273, 139.557738) 27 (35.484289, 139.643351)
28 (35.481518, 139.637125) 29 (35.476608, 139.639782) 30 (35.489490, 139.727055)
BY CITY
33.531234, 44.265344
A B C
BAGHDAD, IRAQ “TRESPASS” (33.531234,44.265344)
BAGHDAD
33.229543, 44.111162
A B C
BAGHDAD, IRAQ “GRAZE” (33.531234,44.265344)
BY CITY
13.579210, 100.382334
A B C
BANGKOK, THAILAND “LIVE” (13.579210, 100.382334)
BANGKOK
13.673663, 100.479765
A B C
BANGKOK, THAILAND “TRESPASS” (13.673553, 100.479765)
BY CITY
52.475099, 13.365710
A B C
BERLIN, GERMANY “RIDE” (52.475099, 13.365710)
BERLIN
52.575642, 13.544973
A B C
BERLIN, GERMANY “TRESPASS” (52.575642, 13.544973)
BY CITY
35.266653, 129.224310
A B C
BUSAN, SOUTH KOREA “TRESPASS” (35.266653, 129.224310)
BUSAN
35.142948, 128.941739
A B C
BUSAN, SOUTH KOREA “LIVE” (35.142948, 128.941739)
BY CITY
-34.013715, 18.453738
A B C
CAPE TOWN, SOUTH AFRICA “DRIVE” (-34.013715, 18.453738)
CAPE TOWN
-33.974481, 18.600637
A B C
CAPE TOWN, SOUTH AFRICA “FLY” (-33.974481, 18.600637)
BY CITY
40.882068, 29.392172
A B C
ISTANBUL, TURKEY “TRESPASS” (40.882068, 29.392172)
ISTANBUL
40.958279, 29.407575
A B C
ISTANBUL, TURKEY “PARK” (40.958279, 29.407575)
BY CITY
51.515801, 0.087902
A B C
LONDON, ENGLAND “TRESPASS” (51.515801, 0.087902)
LONDON
51.519751, 0.070811
A B C
LONDON, ENGLAND “TRESPASS” (51.519751, 0.070811)
BY CITY
51.515801, 0.087902
A B C
LOS ANGELES, UNITED STATES “FLY” (33.935431, -118.412493)
LOS ANGELES
51.519751, 0.070811
A B C
LOS ANGELES, UNITED STATES “WORK” (33.935431, -118.412493)
BY CITY
40.373662, -3.597452
A B C
MADRID, SPAIN “DRIVE” (40.373662, -3.597452)
MADRID
40.360164, -3.565356
A B C
MADRID, SPAIN “DRIVE” (40.360164, -3.565356)
BY CITY
19.371094, -99.090910
A B C
MEXICO CITY, MEXICO “TRESPASS” (19.371094, -99.090910)
MEXICO CITY
19.423331, -99.043442
A B C
MEXICO CITY, MEXICO “LIVE” (19.423331, -99.043442)
BY CITY
19.032792, 72.883727
A B C
MUMBAI, INDIA “TRESPASS” (19.032792, 72.883727)
MUMBAI
19.049800, 72.899017
A B C
MUMBAI, INDIA “PLAY” (19.049800, 72.899017)
BY CITY
-1.371423, 36.962345
A B C
NAIROBI, KENYA “TRESPASS” (-1.371423, 36.962345)
NAIROBI
-1.306641, 36.907727
A B C
NAIROBI, KENYA “WANDER” (-1.306641, 36.907727)
BY CITY
40.631155, -73.825230
A B C
NEW YORK CITY, UNITED STATES “TRESPASS” (40.631155, -73.825230)
NEW YORK CITY
40.656882, -73.793812
A B C
NEW YORK CITY, UNITED STATES “PARK” (40.656882, -73.793812)
BY CITY
38.988012, 125.845031
A B C
PYONGYANG, NORTH KOREA “TRESPASS” (38.988012, 125.845031)
PYONGYANG
38.968636, 125.700065
A B C
PYONGYANG, NORTH KOREA “LIVE” (38.968636, 125.700065)
BY CITY
59.652958, 30.340873
A B C
SAINT PETERSBURG, RUSSIA “TRESPASS” (59.652958, 30.340873)
SAINT PETERSBURG
59.909691, 30.631083
A B C
SAINT PETERSBURG, RUSSIA “GRAZE” (59.909691, 30.631083)
BY CITY
-23.535836, -46.616535
A B C
SAO PAULO, BRAZIL “WANDER” (-23.535836, -46.616535)
SAO PAULO
-23.553222, -46.625995
A B C
SAO PAULO, BRAZIL “DRIVE” (-23.553222, -46.625995)
BY CITY
1.354826, 103.950273
A B C
SINGAPORE, SINGAPORE “LIVE” (1.354826, 103.950273)
SINGAPORE
1.340918, 103.953997
A B C
SINGAPORE, SINGAPORE “LIVE” (1.340918, 103.953997)
BY CITY
22.296582, 114.247737
A B C
SHENZHEN, CHINA “DIE” (22.296582, 114.247737)
SHENZHEN
22.706493, 114.321854
A B C
SHENZHEN, CHINA “PARK” (22.706493, 114.321854)
BY CITY
33.531234, 44.265344
A B C
TIANJIN, CHINA “WANDER” (33.531234, 44.265344)
TIANJIN
33.229543, 44.111162
A B C
TIANJIN, CHINA “LIVE” (33.229543, 44.111162)
BY CITY
35.476608, 139.639782
A B C
YOKOHAMA, JAPAN “TRESPASS” (35.476608, 139.639782)
YOKOHAMA
35.408701, 139.475853
A B C
YOKOHAMA, JAPAN “GRAZE” (35.408701, 139.475853)