concept two description
starting from data about swimming and manipulating the information by a statistical program to create a sinus graffic which later on is converted to design layout
data
1. Knabe Morgan
2. Brekke Trevor
3. Blais Guillaume
4. Boulianne Michel
5. Fillion Guillaume
6. Dickens Scott
7. Huang Matthew
8. Thomsen Chad
9. Thiessen Chad
10. Margulis Roman
11. Brown Mike
12. Barnes Warren
13. Allard David
14. Wood Matt
15. Meredith Ian
16. Monaco Marco
17. Dalpe Benoit
18. Paradis-Rioux Kevin
19. Bois Mathieu
20. Delaney Clayton
21. Trubiano Anthony
22. Boulanger Alexandre
28.45
28.84
28.88
28.89
28.92
29.09
29.10
29.15
29.24
29.39
29.48
29.55
29.85
29.86
29.94
29.95
30.05
30.11
30.23
30.33
30.39
30.69
1. Knabe Morgan
2. Boulianne Michel
3. Huang Matthew
4. Dickens Scott
5. Mains Matthew
6. Brekke Trevor
7. Monaco Marco
8. Barnes Warren
9. Brown Mike
10. Thiessen Chad
11. Fillion Guillaume
12. Bois Mathieu
13. Margulis Roman
14. Delaney Clayton
15. Arzaga Mark W
16. Paradis-Rioux Kevin
17. Kafka Adam
18. Blais Guillaume
19. Meredith Ian
20. Chan Eric
21. Dalpe Benoit
22. Wood Matt
23. Trubiano Anthony
24. Champagne Andre
25. Sorrenti Kyle
26. Boulanger Alexandre
1:01.16
1:02.06
1:02.64
1:02.88
1:02.91
1:03.05
1:03.39
1:03.70
1:03.74
1:03.77
1:03.89
1:04.30
1:04.70
1:05.58
1:05.60
1:05.65
1:05.72
1:05.83
1:05.84
1:05.96
1:06.06
1:06.19
1:06.49
1:06.64
1:06.90
1:06.94
28.84
29.12
29.49
30.20
30.16
29.96
30.20
30.10
30.27
30.12
30.02
30.40
30.10
30.79
30.35
30.56
31.13
30.86
30.99
30.99
30.98
30.92
31.02
31.60
31.93
31.58
32.32
32.94
33.15
32.68
32.75
33.09
33.19
33.60
33.47
33.65
33.87
33.90
34.60
34.79
35.25
35.09
34.59
34.97
34.85
34.97
35.08
35.27
35.47
35.04
34.97
35.36
1. Boulianne Michel
2. Dickens Scott
3. Knabe Morgan
4. Mains Matthew
5. Huang Matthew
6. Thomsen Chad
7. Brown Mike
8. Monaco Marco
10. Barnes Warren
11. Paradis-Rioux Kevin
12. Boulanger Alexandre
2:14.07
2:14.09
2:14.15
2:14.81
2:15.25
2:16.44
2:16.54
2:17.03
2:19.08
2:20.05
2:21.29
30.43
31.04
30.72
32.23
31.45
31.05
32.01
31.11
31.76
31.33
31.87
34.11
35.08
34.74
34.32
35.04
34.07
35.08
33.72
35.27
34.88
35.70
34.91
33.84
34.27
34.26
33.40
35.30
34.30
34.82
35.19
35.97
36.74
34.62
34.13
34.42
34.00
35.36
36.02
35.15
37.38
36.86
37.87
36.98
from those swimming data i extrapolated an equation that gived me this graphic:
and if you look at it from closer:
each line of the graphic represent the swim of one person above. they are also all of different heights and are shifted by there position.
taking this graphic i start informing a shape to my building, creating a 3D version of this graphic.
this shape becoming the landscape of my public space under which the building will develop. the building shall be place on the site of the st.helen island and would be half of it on the ground and half of it on water.
plan of incorporation concept 2