Fig 1.
Group observables.
Table 1.
Observable dependence on purpose for dyads.
Lengths in millimetres, times in seconds.
Fig 2.
Pdf of the V observable according to purpose.
Blue, centre of bin identified by circles: leisure oriented dyads. Red and squares: work oriented dyads. All pdfs in this work are shown after having been smoothed with a moving average filter.
Fig 3.
Pdf of the r observable according to purpose.
Blue and circles: leisure oriented dyads. Red and squares: work oriented dyads.
Fig 4.
Pdf of the x observable according to purpose.
Blue and circles: leisure oriented dyads. Red and squares: work oriented dyads.
Fig 5.
Pdf of the y observable according to purpose.
Blue and circles: leisure oriented dyads. Red and squares: work oriented dyads.
Table 2.
Observable dependence on relation for dyads.
Lengths in millimetres, times in seconds.
Fig 6.
Pdf of the V observable according to relation.
Blue squares: colleague dyads. Red circles: couples. Orange triangles: family dyads. Green stars: friend dyads.
Fig 7.
Pdf of the r observable according to relation.
Blue squares: colleague dyads. Red circles: couples. Orange triangles: family dyads. Green stars: friend dyads.
Fig 8.
Pdf of the x observable according to relation.
Blue squares: colleague dyads. Red circles: couples. Orange triangles: family dyads. Green stars: friend dyads.
Fig 9.
Pdf of the y observable according to relation.
Blue squares: colleague dyads. Red circles: couples. Orange triangles: family dyads. Green stars: friend dyads.
Table 3.
Observable dependence on gender for dyads.
Lengths in millimetres, times in seconds.
Fig 10.
Pdf of the V observable in dyads according to gender.
Red circles: two females. Orange triangles: mixed gender. Blue squares: two males.
Fig 11.
Pdf of the r observable in dyads according to gender.
Red circles: two females. Orange triangles: mixed gender. Blue squares: two males.
Fig 12.
Pdf of the x observable in dyads according to gender.
Red circles: two females. Orange triangles: mixed gender. Blue squares: two males.
Fig 13.
Pdf of the y observable in dyads according to gender.
Red circles: two females. Orange triangles: mixed gender. Blue squares: two males.
Table 4.
Observable dependence on minimum age for dyads.
Lengths in millimetres, times in seconds.
Fig 14.
Probability distribution function for V according to minimum age.
Green circles: 0-9 years range. Red diamonds: 10-19 years range. Orange squares: 30-39 years range. Blue triangles: 50-59 years range. Black stars: over 70 years range.
Fig 15.
Probability distribution function for r according to minimum age.
Green circles: 0-9 years range. Red diamonds: 10-19 years range. Orange squares: 30-39 years range. Blue triangles: 50-59 years range. Black stars: over 70 years range.
Fig 16.
Probability distribution function for x according to minimum age.
Green circles: 0-9 years range. Red diamonds: 10-19 years range. Orange squares: 30-39 years range. Blue triangles: 50-59 years range. Black stars: over 70 years range.
Fig 17.
Probability distribution function for y according to minimum age.
Green circles: 0-9 years range. Red diamonds: 10-19 years range. Orange squares: 30-39 years range. Blue triangles: 50-59 years range. Black stars: over 70 years range.
Table 5.
Observable dependence on minimum height for dyads.
Lengths in millimetres, times in seconds.
Fig 18.
Probability distribution function for V according to minimum height.
Green circles: 0-140 cm range. Red diamonds: 140-150 cm range. Orange squares: 150-160 cm range. Blue triangles: 160-170 cm range. Black stars: 170-180 cm range.
Fig 19.
Probability distribution function for r according to minimum height.
Green circles: 0-140 cm range. Red diamonds: 140-150 cm range. Orange squares: 150-160 cm range. Blue triangles: 160-170 cm range. Black stars: 170-180 cm range.
Fig 20.
Probability distribution function for x according to minimum height.
Green circles: 0-140 cm range. Red diamonds: 140-150 cm range. Orange squares: 150-160 cm range. Blue triangles: 160-170 cm range. Black stars: 170-180 cm range.
Fig 21.
Probability distribution function for y according to minimum height.
Green circles: 0-140 cm range. Red diamonds: 140-150 cm range. Orange squares: 150-160 cm range. Blue triangles: 160-170 cm range. Black stars: 170-180 cm range.
Table 6.
Qualitative summary of our results.