col. #:  (1) (2) (3) (4)  (5)  (6)  (7) (8)  (9)  (10) (11) (12)  (13)  (14)  (15)  (16) (17) (18)  (19) (20) (21) (22) (23) (24)  (25) (26) (27)  (28) (29) (30) (31) (32) (33) (34)
param:   ID  PER  q  q_l  q_r  V-I  T1  r1  r1_l  r1_r  r2  r2_l  r2_r  Trat  Tr_l  Tr_r  T2  T2_l  T2_r   i  i_l  i_r   P1  P1_l  P1_r  P2  P2_l  P2_r  F   F_l  F_r   ER   S   chi2

description:
  Number 1 is related to star which is eclipsed at primary minimum. In general it is a hotter one, but in rare cases it may happen otherwise. User of this data must have to be aware that to assure consistencyapprioprate parameters have to be swaped or adjusted.
  For all modelled parameters (excluding mass ratio, for which only a dozen values were tested) ranges for 90% confidence level are given. For mass ratio it is a range for 68% confidence level, but because pf sparse grid 10% average error should be assumed for boundaries.
parameters:
 ID  - ASAS identification
 PER - period
 q   - mass ratio (note it was evaluated on sparse grid - average induced error is 10%)
 q_l - left boundary for 'q' (68% confidence level, on grid, maximum induced error is 20%, ie. if q=q_l, for safety q_l should be divided by 1.2)
 q_r - right boundary for 'q' (similarly, but if q=q_r, q_r should be multiplied by 1.2)
 V-I - ASAS V-I color index
 T1  - temperature (based in V-I color index) of star 1
 r1  - polar radius of star 1 relative to Roche lobe polar radius
r1_l - left boundary of 'r1', for 90% confidence level
r1_r - right boundary of 'r1', for 90% confidence level
 r2  - polar radius of star 2 relative to Roche lobe polar radius
r2_l - left boundary of 'r2', 90% c. l.
r2_r - right boundary of 'r2', 90% c. l.
Trat - temperature ratio
Tr_l - left boundary of 'Trat', 90% c. l.
Tr_r - right boundary of 'Trat', 90% c. l.
 T_2 - temperature of star 2
T2_l - left boundary of 'T2', 90% c. l.
T2_r - right boundary of 'T2', 90% c. l.
 i   - inclination
i_l  - left boundary for 'i', 90% c. l.
i_r  - right boundary for 'i', 90% c. l.
 P1  - surface potential for star 1
P1_l - left boundary for 'P1', 90% c. l.
P1_r - right boundary for 'P1', 90% c. l.
 P2  - surface potential for star 2
P2_l - left boundary for 'P2', 90% c. l.
P2_r - right boundary for 'P2', 90% c. l.
 F   - filling factor 
 F_l - left boundary for 'F', 90% c. l.
 F_r - right boundary for 'F', 90% c. l.
 ER  - eclipse rate, percentage of smaller star diameter which is eclipsed by larger companion, 0 means lack of eclipse, 100 means total eclipse
 S   - S statistics as defined in related publication
chi2 - reduced Chi^2 for this model