E S T O N I A N   T O U R N A M E N T   B R I D G E   L E A G U E
4 6 T H   T A L L I N N   B R I D G E   F E S T I V A L   2 0 1 3
I N V I T A T I O N A L   P A I R S   -   B U T L E R   T O U R N A M E N T
G E N E R A T E D   :   2 3 . 0 5 . 2 0 1 3   2 2 : 1 8 : 0 6
PROTOCOLS PRODUCED BY VAMBOLA KASE - BRIDGE CALCULATION PROGRAM
B O A R D   N R .   9 9 AQT974           N S B O A R D   N R .   1 0
P-NS NS R-NS CNT P TR L R-EW EW P-EW D: N A6   4 4 P-NS NS R-NS CNT P TR L R-EW EW P-EW
+90 19 420 4H S = CT -420 13 -90 E-W A863   5 5 -8 19 -630 3NT E +1 D6 630 13 +8
-74 2 -100 4S N -2 DT 100 28 +74   J   10 10 +5 2 -600 3NT E = S6 600 28 -5
-5 3 110 2S N = D7 -110 1 +5 K865 2 9 9 +123 3 -210 1NT E +4 D4 210 1 -123
+90 15 420 4H S = CT -420 10 -90 K2 J4 Nt 7 7 +5 15 -600 3NT E = S2 600 10 -5
-54 25 -50 5S N -1 CA 50 6 +54 KJ QT954   E W -22 25 -660 3NT E +2 D6 660 6 +22
-74 14 -100 5S N -2 D4 100 8 +74 T9872 A6543 9 9 -22 14 -660 3NT E +2 D4 660 8 +22
+90 27 420 4H S = CT -420 22 -90   J3   6 7 -22 27 -660 3NT E +2 D6 660 22 +22
-54 5 -50 4S N -1 D9 50 18 +54 NS.OPT QT98753   2 3 +5 5 -600 3NT E = S6 600 18 -5
+5 16 140 2S N +1 DT -140 26 -5 +420 72   4 4 +5 16 -600 3NT E = S4 600 26 -5
-54 11 -50 4S N -1 D9 50 24 +54         KQ         Nt 6 6 -8 11 -630 3NT E +1 D6 630 24 +8
+19 17 170 3S N +1 C6 -170 23 -19 10 AJ54           N S +5 17 -600 3NT E = D6 600 23 -5
+5 9 140 3S N = CA -140 20 -5 D: E KT73   2 2 -22 9 -660 3NT E +2 D3 660 20 +22
+90 12 420 4H S = CT -420 4 -90 ALL 95   4 4 -22 12 -660 3NT E +2 D6 660 4 +22
-74 7 -100 4S N -2 D5 100 21 +74   J94   3 3 -22 7 -660 3NT E +2 D6 660 21 +22
                    QT7 K93 3 3                    
AQ965 82 Nt 3 3
A8 KT32   E W
Q82 AKT7 10 11
  862   8 9
NS.OPT J4   10 10
-630 QJ764   9 10
        653         Nt 10 10
B O A R D   N R .   1 1 11 AT976           N S B O A R D   N R .   1 2
P-NS NS R-NS CNT P TR L R-EW EW P-EW D: S 752   10 10 P-NS NS R-NS CNT P TR L R-EW EW P-EW
+15 19 450 4H S +1 S3 -450 13 -15 --- KQT   9 9 +60 19 200 3S E -4 HK -200 13 -60
+15 2 450 4H S +1 S3 -450 28 -15   K6   11 11 +4 2 50 1NT W -1 SK -50 28 -4
+15 3 460 3NT N +2 D7 -460 1 -15 KJ853 Q2 8 8 +27 3 110 2H N = H4 -110 1 -27
+15 15 450 4H S +1 DJ -450 10 -15 983 64 Nt 10 10 +27 15 110 3D S = HQ -110 10 -27
+15 25 460 3NT N +2 D2 -460 6 -15 J6 98743   E W -45 25 -100 2S S -1 D2 100 6 +45
-12 14 400 3NT N = H4 -400 8 +12 842 AQ75 3 3 -77 14 -200 2Dx S -1 HA 200 8 +77
+15 27 450 4H S +1 C4 -450 22 -15   4   4 4 +20 27 90 1NT S = S2 -90 22 -20
+15 5 450 4H S +1 DJ -450 18 -15 NS.OPT AKQJT   2 2 +34 5 120 1NT S +1 D4 -120 18 -34
+15 16 450 4H S +1 DJ -450 26 -15 +450 A52   4 4 +20 16 90 2D S = D3 -90 26 -20
-141 11 -50 6H S -1 C2 50 24 +141         JT93         Nt 3 3 +24 11 100 2D W -2 SK -100 24 -24
+15 17 450 4H S +1 DJ -450 23 -15 12 KQJ4           N S +24 17 100 1Dx W -1 DT -100 23 -24
+15 9 460 3NT N +2 D9 -460 20 -15 D: W T963   7 7 -77 9 -200 3C N -2 H3 200 20 +77
+15 12 450 4H S +1 DJ -450 4 -15 N-S T   7 7 -45 12 -100 2S S -1 S2 100 4 +45
-12 7 400 3NT N = D8 -400 21 +12   AQ76   6 6 +4 7 50 1NT W -1 SK -50 21 -4
                    A972 53 7 7                    
AQJ 7542 Nt 7 7
742 AJ83   E W
K83 T42 5 6
  T86   6 6
NS.OPT K8   7 7
+90 KQ965   5 5
        J95         Nt 6 6