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
I N T E R N A T I O N A L   B R I D G E   F E S T I V A L   " V I R U   B R I D G E   2 0 1 4 "
P A I R S   T O U R N A M E N T   -   S W I S S   I M P
G E N E R A T E D   :   3 0 . 0 7 . 2 0 1 4   1 9 : 1 1 : 3 2
PROTOCOLS PRODUCED BY VAMBOLA KASE - BRIDGE CALCULATION PROGRAM
B O A R D   N R .   1 1 743           N S B O A R D   N R .   2
P-NS NS R-NS CNT P TR L R-EW EW P-EW D: N K752   9 9 P-NS NS R-NS CNT P TR L R-EW EW P-EW
+5 1 50 3S W -1 H2 -50 2 -5 --- 87   3 3 +7 1 -130 3C E +1 S2 130 2 -7
-1 3 -150 4D E +1 HA 150 4 +1   AJ94   9 9 +11 3 100 4H E -2 C6 -100 4 -11
-1 5 -150 4D E +1 HJ 150 6 +1 KQT5 J92 4 4 0 5 -430 3NT E +1 S2 430 6 0
-7 7 -400 5D E = DJ 400 8 +7 4 Q63 Nt 7 7 0 7 -430 3NT W +1 S3 430 8 0
+5 9 50 5D E -1 SA -50 10 -5 QT64 AK9532   E W 0 9 -430 3NT W +1 S10 430 10 0
-1 11 -150 4D E +1 DJ 150 12 +1 Q762 K 4 4 0 11 -430 3NT E +1 C2 430 12 0
+5 13 50 1NT E -1 H9 -50 14 -5   A86   10 10 -1 13 -460 3NT E +2 D2 460 14 +1
0 15 -130 4D E = C8 130 16 0 NS.OPT AJT98   4 4 0 15 -430 3NT W +1 S10 430 16 0
+1 17 -110 2S W = H5 110 18 -1 -100 J   8 8 0 17 -430 3NT E +1 D6 430 18 0
+1 19 -100 4H S -2 D8 100 20 -1         T853         Nt 6 6 -6 19 -650 3NTx E +1 S2 650 20 +6
0 21 -130 4D E = HA 130 22 0 2 KT965           N S 0 21 -430 3NT E +1 C2 430 22 0
0 23 -130 4D E = SA 130 24 0 D: E 642   2 2 +11 23 100 6NT W -2 S6 -100 24 -11
0 25 -130 3D E +1 C3 130 26 0 N-S T873   4 4 0 25 -430 3NT W +1 S6 430 26 0
-5 27 -300 4Hx S -2 SK 300 28 +5   9   4 4 +7 27 -140 3H E = S2 140 28 -7
-1 29 -150 4D E +1 HA 150 30 +1 A73 J8 7 7 0 29 -430 3NT W +1 C2 430 30 0
0 31 -130 4D E = HA 130 32 0 QT753 A9 Nt 3 3 -1 31 -460 3NT E +2 C2 460 32 +1
-1 33 -170 3S W +1 S3 170 34 +1 KQ9 AJ4   E W 0 33 -430 3NT W +1 S6 430 34 0
+6 35 100 4Sx E -1 D2 -100 36 -6 T4 KQJ873 10 10 -3 35 #### X4040       #### 36 -3
+6 37 100 5Dx E -1 HA -100 38 -6   Q42   8 8 +11 37 100 4H W -2 C9 -100 38 -11
-9 39 -550 5Dx E = HA 550 40 +9 NS.OPT KJ8   8 8 0 39 -430 3NT E +1 C5 430 40 0
-1 41 -150 4D E +1 HA 150 42 +1 -400 652   6 6 -1 41 -460 3NT E +2 HK 460 42 +1
-7 43 -420 4S W = S4 420 44 +7         A652         Nt 9 9 0 43 -430 3NT W +1 S5 430 44 0
+1 45 -100 4H S -2 D4 100 46 -1 +10 45 50 5C E -1 S2 -50 46 -10
+7 47 140 3H S = D6 -140 48 -7 +6 47 -170 2H W +2 C9 170 48 -6
-1 49 -170 3S W +1 D8 170 50 +1 -1 49 -460 3NT E +2 C2 460 50 +1
0 51 -140 3S W = D8 140 52 0 0 51 -430 3NT E +1 S2 430 52 0
B O A R D   N R .   3 3 K74           N S B O A R D   N R .   3
P-NS NS R-NS CNT P TR L R-EW EW P-EW D: S KT842   6 6 P-NS NS R-NS CNT P TR L R-EW EW P-EW
+7 1 400 3NT N = S2 -400 2 -7 E-W J   10 10 +2 1 200 1D E -2 D9 -200 2 -2
-1 3 110 3D S = S3 -110 4 +1   J843   6 6 0 3 150 2NT S +1 D2 -150 4 0
0 5 130 3D S +1 S3 -130 6 0 J53 Q982 6 6 +2 5 200 2S W -2 DK -200 6 -2
0 7 130 2D S +2 S3 -130 8 0 AQ97 J65 Nt 5 5 -1 7 120 1NT S +1 S3 -120 8 +1
0 9 130 3D S +1 S5 -130 10 0 AT2 85   E W +4 9 300 1NT E -3 H7 -300 10 -4
-1 11 110 3D S = S2 -110 12 +1 A76 Q952 7 7 -6 11 -70 1D E = D3 70 12 +6
+5 13 300 3S W -3 H3 -300 14 -5   AT6   3 3 -6 13 -90 1NT E = C6 90 14 +6
-1 15 110 3D N = S5 -110 16 +1 NS.OPT 3   7 7 -6 15 -100 2NT S -1 S5 100 16 +6
0 17 130 3D S +1 S3 -130 18 0 +130 KQ97643   6 6 -1 17 120 1NT S +1 S5 -120 18 +1
-6 19 -100 3NT N -2 HJ 100 20 +6         KT         Nt 5 5 +8 19 500 1NTx E -2 HK -500 20 -8
-10 21 -300 4Dx S -2 C6 300 22 +10 4 Q7           N S -2 21 100 2S W -1 DA -100 22 +2
0 23 130 3D S +1 S3 -130 24 0 D: W QT65   9 9 -1 23 110 2C S +1 H8 -110 24 +1
0 25 130 3D S +1 S3 -130 26 0 ALL AKT4   8 8 +1 25 180 1NT S +3 S5 -180 26 -1
0 27 130 3D S +1 CA -130 28 0   T72   9 9 +1 27 180 2NT N +2 DQ -180 28 -1
0 29 130 2D S +2 HA -130 30 0 A8652 J43 6 6 0 29 150 1NT S +2 H8 -150 30 0
0 31 130 3D S +1 D2 -130 32 0 82 A943 Nt 8 8 +2 31 200 2S W -2 H5 -200 32 -2
0 33 130 3D N +1 D2 -130 34 0 J652 Q8   E W +1 33 180 2NT N +2 H4 -180 34 -1
-12 35 -500 3NTx S -3 H7 500 36 +12 84 AQ53 4 3 0 35 140 3H N = SJ -140 36 0
0 37 130 2D N +2 S3 -130 38 0   KT9   4 4 +1 37 180 1NT S +3 S5 -180 38 -1
0 39 130 3D S +1 S2 -130 40 0 NS.OPT KJ7   3 3 -2 39 90 1NT S = S5 -90 40 +2
+5 41 300 2NT W -3 DJ -300 42 -5 +140 973   6 6 +8 41 500 2Sx W -2 DA -500 42 -8
0 43 130 3D S +1 S3 -130 44 0         KJ96         Nt 4 4 -1 43 120 2NT S = S4 -120 44 +1
0 45 130 3D S +1 S5 -130 46 0 +1 45 180 1NT N +3 D8 -180 46 -1
+2 47 180 2NT S +2 S3 -180 48 -2 -1 47 120 2NT S = S2 -120 48 +1
0 49 130 4D S = SJ -130 50 0 -1 49 110 2H N = SJ -110 50 +1
+7 51 400 3NT N = D8 -400 52 -7 +2 51 200 3S W -2 C2 -200 52 -2