bridgetornooi analyse

Vul het paar of gift nummer in waarvoor een analyse gewenst is en druk daarna op "toon resultaten per paar" of "toon resultaten per gift"

Minimum schermresolutie voor duidelijke lezing: 1024x768 pixels
Paar of gift nr ==pixels==

<?xml version= "1.0"?>
ù
ù<DOCUMENT>
ù<UITSLAG>
ùPieterman *** ClubTornooi *** 4 giften per ronde *** 05/06/2025
ùTop: 14 paren: 16 giften: 28
ù gedrukt op: 05/06/2025
ù paar naam ptn % CP #gft ronde1 ronde2 ronde3 ronde4 ronde5 ronde6 ronde7 
ùResultaten NZ paren
ù 1( 6)DAEMS RUDY-WOUTERS JEF 207,4 52,92 32 28 33 F 31 F 30 F 38 F 33 F 29 F 13 F 
ù 2( 5)DEMARET ANNIE-VANAUTGAERDEN ALFRED 204,0 52,04 24 28 42 E 44 E 29 E 19 E 28 E 23 E 19 E 
ù 3( 4)MAES JOHAN-MORIA RENE 204,0 52,04 1 28 38 D 10 D 39 D 34 D 38 D 28 D 17 D 
ù 4( 2)WALDER DANY-HAEKENDOVER ROSA 200,6 51,17 1 28 31 B 33 B 33 B 31 B 25 B 26 B 22 B 
ù 5( 1)NIJSTEN MARC-OOMS MARC 193,7 49,42 1 28 46 A 25 A 20 A 23 A 30 A 26 A 23 A 
ù 6( 7)ALMAND PHIL-DALTON CHRIS 183,4 46,79 1 28 26 G 20 G 29 G 41 G 31 G 35 G 2 G 
ù 7( 3)VAN DONGEN MARIOLA-INDESTEEGE JOSKE 178,9 45,63 1 28 30 C 22 C 35 C 28 C 27 C 20 C 17 C 
ù 8( 8)- 0,0 0,00 1 0 
ù_________________________________________________________
ùResultaten OW paren
ù 1( 36)MATTELAER ROOS-VANDEGINSTE VERA 186,3 55,44 32 24 23 f 36 g 36 a 25 b 29 c 37 e 
ù 2( 33)KERKHOFS Hilde-VAN NIEUWENHOVE Stan 178,3 53,06 24 24 26 c 46 d 18 f 25 g 30 a 34 b 
ù 3( 38)DELANG Marc-WALDER FERNAND 178,3 53,06 1 24 34 c 27 e 15 g 31 b 28 d 43 f 
ù 4( 35)GUNS RENE-SMITS RUDI 173,7 51,70 1 24 14 e 25 f 27 g 33 a 36 c 39 d 
ù 5( 37)Van Gheluwe Siska-MANET DANIELLE 163,4 48,64 1 24 30 g 31 a 23 b 28 c 18 d 33 e 
ù 6( 31)MALLEGO YVETTE-NYSEN HELEN 185,7 47,38 1 28 10 a 23 b 21 c 22 d 28 e 27 f 54 g 
ù 7( 32)GYSELEN LUC-GIELIS Rita 155,4 46,26 1 24 25 b 17 d 37 e 23 f 21 g 33 a 
ù 8( 34)OYEN ERIC-NOUWKENS JAN 150,9 44,90 1 24 18 d 12 e 26 f 26 a 30 b 39 c 
ù_________________________________________________________
ùgemiddelde per ronde: 28
ùgemaakt met messerbridge versie 7.0.3.4.
ùZZZ
ù</UITSLAG>
ù<RESULTS>
ù<R>16 0 7 4 0 14</R>
ù<R> 1 50 11,57 2,43 1 2 W4H-1uk2</R>
ù<R> 1 -400 4,71 9,29 3 6 O3N=ur3</R>
ù<R> 1 -420 1,29 12,71 5 10 W4H=urA</R>
ù<R> 1 50 11,57 2,43 7 14 W4H-1urA</R>
ù<R> 1 -140 7 7 9 4 W3H=us5</R>
ù<R> 1 50 11,57 2,43 11 8 O3N-1ur9</R>
ù<R> 1 -420 1,29 12,71 13 12 W4H=urA</R>
ù<R> 1 -1 0 0 15 16 </R>
ù<R> 2 650 10,43 3,57 1 2 Z4H+1ur6</R>
ù<R> 2 620 3,57 10,43 3 6 Z4H=usV</R>
ù<R> 2 650 10,43 3,57 5 10 Z4H+1usV</R>
ù<R> 2 -100 0,14 13,86 7 14 N3N-1ur8</R>
ù<R> 2 620 3,57 10,43 9 4 Z4H=usV</R>
ù<R> 2 650 10,43 3,57 11 8 Z4H+1usV</R>
ù<R> 2 650 10,43 3,57 13 12 Z4H+1usV</R>
ù<R> 2 -1 0 0 15 16 </R>
ù<R> 3 420 11,57 2,43 1 2 N4S=uh2</R>
ù<R> 3 140 9,29 4,71 3 6 N1S+2uh7</R>
ù<R> 3 -50 3,57 10,43 5 10 N4S-1ur5</R>
ù<R> 3 450 13,86 0,14 7 14 N4S+1uh8</R>
ù<R> 3 -50 3,57 10,43 9 4 N4S-1uk5</R>
ù<R> 3 -50 3,57 10,43 11 8 N3S-1ur7</R>
ù<R> 3 -50 3,57 10,43 13 12 N3N-1uh2</R>
ù<R> 3 -1 0 0 15 16 </R>
ù<R> 4 300 12,71 1,29 1 2 W1N-3uh7</R>
ù<R> 4 200 4,71 9,29 3 6 W1N-2uhV</R>
ù<R> 4 200 4,71 9,29 5 10 W1N-2uh7</R>
ù<R> 4 300 12,71 1,29 7 14 W1N-3uh7</R>
ù<R> 4 200 4,71 9,29 9 4 W1N-2uh10</R>
ù<R> 4 200 4,71 9,29 11 8 W1N-2uh7</R>
ù<R> 4 200 4,71 9,29 13 12 W1N-2uh7</R>
ù<R> 4 -1 0 0 15 16 </R>
ù<R> 5 -450 8,14 5,86 1 14 O4H+1usA</R>
ù<R> 5 -480 0,14 13,86 3 4 W4H+2ukA</R>
ù<R> 5 -450 8,14 5,86 5 8 O4H+1ur5</R>
ù<R> 5 -450 8,14 5,86 7 16 O4H+1usA</R>
ù<R> 5 -450 8,14 5,86 9 2 O4H+1ur4</R>
ù<R> 5 -450 8,14 5,86 11 6 O5H=usA</R>
ù<R> 5 -450 8,14 5,86 13 10 O4H+1ukA</R>
ù<R> 5 -1 0 0 15 12 </R>
ù<R> 6 -50 11,57 2,43 1 14 N2S-1ur6</R>
ù<R> 6 100 13,86 0,14 3 4 O3H-1uk8</R>
ù<R> 6 -140 3,57 10,43 5 8 O3H=us2</R>
ù<R> 6 -140 3,57 10,43 7 16 O3H=us2</R>
ù<R> 6 -140 3,57 10,43 9 2 O3H=us2</R>
ù<R> 6 -110 9,29 4,71 11 6 O2H=us2</R>
ù<R> 6 -140 3,57 10,43 13 10 O3H=us2</R>
ù<R> 6 -1 0 0 15 12 </R>
ù<R> 7 -200 0,14 13,86 1 14 Z4H-2us6</R>
ù<R> 7 140 12,71 1,29 3 4 N3H=urA</R>
ù<R> 7 -140 4,71 9,29 5 8 O2S+1ukV</R>
ù<R> 7 -140 4,71 9,29 7 16 O2S+1usV</R>
ù<R> 7 -140 4,71 9,29 9 2 O3S=uhA</R>
ù<R> 7 100 9,29 4,71 11 6 O4S-1ukV</R>
ù<R> 7 140 12,71 1,29 13 10 N3H=usA</R>
ù<R> 7 -1 0 0 15 12 </R>
ù<R> 8 -110 4,71 9,29 1 14 O2S=urA</R>
ù<R> 8 -110 4,71 9,29 3 4 O2S=urA</R>
ù<R> 8 -140 0,14 13,86 5 8 O3S=urA</R>
ù<R> 8 0 11,57 2,43 7 16 PAS</R>
ù<R> 8 0 11,57 2,43 9 2 PAS</R>
ù<R> 8 0 11,57 2,43 11 6 PAS</R>
ù<R> 8 -110 4,71 9,29 13 10 O2S=urA</R>
ù<R> 8 -1 0 0 15 12 </R>
ù<R> 9 -50 2,43 11,57 1 12 N2H-1ur9</R>
ù<R> 9 90 7 7 3 2 Z2R=ur2</R>
ù<R> 9 110 10,43 3,57 5 6 N2H=ur9</R>
ù<R> 9 -50 2,43 11,57 7 10 N2H-1ur9</R>
ù<R> 9 140 13,86 0,14 9 14 N2H+1ur9</R>
ù<R> 9 -50 2,43 11,57 11 4 N2H-1ur9</R>
ù<R> 9 110 10,43 3,57 13 16 N2H=ur9</R>
ù<R> 9 -1 0 0 15 8 </R>
ù<R>10 -630 4,71 9,29 1 12 O3N+1ur2</R>
ù<R>10 100 13,86 0,14 3 2 W4H-1uk9</R>
ù<R>10 -660 0,14 13,86 5 6 O3N+2us7</R>
ù<R>10 -630 4,71 9,29 7 10 O3N+1us7</R>
ù<R>10 -630 4,71 9,29 9 14 O3N+1us7</R>
ù<R>10 -600 10,43 3,57 11 4 W3N=ur4</R>
ù<R>10 -600 10,43 3,57 13 16 W3N=ur5</R>
ù<R>10 -1 0 0 15 8 </R>
ù<R>11 460 9,29 4,71 1 12 Z4N+1ur2</R>
ù<R>11 430 1,29 12,71 3 2 Z3N+1uh10</R>
ù<R>11 460 9,29 4,71 5 6 Z3N+2ur2</R>
ù<R>11 460 9,29 4,71 7 10 N3N+2ur8</R>
ù<R>11 430 1,29 12,71 9 14 N3N+1uk2</R>
ù<R>11 460 9,29 4,71 11 4 Z3N+2uh2</R>
ù<R>11 460 9,29 4,71 13 16 N3N+2uk6</R>
ù<R>11 -1 0 0 15 8 </R>
ù<R>12 -450 3,57 10,43 1 12 O4S+1ur9</R>
ù<R>12 -420 10,43 3,57 3 2 O4S=uh4</R>
ù<R>12 -420 10,43 3,57 5 6 O4S=uh7</R>
ù<R>12 -800 0,14 13,86 7 10 N5K!-3usA</R>
ù<R>12 -450 3,57 10,43 9 14 O4S+1uh4</R>
ù<R>12 -420 10,43 3,57 11 4 O4S=uk8</R>
ù<R>12 -420 10,43 3,57 13 16 O4S=uk8</R>
ù<R>12 -1 0 0 15 8 </R>
ù<R>13 650 10,43 3,57 1 10 Z4S+1uh6</R>
ù<R>13 650 10,43 3,57 3 14 Z4S+1ur6</R>
ù<R>13 620 4,71 9,29 5 16 N4S=ur3</R>
ù<R>13 230 2,43 11,57 7 8 Z3S+3ur3</R>
ù<R>13 -100 0,14 13,86 9 12 Z5S-1ur3</R>
ù<R>13 650 10,43 3,57 11 2 Z4S+1ur3</R>
ù<R>13 650 10,43 3,57 13 6 Z4S+1uk6</R>
ù<R>13 -1 0 0 15 4 </R>
ù<R>14 -480 0,14 13,86 1 10 W4S+2ur8</R>
ù<R>14 -450 4,71 9,29 3 14 W4S+1uhA</R>
ù<R>14 -450 4,71 9,29 5 16 W4S+1ukV</R>
ù<R>14 -420 9,29 4,71 7 8 O4S=ukB</R>
ù<R>14 -450 4,71 9,29 9 12 W5S=uhA</R>
ù<R>14 50 13,86 0,14 11 2 W4S-1uhA</R>
ù<R>14 -200 11,57 2,43 13 6 W3S+2uhA</R>
ù<R>14 -1 0 0 15 4 </R>
ù<R>15 -480 0,14 13,86 1 10 O4H+2uh2</R>
ù<R>15 -420 8,14 5,86 3 14 O4H=ur6</R>
ù<R>15 -180 11,57 2,43 5 16 O1N+3ur2</R>
ù<R>15 -140 13,86 0,14 7 8 O2H+1ur2</R>
ù<R>15 -420 8,14 5,86 9 12 O4H=ur2</R>
ù<R>15 -450 3,57 10,43 11 2 O4H+1ur6</R>
ù<R>15 -450 3,57 10,43 13 6 O4H+1ur4</R>
ù<R>15 -1 0 0 15 4 </R>
ù<R>16 120 12,71 1,29 1 10 Z1N+1ur2</R>
ù<R>16 100 9,29 4,71 3 14 W1N-1us7</R>
ù<R>16 -150 1,29 12,71 5 16 N4S-3ukB</R>
ù<R>16 120 12,71 1,29 7 8 Z1N+1ur3</R>
ù<R>16 -50 5,86 8,14 9 12 Z2N-1ur2</R>
ù<R>16 -150 1,29 12,71 11 2 N2S-3ur6</R>
ù<R>16 -50 5,86 8,14 13 6 N2S-1ur4</R>
ù<R>16 -1 0 0 15 4 </R>
ù<R>17 110 7 7 1 8 Z2R+1usA</R>
ù<R>17 150 12,71 1,29 3 12 W2K-3ur5</R>
ù<R>17 150 12,71 1,29 5 2 W2K-3ur4</R>
ù<R>17 -100 0,14 13,86 7 6 N3H-2us4</R>
ù<R>17 100 4,71 9,29 9 10 W2S!-1ur4</R>
ù<R>17 90 2,43 11,57 11 16 N1N=us5</R>
ù<R>17 120 9,29 4,71 13 4 N1N+1uh7</R>
ù<R>17 -1 0 0 15 14 </R>
ù<R>18 2140 13,86 0,14 1 8 Z7R=us2</R>
ù<R>18 1370 3,57 10,43 3 12 Z6R=uk7</R>
ù<R>18 1370 3,57 10,43 5 2 Z6R=uk7</R>
ù<R>18 -100 0,14 13,86 7 6 N7N-1usV</R>
ù<R>18 1430 9,29 4,71 9 10 N6H=usV</R>
ù<R>18 1390 7 7 11 16 Z6R+1us2</R>
ù<R>18 1440 11,57 2,43 13 4 Z6N=us4</R>
ù<R>18 -1 0 0 15 14 </R>
ù<R>19 -690 1,29 12,71 1 8 W3N+3us6</R>
ù<R>19 -660 7 7 3 12 W3N+2us6</R>
ù<R>19 -660 7 7 5 2 O3N+2ur7</R>
ù<R>19 -660 7 7 7 6 O3N+2usB</R>
ù<R>19 -630 13,86 0,14 9 10 O3N+1ur7</R>
ù<R>19 -690 1,29 12,71 11 16 W3N+3ur3</R>
ù<R>19 -650 11,57 2,43 13 4 O4H+1usB</R>
ù<R>19 -1 0 0 15 14 </R>
ù<R>20 130 8,14 5,86 1 8 Z4K=uh6</R>
ù<R>20 130 8,14 5,86 3 12 N3K+1uhA</R>
ù<R>20 150 11,57 2,43 5 2 N3K+2us6</R>
ù<R>20 -100 2,43 11,57 7 6 N3N-1uhA</R>
ù<R>20 300 13,86 0,14 9 10 O3H-3uk2</R>
ù<R>20 -100 2,43 11,57 11 16 N2N-1uhA</R>
ù<R>20 -100 2,43 11,57 13 4 N3N-1uhA</R>
ù<R>20 -1 0 0 15 14 </R>
ù<R>21 140 10,43 3,57 1 6 Z3H=us2</R>
ù<R>21 -90 7 7 3 16 W1N=ur10</R>
ù<R>21 -100 3,57 10,43 5 14 Z3H-1usH</R>
ù<R>21 170 13,86 0,14 7 4 Z2H+2uk4</R>
ù<R>21 140 10,43 3,57 9 8 N2H+1usB</R>
ù<R>21 -100 3,57 10,43 11 12 N3H-1us2</R>
ù<R>21 -200 0,14 13,86 13 2 Z2N-2uk4</R>
ù<R>21 -1 0 0 15 10 </R>
ù<R>22 140 10,43 3,57 1 6 Z2S+1ukA</R>
ù<R>22 110 5,86 8,14 3 16 Z2S=ur10</R>
ù<R>22 200 13,86 0,14 5 14 O2N-2usB</R>
ù<R>22 -50 2,43 11,57 7 4 Z3S-1uh5</R>
ù<R>22 140 10,43 3,57 9 8 Z2S+1ukA</R>
ù<R>22 110 5,86 8,14 11 12 Z1S+1uh5</R>
ù<R>22 -150 0,14 13,86 13 2 Z4S-3uh5</R>
ù<R>22 -1 0 0 15 10 </R>
ù<R>23 -140 3,57 10,43 1 6 O2S+1us4</R>
ù<R>23 -100 7 7 3 16 N1N-1us2</R>
ù<R>23 -140 3,57 10,43 5 14 O2S+1uh4</R>
ù<R>23 120 12,71 1,29 7 4 N1N+1us3</R>
ù<R>23 90 9,29 4,71 9 8 N1N=us3</R>
ù<R>23 120 12,71 1,29 11 12 N1N+1us3</R>
ù<R>23 -300 0,14 13,86 13 2 N1N-3us3</R>
ù<R>23 -1 0 0 15 10 </R>
ù<R>24 -100 1,29 12,71 1 6 Z3N-2uk6</R>
ù<R>24 -90 4,71 9,29 3 16 W1K+1usV</R>
ù<R>24 50 7 7 5 14 W3N-1urB</R>
ù<R>24 100 10,43 3,57 7 4 W2N-2usV</R>
ù<R>24 300 13,86 0,14 9 8 W3K!-2uh4</R>
ù<R>24 100 10,43 3,57 11 12 W3N-2urB</R>
ù<R>24 -100 1,29 12,71 13 2 N2S-2ukV</R>
ù<R>24 -1 0 0 15 10 </R>
ù<R>25 450 10,43 3,57 1 4 N4H+1ukV</R>
ù<R>25 450 10,43 3,57 3 8 Z4H+1ur8</R>
ù<R>25 450 10,43 3,57 5 12 Z4H+1ur3</R>
ù<R>25 200 0,14 13,86 7 2 O4S!-1urA</R>
ù<R>25 450 10,43 3,57 9 16 Z4H+1usH</R>
ù<R>25 420 3,57 10,43 11 10 N4H=usA</R>
ù<R>25 420 3,57 10,43 13 14 N4H=usA</R>
ù<R>25 -1 0 0 15 6 </R>
ù<R>26 -600 2,43 11,57 1 4 O3N=uhB</R>
ù<R>26 -180 4,71 9,29 3 8 O2N+2uk3</R>
ù<R>26 -140 8,14 5,86 5 12 W2S+1ukV</R>
ù<R>26 200 13,86 0,14 7 2 O3N-2uhB</R>
ù<R>26 -140 8,14 5,86 9 16 W2S+1ukV</R>
ù<R>26 -630 0,14 13,86 11 10 O3N+1uhB</R>
ù<R>26 -120 11,57 2,43 13 14 O2N=uk4</R>
ù<R>26 -1 0 0 15 6 </R>
ù<R>27 420 8,14 5,86 1 4 Z4H=uk6</R>
ù<R>27 200 2,43 11,57 3 8 O4R-4usA</R>
ù<R>27 -50 0,14 13,86 5 12 N5H-1uk9</R>
ù<R>27 420 8,14 5,86 7 2 N4H=urV</R>
ù<R>27 420 8,14 5,86 9 16 N4H=urV</R>
ù<R>27 430 13,86 0,14 11 10 Z3N+1uk3</R>
ù<R>27 420 8,14 5,86 13 14 N4H=uk9</R>
ù<R>27 -1 0 0 15 6 </R>
ù<R>28 50 2,43 11,57 1 4 O3N-1usB</R>
ù<R>28 100 8,14 5,86 3 8 W2N-2uh9</R>
ù<R>28 100 8,14 5,86 5 12 W2H-2uh9</R>
ù<R>28 110 11,57 2,43 7 2 Z2S=uhA</R>
ù<R>28 50 2,43 11,57 9 16 W3N-1usH</R>
ù<R>28 200 13,86 0,14 11 10 W3N-4ur4</R>
ù<R>28 50 2,43 11,57 13 14 W3H-1usH</R>
ù<R>28 -1 0 0 15 6 </R>
ù<R>ZZZ</R>
ù</RESULTS>
ù<CARDS>
ù<C>ZZZ</C>
ù</CARDS>
ù<NAMES>
ù<N>NIJSTEN MARC-OOMS MARC 49,42%;1</N>
ù<N>MALLEGO YVETTE-NYSEN HELEN 47,38%;31</N>
ù<N>WALDER DANY-HAEKENDOVER ROSA 51,17%;2</N>
ù<N>GYSELEN LUC-GIELIS Rita 46,26%;32</N>
ù<N>VAN DONGEN MARIOLA-INDESTEEGE JOSKE 45,63%;3</N>
ù<N>KERKHOFS Hilde-VAN NIEUWENHOVE Stan 53,06%;33</N>
ù<N>MAES JOHAN-MORIA RENE 52,04%;4</N>
ù<N>OYEN ERIC-NOUWKENS JAN 44,9%;34</N>
ù<N>DEMARET ANNIE-VANAUTGAERDEN ALFRED 52,04%;5</N>
ù<N>GUNS RENE-SMITS RUDI 51,7%;35</N>
ù<N>DAEMS RUDY-WOUTERS JEF 52,92%;6</N>
ù<N>MATTELAER ROOS-VANDEGINSTE VERA 55,44%;36</N>
ù<N>ALMAND PHIL-DALTON CHRIS 46,79%;7</N>
ù<N>Van Gheluwe Siska-MANET DANIELLE 48,64%;37</N>
ù<N>- 0%;8</N>
ù<N>DELANG Marc-WALDER FERNAND 53,06%;38</N>
ù<N>ZZZ</N>
ù</NAMES>
ù<EVALUATION>
ù<E>ZZZ</E>
ù</EVALUATION>
ù</DOCUMENT>
ùù