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>
ùGenk *** ClubTornooi *** 4 giften per ronde *** 24/10/2024
ùTop: 6 paren: 8 giften: 28
ù gedrukt op: 24/10/2024
ù paar naam ptn % CP #gft ronde1 ronde2 ronde3 ronde4 ronde5 ronde6 ronde7 
ù 1( 1)van Vianen Betty-Gerets Rita 100,0 59,52 32 28 14 A 12 D 14 b 14 a 19 B 14 c 13 C 
ù 2( 3)Meyers Bertie-Donners Christel 98,0 58,33 24 28 19 B 8 c 10 C 10 A 17 D 19 b 15 a 
ù 3( 7)Theunis Yvan-Indestege Marleen 91,0 54,17 1 28 14 D 17 b 17 a 11 B 13 c 10 C 9 A 
ù 4( 4)Goessens Juliette-Martens Marie-Jeanne 87,0 51,79 1 28 5 b 19 a 10 B 9 c 11 C 15 A 18 D 
ù 5( 6)Melis Marcel-Verheyen Eric 82,0 48,81 1 28 11 c 16 C 7 A 18 D 5 b 9 a 16 B 
ù 6( 8)Papazissis Aphrodite-Muffels Leo 75,0 44,64 1 28 10 d 12 d 19 d 6 d 7 d 15 d 6 d 
ù 7( 2)Van Schoenbeek Liliane-Vandierendonck G 71,0 42,26 1 28 10 a 7 B 14 c 15 C 8 A 9 D 8 b 
ù 8( 5)De Krem Henri-Vanderlinden Mia 68,0 40,48 1 28 13 C 5 A 5 D 13 b 16 a 5 B 11 c 
ùgemiddelde per ronde: 12
ùgemaakt met messerbridge versie 7.0.1.1.
ùZZZ
ù</UITSLAG>
ù<RESULTS>
ù<R>8 0 7 4 0 6</R>
ù<R> 1 50 5 1 1 2 O3N-1</R>
ù<R> 1 50 5 1 6 8 O3N-1</R>
ù<R> 1 -430 1 5 4 7 O3N+1</R>
ù<R> 1 -430 1 5 5 3 O3N+1</R>
ù<R> 2 110 2 4 1 2 N3K=</R>
ù<R> 2 180 4 2 6 8 Z2N+2</R>
ù<R> 2 600 6 0 4 7 Z3N=</R>
ù<R> 2 -100 0 6 5 3 N3K-1</R>
ù<R> 3 100 3 3 1 2 O2H-1</R>
ù<R> 3 100 3 3 6 8 O3H-1</R>
ù<R> 3 100 3 3 4 7 O2H-1</R>
ù<R> 3 100 3 3 5 3 O2H-1</R>
ù<R> 4 150 4 2 1 2 N1N+2</R>
ù<R> 4 800 6 0 6 8 O3K!-3</R>
ù<R> 4 130 1 5 4 7 Z2R+2</R>
ù<R> 4 130 1 5 5 3 Z2R+2</R>
ù<R> 5 630 3 3 3 4 Z3N+1</R>
ù<R> 5 630 3 3 6 7 Z3N+1</R>
ù<R> 5 -200 0 6 2 8 N5H-2</R>
ù<R> 5 650 6 0 1 5 N4S+1</R>
ù<R> 6 430 5 1 3 4 Z3N+1</R>
ù<R> 6 400 2 4 6 7 Z3N=</R>
ù<R> 6 -50 0 6 2 8 Z3N-1</R>
ù<R> 6 430 5 1 1 5 Z3N+1</R>
ù<R> 7 100 5 1 3 4 W2S-1</R>
ù<R> 7 -110 1 5 6 7 O2R+1</R>
ù<R> 7 100 5 1 2 8 O3N-1</R>
ù<R> 7 -110 1 5 1 5 W2S=</R>
ù<R> 8 50 6 0 3 4 W6S-1</R>
ù<R> 8 -450 1 5 6 7 W4S+1</R>
ù<R> 8 -110 4 2 2 8 O2H=</R>
ù<R> 8 -450 1 5 1 5 W4S+1</R>
ù<R> 9 110 4 2 5 6 Z2H=</R>
ù<R> 9 90 2 4 2 7 N1N=</R>
ù<R> 9 120 6 0 3 1 N1N+1</R>
ù<R> 9 -110 0 6 4 8 W2H=</R>
ù<R>10 -140 2 4 5 6 O1S+2</R>
ù<R>10 90 4 2 2 7 N1N=</R>
ù<R>10 -200 0 6 3 1 Z2S-2</R>
ù<R>10 110 6 0 4 8 Z1K+2</R>
ù<R>11 140 4 2 5 6 N2H+1</R>
ù<R>11 -50 1 5 2 7 N4H-1</R>
ù<R>11 -50 1 5 3 1 Z4H-1</R>
ù<R>11 420 6 0 4 8 Z4H=</R>
ù<R>12 620 3 3 5 6 N4S=</R>
ù<R>12 300 0 6 2 7 O4K!-2</R>
ù<R>12 620 3 3 3 1 N4S=</R>
ù<R>12 680 6 0 4 8 Z4S+2</R>
ù<R>13 620 6 0 7 8 Z4H=</R>
ù<R>13 140 1 5 6 3 Z3H=</R>
ù<R>13 170 4 2 4 1 Z3H+1</R>
ù<R>13 140 1 5 2 5 Z2H+1</R>
ù<R>14 -50 1 5 7 8 Z4S-1</R>
ù<R>14 140 5 1 6 3 Z3S=</R>
ù<R>14 -50 1 5 4 1 Z4S-1</R>
ù<R>14 140 5 1 2 5 Z2S+1</R>
ù<R>15 -420 1 5 7 8 O4S=</R>
ù<R>15 -100 6 0 6 3 N1N-1</R>
ù<R>15 -170 4 2 4 1 O3S+1</R>
ù<R>15 -420 1 5 2 5 O4S=</R>
ù<R>16 300 6 0 7 8 W3N-3</R>
ù<R>16 -150 4 2 6 3 O1N+2</R>
ù<R>16 -600 1 5 4 1 O3N=</R>
ù<R>16 -600 1 5 2 5 O3N=</R>
ù<R>17 100 6 0 1 8 O3N-2</R>
ù<R>17 -100 2 4 3 2 Z2H-2</R>
ù<R>17 -100 2 4 7 5 Z2H-2</R>
ù<R>17 -100 2 4 4 6 Z2H-2</R>
ù<R>18 -450 1 5 1 8 W4H+1</R>
ù<R>18 -420 5 1 3 2 W4H=</R>
ù<R>18 -450 1 5 7 5 W4H+1</R>
ù<R>18 -420 5 1 4 6 W4H=</R>
ù<R>19 100 5 1 1 8 O3N-1</R>
ù<R>19 -150 0 6 3 2 W1N+2</R>
ù<R>19 -90 2 4 7 5 W1N=</R>
ù<R>19 100 5 1 4 6 O3N-1</R>
ù<R>20 -680 0 6 1 8 O4S+2</R>
ù<R>20 -650 3 3 3 2 O4S+1</R>
ù<R>20 -170 6 0 7 5 O2S+2</R>
ù<R>20 -650 3 3 4 6 O4S+1</R>
ù<R>21 50 1 5 5 8 W3N-1</R>
ù<R>21 100 5 1 2 4 O3N-2</R>
ù<R>21 100 5 1 1 6 W3N-2</R>
ù<R>21 50 1 5 7 3 O2H-1</R>
ù<R>22 -1440 4 2 5 8 W6N=</R>
ù<R>22 -1470 0 6 2 4 O6N+1</R>
ù<R>22 -1440 4 2 1 6 O6N=</R>
ù<R>22 -1440 4 2 7 3 O6N=</R>
ù<R>23 -800 0 6 5 8 Z3S!-3</R>
ù<R>23 -130 6 0 2 4 O3K+1</R>
ù<R>23 -200 4 2 1 6 N3H-2</R>
ù<R>23 -300 2 4 7 3 Z3S-3</R>
ù<R>24 -120 0 6 5 8 O1N+1</R>
ù<R>24 50 4 2 2 4 O1N-1</R>
ù<R>24 80 6 0 1 6 N1S=</R>
ù<R>24 -90 2 4 7 3 W1N=</R>
ù<R>25 120 2 4 5 4 N1N+1</R>
ù<R>25 400 5 1 3 8 Z3N=</R>
ù<R>25 400 5 1 7 1 Z3N=</R>
ù<R>25 110 0 6 6 2 N1S+1</R>
ù<R>26 -300 2 4 5 4 Z4H-3</R>
ù<R>26 -300 2 4 3 8 Z4H-3</R>
ù<R>26 -300 2 4 7 1 Z4H-3</R>
ù<R>26 -100 6 0 6 2 N4S-1</R>
ù<R>27 -100 0 6 5 4 N3H-2</R>
ù<R>27 50 4 2 3 8 W3S-1</R>
ù<R>27 -50 2 4 7 1 N4H-1</R>
ù<R>27 140 6 0 6 2 N2H+1</R>
ù<R>28 -170 1 5 5 4 O3R+3</R>
ù<R>28 50 6 0 3 8 W6N-1</R>
ù<R>28 -170 1 5 7 1 O3R+3</R>
ù<R>28 -150 4 2 6 2 O3R+2</R>
ù<R>ZZZ</R>
ù</RESULTS>
ù<CARDS>
ù<C>ZZZ</C>
ù</CARDS>
ù<NAMES>
ù<N>van Vianen Betty-Gerets Rita 59,52%;1</N>
ù<N>Van Schoenbeek Liliane-Vandierendonck G 42,26%;2</N>
ù<N>Meyers Bertie-Donners Christel 58,33%;3</N>
ù<N>Goessens Juliette-Martens Marie-Jeanne 51,79%;4</N>
ù<N>De Krem Henri-Vanderlinden Mia 40,48%;5</N>
ù<N>Melis Marcel-Verheyen Eric 48,81%;6</N>
ù<N>Theunis Yvan-Indestege Marleen 54,17%;7</N>
ù<N>Papazissis Aphrodite-Muffels Leo 44,64%;8</N>
ù<N>ZZZ</N>
ù</NAMES>
ù<EVALUATION>
ù<E>ZZZ</E>
ù</EVALUATION>
ù</DOCUMENT>
ùù