attachement aghbala (1).xls

7/23/2019 ATTACHEMENT AGHBALA (1).xls

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ESTIMATION :Travaux dExtension des Colleges Sidi Amer

N Dsignation des Ouvrages U uantit!rix Unitaire en Dir"am #$T

!rix Total #$T$En lettres

A% & '(OS&)U*(E

1/ - TERRASSEMENTS

A.01 Fouilles en pleine masse M+ +,-$.. ,,$.. #ADDIN? -/012$..

A.02 Fouilles en tran!"es ou en trous M+ ,.2$.. ,3$.. #ADDIN? 4/-0,$..

A.0 $lus-%alue pour &ouilles 'ans le ro! M+ 53$.. 2.$.. #ADDIN? ,/-,.$..

A.0( M+ 230$.. ,.$..#ADDIN? 1/5,.$..

A.0) M+ 0-3$.. 3.$..#ADDIN? 02/,2.$..

2/ - MA*+NNERIE EN F+NDATI+N

A.0, "ton 'e propret" M+ 05$.. 2..$.. #ADDIN? 5/2..$..

A.0 ros "ton. M+ 03$.. +4.$.. #ADDIN? 5/+..$..

A.0 Maonnerie 'e moellons en &on'atio M+ 3-$.. 04.$.. #ADDIN? 0+/.4.$..

A.03 4!ape "tan!e sur maonnerie. M, 0+2$.. ,-$.. #ADDIN? +/503$..

A.10 5"rissonna6e en pi7rres s"!es. M, -,2$.. ,4$.. #ADDIN? 03/0..$..

A.11 Forme en "ton sur !"rissonna6e. M, -,2$.. 4.$.. #ADDIN? +5/,..$..

A.12 Armature 'e &orme. 6' 053.$.. 00$.. #ADDIN? 03/23.$..

A.1 Tra%ers"e 'e maonnerie. U 2$.. 4.$.. #ADDIN? ,..$..

/ - ET+N ARME EN F+NDATI+N

A.1( M+ 0,+$.. 1..$..#ADDIN? 00./-..$..

A.1) Aier 8 !aute a'!"rene en &on'atio 6' 0,+..$.. 00$.. #ADDIN? 0+4/+..$..

9E :I9+RAMME

(/ - 4ANA9ISATI+NS / REARDS

A.1, 4analisation en $;4 pour "%auation

a/ - 'e & ) M7 3.$.. 0..$.. #ADDIN? 3/...$..

/ - 'e & 200 M7 5$.. 00.$.. #ADDIN? 55.$..

/ - 'e & 00 M7 +.$.. 0,.$.. #ADDIN? +/5..$..

A.1 Re6ar' tue 'e M ,$.. ,4..$.. #ADDIN? 4/...$..

n

Remlaiement ou "%auation 'esterres e"'entaires au '"!ar6espuli>ues

Apport et mise en plae 'esmat"riau s"letionn"s pourremlais

"ton pour A en &on'ations pourtous ou%ra6es.

4on'uite en 'oule parois pourpassa6e 'e @les "letri>ues

Re6ar' 'e ,0,0,0 pour passa6e'e @le "letri>ue


2/45

A.22 $uit per'u 'e 12 M ,$.. 5...$.. #ADDIN? 0,/...$..

)/ - ET+N ARME EN E9E;ATI+N

A.2 M+ +-3$.. 0...$..#ADDIN? +-3/...$..

A.2( Aier 8 !aute a'!"rene en "l"%atio 6' 2102.$.. 0,$.. #ADDIN? 431/53.$..

A.2) $lus %alu pour 'alle inlin"e M, 12+$.. ,.$.. #ADDIN? 03/35.$..

A.2, $lan!er en !our'is

a/ 'e 02)B00) M, 4,.$.. ,1.$.. #ADDIN? 04./3..$..

/ 'e 01,B00( M, 02.$.. ,3.$.. #ADDIN? +1/,..$..

A.2 4ouronnement 'Carot7re M7 04.$.. ,4$.. #ADDIN? +/-4.$..

A.2 Appuis 'e aie M7 0.4$.. ,.$.. #ADDIN? ,/0..$..

A.23 Dallette en .A M, 00.$.. -.$.. #ADDIN? -/-..$..

A.0 M7 0.$.. ,..$..#ADDIN? ,/...$..

,/ MA*+NNERIE EN E9E;ATI+N

A.1 Maonnerie 'e moellon en "l7%ation M+ 0..$.. ,..$.. #ADDIN? ,./...$..

A.2 Maonnerie 'Ca66los reua/ - 'e 020 M, 2,3$.. 1.$.. #ADDIN? +3/4,.$..

/ - 'e 010 M, 44$.. -4$.. #ADDIN? 2/0,4$..

A. Doule loison en a66los reu 'e 0 M, 40.$.. 04.$.. #ADDIN? -5/4..$..

/ - ENDIT

A.( M, 044.$.. ,3$..#ADDIN? 2+/2..$..

A.) M, +0-.$.. ,-$..#ADDIN? 34/41.$..

A., a6uette m"talli>ue 'Can6le U 53$.. ,,$.. #ADDIN? 0/215$..

A. Faon 'Cappuis 'e aies et ouronn M7 ,44$.. ,.$.. #ADDIN? 4/0..$..

A. "ton pour &orme 'e mar!e M7 1.$.. +.$.. #ADDIN? ,/-..$..

A.3 oint 'e 'ilatation M7 4.$.. ,.$.. #ADDIN? 0/...$..

A.(0 4ou%re oint 'e 'ilatation M7 4.$.. 2.$.. #ADDIN? ,/...$..

/ - AMENAEMENTS E=TERIERS

A.(1 D"molition 'e mur 'e lture M7 0..$.. ,.$.. #ADDIN? ,/...$..

A.(2 M7 0,.$.. -..$..

#ADDIN? 32/...$..

A.( Dalla6e en "ton reGu" et sur&a" M, 0.55$.. 14$.. #ADDIN? 0.0/,-.$..

A.(( Tale 'C"l7%e 'e 2(0 0,0 U 2.$.. 02..$.. #ADDIN? 45/...$..

A.() Tale 'e pro&esseur 'e ()0 00 U 2$.. ,...$.. #ADDIN? 3/...$..

A.(, Tale 'e salle 'e pr"paration 'e ) U ,$.. ,+..$.. #ADDIN? 2/5..$..

A/ - R+S-H;RE ,/054/,,4$..% & (E*ETEMENTS

.01 Re%tement 'u sol en 6ranito poli or M, 04,.$.. 1.$.. #ADDIN? 0+5/3..$..

.02 M7 0,..$.. 2.$.. #ADDIN? 23/...$..

"ton pour A en "l"%ation pourtous ou%ra6es.

4onstrution 'e la%ao olleti& en"ton r"%tu 'e 6ranite noir

En'uit et"rieur au mortier @tar'lisse rusti>ue ou t


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.0 M, +3$.. 0+4$..#ADDIN? 4/0+.$..

.0( Re%tement mural en arreau 'e 6 M, 0+.$.. 02.$.. #ADDIN? 03/,..$..

.0) Mar!e et ontre mar!e en 6ra%illo M7 2.$.. +4$.. #ADDIN? 0/2..$..

.0, Ren&ormis en "ton M, 5$.. 3.$.. #ADDIN? 23.$..

/ - RE;ETEMENTS ,0./.0.$..C% & ETANC#EITE

4.01 4!ape 'e lissa6e M,12+$.. 0,$..

#ADDIN? 00/+05$..

4.02 Etan!"it" monoou!e auto-prot"6 M, 12+$.. 3.$.. #ADDIN? -4/22.$..

4.0 Relie& 'C"tan!7it" monoou!e M7 04.$.. +4$.. #ADDIN? 4/,4.$..

4/ - ETAN45EITE 1,/..5$..D % & MENUISE(IE OIS ET META77IUE

1/ - MENISERIE +IS

D.01 $orte 8 lames M, 2-$.. 5..$.. #ADDIN? ,3/,..$..

D.02 $orte 'e plaar' M, ,.$.. 23.$.. #ADDIN? 1/5..$..

D.0 $orte 'e ran6ement en persienne so M, 0.$.. 5,.$.. #ADDIN? 5/,..$..

D.0( Fentre %itr"e M, 0,.$.. 45.$.. #ADDIN? 5-/,..$..

D.0) 4!@ssis %itr"e M, 0$.. 44.$.. #ADDIN? 44.$..

2/ - MENISERIE META99IJE

D.0, $orte m"talli>ue %itr"e M, 02$.. 44.$.. #ADDIN? -/-..$..

D.0 rilles 'e protetion '"orati%es M, -.$.. 4..$.. #ADDIN? +4/...$..

D / - MENISERIE +IS ET META99IJE 042/24.$..E% & !7OME(IE % A!!A(EI7S SANITAI(ES

E.01 4analisations 'e 'istriution en tue poluip" 'e ouleur U 3$.. 2..$.. #ADDIN? +/,..$..

E.03 K-4. 8 lCAn6laise ">uip" 'e ouleur U ,$.. 02..$.. #ADDIN? ,/3..$..

Re%tement 'e sol en arreau 'e6r"s "rame anti'"rapant


4/45

E.10 Etinteur 8 pou're polue la>u"esur murs et pla&on's

sur menuiserie ois

$einture 6l


5/45

.0 ;erre arm" 'e , mm M, 0$.. 05.$.. #ADDIN? 05.$..

/ - $EINTRE/;ITRERIE 34/+3.$..

(ECA!ITU7ATION 'ENE(A7E

A% & '(OS&)U*(E ,/054/,,4$..

% & (E*ETEMENT ,0./.0.$..

C% & ETANC#EITE 1,/..5$..

D % & MENUISE(IE OIS ET META77IUE 042/24.$..

E% & !7OME(IE % A!!A(EI7S SANITAI(ES +4/+1.$..

;% & E7ECT(ICITE%7UST(E(IE 1./2,.$..

'% & !EINTU(E%*IT(E(IE 34/+3.$..

TOTA7 'ENE(A7 #$T ,/3+,/330$..

T$*$A DE ,.< 455/4-5$,.

TOTA7 T$T$C +/+11/24-$,.

(AAIS de 0, < 2.-/1+2$35

TOTA7 T$T$C DE;INITI; ,/110/4,,$+2

Arr=t le montant du >rsent ?ordereau des >rix @ la somme de :


6/45

aBtre douvrage : MEN de ni&MellalMar8" n: .3%$I%,.0,

Entre>rise :ME(OUS T(A*AU

oet : T(A*AU DETENSION DES CO77E'ES SIDI AME( OU#A7I A A'#A7AA8"ite8te :NO(DDINE SAAD

ET : F$A$A$E$T

MINUTE DE MET(E DETAI77E

!rix Dsignation des ouvrages

N?re

Dimensions uantits Unit

uantit

7ong 7arg #%E> G%& !artielles T

A&'(OS )U*(ES

0%& Terrassement.01 ;OUI77ES EN !7EINE MASSE

Axe H&D%H-&00 1 1).,) .) 0.0 3.2

F+I99ES EN $9EINE MASSE

.02 ;OUI77E EN !UITS OU EN (I'O7E TOUS TE((AINS

A&SEME77ES ISO7EES

S0

Joint gauche 1.(0 1.(0 1.0 2.22

Joint droit

Ae A 1 1.(0 1.(0 1.0 .)

Ae -4-D ( 1.(0 1.(0 1.00 .(

S+

oint 6au!e 1 1.,0 1.,0 1.0 (.,1

oint 'roit

Ae 4 1 1.,0 1.,0 1.00 2.),

S2

oint 6au!e 1 1.0 1.0 1.0 ).20

oint 'roit 1 2.20 2.20 1.00 (.(

S4

oint 6au!e 2 1.30 1.30 1.0 1.00

S5

oint 6au!e/ 'roit , 2.20 2.20 1.0 )2.2

S-

oint 6au!e 2.20 2.20 1.0 2,.1(

oint 'roit 2.20 2.20 1.00 1(.)2

S3 J

oint 6au!e 2 2.20 2.20 1.0 1.(2

S1 J

oint 6au!e 2 2.(0 2.(0 1.0 20.(

&T(ANC#E(S C#AINA'ES m ,..$31

Joint gauche

#oriKontal

Aes A / Files O1-,P 1 10.00 0.,0 0.0 (.0

Aes D / Files O1-,P 1 11.00 0.,0 0.0 ).2

*erti8al

Files O1-,P / Aes A 1 ).0 0.,0 0.0 2.(

Files O1-,P / Aes D 1 .0 0.,0 0.0 1.2

Joint droit

#oriKontal

Aes A / Files O-11P 1 .) 0.,0 0.0 (.01

Aes D / Files O-11P 1 ).3) 0.,0 0.0 2.,

*erti8al

Files O-11P / Aes A 1 .0 0.,0 0.0 1.2

Files O-11P / Aes D 1 ,.20 0.,0 0.0 2.3

D&7ON'(INES m ,5$+0

Joint gauche

#oriKontal

7 InL 0Aes / Files O1-2P 1 2.,0 0.() 0.(0 0.(

7 InL ,

m

m


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N?re


uanti


Files O-(-)P / Aes OA-DP ,.30 0.() 0.(0 .

Joint droit#oriKontal

Aes / Files O-P 1 2.) 0.() 0.(0 0.(2

Aes / Files O10-11P 1 .00 0.() 0.(0 0.)(

Aes 4 / Files O-11P 1 3.0 0.() 0.(0 1.,

7 InL +

Files O-3-10P / Aes OA-DP 3.0 0.() 0.0 3.2,

MassiL

0.,0 0.,0 0.0 1.,

m ,,$..

F+I99E EN $ITS + EN RI+9E T+S TERRAINS

.0( (em?laiement ou va8uation des terres ex8dentaires aux d8"arges >u?liues

I'em Artile NQA//01 B A//02 (.(

Remlaiement ou "%auation 'es terres e"'entaires au '"!ar6es puli>ues

,% & MAONNE(IE EN ;ONDATION

.0, ton de >ro>ret

& SOUS C#AINA'ES AS

5oriontal 2 2.) 0.)0 0.10 .23

;ertial ( 10.0 0.)0 0.10 2.1,

----------- $1 -2, 0.2) 0.) 0.10 -0.2

C& 7ON'(INES 0.00

9In& et 9Sup 2 Ae 4 /FilesO1-11P 2 23. 0.) 0.10 2.0)

9In& et 9Sup 2 Ae /FilesO1-2 et )- et 10-11P 2 1(., 0.) 0.10 1.0(

9In& et 9Sup 2 Files 1 /AesO-4P 2 .3 0.) 0.10 0.2

9In& et 9sup 1 2 et Files 2--(-)--3et 10 /Ae 1( 10.2 0.) 0.10 ).00

"ton 'e propret"

0 'ros ?ton$

A& SEME77ES ISO7EES

ae DUl 1 S1 1 1.0 1.0 0.)1 0.,

ae DUl , S 1 2.10 2.10 0.) 2.),

ae 4Ul 1/ S 1 1.)0 1.)0 0.(( 0.33

ae 4Ul 11/ S 1 1.)0 1.)0 0.) 0.3

ae 4Ul 2 S) 1 1.0 1.0 0.() 1.(,

ae 4Ul S 1 2.0 2.0 0. 2.01

ae 4Ul (/)//3/10 S ) 2.0 2.0 0.) 1.30

ae 4Ul , S3 1 2.0 2.0 0.)) 2.31

ae Ul 1/ S1 2 1.0 1.0 0.)2 1.,ae Ul 2 S) 1 1.0 1.0 0.() 1.(,

ae Ul , S3 1 2.0 2.0 0.( 2.)(

ae 11 S( 1 1.,0 1.,0 0.), 1.(

ae A S1 2 1.0 1.0 0.() 1.)2

ae A S( 1 1.,0 1.,0 0.( 1.2

ae A S, , 2.10 2.10 0.)0 1.2

ae A S 1 2.10 2.10 0.)) 2.(

MassiL

0.0 0.0 0.0 .)

D"part 'Cesalier 1 2.02 0.)0 0.,0 0.,1

ros "ton.

0 Maonnerie de moellons en Londations

Joint gauche

5oriontal 2 1.(0 0.(0 1.,0 2.))

;ertial 2 10.0 0.(0 1.,0 1.2

Joint gauche

m

m

m

m


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ET : F$A$A$E$T



N?re


uantit


fl 1/6/7/11 ( 11.00 0.0 ).20

Joint gauche

4!ape "tan!e sur maonnerie. mV

0 #rissonnage en >iPrres s8"es$

Joint gauche

1 1,.) 10.00 1,.)0

Joint droit

1 1.30 10.00 13.00

5"rissonna6e en pi7rres s"!es. mV

1 ;orme en ?ton sur "rissonnage$

I'em Artile NQA//01 B A//02 0.)0

Forme en "ton sur !"rissonna6e. mV

2 Armature de Lorme$

1 100.( 100.(

Armature 'e &orme. :6 0

Traverse de maonnerie$

1 2.00 2.00

Tra%ers"e 'e maonnerie.

+% & ETON A(ME EN ;ONDATION

( ton >our A en Londations >our tous ouvrages$

A& SEME77ES ISO7EES

S1 1 1.0 1.0 0.2) ).(3

S 2 1.)0 1.)0 0.0 1.)

S( 2 1.,0 1.,0 0.0 1.)(

S) 2 1.0 1.0 0.(0 2.)3

S, , 2.10 2.10 0.() 11.31

S , 2.0 2.0 0.)0 1).

S 2 2.10 2.10 0.() .3

S3 2 2.0 2.0 0.)0 ).23

& C#AINA'ES IN; ET SU!

5oriontal ( 2.) 0.(0 0.20 10.)1

;ertial 10.0 0.(0 0.20 ,.31

----------- $1 -)2 0.2) 0.(0 0.20 -1.0(

C& 7ON'(INES

9In& et 9Sup 2 Ae 4 /FilesO1-11P 2 23. 0.2) 0.(0 ).,

9In& et 9Sup 1 Ae /FilesO1-2P 2 .) 0.2) 0.0 0.)

9In& et 9Sup 2 Ae /FilesO)- et 10-11P 2 11.11 0.2) 0.(0 2.22

9In& et 9Sup 2 Files 1 /AesO-4P 2 .3 0.2) 0.(0 0.

9In& et 9sup Files 2--(-)--3et 10 /AesOA-4P 1( 0.2) 0.,0 1,.0

9In& et 9sup 1 Files 2--(-)--3et 10 /AesO4-DP 1( 2.2 0.2) 0.0 2.1

D& AMO(CE !OTEAU

Joint gau8"e

P1 20 0.2) 0.0 2.10 .1)

P2 ) 0.0 0.0 2.10 0.3)

P3 2 0.0 0.) 2.10 0.((

P4 , 0.0 0.(0 2.10 1.)1

P5 , 0.0 0.() 2.10 1.0

"ton pour A en &on'ations pour tous ou%ra6es.

) A8ier @ "aute ad"eren8e en Londations

;oir minute 'e alul 'es aiers en &on'ations

Aier 8 !aute a'!erene en &on'ations :6 3

m


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ET : F$A$A$E$T



N?re


uantit


a% & de 2.2.$

.00

Re6ar' tues

1 ;osse se>tiue de + M+

1 1.00 1.00

Fosse septi>ue 'e M

2 !uit >erdu de 0, M+

1 1.00 1.00

$uit per'u 'e 12 M

4%& ETON A(ME EN E7E*ATION

ton >our $A en lvation >our tous ouvrages

!#% (DC

A& !OTEAU

Joint gau8"e

P1 0.2) 0.0 .0 2.2

P2 0.0 0.0 .0 1.0

P4 0.0 0.(0 .0 1.

P5 0.0 0.() .0 1.)(Jo nt ro t

P1 12 0.2) 0.0 .10 2.3

P2 2 0.0 0.0 .10 0.),

P3 2 0.0 0.) .10 0.,)

P4 0.0 0.(0 .10 1.12

P5 0.0 0.() .10 1.2,

!#% 0er Etage

Axe A

P1 ) 0.2) 0.0 .00 1.1

P4 , 0.0 0.(0 .00 2.1,

Axe

P1 2 0.2) 0.0 .0 0.)0

P2 0.0 0.0 .0 0.3

P3 1 0.0 0.) .0 0.)Axe C

P1 2 0.2) 0.0 .,0 0.)(

P2 2 0.0 0.0 .,0 0.,)

P3 1 0.0 0.) .,0 0.

P5 , 0.0 0.() .,0 2.32

Axe D

P1 11 0.2) 0.0 .0 .0)

& !OUT(ES

!#% (DC

Horizontal

N1------>N9 1 0.) 0.2) 0.) 2.0

N10 1 1. 0.2) 0.2) 0.11

N11 1 .(0 0.2) 0.20 0.1

N12-N13 1 ,.0 0.2) 0.20 0.(

N14 1 .() 0.2) 0.20 0.1

N15------>N32 2 0.) 0.2) 0.(0 ,.1


10/45




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N?re


uantit


N39-N40-N42-N43 .0 0.2) 0.(0 2.(

!#% 0er EtageHorizontal

N101------>N109 1 0.) 0.2) 0.(0 .03

N110 1 .) 0.2) 0.0 0.2

N111 1 .(0 0.2) 0.20 0.1

N112-N113 1 ,.0 0.2) 0.20 0.(

N114 1 .() 0.2) 0.20 0.1

N115------>N132 2 0.) 0.2) 0.(0 ,.1

Vertical

N133- N141 2 2.2) 0.2) 0.0 0.(

N134- N135/ N137 - N138 2 .,) 0.2) 0.(0 0.

N136 3 2.2) 0.2) 0.2) 1.2

N en T , .0) 0.) 0.) 12.,N139-N140-N142-N143 .0 0.2) 0.(0 2.(

C& DA77E !7EINE

De ,. 8m

Joint gauche 1 1.,0 .( 0.20 23.,,

Joint droit 1 1.) .( 0.20 2.1

De 0+ 8m

Joint gauche 1 1.,0 2.)0 0.1) ,.,0

Joint droit 1 1.) 2.)0 0.1) ).1,

D& AC(OTE(E

Joint gauche 1 (1.10 0.1 0.() 2.(0

Joint droit 1 ,.0) 0.1 0.() 2.11

"ton pour .A en "l"%ation pour tous ou%ra6es m

( A8ier @ "aute ad"eren8e en lvation

;oir minute 'e alul 'es aiers en "l"%ation

Aier 8 !aute a'!erene en "l"%ation :6 +0

) !lus valu >our dalle in8line

PH Terrasse

1 (.0 12. (.12

$lus %alu pour 'alle inlin"e mV

, !lan8"er en "ourdis

/ 'e 01,B00(

Joint droit 1 1.() 10.0) 1).1

Joint gauche 1 1,.30 10.0 1(.0

-1 2.00 .,( -.2

$lan!er en !our'is / 'e 01,B00( mV

Couronnement da8rotPre

Joint gauche 1 (2.) (2.)

Joint droit 1 .(0 .(0

4ouronnement 'Carot7re Ml

A>>uis de ?aie. .. .. .

Appuis 'e aie Ml

,/ MA*+NNERIE EN E9E;ATI+N

2 Ma8onnerie daglos 8reux

a- 'e 020


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N?re


uant

7ong 7arg #%E> G%& !artielles

Salle 2 / 9aoratoire 2 .) 2.) (3.

9aoratoire /4ouloir 1 (.2 2.) 12.20

Salle 2 /&aa'e 2 11.1) 2.) ,.),

# eduire

----------Porte% -) 1.00 2.20 -11.00

-------&enetre% -1 0.,0 1.00 -0.,0

-1 2.00 1.20 -2.(0

ETA'E

Mur esaliers /&aa'e ( 11. .00 1,.((

Salle 1 et 2/ $reau 2 .00 .00 (.00

Maonnerie 'Ca6los reu a- 'e 020 mV

- 'e 010

(DC

$laar's et la%aos 0.,0 .10 1(.

1 )., 2.0

Maonnerie 'Ca6los reu - 'e 010 mV

dou?le 8loison en agglos 8reux de ./04G./0.

(DC

Mur salle 1 / 6alerie et &aa'e arriere 2 11.20 .,0 0.,(

Mur salle 2 / 6alerie et &aa'e arriere 1 10.11 2.) 2.1

9aoratoire / &aa'e arriere 1 (.2 2.) 12.20

Mur a6e 'Cesalier/ Ran6ement 1 .0 2.10 1.(

# eduire

----------Porte% -1 1.00 2.20 -2.20

-------&enetre% -1 2.00 1.20 -1.20

Etage

Salle 1 et 2 2 .00 .) (,.30

Mur salle 1 / 6alerie et &aa'e arriere 1 .0 .0) 2).2

Mur salle 1-2 et $reau / &aa'e arriere 1 .20 2.)0 .00

# eduire

----------Porte% -2 1.00 2.20 -(.(0

-------&enetre% -12 2.00 1.20 -2.0

'oule loison en a66los reu 'e 01)B010 mV

( Enduit extrieur au mortier ?tard/ lisse/ rustiue ou tRrolien

(DC

;aade >rin8i>ale

$oteau .00 .20 20(.0

Sur 6ar's 6orps 1 .) 1.,0 ).,

Sur Arotere et $outre sup 1 .) 1.0 ),.0

Sur &aa'e 6au!e 1 11.0) .0 31.2

Sur &aa'e 'roite 1 11.0) .0 ,.13

# eduire

----------Porte% - (.10 2.20 -2.0,

-------&enetre% -13 2.00 1.20 -().,0

En'uit et"rieur au mortier @tar' lisse rusti>ue ou tlaLonds

(DC


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ET : F$A$A$E$T



N?re


uant

7ong 7arg #%E> G%& !artielles

1 1.,) 1.,0 2.,(

Salle 1 1 .20 .)) 12.0,Salle 2 1 ).(2 .10 103.0

9aoratoire 1 21., .10 ,,.22

alerie au!e X Droite 1 2.)0 .) 3).(

$oteau 1.,0 .) .)2

1 2.(0 .10 .((

Esaliers 1 ,.(( 1.,) 10.,

Sous >laLonds

Salles 1 1 10.,0 .00 (.0

oues $utres .00 1.0 1.20

Salles 2 1 3.1 .00 .,

oues $utres .00 1.0 1.20

9aoratoire 1 ,.(0 (.2 2.3

$reau 1 .) ).(0 (.2)

Ran6ement 1 ,.) 1.,0 10.0

alerie 1 .0 2., .31

1 (.2 1.,0 ,.)

# eduire

----------Porte% -12 1.00 2.20 -2,.(0

-------&enetre% -13 2.00 1.20 -().,0

-1 0.,0 0.0 -0.(2

ETA'E

Salle 1 et 2 2 0.00 .2) 13).00

$reau 1 0 .2) 3.)0

alerie 1 1(.( .(0 (.3,

Mur a6e 'Cesaliers sur &aa'e 1 10.0 .20 (.),

ar'e-orps Esaliers 2 (.3, 1.20 11.30

ar'e-orps 1 2.)) 1.20 3.0,

$oteau 6alerie 3 0.,0 .0 13.3

Sous >laLonds

Salles 1 et 2 2 .00 .00 112.00

oues $utres 2 .00 1.10 1.,0

$reau 1 1(.00 .00 112.00

oues $utres .00 1.10 2,.(0

alerie 1 2.,) 2.2 32.01 .,0 .,) 1.3

oues $utres 10 2.20 0.20 (.(0

# eduire

----------Porte% -( 1.00 2.20 -.0

-------&enetre% -1, 1.) 1.(0 -).()

En'uit int"rieur au mortier 'e iment sur murs et pla&on's mV

, aguette mtalliue dangle

(DC

1 ,0.00 ,0.00

a6uette m"talli>ue 'Can6le

;aon da>>uis de ?aies et 8ouronnements

Joint gauche

R! 2.00 ,.00

"T#$" ( 2 00 00


13/45




ET : F$A$A$E$T



N?re


uantits

7ong 7arg #%E> G%& !artielles Tota

2 2.10 (.20

"ton pour &orme 'e mar!e Ml 2

3 Joint de dilatation

Fondations

"ntre chainage% 2 10.0 21.,0

"ntre a'orce% (oteau) ( 1.(0 ).,0

Eleation

"ntre (outre% 1 10.0 10.0

"ntre (oteau) ( .(0 1.,0

PH 1er Etage

"ntre (outre% 1 10.0 10.0

"ntre (oteau) ( .0 1.20

oint 'e 'ilatation Ml -

0 Couvre Joint de dilatation

Terra%%e 1 11.,0 11.,0

!ou*oir R! 1 2.0 2.0

!ou*oir "T#$" 1 2.0 2.0

4ou%re oint 'e 'ilatation Ml 0

/ - AMENAEMENTS E=TERIERS Dallage en ?ton reu et surLa8

!ot+ ,aade (rinci(a*e et arriere 2 ,.1) 1.)0 10.()

!ot+ ,aade droite et gauche 2 11.0) 1.)0 .1)

Dalla6e en "ton reGu" et sur&a" Ml 02

( Ta?le dlPve de ,/2. x ./5.

20 20.00

Tale 'C"l7%e 'e 2(0 0,0 ,

) Ta?le de >roLesseur de 2/4. x ./-.

2 2.00

Tale 'e pro&esseur 'e ()0 00

, Ta?le de salle de >r>aration de +/4. x ./3.

1 1.00

Tale 'e salle 'e pr"paration 'e )0 00

C% & ETANC#EITE

01 C"a>e de lissage

1 ., 12. (2.,2

4!ape 'e lissa6e mV 2,

02 Etan8"it mono8ou8"e auto&>rotge de 2 mm

PH Terrasse

I'em Artile NQ4//01 (2.,2

Etan!"it" monoou!e auto-prot"6"e 'e ( mm mV 2,

0 (elieL dtan8"Pit mono8ou8"e

PH TerrasseJoint gauche 1 (2.) (2.)

Joint droit 1 .(0 .(0

Relie& 'C"tan!7it" monoou!e Ml 3

D % & MENUISE(IE OIS ET META77IUE

0( ;en=tre vitre

(DC

1 2.00 1.20 1.20

1 0.,0 0.0 0.(2

ETA'E


14/45




ET : F$A$A$E$T



N?re


uantits

7ong 7arg #%E> G%& !artielles Totales

a/ - de N 25,0 ,0.00

4analisation en pol


15/45

12

aBtre douvrage : MEN de ni&Mellal A!itete N+RDDINE SAAD 7$D du 8adre HaG?&.$0.V,G0. W

ET K.A.A.E.T 7$D de ltrier Ha ou ?&.$.4V,G0

ntreprise MER+S TRA;A 7$D de l>ingle Ha ou ?&.$.4G0.

MINUTE DE CA7CU7 DES ACIE(S EN ;ONDATIONS

E7EMENTS EN ETON A(ME ACIE(S TO(

DESI'NATIONS Dimensions 7ongueurCro8"ets

(e8ouveT5 T3 T0. T0,

es ?arre An8rage

04 A8ier @ "aute ad"eren8e en Londations

A&Semelles Isole. . . . .

. . . . .

S, 0 11 12 1.0 1.2) 0.0 1.)) 0.0. . . . .

. . . . .2 11 12 1.(0 1.) 0.0 1.,) ,.

. . . . .. . . . .

. . . . .. . . . .

. . . . .. . . . .

S- , 13 12 2.20 2.1) 0.0 2.() 23.

. . . . .

. . . . .. . . . .

. . . . .. . . . .

. . . . .. . . . .

. . . . .2 1) 10 2.20 2.1) 0.0 2.() ).1

SE(*ATIONS : 9+NER T+TA9E 0.00 0.00 2,.2 201(.$+IDS / M9 . . . .$+IDS T+TA9 / DIAMETRE. . . . .

T+TA9 0/141$,2

oet : T(A*AU DETENSION DES CO77E'ES SIDI AME(OU#A7I A A'#A7A

Mar8" n 0/.I/2012

Wa ?

N?s

N%E

7&D


16/45

13


ET K.A.A.E.T 7$D de ltrier Ha ou ?&.$.4V,G0.






es ?arre An8rage


Mar8" n 0/.I/2012

Wa ?

N?s

N%E

7&D

C&C#AINA'E ASint gau8"e

xes HA&D%;iles H0&5

arres Ulantes 2 ( 10 1.,0 0.(0 .00 22.00 1,.00

Epin6les 2 12) 0.(0 0.) 0.1) 0.)0 12).00es H0&5 % Axes HA&D

arres Ulantes 2 ( 10 11.00 0.(0 1.)0 12.30 10.20

Epin6les 2 ( 0.(0 0.) 0.1) 0.)0 (.00int droit

xes HA&D%;iles H-&00

arres Ulantes 2 ( 10 1(.,) 0.(0 .00 1.0) 1((.(0

Epin6les 2 33 0.(0 0.) 0.1) 0.)0 33.00

es H-&00 % Axes HA&D

arres Ulantes 2 ( 10 11.00 0.(0 1.)0 12.30

Epin6les 2 ( 0.(0 0.) 0.1) 0.)0 (.00

SE(*ATIONS : 9+NER T+TA9E 0.00 2.00 (2.,0 0.0

$+IDS / M9 0.222 0.3) 0.,1 0.

$+IDS T+TA9 / DIAMETRE. 0.00 1(,.3( 2,1., 0.0

T+TA9 2.3$+.

C&C#AINA'E #AUTn gau8 e

xes & es &arres an es . . . . .arres an es . . . . .

a res . . . . . .p n6 es . . . . .

es & xes & . . . . .

. . . . .. . . . . .

p n6 es . . . . .

& & . . . . .

. . . . .

4a res 2 33 0.(0 0.20 1.00 0.1) 1.1) 22.0


17/45

14


ET K.A.A.E.T 7$D de ltrier Ha ou ?&.$.4V,G0

ntreprise MER+S TRA;A 7$D de l>ingle Ha ou ?&.$.4G0





es ?arre An8rage


Mar8" n 0/.I/2012

Wa ?

N?s

N%E

7&D

Epin6les 2 33 0.(0 0.) 0.1) 0.)0 33.00

es H-&00 % Axes HA&Darres Ulantes 2 10 11.00 0.(0 1.)0 12.30 .(0

arres Ulantes 2 12 11.00 0.( 1.0 1.2 3.

4a'res 2 ( 0.(0 0.20 1.00 0.1) 1.1) 10.20Epin6les 2 ( 0.(0 0.) 0.1) 0.)0 (.00

SE(*ATIONS : 9+NER T+TA9E 0.00 122.,0 3).10 (0

$+IDS / M9 0.222 0.3) 0.,1 0.

$+IDS T+TA9 / DIAMETRE. 0.00 ((.30 2(. ,2

T+TA9 0/.1.$3,

D&7ON'(INES

or Kon a70 InL et Su>

es / Files O1-2P

arres Ulantes !autes 2 10 (.00 0.(0 0.,0 ).00 0.00

arres Ulantes asses 2 12 (.00 0. 2.1, ,.(3 .

4a'res 2 0 0.2) 0.0 0.30 0.1) 1.0) ,.00Epin6les 2 0 0.0 0.2) 0.1) 0.(0 2(.00

es / Files O1-2P

arres Ulantes !autes 1( 10 2.) 0.(0 0.,0 .) 1).)0

arres Ulantes asses 1( 12 2.) 0. 2.1, ).2( 220.

4a'res 1( 20 0.2) 0.0 0.30 0.1) 1.0) 23(.00

Epin6les 1( 20 0.0 0.2) 0.1) 0.(0 112.00

7, InL et Su>

es A-4 / Files O2P

arres Ulantes !autes 2 10 (.(0 0.) 0.,0 ).) .20

arres Ulantes asses 2 12 (.(0 0.) 2.1, .03 (2.

4a'res 2 2 0.2) 0.(0 1.10 0.1) 1.2) 0.00

Epin6les 2 2 0.(0 0.) 0.1) 0.)0 2.00

es / Files O2-P

arres Ulantes !autes 2 10 .0 0.) 0.,0 (.3 23.,0

e>rage u as %ers e aut et e 6au e %ers a roite


18/45

15

MaBtre douvrage : MEN de ni&Mellal A!itete N+RDDINE SAAD 7$D du 8adre HaG?&.$0.V,G0.

ET K.A.A.E.T 7$D de ltrier Ha ou ?&.$.4V,G

ntreprise MER+S TRA;A 7$D de l>ingle Ha ou ?&.$.4G0




(e8ouveT5 T3 T0. T0

es ?arre An8rage


Mar8" n 0/.I/2012

Wa ?

N?s

N%E

7&D

arres Ulantes asses 2 12 .0 0.) 2.1, ,.(3

4a'res 2 2 0.2) 0.(0 1.10 0.1) 1.2) 0.00

Epin6les 2 2 0.(0 0.) 0.1) 0.)0 2.00

es / Files O)-,P

arres Ulantes !autes 2 10 .0 0.) (.2 2).(0arres Ulantes asses 2 12 .0 0.) (.2 2)

4a'res 2 2 0.2) 0.(0 1.10 0.1) 1.2) ,.)0

Epin6les 2 2 0.(0 0.) 0.1) 0.)0 2.00

es 4 / Files O1-,P

arres Ulantes !autes 2 10 1.,0 0.) 2.(0 21.) 123.20

arres Ulantes asses 2 12 1.,0 0.) 2. 22.01 12

4a'res 2 123 0.2) 0.(0 1.10 0.1) 1.2) 22.)0

Epin6les 2 123 0.(0 0.) 0.1) 0.)0 123.00

es 4 / Files O111P

arres Ulantes !autes 2 10 1(.,0 0.) 2.(0 1.) 10).20

arres Ulantes asses 2 12 1(.,0 0.) 2. 1.01 10

4a'res 2 10 0.2) 0.(0 1.10 0.1) 1.2) 2).)0

Epin6les 2 10 0.(0 0.) 0.1) 0.)0 10.00

7+ InL et Su>

es 4 / Files O111P

arres Ulantes !autes 12 10 .)0 0.0 1.20 10.)0 .00

arres Ulantes asses 12 12 .)0 0.0 1.(( 10.( ,

arres Ulantes 'es oues 12 2 10 .)0 0.00 1.20 3.0 22.0

4a'res 12 ,2 0.2) 0.,0 1.)0 0.1) 1.,) ###

Epin6les 12 ,2 0.,0 0.)) 0.1) 0.0 )20.0

SE(*ATIONS : 9+NER T+TA9E 0.00 ).30 ### 332

$+IDS / M9 0.222 0.3) 0.,1 0.

$+IDS T+TA9 / DIAMETRE. 0.00 12,. ,31.,0 1

T+TA9 ,/311$55


19/45

16


ET K.A.A.E.T 7$D de ltrier Ha ou ?&.$.4V,G0.






es ?arre An8rage


Mar8" n 0/.I/2012

Wa ?

N?s

N%E

7&D

E-AM+R4ES $+TEA=

arres Filantes 20 , 12 1.0 0.,, 0.30 ., (0.2

4a'res 20 1 0.0 0.2) 0.30 0.1) 1.0) ,)1.00

Etr 20 1 0.2) 0.(0 0.1) 0.)) (1.00

arres Filantes ) 12 1.0 0.,, 0.30 ., 1(.(

4a'res 1 ) 1 0.0 0.0 1.00 0.1) 1.1) 1.2)4a res 2 ) 1 0.0 0.0 1.00 0.1) 1.1) 1.2)

arres Fi antes 2 1( 1.0 0. 1.0) .,2a res . . . . . .

r . . . . .

arres an es . . . .4a res 1 , 1 0.(0 0.0 1.20 0.1) 1.) 2)1.10

r . . . . .r . . . . .

arres an es . . . .

a res . . . . . .r . . . . .r . . . . .

SE(*ATIONS : 9+NER T+TA9E 0.00 2().0 0.00 ).,$+IDS / M9 0.222 0.3) 0.,1 0.$+IDS T+TA9 / DIAMETRE. 0.00 112(.03 0.00 (.

T+TA9 ,/+.0$03

RECAPITULATION

SE(*ATIONS : 9+NER T+TA9E 0.00 0.0 ### 3)2.

$+IDS / M9 0.222 0.3) 0.,1 0.

$+IDS T+TA9 / DIAMETRE. 0.00 02.0 ### )10.0

T+TA9 3/541$,0


20/45

21

aBtre douvrage : MEN de ni&Mellal A8"ite8tes :NO(DDINE SAAD 7$D du 8adre HaG?&.$0.V,G0. W 0

7$D de ltrier Ha ou ?&.$.4V,G0.

$E$T : F$A$A$E$T7$D de l>ingle Ha ou ?&.$.4G0. (

Mar8" n :.3%$I%,.0, Entre>rise :Merous Travaux

MINUTE DE CA7CU7 DES ACIE(S EN E7E*ATION


DESI'NATIONSDimensionsongueu

ro8"et(e8ouv

T5 T3 T0. T0,?arres n8rag

2( Aier 8 !aut a'!erene en "le%ation

A&!OTEAU

!# (DCJoint gau8"e!0

arres en attentes , 12 .0 0.30 (.20 201.,0

4a'res ( 0.0 0.2) 0.30 0.1) 1.0) 2).,0

Etr ( 0.2) 0.(0 0.1) 0.)) 1(3.,0

!,arres en attentes 12 .0 0.30 (.20 100.0

2 4a'res , ( 0.0 0.0 1.00 0.1) 1.1) 2(.,0

!2arres en attentes 10 1( .0 1.0) (.)

4a'res 1 0.) 0.0 1.10 0.1) 1.2) 1.)

Etr 1 , 0.0 0.)0 0.1) 0.,) 1((.0

Etr 2 0.) 0.,0 0.1) 0.) .2)

!4arres en attentes 10 1, .0 1.20 (.)0

4a'res 1 0.() 0.0 1.0 0.1) 1.() 1,0.3)

Etr 1 , 0.0 0.)0 0.1) 0.,) 1((.0

Etr 2 0.() 0.0 0.1) 0.3) 10).()

Joint droit!0

arres en attentes 12 , 12 .) 0.30 (.,) (.0

4a'res 12 0.0 0.2) 0.30 0.1) 1.0) (,,.20

Etr 12 0.2) 0.(0 0.1) 0.)) 2((.20

!,arres en attentes 2 12 .) 0.30 (.,) (.(0

oet : T(A*AU DETENSION DES CO77E'ES SIDI AME(U#A7I A A'#A7A

Wa ?

N?s

N%E

7&D


21/45

22

aBtre douvrage : MEN de ni&Mellal A8"ite8tes :NO(DDINE SAAD 7$D du 8adre HaG?&.$0.V,G0. W 0


$E$T : F$A$A$E$T7$D de l>ingle Ha ou ?&.$.4G0. (





ro8"et(e8ouv



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2 4a'res ( 0.0 0.0 1.00 0.1) 1.1) 10.20

!+

arres Filantes 2 1( .) 1.0) (.04a'res 2 0.) 0.0 1.10 0.1) 1.2) 32.)0

Etr ( 0.0 0.)0 0.1) 0.,) 3,.20

!2arres Filantes 10 1( .) 1.0) (.0

4a'res 1 (0 0.) 0.0 1.10 0.1) 1.2) 1)0.00

Etr 1 , (0 0.0 0.)0 0.1) 0.,) 1),.00

Etr 2 (0 0.) 0.,0 0.1) 0.) 30.00

!4arres Filantes 10 1, .) 1.20 (.3)

4a'res 1 (0 0.() 0.0 1.0 0.1) 1.() 1(.00

Etr 1 , (0 0.0 0.)0 0.1) 0.,) 1),.00

Etr 2 (0 0.() 0.0 0.1) 0.3) 11(.00

!# 0E( ETA'EAxe A

!0arres en attentes ) , 12 2.0 0.30 .,0 10.00

4a'res ) 0 0.0 0.2) 0.30 0.1) 1.0) 1).)0

Etr ) 0 0.2) 0.(0 0.1) 0.)) 2.)0

arres en attentes , 10 1( .0 1.0) (.)

4a'res 1 , 0.) 0.0 1.10 0.1) 1.2) 2.)0Etr 1 12 0.0 0.)0 0.1) 0.,) 2.,0

Etr 2 , 0.) 0.,0 0.1) 0.) 1,,.)0Axe

arres en attentes 2 , 12 .) 0.30 (.,) )).0

4a'res 2 0.0 0.2) 0.30 0.1) 1.0) .0


22/45

23

aBtre douvrage : MEN de ni&Mellal A8"ite8tes :NO(DDINE SAAD 7$D du 8adre HaG?&.$0.V,G0. W


$E$T : F$A$A$E$T7$D de l>ingle Ha ou ?&.$.4G0.





ro8"et(e8ouv



Wa ?

N?s

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7&D

Etr 2 0.2) 0.(0 0.1) 0.)) (0.0

arres en attentes 12 .) 0.30 (.,) 111.,02 4a res , 0.0 0.0 1.00 0.1) 1.1) 2)).0

arres Fi antes 1 1( .) 1.0) (.04a res 1 0.) 0.0 1.10 0.1) 1.2) (,.2)

Etr 2 0.0 0.)0 0.1) 0.,) (.10xe

arres en attentes 2 , 12 .) 0.30 (.,) )).04a res 2 0.0 0.2) 0.30 0.1) 1.0) .0

Etr 2 0.2) 0.(0 0.1) 0.)) (0.0

arres en attentes 2 12 .) 0.30 (.,) (.(0

2 4a'res ( 0.0 0.0 1.00 0.1) 1.1) 10.20

arres Filantes 1 1( .) 1.0) (.04a'res 1 0.) 0.0 1.10 0.1) 1.2) (,.2)

Etr 2 0.0 0.)0 0.1) 0.,) (.10

arres Filantes , 10 1, .) 1.20 (.3)a res . . . . . .

r . . . . .r . . . . .

xe

arres en a en es . . . .

4a'res 11 0.0 0.2) 0.30 0.1) 1.0) (2.)

Etr 11 0.2) 0.(0 0.1) 0.)) 22.) 9+NER T+TA9E . . . .

$+IDS / M9 . . . .$+IDS T+TA9 / DIAMETR . . . .


23/45

24








ro8"et(e8ouv



Wa ?

N?s

N%E

7&D

T+TA9 4/55-$.+

&!outres

p ra6e u aut %ers e as et u 6au e %ers a roite#or Konta

N0arres Fi antes Rep re 1 1, 1.)2 0.(, 1.3arres Fi antes Rep re ( 1 12 (.1( (.1( 12.(2arres Fi antes Rep re ) 1 12 (.,0 0.0 (.30 1(.0arres Fi antes Rep re , 1 12 1.( 1.( ).22

4a res Rep re 2 1 , , 1.0 0.1 1.3 )0.0(Etr Rep re 1 1 , , 0. 0. 1.10 3.,0

N,arres Fi antes Rep re , 1 12 (.30 0.(, )., 1,.0arres Fi antes Rep re 1 .,( .,( 10.32arres Fi antes Rep re 1 12 (.2 0.0 (.,2 1.,

4a res Rep re 3 1 2 , 0.3 0.1 1.2( (.2

ETR Rep re 10 1 2 , 1.1 0. 1.)0 (2.00N+arres Fi antes Rep re 11 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 12 1 12 (.) (.) 1.0)arres Fi antes Rep re 1 1 12 (.2 0.0 (.) 1.1

4a res Rep re 1( 1 2 , 1.1 0.1 1.( (1.((Etr Rep re 1) 1 2 , 0.3 0. 1.2, ).2

N2arres Fi antes Rep re 1, 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 1 1 12 (.)1 (.)1 1.)arres Fi antes Rep re 1 1 12 (.1 0.0 (.,1 1.

4a res Rep re 13 1 2 , 1.1 0.1 1.( (1.((Etr Rep re 20 1 2 , 0.3 0. 1.2, ).2

N4arres an es ep re . . . .


24/45

25







DESI'NATIONSDimensionsongue

ro8"et(e8ouv



Wa ?

N?s

N%E

7&D

arres Fi antes Rep re 22 1 12 2.32 2.32 .,arres Fi antes Rep re 2 1 12 (.0 0.0 (.,0 1.0arres Fi antes Rep re 2( 1 12 (.2 0.0 (.) 1.(

4a res Rep re 2) 1 2 , 1.1 0.1 1.( (1.((Etr Rep re 2, 1 2 , 0.3 0. 1.2, ).2

N5arres Filantes Rep7re 1 1 12 2.32 0.(, . 10.1(arres Fi antes Rep re 2 1 .,3 .,3 11.0arres Fi antes Rep re 1 12 (.) 0.0 (. 1(.,1

4a res Rep re ( 1 2 , 0.) 0.1 0.3 2(.32Etr Rep re ) 1 2 , 1.1 0. 1.)0 (2.00

N-arres Fi antes Rep re , 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 1 12 (.1 (.1 1(.(arres Fi antes Rep re 1 12 (.2, 0.0 (.), 1.,

4a res Rep re 3 1 2 , 1.1 0.1 1.( (1.((Etr Rep re 10 1 2 , 0.) 0. 0.31 2).(

N3

arres Fi antes Rep re 11 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 12 1 12 (.0 (.0 12.30arres Fi antes Rep re 1 1 12 (.2 0.0 (.,2 1.,

4a res Rep re 1( 1 2 , 1.1 0.1 1.( (1.((Etr Rep re 1) 1 2 , 0.) 0. 0.31 2).(

N1arres Fi antes Rep re 1, 1 12 2.3 0.(, .( 10.23arres Fi antes Rep re 1 1 12 (.(0 (.(0 1.20

arres an es ep re . . . .arres Fi antes Rep re 13 1 12 (.3 0.0 (.,3 1(.0

. . . .EtrRep re 21 1 23 , 0.) 0. 0.31 2,.3

arres Fi antes Rep re 1 1 12 2.12 0.(, 2.) .(arres Fi antes Rep re 2 1 2.03 2.03 ,.2arres Fi antes Rep re 1 12 2.,) 0.0 2.3) .)


25/45

26








ro8"et(e8ouv



Wa ?

N?s

N%E

7&D

4a res Rep re ( 1 2 , 0.3 0.1 1.2 ).(Etr Rep re ) 1 2 , 0. 0. 1.10 0.0

arres Fi antes Rep re , 1 1, .,( 0.(, (.10arres an es ep re . . .arres an es ep re . . . .

. . .arres Fi antes Rep re 10 1 1, (.31 0.0 ).21

4a res Rep re 11 1 2 0. 0.1 1.1 .0(arres Fi antes Rep re 12 1 0.3 0.0 1.13 .)

Etr Rep re 1 1 2 0., 0. 1.00 2.00arres Fi antes Rep re 12 1 0.,3 0.0 0.33 2.3

N0,arres Fi antes Rep re 1 1 1, .,1 0.(, (.0arres Fi antes Rep re 2 1 (.3 (.3 1.1arres Fi antes Rep re 1 1, ).)2 0.0 ).2

4a res Rep re ( 1 2 0. 0.1 1.1 .0(Etr Rep re ) 1 2 0., 0. 1.00 2.00

arres Fi antes Rep re , 1 1, ,.(2 0.(, ,.arres Fi antes Rep re 1 1, .,1 .,1arres Filantes Rep7re 1 (.3 0.0 (.,3 1(.0arres Fi antes Rep re 3 1 1, ).)2 0.0 ).2

a res ep re . . . .Etr ep re 11 1 0., 0.1 0.3 ,.2,

N02arres Fi antes Rep re 1 1 12 .3) 0.(, (.(1 1.2arres Fi antes Rep re 2 1 12 .3) .3) 11.)

4a res Rep re 1 2 , 0. 0.1 1.1 .0(Etr Rep re ( 1 2 , 0.( 0. 0., 21.2

N04arres Fi antes Rep re 1 1 12 .1) 0.(, .,1 10.arres Fi antes Rep re 2 1 (.1( (.1( 12.(2

arres an es ep re . . . .


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4a res Rep re ( 1 2 , 0., 0.1 0.3( 2,.2Etr Rep re ) 1 2 , 1.2 0. 1.,0 ((.0

N05

arres Fi antes Rep re , 1 12 ).12 0.(, ).) 1,.(arres Fi antes Rep re 1 .,( .,( 10.32arres Fi antes Rep re 1 12 (.( 0.0 (.,( 1.32

4a res Rep re 3 1 2, , 0., 0.0 0.3 2(.1

Etr ep7re 10 1 2, , 1.2 0.1 1.) (1.0N0-

arres Fi antes Rep re 11 1 .)3 0.(, (.0) 12.1)arres Filantes Rep7re 12 1 12 (. (. 1.11arres Fi antes Rep re 1 1 12 (.23 0.0 (.)3 1.

4a res Rep re 1( 1 2, , 1.2 0.0 1.) (0.2Etr ep re 1) 1 2, , 0., 0.1 0.3( 2(.((

N03arres Fi antes Rep re 1, 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 1 1 12 (.)( (.)( 1.,2arres Fi antes Rep re 1 1 12 (. 0.0 (., 1.3

4a'res Rep7re 13 1 2, , 1.2 0.0 1.) (0.2Etr ep re 20 1 2, , 0., 0.1 0.3( 2(.((N01

arres Fi antes Rep re 21 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 22 1 12 2.32 2.32 .,arres Fi antes Rep re 2 1 12 (.1) 0.0 (.() 1.)arres Fi antes Rep re 2( 1 12 (. 0.0 (., 1.3

4a res Rep re 2) 1 2, , 1.2 0.0 1.) (0.2Etr ep re 2, 1 2, , 0., 0.1 0.3( 2(.((

N,.arres Fi antes Rep re 1 1 12 2.32 0.(, . 10.1(arres Fi antes Rep re 2 1 .,3 .,3 11.0arres Fi antes Rep re 1 12 (.1 0.0 (.( 1.(1

a res ep re . . . .Etr Rep re ) 1 2) , 1.2 0. 1.,0 (0.00

N,0


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arres Fi antes Rep re , 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 1 12 (. (. 1(.(3arres Fi antes Rep re 1 12 (.2, 0.0 (.), 1.,

4a res Rep re 3 1 2, , 1.2 0.0 1.) (0.2Etr ep7re 10 1 2, , 0., 0.1 0.3( 2(.((

N,,arres Filantes Rep7re 11 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 12 1 12 (.2 (.2 12.3,arres Fi antes Rep re 1 1 12 (.( 0.0 (.,( 1.32

4a res Rep re 1( 1 2, , 1.2 0.0 1.) (0.2

Etr ep re 1) 1 2, , 0., 0.1 0.3( 2(.((N,+

arres Fi antes Rep re 1, 1 12 2.3 0.(, .( 10.23arres Fi antes Rep re 1 1 12 (.(2 (.(2 1.2,arres Fi antes Rep re 1 1 .3 0.0 (.03 12.2arres Fi antes Rep re 13 1 (.(0 0.0 (.0 1(.10

4a res Rep re 20 1 2, , 1.2 0.0 1.) (0.2Etr ep re 21 1 2, , 0., 0.1 0.3( 2(.((

N,2arres Fi antes Rep re 1 1 12 .1) 0.(, .,1 10.arres Fi antes Rep re 2 1 (.1( (.1( 12.(2arres Fi antes Rep re 1 12 (.,2 0.0 (.32 1(.,

a res ep re . . . .Etr Rep re ) 1 2 , 1.2 0. 1.,0 ((.0

N,4arres Fi antes Rep re , 1 12 ).12 0.(, ).) 1,.(arres Fi antes Rep re 1 .,( .,( 10.32arres Fi antes Rep re 1 12 (.( 0.0 (.,( 1.32

4a res Rep re 3 1 2, , 0., 0.0 0.3 2(.1r ep re . . . .

N,5arres Fi antes Rep re 11 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 12 1 12 (. (. 1.11arres Filantes Rep7re 1 1 12 (.23 0.0 (.)3 1.


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4a res Rep re 1( 1 2, , 1.2 0.0 1.) (0.2

Etr ep7re 1) 1 2, , 0., 0.1 0.3( 2(.((N,-

arres Fi antes Rep re 1, 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 1 1 12 (.)( (.)( 1.,2arres Fi antes Rep re 1 1 12 (. 0.0 (., 1.3


N,3arres Fi antes Rep re 21 1 .,3 0.(, (.1) 12.()arres Filantes Rep7re 22 1 12 2.32 2.32 .,arres Fi antes Rep re 2 1 12 (.1) 0.0 (.() 1.)arres Fi antes Rep re 2( 1 12 (.0 0.0 (.,0 1.0

4a res Rep re 2) 1 2) , 1.2 0.0 1.) 3.2)Etr ep re 2, 1 2) , 0., 0.1 0.3( 2.)0

N,1arres Fi antes Rep re 1 1 12 2.32 0.(, . 10.1(arres Fi antes Rep re 2 1 .,3 .,3 11.0

arres Fi antes Rep re 1 12 (.1 0.0 (.( 1.(14a res Rep re ( 1 2) , 0., 0.1 0.3( 2.)0

Etr Rep re ) 1 2) , 1.2 0. 1.,0 (0.00N+.

arres Fi antes Rep re , 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 1 12 (. (. 1(.(3arres Fi antes Rep re 1 12 (.2, 0.0 (.), 1.,


N+0arres Fi antes Rep re 11 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 12 1 12 (. (. 1.11arres Fi antes Rep re 1 1 12 (.23 0.0 (.)3 1.

4a'res Rep7re 1( 1 2, , 1.2 0.0 1.) (0.2

Etr ep7re 1) 1 2, , 0., 0.1 0.3( 2(.((


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arres Filantes Rep7re 1, 1 12 2.3 0.(, .( 10.23arres Fi antes Rep re 1 1 12 (.(2 (.(2 1.2,

arres Fi antes Rep re 1 1 (.(0 0.0 (.0 1(.104a res Rep re 13 1 2, , 1.2 0.0 1.) (0.2

Etr ep re 20 1 2, , 0., 0.1 0.3( 2(.((N++

arres Fi antes Rep re 1 1 2.,( 0.(, .10 3.0arres Fi antes Rep re 2 1 12 (. (. 1(.(3

arres an es ep re . . . .arres an es ep re . . . .

4a res Rep re ) 1 21 , 0.3 0.1 1.2 2,.Etr Rep re , 1 21 , 0.( 0. 0.1 1.01

N+2arres Fi antes Rep re 1 (.03 0.(, (.)) 1.,)arres Fi antes Rep re 1 12 (.3) (.3) 1(.)

4a res Rep re 3 1 23 , 0.3 0.1 1.2 .12Etr Rep re 10 1 23 , 0.( 0. 0.1 2.(3

N+4arres Fi antes Rep re 11 1 12 (.,0 0.(, ).0, 1).1arres Filantes Rep7re 12 1 12 .20 .20 3.,0arres Fi antes Rep re 1 1 (.2( (.2( 12.2arres Fi antes Rep re 1( 1 12 2.0 2.0 ,.03arres Fi antes Rep re 1) 1 12 (.3) (.3) 1(.)

4a res Rep re 1, 1 23 , 1.2 0.1 1.) ().2Etr Rep re 1 1 23 , 0., 0. 0.3, 2.(

N+5arres Fi antes Rep re 1 3 2.,( 0.(, .10 .0arres Fi antes Rep re 2 3 12 (.3 (.3 1.11arres Fi antes Rep re 3 12 2.(0 0.0 2.0 2.30arres Fi antes Rep re ( 3 12 .)2 0.0 .2 10.1(

4a res Rep re ) 3 21 , 0.3 0.1 1.2 2(1.32Etr Rep re , 3 21 , 0.( 0. 0.1 1).03


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arres Fi antes Rep re 1 (.21 0.(, (., 1(.01arres Fi antes Rep re ( 1 12 . . 11.13arres Fi antes Rep re ) 1 12 (.3 0.0 ).2 1).(

arres Fi antes Rep re , 1 12 2.)3 0.0 2.3 .,arres Fi antes Rep re 1 12 2.31 0.0 .21 3.,

4a res Rep re 1 1 3 , 0. 0.1 1.1 (,.02Etr Rep re 2 1 3 , 1.1 0. 1.)1 ).3

N+3arres Fi antes Rep re 10 2 (.21 0.(, (., 2.02arres Fi antes Rep re 11 2 12 (.03 (.03 2(.)(arres Fi antes Rep re 12 2 12 (.3 0.0 ).2 1.,arres Fi antes Rep re 1 2 12 2.31 0.0 .21 13.2,arres Fi antes Rep re 1( 2 12 (.)3 0.0 (.3 23.(

4a res Rep re 2 3 , 0. 0.1 1.1 32.0(Etr Rep re 3 2 3 , 1.1 0. 1.)1 11.

N+1arres Fi antes Rep re , 2 12 (.0 0.(, ).1, 0.3,arres Fi antes Rep re 2 (.03 (.03 2(.)(

arres an es ep re . . . .arres Fi antes Rep re 3 2 12 2.,, 0.0 2.3, 1.,

4a res Rep re 10 2 23 , 1.0 0.1 1.( .2Etr Rep re 11 2 23 , 1.2 0. 1.,0 32.0

arres Fi antes Rep re 12 1 12 (., 0.(, ).2 1).3,arres Fi antes Rep re 1 1 12 .20 .20 3.,0arres Fi antes Rep re 1( 1 (.2( 0.0 (.)( 1.,2arres Fi antes Rep re 1) 1 12 2.( 0.0 2. .13arres Fi antes Rep re 1, 1 12 ).0 0.0 ). 1).33arres Fi antes Rep re 1 1 12 2.31 0.0 .21 3.,

4a res Rep re 1 1 23 , 1.0 0.1 1.( .,Etr Rep re 13 1 23 , 1.2 0. 1.,0 (,.(0

N20arres Fi antes Rep re 1 1 12 2.(0 0.(, 2., .)


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arres Fi antes Rep re 2 1 2.,( 2.,( .32arres Fi antes Rep re 1 12 .)2 0.0 .2 11.(,

4a res Rep re ( 1 21 , 0.3 0.1 1.2 2,.

Etr Rep7re ) 1 21 , 0. 0. 1.0, 22.2,N2,

arres Fi antes Rep re , 1 12 (., 0.(, ).22 1).,,arres Fi antes Rep re 1 (.03 (.03 12.2arres Fi antes Rep re 1 12 ).0 0.0 ). 1).33arres Fi antes Rep re 3 1 12 2.) 0.0 2. .,(

4a res Rep re 10 1 23 , 1.0 0.0 1. .)Etr ep re 11 1 23 , 1.2 0.1 1.) ().2

N2+arres Fi antes Rep re 12 1 12 (., 0.(, ).2 1).3,arres Fi antes Rep re 1 1 12 .20 .20 3.,0arres Fi antes Rep re 1( 1 (.2( 0.0 (.)( 1.,2arres Fi antes Rep re 1) 1 12 2.( 0.0 2. .13arres Fi antes Rep re 1, 1 12 ).0 0.0 ). 1).33arres Fi antes Rep re 1 1 12 2.3 0.0 .2 3.,3


N22arres Fi antes Rep re 1 1 12 .20 0.(, .,, 10.3arres Filantes Rep7re 2 1 (.2( (.2( 12.2arres Fi antes Rep re 1 12 (.0 0.0 ).00 1).00arres Fi antes Rep re ( 1 12 2., 0.0 .0, 3.1

4a res Rep re ) 1 21 , 1.0 0.1 1. 2.3Etr Rep re , 1 21 , 0. 0. 1.1, 2(.,

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arres Fi antes Rep re 1 , )0 0. 0.(, 1.( (02.00arres Fi antes Rep re 2 , ( 10 .2( .2( 13.,arres Fi antes Rep re , (2 , 0.( 0.0 0. 13(.0(arres Fi antes Rep re ( , .1 0.0 .( (0.0(

arres an es ep re . . .


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. . .arres Fi antes Rep re , )0 2.21 0.(, 2., 01.00

. . . .

arres Fi antes Rep re 3 , ( 12 .0 0.0 3.10 21.(0arres Fi antes Rep re 10 , ( 12 .0 0.1 3.01 21,.2(arres Fi antes Rep re 11 , ( 20 3.20 0. 3.)arres Fi antes Rep re 12 20 3.10

N0arres Fi antes Rep re 1 , 12 1.)2 0.(, 1.3 11.

4a res Rep re 2 1 2 , 0.( 0.1 0. 21.0,Epin6 es Rep re 1 1 2 , 0. 0. 1.11 23.3



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N0arres Fi antes Rep re 1 1, 1.)2 0.(, 1.3arres Fi antes Rep re ( 1 12 (.1( (.1( 12.(2arres Fi antes Rep re ) 1 12 (.,0 0.0 (.30 1(.0arres Fi antes Rep re , 1 12 1.( 1.( ).22

4a res Rep re 2 1 , , 1.0 0.1 1.3 )0.0(Etr Rep re 1 1 , , 0. 0. 1.10 3.,0

N,arres Fi antes Rep re , 1 12 (.30 0.(, )., 1,.0


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arres Fi antes Rep re 1 .,( .,( 10.32arres Fi antes Rep re 1 12 (.2 0.0 (.,2 1.,

4a res Rep re 3 1 2 , 0.3 0.1 1.2( (.2

ETR Rep re 10 1 2 , 1.1 0. 1.)0 (2.00N+

arres Fi antes Rep re 11 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 12 1 12 (.) (.) 1.0)arres Fi antes Rep re 1 1 12 (.2 0.0 (.) 1.1

4a res Rep re 1( 1 2 , 1.1 0.1 1.( (1.((Etr Rep re 1) 1 2 , 0.3 0. 1.2, ).2

N2arres Fi antes Rep re 1, 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 1 1 12 (.)1 (.)1 1.)arres Fi antes Rep re 1 1 12 (.1 0.0 (.,1 1.

4a res Rep re 13 1 2 , 1.1 0.1 1.( (1.((Etr Rep re 20 1 2 , 0.3 0. 1.2, ).2

N4arres Fi antes Rep re 21 1 .,3 0.(, (.1) 12.()

arres Fi antes Rep re 22 1 12 2.32 2.32 .,arres Fi antes Rep re 2 1 12 (.0 0.0 (.,0 1.0arres Fi antes Rep re 2( 1 12 (.2 0.0 (.) 1.(

4a res Rep re 2) 1 2 , 1.1 0.1 1.( (1.((Etr Rep re 2, 1 2 , 0.3 0. 1.2, ).2

N5arres Fi antes Rep re 1 1 12 2.32 0.(, . 10.1(arres Fi antes Rep re 2 1 .,3 .,3 11.0arres Fi antes Rep re 1 12 (.) 0.0 (. 1(.,1

4a res Rep re ( 1 2 , 0.) 0.1 0.3 2(.32Etr Rep re ) 1 2 , 1.1 0. 1.)0 (2.00

N-arres Fi antes Rep re , 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 1 12 (.1 (.1 1(.(arres Filantes Rep7re 1 12 (.2, 0.0 (.), 1.,


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4a res Rep re 3 1 2 , 1.1 0.1 1.( (1.((Etr Rep re 10 1 2 , 0.) 0. 0.31 2).(

N3arres Fi antes Rep re 11 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 12 1 12 (.0 (.0 12.30arres Fi antes Rep re 1 1 12 (.2 0.0 (.,2 1.,

4a res Rep re 1( 1 2 , 1.1 0.1 1.( (1.((Etr Rep re 1) 1 2 , 0.) 0. 0.31 2).(

N1arres Fi antes Rep re 1, 1 12 2.3 0.(, .( 10.23arres Fi antes Rep re 1 1 12 (.(0 (.(0 1.20arres Fi antes Rep re 1 1 .3 0.0 (.03 12.2arres Fi antes Rep re 13 1 12 (.3 0.0 (.,3 1(.0

4a res Rep re 20 1 23 , 1.1 0.1 1.( (2.32EtrRep re 21 1 23 , 0.) 0. 0.31 2,.3

N0.arres Fi antes Rep re 1 1 12 2.12 0.(, 2.) .(arres Fi antes Rep re 2 1 2.03 2.03 ,.2

arres Fi antes Rep re 1 12 2.,) 0.0 2.3) .)4a'res Rep7re ( 1 2 , 0.3 0.1 1.2 ).(

Etr Rep re ) 1 2 , 0. 0. 1.10 0.0

N00arres Fi antes Rep re , 1 1, .,( 0.(, (.10arres Fi antes Rep re 1 12 2.2 2.2 .(,arres Fi antes Rep re 1 .,3 0.0 .33 11.3arres Fi antes Rep re 3 1 1, 2.3 0.0 2.,3arres Fi antes Rep re 10 1 1, (.31 0.0 ).21

4a res Rep re 11 1 2 0. 0.1 1.1 .0(arres Fi antes Rep re 12 1 0.3 0.0 1.13 .)

Etr Rep re 1 1 2 0., 0. 1.00 2.00arres Fi antes Rep re 12 1 0.,3 0.0 0.33 2.3

N0,arres Filantes Rep7re 1 1 1, .,1 0.(, (.0


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arres Fi antes Rep re 2 1 (.3 (.3 1.1arres Fi antes Rep re 1 1, ).)2 0.0 ).2

4a res Rep re ( 1 2 0. 0.1 1.1 .0(

Etr Rep re ) 1 2 0., 0. 1.00 2.00N0+

arres Fi antes Rep re , 1 1, ,.(2 0.(, ,.arres Fi antes Rep re 1 1, .,1 .,1arres Fi antes Rep re 1 (.3 0.0 (.,3 1(.0arres Fi antes Rep re 3 1 1, ).)2 0.0 ).2

4a res Rep re 10 1 0. 0.0 1.1 (.23Etr ep re 11 1 0., 0.1 0.3 ,.2,

N02arres Fi antes Rep re 1 1 12 .3) 0.(, (.(1 1.2arres Fi antes Rep re 2 1 12 .3) .3) 11.)

4a res Rep re 1 2 , 0. 0.1 1.1 .0(Etr Rep re ( 1 2 , 0.( 0. 0., 21.2

N04arres Fi antes Rep re 1 1 12 .1) 0.(, .,1 10.

arres Fi antes Rep re 2 1 (.1( (.1( 12.(2arres Fi antes Rep re 1 12 (.,2 0.0 (.32 1(.,

4a res Rep re ( 1 2 , 0., 0.1 0.3( 2,.2Etr Rep re ) 1 2 , 1.2 0. 1.,0 ((.0

N05arres Fi antes Rep re , 1 12 ).12 0.(, ).) 1,.(arres Fi antes Rep re 1 .,( .,( 10.32arres Fi antes Rep re 1 12 (.( 0.0 (.,( 1.32

4a res Rep re 3 1 2, , 0., 0.0 0.3 2(.1

Etr ep7re 10 1 2, , 1.2 0.1 1.) (1.0N0-

arres Fi antes Rep re 11 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 12 1 12 (. (. 1.11arres Fi antes Rep re 1 1 12 (.23 0.0 (.)3 1.

4a res Rep re 1( 1 2, , 1.2 0.0 1.) (0.2


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Etr ep re 1) 1 2, , 0., 0.1 0.3( 2(.((N03

arres Fi antes Rep re 1, 1 .)3 0.(, (.0) 12.1)

arres Fi antes Rep re 1 1 12 (.)( (.)( 1.,2arres Fi antes Rep re 1 1 12 (. 0.0 (., 1.3


N01arres Fi antes Rep re 21 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 22 1 12 2.32 2.32 .,arres Fi antes Rep re 2 1 12 (.1) 0.0 (.() 1.)arres Fi antes Rep re 2( 1 12 (. 0.0 (., 1.3

4a res Rep re 2) 1 2, , 1.2 0.0 1.) (0.2Etr ep re 2, 1 2, , 0., 0.1 0.3( 2(.((

N,.arres Fi antes Rep re 1 1 12 2.32 0.(, . 10.1(arres Filantes Rep7re 2 1 .,3 .,3 11.0arres Fi antes Rep re 1 12 (.1 0.0 (.( 1.(1

4a res Rep re ( 1 2) , 0., 0.1 0.3( 2.)0Etr Rep re ) 1 2) , 1.2 0. 1.,0 (0.00

N,0arres Fi antes Rep re , 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 1 12 (. (. 1(.(3arres Fi antes Rep re 1 12 (.2, 0.0 (.), 1.,

4a res Rep re 3 1 2, , 1.2 0.0 1.) (0.2

Etr ep7re 10 1 2, , 0., 0.1 0.3( 2(.((N,,

arres Fi antes Rep re 11 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 12 1 12 (.2 (.2 12.3,arres Fi antes Rep re 1 1 12 (.( 0.0 (.,( 1.32

4a res Rep re 1( 1 2, , 1.2 0.0 1.) (0.2

Etr ep7re 1) 1 2, , 0., 0.1 0.3( 2(.((N,+


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arres Fi antes Rep re 1, 1 12 2.3 0.(, .( 10.23arres Fi antes Rep re 1 1 12 (.(2 (.(2 1.2,arres Fi antes Rep re 1 1 .3 0.0 (.03 12.2

arres Fi antes Rep re 13 1 (.(0 0.0 (.0 1(.104a res Rep re 20 1 2, , 1.2 0.0 1.) (0.2

Etr ep re 21 1 2, , 0., 0.1 0.3( 2(.((

N,2arres Fi antes Rep re 1 1 12 .1) 0.(, .,1 10.arres Fi antes Rep re 2 1 (.1( (.1( 12.(2arres Fi antes Rep re 1 12 (.,2 0.0 (.32 1(.,

4a'res Rep7re ( 1 2 , 0., 0.1 0.3( 2,.2Etr Rep re ) 1 2 , 1.2 0. 1.,0 ((.0

N,4arres Fi antes Rep re , 1 12 ).12 0.(, ).) 1,.(arres Fi antes Rep re 1 .,( .,( 10.32arres Fi antes Rep re 1 12 (.( 0.0 (.,( 1.32

4a res Rep re 3 1 2, , 0., 0.0 0.3 2(.1

Etr ep7re 10 1 2, , 1.2 0.1 1.) (1.0

N,5arres Fi antes Rep re 11 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 12 1 12 (. (. 1.11arres Fi antes Rep re 1 1 12 (.23 0.0 (.)3 1.

4a res Rep re 1( 1 2, , 1.2 0.0 1.) (0.2

Etr ep7re 1) 1 2, , 0., 0.1 0.3( 2(.((N,-

arres Fi antes Rep re 1, 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 1 1 12 (.)( (.)( 1.,2arres Filantes Rep7re 1 1 12 (. 0.0 (., 1.3


N,3arres Fi antes Rep re 21 1 .,3 0.(, (.1) 12.()arres Fi antes Rep re 22 1 12 2.32 2.32 .,


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arres Fi antes Rep re 2 1 12 (.1) 0.0 (.() 1.)arres Fi antes Rep re 2( 1 12 (.0 0.0 (.,0 1.0

4a res Rep re 2) 1 2) , 1.2 0.0 1.) 3.2)

Etr ep re 2, 1 2) , 0., 0.1 0.3( 2.)0N,1

arres Fi antes Rep re 1 1 12 2.32 0.(, . 10.1(arres Fi antes Rep re 2 1 .,3 .,3 11.0arres Fi antes Rep re 1 12 (.1 0.0 (.( 1.(1

4a res Rep re ( 1 2) , 0., 0.1 0.3( 2.)0Etr Rep re ) 1 2) , 1.2 0. 1.,0 (0.00

N+.arres Fi antes Rep re , 1 .)3 0.(, (.0) 12.1)arres Fi antes Rep re 1 12 (. (. 1(.(3arres Fi antes Rep re 1 12 (.2, 0.0 (.), 1.,

4a res Rep re 3 1 2, , 1.2 0.0 1.) (0.2

Etr ep7re 10 1 2, , 0., 0.1 0.3( 2(.((N+0

arres Fi antes Rep re 11 1 .)3 0.(, (.0) 12.1)

arres Fi antes Rep re 12 1 12 (. (. 1.11arres Fi antes Rep re 1 1 12 (.23 0.0 (.)3 1.

4a res Rep re 1( 1 2, , 1.2 0.0 1.) (0.2

Etr ep7re 1) 1 2, , 0., 0.1 0.3( 2(.((N+,

arres Fi antes Rep re 1, 1 12 2.3 0.(, .( 10.23arres Fi antes Rep re 1 1 12 (.(2 (.(2 1.2,arres Fi antes Rep re 1 1 (.(0 0.0 (.0 1(.10


N++arres Fi antes Rep re 1 1 2.,( 0.(, .10 3.0arres Fi antes Rep re 2 1 12 (. (. 1(.(3arres Fi antes Rep re 1 12 2.(0 0.0 2.0 .10arres Fi antes Rep re ( 1 12 .)2 0.0 .2 11.(,


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N+2arres Fi antes Rep re 1 (.03 0.(, (.)) 1.,)arres Fi antes Rep re 1 12 (.3) (.3) 1(.)

4a res Rep re 3 1 23 , 0.3 0.1 1.2 .12Etr Rep re 10 1 23 , 0.( 0. 0.1 2.(3

N+4arres Fi antes Rep re 11 1 12 (.,0 0.(, ).0, 1).1arres Fi antes Rep re 12 1 12 .20 .20 3.,0arres Fi antes Rep re 1 1 (.2( (.2( 12.2arres Fi antes Rep re 1( 1 12 2.0 2.0 ,.03arres Fi antes Rep re 1) 1 12 (.3) (.3) 1(.)

4a res Rep re 1, 1 23 , 1.2 0.1 1.) ().2Etr Rep re 1 1 23 , 0., 0. 0.3, 2.(

N+5arres Fi antes Rep re 1 3 2.,( 0.(, .10 .0arres Fi antes Rep re 2 3 12 (.3 (.3 1.11

arres Fi antes Rep re 3 12 2.(0 0.0 2.0 2.30arres Fi antes Rep re ( 3 12 .)2 0.0 .2 10.1(

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