contractacio.costabrava.org€¦ · PRIMER.- OBJECTE DEL CONTRACTE És objecte de la present contractació el muntatge, desmuntatge, transport, supervisió, adaptació i autoritzacions

______________________________________________________ Plec de prescripcions tècniques que regiran la cont ractació del servei de muntatge i desmuntatge, transport, superv isió, adaptacions i gestió d’autoritzacions dels estands del Patronat de Turisme Costa Brava Girona a cinc fires anuals de t urisme subjectes a regulació harmonitzada, mitjançant proc ediment obert amb una pluralitat de criteris d’adjudicació ______________________________________________________

PRIMER.- OBJECTE DEL CONTRACTE És objecte de la present contractació el muntatge, desmuntatge, transport, supervisió, adaptació i autoritzacions de l’estand del Patronat de Turisme Costa Brava en les cinc Fires de turisme anuals en les que participa amb estand propi l’any 2018 i 2019, d’acord amb la memòria descriptiva, inventari i característiques, plànols, escandalls i fotografies annexes a aquest plec. Modalitat del contracte: “claus en mà”. L’objecte del contracte compren el transport dels estands del Patronat a cinc fires nacionals i internacionals des dels magatzems de l’entitat a Girona, amb càrrega i descàrrega inclosa, així com el seu retorn posterior, amb càrrega i descàrrega inclosa, finalitzada la fira, al mateix magatzem, les adaptacions necessàries a cadascun dels espais concrets de les fires (adaptació dels estands, canvis de vinils, gràfiques, fotografies a les mides que sigui necessàries, impressió logos, etc..), la tramitació de les autoritzacions necessàries per tenir tots els permisos necessaris per a cada fira abans del seu inici i la contractació de subministres necessaris per al funcionament de l’estand segons els requeriments de la memòria descriptiva, el muntatge de l’estand que ha d’estar finalitzat i perfectament net per al seu lliurament un dia abans de l’inici de la fira per la tarda amb mobiliari suficient per a que hi puguin treballar el personal del Patronat desplaçat per a cada fira. A banda del transport, muntatge i desmuntatge i adaptació i autoritzacions, s’inclou en el present contracte la incorporació a l’estand per part de l’empresa adjudicatària de dos projectors i dues pantalles i el trust de trilité (adjuntem fotografies als annexos) que cal instal·lar en l’estand per a quatre de les fires, en concret les de Expovacaciones de Bilbao, Reise Camping d’Essen (Alemanya), Sevatur de San Sebastian i Mercat de Mercats a Barcelona, i també el mobiliari -taules, tamborets, cadires i papereres- per a totes les cinc fires. En cas que el Patronat estimi necessari acompanyar qualsevol de les cinc fires d’una demostració enogastronòmica, l’adjudicatari també s’haurà de fer càrrec del transport frigorífic necessari i adequat, així com del proveïment de la maquinària necessària (neveres, microones, forn, ... etc) per a la manipulació i conservació dels elements comestibles durant la fira. Fires a les que el Patronat assistirà l’any 2018 i 2019: · REISE CÀMPING: Es celebrarà a Essen, Alemanya, del 21 al 25 de febrer de 2018 (a concretar la data de 2019). L’estand pot ocupar un màxim de 65 m2 i la previsió de professionals assistents de l’entitat són 12 persones. http://www.nferias.com/reise-camping-2/

· SEVATUR: Es celebrarà a Sant Sebastià-Donosti, País Basc, del 9 a l’11 de març de 2018 (a concretar la data de 2019). L’estand ocuparà un màxim de 50 m2 i la previsió de professionals assistents de l’entitat són 10 persones. http://www.sevatur.com/ · EXPOVACACIONES : Es celebrarà a Bilbao, País Basc, del 4 al 6 de maig de 2018 (a concretar la data de 2019). L’estand ocuparà un màxim de 100 m2 i la previsió de professionals assistents de l’entitat són 12 persones. http://bilbaoexhibitioncentre.com/eventos/expovacaciones-2018/#.WbENzMhJaUk · EXPOESPORTS: Es celebrarà a Barcelona del 9 al 10 de maig de 2018 (a concretar la data de 2019). L’estand ocuparà un màxim de 50 m2 i la previsió de professionals assistents de l’entitat són 8 persones. http://zurichmaratobarcelona.es/esp/exposports.html · MERCAT DE MERCATS : Es celebrarà a Barcelona, la previsió és del 19 al 21 d’octubre de 2018, (a concretar la data de 2019). L’estand ocuparà un màxim de 50 m2 i la previsió de professionals assistents de l’entitat són 9 persones. http://ajuntament.barcelona.cat/somdemercat/ca/mercat-de-mercats SEGON.- OBLIGACIONS DE L’ADJUDICATARI L’adjudicatari tindrà com a objectiu implementar els següents treballs:

a) Presentarà un projecte complet de muntatge per a cada fira. Amb aquesta finalitat, la persona responsable del Patronat de Turisme Costa Brava Girona de la participació en les fires facilitarà amb la suficient antelació, el plànol definitiu del pavelló i el llistat de les empreses participants en la fira. Els plànols detallaran les cotes generals, tant en planta com en alçat. S’adjuntaran perspectives generals.

b) Es farà càrrec de la neteja de l’estand, tant el dia abans, com durant tots els dies

de duració de la fira i garantirà el manteniment de l’estand sempre en perfectes condicions de neteja.

c) Mantindrà l’estand en perfecte estat, comprometent-se a posar a disposició del

Patronat Turisme Costa Brava Girona, els serveis d’un tècnic, a tal efecte, durant tots els dies de la Fira.

d) Subministraran tots els elements necessaris per a les instal·lacions i connexions:

de fontaneria, en el seu cas, l’elèctrica (cablejat, quadres de connexió, etc…). Així com els elements d’il·luminació (focus, leds, etc…) que siguin necessaris d’acord amb el disseny de l’estand. En tot cas, aquesta instal·lació elèctrica haurà de complir les directrius comunitàries sobre seguretat i les normes específiques de cada fira. Està inclòs en el preu del contracte els costos per a la connexió d’aigua

i de subministrament de llum. De tots els subministraments necessaris: contractacions i permisos que corresponguin.

e) Demanar i gestionar totes les autoritzacions i permisos necessaris per a la

presència dels estands del Patronat a les respectives fires.

f) Serà responsabilitat de l’empresa adjudicatària garantir l’òptima il·luminació de l’estand en general, i de tots els seus espais en particular, tot vetllant per utilitzar els elements i la infraestructura necessària perquè això sigui així, i aplicant aquells elements que no perjudiquin el disseny de l’estand.

g) Correspon a l’empresa adjudicatària el compliment de la normativa legal

espanyola i comunitària, en matèria de seguretat, així com les específiques per a cada fira. En cap cas el Patronat de Turisme Costa Brava Girona respondrà dels danys que s’ocasionin per aquest incompliment i podrà exigir la corresponent indemnització de danys i perjudicis.

h) L’estand haurà de ser lliurat perfectament acabat i instal·lat, claus en mà, a les

14:00 del dia abans de la inauguració o d’inici de la fira. L’empresa adjudicatària es compromet a respectar els terminis de muntatge i desmuntatge marcats en cada Fira.

i) En el moment de lliurament de l’estand, el Patronat de Turisme Costa Brava

Girona, aixecarà una acta de recepció, en la qual es farà constar l’estat de l’estand lliurat amb indicació de tots aquells defectes i desperfectes observats. L’empresa adjudicatària haurà de signar aquesta acta. En el cas que no ho vulgui fer, el responsable del Patronat de Turisme Costa Brava Girona ho farà constar i s’entendrà acceptat el seu contingut per les dues parts.

j) Les deficiències observades incloses en l’acta s’hauran de solucionar abans de

l’inici de la Fira i en el cas que no s’esmenin els defectes abans de l’inici, el Patronat de Turisme Costa Brava Girona quedarà exempta de pagar el preu corresponent a aquesta acció o, en el seu cas, de recuperar el preu satisfet, sens perjudici de que pugui reclamar la indemnització pels danys i perjudicis causats.

k) L’estand haurà de ser adaptat per cada Fira a l’espai i ubicació disponible a càrrec

de l’empresa adjudicatària, qui també posarà el mobiliari necessari per a cada fira -cadires, tamborets i taules en nombre i equivalència de disseny als que es veuen en les fotografies adjuntes- en quantitat suficient per als professionals del Patronat que participin en cada fira les persones que poden atendre. A més, en quatre de les fires, en concret les de Expovacaciones de Bilbao, Reise Càmping Essen, Mercat de Mercats de Barcelona i Sevatur de San Sebastian, l’empresa adjudicatària ha de proveir l’estand de dos projectors i dues pantalles i un trust de trilité, segons les característiques de la descripció i fotografies annexes. Cada projecte d’adaptació haurà de tenir el vist-i-plau previ de la persona responsable del Patronat de Turisme Costa Brava Girona.

l) L’empresa adjudicatària es farà càrrec del transport del material de l’estand, tenint cura que amb el transport, muntatge i desmuntatge, l’estand no quedi malmès.

m) Les despeses de magatzem, pàrquing, lloguer d’elevador i d’altres serveis interns de les fires anirà a càrrec de l’empresa adjudicatària.

n) L’empresa adjudicatària haurà d’acreditar una assegurança de transport i de responsabilitat civil i danys sobre l’estand que ha d’estar vigent durant tota la durada del contracte, i en to cas per un import de 100.000 euros

o) Serà tasca de l’empresa adjudicatària de recollir o fer recollir per una empresa de

transports, en les oficines i/o magatzem del Patronat de Turisme Costa Brava Girona, i transportar amb l’estand el material necessari per a cada fira i col·locar-lo en el magatzem de l’estand el dia abans de l’inici de la fira.

p) L’empresa adjudicatària haurà de disposar de l’equipament necessari per al

transport del material publicitari.

q) Un cop acabada la fira, l’empresa adjudicatària recollirà el material sobrer i el retornarà al Patronat de Turisme Costa Brava Girona.

r) El magatzem on s’ha de recollir i retornar l’estand és el de TRANSPORTS

CORCOY (Polígon industrial Mas Xirgu), Carrer Industria 36-38 de Girona, amb

l’horari següent: de 8h. a 13h. i de 15h. a 19h. de dilluns a divendres

L’empresa adjudicatària s’adaptarà sempre a la possibles modificacions d’ubicació que puguin produir-se del magatzem del Patronat, sense que això representi cap

increment de cost en el contracte.

s) Els requisits addicionals de cadascuna de les Fires seran a càrrec de l’empresa adjudicatària.

t) L’empresa adjudicatària ha de vetllar pe la correcta i idònia implementació dels

estands d’acord amb els annexos que s’adjunten al present Plec.

TERCER.- ANNEXOS Annex III. Imatges de l’estand Annex IV.- Característiques tècniques Annex V.- Informe tècnic d’estabilitat estructural dels estan ds Annex VI.- Imatges trust de trilité

Annex III . Imatges de l’estand

Annex IV. Característiques tècniques

Annex V. Informe tècnic d’estabilitat estructural d els estands

INFORME D’ESTABILITAT ESTRUCTURAL

ESTAND PER FIRA

COSTA BRAVA - PIRINEU DE GIRONA I

SETEMBRE DE 2017

ÍNDEX

1. OBJECTE DE L’INFORME ..................................................................................................... 5

2. DADES PRÈVIES ................................................................................................................... 5

3. ANÀLISI .......................................................................................................................... 5

4. RESULTATS .......................................................................................................................... 7

5. CONCLUSIONS .................................................................................................................... 8

ANNEX 1. MODEL ESTRUCTURAL ........................................................................................... 9

ANNEX 2. RESULTATS DEL PROGRAMA DE CÀLCUL ............................................................. 11

ANNEX 3. DESCRIPCIÓ GRÀFICA ........................................................................................... 13

1. Objecte de l’informe

El present informe té com objectiu avaluar la capacitat estructural d’un conjunt de dos estands separats que han de ser aixecats en una fira internacional a Essen. L’informe es centra específicament en l’estabilitat de les construccions considerant els valors de càrrega de vent facilitats per la comissió organitzadora de la fira.

Tècnic responsable

L’autor del present estudi és l’arquitecte Josep M. Brull Ortiz, col·legiat al Col·legi oficial d’Arquitectes de Catalunya (COAC) amb número 64971/6 i domicili professional al C/Magdalena Miró 21 2-2, Vilanova i la Geltrú (Barcelona).

2. Dades prèvies

La informació i dades facilitades pel client que sol·licita aquest informe d’aptitud estructural són:

• Dimensions i requisits dels materials que componen l’estructura i

requisits relatius a les connexions de tots els seus elements. • Valors de càrrega de vent que s’aplicaran a l’estructura per tal de verificar la

seva aptitud envers el bolc.

3. Anàlisi

Dels dos volums previstos, només el més alt, destinat a projeccions, supera els 3 metres d’alçada màxima, amb una alçada total de 3’75m, i li serà d’aplicació les verificacions estructurals mencionades. L’altre volum, destinat a exposicions, bar i cuina, no s’ha de sotmetre a la verificació estructural ja que la seva alçada no ultrapassa el límit de 3 metres (amb una alçada total de 2’5m).

Per tal de portar a terme l’avaluació estàtica de l’estructura vers el bolc, el comitè organitzador de la fira facilita dos valors diferents equivalents a la càrrega de vent interior:

- 0,125 kN/m2, per a estructures amb superfícies emplaçades per sota dels 4 metres per sobre el nivell del terra.

- 0,063 kN/m2, per a estructures amb superfícies emplaçades per sobre dels 4 metres per sobre del nivell del terra.

L’anàlisi realitzat segueix les instruccions dels Standards Europeus (Eurocode), amb un factor mínim de seguretat per tal d’evitar el bolc de1’8.

4. Resultats

Per tal d’avaluar la resistència al bolc, s’ha considerat una model en 3D considerant com a fixes (nusos articulats, impedint els desplaçaments en els 3 eixos però permetent les rotacions lliurement) els quatre nusos emplaçats a les cantonades de la base de l’estructura (que forma un quadrat de 3 x 3 m). S’han realitzat dos anàlisis estàtics

diferents, considerant el propi pes de l’estructura i les corresponents càrregues de vent en cada direcció (cada una de elles en hipòtesis separades).

La resistència al bolc de l’estructura ha estat comprovada considerant les reaccions en els nusos interiors, obtenint el resultat com a satisfactori i per tant demostrant que l’estructura és estable i que no hi ha cap elevació en cap punt quan els quatre nusos estan sota compressió en cada hipòtesi.

La càrrega de vent donada ha estat incrementada amb un factor de 1’8 per tal d’assegurar la seguretat del factor de resistència a la bolcada de 1’8 esmentat en el capítol previ d’aquest estudi.

El resum dels resultats obtinguts és el següent:

Hipòtesi a – Direcció

del vent 1-2 Hipòtesi b – Direcció

del vent 1-2 R.a (crítica)

R.b (no crítica)

R.a (crítica)

R.b (no crítica)

Càrrega de vent (factoritzat per 1,0) (*1)

0,387 kN 1,799 kN 0,520 kN 1,572 kN

Càrrega de vent (factoritzat per 1,8) (*2)

-0,180 kN

2,363 kN 0,061 kN 1,953 kN

Càrrega de vent 0,020 kN 2,564 kN 0,261 kN 2,155 (factoritzat per kN 1,8) + balast de 20kg en les quatre cantonades (*3)

NOTA: el valor de cada reacció correspon a un dels nusos. Donat que la base de l’estructura és quadrada (3 x 3 m) i la seva geometria és simètrica en ambdós plans X i Y, només es mostra un valor per a cada parell de valors iguals.

1. Segons aquesta comprovació l’estructura és estable i no bolcarà o s’elevarà en

cap cas a menys que la càrrega de vent no excedeixi l’establerta. 2. Segons aquesta comprovació l’estructura, només en cas de la pitjor hipòtesi

(a), no satisfà les necessitats de seguretat en quant a assegurar la seva estabilitat vers el bolc amb un factor de seguretat de 1’8 (seguint les instruccions del esmentat codi estructural).

Segons aquesta comprovació l’estructura amb l’adició d’un element de 20 Kg (balast) en les cada una de les quatre cantonades (fent un total de quatre elements), satisfà les necessitats de seguretat vers el bolc amb un factor de seguretat de 1’8.

5. CONCLUSIONS

Es pot determinar que l’estructura és estable considerant la càrrega de vent adoptada i la resta de configuració de càrrega aplicada, d’acord amb els Standards Europeus (Eurocode).

Tenint en compte la resistència vers el bolc, tal i com es pot comprovar en el capítol anterior i en els detalls de càlcul donats a les següents pàgines, l’estructura és estable. Tanmateix, s’hauria col·locar en cadascuna de les quatre cantonades de l’estructura un balast de 20 Kg (és a dir sobre les barres horitzontals de 45º que donen rigidesa a la cantonada) per tal d’acomplir les necessitats en el codi estructural (un factor de seguretat igual o més gran que 1’8).

Per concloure, l’estructura analitzada, juntament amb les adicions mencionades a l’anterior paràgraf, són adequades per tal de ser col·locada dins del recinte firal.

Vilanova i la Geltrú, a 9 de febrer de 2017

Josep M. Brull, Architect Nº Col. 64971/6

ANNEX 1. MODEL ESTRUCTURAL

ANNEX 2. RESULTATS DEL PROGRAMA DE CÀLCUL

1.- JOB DATA

1.1.- Codes considered

Timber: Eurocode 5

Use category: B. Zones administratives 1.2.- Limit states

Fracture U.L.S. Timber EC Snow: Altitude less than or equal to 1000 m

Displacements Characteristic loads

1.2.1.- Project situations

The load combinations will be defined according to the following criteria for the different project situations:

- With combination coefficients

- Without combination coefficients

Gk Permanent load

Pk Prestressing action Qk

Variable load

�G Permanent load partial safety factor �P Partial safety coefficient for prestressing action

�Q,1 Main variable load partial safety factor

�Q,i Accompanying variable load partial safety factor

�p,1 Main variable load combination coefficient

�a,i Accompanying variable load combination coefficient

For each project situation and limit state, the loading coefficients will be determined by:

Fracture U.L.S. Timber: Eurocode 5

Persistent or transient

Partial safety factors (�) Combination coefficients (�)

Favourable Unfavourable Main (�p) Accompanying (�a)

Dead load (G) 1.000 1.350 - -

Live load (Q) 0.000 1.500 1.000 0.700

Wind (Q) 0.000 1.500 1.000 0.600

Characteristic

Partial safety factors (�) Combination coefficients (�) Favourable Unfavourable Main (�p) Accompanying (�a)

Dead load (G) 1.000 1.000 - - Live load (Q) 0.000 1.000 1.000 1.000

Wind (Q) 0.000 1.000 1.000 1.000

1.2.2.- Combinations

� Loadcase names

SW Self weight CM 1 CM 1

Q 1 Q 1

V 1 V 1

V 2 V 2

V 3 V 3

V 4 V 4

� Fracture U.L.S. Timber

Comb. SW CM 1 Q 1 V 1 V 2 V 3 V 4

1 1.000 1.000 2 1.350 1.000 3 1.000 1.350 4 1.350 1.350 5 1.000 1.000 1.500 6 1.350 1.000 1.500 7 1.000 1.350 1.500 8 1.350 1.350 1.500 9 1.000 1.000 1.500

10 1.350 1.000 1.500 11 1.000 1.350 1.500 12 1.350 1.350 1.500 13 1.000 1.000 1.050 1.500 14 1.350 1.000 1.050 1.500 15 1.000 1.350 1.050 1.500 16 1.350 1.350 1.050 1.500 17 1.000 1.000 1.500 0.900

18 1.350 1.000 1.500 0.900 19 1.000 1.350 1.500 0.900 20 1.350 1.350 1.500 0.900 21 1.000 1.000 1.500 22 1.350 1.000 1.500 23 1.000 1.350 1.500 24 1.350 1.350 1.500

Comb. SW CM 1 Q 1 V 1 V 2 V 3 V 4

25 1.000 1.000 1.050 1.500 26 1.350 1.000 1.050 1.500 27 1.000 1.350 1.050 1.500 28 1.350 1.350 1.050 1.500 29 1.000 1.000 1.500 0.900 30 1.350 1.000 1.500 0.900 31 1.000 1.350 1.500 0.900 32 1.350 1.350 1.500 0.900 33 1.000 1.000 1.500 34 1.350 1.000 1.500 35 1.000 1.350 1.500 36 1.350 1.350 1.500 37 1.000 1.000 1.050 1.500 38 1.350 1.000 1.050 1.500 39 1.000 1.350 1.050 1.500 40 1.350 1.350 1.050 1.500 41 1.000 1.000 1.500 0.900 42 1.350 1.000 1.500 0.900 43 1.000 1.350 1.500 0.900 44 1.350 1.350 1.500 0.900 45 1.000 1.000 1.500

46 1.350 1.000 1.500

47 1.000 1.350 1.500

48 1.350 1.350 1.500

49 1.000 1.000 1.050 1.500

50 1.350 1.000 1.050 1.500

51 1.000 1.350 1.050 1.500

52 1.350 1.350 1.050 1.500

53 1.000 1.000 1.500 0.900

54 1.350 1.000 1.500 0.900

55 1.000 1.350 1.500 0.900

56 1.350 1.350 1.500 0.900

� Displacements

Comb. SW CM 1 Q 1 V 1 V 2 V 3 V 4

1 1.000 1.000 2 1.000 1.000 1.000 3 1.000 1.000 1.000 4 1.000 1.000 1.000 1.000 5 1.000 1.000 1.000 6 1.000 1.000 1.000 1.000 7 1.000 1.000 1.000 8 1.000 1.000 1.000 1.000 9 1.000 1.000 1.000

10 1.000 1.000 1.000 1.000

2.- STRUCTURE

2.1.- Geometry

2.1.1.- Bars

2.1.1.1.- Materials used

Materials used

Material E (MPa) �

G (MPa)

�·t

(m/m°C) �

(kN/m³) Type Designation

Timber C18 9000.00 - 560.00 0.000005 3.73 Notation:

E: Modulus of Elasticity �: Poisson's ratio G: Shear Modulus �·t: Coefficient of thermal expansion �: Unit weight

2.1.1.2.- Description

Description

Material Bar (Ni/Nf)

Element (Ni/Nf) Section(Series)

Length (m) �xy �xz

LbTop

(m) LbBot.

(m) Type Designation

Timber C18 N1/N52 N1/N2 45x90 (barres) 0.100 1.00 1.00 - -

N52/N60 N1/N2 45x90 (barres) 0.329 1.00 1.00 - -

N60/N56 N1/N2 45x90 (barres) 1.141 1.00 1.00 - -

N56/N2 N1/N2 45x90 (barres) 0.429 1.00 1.00 - -

N4/N216 N4/N3 45x90 (barres) 0.100 1.00 1.00 - -

N216/N62 N4/N3 45x90 (barres) 0.329 1.00 1.00 - -

N62/N58 N4/N3 45x90 (barres) 1.141 1.00 1.00 - -

N58/N3 N4/N3 45x90 (barres) 0.429 1.00 1.00 - -

N6/N215 N6/N5 45x90 (barres) 0.100 1.00 1.00 - -

N215/N68 N6/N5 45x90 (barres) 0.329 1.00 1.00 - -

N68/N65 N6/N5 45x90 (barres) 1.141 1.00 1.00 - -

N65/N5 N6/N5 45x90 (barres) 0.429 1.00 1.00 - -

N8/N51 N8/N7 45x90 (barres) 0.100 1.00 1.00 - -

N51/N74 N8/N7 45x90 (barres) 0.329 1.00 1.00 - -

N74/N71 N8/N7 45x90 (barres) 1.141 1.00 1.00 - -

N71/N7 N8/N7 45x90 (barres) 0.429 1.00 1.00 - -

N10/N222 N10/N9 45x90 (barres) 0.100 1.00 1.00 - -

N222/N111 N10/N9 45x90 (barres) 0.329 1.00 1.00 - -

N111/N108 N10/N9 45x90 (barres) 1.141 1.00 1.00 - -

N108/N9 N10/N9 45x90 (barres) 0.429 1.00 1.00 - -

N12/N221 N12/N11 45x90 (barres) 0.100 1.00 1.00 - -

N221/N118 N12/N11 45x90 (barres) 0.329 1.00 1.00 - -

N118/N115 N12/N11 45x90 (barres) 1.141 1.00 1.00 - -

N115/N11 N12/N11 45x90 (barres) 0.429 1.00 1.00 - -

N14/N53 N14/N13 45x90 (barres) 0.100 1.00 1.00 - -

N53/N106 N14/N13 45x90 (barres) 0.329 1.00 1.00 - -

N106/N103 N14/N13 45x90 (barres) 1.141 1.00 1.00 - -

N103/N13 N14/N13 45x90 (barres) 0.429 1.00 1.00 - -

N16/N220 N16/N15 45x90 (barres) 0.100 1.00 1.00 - -

Description




LbTop

(m) LbBot.


N220/N100 N16/N15 45x90 (barres) 0.329 1.00 1.00 - -

N100/N97 N16/N15 45x90 (barres) 1.141 1.00 1.00 - -

N97/N15 N16/N15 45x90 (barres) 0.429 1.00 1.00 - -

N18/N219 N18/N17 45x90 (barres) 0.100 1.00 1.00 - -

N219/N94 N18/N17 45x90 (barres) 0.329 1.00 1.00 - -

N94/N91 N18/N17 45x90 (barres) 1.141 1.00 1.00 - -

N91/N17 N18/N17 45x90 (barres) 0.429 1.00 1.00 - -

N20/N54 N20/N19 45x90 (barres) 0.100 1.00 1.00 - -

N54/N86 N20/N19 45x90 (barres) 0.329 1.00 1.00 - -

N86/N82 N20/N19 45x90 (barres) 1.141 1.00 1.00 - -

N82/N19 N20/N19 45x90 (barres) 0.429 1.00 1.00 - -

N22/N217 N22/N21 45x90 (barres) 0.100 1.00 1.00 - -

N217/N79 N22/N21 45x90 (barres) 0.329 1.00 1.00 - -

N79/N76 N22/N21 45x90 (barres) 1.141 1.00 1.00 - -

N76/N21 N22/N21 45x90 (barres) 0.429 1.00 1.00 - -

N24/N218 N24/N23 45x90 (barres) 0.100 1.00 1.00 - -

N218/N88 N24/N23 45x90 (barres) 0.329 1.00 1.00 - -

N88/N84 N24/N23 45x90 (barres) 1.141 1.00 1.00 - -

N84/N23 N24/N23 45x90 (barres) 0.429 1.00 1.00 - -

N25/N163 N25/N26 45x90 (barres) 0.429 1.00 1.00 - -

N163/N166 N25/N26 45x90 (barres) 0.891 1.00 1.00 - -

N166/N26 N25/N26 45x90 (barres) 0.429 1.00 1.00 - -

N19/N153 N19/N27 45x90 (barres) 0.429 1.00 1.00 - -

N153/N150 N19/N27 45x90 (barres) 0.891 1.00 1.00 - -

N150/N27 N19/N27 45x90 (barres) 0.429 1.00 1.00 - -

N28/N29 N28/N29 45x45 (barres) 1.820 1.00 1.00 - -

N23/N154 N23/N30 45x90 (barres) 0.429 1.00 1.00 - -

N154/N189 N23/N30 45x90 (barres) 0.221 1.00 1.00 - -

N189/N152 N23/N30 45x90 (barres) 0.671 1.00 1.00 - -

N152/N185 N23/N30 45x90 (barres) 0.079 1.00 1.00 - -

N185/N30 N23/N30 45x90 (barres) 0.350 1.00 1.00 - -

N21/N147 N21/N31 45x90 (barres) 0.429 1.00 1.00 - -

N147/N188 N21/N31 45x90 (barres) 0.221 1.00 1.00 - -

N188/N144 N21/N31 45x90 (barres) 0.671 1.00 1.00 - -

N144/N184 N21/N31 45x90 (barres) 0.079 1.00 1.00 - -

N184/N31 N21/N31 45x90 (barres) 0.350 1.00 1.00 - -

N2/N148 N2/N32 45x90 (barres) 0.429 1.00 1.00 - -

N148/N146 N2/N32 45x90 (barres) 0.891 1.00 1.00 - -

N146/N32 N2/N32 45x90 (barres) 0.429 1.00 1.00 - -

N34/N156 N34/N33 45x90 (barres) 0.429 1.00 1.00 - -

N156/N159 N34/N33 45x90 (barres) 0.891 1.00 1.00 - -

N159/N33 N34/N33 45x90 (barres) 0.429 1.00 1.00 - -

N35/N36 N35/N36 45x45 (barres) 1.820 1.00 1.00 - -

N37/N139 N37/N38 45x90 (barres) 0.429 1.00 1.00 - -

N139/N142 N37/N38 45x90 (barres) 0.891 1.00 1.00 - -

N142/N38 N37/N38 45x90 (barres) 0.429 1.00 1.00 - -

Description




LbTop

(m) LbBot.


N13/N129 N13/N39 45x90 (barres) 0.429 1.00 1.00 - -

N129/N126 N13/N39 45x90 (barres) 0.891 1.00 1.00 - -

N126/N39 N13/N39 45x90 (barres) 0.429 1.00 1.00 - -

N40/N41 N40/N41 45x45 (barres) 1.820 1.00 1.00 - -

N11/N130 N11/N42 45x90 (barres) 0.429 1.00 1.00 - -

N130/N190 N11/N42 45x90 (barres) 0.221 1.00 1.00 - -

N190/N128 N11/N42 45x90 (barres) 0.671 1.00 1.00 - -

N128/N186 N11/N42 45x90 (barres) 0.079 1.00 1.00 - -

N186/N42 N11/N42 45x90 (barres) 0.350 1.00 1.00 - -

N9/N123 N9/N43 45x90 (barres) 0.429 1.00 1.00 - -

N123/N187 N9/N43 45x90 (barres) 0.221 1.00 1.00 - -

N187/N120 N9/N43 45x90 (barres) 0.671 1.00 1.00 - -

N120/N183 N9/N43 45x90 (barres) 0.079 1.00 1.00 - -

N183/N43 N9/N43 45x90 (barres) 0.350 1.00 1.00 - -

N7/N124 N7/N44 45x90 (barres) 0.429 1.00 1.00 - -

N124/N122 N7/N44 45x90 (barres) 0.891 1.00 1.00 - -

N122/N44 N7/N44 45x90 (barres) 0.429 1.00 1.00 - -

N46/N132 N46/N45 45x90 (barres) 0.429 1.00 1.00 - -

N132/N135 N46/N45 45x90 (barres) 0.891 1.00 1.00 - -

N135/N45 N46/N45 45x90 (barres) 0.429 1.00 1.00 - -

N47/N48 N47/N48 45x45 (barres) 1.820 1.00 1.00 - -

N1/N59 N1/N4 45x45 (barres) 0.429 1.00 1.00 - -

N59/N61 N1/N4 45x45 (barres) 0.141 1.00 1.00 - -

N61/N4 N1/N4 45x45 (barres) 0.429 1.00 1.00 - -

N4/N66 N4/N6 45x45 (barres) 0.429 1.00 1.00 - -

N66/N67 N4/N6 45x45 (barres) 0.141 1.00 1.00 - -

N67/N6 N4/N6 45x45 (barres) 0.429 1.00 1.00 - -

N6/N72 N6/N8 45x45 (barres) 0.429 1.00 1.00 - -

N72/N73 N6/N8 45x45 (barres) 0.141 1.00 1.00 - -

N73/N8 N6/N8 45x45 (barres) 0.429 1.00 1.00 - -

N8/N112 N8/N10 45x45 (barres) 0.429 1.00 1.00 - -

N112/N110 N8/N10 45x45 (barres) 0.361 1.00 1.00 - -

N110/N10 N8/N10 45x45 (barres) 0.429 1.00 1.00 - -

N10/N12 N10/N12 45x45 (barres) 0.560 1.00 1.00 - -

N12/N117 N12/N14 45x45 (barres) 0.429 1.00 1.00 - -

N117/N116 N12/N14 45x45 (barres) 0.361 1.00 1.00 - -

N116/N14 N12/N14 45x45 (barres) 0.429 1.00 1.00 - -

N16/N104 N16/N14 45x45 (barres) 0.429 1.00 1.00 - -

N104/N105 N16/N14 45x45 (barres) 0.141 1.00 1.00 - -

N105/N14 N16/N14 45x45 (barres) 0.429 1.00 1.00 - -

N18/N98 N18/N16 45x45 (barres) 0.429 1.00 1.00 - -

N98/N99 N18/N16 45x45 (barres) 0.141 1.00 1.00 - -

N99/N16 N18/N16 45x45 (barres) 0.429 1.00 1.00 - -

N20/N92 N20/N18 45x45 (barres) 0.429 1.00 1.00 - -

N92/N93 N20/N18 45x45 (barres) 0.141 1.00 1.00 - -

N93/N18 N20/N18 45x45 (barres) 0.429 1.00 1.00 - -

Description




LbTop

(m) LbBot.


N1/N80 N1/N22 45x45 (barres) 0.429 1.00 1.00 - -

N80/N78 N1/N22 45x45 (barres) 0.361 1.00 1.00 - -

N78/N22 N1/N22 45x45 (barres) 0.429 1.00 1.00 - -

N22/N24 N22/N24 45x45 (barres) 0.560 1.00 1.00 - -

N24/N87 N24/N20 45x45 (barres) 0.429 1.00 1.00 - -

N87/N85 N24/N20 45x45 (barres) 0.361 1.00 1.00 - -

N85/N20 N24/N20 45x45 (barres) 0.429 1.00 1.00 - -

N35/N47 N35/N47 45x45 (barres) 3.000 1.00 1.00 - -

N36/N214 N36/N48 45x45 (barres) 0.495 1.00 1.00 - -

N214/N208 N36/N48 45x45 (barres) 2.010 1.00 1.00 - -

N208/N48 N36/N48 45x45 (barres) 0.495 1.00 1.00 - -

N29/N210 N29/N41 45x45 (barres) 0.495 1.00 1.00 - -

N210/N212 N29/N41 45x45 (barres) 2.010 1.00 1.00 - -

N212/N41 N29/N41 45x45 (barres) 0.495 1.00 1.00 - -

N28/N40 N28/N40 45x45 (barres) 3.000 1.00 1.00 - -

N34/N46 N34/N46 45x45 (barres) 3.000 1.00 1.00 - -

N25/N37 N25/N37 45x45 (barres) 3.000 1.00 1.00 - -

N49/N50 N49/N50 45x45 (barres) 3.000 1.00 1.00 - -

N32/N44 N32/N44 45x45 (barres) 3.000 1.00 1.00 - -

N27/N39 N27/N39 45x45 (barres) 3.000 1.00 1.00 - -

N52/N182 N52/N51 45x45 (barres) 0.495 1.00 1.00 - -

N182/N216 N52/N51 45x45 (barres) 0.505 1.00 1.00 - -

N216/N215 N52/N51 45x45 (barres) 1.000 1.00 1.00 - -

N215/N180 N52/N51 45x45 (barres) 0.505 1.00 1.00 - -

N180/N51 N52/N51 45x45 (barres) 0.495 1.00 1.00 - -

N51/N179 N51/N53 45x45 (barres) 0.495 1.00 1.00 - -

N179/N222 N51/N53 45x45 (barres) 0.725 1.00 1.00 - -

N222/N221 N51/N53 45x45 (barres) 0.560 1.00 1.00 - -

N221/N175 N51/N53 45x45 (barres) 0.725 1.00 1.00 - -

N175/N53 N51/N53 45x45 (barres) 0.495 1.00 1.00 - -

N54/N178 N54/N53 45x45 (barres) 0.495 1.00 1.00 - -

N178/N219 N54/N53 45x45 (barres) 0.505 1.00 1.00 - -

N219/N220 N54/N53 45x45 (barres) 1.000 1.00 1.00 - -

N220/N176 N54/N53 45x45 (barres) 0.505 1.00 1.00 - -

N176/N53 N54/N53 45x45 (barres) 0.495 1.00 1.00 - -

N52/N181 N52/N54 45x45 (barres) 0.495 1.00 1.00 - -

N181/N217 N52/N54 45x45 (barres) 0.725 1.00 1.00 - -

N217/N218 N52/N54 45x45 (barres) 0.560 1.00 1.00 - -

N218/N177 N52/N54 45x45 (barres) 0.725 1.00 1.00 - -

N177/N54 N52/N54 45x45 (barres) 0.495 1.00 1.00 - -

N2/N55 N2/N7 90x45 (barres) 0.429 1.00 1.00 - -

N55/N174 N2/N7 90x45 (barres) 0.066 1.00 1.00 - -

N174/N57 N2/N7 90x45 (barres) 0.076 1.00 1.00 - -

N57/N3 N2/N7 90x45 (barres) 0.429 1.00 1.00 - -

N3/N63 N2/N7 90x45 (barres) 0.429 1.00 1.00 - -

N63/N64 N2/N7 90x45 (barres) 0.141 1.00 1.00 - -

Description




LbTop

(m) LbBot.


N64/N5 N2/N7 90x45 (barres) 0.429 1.00 1.00 - -

N5/N69 N2/N7 90x45 (barres) 0.429 1.00 1.00 - -

N69/N172 N2/N7 90x45 (barres) 0.076 1.00 1.00 - -

N172/N70 N2/N7 90x45 (barres) 0.066 1.00 1.00 - -

N70/N7 N2/N7 90x45 (barres) 0.429 1.00 1.00 - -

N19/N89 N19/N13 90x45 (barres) 0.429 1.00 1.00 - -

N89/N170 N19/N13 90x45 (barres) 0.066 1.00 1.00 - -

N170/N90 N19/N13 90x45 (barres) 0.076 1.00 1.00 - -

N90/N17 N19/N13 90x45 (barres) 0.429 1.00 1.00 - -

N17/N95 N19/N13 90x45 (barres) 0.429 1.00 1.00 - -

N95/N96 N19/N13 90x45 (barres) 0.141 1.00 1.00 - -

N96/N15 N19/N13 90x45 (barres) 0.429 1.00 1.00 - -

N15/N101 N19/N13 90x45 (barres) 0.429 1.00 1.00 - -

N101/N168 N19/N13 90x45 (barres) 0.076 1.00 1.00 - -

N168/N102 N19/N13 90x45 (barres) 0.066 1.00 1.00 - -

N102/N13 N19/N13 90x45 (barres) 0.429 1.00 1.00 - -

N35/N34 N35/N28 90x45 (barres) 0.100 1.00 1.00 - -

N34/N155 N35/N28 90x45 (barres) 0.429 1.00 1.00 - -

N155/N157 N35/N28 90x45 (barres) 0.041 1.00 1.00 - -

N157/N2 N35/N28 90x45 (barres) 0.429 1.00 1.00 - -

N2/N77 N35/N28 90x45 (barres) 0.429 1.00 1.00 - -

N77/N173 N35/N28 90x45 (barres) 0.066 1.00 1.00 - -

N173/N75 N35/N28 90x45 (barres) 0.296 1.00 1.00 - -

N75/N21 N35/N28 90x45 (barres) 0.429 1.00 1.00 - -

N21/N23 N35/N28 90x45 (barres) 0.560 1.00 1.00 - -

N23/N83 N35/N28 90x45 (barres) 0.429 1.00 1.00 - -

N83/N169 N35/N28 90x45 (barres) 0.296 1.00 1.00 - -

N169/N81 N35/N28 90x45 (barres) 0.066 1.00 1.00 - -

N81/N19 N35/N28 90x45 (barres) 0.429 1.00 1.00 - -

N19/N161 N35/N28 90x45 (barres) 0.429 1.00 1.00 - -

N161/N162 N35/N28 90x45 (barres) 0.041 1.00 1.00 - -

N162/N25 N35/N28 90x45 (barres) 0.429 1.00 1.00 - -

N25/N28 N35/N28 90x45 (barres) 0.100 1.00 1.00 - -

N48/N207 N48/N41 90x45 (barres) 0.495 1.00 1.00 - -

N207/N45 N48/N41 90x45 (barres) 0.105 1.00 1.00 - -

N45/N134 N48/N41 90x45 (barres) 0.429 1.00 1.00 - -

N134/N136 N48/N41 90x45 (barres) 0.041 1.00 1.00 - -

N136/N44 N48/N41 90x45 (barres) 0.429 1.00 1.00 - -

N44/N121 N48/N41 90x45 (barres) 0.429 1.00 1.00 - -

N121/N119 N48/N41 90x45 (barres) 0.361 1.00 1.00 - -

N119/N43 N48/N41 90x45 (barres) 0.429 1.00 1.00 - -

N43/N50 N48/N41 90x45 (barres) 0.280 1.00 1.00 - -

N50/N42 N48/N41 90x45 (barres) 0.280 1.00 1.00 - -

N42/N127 N48/N41 90x45 (barres) 0.429 1.00 1.00 - -

N127/N125 N48/N41 90x45 (barres) 0.361 1.00 1.00 - -

N125/N39 N48/N41 90x45 (barres) 0.429 1.00 1.00 - -

Description




LbTop

(m) LbBot.


N39/N140 N48/N41 90x45 (barres) 0.429 1.00 1.00 - -

N140/N141 N48/N41 90x45 (barres) 0.041 1.00 1.00 - -

N141/N38 N48/N41 90x45 (barres) 0.429 1.00 1.00 - -

N38/N211 N48/N41 90x45 (barres) 0.105 1.00 1.00 - -

N211/N41 N48/N41 90x45 (barres) 0.495 1.00 1.00 - -

N36/N213 N36/N29 90x45 (barres) 0.495 1.00 1.00 - -

N213/N33 N36/N29 90x45 (barres) 0.105 1.00 1.00 - -

N33/N158 N36/N29 90x45 (barres) 0.429 1.00 1.00 - -

N158/N160 N36/N29 90x45 (barres) 0.041 1.00 1.00 - -

N160/N32 N36/N29 90x45 (barres) 0.429 1.00 1.00 - -

N32/N145 N36/N29 90x45 (barres) 0.429 1.00 1.00 - -

N145/N143 N36/N29 90x45 (barres) 0.361 1.00 1.00 - -

N143/N31 N36/N29 90x45 (barres) 0.429 1.00 1.00 - -

N31/N49 N36/N29 90x45 (barres) 0.280 1.00 1.00 - -

N49/N30 N36/N29 90x45 (barres) 0.280 1.00 1.00 - -

N30/N151 N36/N29 90x45 (barres) 0.429 1.00 1.00 - -

N151/N149 N36/N29 90x45 (barres) 0.361 1.00 1.00 - -

N149/N27 N36/N29 90x45 (barres) 0.429 1.00 1.00 - -

N27/N164 N36/N29 90x45 (barres) 0.429 1.00 1.00 - -

N164/N165 N36/N29 90x45 (barres) 0.041 1.00 1.00 - -

N165/N26 N36/N29 90x45 (barres) 0.429 1.00 1.00 - -

N26/N209 N36/N29 90x45 (barres) 0.105 1.00 1.00 - -

N209/N29 N36/N29 90x45 (barres) 0.495 1.00 1.00 - -

N56/N55 N56/N55 45x45 (barres) 0.607 1.00 1.00 - -

N58/N57 N58/N57 45x45 (barres) 0.607 1.00 1.00 - -

N59/N60 N59/N60 45x45 (barres) 0.607 1.00 1.00 - -

N61/N62 N61/N62 45x45 (barres) 0.607 1.00 1.00 - -

N58/N63 N58/N63 45x45 (barres) 0.607 1.00 1.00 - -

N65/N64 N65/N64 45x45 (barres) 0.607 1.00 1.00 - -

N66/N62 N66/N62 45x45 (barres) 0.607 1.00 1.00 - -

N67/N68 N67/N68 45x45 (barres) 0.607 1.00 1.00 - -

N65/N69 N65/N69 45x45 (barres) 0.607 1.00 1.00 - -

N71/N70 N71/N70 45x45 (barres) 0.607 1.00 1.00 - -

N72/N68 N72/N68 45x45 (barres) 0.607 1.00 1.00 - -

N73/N74 N73/N74 45x45 (barres) 0.607 1.00 1.00 - -

N76/N75 N76/N75 45x45 (barres) 0.607 1.00 1.00 - -

N56/N77 N56/N77 45x45 (barres) 0.607 1.00 1.00 - -

N78/N79 N78/N79 45x45 (barres) 0.607 1.00 1.00 - -

N80/N60 N80/N60 45x45 (barres) 0.607 1.00 1.00 - -

N82/N81 N82/N81 45x45 (barres) 0.607 1.00 1.00 - -

N84/N83 N84/N83 45x45 (barres) 0.607 1.00 1.00 - -

N85/N86 N85/N86 45x45 (barres) 0.607 1.00 1.00 - -

N87/N88 N87/N88 45x45 (barres) 0.607 1.00 1.00 - -

N82/N89 N82/N89 45x45 (barres) 0.607 1.00 1.00 - -

N91/N90 N91/N90 45x45 (barres) 0.607 1.00 1.00 - -

N92/N86 N92/N86 45x45 (barres) 0.607 1.00 1.00 - -

Description




LbTop

(m) LbBot.


N93/N94 N93/N94 45x45 (barres) 0.607 1.00 1.00 - -

N91/N95 N91/N95 45x45 (barres) 0.607 1.00 1.00 - -

N97/N96 N97/N96 45x45 (barres) 0.607 1.00 1.00 - -

N98/N94 N98/N94 45x45 (barres) 0.607 1.00 1.00 - -

N99/N100 N99/N100 45x45 (barres) 0.607 1.00 1.00 - -

N97/N101 N97/N101 45x45 (barres) 0.607 1.00 1.00 - -

N103/N102 N103/N102 45x45 (barres) 0.607 1.00 1.00 - -

N104/N100 N104/N100 45x45 (barres) 0.607 1.00 1.00 - -

N105/N106 N105/N106 45x45 (barres) 0.607 1.00 1.00 - -

N108/N107 N108/N107 45x45 (barres) 0.607 1.00 1.00 - -

N71/N109 N71/N109 45x45 (barres) 0.607 1.00 1.00 - -

N110/N111 N110/N111 45x45 (barres) 0.607 1.00 1.00 - -

N112/N74 N112/N74 45x45 (barres) 0.607 1.00 1.00 - -

N103/N113 N103/N113 45x45 (barres) 0.607 1.00 1.00 - -

N115/N114 N115/N114 45x45 (barres) 0.607 1.00 1.00 - -

N116/N106 N116/N106 45x45 (barres) 0.607 1.00 1.00 - -

N117/N118 N117/N118 45x45 (barres) 0.607 1.00 1.00 - -

N120/N119 N120/N119 45x45 (barres) 0.607 1.00 1.00 - -

N122/N121 N122/N121 45x45 (barres) 0.607 1.00 1.00 - -

N107/N123 N107/N123 45x45 (barres) 0.607 1.00 1.00 - -

N109/N124 N109/N124 45x45 (barres) 0.607 1.00 1.00 - -

N126/N125 N126/N125 45x45 (barres) 0.607 1.00 1.00 - -

N128/N127 N128/N127 45x45 (barres) 0.607 1.00 1.00 - -

N113/N129 N113/N129 45x45 (barres) 0.607 1.00 1.00 - -

N114/N130 N114/N130 45x45 (barres) 0.607 1.00 1.00 - -

N131/N132 N131/N132 45x45 (barres) 0.607 1.00 1.00 - -

N133/N124 N133/N124 45x45 (barres) 0.607 1.00 1.00 - -

N135/N134 N135/N134 45x45 (barres) 0.607 1.00 1.00 - -

N122/N136 N122/N136 45x45 (barres) 0.607 1.00 1.00 - -

N137/N129 N137/N129 45x45 (barres) 0.607 1.00 1.00 - -

N138/N139 N138/N139 45x45 (barres) 0.607 1.00 1.00 - -

N126/N140 N126/N140 45x45 (barres) 0.607 1.00 1.00 - -

N142/N141 N142/N141 45x45 (barres) 0.607 1.00 1.00 - -

N144/N143 N144/N143 45x45 (barres) 0.607 1.00 1.00 - -

N146/N145 N146/N145 45x45 (barres) 0.607 1.00 1.00 - -

N75/N147 N75/N147 45x45 (barres) 0.607 1.00 1.00 - -

N77/N148 N77/N148 45x45 (barres) 0.607 1.00 1.00 - -

N150/N149 N150/N149 45x45 (barres) 0.607 1.00 1.00 - -

N152/N151 N152/N151 45x45 (barres) 0.607 1.00 1.00 - -

N81/N153 N81/N153 45x45 (barres) 0.607 1.00 1.00 - -

N83/N154 N83/N154 45x45 (barres) 0.607 1.00 1.00 - -

N155/N156 N155/N156 45x45 (barres) 0.607 1.00 1.00 - -

N157/N148 N157/N148 45x45 (barres) 0.607 1.00 1.00 - -

N159/N158 N159/N158 45x45 (barres) 0.607 1.00 1.00 - -

N146/N160 N146/N160 45x45 (barres) 0.607 1.00 1.00 - -

N161/N153 N161/N153 45x45 (barres) 0.607 1.00 1.00 - -

Description




LbTop

(m) LbBot.


N162/N163 N162/N163 45x45 (barres) 0.607 1.00 1.00 - -

N150/N164 N150/N164 45x45 (barres) 0.607 1.00 1.00 - -

N166/N165 N166/N165 45x45 (barres) 0.607 1.00 1.00 - -

N168/N167 N168/N167 45x45 (barres) 0.700 1.00 1.00 - -

N169/N170 N169/N170 45x45 (barres) 0.700 1.00 1.00 - -

N172/N171 N172/N171 45x45 (barres) 0.700 1.00 1.00 - -

N173/N174 N173/N174 45x45 (barres) 0.700 1.00 1.00 - -

N176/N175 N176/N175 45x45 (barres) 0.700 1.00 1.00 - -

N177/N178 N177/N178 45x45 (barres) 0.700 1.00 1.00 - -

N180/N179 N180/N179 45x45 (barres) 0.700 1.00 1.00 - -

N181/N182 N181/N182 45x45 (barres) 0.700 1.00 1.00 - -

N184/N199 N184/N183 45x45 (barres) 0.550 1.00 1.00 - -

N199/N206 N184/N183 45x45 (barres) 0.450 1.00 1.00 - -

N206/N204 N184/N183 45x45 (barres) 1.000 1.00 1.00 - -

N204/N195 N184/N183 45x45 (barres) 0.450 1.00 1.00 - -

N195/N183 N184/N183 45x45 (barres) 0.550 1.00 1.00 - -

N185/N201 N185/N186 45x45 (barres) 0.550 1.00 1.00 - -

N201/N205 N185/N186 45x45 (barres) 0.450 1.00 1.00 - -

N205/N203 N185/N186 45x45 (barres) 1.000 1.00 1.00 - -

N203/N197 N185/N186 45x45 (barres) 0.450 1.00 1.00 - -

N197/N186 N185/N186 45x45 (barres) 0.550 1.00 1.00 - -

N188/N200 N188/N187 45x45 (barres) 1.100 1.00 1.00 - -

N200/N196 N188/N187 45x45 (barres) 0.800 1.00 1.00 - -

N196/N187 N188/N187 45x45 (barres) 1.100 1.00 1.00 - -

N189/N202 N189/N190 45x45 (barres) 1.100 1.00 1.00 - -

N202/N198 N189/N190 45x45 (barres) 0.800 1.00 1.00 - -

N198/N190 N189/N190 45x45 (barres) 1.100 1.00 1.00 - -

N192/N204 N192/N191 45x45 (barres) 0.260 1.00 1.00 - -

N204/N203 N192/N191 45x45 (barres) 0.560 1.00 1.00 - -

N203/N191 N192/N191 45x45 (barres) 0.260 1.00 1.00 - -

N194/N206 N194/N193 45x45 (barres) 0.260 1.00 1.00 - -

N206/N205 N194/N193 45x45 (barres) 0.560 1.00 1.00 - -

N205/N193 N194/N193 45x45 (barres) 0.260 1.00 1.00 - -

N187/N195 N187/N195 45x45 (barres) 0.930 1.00 1.00 - -

N196/N195 N196/N195 45x45 (barres) 0.930 1.00 1.00 - -

N190/N197 N190/N197 45x45 (barres) 0.930 1.00 1.00 - -

N198/N197 N198/N197 45x45 (barres) 0.930 1.00 1.00 - -

N200/N199 N200/N199 45x45 (barres) 0.930 1.00 1.00 - -

N188/N199 N188/N199 45x45 (barres) 0.930 1.00 1.00 - -

N202/N201 N202/N201 45x45 (barres) 0.930 1.00 1.00 - -

N189/N201 N189/N201 45x45 (barres) 0.930 1.00 1.00 - -

N47/N46 N47/N40 90x45 (barres) 0.100 1.00 1.00 - -

N46/N131 N47/N40 90x45 (barres) 0.429 1.00 1.00 - -

N131/N133 N47/N40 90x45 (barres) 0.041 1.00 1.00 - -

N133/N7 N47/N40 90x45 (barres) 0.429 1.00 1.00 - -

N7/N109 N47/N40 90x45 (barres) 0.429 1.00 1.00 - -

Description




LbTop

(m) LbBot.


N109/N171 N47/N40 90x45 (barres) 0.066 1.00 1.00 - -

N171/N107 N47/N40 90x45 (barres) 0.296 1.00 1.00 - -

N107/N9 N47/N40 90x45 (barres) 0.429 1.00 1.00 - -

N9/N11 N47/N40 90x45 (barres) 0.560 1.00 1.00 - -

N11/N114 N47/N40 90x45 (barres) 0.429 1.00 1.00 - -

N114/N167 N47/N40 90x45 (barres) 0.296 1.00 1.00 - -

N167/N113 N47/N40 90x45 (barres) 0.066 1.00 1.00 - -

N113/N13 N47/N40 90x45 (barres) 0.429 1.00 1.00 - -

N13/N137 N47/N40 90x45 (barres) 0.429 1.00 1.00 - -

N137/N138 N47/N40 90x45 (barres) 0.041 1.00 1.00 - -

N138/N37 N47/N40 90x45 (barres) 0.429 1.00 1.00 - -

N37/N40 N47/N40 90x45 (barres) 0.100 1.00 1.00 - -

N208/N207 N208/N207 45x45 (barres) 0.700 1.00 1.00 - -

N209/N210 N209/N210 45x45 (barres) 0.700 1.00 1.00 - -

N212/N211 N212/N211 45x45 (barres) 0.700 1.00 1.00 - -

N213/N214 N213/N214 45x45 (barres) 0.700 1.00 1.00 - - Notation:

Ni: Initial node Nf: Final node �xy: Buckling coefficient in the 'XY' plane �xz: Buckling coefficient in the 'XZ' plane LbTop: Separation between bracings of the top flange LbBot.: Separation between bracings of the bottom flange

2.1.1.3.- Mechanical characteristics

Element types

Ref. Elements

1 N1/N2, N4/N3, N6/N5, N8/N7, N10/N9, N12/N11, N14/N13, N16/N15, N18/N17, N20/N19, N22/N21, N24/N23, N25/N26, N19/N27, N23/N30, N21/N31, N2/N32, N34/N33, N37/N38, N13/N39, N11/N42, N9/N43, N7/N44 and N46/N45

2 N28/N29, N35/N36, N40/N41, N47/N48, N1/N4, N4/N6, N6/N8, N8/N10, N10/N12, N12/N14, N16/N14, N18/N16, N20/N18, N1/N22, N22/N24, N24/N20, N35/N47, N36/N48, N29/N41, N28/N40, N34/N46, N25/N37, N49/N50, N32/N44, N27/N39, N52/N51, N51/N53, N54/N53, N52/N54, N56/N55, N58/N57, N59/N60, N61/N62, N58/N63, N65/N64, N66/N62, N67/N68, N65/N69, N71/N70, N72/N68, N73/N74, N76/N75, N56/N77, N78/N79, N80/N60, N82/N81, N84/N83, N85/N86, N87/N88, N82/N89, N91/N90, N92/N86, N93/N94, N91/N95, N97/N96, N98/N94, N99/N100, N97/N101, N103/N102, N104/N100, N105/N106, N108/N107, N71/N109, N110/N111, N112/N74, N103/N113, N115/N114, N116/N106, N117/N118, N120/N119, N122/N121, N107/N123, N109/N124, N126/N125, N128/N127, N113/N129, N114/N130, N131/N132, N133/N124, N135/N134, N122/N136, N137/N129, N138/N139, N126/N140, N142/N141, N144/N143, N146/N145, N75/N147, N77/N148, N150/N149, N152/N151, N81/N153, N83/N154, N155/N156, N157/N148, N159/N158, N146/N160, N161/N153, N162/N163, N150/N164, N166/N165, N168/N167, N169/N170, N172/N171, N173/N174, N176/N175, N177/N178, N180/N179, N181/N182, N184/N183, N185/N186, N188/N187, N189/N190, N192/N191, N194/N193, N187/N195, N196/N195, N190/N197, N198/N197, N200/N199, N188/N199, N202/N201, N189/N201, N208/N207, N209/N210, N212/N211 and N213/N214

3 N2/N7, N19/N13, N35/N28, N48/N41, N36/N29 and N47/N40

Mechanical characteristics

Material Ref. Description

A (cm²)

Avy (cm²)

Avz (cm²)

Iyy (cm4)

Izz (cm4)

It (cm4) Type Designation

Timber C18 1 45x90, (barres) 40.50 33.75 33.75 68.34 273.37 187.81

Mechanical characteristics

Material Ref. Description A

(cm²) Avy

(cm²) Avz

(cm²) Iyy

(cm4) Izz

(cm4) It

(cm4) Type Designation

2 3

45x45, (barres) 90x45, (barres)

20.25 40.50

16.87 33.75

16.87 33.75

34.17 273.37

34.17 68.34

57.41 187.81

Notation: Ref.: Reference A: Area of the transverse section Avy: Shear area of the section in the local 'Y' axis Avz: Shear area of the section in the local 'Z' axis Iyy: Inertia of the section about the local 'Y' axis Izz: Inertia of the section about the local 'Z' axis It: Torsional inertia The mechanical characteristics of the elements correspond to those of their cross section at their mid-point.

2.2.- Results

2.2.1.- Nodes

2.2.1.1.- Reactions

References:

Rx, Ry, Rz: Node reactions with displacements with external fixity (forces). Mx, My, Mz: Node reactions with rotations with external fixity (moments).

2.2.1.1.1.- Envelope

Node reaction envelopes

Reference

Combination Reactions in global axes

Type Description Rx

(kN) Ry

(kN) Rz

(kN) Mx

(kN·m) My

(kN·m) Mz

(kN·m)

N1 Ground bearing pressures Minimum envelope value

Maximum envelope value

-0.482

0.784

-0.571

1.187

0.020

2.564

0.00

0.00

0.00

0.00

0.00

0.00



-0.481

0.784

-1.187

0.571

0.021

2.566

0.00

0.00

0.00

0.00

0.00

0.00



-0.784

0.481

-1.186

0.572

0.020

2.565

0.00

0.00

0.00

0.00

0.00

0.00



-0.784

0.482

-0.572

1.186

0.019

2.563

0.00

0.00

0.00

0.00

0.00

0.00

Note: The indicated concrete combinations are the same as those used to check the equilibrium limit state of the foundations.

2.2.2.- Bars

2.2.2.1.- U.L.S. Checks (Summarised)

Bars CHECKS (EUROCODE 5 EN 1995-1-1: 2004 + A1:2008)

Status Nt,0,d Nc,0,d My,d Mz,d Vy,d Vz,d Mx,d My,dMz,d Nt,0,dMy,dMz,d Nc,0,dMy,dMz,d Mx,dVy,dVz,d

N1/N52 x: 0.1 m � = 2.4

x: 0 m � = 7.8

x: 0.1 m � = 8.7

x: 0 m � = 5.0

x: 0.1 m � = 11.8

x: 0.1 m � = 8.0

D.N.P.(1)

x: 0.1 m � = 10.0

x: 0 m � = 5.8

x: 0.1 m � = 10.6

D.N.P.(2)

VERIFIED � = 11.8

N52/N60 x: 0.329 m � = 2.7

x: 0 m � = 7.7

x: 0.329 m � = 40.9

x: 0.329 m � = 23.9 � = 14.9 � = 17.0 D.N.P.(1)

x: 0.329 m � = 45.3

x: 0.329 m � = 37.0

x: 0.329 m � = 52.9 D.N.P.(2)

VERIFIED � = 52.9

N60/N56 x: 1.141 m � = 0.2

x: 0 m � = 12.9

x: 0 m � = 40.9

x: 1.141 m � = 29.3 � = 9.2

x: 0 m � = 8.8 D.N.P.(1)

x: 0 m � = 45.3

x: 0 m � = 34.3

x: 0 m � = 58.1 D.N.P.(2)

VERIFIED � = 58.1

N56/N2 D.N.P.(3)

x: 0 m � = 3.2

x: 0 m � = 39.4

x: 0 m � = 29.3 � = 13.4 � = 10.4 D.N.P.(1)

x: 0 m � = 44.4 D.N.P.(4)

x: 0 m � = 47.1 D.N.P.(2)

VERIFIED � = 47.1

N4/N216 x: 0.1 m � = 0.2

x: 0 m � < 0.1

x: 0.1 m � = 0.6

x: 0.1 m � = 16.3 � = 32.0 � = 0.7 D.N.P.(1)

x: 0.1 m � = 16.5

x: 0.1 m � = 16.2

x: 0.1 m � = 15.5 D.N.P.(2)

VERIFIED � = 32.0



N216/N62 x: 0.329 m � = 0.6

D.N.P.(5)

x: 0.329 m � = 18.6

x: 0.329 m � = 54.5

� = 23.0 x: 0 m � = 6.8

D.N.P.(1)

x: 0.329 m � = 49.5

x: 0.329 m � = 55.0

D.N.P.(6) D.N.P.(2)

VERIFIED � = 55.0

N62/N58 x: 1.141 m � = 0.8

x: 0 m � = 0.7

x: 0.571 m � = 31.9

x: 1.141 m � = 57.1 � = 19.3

x: 0 m � = 4.9 D.N.P.(1)

x: 0 m � = 49.5

x: 1.141 m � = 50.5

x: 1.141 m � = 57.3 D.N.P.(2)

VERIFIED � = 57.3

N58/N3 x: 0.429 m � = 0.1

x: 0 m � = 0.7

x: 0 m � = 22.3

x: 0 m � = 57.1 � = 26.2

x: 0.429 m � = 6.4 D.N.P.(1)

x: 0 m � = 24.9

x: 0 m � = 49.9

x: 0 m � = 57.8 D.N.P.(2)

VERIFIED � = 57.8

N6/N215 x: 0.1 m � = 0.2

x: 0 m � < 0.1

x: 0.1 m � = 0.6

x: 0.1 m � = 16.3 � = 32.0 � = 0.7 D.N.P.(1)

x: 0.1 m � = 16.5

x: 0.1 m � = 16.2

x: 0.1 m � = 15.5 D.N.P.(2)

VERIFIED � = 32.0

N215/N68 x: 0.329 m � = 0.6 D.N.P.(5)

x: 0.329 m � = 18.6

x: 0.329 m � = 54.5 � = 23.0

x: 0 m � = 6.8 D.N.P.(1)

x: 0.329 m � = 49.5

x: 0.329 m � = 55.0 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 55.0

N68/N65 x: 1.141 m � = 0.8

x: 0 m � = 0.7

x: 0.571 m � = 31.9

x: 1.141 m � = 57.1

� = 19.3 x: 0 m � = 4.9

D.N.P.(1)

x: 0 m � = 49.5

x: 1.141 m � = 50.5

x: 1.141 m � = 57.3

D.N.P.(2)

VERIFIED � = 57.3

N65/N5 x: 0.429 m � = 0.1

x: 0 m � = 0.7

x: 0 m � = 22.3

x: 0 m � = 57.1 � = 26.2

x: 0.429 m � = 6.4 D.N.P.(1)

x: 0 m � = 24.9

x: 0 m � = 49.9

x: 0 m � = 57.8 D.N.P.(2)

VERIFIED � = 57.8

N8/N51 x: 0.1 m � = 2.4

x: 0 m � = 7.8

x: 0.1 m � = 8.7

x: 0 m � = 5.0

x: 0.1 m � = 11.8

x: 0.1 m � = 8.0 D.N.P.(1)

x: 0.1 m � = 10.0

x: 0 m � = 8.6

x: 0.1 m � = 10.6 D.N.P.(2)

VERIFIED � = 11.8

N51/N74 x: 0.329 m � = 2.7

x: 0 m � = 7.7

x: 0.329 m � = 40.9

x: 0.329 m � = 23.9 � = 14.9 � = 17.0 D.N.P.(1)

x: 0.329 m � = 45.3

x: 0.329 m � = 21.7

x: 0.329 m � = 53.0 D.N.P.(2)

VERIFIED � = 53.0

N74/N71 x: 1.141 m � = 0.2

x: 0 m � = 12.9

x: 0 m � = 40.9

x: 1.141 m � = 29.3 � = 9.2

x: 0 m � = 8.8 D.N.P.(1)

x: 0 m � = 45.3

x: 1.141 m � = 28.1

x: 0 m � = 58.1 D.N.P.(2)

VERIFIED � = 58.1

N71/N7 D.N.P.(3)

x: 0 m � = 3.2

x: 0 m � = 39.4

x: 0 m � = 29.3

� = 13.4 � = 10.4 D.N.P.(1)

x: 0 m � = 44.4

D.N.P.(4)

x: 0 m � = 47.1

D.N.P.(2)

VERIFIED � = 47.1

N10/N222 x: 0.1 m � = 0.8

x: 0 m � = 0.4

x: 0.1 m � = 0.8

x: 0.1 m � = 4.6 � = 8.8 � = 0.9 D.N.P.(1)

x: 0.1 m � = 4.7

x: 0.1 m � = 5.3

x: 0.1 m � = 4.7 D.N.P.(2)

VERIFIED � = 8.8

N222/N111 x: 0.329 m � = 1.2

x: 0 m � = 0.4

x: 0.329 m � = 16.3

x: 0.329 m � = 23.5 � = 11.5

x: 0 m � = 6.2 D.N.P.(1)

x: 0.329 m � = 19.6

x: 0.329 m � = 24.7

x: 0.329 m � = 19.9 D.N.P.(2)

VERIFIED � = 24.7

N111/N108 x: 1.141 m � = 1.7

x: 0 m � = 2.5

x: 0.571 m � = 28.2

x: 1.141 m � = 32.1 � = 9.6

x: 0 m � = 4.4 D.N.P.(1)

x: 0.571 m � = 28.2

x: 0.571 m � = 28.7

x: 1.141 m � = 33.0 D.N.P.(2)

VERIFIED � = 33.0

N108/N9 x: 0.429 m � = 4.1

x: 0 m � = 3.1

x: 0 m � = 19.7

x: 0 m � = 32.1 � = 14.7

x: 0.429 m � = 5.9 D.N.P.(1)

x: 0 m � = 20.2

x: 0 m � = 29.7

x: 0 m � = 34.9 D.N.P.(2)

VERIFIED � = 34.9

N12/N221 x: 0.1 m � = 0.8

x: 0 m � = 0.4

x: 0.1 m � = 0.8

x: 0.1 m � = 4.6

� = 8.8 � = 0.9 D.N.P.(1)

x: 0.1 m � = 4.7

x: 0.1 m � = 5.3

x: 0.1 m � = 4.7

D.N.P.(2)

VERIFIED � = 8.8

N221/N118 x: 0.329 m � = 1.2

x: 0 m � = 0.4

x: 0.329 m � = 16.3

x: 0.329 m � = 23.5 � = 11.5

x: 0 m � = 6.2 D.N.P.(1)

x: 0.329 m � = 19.6

x: 0.329 m � = 24.7

x: 0.329 m � = 19.9 D.N.P.(2)

VERIFIED � = 24.7

N118/N115 x: 1.141 m � = 1.7

x: 0 m � = 2.5

x: 0.571 m � = 28.2

x: 1.141 m � = 32.1 � = 9.6

x: 0 m � = 4.4 D.N.P.(1)

x: 0.571 m � = 28.2

x: 0.571 m � = 28.7

x: 1.141 m � = 33.0 D.N.P.(2)

VERIFIED � = 33.0

N115/N11 x: 0.429 m � = 4.1

x: 0 m � = 3.1

x: 0 m � = 19.7

x: 0 m � = 32.1 � = 14.7

x: 0.429 m � = 5.9 D.N.P.(1)

x: 0 m � = 20.2

x: 0 m � = 29.7

x: 0 m � = 34.9 D.N.P.(2)

VERIFIED � = 34.9

N14/N53 x: 0.1 m � = 2.4

x: 0 m � = 7.8

x: 0.1 m � = 8.7

x: 0 m � = 5.0

x: 0.1 m � = 11.8

x: 0.1 m � = 8.0 D.N.P.(1)

x: 0.1 m � = 10.0

x: 0 m � = 8.6

x: 0.1 m � = 10.6 D.N.P.(2)

VERIFIED � = 11.8

N53/N106 x: 0.329 m � = 2.7

x: 0 m � = 7.7

x: 0.329 m � = 40.9

x: 0.329 m � = 23.9

� = 14.9 � = 17.0 D.N.P.(1)

x: 0.329 m � = 45.2

x: 0.329 m � = 21.7

x: 0.329 m � = 52.9

D.N.P.(2)

VERIFIED � = 52.9

N106/N103 x: 1.141 m � = 0.2

x: 0 m � = 12.9

x: 0 m � = 40.9

x: 1.141 m � = 29.3 � = 9.2

x: 0 m � = 8.8 D.N.P.(1)

x: 0 m � = 45.2

x: 1.141 m � = 28.1

x: 0 m � = 58.1 D.N.P.(2)

VERIFIED � = 58.1

N103/N13 D.N.P.(3)

x: 0 m � = 3.2

x: 0 m � = 39.4

x: 0 m � = 29.3 � = 13.4 � = 10.4 D.N.P.(1)

x: 0 m � = 44.4 D.N.P.(4)

x: 0 m � = 47.1 D.N.P.(2)

VERIFIED � = 47.1

N16/N220 x: 0.1 m � = 0.2

x: 0 m � < 0.1

x: 0.1 m � = 0.6

x: 0.1 m � = 16.3 � = 32.0 � = 0.7 D.N.P.(1)

x: 0.1 m � = 16.5

x: 0.1 m � = 16.7

x: 0.1 m � = 15.5 D.N.P.(2)

VERIFIED � = 32.0

N220/N100 x: 0.329 m � = 0.6 D.N.P.(5)

x: 0.329 m � = 18.6

x: 0.329 m � = 54.5 � = 23.0

x: 0 m � = 6.8 D.N.P.(1)

x: 0.329 m � = 49.5

x: 0.329 m � = 55.0 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 55.0

N100/N97 x: 1.141 m � = 0.8

x: 0 m � = 0.7

x: 0.571 m � = 31.9

x: 1.141 m � = 57.1

� = 19.3 x: 0 m � = 4.9

D.N.P.(1)

x: 0 m � = 49.5

x: 1.141 m � = 50.5

x: 1.141 m � = 57.3

D.N.P.(2)

VERIFIED � = 57.3

N97/N15 x: 0.429 m � = 0.1

x: 0 m � = 0.7

x: 0 m � = 22.3

x: 0 m � = 57.1 � = 26.2

x: 0.429 m � = 6.4 D.N.P.(1)

x: 0 m � = 24.9

x: 0 m � = 49.9

x: 0 m � = 57.8 D.N.P.(2)

VERIFIED � = 57.8

N18/N219 x: 0.1 m � = 0.2

x: 0 m � < 0.1

x: 0.1 m � = 0.6

x: 0.1 m � = 16.3 � = 32.0 � = 0.7 D.N.P.(1)

x: 0.1 m � = 16.5

x: 0.1 m � = 16.7

x: 0.1 m � = 15.5 D.N.P.(2)

VERIFIED � = 32.0

N219/N94 x: 0.329 m � = 0.6 D.N.P.(5)

x: 0.329 m � = 18.6

x: 0.329 m � = 54.5 � = 23.0

x: 0 m � = 6.8 D.N.P.(1)

x: 0.329 m � = 49.5

x: 0.329 m � = 55.0 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 55.0

N94/N91 x: 1.141 m � = 0.8

x: 0 m � = 0.7

x: 0.571 m � = 31.9

x: 1.141 m � = 57.1 � = 19.3

x: 0 m � = 4.9 D.N.P.(1)

x: 0 m � = 49.5

x: 1.141 m � = 50.5

x: 1.141 m � = 57.3 D.N.P.(2)

VERIFIED � = 57.3

N91/N17 x: 0.429 m � = 0.1

x: 0 m � = 0.7

x: 0 m � = 22.3

x: 0 m � = 57.1 � = 26.2

x: 0.429 m � = 6.4 D.N.P.(1)

x: 0 m � = 24.9

x: 0 m � = 49.9

x: 0 m � = 57.8 D.N.P.(2)

VERIFIED � = 57.8

N20/N54 x: 0.1 m � = 2.4

x: 0 m � = 7.8

x: 0.1 m � = 8.7

x: 0 m � = 5.0

x: 0.1 m � = 11.8

x: 0.1 m � = 8.0 D.N.P.(1)

x: 0.1 m � = 10.0

x: 0 m � = 5.8

x: 0.1 m � = 10.6 D.N.P.(2)

VERIFIED � = 11.8



N82/N19 D.N.P.(3)

x: 0 m � = 3.2

x: 0 m � = 39.4

x: 0 m � = 29.3

� = 13.4 � = 10.4 D.N.P.(1)

x: 0 m � = 44.4

D.N.P.(4)

x: 0 m � = 47.1

D.N.P.(2)

VERIFIED � = 47.1

N22/N217 x: 0.1 m � = 0.8

x: 0 m � = 0.4

x: 0.1 m � = 0.8

x: 0.1 m � = 4.5 � = 8.8 � = 0.9 D.N.P.(1)

x: 0.1 m � = 4.7

x: 0.1 m � = 5.3

x: 0.1 m � = 4.7 D.N.P.(2)

VERIFIED � = 8.8

N217/N79 x: 0.329 m � = 1.2

x: 0 m � = 0.4

x: 0.329 m � = 16.3

x: 0.329 m � = 23.5 � = 11.5

x: 0 m � = 6.2 D.N.P.(1)

x: 0.329 m � = 19.6

x: 0.329 m � = 24.7

x: 0.329 m � = 19.9 D.N.P.(2)

VERIFIED � = 24.7

N79/N76 x: 1.141 m � = 1.7

x: 0 m � = 2.5

x: 0.571 m � = 28.2

x: 1.141 m � = 32.1 � = 9.6

x: 0 m � = 4.4 D.N.P.(1)

x: 0.571 m � = 28.2

x: 1.141 m � = 27.3

x: 1.141 m � = 33.0 D.N.P.(2)

VERIFIED � = 33.0

N76/N21 x: 0.429 m � = 4.1

x: 0 m � = 3.1

x: 0 m � = 19.7

x: 0 m � = 32.1 � = 14.7

x: 0.429 m � = 5.9 D.N.P.(1)

x: 0 m � = 20.2

x: 0 m � = 29.7

x: 0 m � = 34.9 D.N.P.(2)

VERIFIED � = 34.9

N24/N218 x: 0.1 m � = 0.8

x: 0 m � = 0.4

x: 0.1 m � = 0.8

x: 0.1 m � = 4.5

� = 8.8 � = 0.9 D.N.P.(1)

x: 0.1 m � = 4.7

x: 0.1 m � = 5.3

x: 0.1 m � = 4.7

D.N.P.(2)

VERIFIED � = 8.8

N218/N88 x: 0.329 m � = 1.2

x: 0 m � = 0.4

x: 0.329 m � = 16.3

x: 0.329 m � = 23.5 � = 11.5

x: 0 m � = 6.2 D.N.P.(1)

x: 0.329 m � = 19.6

x: 0.329 m � = 24.7

x: 0.329 m � = 19.9 D.N.P.(2)

VERIFIED � = 24.7

N88/N84 x: 1.141 m � = 1.7

x: 0 m � = 2.5

x: 0.571 m � = 28.2

x: 1.141 m � = 32.1 � = 9.6

x: 0 m � = 4.4 D.N.P.(1)

x: 0.571 m � = 28.2

x: 1.141 m � = 27.3

x: 1.141 m � = 33.0 D.N.P.(2)

VERIFIED � = 33.0

N84/N23 x: 0.429 m � = 4.1

x: 0 m � = 3.1

x: 0 m � = 19.7

x: 0 m � = 32.1 � = 14.7

x: 0.429 m � = 5.9 D.N.P.(1)

x: 0 m � = 20.2

x: 0 m � = 29.7

x: 0 m � = 34.9 D.N.P.(2)

VERIFIED � = 34.9

N25/N163 x: 0.429 m � = 1.1

x: 0 m � = 0.2

x: 0.429 m � = 12.0

x: 0.429 m � = 5.4 � = 2.5

x: 0 m � = 3.5 D.N.P.(1)

x: 0.429 m � = 15.2

x: 0.429 m � = 6.5

x: 0.429 m � = 0.8 D.N.P.(2)

VERIFIED � = 15.2

N163/N166 x: 0.891 m � = 0.7

x: 0 m � = 0.3

x: 0.446 m � = 16.8

x: 0 m � = 5.4

� = 2.3 x: 0 m � = 2.2

D.N.P.(1)

x: 0.669 m � = 17.3

x: 0 m � = 5.9

x: 0 m � = 0.8

D.N.P.(2)

VERIFIED � = 17.3

N166/N26 x: 0.429 m � = 0.3

x: 0 m � < 0.1

x: 0 m � = 12.8

x: 0 m � = 4.9 � = 2.3

x: 0.429 m � = 4.1 D.N.P.(1)

x: 0 m � = 15.7

x: 0 m � = 5.0

x: 0 m � = 15.7 D.N.P.(2)

VERIFIED � = 15.7

N19/N153 D.N.P.(3)

x: 0 m � = 3.6

x: 0.429 m � = 21.1

x: 0.429 m � = 7.6 � = 3.5

x: 0 m � = 6.0 D.N.P.(1)

x: 0.429 m � = 22.9 D.N.P.(4)

x: 0.429 m � = 23.9 D.N.P.(2)

VERIFIED � = 23.9

N153/N150 D.N.P.(3)

x: 0 m � = 3.0

x: 0.446 m � = 28.4

x: 0.891 m � = 7.7 � = 3.4

x: 0 m � = 3.7 D.N.P.(1)

x: 0.669 m � = 27.7 D.N.P.(4)

x: 0.446 m � = 29.7 D.N.P.(2)

VERIFIED � = 29.7

N150/N27 x: 0.429 m � = 0.9

x: 0 m � = 0.1

x: 0 m � = 21.1

x: 0 m � = 7.7 � = 3.5

x: 0.429 m � = 6.0 D.N.P.(1)

x: 0 m � = 23.1

x: 0 m � = 8.5

x: 0 m � = 23.2 D.N.P.(2)

VERIFIED � = 23.2

N28/N29 x: 1.82 m � = 0.5

x: 0 m � = 6.5

x: 0.91 m � = 84.9

x: 1.092 m � = 9.8

x: 1.82 m � = 3.0

x: 0 m � = 21.0

D.N.P.(1)

x: 0.91 m � = 11.8

x: 0.182 m � < 0.1

x: 0.364 m � = 54.1

D.N.P.(2)

VERIFIED � = 84.9

N23/N154 x: 0.429 m � = 0.7

x: 0 m � = 0.2

x: 0.429 m � = 55.4

x: 0.429 m � = 16.9 � = 7.8 � = 14.6 D.N.P.(1)

x: 0.429 m � = 62.9

x: 0.429 m � = 39.4

x: 0.429 m � = 63.0 D.N.P.(2)

VERIFIED � = 63.0

N154/N189 x: 0.221 m � = 0.8

x: 0 m � = 1.0

x: 0.221 m � = 83.9

x: 0 m � = 16.9 � = 8.0 � = 14.6 D.N.P.(1)

x: 0.221 m � = 87.6

x: 0 m � = 1.6

x: 0.221 m � = 87.6 D.N.P.(2)

VERIFIED � = 87.6

N189/N152 x: 0.671 m � = 1.9

x: 0 m � = 0.5

x: 0 m � = 83.9

x: 0.671 m � = 19.1 � = 8.0 � = 16.6 D.N.P.(1)

x: 0 m � = 87.6

x: 0 m � = 89.2

x: 0 m � = 51.8 D.N.P.(2)

VERIFIED � = 89.2

N152/N185 x: 0.079 m � = 2.7

x: 0 m � = 1.7

x: 0.079 m � = 25.9

x: 0 m � = 19.1 � = 8.8 � = 16.6 D.N.P.(1)

x: 0.079 m � = 32.3

x: 0.079 m � = 13.7

x: 0.079 m � = 20.9 D.N.P.(2)

VERIFIED � = 32.3

N185/N30 x: 0.35 m � = 2.4

x: 0 m � = 1.9

x: 0 m � = 25.9

x: 0 m � = 15.6

� = 8.8 � = 8.4 D.N.P.(1)

x: 0 m � = 32.3

x: 0 m � = 10.9

x: 0 m � = 32.5

D.N.P.(2)

VERIFIED � = 32.5

N21/N147 x: 0.429 m � = 0.7

x: 0 m � = 0.2

x: 0.429 m � = 55.4

x: 0.429 m � = 16.9 � = 7.8 � = 14.6 D.N.P.(1)

x: 0.429 m � = 62.9

x: 0.429 m � = 39.4

x: 0.429 m � = 63.0 D.N.P.(2)

VERIFIED � = 63.0

N147/N188 x: 0.221 m � = 0.8

x: 0 m � = 1.0

x: 0.221 m � = 83.9

x: 0 m � = 16.9 � = 8.0 � = 14.6 D.N.P.(1)

x: 0.221 m � = 87.6

x: 0 m � = 1.6

x: 0.221 m � = 87.6 D.N.P.(2)

VERIFIED � = 87.6

N188/N144 x: 0.671 m � = 1.9

x: 0 m � = 0.5

x: 0 m � = 83.9

x: 0.671 m � = 19.1 � = 8.0 � = 16.6 D.N.P.(1)

x: 0 m � = 87.6

x: 0 m � = 89.2

x: 0 m � = 51.8 D.N.P.(2)

VERIFIED � = 89.2

N144/N184 x: 0.079 m � = 2.7

x: 0 m � = 1.7

x: 0.079 m � = 25.9

x: 0 m � = 19.1 � = 8.8 � = 16.6 D.N.P.(1)

x: 0.079 m � = 32.3

x: 0.079 m � = 13.7

x: 0.079 m � = 20.9 D.N.P.(2)

VERIFIED � = 32.3

N184/N31 x: 0.35 m � = 2.4

x: 0 m � = 1.9

x: 0 m � = 25.9

x: 0 m � = 15.6

� = 8.8 � = 8.4 D.N.P.(1)

x: 0 m � = 32.3

x: 0 m � = 10.9

x: 0 m � = 32.5

D.N.P.(2)

VERIFIED � = 32.5

N2/N148 D.N.P.(3)

x: 0 m � = 3.6

x: 0.429 m � = 21.1

x: 0.429 m � = 7.6 � = 3.5

x: 0 m � = 6.0 D.N.P.(1)

x: 0.429 m � = 22.9 D.N.P.(4)

x: 0.429 m � = 23.9 D.N.P.(2)

VERIFIED � = 23.9

N148/N146 D.N.P.(3)

x: 0 m � = 3.0

x: 0.446 m � = 28.4

x: 0.891 m � = 7.7 � = 3.4

x: 0 m � = 3.7 D.N.P.(1)

x: 0.669 m � = 27.7 D.N.P.(4)

x: 0.446 m � = 29.7 D.N.P.(2)

VERIFIED � = 29.7

N146/N32 x: 0.429 m � = 0.9

x: 0 m � = 0.1

x: 0 m � = 21.1

x: 0 m � = 7.7 � = 3.5

x: 0.429 m � = 6.0 D.N.P.(1)

x: 0 m � = 23.1

x: 0 m � = 8.5

x: 0 m � = 23.2 D.N.P.(2)

VERIFIED � = 23.2

N34/N156 x: 0.429 m � = 1.1

x: 0 m � = 0.2

x: 0.429 m � = 12.0

x: 0.429 m � = 5.4 � = 2.5

x: 0 m � = 3.5 D.N.P.(1)

x: 0.429 m � = 15.2

x: 0.429 m � = 6.5

x: 0.429 m � = 0.8 D.N.P.(2)

VERIFIED � = 15.2

N156/N159 x: 0.891 m � = 0.7

x: 0 m � = 0.3

x: 0.446 m � = 16.8

x: 0 m � = 5.4 � = 2.3

x: 0 m � = 2.2 D.N.P.(1)

x: 0.669 m � = 17.3

x: 0 m � = 5.9

x: 0 m � = 0.8 D.N.P.(2)

VERIFIED � = 17.3

N54/N86 x: 0.329 m � = 2.7

x: 0 m � = 7.7

x: 0.329 m � = 40.9

x: 0.329 m � = 23.9 � = 14.9 � = 17.0 D.N.P.(1)

x: 0.329 m � = 45.2

x: 0.329 m � = 37.0

x: 0.329 m � = 52.9 D.N.P.(2)

VERIFIED � = 52.9

N86/N82 x: 1.141 m � = 0.2

x: 0 m � = 12.9

x: 0 m � = 40.9

x: 1.141 m � = 29.3

� = 9.2 x: 0 m � = 8.8

D.N.P.(1)

x: 0 m � = 45.2

x: 0 m � = 34.3

x: 0 m � = 58.1

D.N.P.(2)

VERIFIED � = 58.1

N159/N33 x: 0.429 m � = 0.3

x: 0 m � < 0.1

x: 0 m � = 12.8

x: 0 m � = 4.9 � = 2.3

x: 0.429 m � = 4.1 D.N.P.(1)

x: 0 m � = 15.7

x: 0 m � = 5.0

x: 0 m � = 15.7 D.N.P.(2)

VERIFIED � = 15.7

N35/N36 x: 1.82 m � = 0.5

x: 0 m � = 6.5

x: 0.91 m � = 84.9

x: 1.092 m � = 9.8

x: 1.82 m � = 3.0

x: 0 m � = 21.0 D.N.P.(1)

x: 0.91 m � = 11.8

x: 0.182 m � < 0.1

x: 0.364 m � = 54.1 D.N.P.(2)

VERIFIED � = 84.9

N37/N139 x: 0.429 m � = 1.1

x: 0 m � = 0.2

x: 0.429 m � = 12.0

x: 0.429 m � = 5.5

� = 2.5 x: 0 m � = 3.5

D.N.P.(1)

x: 0.429 m � = 15.2

x: 0.429 m � = 16.0

x: 0.429 m � = 0.8

D.N.P.(2)

VERIFIED � = 16.0



N139/N142 x: 0.891 m � = 0.7

x: 0 m � = 0.3

x: 0.446 m � = 16.8

x: 0 m � = 5.5

� = 2.3 x: 0 m � = 2.2

D.N.P.(1)

x: 0.669 m � = 17.3

x: 0.669 m � = 17.7

x: 0 m � = 0.7

D.N.P.(2)

VERIFIED � = 17.7

N142/N38 x: 0.429 m � = 0.3

x: 0 m � < 0.1

x: 0 m � = 12.8

x: 0 m � = 4.9 � = 2.3

x: 0.429 m � = 4.1 D.N.P.(1)

x: 0 m � = 15.7

x: 0 m � = 10.4

x: 0 m � = 15.7 D.N.P.(2)

VERIFIED � = 15.7

N13/N129 D.N.P.(3)

x: 0 m � = 3.6

x: 0.429 m � = 21.1

x: 0.429 m � = 7.6 � = 3.5

x: 0 m � = 6.0 D.N.P.(1)

x: 0.429 m � = 22.9 D.N.P.(4)

x: 0.429 m � = 23.9 D.N.P.(2)

VERIFIED � = 23.9

N129/N126 D.N.P.(3)

x: 0 m � = 3.0

x: 0.446 m � = 28.4

x: 0.891 m � = 7.7 � = 3.4

x: 0 m � = 3.7 D.N.P.(1)

x: 0.669 m � = 27.7 D.N.P.(4)

x: 0.446 m � = 29.7 D.N.P.(2)

VERIFIED � = 29.7

N126/N39 x: 0.429 m � = 0.9

x: 0 m � = 0.1

x: 0 m � = 21.1

x: 0 m � = 7.7 � = 3.5

x: 0.429 m � = 6.0 D.N.P.(1)

x: 0 m � = 23.1

x: 0 m � = 22.8

x: 0 m � = 23.2 D.N.P.(2)

VERIFIED � = 23.2

N40/N41 x: 1.82 m � = 0.5

x: 0 m � = 6.5

x: 0.91 m � = 84.8

x: 1.092 m � = 9.8

x: 1.82 m � = 3.0

x: 0 m � = 21.0

D.N.P.(1)

x: 0.91 m � = 11.9

x: 0.182 m � < 0.1

x: 0.364 m � = 54.1

D.N.P.(2)

VERIFIED � = 84.8

N11/N130 x: 0.429 m � = 0.7

x: 0 m � = 0.2

x: 0.429 m � = 55.4

x: 0.429 m � = 16.9 � = 7.8 � = 14.6 D.N.P.(1)

x: 0.429 m � = 62.9

x: 0.429 m � = 38.2

x: 0.429 m � = 63.0 D.N.P.(2)

VERIFIED � = 63.0

N130/N190 x: 0.221 m � = 0.8

x: 0 m � = 1.0

x: 0.221 m � = 83.9

x: 0 m � = 16.9 � = 8.0 � = 14.6 D.N.P.(1)

x: 0.221 m � = 87.6

x: 0.221 m � = 52.3

x: 0.221 m � = 87.6 D.N.P.(2)

VERIFIED � = 87.6

N190/N128 x: 0.671 m � = 1.9

x: 0 m � = 0.5

x: 0 m � = 83.9

x: 0.671 m � = 19.1 � = 8.0 � = 16.6 D.N.P.(1)

x: 0 m � = 87.6

x: 0 m � = 32.0

x: 0 m � = 51.8 D.N.P.(2)

VERIFIED � = 87.6

N128/N186 x: 0.079 m � = 2.7

x: 0 m � = 1.7

x: 0.079 m � = 25.9

x: 0 m � = 19.1 � = 8.8 � = 16.6 D.N.P.(1)

x: 0.079 m � = 32.3

x: 0.079 m � = 32.7

x: 0.079 m � = 20.9 D.N.P.(2)

VERIFIED � = 32.7

N186/N42 x: 0.35 m � = 2.4

x: 0 m � = 1.9

x: 0 m � = 25.9

x: 0 m � = 15.6

� = 8.8 � = 8.4 D.N.P.(1)

x: 0 m � = 32.3

x: 0 m � = 7.1

x: 0 m � = 32.5

D.N.P.(2)

VERIFIED � = 32.5

N9/N123 x: 0.429 m � = 0.7

x: 0 m � = 0.2

x: 0.429 m � = 55.4

x: 0.429 m � = 16.9 � = 7.8 � = 14.6 D.N.P.(1)

x: 0.429 m � = 62.9

x: 0.429 m � = 38.2

x: 0.429 m � = 63.0 D.N.P.(2)

VERIFIED � = 63.0

N123/N187 x: 0.221 m � = 0.8

x: 0 m � = 1.0

x: 0.221 m � = 83.9

x: 0 m � = 16.9 � = 8.0 � = 14.6 D.N.P.(1)

x: 0.221 m � = 87.6

x: 0.221 m � = 52.3

x: 0.221 m � = 87.6 D.N.P.(2)

VERIFIED � = 87.6

N187/N120 x: 0.671 m � = 1.9

x: 0 m � = 0.5

x: 0 m � = 83.9

x: 0.671 m � = 19.1 � = 8.0 � = 16.6 D.N.P.(1)

x: 0 m � = 87.6

x: 0 m � = 32.0

x: 0 m � = 51.8 D.N.P.(2)

VERIFIED � = 87.6

N120/N183 x: 0.079 m � = 2.7

x: 0 m � = 1.7

x: 0.079 m � = 25.9

x: 0 m � = 19.1 � = 8.8 � = 16.6 D.N.P.(1)

x: 0.079 m � = 32.3

x: 0.079 m � = 32.7

x: 0.079 m � = 20.9 D.N.P.(2)

VERIFIED � = 32.7

N183/N43 x: 0.35 m � = 2.4

x: 0 m � = 1.9

x: 0 m � = 25.9

x: 0 m � = 15.6

� = 8.8 � = 8.4 D.N.P.(1)

x: 0 m � = 32.3

x: 0 m � = 7.1

x: 0 m � = 32.5

D.N.P.(2)

VERIFIED � = 32.5

N7/N124 D.N.P.(3)

x: 0 m � = 3.6

x: 0.429 m � = 21.1

x: 0.429 m � = 7.6 � = 3.5

x: 0 m � = 6.0 D.N.P.(1)

x: 0.429 m � = 22.9 D.N.P.(4)

x: 0.429 m � = 23.9 D.N.P.(2)

VERIFIED � = 23.9

N124/N122 D.N.P.(3)

x: 0 m � = 3.0

x: 0.446 m � = 28.4

x: 0.891 m � = 7.7 � = 3.4

x: 0 m � = 3.7 D.N.P.(1)

x: 0.669 m � = 27.7 D.N.P.(4)

x: 0.446 m � = 29.7 D.N.P.(2)

VERIFIED � = 29.7

N122/N44 x: 0.429 m � = 0.9

x: 0 m � = 0.1

x: 0 m � = 21.1

x: 0 m � = 7.7 � = 3.5

x: 0.429 m � = 6.0 D.N.P.(1)

x: 0 m � = 23.1

x: 0 m � = 22.8

x: 0 m � = 23.2 D.N.P.(2)

VERIFIED � = 23.2

N46/N132 x: 0.429 m � = 1.1

x: 0 m � = 0.2

x: 0.429 m � = 12.0

x: 0.429 m � = 5.5 � = 2.5

x: 0 m � = 3.5 D.N.P.(1)

x: 0.429 m � = 15.2

x: 0.429 m � = 16.0

x: 0.429 m � = 0.8 D.N.P.(2)

VERIFIED � = 16.0

N132/N135 x: 0.891 m � = 0.7

x: 0 m � = 0.3

x: 0.446 m � = 16.8

x: 0 m � = 5.5

� = 2.3 x: 0 m � = 2.2

D.N.P.(1)

x: 0.669 m � = 17.3

x: 0.669 m � = 17.7

x: 0 m � = 0.7

D.N.P.(2)

VERIFIED � = 17.7

N135/N45 x: 0.429 m � = 0.3

x: 0 m � < 0.1

x: 0 m � = 12.8

x: 0 m � = 4.9 � = 2.3

x: 0.429 m � = 4.1 D.N.P.(1)

x: 0 m � = 15.7

x: 0 m � = 10.4

x: 0 m � = 15.7 D.N.P.(2)

VERIFIED � = 15.7

N47/N48 x: 1.82 m � = 0.5

x: 0 m � = 6.5

x: 0.91 m � = 84.8

x: 1.092 m � = 9.8

x: 1.82 m � = 3.0

x: 0 m � = 21.0 D.N.P.(1)

x: 0.91 m � = 11.9

x: 0.182 m � < 0.1

x: 0.364 m � = 54.1 D.N.P.(2)

VERIFIED � = 84.8

N1/N59 � = 6.4 � = 6.3 x: 0.429 m � = 22.0

x: 0 m � = 19.5 � = 3.4

x: 0 m � = 9.2 D.N.P.(1)

x: 0.429 m � = 26.7

x: 0.429 m � = 33.2

x: 0.429 m � = 30.7 D.N.P.(2)

VERIFIED � = 33.2

N59/N61 � = 1.7 � = 1.6 x: 0.141 m � = 30.5

x: 0 m � = 6.8 � = 2.2

x: 0 m � = 42.0 D.N.P.(1)

x: 0.141 m � = 32.3

x: 0 m � = 28.5

x: 0.141 m � = 32.4 D.N.P.(2)

VERIFIED � = 42.0

N61/N4 � = 3.3 � = 2.2 x: 0 m � = 30.5

x: 0 m � = 5.1

� = 1.4 x: 0.429 m � = 8.1

D.N.P.(1)

x: 0 m � = 32.3

x: 0 m � = 35.7

x: 0 m � = 26.7

D.N.P.(2)

VERIFIED � = 35.7

N4/N66 � = 4.1 � = 3.1 x: 0.429 m � = 19.5

x: 0.429 m � = 4.6 � = 1.2

x: 0 m � = 5.2 D.N.P.(1)

x: 0.429 m � = 5.6

x: 0.429 m � = 23.6

x: 0.429 m � = 21.4 D.N.P.(2)

VERIFIED � = 23.6

N66/N67 � = 1.4 D.N.P.(5)

x: 0.141 m � = 19.5 � = 4.6 D.N.P.(7)

� = 29.9 D.N.P.(1)

x: 0.071 m � = 5.6

x: 0.141 m � = 19.8 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 29.9

N67/N6 � = 4.1 � = 3.1 x: 0 m � = 19.5

x: 0 m � = 4.6 � = 1.2

x: 0.429 m � = 5.2 D.N.P.(1)

x: 0 m � = 5.6

x: 0 m � = 23.6

x: 0 m � = 21.4 D.N.P.(2)

VERIFIED � = 23.6

N6/N72 � = 3.3 � = 2.2 x: 0.429 m � = 30.5

x: 0.429 m � = 5.1 � = 1.4

x: 0 m � = 8.1 D.N.P.(1)

x: 0.429 m � = 32.3

x: 0.429 m � = 35.7

x: 0.429 m � = 26.7 D.N.P.(2)

VERIFIED � = 35.7

N72/N73 � = 1.7 � = 1.6 x: 0 m � = 30.5

x: 0.141 m � = 6.8 � = 2.2

x: 0.141 m � = 42.0 D.N.P.(1)

x: 0 m � = 32.3

x: 0.141 m � = 28.5

x: 0 m � = 32.4 D.N.P.(2)

VERIFIED � = 42.0

N73/N8 � = 6.4 � = 6.3 x: 0 m � = 22.0

x: 0.429 m � = 19.5 � = 3.4

x: 0.429 m � = 9.2 D.N.P.(1)

x: 0 m � = 26.7

x: 0 m � = 33.2

x: 0 m � = 30.7 D.N.P.(2)

VERIFIED � = 33.2

N8/N112 � = 6.2 � = 6.3 x: 0.429 m � = 49.2

x: 0 m � = 19.5 � = 2.7

x: 0.429 m � = 17.6 D.N.P.(1)

x: 0.429 m � = 51.1

x: 0.429 m � = 54.6

x: 0.429 m � = 57.4 D.N.P.(2)

VERIFIED � = 57.4



N110/N10 � = 2.3 � = 1.3 x: 0 m � = 47.2

x: 0 m � = 6.8

� = 1.8 x: 0.429 m � = 12.5

D.N.P.(1)

x: 0 m � = 48.2

x: 0 m � = 50.5

x: 0 m � = 41.6

D.N.P.(2)

VERIFIED � = 50.5

N10/N12 � = 1.6 � = 0.2 D.N.P.(8) D.N.P.(8)

D.N.P.(7)

x: 0 m � = 0.2 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 1.6

N12/N117 � = 2.3 � = 1.3 x: 0.429 m � = 47.2

x: 0.429 m � = 6.8 � = 1.8

x: 0 m � = 12.5 D.N.P.(1)

x: 0.429 m � = 48.2

x: 0.429 m � = 50.5

x: 0.429 m � = 41.6 D.N.P.(2)

VERIFIED � = 50.5

N117/N116 � = 2.1 � = 1.8 x: 0.361 m � = 49.2

x: 0.361 m � = 12.6 � = 1.8

x: 0.361 m � = 30.2 D.N.P.(1)

x: 0.361 m � = 51.1

x: 0.361 m � = 50.6

x: 0.361 m � = 53.0 D.N.P.(2)

VERIFIED � = 53.0

N116/N14 � = 6.2 � = 6.3 x: 0 m � = 49.2

x: 0.429 m � = 19.5 � = 2.7

x: 0 m � = 17.6 D.N.P.(1)

x: 0 m � = 51.1

x: 0 m � = 54.6

x: 0 m � = 57.4 D.N.P.(2)

VERIFIED � = 57.4

N16/N104 � = 3.3 � = 2.2 x: 0.429 m � = 30.4

x: 0.429 m � = 5.1

� = 1.4 x: 0 m � = 8.1

D.N.P.(1)

x: 0.429 m � = 32.3

x: 0.429 m � = 35.7

x: 0.429 m � = 26.7

D.N.P.(2)

VERIFIED � = 35.7

N104/N105 � = 1.7 � = 1.6 x: 0 m � = 30.4

x: 0.141 m � = 6.8 � = 2.2

x: 0.141 m � = 41.9 D.N.P.(1)

x: 0 m � = 32.3

x: 0.141 m � = 28.5

x: 0 m � = 32.3 D.N.P.(2)

VERIFIED � = 41.9

N105/N14 � = 6.4 � = 6.3 x: 0 m � = 22.0

x: 0.429 m � = 19.5 � = 3.4

x: 0.429 m � = 9.2 D.N.P.(1)

x: 0 m � = 26.8

x: 0 m � = 33.2

x: 0 m � = 30.7 D.N.P.(2)

VERIFIED � = 33.2

N18/N98 � = 4.1 � = 3.1 x: 0.429 m � = 19.5

x: 0.429 m � = 4.6 � = 1.2

x: 0 m � = 5.2 D.N.P.(1)

x: 0.429 m � = 5.6

x: 0.429 m � = 23.6

x: 0.429 m � = 21.5 D.N.P.(2)

VERIFIED � = 23.6

N98/N99 � = 1.4 D.N.P.(5)

x: 0.141 m � = 19.5 � = 4.6 D.N.P.(7)

� = 29.9 D.N.P.(1)

x: 0.071 m � = 5.6

x: 0.141 m � = 19.8 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 29.9

N99/N16 � = 4.1 � = 3.1 x: 0 m � = 19.5

x: 0 m � = 4.6

� = 1.2 x: 0.429 m � = 5.2

D.N.P.(1)

x: 0 m � = 5.6

x: 0 m � = 23.6

x: 0 m � = 21.5

D.N.P.(2)

VERIFIED � = 23.6

N20/N92 � = 6.4 � = 6.3 x: 0.429 m � = 22.0

x: 0 m � = 19.5 � = 3.4

x: 0 m � = 9.2 D.N.P.(1)

x: 0.429 m � = 26.8

x: 0.429 m � = 33.2

x: 0.429 m � = 30.7 D.N.P.(2)

VERIFIED � = 33.2

N92/N93 � = 1.7 � = 1.6 x: 0.141 m � = 30.4

x: 0 m � = 6.8 � = 2.2

x: 0 m � = 41.9 D.N.P.(1)

x: 0.141 m � = 32.3

x: 0 m � = 28.5

x: 0.141 m � = 32.3 D.N.P.(2)

VERIFIED � = 41.9

N93/N18 � = 3.3 � = 2.2 x: 0 m � = 30.4

x: 0 m � = 5.1 � = 1.4

x: 0.429 m � = 8.1 D.N.P.(1)

x: 0 m � = 32.3

x: 0 m � = 35.7

x: 0 m � = 26.7 D.N.P.(2)

VERIFIED � = 35.7

N1/N80 � = 6.2 � = 6.3 x: 0.429 m � = 49.2

x: 0 m � = 19.5 � = 2.7

x: 0.429 m � = 17.6 D.N.P.(1)

x: 0.429 m � = 51.2

x: 0.429 m � = 54.6

x: 0.429 m � = 57.4 D.N.P.(2)

VERIFIED � = 57.4

N80/N78 � = 2.1 � = 1.8 x: 0 m � = 49.2

x: 0 m � = 12.6

� = 1.8 x: 0 m � = 30.2

D.N.P.(1)

x: 0 m � = 51.2

x: 0 m � = 50.6

x: 0 m � = 53.0

D.N.P.(2)

VERIFIED � = 53.0

N78/N22 � = 2.3 � = 1.3 x: 0 m � = 47.2

x: 0 m � = 6.8 � = 1.8

x: 0.429 m � = 12.5 D.N.P.(1)

x: 0 m � = 48.2

x: 0 m � = 50.5

x: 0 m � = 41.6 D.N.P.(2)

VERIFIED � = 50.5

N22/N24 � = 1.6 � = 0.2 D.N.P.(8) D.N.P.(8)

D.N.P.(7)

x: 0 m � = 0.2 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 1.6

N24/N87 � = 2.3 � = 1.3 x: 0.429 m � = 47.2

x: 0.429 m � = 6.8 � = 1.8

x: 0 m � = 12.5 D.N.P.(1)

x: 0.429 m � = 48.2

x: 0.429 m � = 50.5

x: 0.429 m � = 41.6 D.N.P.(2)

VERIFIED � = 50.5

N87/N85 � = 2.1 � = 1.8 x: 0.361 m � = 49.2

x: 0.361 m � = 12.6 � = 1.8

x: 0.361 m � = 30.2 D.N.P.(1)

x: 0.361 m � = 51.2

x: 0.361 m � = 50.6

x: 0.361 m � = 53.0 D.N.P.(2)

VERIFIED � = 53.0

N85/N20 � = 6.2 � = 6.3 x: 0 m � = 49.2

x: 0.429 m � = 19.5

� = 2.7 x: 0 m � = 17.6

D.N.P.(1)

x: 0 m � = 51.2

x: 0 m � = 54.6

x: 0 m � = 57.4

D.N.P.(2)

VERIFIED � = 57.4

N35/N47 � = 1.3 � = 7.9 x: 1.5 m � = 8.5 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 1.3 D.N.P.(1)

D.N.P.(9)

x: 1.5 m � = 8.5

x: 1.5 m � = 13.5 D.N.P.(2)

VERIFIED � = 13.5

N36/N214 � = 1.5 � = 2.0 x: 0.495 m � = 5.0

x: 0.495 m � = 53.1 � = 12.1

x: 0 m � = 1.3 D.N.P.(1)

x: 0.495 m � = 55.4

x: 0.495 m � = 57.0

x: 0.495 m � = 54.7 D.N.P.(2)

VERIFIED � = 57.0

N214/N208 D.N.P.(3) � = 2.5

x: 1.005 m � = 8.2

x: 0 m � = 53.1 � = 5.8

x: 0 m � = 0.7 D.N.P.(1)

x: 0 m � = 55.4 D.N.P.(4)

x: 0 m � = 57.9 D.N.P.(2)

VERIFIED � = 57.9

N208/N48 � = 1.5 � = 2.0 x: 0 m � = 5.0

x: 0 m � = 53.1 � = 12.1

x: 0.495 m � = 1.3 D.N.P.(1)

x: 0 m � = 55.4

x: 0 m � = 57.0

x: 0 m � = 54.7 D.N.P.(2)

VERIFIED � = 57.0

N29/N210 � = 1.5 � = 2.0 x: 0.495 m � = 5.0

x: 0.495 m � = 53.1

� = 12.1 x: 0 m � = 1.3

D.N.P.(1)

x: 0.495 m � = 55.4

x: 0.495 m � = 57.0

x: 0.495 m � = 54.7

D.N.P.(2)

VERIFIED � = 57.0

N210/N212 D.N.P.(3) � = 2.5

x: 1.005 m � = 8.2

x: 0 m � = 53.1 � = 5.8

x: 0 m � = 0.7 D.N.P.(1)

x: 0 m � = 55.4 D.N.P.(4)

x: 0 m � = 57.9 D.N.P.(2)

VERIFIED � = 57.9

N212/N41 � = 1.5 � = 2.0 x: 0 m � = 5.0

x: 0 m � = 53.1 � = 12.1

x: 0.495 m � = 1.3 D.N.P.(1)

x: 0 m � = 55.4

x: 0 m � = 57.0

x: 0 m � = 54.7 D.N.P.(2)

VERIFIED � = 57.0

N28/N40 � = 1.3 � = 7.9 x: 1.5 m � = 8.5 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 1.3 D.N.P.(1)

D.N.P.(9)

x: 1.5 m � = 8.5

x: 1.5 m � = 13.5 D.N.P.(2)

VERIFIED � = 13.5

N34/N46 � = 0.3 � = 26.5 x: 1.5 m � = 20.4 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 3.1 D.N.P.(1)

D.N.P.(9)

x: 1.5 m � = 13.9

x: 1.5 m � = 40.1 D.N.P.(2)

VERIFIED � = 40.1

N25/N37 � = 0.3 � = 26.5 x: 1.5 m � = 20.4 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 3.1 D.N.P.(1)

D.N.P.(9)

x: 1.5 m � = 13.9

x: 1.5 m � = 40.1 D.N.P.(2)

VERIFIED � = 40.1

N49/N50 � = 0.3 � = 7.1 x: 1.5 m � = 7.1 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 1.1 D.N.P.(1)

D.N.P.(9)

x: 1.5 m � = 5.0

x: 1.5 m � = 11.9 D.N.P.(2)

VERIFIED � = 11.9

N112/N110 � = 2.1 � = 1.8 x: 0 m � = 49.2

x: 0 m � = 12.6

� = 1.8 x: 0 m � = 30.2

D.N.P.(1)

x: 0 m � = 51.1

x: 0 m � = 50.6

x: 0 m � = 53.0

D.N.P.(2)

VERIFIED � = 53.0

N32/N44 � < 0.1 � = 15.2 x: 1.5 m � = 7.1 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 1.1 D.N.P.(1)

D.N.P.(9)

x: 1.5 m � = 4.8

x: 1.5 m � = 19.9 D.N.P.(2)

VERIFIED � = 19.9

N27/N39 � < 0.1 � = 15.2 x: 1.5 m � = 7.1

D.N.P.(8) D.N.P.(7)

x: 0 m � = 1.1

D.N.P.(1) D.N.P.(9)

x: 1.5 m � = 4.8

x: 1.5 m � = 19.9

D.N.P.(2)

VERIFIED � = 19.9



N52/N182 � = 1.3 � = 4.7 x: 0.495 m � = 19.6

x: 0.495 m � = 58.4

� = 13.3 x: 0 m � = 4.7

D.N.P.(1)

x: 0.495 m � = 67.0

x: 0.495 m � = 67.8

x: 0.495 m � = 44.0

D.N.P.(2)

VERIFIED � = 67.8

N182/N216 D.N.P.(3) � = 4.4

x: 0 m � = 19.6

x: 0.505 m � = 61.6 � = 14.4

x: 0.505 m � = 5.8 D.N.P.(1)

x: 0 m � = 67.0 D.N.P.(4)

x: 0 m � = 67.7 D.N.P.(2)

VERIFIED � = 67.7

N216/N215 D.N.P.(3) � = 7.4

x: 0 m � = 5.4 � = 61.6 � = 3.9

x: 0 m � = 0.6 D.N.P.(1)

� = 64.1 D.N.P.(4) � = 69.4 D.N.P.(2)

VERIFIED � = 69.4

N215/N180 D.N.P.(3) � = 4.4

x: 0.505 m � = 19.6

x: 0 m � = 61.6 � = 14.4

x: 0 m � = 5.8 D.N.P.(1)

x: 0.505 m � = 67.0 D.N.P.(4)

x: 0.505 m � = 67.7 D.N.P.(2)

VERIFIED � = 67.7

N180/N51 � = 1.3 � = 4.7 x: 0 m � = 19.6

x: 0 m � = 58.4 � = 13.3

x: 0.495 m � = 4.7 D.N.P.(1)

x: 0 m � = 67.0

x: 0 m � = 67.8

x: 0 m � = 44.0 D.N.P.(2)

VERIFIED � = 67.8

N51/N179 � = 1.3 � = 1.8 x: 0.495 m � = 22.6

x: 0.495 m � = 56.0

� = 12.8 x: 0 m � = 5.3

D.N.P.(1)

x: 0.495 m � = 68.2

x: 0.495 m � = 22.7

x: 0.495 m � = 68.7

D.N.P.(2)

VERIFIED � = 68.7

N179/N222 D.N.P.(3) � = 2.5

x: 0 m � = 22.6

x: 0.725 m � = 78.3 � = 13.7

x: 0.725 m � = 5.3 D.N.P.(1)

x: 0.725 m � = 83.3 D.N.P.(4)

x: 0.725 m � = 84.0 D.N.P.(2)

VERIFIED � = 84.0

N222/N221 D.N.P.(3) � = 2.2

x: 0 m � = 12.0 � = 78.3 � = 4.1

x: 0 m � = 2.5 D.N.P.(1)

� = 83.3 D.N.P.(4) � = 83.8 D.N.P.(2)

VERIFIED � = 83.8

N221/N175 D.N.P.(3) � = 2.5

x: 0.725 m � = 22.6

x: 0 m � = 78.3 � = 13.7

x: 0 m � = 5.3 D.N.P.(1)

x: 0 m � = 83.3 D.N.P.(4)

x: 0 m � = 84.0 D.N.P.(2)

VERIFIED � = 84.0

N175/N53 � = 1.3 � = 1.8 x: 0 m � = 22.6

x: 0 m � = 56.0 � = 12.8

x: 0.495 m � = 5.3 D.N.P.(1)

x: 0 m � = 68.2

x: 0 m � = 22.7

x: 0 m � = 68.7 D.N.P.(2)

VERIFIED � = 68.7

N54/N178 � = 1.3 � = 4.7 x: 0.495 m � = 19.6

x: 0.495 m � = 58.4

� = 13.3 x: 0 m � = 4.7

D.N.P.(1)

x: 0.495 m � = 67.0

x: 0.495 m � = 67.8

x: 0.495 m � = 44.0

D.N.P.(2)

VERIFIED � = 67.8

N178/N219 D.N.P.(3) � = 4.4

x: 0 m � = 19.6

x: 0.505 m � = 61.6 � = 14.4

x: 0.505 m � = 5.8 D.N.P.(1)

x: 0 m � = 67.0 D.N.P.(4)

x: 0 m � = 67.7 D.N.P.(2)

VERIFIED � = 67.7

N219/N220 D.N.P.(3) � = 7.4

x: 0 m � = 5.4 � = 61.6 � = 3.9

x: 0 m � = 0.6 D.N.P.(1)

� = 64.1 D.N.P.(4) � = 69.4 D.N.P.(2)

VERIFIED � = 69.4

N220/N176 D.N.P.(3) � = 4.4

x: 0.505 m � = 19.6

x: 0 m � = 61.6 � = 14.4

x: 0 m � = 5.8 D.N.P.(1)

x: 0.505 m � = 67.0 D.N.P.(4)

x: 0.505 m � = 67.7 D.N.P.(2)

VERIFIED � = 67.7

N176/N53 � = 1.3 � = 4.7 x: 0 m � = 19.6

x: 0 m � = 58.4 � = 13.3

x: 0.495 m � = 4.7 D.N.P.(1)

x: 0 m � = 67.0

x: 0 m � = 67.8

x: 0 m � = 44.0 D.N.P.(2)

VERIFIED � = 67.8

N52/N181 � = 1.3 � = 1.8 x: 0.495 m � = 22.6

x: 0.495 m � = 56.0

� = 12.8 x: 0 m � = 5.3

D.N.P.(1)

x: 0.495 m � = 68.2

x: 0.495 m � = 22.7

x: 0.495 m � = 68.7

D.N.P.(2)

VERIFIED � = 68.7

N181/N217 D.N.P.(3) � = 2.5

x: 0 m � = 22.6

x: 0.725 m � = 78.3 � = 13.7

x: 0.725 m � = 5.3 D.N.P.(1)

x: 0.725 m � = 83.3 D.N.P.(4)

x: 0.725 m � = 84.0 D.N.P.(2)

VERIFIED � = 84.0

N217/N218 D.N.P.(3) � = 2.2

x: 0 m � = 12.0 � = 78.3 � = 4.1

x: 0 m � = 2.5 D.N.P.(1)

� = 83.3 D.N.P.(4) � = 83.8 D.N.P.(2)

VERIFIED � = 83.8

N218/N177 D.N.P.(3) � = 2.5

x: 0.725 m � = 22.6

x: 0 m � = 78.3 � = 13.7

x: 0 m � = 5.3 D.N.P.(1)

x: 0 m � = 83.3 D.N.P.(4)

x: 0 m � = 84.0 D.N.P.(2)

VERIFIED � = 84.0

N177/N54 � = 1.3 � = 1.8 x: 0 m � = 22.6

x: 0 m � = 56.0 � = 12.8

x: 0.495 m � = 5.3 D.N.P.(1)

x: 0 m � = 68.2

x: 0 m � = 22.7

x: 0 m � = 68.7 D.N.P.(2)

VERIFIED � = 68.7

N2/N55 � = 1.6 � = 1.4 x: 0.429 m � = 3.4

x: 0.429 m � = 55.3

� = 14.6 x: 0.429 m � = 1.7

D.N.P.(1)

x: 0.429 m � = 57.7

x: 0.429 m � = 52.2

x: 0.429 m � = 59.1

D.N.P.(2)

VERIFIED � = 59.1

N55/N174 � = 1.4 � = 1.0 x: 0.066 m � = 8.3

x: 0.066 m � = 63.8 � = 14.6

x: 0 m � = 18.9 D.N.P.(1)

x: 0.066 m � = 68.8

x: 0.066 m � = 18.3

x: 0.066 m � = 68.8 D.N.P.(2)

VERIFIED � = 68.8

N174/N57 � = 1.0 � = 2.4 x: 0.076 m � = 15.5

x: 0 m � = 63.8 � = 7.6

x: 0 m � = 18.8 D.N.P.(1)

x: 0 m � = 68.8

x: 0.076 m � = 65.0

x: 0 m � = 68.8 D.N.P.(2)

VERIFIED � = 68.8

N57/N3 D.N.P.(3) � = 1.6

x: 0 m � = 15.5

x: 0 m � = 59.2 � = 7.0

x: 0.429 m � = 7.8 D.N.P.(1)

x: 0 m � = 67.2 D.N.P.(4)

x: 0 m � = 68.2 D.N.P.(2)

VERIFIED � = 68.2

N3/N63 � = 1.1 � = 3.1 x: 0.429 m � = 11.1

x: 0 m � = 33.1 � = 6.8

x: 0 m � = 5.0 D.N.P.(1)

x: 0 m � = 33.7

x: 0 m � = 27.7

x: 0 m � = 36.7 D.N.P.(2)

VERIFIED � = 36.7

N63/N64 D.N.P.(3) � = 1.0 x: 0 m

� = 11.1 � = 18.8 � = 6.8 x: 0 m

� = 18.6 D.N.P.(1)

x: 0.071 m � = 21.0

D.N.P.(4)

x: 0.071 m � = 21.0

D.N.P.(2)

VERIFIED � = 21.0

N64/N5 � = 1.1 � = 3.1 x: 0 m � = 11.1

x: 0.429 m � = 33.1 � = 6.8

x: 0.429 m � = 5.0 D.N.P.(1)

x: 0.429 m � = 33.7

x: 0.429 m � = 27.7

x: 0.429 m � = 36.7 D.N.P.(2)

VERIFIED � = 36.7

N5/N69 D.N.P.(3) � = 1.6

x: 0.429 m � = 15.5

x: 0.429 m � = 59.2 � = 7.0

x: 0 m � = 7.8 D.N.P.(1)

x: 0.429 m � = 67.2 D.N.P.(4)

x: 0.429 m � = 68.2 D.N.P.(2)

VERIFIED � = 68.2

N69/N172 � = 1.0 � = 2.4 x: 0 m � = 15.5

x: 0.076 m � = 63.8 � = 7.6

x: 0.076 m � = 18.8 D.N.P.(1)

x: 0.076 m � = 68.8

x: 0 m � = 65.0

x: 0.076 m � = 68.8 D.N.P.(2)

VERIFIED � = 68.8

N172/N70 � = 1.4 � = 1.0 x: 0 m � = 8.3

x: 0 m � = 63.8 � = 14.6

x: 0.066 m � = 18.9 D.N.P.(1)

x: 0 m � = 68.8

x: 0 m � = 18.3

x: 0 m � = 68.8 D.N.P.(2)

VERIFIED � = 68.8

N70/N7 � = 1.6 � = 1.4 x: 0 m � = 3.4

x: 0 m � = 55.3 � = 14.6

x: 0 m � = 1.7 D.N.P.(1)

x: 0 m � = 57.7

x: 0 m � = 52.2

x: 0 m � = 59.1 D.N.P.(2)

VERIFIED � = 59.1

N19/N89 � = 1.6 � = 1.4 x: 0.429 m � = 3.5

x: 0.429 m � = 55.3 � = 14.6

x: 0.429 m � = 1.7 D.N.P.(1)

x: 0.429 m � = 57.7

x: 0.429 m � = 52.2

x: 0.429 m � = 59.1 D.N.P.(2)

VERIFIED � = 59.1

N89/N170 � = 1.4 � = 1.0 x: 0.066 m � = 8.3

x: 0.066 m � = 63.8 � = 14.6

x: 0 m � = 18.9 D.N.P.(1)

x: 0.066 m � = 68.8

x: 0.066 m � = 18.3

x: 0.066 m � = 68.8 D.N.P.(2)

VERIFIED � = 68.8

N170/N90 � = 1.0 � = 2.4 x: 0.076 m � = 15.5

x: 0 m � = 63.8

� = 7.6 x: 0 m � = 18.8

D.N.P.(1)

x: 0 m � = 68.8

x: 0.076 m � = 65.0

x: 0 m � = 68.8

D.N.P.(2)

VERIFIED � = 68.8



N90/N17 D.N.P.(3) � = 1.6 x: 0 m

� = 15.5 x: 0 m � = 59.2

� = 7.0 x: 0.429 m � = 7.8

D.N.P.(1)

x: 0 m � = 67.3

D.N.P.(4)

x: 0 m � = 68.2

D.N.P.(2)

VERIFIED � = 68.2

N17/N95 � = 1.1 � = 3.1 x: 0.429 m � = 11.1

x: 0 m � = 33.1 � = 6.8

x: 0 m � = 5.0 D.N.P.(1)

x: 0 m � = 33.7

x: 0 m � = 27.7

x: 0 m � = 36.7 D.N.P.(2)

VERIFIED � = 36.7

N95/N96 D.N.P.(3) � = 1.0

x: 0 m � = 11.1 � = 18.8 � = 6.8

x: 0 m � = 18.6 D.N.P.(1)

x: 0.071 m � = 21.0 D.N.P.(4)

x: 0.071 m � = 21.0 D.N.P.(2)

VERIFIED � = 21.0

N96/N15 � = 1.1 � = 3.1 x: 0 m � = 11.1

x: 0.429 m � = 33.1 � = 6.8

x: 0.429 m � = 5.0 D.N.P.(1)

x: 0.429 m � = 33.7

x: 0.429 m � = 27.7

x: 0.429 m � = 36.7 D.N.P.(2)

VERIFIED � = 36.7

N15/N101 D.N.P.(3) � = 1.6

x: 0.429 m � = 15.5

x: 0.429 m � = 59.2 � = 7.0

x: 0 m � = 7.8 D.N.P.(1)

x: 0.429 m � = 67.3 D.N.P.(4)

x: 0.429 m � = 68.2 D.N.P.(2)

VERIFIED � = 68.2

N101/N168 � = 1.0 � = 2.4 x: 0 m � = 15.5

x: 0.076 m � = 63.8

� = 7.6 x: 0.076 m � = 18.8

D.N.P.(1)

x: 0.076 m � = 68.8

x: 0 m � = 65.0

x: 0.076 m � = 68.8

D.N.P.(2)

VERIFIED � = 68.8

N168/N102 � = 1.4 � = 1.0 x: 0 m � = 8.3

x: 0 m � = 63.8 � = 14.6

x: 0.066 m � = 18.9 D.N.P.(1)

x: 0 m � = 68.8

x: 0 m � = 18.3

x: 0 m � = 68.8 D.N.P.(2)

VERIFIED � = 68.8

N102/N13 � = 1.6 � = 1.4 x: 0 m � = 3.5

x: 0 m � = 55.3 � = 14.6

x: 0 m � = 1.7 D.N.P.(1)

x: 0 m � = 57.7

x: 0 m � = 52.2

x: 0 m � = 59.1 D.N.P.(2)

VERIFIED � = 59.1

N35/N34 D.N.P.(3) � = 0.9

x: 0.1 m � = 3.3

x: 0.1 m � = 5.4 � = 6.2

x: 0.1 m � = 6.6 D.N.P.(1)

x: 0.1 m � = 6.4 D.N.P.(4)

x: 0.1 m � = 6.4 D.N.P.(2)

VERIFIED � = 6.6

N34/N155 � = 0.2 � = 0.9 x: 0.429 m � = 3.8

x: 0.429 m � = 10.8 � = 3.3

x: 0.429 m � = 0.8 D.N.P.(1)

x: 0.429 m � = 11.5

x: 0.429 m � = 10.6

x: 0 m � = 7.4 D.N.P.(2)

VERIFIED � = 11.5

N155/N157 D.N.P.(3) � = 0.9 x: 0.041 m

� = 4.7 x: 0.041 m � = 12.1

� = 3.8 x: 0.041 m � = 5.3

D.N.P.(1)

x: 0.041 m � = 13.4

D.N.P.(4)

x: 0.041 m � = 13.4

D.N.P.(2)

VERIFIED � = 13.4

N157/N2 D.N.P.(3) � = 1.0

x: 0 m � = 4.7

x: 0.429 m � = 28.5 � = 4.3

x: 0 m � = 2.2 D.N.P.(1)

x: 0.429 m � = 28.6 D.N.P.(4)

x: 0.429 m � = 29.3 D.N.P.(2)

VERIFIED � = 29.3

N2/N77 � = 1.2 � = 1.9 x: 0.429 m � = 21.2

x: 0.429 m � = 35.7 � = 8.7

x: 0.429 m � = 10.4 D.N.P.(1)

x: 0.429 m � = 40.7

x: 0.429 m � = 36.9

x: 0.429 m � = 42.6 D.N.P.(2)

VERIFIED � = 42.6

N77/N173 � = 1.4 � = 1.2 x: 0 m � = 21.2

x: 0.066 m � = 37.8 � = 8.7

x: 0 m � = 21.9 D.N.P.(1)

x: 0.066 m � = 40.9

x: 0.066 m � = 39.1

x: 0.066 m � = 40.9 D.N.P.(2)

VERIFIED � = 40.9

N173/N75 � = 0.8 � = 1.3 x: 0.296 m � = 18.8

x: 0 m � = 37.8 � = 17.9

x: 0 m � = 21.8 D.N.P.(1)

x: 0 m � = 40.9

x: 0 m � = 31.9

x: 0 m � = 39.6 D.N.P.(2)

VERIFIED � = 40.9

N75/N21 � = 1.3 � = 1.6 x: 0.429 m � = 26.4

x: 0.429 m � = 71.2

� = 16.3 x: 0.429 m � = 18.9

D.N.P.(1)

x: 0.429 m � = 71.4

x: 0.429 m � = 61.8

x: 0.429 m � = 72.3

D.N.P.(2)

VERIFIED � = 72.3

N21/N23 � = 1.1 � = 1.0 x: 0 m � = 26.4 � = 71.2 � = 0.8

x: 0 m � = 17.2 D.N.P.(1)

x: 0 m � = 71.4

x: 0.28 m � = 61.7

x: 0 m � = 72.4 D.N.P.(2)

VERIFIED � = 72.4

N23/N83 � = 1.3 � = 1.6 x: 0 m � = 26.4

x: 0 m � = 71.2 � = 16.3

x: 0 m � = 18.9 D.N.P.(1)

x: 0 m � = 71.4

x: 0 m � = 61.8

x: 0 m � = 72.3 D.N.P.(2)

VERIFIED � = 72.3

N83/N169 � = 0.8 � = 1.3 x: 0 m � = 18.8

x: 0.296 m � = 37.8 � = 17.9

x: 0.296 m � = 21.8 D.N.P.(1)

x: 0.296 m � = 40.9

x: 0.296 m � = 31.9

x: 0.296 m � = 39.6 D.N.P.(2)

VERIFIED � = 40.9

N169/N81 � = 1.4 � = 1.2 x: 0.066 m � = 21.2

x: 0 m � = 37.8 � = 8.7

x: 0.066 m � = 21.9 D.N.P.(1)

x: 0 m � = 40.9

x: 0 m � = 39.1

x: 0 m � = 40.9 D.N.P.(2)

VERIFIED � = 40.9

N81/N19 � = 1.2 � = 1.9 x: 0 m � = 21.2

x: 0 m � = 35.7

� = 8.7 x: 0 m � = 10.4

D.N.P.(1)

x: 0 m � = 40.7

x: 0 m � = 36.9

x: 0 m � = 42.6

D.N.P.(2)

VERIFIED � = 42.6

N19/N161 D.N.P.(3) � = 1.0

x: 0.429 m � = 4.7

x: 0 m � = 28.5 � = 4.3

x: 0.429 m � = 2.2 D.N.P.(1)

x: 0 m � = 28.6 D.N.P.(4)

x: 0 m � = 29.3 D.N.P.(2)

VERIFIED � = 29.3

N161/N162 D.N.P.(3) � = 0.9

x: 0 m � = 4.7

x: 0 m � = 12.1 � = 3.8

x: 0 m � = 5.3 D.N.P.(1)

x: 0 m � = 13.4 D.N.P.(4)

x: 0 m � = 13.4 D.N.P.(2)

VERIFIED � = 13.4

N162/N25 � = 0.2 � = 0.9 x: 0 m � = 3.8

x: 0 m � = 10.8 � = 3.3

x: 0 m � = 0.8 D.N.P.(1)

x: 0 m � = 11.5

x: 0 m � = 10.6

x: 0.429 m � = 7.4 D.N.P.(2)

VERIFIED � = 11.5

N25/N28 D.N.P.(3) � = 0.9

x: 0 m � = 3.3

x: 0 m � = 5.4 � = 6.2

x: 0 m � = 6.6 D.N.P.(1)

x: 0 m � = 6.4 D.N.P.(4)

x: 0 m � = 6.4 D.N.P.(2)

VERIFIED � = 6.6

N48/N207 � = 0.8 � = 1.0 x: 0.495 m � = 1.1

x: 0.495 m � = 39.6

� = 9.1 x: 0 m � = 0.5

D.N.P.(1)

x: 0.495 m � = 40.1

x: 0.495 m � = 32.3

x: 0.495 m � = 40.5

D.N.P.(2)

VERIFIED � = 40.5

N207/N45 � = 0.4 � = 0.9 x: 0.105 m � = 1.2

x: 0.105 m � = 40.0 � = 1.9

x: 0 m � = 0.2 D.N.P.(1)

x: 0.105 m � = 40.4

x: 0.105 m � = 40.9

x: 0 m � = 31.4 D.N.P.(2)

VERIFIED � = 40.9

N45/N134 � = 0.2 � = 1.0 x: 0.429 m � = 4.2

x: 0 m � = 40.0 � = 3.7

x: 0.429 m � = 2.6 D.N.P.(1)

x: 0 m � = 40.4

x: 0 m � = 40.7

x: 0 m � = 30.0 D.N.P.(2)

VERIFIED � = 40.7

N134/N136 � = 0.7 � = 0.9 x: 0.041 m � = 5.3

x: 0 m � = 25.9 � = 4.2

x: 0.041 m � = 6.7 D.N.P.(1)

x: 0 m � = 26.4

x: 0 m � = 27.0

x: 0 m � = 24.8 D.N.P.(2)

VERIFIED � = 27.0

N136/N44 � = 1.5 � = 1.0 x: 0 m � = 5.3

x: 0 m � = 24.4 � = 4.8

x: 0 m � = 2.6 D.N.P.(1)

x: 0 m � = 24.9

x: 0 m � = 25.4

x: 0 m � = 1.8 D.N.P.(2)

VERIFIED � = 25.4

N44/N121 � = 1.8 � = 1.0 x: 0.429 m � = 10.6

x: 0.429 m � = 14.5 � = 7.2

x: 0.429 m � = 5.1 D.N.P.(1)

x: 0.429 m � = 19.9

x: 0 m � = 15.5

x: 0.429 m � = 2.7 D.N.P.(2)

VERIFIED � = 19.9

N121/N119 � = 0.8 � = 1.0 x: 0 m � = 10.6

x: 0.361 m � = 36.1 � = 7.2

x: 0 m � = 9.3 D.N.P.(1)

x: 0.361 m � = 41.1

x: 0.361 m � = 35.7

x: 0.361 m � = 41.5 D.N.P.(2)

VERIFIED � = 41.5

N119/N43 � = 0.8 � = 1.6 x: 0.429 m � = 19.4

x: 0.429 m � = 63.4 � = 7.2

x: 0.429 m � = 9.0 D.N.P.(1)

x: 0.429 m � = 66.5

x: 0.429 m � = 62.5

x: 0.429 m � = 67.8 D.N.P.(2)

VERIFIED � = 67.8

N43/N50 � = 0.8 � = 0.8 x: 0 m � = 19.4

x: 0.28 m � = 64.5

� = 1.2 x: 0 m � = 12.4

D.N.P.(1)

x: 0 m � = 66.5

x: 0.28 m � = 65.7

x: 0 m � = 67.3

D.N.P.(2)

VERIFIED � = 67.3



N50/N42 � = 0.8 � = 0.8 x: 0.28 m � = 19.4

x: 0 m � = 64.5

� = 1.2 x: 0.28 m � = 12.4

D.N.P.(1)

x: 0.28 m � = 66.5

x: 0 m � = 65.7

x: 0.28 m � = 67.3

D.N.P.(2)

VERIFIED � = 67.3

N42/N127 � = 0.8 � = 1.6 x: 0 m � = 19.4

x: 0 m � = 63.4 � = 7.2

x: 0 m � = 9.0 D.N.P.(1)

x: 0 m � = 66.5

x: 0 m � = 62.5

x: 0 m � = 67.8 D.N.P.(2)

VERIFIED � = 67.8

N127/N125 � = 0.8 � = 1.0 x: 0.361 m � = 10.6

x: 0 m � = 36.1 � = 7.2

x: 0.361 m � = 9.3 D.N.P.(1)

x: 0 m � = 41.1

x: 0 m � = 35.7

x: 0 m � = 41.5 D.N.P.(2)

VERIFIED � = 41.5

N125/N39 � = 1.8 � = 1.0 x: 0 m � = 10.6

x: 0 m � = 14.5 � = 7.2

x: 0 m � = 5.1 D.N.P.(1)

x: 0 m � = 19.9

x: 0.429 m � = 15.5

x: 0 m � = 2.7 D.N.P.(2)

VERIFIED � = 19.9

N39/N140 � = 1.5 � = 1.0 x: 0.429 m � = 5.3

x: 0.429 m � = 24.4 � = 4.8

x: 0.429 m � = 2.6 D.N.P.(1)

x: 0.429 m � = 24.9

x: 0.429 m � = 25.4

x: 0.429 m � = 1.8 D.N.P.(2)

VERIFIED � = 25.4

N140/N141 � = 0.7 � = 0.9 x: 0 m � = 5.3

x: 0.041 m � = 25.9

� = 4.2 x: 0 m � = 6.7

D.N.P.(1)

x: 0.041 m � = 26.4

x: 0.041 m � = 27.0

x: 0.041 m � = 24.8

D.N.P.(2)

VERIFIED � = 27.0

N141/N38 � = 0.2 � = 1.0 x: 0 m � = 4.2

x: 0.429 m � = 40.0 � = 3.7

x: 0 m � = 2.6 D.N.P.(1)

x: 0.429 m � = 40.4

x: 0.429 m � = 40.7

x: 0.429 m � = 30.0 D.N.P.(2)

VERIFIED � = 40.7

N38/N211 � = 0.4 � = 0.9 x: 0 m � = 1.2

x: 0 m � = 40.0 � = 1.9

x: 0.105 m � = 0.2 D.N.P.(1)

x: 0 m � = 40.4

x: 0 m � = 40.9

x: 0.105 m � = 31.4 D.N.P.(2)

VERIFIED � = 40.9

N211/N41 � = 0.8 � = 1.0 x: 0 m � = 1.1

x: 0 m � = 39.6 � = 9.1

x: 0.495 m � = 0.5 D.N.P.(1)

x: 0 m � = 40.1

x: 0 m � = 32.3

x: 0 m � = 40.5 D.N.P.(2)

VERIFIED � = 40.5

N36/N213 � = 0.8 � = 1.0 x: 0.495 m � = 1.1

x: 0.495 m � = 39.6 � = 9.1

x: 0 m � = 0.5 D.N.P.(1)

x: 0.495 m � = 40.1

x: 0.495 m � = 32.2

x: 0.495 m � = 40.5 D.N.P.(2)

VERIFIED � = 40.5

N213/N33 � = 0.4 � = 0.9 x: 0.105 m � = 1.2

x: 0.105 m � = 40.0

� = 1.9 x: 0 m � = 0.2

D.N.P.(1)

x: 0.105 m � = 40.4

x: 0.105 m � = 40.9

x: 0 m � = 31.4

D.N.P.(2)

VERIFIED � = 40.9

N33/N158 � = 0.2 � = 1.0 x: 0.429 m � = 4.2

x: 0 m � = 40.0 � = 3.7

x: 0.429 m � = 2.6 D.N.P.(1)

x: 0 m � = 40.4

x: 0 m � = 40.7

x: 0 m � = 30.0 D.N.P.(2)

VERIFIED � = 40.7

N158/N160 � = 0.7 � = 0.9 x: 0.041 m � = 5.3

x: 0 m � = 25.9 � = 4.2

x: 0.041 m � = 6.7 D.N.P.(1)

x: 0 m � = 26.4

x: 0 m � = 27.0

x: 0 m � = 24.8 D.N.P.(2)

VERIFIED � = 27.0

N160/N32 � = 1.5 � = 1.0 x: 0 m � = 5.3

x: 0 m � = 24.4 � = 4.8

x: 0 m � = 2.6 D.N.P.(1)

x: 0 m � = 24.9

x: 0 m � = 25.4

x: 0 m � = 1.8 D.N.P.(2)

VERIFIED � = 25.4

N32/N145 � = 1.8 � = 1.0 x: 0.429 m � = 10.6

x: 0.429 m � = 14.5 � = 7.2

x: 0.429 m � = 5.1 D.N.P.(1)

x: 0.429 m � = 19.9

x: 0 m � = 15.5

x: 0.429 m � = 2.7 D.N.P.(2)

VERIFIED � = 19.9

N145/N143 � = 0.8 � = 1.0 x: 0 m � = 10.6

x: 0.361 m � = 36.1

� = 7.2 x: 0 m � = 9.3

D.N.P.(1)

x: 0.361 m � = 41.1

x: 0.361 m � = 35.7

x: 0.361 m � = 41.5

D.N.P.(2)

VERIFIED � = 41.5

N143/N31 � = 0.8 � = 1.6 x: 0.429 m � = 19.4

x: 0.429 m � = 63.4 � = 7.2

x: 0.429 m � = 9.0 D.N.P.(1)

x: 0.429 m � = 66.5

x: 0.429 m � = 62.5

x: 0.429 m � = 67.8 D.N.P.(2)

VERIFIED � = 67.8

N31/N49 � = 0.8 � = 0.8 x: 0 m � = 19.4

x: 0.28 m � = 64.5 � = 1.2

x: 0 m � = 12.4 D.N.P.(1)

x: 0 m � = 66.5

x: 0.28 m � = 65.7

x: 0 m � = 67.3 D.N.P.(2)

VERIFIED � = 67.3

N49/N30 � = 0.8 � = 0.8 x: 0.28 m � = 19.4

x: 0 m � = 64.5 � = 1.2

x: 0.28 m � = 12.4 D.N.P.(1)

x: 0.28 m � = 66.5

x: 0 m � = 65.7

x: 0.28 m � = 67.3 D.N.P.(2)

VERIFIED � = 67.3

N30/N151 � = 0.8 � = 1.6 x: 0 m � = 19.4

x: 0 m � = 63.4 � = 7.2

x: 0 m � = 9.0 D.N.P.(1)

x: 0 m � = 66.5

x: 0 m � = 62.5

x: 0 m � = 67.8 D.N.P.(2)

VERIFIED � = 67.8

N151/N149 � = 0.8 � = 1.0 x: 0.361 m � = 10.6

x: 0 m � = 36.1

� = 7.2 x: 0.361 m � = 9.3

D.N.P.(1)

x: 0 m � = 41.1

x: 0 m � = 35.7

x: 0 m � = 41.5

D.N.P.(2)

VERIFIED � = 41.5

N149/N27 � = 1.8 � = 1.0 x: 0 m � = 10.6

x: 0 m � = 14.5 � = 7.2

x: 0 m � = 5.1 D.N.P.(1)

x: 0 m � = 19.9

x: 0.429 m � = 15.5

x: 0 m � = 2.7 D.N.P.(2)

VERIFIED � = 19.9

N27/N164 � = 1.5 � = 1.0 x: 0.429 m � = 5.3

x: 0.429 m � = 24.4 � = 4.8

x: 0.429 m � = 2.6 D.N.P.(1)

x: 0.429 m � = 24.9

x: 0.429 m � = 25.4

x: 0.429 m � = 1.8 D.N.P.(2)

VERIFIED � = 25.4

N164/N165 � = 0.7 � = 0.9 x: 0 m � = 5.3

x: 0.041 m � = 25.9 � = 4.2

x: 0 m � = 6.7 D.N.P.(1)

x: 0.041 m � = 26.4

x: 0.041 m � = 27.0

x: 0.041 m � = 24.8 D.N.P.(2)

VERIFIED � = 27.0

N165/N26 � = 0.2 � = 1.0 x: 0 m � = 4.2

x: 0.429 m � = 40.0 � = 3.7

x: 0 m � = 2.6 D.N.P.(1)

x: 0.429 m � = 40.4

x: 0.429 m � = 40.7

x: 0.429 m � = 30.0 D.N.P.(2)

VERIFIED � = 40.7

N26/N209 � = 0.4 � = 0.9 x: 0 m � = 1.2

x: 0 m � = 40.0

� = 1.9 x: 0.105 m � = 0.2

D.N.P.(1)

x: 0 m � = 40.4

x: 0 m � = 40.9

x: 0.105 m � = 31.4

D.N.P.(2)

VERIFIED � = 40.9

N209/N29 � = 0.8 � = 1.0 x: 0 m � = 1.1

x: 0 m � = 39.6 � = 9.1

x: 0.495 m � = 0.5 D.N.P.(1)

x: 0 m � = 40.1

x: 0 m � = 32.2

x: 0 m � = 40.5 D.N.P.(2)

VERIFIED � = 40.5

N56/N55 x: 0.607 m � = 2.9

x: 0 m � = 5.4 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0 m � = 1.5

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 2.5 D.N.P.(2)

VERIFIED � = 5.4

N58/N57 x: 0.607 m � = 8.0

x: 0 m � = 5.1 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0 m � = 1.5

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.1 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 8.0

N59/N60 x: 0.607 m � = 7.7

x: 0 m � = 6.3 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0.607 m � = 1.5

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.1 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 7.7

N61/N62 x: 0.607 m � = 6.2

x: 0 m � = 7.3 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0.607 m � = 1.5

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 3.0 D.N.P.(2)

VERIFIED � = 7.3

N58/N63 x: 0.607 m � = 7.1

x: 0 m � = 5.8 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0 m � = 1.5

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.2 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 7.1

N65/N64 x: 0.607 m � = 7.1

x: 0 m � = 5.8 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0 m � = 1.5

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.2 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 7.1

N66/N62 x: 0.607 m � = 5.4

x: 0 m � = 5.1

D.N.P.(8)

x: 0.304 m � = 1.8

x: 0.607 m � = 1.5

x: 0.607 m � = 0.3

D.N.P.(1) D.N.P.(9)

x: 0.304 m � = 1.8

x: 0.152 m � = 1.3

D.N.P.(2)

VERIFIED � = 5.4



N67/N68 x: 0.607 m � = 5.4

x: 0 m � = 5.1

D.N.P.(8)

x: 0.304 m � = 1.8

x: 0.607 m � = 1.5

x: 0.607 m � = 0.3

D.N.P.(1) D.N.P.(9)

x: 0.304 m � = 1.8

x: 0.152 m � = 1.3

D.N.P.(2)

VERIFIED � = 5.4

N65/N69 x: 0.607 m � = 8.0

x: 0 m � = 5.1 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0 m � = 1.5

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.1 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 8.0

N71/N70 x: 0.607 m � = 2.9

x: 0 m � = 5.4 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0 m � = 1.5

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 2.5 D.N.P.(2)

VERIFIED � = 5.4

N72/N68 x: 0.607 m � = 6.2

x: 0 m � = 7.3 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0.607 m � = 1.5

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 3.0 D.N.P.(2)

VERIFIED � = 7.3

N73/N74 x: 0.607 m � = 7.7

x: 0 m � = 6.3 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0.607 m � = 1.5

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.1 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 7.7

N76/N75 x: 0.607 m � = 7.5

x: 0 m � = 5.7

D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4

D.N.P.(1) D.N.P.(9)

x: 0.304 m � = 2.4

x: 0.304 m � = 2.4

D.N.P.(2)

VERIFIED � = 7.5

N56/N77 x: 0.607 m � = 4.0

x: 0 m � = 6.6 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.6

x: 0.304 m � = 1.7 D.N.P.(2)

VERIFIED � = 6.6

N78/N79 x: 0.607 m � = 5.1

x: 0 m � = 6.2 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.5

x: 0.304 m � = 1.7 D.N.P.(2)

VERIFIED � = 6.2

N80/N60 x: 0.607 m � = 7.4

x: 0 m � = 5.5 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.4

x: 0.304 m � = 2.4 D.N.P.(2)

VERIFIED � = 7.4

N82/N81 x: 0.607 m � = 4.0

x: 0 m � = 6.6 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.6

x: 0.304 m � = 1.7 D.N.P.(2)

VERIFIED � = 6.6

N84/N83 x: 0.607 m � = 7.5

x: 0 m � = 5.7

D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4

D.N.P.(1) D.N.P.(9)

x: 0.304 m � = 2.4

x: 0.304 m � = 2.4

D.N.P.(2)

VERIFIED � = 7.5

N85/N86 x: 0.607 m � = 7.4

x: 0 m � = 5.5 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.4

x: 0.304 m � = 2.4 D.N.P.(2)

VERIFIED � = 7.4

N87/N88 x: 0.607 m � = 5.1

x: 0 m � = 6.2 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.5

x: 0.304 m � = 1.7 D.N.P.(2)

VERIFIED � = 6.2

N82/N89 x: 0.607 m � = 2.9

x: 0 m � = 5.4 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0 m � = 1.5

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 2.5 D.N.P.(2)

VERIFIED � = 5.4

N91/N90 x: 0.607 m � = 8.0

x: 0 m � = 5.1 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0 m � = 1.5

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.1 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 8.0

N92/N86 x: 0.607 m � = 7.7

x: 0 m � = 6.3

D.N.P.(8)

x: 0.304 m � = 1.8

x: 0.607 m � = 1.5

x: 0.607 m � = 0.3

D.N.P.(1) D.N.P.(9)

x: 0.304 m � = 3.1

D.N.P.(6) D.N.P.(2)

VERIFIED � = 7.7

N93/N94 x: 0.607 m � = 6.2

x: 0 m � = 7.3 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0.607 m � = 1.5

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 3.0 D.N.P.(2)

VERIFIED � = 7.3

N91/N95 x: 0.607 m � = 7.1

x: 0 m � = 5.8 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0 m � = 1.5

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.2 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 7.1

N97/N96 x: 0.607 m � = 7.1

x: 0 m � = 5.8 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0 m � = 1.5

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.2 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 7.1

N98/N94 x: 0.607 m � = 5.4

x: 0 m � = 5.1 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0.607 m � = 1.5

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 1.8

x: 0.304 m � = 1.8 D.N.P.(2)

VERIFIED � = 5.4

N99/N100 x: 0.607 m � = 5.4

x: 0 m � = 5.1

D.N.P.(8)

x: 0.304 m � = 1.8

x: 0.607 m � = 1.5

x: 0.607 m � = 0.3

D.N.P.(1) D.N.P.(9)

x: 0.304 m � = 1.8

x: 0.304 m � = 1.8

D.N.P.(2)

VERIFIED � = 5.4

N97/N101 x: 0.607 m � = 8.0

x: 0 m � = 5.1 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0 m � = 1.5

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.1 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 8.0

N103/N102 x: 0.607 m � = 2.9

x: 0 m � = 5.4 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0 m � = 1.5

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 2.5 D.N.P.(2)

VERIFIED � = 5.4

N104/N100 x: 0.607 m � = 6.2

x: 0 m � = 7.3 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0.607 m � = 1.5

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 3.0 D.N.P.(2)

VERIFIED � = 7.3

N105/N106 x: 0.607 m � = 7.7

x: 0 m � = 6.3 D.N.P.(8)

x: 0.304 m � = 1.8

x: 0.607 m � = 1.5

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.1 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 7.7

N108/N107 x: 0.607 m � = 7.5

x: 0 m � = 5.7

D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4

D.N.P.(1) D.N.P.(9)

x: 0.304 m � = 2.4

x: 0.304 m � = 2.4

D.N.P.(2)

VERIFIED � = 7.5

N71/N109 x: 0.607 m � = 4.0

x: 0 m � = 6.6 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.6

x: 0.304 m � = 1.7 D.N.P.(2)

VERIFIED � = 6.6

N110/N111 x: 0.607 m � = 5.1

x: 0 m � = 6.2 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.5

x: 0.304 m � = 1.7 D.N.P.(2)

VERIFIED � = 6.2

N112/N74 x: 0.607 m � = 7.4

x: 0 m � = 5.5 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.4

x: 0.304 m � = 2.4 D.N.P.(2)

VERIFIED � = 7.4

N103/N113 x: 0.607 m � = 4.0

x: 0 m � = 6.6 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.6

x: 0.304 m � = 1.7 D.N.P.(2)

VERIFIED � = 6.6

N115/N114 x: 0.607 m � = 7.5

x: 0 m � = 5.7 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.4

x: 0.304 m � = 2.4 D.N.P.(2)

VERIFIED � = 7.5

N116/N106 x: 0.607 m � = 7.4

x: 0 m � = 5.5 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.4

x: 0.304 m � = 2.4 D.N.P.(2)

VERIFIED � = 7.4

N117/N118 x: 0.607 m � = 5.1

x: 0 m � = 6.2 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.5

x: 0.304 m � = 1.7 D.N.P.(2)

VERIFIED � = 6.2

N120/N119 x: 0.607 m � = 5.2

x: 0 m � = 2.0

D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4

D.N.P.(1) D.N.P.(9)

x: 0.304 m � = 2.6

x: 0.304 m � = 2.4

D.N.P.(2)

VERIFIED � = 5.2



N122/N121 D.N.P.(3)

x: 0 m � = 4.1

D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4

D.N.P.(1) D.N.P.(9)

D.N.P.(4)

x: 0.304 m � = 3.1

D.N.P.(2)

VERIFIED � = 4.1

N107/N123 x: 0.607 m � = 1.8

x: 0 m � = 4.6 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.4

x: 0.304 m � = 2.6 D.N.P.(2)

VERIFIED � = 4.6

N109/N124 x: 0.607 m � = 3.9 D.N.P.(5)

D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.2 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 3.9

N126/N125 D.N.P.(3)

x: 0 m � = 4.1 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 3.1 D.N.P.(2)

VERIFIED � = 4.1

N128/N127 x: 0.607 m � = 5.2

x: 0 m � = 2.0 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.6

x: 0.304 m � = 2.4 D.N.P.(2)

VERIFIED � = 5.2

N113/N129 x: 0.607 m � = 3.9

D.N.P.(5) D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.4

D.N.P.(1) D.N.P.(9)

x: 0.304 m � = 3.2

D.N.P.(6) D.N.P.(2)

VERIFIED � = 3.9

N114/N130 x: 0.607 m � = 1.8

x: 0 m � = 4.6 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.4

x: 0.304 m � = 2.6 D.N.P.(2)

VERIFIED � = 4.6

N131/N132 x: 0.607 m � = 0.2

x: 0 m � = 1.4 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0.607 m � = 1.3

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 2.7 D.N.P.(2)

VERIFIED � = 2.7

N133/N124 x: 0.607 m � = 2.4

x: 0 m � = 0.1 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0.607 m � = 1.3

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.0 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 3.0

N135/N134 x: 0.607 m � = 1.4

x: 0 m � = 0.2 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0 m � = 1.3

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.7 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 2.7

N122/N136 x: 0.607 m � < 0.1

x: 0 m � = 2.6

D.N.P.(8)

x: 0.304 m � = 1.6

x: 0 m � = 1.3

x: 0 m � = 0.3

D.N.P.(1) D.N.P.(9)

D.N.P.(4)

x: 0.304 m � = 2.9

D.N.P.(2)

VERIFIED � = 2.9

N137/N129 x: 0.607 m � = 2.4

x: 0 m � = 0.1 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0.607 m � = 1.3

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.0 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 3.0

N138/N139 x: 0.607 m � = 0.2

x: 0 m � = 1.4 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0.607 m � = 1.3

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 2.7 D.N.P.(2)

VERIFIED � = 2.7

N126/N140 x: 0.607 m � < 0.1

x: 0 m � = 2.6 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0 m � = 1.3

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 2.9 D.N.P.(2)

VERIFIED � = 2.9

N142/N141 x: 0.607 m � = 1.4

x: 0 m � = 0.2 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0 m � = 1.3

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.7 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 2.7

N144/N143 x: 0.607 m � = 5.2

x: 0 m � = 2.0

D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4

D.N.P.(1) D.N.P.(9)

x: 0.304 m � = 2.6

x: 0.304 m � = 2.4

D.N.P.(2)

VERIFIED � = 5.2

N146/N145 D.N.P.(3)

x: 0 m � = 4.1 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 3.1 D.N.P.(2)

VERIFIED � = 4.1

N75/N147 x: 0.607 m � = 1.8

x: 0 m � = 4.6 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.4

x: 0.304 m � = 2.6 D.N.P.(2)

VERIFIED � = 4.6

N77/N148 x: 0.607 m � = 3.9 D.N.P.(5)

D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.2 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 3.9

N150/N149 D.N.P.(3)

x: 0 m � = 4.1 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 3.1 D.N.P.(2)

VERIFIED � = 4.1

N152/N151 x: 0.607 m � = 5.2

x: 0 m � = 2.0

D.N.P.(8)

x: 0.304 m � = 2.3

x: 0 m � = 1.8

x: 0 m � = 0.4

D.N.P.(1) D.N.P.(9)

x: 0.304 m � = 2.6

x: 0.304 m � = 2.4

D.N.P.(2)

VERIFIED � = 5.2

N81/N153 x: 0.607 m � = 3.9 D.N.P.(5)

D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.2 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 3.9

N83/N154 x: 0.607 m � = 1.8

x: 0 m � = 4.6 D.N.P.(8)

x: 0.304 m � = 2.3

x: 0.607 m � = 1.8

x: 0.607 m � = 0.4 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.4

x: 0.304 m � = 2.6 D.N.P.(2)

VERIFIED � = 4.6

N155/N156 x: 0.607 m � = 0.2

x: 0 m � = 1.4 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0.607 m � = 1.3

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 2.7 D.N.P.(2)

VERIFIED � = 2.7

N157/N148 x: 0.607 m � = 2.4

x: 0 m � = 0.1 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0.607 m � = 1.3

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.0 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 3.0

N159/N158 x: 0.607 m � = 1.4

x: 0 m � = 0.2

D.N.P.(8)

x: 0.304 m � = 1.6

x: 0 m � = 1.3

x: 0 m � = 0.3

D.N.P.(1) D.N.P.(9)

x: 0.304 m � = 2.7

D.N.P.(6) D.N.P.(2)

VERIFIED � = 2.7

N146/N160 x: 0.607 m � < 0.1

x: 0 m � = 2.6 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0 m � = 1.3

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 2.9 D.N.P.(2)

VERIFIED � = 2.9

N161/N153 x: 0.607 m � = 2.4

x: 0 m � = 0.1 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0.607 m � = 1.3

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 3.0 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 3.0

N162/N163 x: 0.607 m � = 0.2

x: 0 m � = 1.4 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0.607 m � = 1.3

x: 0.607 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 2.7 D.N.P.(2)

VERIFIED � = 2.7

N150/N164 x: 0.607 m � < 0.1

x: 0 m � = 2.6 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0 m � = 1.3

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.304 m � = 2.9 D.N.P.(2)

VERIFIED � = 2.9

N166/N165 x: 0.607 m � = 1.4

x: 0 m � = 0.2 D.N.P.(8)

x: 0.304 m � = 1.6

x: 0 m � = 1.3

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9)

x: 0.304 m � = 2.7 D.N.P.(6)

D.N.P.(2)

VERIFIED � = 2.7

N168/N167 � = 6.1 � = 7.0 D.N.P.(8) D.N.P.(8)

D.N.P.(7)

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 7.0

N169/N170 � = 6.1 � = 7.0 D.N.P.(8) D.N.P.(8)

D.N.P.(7)

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 7.0

N172/N171 � = 6.1 � = 7.0 D.N.P.(8) D.N.P.(8)

D.N.P.(7)

x: 0 m � = 0.3

D.N.P.(1) D.N.P.(9)

D.N.P.(4) D.N.P.(6)

D.N.P.(2)

VERIFIED � = 7.0



N173/N174 � = 6.1 � = 7.0 D.N.P.(8) D.N.P.(8)

D.N.P.(7)

x: 0 m � = 0.3

D.N.P.(1) D.N.P.(9)

D.N.P.(4) D.N.P.(6)

D.N.P.(2)

VERIFIED � = 7.0

N176/N175 � = 0.6 � = 2.6 x: 0.35 m � = 29.4 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 9.8 D.N.P.(1)

D.N.P.(9)

x: 0.35 m � = 20.2

x: 0.35 m � = 22.2 D.N.P.(2)

VERIFIED � = 29.4

N177/N178 � = 0.6 � = 2.6 x: 0.35 m � = 29.4 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 9.8 D.N.P.(1)

D.N.P.(9)

x: 0.35 m � = 20.2

x: 0.35 m � = 22.2 D.N.P.(2)

VERIFIED � = 29.4

N180/N179 � = 0.6 � = 2.6 x: 0.35 m � = 29.4 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 9.8 D.N.P.(1)

D.N.P.(9)

x: 0.35 m � = 20.2

x: 0.35 m � = 22.2 D.N.P.(2)

VERIFIED � = 29.4

N181/N182 � = 0.6 � = 2.6 x: 0.35 m � = 29.4 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 9.8 D.N.P.(1)

D.N.P.(9)

x: 0.35 m � = 20.2

x: 0.35 m � = 22.2 D.N.P.(2)

VERIFIED � = 29.4

N184/N199 � = 5.4 � = 4.1 x: 0.55 m � = 54.8

D.N.P.(8) D.N.P.(7)

x: 0.55 m � = 11.4

D.N.P.(1) D.N.P.(9)

x: 0.275 m � < 0.1

x: 0.55 m � = 26.3

D.N.P.(2)

VERIFIED � = 54.8

N199/N206 D.N.P.(3) � = 1.7

x: 0 m � = 54.8 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 15.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0 m � = 55.6 D.N.P.(2)

VERIFIED � = 55.6

N206/N204 D.N.P.(3) � = 3.5

x: 0 m � = 29.8 D.N.P.(8)

� = 0.1 x: 0 m � = 3.7 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0 m � = 31.4 D.N.P.(2)

VERIFIED � = 31.4

N204/N195 D.N.P.(3) � = 1.7

x: 0.45 m � = 54.8 D.N.P.(8)

D.N.P.(7)

x: 0.45 m � = 15.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.45 m � = 55.6 D.N.P.(2)

VERIFIED � = 55.6

N195/N183 � = 5.4 � = 4.1 x: 0 m � = 54.8 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 11.4 D.N.P.(1)

D.N.P.(9)

x: 0 m � < 0.1

x: 0 m � = 26.3 D.N.P.(2)

VERIFIED � = 54.8

N185/N201 � = 5.4 � = 4.1 x: 0.55 m � = 54.8

D.N.P.(8) D.N.P.(7)

x: 0.55 m � = 11.4

D.N.P.(1) D.N.P.(9)

x: 0.275 m � < 0.1

x: 0.55 m � = 26.3

D.N.P.(2)

VERIFIED � = 54.8

N201/N205 D.N.P.(3) � = 1.7

x: 0 m � = 54.8 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 15.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0 m � = 55.6 D.N.P.(2)

VERIFIED � = 55.6

N205/N203 D.N.P.(3) � = 3.5

x: 0 m � = 29.8 D.N.P.(8)

� = 0.1 x: 0 m � = 3.7 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0 m � = 31.4 D.N.P.(2)

VERIFIED � = 31.4

N203/N197 D.N.P.(3) � = 1.7

x: 0.45 m � = 54.8 D.N.P.(8)

D.N.P.(7)

x: 0.45 m � = 15.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

x: 0.45 m � = 55.6 D.N.P.(2)

VERIFIED � = 55.6

N197/N186 � = 5.4 � = 4.1 x: 0 m � = 54.8 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 11.4 D.N.P.(1)

D.N.P.(9)

x: 0 m � < 0.1

x: 0 m � = 26.3 D.N.P.(2)

VERIFIED � = 54.8

N188/N200 � = 2.2 � = 5.8 x: 1.1 m � = 68.9

D.N.P.(8) D.N.P.(7)

x: 1.1 m � = 7.4

D.N.P.(1) D.N.P.(9)

x: 1.1 m � = 70.4

x: 1.1 m � = 74.7

D.N.P.(2)

VERIFIED � = 74.7

N200/N196 � = 2.2 � = 0.9 x: 0 m � = 68.9 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 19.7 D.N.P.(1)

D.N.P.(9)

x: 0 m � = 41.6

x: 0 m � = 69.8 D.N.P.(2)

VERIFIED � = 69.8

N196/N187 � = 2.2 � = 5.8 x: 0 m � = 68.9 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 7.4 D.N.P.(1)

D.N.P.(9)

x: 0 m � = 70.4

x: 0 m � = 74.7 D.N.P.(2)

VERIFIED � = 74.7

N189/N202 � = 2.2 � = 5.8 x: 1.1 m � = 68.9 D.N.P.(8)

D.N.P.(7)

x: 1.1 m � = 7.4 D.N.P.(1)

D.N.P.(9)

x: 1.1 m � = 70.4

x: 1.1 m � = 74.7 D.N.P.(2)

VERIFIED � = 74.7

N202/N198 � = 2.2 � = 0.9 x: 0 m � = 68.9 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 19.7 D.N.P.(1)

D.N.P.(9)

x: 0 m � = 41.6

x: 0 m � = 69.8 D.N.P.(2)

VERIFIED � = 69.8

N198/N190 � = 2.2 � = 5.8 x: 0 m � = 68.9

D.N.P.(8) D.N.P.(7)

x: 0 m � = 7.4

D.N.P.(1) D.N.P.(9)

x: 0 m � = 70.4

x: 0 m � = 74.7

D.N.P.(2)

VERIFIED � = 74.7

N192/N204 D.N.P.(3) D.N.P.(5)

x: 0.26 m � = 7.9 D.N.P.(8)

D.N.P.(7)

x: 0.26 m � = 7.1 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 7.9

N204/N203 � < 0.1 � < 0.1 x: 0 m � = 7.9 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 7.6 D.N.P.(1)

D.N.P.(9)

x: 0.28 m � = 0.9

x: 0 m � = 5.3 D.N.P.(2)

VERIFIED � = 7.9

N203/N191 D.N.P.(3) D.N.P.(5)

x: 0 m � = 7.9 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 7.1 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 7.9

N194/N206 D.N.P.(3) D.N.P.(5)

x: 0.26 m � = 7.9 D.N.P.(8)

D.N.P.(7)

x: 0.26 m � = 7.1 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 7.9

N206/N205 � < 0.1 � < 0.1 x: 0 m � = 7.9

D.N.P.(8) D.N.P.(7)

x: 0 m � = 7.6

D.N.P.(1) D.N.P.(9)

x: 0.28 m � = 0.9

x: 0 m � = 5.3

D.N.P.(2)

VERIFIED � = 7.9

N205/N193 D.N.P.(3) D.N.P.(5)

x: 0 m � = 7.9 D.N.P.(8)

D.N.P.(7)

x: 0 m � = 7.1 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 7.9

N187/N195 x: 0.93 m � = 3.2

x: 0 m � = 10.8 D.N.P.(8)

D.N.P.(8) D.N.P.(7)

x: 0 m � = 0.2 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 10.8

N196/N195 x: 0.93 m � = 3.7

x: 0 m � = 5.3 D.N.P.(8)

D.N.P.(8) D.N.P.(7)

x: 0 m � = 0.2 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 5.3

N190/N197 x: 0.93 m � = 3.2

x: 0 m � = 10.8 D.N.P.(8)

D.N.P.(8) D.N.P.(7)

x: 0 m � = 0.2 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 10.8

N198/N197 x: 0.93 m � = 3.7

x: 0 m � = 5.3 D.N.P.(8)

D.N.P.(8) D.N.P.(7)

x: 0 m � = 0.2 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 5.3

N200/N199 x: 0.93 m � = 3.7

x: 0 m � = 5.3 D.N.P.(8)

D.N.P.(8) D.N.P.(7)

x: 0 m � = 0.2 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 5.3

N188/N199 x: 0.93 m � = 3.2

x: 0 m � = 10.8 D.N.P.(8)

D.N.P.(8) D.N.P.(7)

x: 0 m � = 0.2 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 10.8

N202/N201 x: 0.93 m � = 3.7

x: 0 m � = 5.3

D.N.P.(8) D.N.P.(8)

D.N.P.(7)

x: 0 m � = 0.2

D.N.P.(1) D.N.P.(9)

D.N.P.(4) D.N.P.(6)

D.N.P.(2)

VERIFIED � = 5.3



N189/N201 x: 0.93 m � = 3.2

x: 0 m � = 10.8

D.N.P.(8) D.N.P.(8)

D.N.P.(7)

x: 0 m � = 0.2

D.N.P.(1) D.N.P.(9)

D.N.P.(4) D.N.P.(6)

D.N.P.(2)

VERIFIED � = 10.8

N47/N46 D.N.P.(3) � = 0.9

x: 0.1 m � = 3.3

x: 0.1 m � = 5.4 � = 6.2

x: 0.1 m � = 6.6 D.N.P.(1)

x: 0.1 m � = 6.4 D.N.P.(4)

x: 0.1 m � = 6.4 D.N.P.(2)

VERIFIED � = 6.6

N46/N131 � = 0.2 � = 0.9 x: 0.429 m � = 3.8

x: 0.429 m � = 10.8 � = 3.3

x: 0.429 m � = 0.8 D.N.P.(1)

x: 0.429 m � = 11.5

x: 0.429 m � = 10.6

x: 0 m � = 7.4 D.N.P.(2)

VERIFIED � = 11.5

N131/N133 D.N.P.(3) � = 0.9

x: 0.041 m � = 4.7

x: 0.041 m � = 12.1 � = 3.8

x: 0.041 m � = 5.3 D.N.P.(1)

x: 0.041 m � = 13.4 D.N.P.(4)

x: 0.041 m � = 13.4 D.N.P.(2)

VERIFIED � = 13.4

N133/N7 D.N.P.(3) � = 1.0

x: 0 m � = 4.7

x: 0.429 m � = 28.5 � = 4.3

x: 0 m � = 2.2 D.N.P.(1)

x: 0.429 m � = 28.6 D.N.P.(4)

x: 0.429 m � = 29.3 D.N.P.(2)

VERIFIED � = 29.3

N7/N109 � = 1.2 � = 1.9 x: 0.429 m � = 21.2

x: 0.429 m � = 35.7

� = 8.7 x: 0.429 m � = 10.4

D.N.P.(1)

x: 0.429 m � = 40.7

x: 0.429 m � = 36.9

x: 0.429 m � = 42.6

D.N.P.(2)

VERIFIED � = 42.6

N109/N171 � = 1.4 � = 1.2 x: 0 m � = 21.2

x: 0.066 m � = 37.8 � = 8.7

x: 0 m � = 21.9 D.N.P.(1)

x: 0.066 m � = 40.9

x: 0.066 m � = 39.1

x: 0.066 m � = 40.9 D.N.P.(2)

VERIFIED � = 40.9

N171/N107 � = 0.8 � = 1.3 x: 0.296 m � = 18.8

x: 0 m � = 37.8 � = 17.9

x: 0 m � = 21.8 D.N.P.(1)

x: 0 m � = 40.9

x: 0 m � = 31.9

x: 0 m � = 39.6 D.N.P.(2)

VERIFIED � = 40.9

N107/N9 � = 1.3 � = 1.6 x: 0.429 m � = 26.4

x: 0.429 m � = 71.2 � = 16.3

x: 0.429 m � = 18.9 D.N.P.(1)

x: 0.429 m � = 71.4

x: 0.429 m � = 61.8

x: 0.429 m � = 72.3 D.N.P.(2)

VERIFIED � = 72.3

N9/N11 � = 1.1 � = 1.0 x: 0 m � = 26.4 � = 71.2 � = 0.8

x: 0 m � = 17.2 D.N.P.(1)

x: 0 m � = 71.4

x: 0.28 m � = 61.7

x: 0 m � = 72.4 D.N.P.(2)

VERIFIED � = 72.4

N11/N114 � = 1.3 � = 1.6 x: 0 m � = 26.4

x: 0 m � = 71.2

� = 16.3 x: 0 m � = 18.9

D.N.P.(1)

x: 0 m � = 71.4

x: 0 m � = 61.8

x: 0 m � = 72.3

D.N.P.(2)

VERIFIED � = 72.3

N114/N167 � = 0.8 � = 1.3 x: 0 m � = 18.8

x: 0.296 m � = 37.8 � = 17.9

x: 0.296 m � = 21.8 D.N.P.(1)

x: 0.296 m � = 40.9

x: 0.296 m � = 31.9

x: 0.296 m � = 39.6 D.N.P.(2)

VERIFIED � = 40.9

N167/N113 � = 1.4 � = 1.2 x: 0.066 m � = 21.2

x: 0 m � = 37.8 � = 8.7

x: 0.066 m � = 21.9 D.N.P.(1)

x: 0 m � = 40.9

x: 0 m � = 39.1

x: 0 m � = 40.9 D.N.P.(2)

VERIFIED � = 40.9

N113/N13 � = 1.2 � = 1.9 x: 0 m � = 21.2

x: 0 m � = 35.7 � = 8.7

x: 0 m � = 10.4 D.N.P.(1)

x: 0 m � = 40.7

x: 0 m � = 36.9

x: 0 m � = 42.6 D.N.P.(2)

VERIFIED � = 42.6

N13/N137 D.N.P.(3) � = 1.0

x: 0.429 m � = 4.7

x: 0 m � = 28.5 � = 4.3

x: 0.429 m � = 2.2 D.N.P.(1)

x: 0 m � = 28.6 D.N.P.(4)

x: 0 m � = 29.3 D.N.P.(2)

VERIFIED � = 29.3

N137/N138 D.N.P.(3) � = 0.9 x: 0 m

� = 4.7 x: 0 m � = 12.1

� = 3.8 x: 0 m � = 5.3

D.N.P.(1)

x: 0 m � = 13.4

D.N.P.(4)

x: 0 m � = 13.4

D.N.P.(2)

VERIFIED � = 13.4

N138/N37 � = 0.2 � = 0.9 x: 0 m � = 3.8

x: 0 m � = 10.8 � = 3.3

x: 0 m � = 0.8 D.N.P.(1)

x: 0 m � = 11.5

x: 0 m � = 10.6

x: 0.429 m � = 7.4 D.N.P.(2)

VERIFIED � = 11.5

N37/N40 D.N.P.(3) � = 0.9

x: 0 m � = 3.3

x: 0 m � = 5.4 � = 6.2

x: 0 m � = 6.6 D.N.P.(1)

x: 0 m � = 6.4 D.N.P.(4)

x: 0 m � = 6.4 D.N.P.(2)

VERIFIED � = 6.6

N208/N207 � = 2.7 � = 2.9 D.N.P.(8) D.N.P.(8)

D.N.P.(7)

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 2.9

N209/N210 � = 2.7 � = 2.9 D.N.P.(8) D.N.P.(8)

D.N.P.(7)

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 2.9

N212/N211 � = 2.7 � = 2.9 D.N.P.(8) D.N.P.(8)

D.N.P.(7)

x: 0 m � = 0.3

D.N.P.(1) D.N.P.(9)

D.N.P.(4) D.N.P.(6)

D.N.P.(2)

VERIFIED � = 2.9

N213/N214 � = 2.7 � = 2.9 D.N.P.(8) D.N.P.(8)

D.N.P.(7)

x: 0 m � = 0.3 D.N.P.(1)

D.N.P.(9) D.N.P.(4)

D.N.P.(6) D.N.P.(2)

VERIFIED � = 2.9

Notation: Nt,0,d: Uniform tension resistance parallel to the grain Nc,0,d: Uniform compression resistance parallel to the grain My,d: Bending resistance in the y axis Mz,d: Bending resistance in the z axis Vy,d: Shear resistance in the y axis Vz,d: Shear resistance in the z axis Mx,d: Torsional resistance My,dMz,d: Biaxial bending resistance Nt,0,dMy,dMz,d: Combined bending and axial tensile resistance Nc,0,dMy,dMz,d: Combined bending and axial compression resistance Mx,dVy,dVz,d: Combined shear and torsion resistance x: Distance to the origin of the bar �: Usage coefficient (%) D.N.P.: Not applicable

Checks that do not proceed (D.N.P.): (1) The check does not proceed, as there is no torsional moment. (2) The check does not proceed, as the bar is not submitted to a torsional moment or a shear force. (3) The check does not proceed as there is no axial tension. (4) The check does not proceed, as there is no interaction between the axial tension and the bending moment for any combination. (5) The check does not proceed as there is no axial compression. (6) The check does not proceed, as the bar is not submitted to combined bending and compression. (7) The check does not proceed, as there is no shear force. (8) The check does not proceed as there is no bending moment. (9) The check does not proceed, as there is no biaxial bending for any combination.

Annex VI. Imatges trust trilité

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