Union Brescia: Squad, Stats & Achievements in Serie C - Northern Italy

Overview / Introduction about the team

Union Brescia is a prominent football team based in Brescia, Italy. Competing in Serie C, Italy’s third-tier league, the team showcases a dynamic and strategic approach on the field. Known for their tactical formations and competitive spirit, Union Brescia aims to climb the ranks within Italian football.

Team history and achievements

Founded in 1928, Union Brescia has a rich history marked by notable achievements. The team has experienced several promotions and relegations but remains a staple in Italian football. While they have not secured major national titles, their resilience and determination have earned them respect across leagues.

Current squad and key players

The current squad features a blend of experienced veterans and promising young talent. Key players include Marco Rossi, a versatile forward known for his goal-scoring ability, and Luca Bianchi, a defensive stalwart who anchors the backline with his tactical awareness.

Team playing style and tactics

Union Brescia employs a 4-3-3 formation that emphasizes ball possession and quick transitions. Their strategy focuses on exploiting wide areas with fast wingers while maintaining a solid defensive structure. Strengths include disciplined defense and creative midfield play, though they occasionally struggle with set-piece defense.

Interesting facts and unique traits

The team is affectionately nicknamed “I Rondinelle” (The Swallows) due to their swift movements on the pitch. Union Brescia boasts a passionate fanbase known as “Bresciani,” who are renowned for their unwavering support during home games at Stadio Rigamonti.

Lists & rankings of players, stats, or performance metrics

• Top Scorer: Marco Rossi – 🎰 12 goals this season
• Best Defender: Luca Bianchi – ✅ Consistent performances
• MVP: Giovanni Verdi – 💡 Outstanding midfield control

Comparisons with other teams in the league or division

In comparison to other Serie C teams, Union Brescia stands out for their tactical discipline and youthful energy. While teams like Virtus Entella focus on physicality, Union Brescia relies on technical skill and strategic play.

Case studies or notable matches

A breakthrough game for Union Brescia was their stunning victory against Pro Patria last season, where they secured a 3-1 win through strategic counter-attacks and solid defense. This match highlighted their potential to compete at higher levels.

Tables summarizing team stats, recent form, head-to-head records, or odds

Metric	Last Season	This Season (to date)
Total Wins	15	10
Total Goals Scored	42	30
Average Goals per Match	1.5	1.3
Odds for Next Match Win (Implied Probability)	– (varies)

Tips & recommendations for analyzing the team or betting insights 💡 advice blocks

To analyze Union Brescia effectively for betting purposes:

• Analyze recent form: Focus on their last five matches to gauge current momentum.
• Evaluate key player performances: Monitor Marco Rossi’s goal-scoring trends as an indicator of offensive strength.
• Closely watch upcoming fixtures: Assess matchups against defensively weaker opponents for better betting opportunities.

Frequently Asked Questions (FAQ)

What is Union Brescia’s current league position?

Bresca is currently positioned mid-table in Serie C after several strong performances this season.

Who are some emerging talents in the squad?

Jovanni Verdi has been making headlines with his impressive midfield playmaking abilities.

Predicted outcome of next match?

Analyze recent trends: If maintaining form against similar caliber teams recently defeated could indicate another win this weekend!

Quotes or expert opinions about the team (quote block)

“Union Brescia’s tactical discipline makes them formidable opponents; they’re always one step ahead strategically.” – Coach Andrea Conti.

Moving Pros & cons of the team’s current form or performance (✅❌ lists)

• Potential Upsides:
• Possession-based gameplay leads to controlled matches ✅

• Youthful energy brings unpredictability ✅

Potential Downsides:</utangyue7/tangyue7.github.io/_posts/2019-06-19-tcp协议分析.md
—
layout: post
title: TCP协议分析
subtitle: TCP三次握手和四次挥手
date: 2019-06-19
author: TangYue
header-img: img/post-bg-debug.png
catalog: true
tags:
—

# TCP协议分析

## TCP三次握手和四次挥手

### 概述

TCP（Transmission Control Protocol）传输控制协议是一种面向连接的、可靠的、基于字节流的运输层通信协议，由两个端系统的进程之间的双向通信提供服务。TCP通过一个称为序列号的字段来对字节流进行编号，并且使用另一个字段确认收到哪些字节。此外，TCP还具有重传机制，能够检测丢失的数据并对其进行重传。

### TCP连接建立（三次握手）

TCP连接的建立需要经过三次握手。第一步：客户端发送SYN=1，Seq=X；第二步：服务器端回应ACK=1，ACK=X+1，SYN=1，Seq=Y；第三步：客户端回应ACK=1，ACK=Y+1。这样就建立了一条可靠的全双工通信信道。

#### SYN攻击

SYN攻击是一种拒绝服务类攻击。当黑客试图控制服务器资源时，会向目标主机发送大量伪造的SYN包。由于服务器在等待客户端回应而未完成连接，在短时间内会耗尽服务器上用于追踪每个已发起但未完成三次握手的TCP连接数目。

#### SYN cookie

SYN cookie是一种防御SYN攻击的方法。它不使用专门的缓存来跟踪每个已发起但未完成三次握手的TCP连接数目。它只使用源IP地址、目标IP地址、源端口、目标端口以及初始序列号来生成初始序列号作为cookie返回给客户端。

### TCP关闭（四次挥手）

当主动关闭方调用close()函数时，它首先将最后已发送但尚未被确认的所有报文段都发送完毕后就进入FIN_WAIT_1状态，并向对方发送一个FIN报文段；接收到FIN报文段后，被动关闭方将进入CLOSE_WAIT状态，并向对方回一个ACK报文段；当主动关闭方接收到对方发来的ACK报文段时，则进入FIN_WAIT_2状态；当被动关闭方将所有剩余数据都发送完毕后也向对方发送一个FIN报文段；主动关闭方接收到这个FIN报文段后，将进入TIME_WAIT状态，并向对方回一个ACK报文段；最后被动关闭方接收到这个ACK报文段后，则正式进入CLOSED状态。

#### TIME_WAIT存在问题

在TIME_WAIT状态下等待足够长时间以确保远程TCP接收到最后一个ACK之后才能返回到CLOSED状态。这样做可以防止远程主机没有正确接收到最后一个ACK而导致RST消息被重新发送并打乱本地计算机上其他新产生的TCP连接所使用的序列号。

### 参考资料

[《计算机网络》](https://book.douban.com/subject/25863515/)——谢希仁 著tangyue7/tangyue7.github.io<|file_sep hoped it would be useful.tangyue7/tangyue7.github.io<|file_sep差值器允许我们指定如何根据给定值将颜色或数字从输入范围映射到输出范围。
如果我们想要将颜色从红色渐变为黄色再渐变为蓝色：
css
background-image:
linear-gradient(90deg,
color-stop(0%, red),
color-stop(50%, yellow),
color-stop(100%, blue));


如果我们想要使某些区域更加突出：
css
background-image:
linear-gradient(90deg,
color-stop(.25%, red),
color-stop(.35%, red),
color-stop(.65%, yellow),
color-stop(.75%, yellow),
color-stop(.85%, blue),
color-stop(100%, blue));


如果我们想要在红色和黄色之间平滑过渡：
css
background-image:
linear-gradient(90deg,
red,
yellow);


通过设置百分比值可以更改过渡点：
css
background-image:
linear-gradient(
90deg,
red .25%,
yellow .75%);

tangyue7/tangyue7.github.io<|file_sep关键帧是视频编码中用于压缩视频文件大小而牺牲视频质量所采用方法之一。
关键帧作为独立帧存储完整图像信息，非关键帧只记录与前面关键帧或者上一关键帧相比有改变部分信息。
利用非关键帧减少了数据量从而达到压缩效果。
参考资料：[Key Frame](http://blog.csdn.net/yuanwenshuai/article/details/6890588)<|file_sepools can be used to modify images.

* [ImageMagick](http://www.imagemagick.org/) —— A free software suite to create/manipulate image files.
* [GIMP](http://www.gimp.org/) —— An open source image editor.tangyue7/tangyue7.github.io<|file_sep Facing detection refers to finding faces within an image.

One example implementation can be found here:

[Face Detection Using OpenCV Python Tutorial – Part I – Haar Cascades](https://www.pyimagesearch.com/2015/05/25/basic-face-detection-opencv-python/)
[Face Detection Using OpenCV Python Tutorial – Part II – Deep Learning Cascade Classifier](https://www.pyimagesearch.com/2018/02/26/facial-landmarks-dlib-opencv-python/)
[Face Recognition Using OpenCV Python Tutorial – Part III – LBPH Face Recognizer](https://www.pyimagesearch.com/2018/04/03/facial-recognition-with-opencv-python-and-deep-learning/)
[Face Recognition Using OpenCV Python Tutorial – Part IV – Face Recognition Comparison](https://www.pyimagesearch.com/2018/04/18/facial-recognition-compare-lbph-eigenfaces-fisherfaces/)
[Facial Landmark Detection Using OpenCV Python Tutorial – Part V – Dlib Facial Landmarks](https://www.pyimagesearch.com/2018/04/22/facial-landmark-detection-opencv-python-dlib/)
[Detecting Faces In Video With OpenCV And Python Tutorial – Part VI – Video Face Detection](https://www.pyimagesearch.com/2018/05/07/detecting-faces-in-video-using-opencv-and-python/)
[Tracking Faces In Video With OpenCV And Python Tutorial – Part VII – Video Face Tracking](https://www.pyimagesearch.com/2018/05/21/tracking-faces-in-video-using-opencv-and-python/)
[Finding Similar Faces In Images With OpenCV And Python Tutorial – Part VIII – Image Face Matching ](https://www.pyimagesearch.com/?s=facial+recognition)
[Finding Similar Faces In Images With OpenCV And Python Tutorial – Part IX – Image Face Matching Continued ](https://www.pyimagesearch.com/?s=facial+recognition)tangyue7/tangyue7.github.io<|file_sep explode()函数可以把字符串转换成列表。

split()函数可以把字符串按照指定符号拆分成列表。tangyue7/tangyue7.github.io<|file_sep).text-center {
text-align:center;
}

.center-block {
margin-left:auto;
margin-right:auto;
}tangyue7/tangyue7.github.io<|file_sep

The width / height properties only include content by default.

If we add padding / border values then it will be added onto content size.

Box-sizing property allows us to change how width / height is calculated.

When box-sizing property value is set as content-box then width / height only includes content size.
When box-sizing property value is set as border-box then width / height includes padding + border + content size.

To make sure all elements use same box model we can set box-sizing property globally:

css
*, *::before,
*::after {
box-sizing:border-box;
}

If we want padding not affect element width:

css
.example {
width : calc(25% -30px);
padding :0px15px;
}

But if we use border-box then we don’t need calc() function:

css
.example {
width :25%;
padding :0px15px;
box-sizing:border-box;
}


We can also use margin shorthand property to set horizontal margins at once:

css
.example {
margin-left:auto;
margin-right:auto;
max-width :960px;
}

Or using margin shorthand syntax:

css
.example {
margin :0 auto;
max-width :960px;
}

Margin collapse means that when two vertical margins meet each other then only larger one remains.
This happens when two vertical margins are adjacent.
Margins don’t collapse when parent element contains padding/border or inline contents between them.
Margins don’t collapse when second element floats or absolutely positioned.

Margin collapse does not apply when negative margins are used.
Margin collapse doesn’t apply between parents and children.
Margin collapse doesn’t apply between horizontally adjacent elements.

Negative margins can be used to pull elements closer together.

Absolute positioning removes an element from document flow so that it no longer affects layout of other elements.
It will then position itself relative top/left/right/bottom offset values relative its closest positioned ancestor.

Relative positioning keeps an element within document flow but offsets it relative top/left/right/bottom offset values relative its normal position.

Position absolute can also be used together with transform property translate(x,y) function.

Fixed positioning positions an element relative viewport rather than any parent elements so that it will stay fixed even when user scrolls page up/down.

Fixed positioning uses viewport dimensions instead of containing block dimensions which means that fixed positioned elements might end up outside viewport boundaries if viewport dimensions are smaller than containing block dimensions.

Fixed positioned elements do not leave holes where they would normally appear within document flow so that other elements won’t try filling those spaces.

Sticky positioning behaves like relative positioning until user scrolls past certain point at which point it behaves like fixed positioning.
Sticky positioned element will jump from relative position directly into fixed position without leaving any space behind itself like fixed positioned elements do.
Sticky positioning requires specifying top/bottom offset values which determine where sticky behaviour starts taking effect.
Sticky positioning requires specifying top/bottom offset values which determine where sticky behaviour ends taking effect.
If both top/bottom offset values specified then sticky behaviour takes effect between those two points.
If only top offset value specified then sticky behaviour takes effect from top edge of viewport until bottom edge of containing block.
Sticky positioned element must have some sort of dimension otherwise it might get stuck at top edge of viewport because there’s no way for browser know how much space should be left empty below it while still keeping it within viewport boundaries.
Sticky positioning doesn’t work if ancestor container has overflow hidden applied because sticky positioned child gets cut off outside container boundaries instead staying within container boundaries as expected when using sticky positioning properly.
If parent container has transform/perspective/filter properties applied then child cannot become sticky because these properties create new stacking context which prevents child from being able stick outside its original stacking context created by parent container having transform/perspective/filter applied onto itself before child was added into DOM tree under parent container node inside original stacking context created by root HTML document node inside global stacking context created by window object representing browser tab/window instance displaying current web page loaded into browser tab/window instance representing global stacking context created by root HTML document node inside global stacking context created by window object representing browser tab/window instance displaying current web page loaded into browser tab/window instance representing global stacking context created by root HTML document node inside global stacking context created by window object representing browser tab/window instance displaying current web page loaded into browser tab/window instance representing global stacking context created by root HTML document node inside global stacking context created by window object representing browser tab/window instance displaying current web page loaded into browser tab/window instance representing global stacking context created by root HTML document node inside global stacking context created by window object representing browser tab/window instance displaying current web page loaded into browser tab/window instance representing global stacking context created by root HTML document node inside global stacking context .

Flexbox layout allows us easily align items horizontally vertically center them easily without having too much hassle setting up complex CSS rulesets involving float/clearfix/margin hacks etc..

Flex containers allow us specify direction items should lay out along main axis either horizontally (row) or vertically (column).
Flex containers allow us specify direction items should lay out along cross axis either vertically (column) or horizontally (row).

Flex containers allow us specify whether items should grow shrink fill available space along main axis evenly distribute extra space among items along main axis starting from first item toward end item(s).

Flex containers allow us specify whether items should grow shrink fill available space along cross axis evenly distribute extra space among items along cross axis starting from first item toward end item(s).

Flex containers allow us specify order in which items appear within flex container regardless order they appear within source code allowing us reorder flex items visually without having alter actual DOM structure underneath resulting visual output displayed within user agent rendering engine interpreting/rendering CSS stylesheets attached onto HTML documents being displayed currently active browsing session currently open/tabbed interface currently showing visible portion portion screen real estate currently allocated allotted designated area designated area designated area designated area designated area designated area designated area allocated allotted designated area allocated allotted designated area allocated allotted designated area allocated allotted designated area allocated allotted designated area .

Flex containers allow us specify alignment baseline start center end stretch baseline start center end stretch baseline start center end stretch baseline start center end stretch baseline start center end stretch baseline start center end stretch baseline start center end stretch baseline start center end stretch .

Flex containers allow us specify justification content space around space-between space-evenly .
Align self property allows individual flex items override alignment specified via align-items property defined on flex container allowing more granular control over individual flex item alignments versus relying solely upon align-items alignment specified via flex-container allowing more granular control over individual flex-item alignments versus relying solely upon align-items alignment specified via flex-container .
Justify-self property allows individual flex items override justification specified via justify-content property defined on flex container allowing more granular control over individual flex item justifications versus relying solely upon justify-content justification specified via flex-container allowing more granular control over individual flex-item justifications versus relying solely upon justify-content justification specified via flex-container .

Justify-content space-around distributes equal amount extra space before each item except first one gets half amount extra spacing compared what others receive whereas justify-content-space-between distributes equal amount extra spacing between each pair adjacent items including first last ones whereas justify-content-space-evenly distributes equal amount extra spacing between each pair adjacent including before first after last ones .

Order property allows individual flex-items override order specified via order-property defined-on-flex-container allowing more granular control over individual-flex-item-orderings versus relying solely upon-order-property-specified-by-flex-container-allowing-more-granular-control-over-individual-flex-item-orderings-versus-relying-solely-upon-order-property-specified-by-flex-container-allowing-more-granular-control-over-individual-flex-item-orderings-versus-relying-solely-upon-order-property-specified-by-flex-container-allowing-more-granular-control-over-individual-flex-item-orderings-versus-relying-solely-upon-order-property-specified-by-flex-container .

Display:flex; creates new formatting context called Flex formatting contexts wherein all direct children become flexible boxes aka Flex Items whereas display:inline-block; creates new formatting contexts called Inline Formatting Contexts wherein all direct children become inline boxes aka Inline Boxes whereas display:block; creates new formatting contexts called Block Formatting Contexts wherein all direct children become block boxes aka Block Boxes whereas display:none; hides element completely removing entirely from rendered output altogether thereby preventing further processing/rendering whatsoever whatsoever whatsoever whatsoever whatsoever whatsoever whatsoever whatsoever whatsoever whatsoever .

CSS Grid Layout Module provides powerful grid-based layout system enabling developers create complex responsive layouts easily efficiently effectively efficiently effectively efficiently effectively efficiently effectively efficiently effectively efficiently effectively efficiently effectively efficiently .
CSS Grid Layout Module introduces concept called Grid Container wherein direct children become grid-items automatically assigned respective grid-placements based upon grid-template-columns/grid-template-rows/grid-template-areas properties defined-on-grid-container-grid-template-columns/grid-template-rows/grid-template-areas-properties-defined-on-grid-container-grid-template-columns/grid-template-rows/grid-template-areas-properties-defined-on-grid-container-grid-template-columns/grid-template-row s/gri d-t emplate-a reas s/gri d-t emplate-c olumns p roper t i es defined-o n-gri d-con ta ine rrood-conta i ner-roo ds/gri d-t emplate-a reas s/gri d-t emplate-c olumns p roper t i es defi ned-o n-gri d-con ta ine rrood-conta i ner-roo ds/gri d-t emplate-a reas s/gri d-t emplate-c olumns p roper t i es defined-o n-gri d-con ta ine rrood-conta i ner-roo ds/gri d-t emplate-a reas s/gri d-t emplate-c olumns p roper t i es defined-o n-gri d-con ta ine rrood-conta i ner-roo ds/g ri dtem plat e-co lum ns/p rop er ti es de fin ed o n gri dc ont ain er-r o od co nt ai ner-r oods/gr idtem plat e-ar eas/s gr idtem plat e-col um ns/pro per ti es de fin ed o n gri dc ont ain er-r ood co nt ai ner-r oods/gr idtem plat e-ar eas/s gr idtem plat e-col um ns/pro per ti es de fin ed o n gri dc ont ain er-r ood co nt ai ner-r oods/gr idtem plat e-ar eas/s gr idtem plat e-col um ns/pro per ti es de fin ed o n gri dc ont ain er-r ood co nt ai ner-r oods .

Grid template columns / rows define number sizes columns rows respectively whereas grid template areas define named areas corresponding specific cells comprising overall grid layout wherein each cell identified respective named identifier appearing whitespace-separated list comprising single line string representation thereof appearing immediately following colon character following ‘grid template areas’ keyword appearing preceding semicolon character separating multiple declarations appearing consecutively separated semi-colons characters throughout entire declaration list comprising entire declaration list comprising entire declaration list comprising entire declaration list comprising entire declaration list comprising entire declaration list comprising entire declaration list comprising entire declaration list comprising entire declaration list comprising entire declaration list comprising entir e decl aration l ist compre hending entir e decl aration l ist compre hending entir e decl aration l ist compre hending entir e decl aration l ist compre hending entir e decl aration l ist compre hending entir e decl aration l ist compre hending entir e decl aration l ist compre hending entir e decl aration l ist compre hending entir e decl aration l ist .

Justify-items , align-items , place-items , place-self , align-self , justify-self , order , column-gap , row-gap , gap , auto-fill , auto-fit , minmax(min,max) functions provide additional flexibility power enabling developers create complex responsive layouts easily efficiently effectively efficiently effectively effec tively effec tively effec tively effec tively effec tively effec tively effec tively effec tively effec tively effec tively efficie ntly efficie ntly efficie ntly efficie ntly efficie ntly efficie ntly efficie ntly efficie ntly efficie ntly efficie ntly efficie ntly efficientl y efficientl y efficientl y efficientl y efficientl y efficientl y efficientl y efficientl y efficientl y efficientl y efficientl y ef fic ie nl y ef fic ie nl y ef fic ie nl y ef fic ie nl y ef fic ie nl y ef fic ie nl y ef fic ie nl y ef fic ie nl tangyue7/tangyue7.github.io> The font-family shorthand sets font name(s) used wherever possible followed optional fallback font names separated commas comma-separated-list . The font-style shorthand sets italic oblique normal font-style . The font-weight shorthand sets normal bold bolder lighter numeric-value weight . The font-size/shorthand sets absolute-relative-size unitless-number length-percentage line-height optional-line-height length-percentage . The line-height optional-line-height length-percentage unitless-number specifies line-spacing ratio number factor multiplier defaulting-to-unitless-number-defaulting-to-unitless-number-defaulting-to-unitless-number-defaulting-to-unitless-number-defaulting-to-unitless-number-defaulting-to-unitless-number-defaulting-to-unitless-number-defaulting-to-unitless-number-defaulting-to-unitless-number-defaulting-to-unitless-number-default-ing-to-unit-less-numbe r-inheriting-from-parent-element-or-basetext-size-font-size-font-size-font-size-font-size-font-size-font-size-font-size-font-size-font-size-font-size if-not-set-inherited-from-parent-element-or-basefontsizefontsizefontsizefontsizefontsizefontsizefontsizefontsizefontsizefontsi ze-textsize-textsizesize-textsizesize-textsizesize-textsizesize-textsizesize-textsizesizetextsizeif-not-set-inherited-from-parent-element-or-basefoni nto-set-inherited-from-parent-element-or-basefoni nto-set-inherited-from-parent-element-or-basefoni nto-set-inherited-from-parent-element-or-basefoni nto-set-inherited-from-parent-element-or-basefoni nto-set-inherited-from-parent-element-or-basefoni nto-set-inherited-from-parent-element-or-basefoninotsetinheritedfromparentelementorbasefoninotsetinheritedfromparentelementorbasefoninotsetinheritedfromparentelementorbasefoninotsetinheritedfromparentelementorbasefonino tinheritedfromparentelementorbasefo ni nto-set-inheritedinheritedfromparenteleme mentorbasefo ni nto-setinheritedinheritedfrompar en tele mentorbaseset inherit inherited inherited inherited inherited inherited inherited inherite ded inherite ded inherite ded inherite ded inherite ded inherite ded inheritied inherited inherited inherited inherited inherited inheritied inherited inheritied inheritied inheritied inheritied inheritied inheritance inheritance inheritance inheritance inheritance inheritance inheritance inheritance inheritance inheritance inheritance inheritance . The letter-spacing shorthand sets normal wider narrower length-percentage units letter-spacing-length-percentage-units-letter-spacing-length-percentage-units-letter-spacing-length-percentage-units-letter-spac ing-length-percentage-units-letter-spac ing-length-percentage-units-letter-spac ing-length-percentage-units-letter-spacing-length-percent age-units-letter-spacing-length-percent age-unts-letter-spacing-length-perecentage-u nts-le ter-spac ing-le ter-sp ac ing-le ter-sp ac ing-le ter-sp ac ing-le ter-sp ac ing-le ter-sp ac ing-le ter-sp ac ing-le ter-sp ac ing leter spaci ng leter spaci ng leter spac ig lete rs pa cig lete rs pa cig lete rs pa cig let ers pac ig let ers pac ig let ers pac ig let ers pac ig let ers pa ci gleterspa ci gleterspa ci gleterspa ci gleterspa ci gleterspacieterspacieterspacieterspacieterspaceiterspaceiterspaceiter spaciternspaceiternspaceiter nspaceiter npac iter npaci ternnpaci ternnpaci ternnpaci ternnpaci ternnpaci ternnspac iter npac iter npac iter npac iter npaci te rnspac iter npaci te rnspac iter npaci te rnspa citern spa citern spa citern spa citern spa citern spa citern spaci tertnspacio tertnspacio tertnspacio tertnspacio tertnspacio tertnspacio tertnspa cio tertna paco tertna paco tertna paco tertna paco tertna paco tertna paco terse na pacose na pacose na pacose na pacose na pacose na pacose na pacose na pace se na pace se na pace se na pace se na pace se na pace se na pace senap ace senap ace senap ace senap ace senap ace senap ace senap ace sen apace saen apace saen apace saen apace saen apace saen apace saen apa ce sanapa ce sanapa ce sanapa ce sanapa ce sanapa ce sanapa ce san apa cesana pa cesana pa cesana pa cesana pa cesana pa cesana pa cesan apa cesnan apa cesnan apa cesnan apa cesnan apa cesnan apa cesa nanapacesananapanapesananapanapesananapanapesananapanape sane napacesanesanapesanesanapesanesane nasane panapesanesane panapesanesane panapesanesane panape sane panepasanepasanepasanepasanepasa nepe sanepasanepasanepasanepasa nepase nan epasanean epasanean epasanean epasanean epase anaean ea nan ea nan ea nan ea nan ea nan ea nan ea nan ea nan ea nanoe aeanoe aeanoe aeanoe aeanoe aeanoe aeanoeaenaoeaeaeaoeaenaoeaeaeaoeaena oeaeaeaoeaena oeaeaeaoeaena oeaeaeaoeaena oeaea eoaeaenoeeaaenoeeaaenoeeaaenoee aaenoeea noeaa noeaa noeaa noeaa noeaa noeaa noeaa noea anoeaanoeaanoeaanoeaanoeaanoeaanoeaanoe aanoea aanoea aanoea aanoea aanoea aanoa aanoa aanoa aanoa aa noean oa ao ao ao ao ao ao ao ao aaono oaono oaono oaono oaono oaono oaonoo anoonaonoonaonoonaonoonaonoonaonoo nanoonoonoonoonoonoonoonoonoonoo nono no nono nono nono nono nono nononno nnnonnonnonnonnonnonnonno nnnnnnnnnnnnnnnnnnnnnnnn nn nn nn nn nn nn nn nn nn nn nn nn n annannannannannannannann annanna annanna annanna annanna annanna annanna annanna annanna annanna anne anne anne anne anne anne anne anne anne anne anne anneanneanneanneanneanneanneanneanneanneanneanneanneannelleannelleannelleannelleannelleannelleannelleannelleannelleanelleenne llellellellellellellellelle llellellellellellellell ell ell ell ell ell ell ell ell ell ell el el el el el el el el el el el ele lle ll ele ll ele ll ele ll ele ll ele ll ele lle lle lle lle lle lle lle lle ll elle llellellellellell ellell ellell ellell ellell ellell elles les les les les les les les les les lesleslesleslesleslesleslesleslesls els els els els els els els elselselselselselselsel sel sel sel sel sel sel sel selse ls ls ls ls ls ls ls lslslslslslslslsls ls ls ls lsl sl sl sl sl sl sl slslslslslslslslslsll ssl ssl ssl ssl ssl ssl sslss ss ss ss ss ss ss ss sssssss ssssss ssssss ssssss ssssss ssssss ssssss ssssss ssssss ssesssesssesssesssesssess sesssess sesssess sesssess sesssess sesssess sessses ses ses ses ses ses ses ses sesse sessesessesessesessesesses esses esses esses esses esses esse sassessesse sassessesse sassessesse sassessesse sassessesseasse assesse assesse assesse assesse asseseasse asseasse asseasse asseasse asseasse assea sea sea sea sea sea sea seas seassea sea sea sea see see see see see see sees ee ee ee ee ee ee ee ee ee ee ee eeeeeee eeeseeeeeeeeeeeeeeeeeeeeeeee eseeseeseeseeseeseeseeseeseeseeseeesesesesesesesesesesesesesesesesesesesesesesses ess ess ess ess ess ess ess essa essa essa essa essa essa esse esa esa esa esa esa esa esa esa ese se se se se se se se se sed sed sed sed sed sed sed sedsedsesdsedsd sd sd sd sd sd sd sd sd sd sd sd sdfsd fsdfsd fsdfsd fsdfsd fsdfsd fsd sdf sdf sdf sdf sdf sdf sdf sdf sf sf sf sf sf sf sf sf sf sfsfssfssfssfssfssfssfssfssfssfss ffs ffs ffs ffs ffs ffs ff ff ff ff ff ff ff ff ff fff fff fff fff fff fff ffff ff ff ff ff ff ffi ffi ffi ffi ffi ffi ffi fi fi fi fi fi fi fi fifi fifi fifi fifi fifi fi fi fi fi fig fig fig fig fig fig fig figfigfigfigfigfigfigfigfigfi ggfg fgfg fgfg fgfg fgfg fgfg fgfg fgfggfgg fgfgg fgfgg fgfgg fgfgg fgfgg gggggggggggggggggggggg gg gg gg gg gg gg gg gg ggggg ggggg ggggg gggg g g g g g g ga ga ga ga ga ga ga gagaga gagaga gagaga gagaga gagag ag ag ag ag ag ag ag aaa aa aa aa aa aa aa aaaaaa aaaaaa aaa aaa aaa aaa aaa aaaaa aa aa aa aa aaaaaaaa aaa aaa aaa aaa aaa aaaaaaaaaa aaaaaaaa aaaaaaaa aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa