I noticed that they do in fact share some common perspectives on Canada and the reasons to immigrate.
• They all were dreaming of a better life in Canada.
• They didn't move to Canada because it would be the best option for their careers, nor did they choose Canada solely because of career opportunities. Work is just one part of their lives. There was much more to their decision to migrate than jobs alone.
• They felt Canada was the right "fit" for them.
• Canada offers a peaceful and open society.
• Canadians believe in contributing to the greater good.
• Many were attracted to the freedom available to all who live in Canada.
• It is a multicultural country; so many newcomers feel they finally belong somewhere.
• In some cases, they had to make some sacrifices for their future and the future of their children.
None of these bloggers write extensively about their work. They write about all the other aspects of their lives in Canada, which are rich in new discoveries and experiences and friendships. And all the quality things that make a life a good life. Most chose Canada because they had an overwhelming sense that the country's values match their own.
Here is a list of the blogs that you could call immigration "success stories". These new Canadians have blogs to share both their immigration experience and their new lives in Canada. If you have an immigration success story, or a blog, or you read a blog on this topic, please feel free to let me know in the comments below.
Zhu has published 10 interviews with 10 different immigrants about their experiences coming to Canada.
This blog is written by a young couple from France (who lived for a while in Ireland before coming to Canada). They love ice hockey and their happy new life in Montreal. They have accomplished their dream to live in Canada.
A family from Argentina immigrated to Canada in search of a better future for the whole family. Gabriel, husband and father, says, "My wife knew that it had been always my dream to get to know Canada." He had a tough time finding work at first, but he had decided he was willing to start all over again in the name of his kids' future.
Priyank Thatte was born in Dombivli, India. He pursued an MBA in Toronto at the Schulich School of Business and then decided to work in the public sector, for the greater good. He says he is happily employed at the Ministry of Community and Social Services for the Government of Ontario. He's an engaging writer and a wonderful photographer and shares his visions of Toronto with the world.
i agree with all the above blogs but what about the people who dint had the succesfull stories did you read about those stories?
what i heard is people have hard time to find jobs,accomandation as the taxes have been increase within last few months.
so do you think still canada have future?
I am greatly encouraged by these comments. Presently I am living and working in Saudi Arabia, and plan to be here for three years to work and save money, but after that CANADA!! It's true that though work is very important, there are many other factors that make one choose one living place over another. Canada's climate, natural beauty, ethnic diversity, and friendly people are major selling points for me. I look forward to settling there very much.
Canada is offering you a good place for personal evolution. For a good but also for a bad one. It is not a perfect society, but it has the mechanism for improvement and it functions. If it goes havoc sometimes..it will correct sooner or later.
At least in Canada you are not 'stigmatized' to be Romanian, as it happens in other countries such as France, Italy, Germany and other civilized countries….
At the end of the day, as and American or Canadian will say, these two nations are based on the constructive effort of millions of newcomers who created one of the most civilized and democratic nations in the world….
Thank you for featuring my blog!
I hope my views on Canada can give hope to other immigrants. I'd hate to sugar-coat everything but all in all, my experience in Canada as been very positive even though it wasn't always easy at first.
Immigrating is a very personal choice and there is no right or wrong way to deal with the challenge.
Check out http://www.2moms2canada.blogspot.com and the US2CA (United States to Canada) blog roll on the right sidebar!
Thank you for having included my blog among those you chose to mention here! It makes me proud to be in such great company.
To Khawer, my story is not a 'success' story per se, I went through a lot of troubles and tribulations until I finally achieved some stability, so you can count me amongst those you would like to see.
Also, you say you heard that people are having a hard time finding jobs, and that accommodations and taxes have gone up within the last months, let me address that. Getting a job here will be difficult depending on what area you're looking for. Manufacturing is obviously declining in favour of cheaper rates (and products) coming from other 3rd world countries, but other areas like IT are very active these days. The economy is still strong and many IT companies are hiring and expanding.
Re: accommodations, it also depends on where you want to go. Toronto, Montreal and Ottawa will be obviously more expensive than the rest, but there are many, many options, even if you are planning on living in any of those three cities. Research is the key.
Finally, I don't know what you mean with the comment about the taxes. Though the sales tax went up in Ontario in July 2010, it has remained the same in the other provinces. No changes -that I know of- have been made to the taxes they take from your gross income lately, so… I would say there is little change there, if any.
Ten years later, I still see Canada as a dream destination for anyone who is willing to pay the tremendous cost of emigration and also willing to work hard to earn a better life. If you're planning to come here and do the bare minimum just to get around, then you're toast.
It's true. There are more things more important than work and money.
I'm very happy to find these great fellow bloggers in this article. I encourage them to keep up the good work.
Gabriel has just published a great article in response to this one that elaborates some more.
It is not often that in todays world of materialistic judgement`where most measures of success are from the bank balance, your address, model of car and labels of clothes that one wears – there are societies respecting a different set of values. The materialistic perspective is true for most of the middle east. Perhaps less true for Canada. And although my wife and 18 year old daughter have a cook, a domestic help – luxuries that we would not be able to afford in Canada with the same level of job (world`s top bank in the middle mngmnt) – we have still decided to move to Canada. H.O. Mr Jason K and co willing. We have been able to save some money perhaps to last us a few months but like many other on this forum – I believe in dignity of labor – not a pseudo `that work is beneath my status or "what would my friends say`. And David (Cohen), Zhu and many others are so true when they state that immigration is a personal choice and immigrants are go getters. I would like to think so – and may the `notcanada.com`get more opportunities to pick on us considering us fools. To each his own. But I would still say – India (I am proud to be an Indian…and that gives me the strenth to make an informed choice) has a 33% tax (for my bracket) with our own challenges preventing us from most social benefits. And Dubai where I am will never `naturalise`me – which is fair for we expats come here for the tax free income advantage and that is the model UAE needs to follow. Good luck and best wishes to all!
Thanks for the post. I am now know more interesting blogs from this post. Especially, from those ones who are/were in the same boat. We just moved to Canada for 3 months! The longer we stay, the more we see the opening doors of opportunities! Amazing Canada!
I am one of people who has applied for canada imagration. i have a blog that my housband and i write all of our experiences about our imagration procces and news there. also we can find many friends who have similar situation like us or they imagrated to canada and have successful experience.we read and use their knowledge.In my point of view this kind of comunicatiom due to knowledge sharing and help to rise people s insight. it is kind of knowledge management.
If you haven't heard, Saskatchewan is a great place to be these days. I particularly like the blog http://www.wvincanada.com/index.html where Wilma and Vince tell us about living their Canadian dream in Saskatchewan.
Immigration on a whole is very beneficial to Canada and its residents. History tells repeatedly that it is human kind that loses its previleges. Immigration is good for Canada and its people in any way you consider but the undeue advantage taken by a few people in the name of refugee act bestowed by Canadian government is being highly misused. We have to wait and see how far Canada can allow people in the name of refugees. Of course, humanitarian concerns are to be given the highest priority for human kind's development and survival but misuse of a syustm is highly deplorable. Let us all pray that the gates of immigration be not closed for all those good people and eligible aspirants just because of the refugees who infiltrate this country and can be a bigger and unsolvable problem. As of now Canada is large in heart and resources.


text:
Justice League vs. Teen Titans Review
03/04/2016 · by loonyliterature	· in DC Universe Animated Original Movies Reviews.	·
After his volatility botches a Justice League mission. Robin/Damain Wayne is sent to work with The Teen Titans, a band of young heroes. The young team must step up to face Trigon after he possesses the League and threatens to conquer the world.
So far this year, I've seen two DC "versus" movies. The first being Zack Snyder's train wreck of a film that is Batman v Superman: Dawn of Justice. The second is the titular film of this review. Everything that Dawn of Justice does wrong; flawed characterisation, idiotic plot and convoluted subplot cannot be seen in Justice League vs Teen Titans. To put it plainly, Justice League vs Teen Titans is the type of film the DC Extended Universe should be making.
Beginning with the Justice League fighting the Legion of Doom, Justice League vs Teen Titans shows the Justice League working as a team, demonstrating that unlike Snyder's iteration, the JL work together out of choice rather than being forced together. The opening sequence also helps to express that the Justice League don't have to be dark and brooding; there is banter between Superman and Batman which demonstrates that they are friends as well as team mates – giving the audience greater investment in the characters. They are more like real people because they interact with one another in way that actual humans do, unlike Snyder's Batman and Superman who are merely antagonistic to one another.
Following Damien disobeying one of his father's instructions whilst serving alongside the Justice League, he is sent to spend time with the Teen Titans. Whilst doing this, Damien develops as a character. Viewers of previous animated films have often complained about Damien coming off as a one sided character – arrogant and without any other sides to him. Yet in Justice League vs Teen Titans he is shown to have a sense of responsibility not just to himself but to his fellow team members; it is he who says that they cannot let Raven face Trigon alone and he who says that Raven shouldn't exile herself to save humanity. Damien's commitment to his team members and his statement at the end of the film that he's truly a "Teen Titan" shows that through the course of the film he has developed from a brooding introvert into a more rounded, likeable character.
Another part of the film that stands out is that it is funny. Beast Boy's dance off sequence with Damien is only one of the many comic highlights of the film; Batman's reaction to Superman and the Flash's suggestion as to how to deal with Damien are equally comic. The mixture of a light tone with a darker one helps make the film feel balanced. It never slips one way or the other tonally making it a better reflection of the comic books it takes inspiration from and also of real life. Whilst realism has been the watchword of modern superhero films, Marvel is one of the few studios that understands that a mixture of a comic and dramatic tone make for the film to be truly "realistic". Life is not black and white; there are shades of drama, sadness, comedy and happiness. To truly represent a realistic scenario as Justice League vs Teen Titans does you have to be balanced.
Overall, Justice League vs Teen Titans is a fun, entertaining and ultimately brilliant new addition to the DC Universe Animated Original movie range. It gives each of its main characters good characterisation, fun moments and a license to enjoy themselves, something that has been missing from these films for a while.
Tags: "Aquaman it is!", Al Ghul, Aquaman, Aquaman comics, Arthur Curry, Batman, Batman and Son, Batman Court of Owls, Batman v Superman: Dawn of Justice, Batman Vs Robin, Batman: Bad Blood, Batwing, Batwoman, Beast Boy, Black Manta, Bruce Wayne, Captain Marvel, Clark Kent, Court of Owls, Cyborg, Damien Wayne, Darkseid, DC, DC Comics, DC New 52, DC Universe Animated Film, DC Universe Animated Original Movies, DC Universe Animated Original Movies Reviews, Detective Comics, Diana Prince, Dick Grayson, Earth, Flash, Garfield, Green Lantern, Heretic, Jason O'Mara, JLA, Justice League, Justice League vs Teen Titans, Justice League vs Teen Titans Review, Justice League: Gods and Monsters, Justice League: Throne of Atlantis, Justice League: Throne of Atlantis Review, Justice League: War, Lois Lane, New 52, Nightwing, Ocean Master, Queen Atlanna, Ras Al Ghul, Raven, Shazam, Snyder, Star Sapphire, Superman, Superman/Wonder Woman, Talia Al Ghul, Talon, Teen Titans, the Court of Owls, The Flash, The Justice League, The Secret Seven, The Teen Titans, Trigon, Wonder Woman, Yvonne Strahovski
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Long term investing works well, but it doesn't always work for each individual stock. We really hate to see fellow investors lose their hard-earned money. Anyone who held Fred's, Inc. (NASDAQ:FRED) for five years would be nursing their metaphorical wounds since the share price dropped 86% in that time. Unhappily, the share price slid 1.7% in the last week.
We really feel for shareholders in this scenario. It's a good reminder of the importance of diversification, and it's worth keeping in mind there's more to life than money, anyway.
Fred's isn't currently profitable, so most analysts would look to revenue growth to get an idea of how fast the underlying business is growing. When a company doesn't make profits, we'd generally expect to see good revenue growth. As you can imagine, fast revenue growth, when maintained, often leads to fast profit growth.
Over half a decade Fred's reduced its trailing twelve month revenue by 3.6% for each year. That's not what investors generally want to see. The share price fall of 32% (per year, over five years) is a stern reminder that money-losing companies are expected to grow revenue. We're generally averse to companies with declining revenues, but we're not alone in that. That is not really what the successful investors we know aim for.
If you are thinking of buying or selling Fred's stock, you should check out this FREE detailed report on its balance sheet.
Fred's shareholders are down 13% for the year, but the market itself is up 2.6%. However, keep in mind that even the best stocks will sometimes underperform the market over a twelve month period. However, the loss over the last year isn't as bad as the 31% per annum loss investors have suffered over the last half decade. We would want clear information suggesting the company will grow, before taking the view that the share price will stabilize. Most investors take the time to check the data on insider transactions. You can click here to see if insiders have been buying or selling.


text:
Q: XSLT: how to nest flat code? I try to nest the this sample XML-file. I tried to use simple templates, that would pass on the current node.
<?xml version="1.0" encoding="UTF-8"?>
<chapter>

h1

text1

text2

text3

h2

text1

text2

text3

text4

text5

text6

h1

text1

text2

text3

h2

h3

text1

text2

text3

h2

text1

text2

text3

</chapter>

with the following stylesheet:
<?xml version="1.0" encoding="UTF-8"?>
<xsl:stylesheet xmlns:xsl="http://www.w3.org/1999/XSL/Transform"
    version="2.0">
    <xsl:template match="/">
        <chapter>
        <xsl:apply-templates/>
        </chapter>
    </xsl:template>

    <xsl:template match="h1">
        <level_1>

                <xsl:value-of select="."/>

            <xsl:apply-templates select="following::*"/>
        </level_1>
    </xsl:template>

    <xsl:template match="h2">

            <xsl:value-of select="."/>

        <level_2>

                <xsl:value-of select="."/>

            <xsl:apply-templates select="following::*"/>
        </level_2>
    </xsl:template>

    <xsl:template match="h3">

            <xsl:value-of select="."/>

        <level_3>

                <xsl:value-of select="."/>

            <xsl:apply-templates select="following::*"/>
        </level_3>
    </xsl:template>

    <xsl:template match="p">
        <text>
            <xsl:value-of select="."></xsl:value-of>
        </text>
    </xsl:template>

</xsl:stylesheet>

But the result doesn't work at all. following::* does not work, because h1 also follows h2, so how does the template know, when to close?
The output should be:
<chapter>
<level_1>
h1
<text>text1</text>
<text>text2</text>
<text>text3</text>
<level_2>
h2
<text>text1</text>
<text>text2</text>
<text>text3</text>
<text>text4</text>
<text>text5</text>
<text>text6</text>
</level_2>
...
</level_1>
</chapter>

Thanks alot!

A: OK, here goes.
Define a utility function to test whether an element is an hN:
<xsl:function name="f:isLevel" as="xs:boolean">
  <xsl:param name="h" as="element(*)"/>
  <xsl:param name="level" as="xs:integer"/>
  <xsl:sequence select="name($h) = concat('h', $level)"/>
</xsl:function>

Define a recursive function that performs the grouping for level N:
    <xsl:function name="f:group" as="element(*)*">
      <xsl:param name="input" as="element(*)*"/>
      <xsl:param name="level" as="xs:integer"/>
      <xsl:for-each-group
                    group-starting-with="*[f:isLevel(., $level)]">
         <xsl:choose>
           <xsl:when test="f:isLevel(., $level)">
             <xsl:element name="level_{$level}">
               <xsl:copy-of select="."/>
               <xsl:sequence select="
                    f:group(remove(current-group(), 1), $level+1)"/>
             </xsl:element>
           </xsl:when>
           <xsl:otherwise>
              <xsl:sequence select="current-group()"/>
           </xsl:otherwise>
         </xsl:choose>
     </xsl:for-each-group>
  </xsl:function>

How does this work? Given an input like (p, p, h1, p, p, h1, p) it creates three groups: (p, p, p), (h1, p, p), and (h1, p). A group starting with h1 takes the xsl:when branch: it creates a levelN element containing the content of the first element (the h1), then the result of applying grouping recursively to rest of the group following the h1 element.
The initial group (with no leading h1) takes the xsl:otherwise branch and is simply copied to the output.
The recursion terminates when there are no elements named h{N}: in this case the for-each-group instruction only creates a single group, which is processed in the xsl:otherwise branch, causing no further recursion.
To run this you'll want something like
<xsl:template match="body">
  <xsl:copy-of select="f:group(*, 1)"/>
</xsl:template>

A: Here is one way you could look at it:
XSLT 1.0
<xsl:stylesheet version="1.0"
xmlns:xsl="http://www.w3.org/1999/XSL/Transform">
<xsl:output method="xml" version="1.0" encoding="utf-8" indent="yes"/>

<xsl:key name="h2" match="h2" use="generate-id(preceding-sibling::h1[1])" />
<xsl:key name="h3" match="h3" use="generate-id(preceding-sibling::h2[1])" />
<xsl:key name="p" match="p" use="generate-id(preceding-sibling::*[starts-with(name(), 'h')][1])" />

<xsl:template match="/chapter">
    <xsl:copy>
        <xsl:apply-templates select="h1"/>
    </xsl:copy>
</xsl:template>

<xsl:template match="h1">
    <level_1>

            <xsl:value-of select="."/>

        <xsl:apply-templates select="key('h2', generate-id()) | key('p', generate-id())"/>
    </level_1>
</xsl:template>

<xsl:template match="h2">
    <level_2>

            <xsl:value-of select="."/>

        <xsl:apply-templates select="key('h3', generate-id()) | key('p', generate-id())"/>
    </level_2>
</xsl:template>

<xsl:template match="h3">
    <level_3>

            <xsl:value-of select="."/>

        <xsl:apply-templates select="key('p', generate-id())"/>
    </level_3>
</xsl:template>

<xsl:template match="p">
    <text>
        <xsl:value-of select="."/>
    </text>
</xsl:template>

</xsl:stylesheet>

redpajama_set_name: RedPajamaStackExchange


text:
A Primeira Tentação de Cristo (oficialmente Especial de Natal Porta dos Fundos: A Primeira Tentação de Cristo) é um filme de comédia brasileiro do diretor Rodrigo Van Der Put em parceira com o grupo Porta dos Fundos e a empresa americana de streaming Netflix. Conta com as atuações de Gregório Duvivier, Fábio Porchat e Antônio Tablet, nos papéis principais.

O filme estreou pela plataforma de vídeos Netflix no dia 3 de dezembro de 2019.

Enredo
Ao regressar de uma viagem de 40 dias pelo deserto, Jesus é surpreendido com uma festa de aniversário para celebrar seus 30 anos. A certa altura, Maria e José, os pais do aniversariante, fazem uma revelação: ele foi adotado por José e seu verdadeiro pai é Deus.

Elenco
Compõem o elenco do filme:

Recepção da crítica
Aléxis Perri, do portal UOL, anotou que: "Tudo isso para dizer que o Especial de Natal Porta dos Fundos: A Primeira Tentação de Cristo da Netflix é uma produção de acertos e erros. Algumas coisas são engraçadas – e bem pensadas – , já outras nem tanto ou nada. Felizmente, existem mais momentos certeiros ao longo dos 46 minutos de duração deste especial, do que deslizes".

Críticas
Em poucos dias de exibição, teve diversas repercussões negativas, levando à publicação de uma nota de repúdio ao filme pela Associação Nacional de Juristas Islâmicos (ANAJI). Um juiz federal anunciou que iria processar a produtora pela distribuição do filme. Um abaixo assinado requerendo a retirada do conteúdo do catálogo da plataforma e uma retratação pública foi realizada no site Change.org foi criada e registrou a marca de 2,3 milhões de assinaturas.

Diversos grupos de religiosos, tanto cristãos quanto islâmicos, pregaram boicote ao filme e à Netflix. O bispo católico alagoano, Dom Henrique Soares da Costa recomendou o cancelamento de contas. No dia 8 de janeiro de 2020, houve a emissão de uma liminar por parte da Justiça do Rio de Janeiro determinando a retirada do filme do ar. A Conferência Nacional dos Bispos do Brasil (CNBB), em nota, afirmou que o vídeo "agride profundamente a fé cristã". Além de evangélicos e católicos, também se manifestaram contra o vídeo representantes de outros movimentos de inspiração cristã, espíritas, humanistas, a Assembleia Legislativa de São Paulo (Alesp), o Instituto Brasileiro de Direito e Religião e a Federação Islâmica Brasileira (Fambras). Em setembro de 2020 o Pai de Santo Babalorixá Alexandre Montecrrath conseguiu a primeira vitória no processo que moveu contra a produtora Porta dos Fundos e a Netflix, por causa do especial de Natal. A Justiça determinou a isenção de custas processuais para o centro de umbanda Ilê Asé Ofá de Prata em favor de seu representante - no caso, Alexandre Montecrrath. O processo é de R$ 1 bilhão por causa da produção que, de acordo com a ação, é "infame e satiriza símbolos sagrados do cristianismo". Ele também exige que o programa seja retirado do ar.

O vice-primeiro-ministro da Polônia, Jaroslaw Gowin, usou as redes sociais para pedir à Netflix que removesse o especial de Natal. Em seu perfil no Twitter, o político polonês de direita citou o CEO e co-fundador da Netflix, Reed Hastings, e anexou uma petição online do país, que somou mais de 1,4 milhões de assinaturas, pedindo a retirada do filme do streaming. O texto do abaixo-assinado diz que "a série de comédia do grupo brasileiro Porta dos Fundos, que retrata Jesus Cristo como homossexual, apóstolos como alcoólatras e a Virgem Maria como mulher promíscua, é um escândalo inimaginável" e que o filme "visa atacar cristãos e o cristianismo com um único objetivo: a blasfêmia".

O longa recebeu críticas de diversos líderes evangélicos. Dentre eles, o pastor Silas Malafaia que comentou que "Eles cometeram crime. A imprensa se cala e o Ministério Público também. A imprensa se cala porque é apoiadora de lixo moral. Tudo que é lixo moral eles apoiam. Fala alguma coisa de gay. "É homofóbico", e aí vem o MP e a imprensa. Proteja a criança de erotismo. Aí vem o Ministério Público e a imprensa." A deputada federal, Flordelis (PSD), também criticou o filme chamando o filme de "afronta a fé cristã." O também político e pastor, Marco Feliciano (PODE), criticou o longa em sua conta no Twitter, "cristãos e não cristãos me cobram atuação contra os irresponsáveis do Porta dos Fundos. Em anos anteriores já os processei, mas a "Justiça" diz que é liberdade de expressão. Está na hora de uma ação conjunta das igrejas e pessoas de bem para dar um basta nisso. Unidos somos fortes!"

Ataque à sede da produtora Porta dos Fundos
Em 24 de dezembro de 2019, na véspera de Natal, a sede da produtora Porta dos Fundos foi alvo de um ataque com coquetéis molotov. O ataque ocorreu em Humaitá, na Zona Sul do Rio de Janeiro, às 4 horas da manhã, dias depois do lançamento do filme. Dois coquetéis molotov foram lançados contra a fachada da sede, o fogo foi contido por um segurança que estava no prédio. O caso foi registrado como crime de explosão. Em uma entrevista para o Globo, Fábio Porchat, um dos sócios da produtora e ator/roteirista do filme, disse que o caso foi de "homofobia nítida" uma vez que o ataque ocorreu após o Porta dos Fundos retratar Jesus Cristo como gay.

Um dia depois do atentado, um vídeo com integrantes mascarados foi divulgado no YouTube por um suposto grupo integralista que se identificou como "Comando de Insurgência Popular Nacionalista da Grande Família Integralista Brasileira", assumindo a autoria do ataque com um manifesto enquanto imagens do ataque eram exibidas. O grupo também criticou a Netflix e rotulou A Primeira Tentação de Cristo como blasfêmia.

No entanto, em nota, a Frente Integralista Brasileira (FIB), a principal organização de defesa do integralismo nos dias atuais, divulgou uma nota afirmando que o grupo apresentado no vídeo era desconhecido da organização, repudiando ainda qualquer tentativa de associar a entidade ao atentado: "O grupo em questão é desconhecido pela FIB e não possuímos com ele qualquer relação. Não temos certeza sobre a autenticidade do vídeo, e por isso não descartamos a possibilidade de ter sido um material forjado com o fim de incriminar os integralistas", informou a direção do movimento, que se apresenta como organização sem vínculo com partidos políticos ou empresas e que atua em defesa de "valores morais, patrióticos e religiosos".

Um vídeo gravado por uma câmera de segurança identificou a placa da caminhonete onde estava parte dos criminosos encapuzados que atacaram a sede da Porta dos Fundos. Apareceram três suspeitos, e um deles estava com o rosto descoberto, o que facilitou a identificação. Em coletiva de imprensa, um delegado disse que a Polícia Civil disse que monitorou os veículos usados no ataque. Ele afirmou que, na fuga, "um homem identificado como Eduardo Fauzi Richard Cerquise saiu do carro e pegou um táxi". Segundo a polícia, Fauzi era o único membro do grupo que não usava capuz no momento do ataque, o que permitiu sua identificação. Foi expedido um mandado de prisão temporária de 30 dias contra ele. Fauzi se refugiu em Moscou, no fim de dezembro, dias após o ataque, na véspera de Natal. Em 8 de janeiro, a Polícia Federal pediu à Interpol para prender Eduardo Fauzi, com um alerta internacional (difusão vermelha) incluindo Fauzi entre as pessoas procuradas pela justiça criminal de seus países que fugiram para outras nações.

O ataque gerou bastante repercussão e controvérsias nas redes sociais, com pessoas, de um lado, condenando esse evento, alegando extremismo religioso e desrespeito à liberdade de expressão e, do outro, lembrando do histórico de polêmicas e processos do grupo Porta dos Fundos em relação a crenças religiosas, especialmente cristãs, flertando com a intolerância religiosa e o discurso de ódio.

O bispo-auxiliar da Arquidiocese do Rio de Janeiro, Dom Antonio Augusto Dias Duarte, condenou o ataque. Para ele, "Jesus Cristo não veio promover os ataques e a violência entre pessoas, mas sim a paz e a harmonia".

Problemas jurídicos
O desembargador Benedicto Abicair, da 6ª Câmara Cível do Tribunal de Justiça do Rio de Janeiro decidiu aceitar um pedido feito pelo grupo católico Centro Dom Bosco de Fé e Cultura que pedia a proibição do filme pela Netflix.

A Netflix recorreu no Supremo Tribunal Federal (STF) contra a decisão. Por liminar, o presidente do Supremo, ministro Dias Toffoli, deicidiu por liminar derrubar a decisão de Abicair e escreveu em nota, "Não se descuida da relevância do respeito à fé cristã (assim como de todas as demais crenças religiosas ou a ausência dela). Não é de se supor, contudo, que uma sátira humorística tenha o condão de abalar valores da fé cristã, cuja existência retrocede há mais de 2 (dois) mil anos, estando insculpida na crença da maioria dos cidadãos brasileiros". O ministro também ressaltou que, em decisões anteriores, considerou a liberdade de expressão como "condição inerente à racionalidade humana, como direito fundamental do indivíduo e corolário do regime democrático".

A Netflix afirmou que "a decisão proferida pelo TJ-RJ tem efeito equivalente ao da bomba utilizada no atentado terrorista à sede do Porta dos Fundos: silencia por meio do medo e da intimidação". A empresa classificou a suspensão como censura. "A verdade é que a censura, quando aplicada, gera prejuízos e danos irreparáveis. Ela inibe. Embaraça. Silencia e esfria a produção artística", acrescentou.

No Twitter, a conta oficial da Netflix Brasil afirmou que "apoia fortemente a expressão artística e irá lutar para defender esse importante princípio, que é o coração de grandes histórias".

Ligações externas
 A Primeira Tentação de Cristo (em inglês) no Internet Movie DataBase
A Primeira Tentação de Cristo (em inglês) no Letterboxd
A Primeira Tentação De Cristo na Netflix

Filmes do Brasil de 2019
Filmes originais da Netflix Brasil
Filmes de comédia do Brasil
Filmes de sátira
Representações culturais de Jesus
Produções do Porta dos Fundos
Filmes em língua portuguesa da década de 2010

redpajama_set_name: RedPajamaWikipedia


text:
Cychrus hemphillii is een keversoort uit de familie van de loopkevers (Carabidae). De wetenschappelijke naam van de soort is voor het eerst geldig gepubliceerd in 1878 door Horn.

hemphillii


text:
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BEFORE SHE BEGAN putting together finely detailed service pieces for magazines like this one, Suzy Banks was occupied with another kind of construction. "I graduated from college in 1981 with a useless degree in film, but I didn't want to leave Texas," says the 39-year-old, who lives in Dripping Springs,


text:
Tarbaleus ferrugineus är en insektsart som beskrevs av Willemse, C. 1922. Tarbaleus ferrugineus ingår i släktet Tarbaleus och familjen gräshoppor. Inga underarter finns listade i Catalogue of Life.

Källor

Gräshoppor
ferrugineus


Hi I'm Sami Moon and I have been dancing at Scott Jones School of Dance for 15 years. I am a senior in the Early College program at Sandalwood High School. I will graduate in 2019 with my AA degree and plan to go to college for Forensic Psychology. My favorite dance teacher would have to be Mr. Scott for always being there for me these past 15 year. SJSD has been like a second home for me and is a big reason for many of my accomplishments. One of my biggest accomplishments is winning the Miss Sandalwood 2018 pageant. I never thought that I would participate in a pageant let alone win one, but with the help of all the studios resources I was able to claim the crown, Most Talented and Overall Interview Award. I am also excited to be performing with the Sandalwood Dance Team this year. Other than dance, I swim on the Sandalwood team and for Flying Fish over the summer. SJSD has taught me to always do my best, which helps me in everything I do like swimming, academics and life in general. Thank you Scott Jones School of Dance, for choosing me as your Future Star Spotlight, and for making such a huge impact on my life.
Hi my name is Makayla Brown, I am thirteen years old and attend Duval Charter School at Mandarin. I have been dancing at Scott Jones School of Dance for 11 years and I am in Performing Group 3. Throughout the eleven years at the studio I have learned how to have confidence in myself. The studio family has also helped me with my social anxiety by making sure everyone knows everyone and supporting bonding friendships. I study ballet, point, tap, jazz, modern, hip hop, and acrobatics. My favorite classes are Acrobatics, Hip hop, Jazz, and Tap. My favorite teacher is Mrs. Paige. She is my favorite because she will push you to the next level. She is very encouraging, she always makes sure that everyone understands everything, and she will always make sure that you know what you are capable of. Outside of dance I am an A-B honor roll student and studying drama. Other hobbies of mine are playing soccer, the piano, the guitar, going to theatre camp, skate boarding, roller skating, photography, swimming, and studying chemistry. In the future I would like to be a dancer and a professional chemist.
My name is Vinee Shakira Henry and I am 11 years old. I am attending Mayport Coastal Sciences middle school. I have been dancing at SJSD for the past 6 years. I am currently taking High Heel Tap, Jazz and Ballet. I am also on the Performance Team for group II. This is my 4th year being on the Performance Team and it has been one of my favorites. I enjoy the traveling we do and being able to dance for local venues in our city. It allows me to showcase my talent with family, friends and others. My favorite dance teachers would have to be Mr. Scott, Mrs. Paige and Jared. They have taught me the most since I started at SJSD. Outside of the dance studio I enjoy freestyle drawing, shopping, being with friends and going on new adventures with my family. When I grow up I would love to be an Interior Designer because I love creating new ideas and adding new styles to plain spaces.
My name is Tijs Rienks. I'm 8 years old and been dancing with Scott Jones School of Dance for almost 4 years. I currently take tap, jazz, ballet, hip hop, acrobatics, as well as perform with both jazz and hip hop performance groups. My favorite dance teacher is Mr. Jared because he's is a great role model and extremely talented. Mr. Jared gives young boys, like myself, hope to be strong and independent, but also a cool dancer. Outside of dance I also play competitive soccer for Florida Elite Soccer Academy and was selected to be a Teacher of Tomorrow this past year to assist the teachers in special assignments before school due to my grades and behavior. I love dancing and believe it helps in my schooling and soccer technical skills. I hope to take more dance classes this upcoming year including modern/lyrical and continue to grow to learn to better my splits and acro abilities to be more like Mr. Jared and Mr. Scott.


text:
\section{Introduction}
In order to achieve the precision targeted at the ILC, the vertex detector must meet challenging requirements. The resolution of $\sim 3 \mu m $ is a straightforward one to enable the high precision studies of processes requiring b-tagging such as the measurement of top quack forward backward assymmetry, Higgs self-coupling etc~\cite{SiDLOI}. In the $e^+e^-$ machine huge amount ($10^5\sim10^6$ per collision) of $e^+e^-$ pairs will be present as background due to beamstrahlung. Figure \ref{Fig:ILCtimeslicing} shows the ILC beam structure. It is essential for the vertex detector to keep the occupancy below $1\%$. Therefore time slicing is necessary. In addition, the material budget will be $0.1 X_0\%$ per layer, which largely limits the cooling option to air cooling.

\begin{wrapfigure}{r}{0.5\columnwidth}
\centerline{\includegraphics[width=0.45\columnwidth]{figures/ILCtimeslicing.eps}}
\caption{ILC bunch train structure.}\label{Fig:ILCtimeslicing}
\end{wrapfigure}

Two different approaches exist to tackle the low occupancy issue. The first is fast-readout during the collisions, at least 20 frames in $\sim 1 ms$ time. This has been pursued by Column Parallel CCDs~\cite{CPCbib1, CPCbib2, CPCbib3}, MAPS~\cite{MAPSbib1,MAPSbib2} and DEPFET~\cite{DEPFETbib1,DEPFETbib2} sensor types just to name a few. The ISIS sensor pursues another approach, which is to store the charge at the pixel level during the bunch train and to read out during the quiet time. This reduces the required peak power and avoids power cycling, which is needed for the first approach.

\subsection{ISIS principle}

The design concept of ISIS sensor can be illustrated in the cross section of a pixel as in Figure \ref{Fig:BC-reset-transistor}. During the collisions the charge generated in the $\sim 20 \mu m$ epitaxial layer is collected under the photogate. Then the raw charge is transferred down to the pixel-level storage cells, equivalent to a short CCD column. The signal charge will be shifted to the register every $50 \mu s$ as the time slicing required. The charge-voltage conversion and readout of full array will happen in the $~200 ms$ quiet time between the bunch trains. The CCD register is protected from the epitaxial layer by the deep $p^+$ implant.

\begin{figure}[htbp]
\centerline{\includegraphics[width=0.9\textwidth]{figures/BC-reset-transistor.eps}}
\caption{ISIS design concept.}\label{Fig:BC-reset-transistor}
\end{figure}

\subsection{History}
Fast framing CCD optical cameras based on ISIS principle has been under development since around ten years ago~\cite{GojiEtoh}, with the maximum frame rate of $\sim 100 Megaframes/s$ achieved. The ISIS sensor as a particle detector for ILC vertexing was pioneered by Linear Collider Flavour Identification (LCFI) collaboration in 2003.

\begin{wrapfigure}{r}{0.4\columnwidth}
\centerline{\includegraphics[width=0.35\columnwidth]{figures/ISIS1.eps}}
\caption{Three pixels on ISIS1}\label{Fig:ISIS1}
\end{wrapfigure}

The first generation device ISIS1 was produced to prove the feasibility of local charge storage on a relatively large CCD pitch. A example of ISIS1 pixels is shown in Figure \ref{Fig:ISIS1}. The ISIS1 sensors was manufactured by e2v technologies~\cite{e2v} with $\sim 2 \mu m $ CCD process. There are 5 storage cells for each pixel, each with area of $160 \times 40 \mu m^2$. They were successfully tested with X-ray and testbeams~\cite{ISIS1bib1,ISIS1bib2,ISIS1bib3}.

ISIS2, the second generation of ISIS sensor was designed and manufactured on a smaller pitch and with more storage cells. The ISIS2 sensors were received in 2008 and the main results of their testing will be summarized in the following sections. Section \ref{sec:design} will explain the design of ISIS2 in detail. Section \ref{sec:test-result} will report the testing results on test structure and main arrays.

\section{ISIS2 Design}\label{sec:design}

The ISIS2 sensors were manufactured in a $\sim 0.18 \mu m$ CMOS process by Jazz Semiconductor~\cite{Jazz}. The small feature size of the foundry enables 20 storage registers every pixel, each with the area of $3 \times 5 \mu m^2$  (comparing to the $20 \times 40 \mu m^2$ storage cell on ISIS1).

\begin{figure}[htbp]
\centerline{\includegraphics[width=0.9\textwidth]{figures/ISIS2-from-package-to-floorplan.eps}}
\caption{ISIS2 sensor wired-bonded in a ceramic package(left) and ISIS2 floor plan(right).} \label{Fig:package-floorplan}
\end{figure}

Figure \ref{Fig:package-floorplan} shows a photo of a packaged ISIS2 sensor and its floor plan. The total size of the sensor is $5 \times 5 mm^2$. The sensor has 32 columns and 128 rows, divided into the upper and lower halves, with buried-channel and surface-channel reset transistor respectively. The columns are equally divided into four sections featured by different deep $p^+$ well variations. The readout from 8 columns in each sections are multiplexed, and the rows are controlled by a rolling shutter.

The ISIS2 imaging pixel size is $40 \times 20 \mu m^2$ while the pixel layout size is $80 \times 10 \mu m^2$ as in Figure \ref{Fig:pixel-layout}. This miniaturization is a major progress compared to ISIS1 thanks to the small feature size provided by the foundry. Each pixel of ISIS2 contains a 3-phase CCD with 20 storage cells, a reset transistor, source follower and a row select transistor. There is a charge injection input next to the photogate and this controlled charge injection is useful for testing. All clock and bias signals are shared between all pixels except the Summing Gate (SG) and Row Select (RSEL) signals, which can be controlled by a separate transfer gate at row level. A diagram of the pixel structure described here is shown in Figure \ref{Fig:pixel-diagram}.

\begin{figure}
\centerline{\includegraphics[width=0.6\textwidth]{figures/pixel-layout.eps}}
\caption{ISIS2 pixel layout. An $80 \times 10 \mu m^2$ pixel and an imaging pixel of the size $40 \times 20 \mu m^2$ are in shadow.}\label{Fig:pixel-layout}
\end{figure}

\begin{figure}[htbp]
\centerline{\includegraphics[width=0.9\textwidth]{figures/pixel-diagram.eps}}
\caption{Diagram of an ISIS2 pixel.}
\label{Fig:pixel-diagram}
\end{figure}

\begin{wrapfigure}{r}{0.6\columnwidth}
\centerline{\includegraphics[width=0.57\columnwidth]{figures/p-well-xsec-no-scale.eps}}
\caption{ISIS2 pixel cross-section under the photogate.}
\label{Fig:pwell-xsec}
\end{wrapfigure}

The separation of the buried channel and the epitaxial layer with the deep $p^+$ implant is another improvement after ISIS1 only possible in a modern CMOS process. Figure \ref{Fig:pwell-xsec} shows the part of the cross-section of an ISIS2 pixel under the photogate. The opening of the deep $p^+$ implant is shown (not to scale) through which the deposited charge is collected. In order to investigate the deep $p^+$ implant, four sections of the ISIS2 chip include following variations: (1)without deep $p^+$; (2)with deep $p^+$ but without the opening under the photogate; (3) with deep $p^+$ and the opening; (4) with deep $p^+$ and a larger opening compared to (3).

The fabrication process enables a range of additional ISIS2 variations which can be helpful in studying the performance optimization. These variations are listed below:
\begin{itemize}
\item{Deep $p^+$ well (as mentioned above);}
\item{Reset transistors implemented in surface channel and buried channel;}
\item{Different CCD gate and gap width;}
\item{Change in dopant concentration up to 20\%}
\end{itemize}

\section{ISIS2 Test Results}\label{sec:test-result}

\subsection{Test Structure}
A simple test structure (as shown in Figure \ref{Fig:test-structure}) was included on the same ISIS wafer. It is similar to a pixel in the main array except for the absence of the storage CCD cells. This structure allows us to establish the optimum operation point before studying the full array. Over half of the test structure area is taken by the $4 \times 5 \mu m^2$ photogate. The small size of the output node will result in its small capacitance, hence a large charge to voltage conversion factor and very low noise. On the other hand the small size together with the tapered shape from the output gate to the output node could complicate charge transfer between the two and also means that the edge effects and 3D fringing fields can become important.

\begin{figure}[htbp]
\centerline{\includegraphics[width=0.6\textwidth]{figures/test-structure.eps}}
\caption{ISIS2 test structure.}
\label{Fig:test-structure}
\end{figure}

It turned out that the fringing effect is important because the voltage on the output gate (OG) is pulled up by the constant 5 V voltage on the neighbouring output gate. It was found that the OG bias should set to below 0 V otherwise the charge will leak from the summing gate directly into the output node. The OG bias value for a typical CCD could be above 1 V. Figure \ref{Fig:fringe-effect} shows an example of such behaviour \cite{Vertex09ISIS}. The sensor was illuminated with LED light and then the photogate was lowered while the summing gate was kept high. The charge collected should be temporarily held within summing gate if the OG functions properly. The line labeled "SG" shows the charge kept under summing gate and "PG" shows the charge that leaked through OG to the output node. It is clear that for a low OG voltage the charge can be transferred as expected while at high OG the transfer is severely hampered by fringe field and happens prematurely.

\begin{figure}[htbp]
\centerline{\includegraphics[width=0.6\textwidth]{figures/fringe-effect.eps}}
\caption{Charge that can be held under summing gate(SG) and that leaks to output node(PG) at different OG voltage. \cite{Vertex09ISIS}}
\label{Fig:fringe-effect}
\end{figure}

\begin{wrapfigure}{r}{0.5\columnwidth}
\centerline{\includegraphics[width=0.45\columnwidth]{figures/slow-readout.eps}}
\caption{Signal output at $-18^{\circ}C$ and $27^{\circ}C$.}
\label{Fig:slow-readout}
\end{wrapfigure}
Another unexpected feature discovered in ISIS2 is the highly resistive polysilicon gate. The gates were left unintentionally undoped which caused the high resistivity. The immediate result is that the time constant to charge up the gate to a certain voltage is substantially longer than expected, and a charge transfer between two neighbouring gates typically takes $\sim ms$. The time constant also varies with the temperature. From Figure \ref{Fig:slow-readout} which shows the voltage output it is clear that the response at lower temperature is much slower. Though the time of operation was largely limited by the charge transfer speed, it was also found that the charge survives up to a few seconds in the sensor which enables us to investigate charge transfers in the CCD structure and study the transfer efficiency.

The absolute calibration of the test structure is done using a standard $^{55}Fe$ radiative source. A minimum noise of $6 e^-$ allows the $K_{\alpha}$ and $K_{\beta}$ peaks to be resolved, which correspond to $1620 e^-$ and $1780 e^-$ generated in the epitaxial layer, as shown in Figure \ref{Fig:Fe55-calibration}. It can be derived that the response of the output node is $24 \mu V/e^-$ as designed.
\begin{figure}[htbp]
\centerline{\includegraphics[width=0.8\textwidth]{figures/Fe55-calibration.eps}}
\caption{Amplitude spectrum of $^{55}Fe$ source. The left peak is the pedestal and the two labelled signal peaks on the right are caused by the $^{55}Fe$ X-rays. These are the direct hits on output node at $31^{\circ}C$.}
\label{Fig:Fe55-calibration}
\end{figure}

With the X-ray source it is possible to estimate the charge transfer efficiency (CTE) on the test-structure. The output from two cases are compared: (1) direct X-ray hits on the output node and (2) hits collected on the photogate and transferred through summing gate to the output node. Separation of the $K_{\alpha}$ peak and pedestal peak in both cases give the charge on the output node. The ratio of the charge in case (2) over case (1) is the CTE estimated as in Table \ref{Tab:CTE-test-structure}. This measurement was repeated at room temperature and low temperature, and the CTE estimation agrees well. This relatively low CTE is probably caused by the tapered shape of transition from the summing gate to the output node.
\begin{table}
\centering
\begin{tabular}{|c|c|c|}
\hline
Temperature & $-10^{\circ}C$ & $31^{\circ}C$ \\
\hline
CTE & 94.2\% & 94.5\% \\
\hline
\end{tabular}
\caption{CTE on test-structure.}
\label{Tab:CTE-test-structure}
\end{table}

In addition to the X-ray source, the charge transfer was also studied with charge injection, dark current integration and LED pulses. One example using dark current is given in Figure \ref{Fig:test-structure-linearity} which shows the dependence of the output voltage on the photogate integration time. From this measurement the summing gate capacity can be estimated to $5000 \sim 10000 e^-$, depending on the summing gate bias.
\begin{figure}[htbp]
\centerline{\includegraphics[width=0.6\textwidth]{figures/test-structure-linearity.eps}}
\caption{Dependence of the output voltage on the photogate integration time.}
\label{Fig:test-structure-linearity}
\end{figure}

\subsection{Main Array}
An example of successful charge transfer in the ISIS2 main array is shown in Figure \ref{Fig:first-ISIS2-main-array}. The oscilloscope traces both with and without charge injection are shown. The difference emphasized with the circle is due to the output of the injected charge after being transferred down the 20 storage cells. The linear accumulation of leakage current on the twenty CCD registers is also clearly visible.
\begin{figure}[htbp]
\centerline{\includegraphics[width=0.7\textwidth]{figures/first-ISIS2-main-array.eps}}
\caption{The oscilloscope trace of a successful charge transfer in the ISIS2 main array.}
\label{Fig:first-ISIS2-main-array}
\end{figure}

The slow readout speed mentioned earlier means that it takes a long time (up to seconds) to read a full pixel, during which time the dark current will cause a considerable shot noise and more worryingly, could saturate the well capacity. A lot of efforts therefore have been directed to minimize the readout time. The most straightforward way of reducing the dark current will be to reduce temperature, but this will lead to higher resistivity of the polysilicon gate, hence even longer readout time. The operation temperature between $-5^{\circ}C$ and room temperature was found to be optimal. After optimization the transfer time for the CCD gates was set to 85\% of the summing gate time. At room temperature a readout rate of about 10 Hz was achieved.

In order to measure the CTE for the 20 storage cells with $^{55}Fe$ X-ray source, a challenge is to disentangle the hits on the photogate and those on the storage cells. There are two different approaches on this issue. Since three-phase CCD registers are used, the charge can be transferred in both directions. The first approach uses charge manipulation and compares the two cases as illustrated in Figure \ref{Fig:charge-reversal}. In case (2) the charge from photogate is first moved forward, then backward for $n$ cells, then forward again. In case (1) charge always moves forward, but will be paused in the middle simply to keep both sequences at the same length. Therefore there will be $2n$ more transfers in case (2) than in (1). Assume the outputs measured are $S_1$ and $S_2$, then $S_2/S_1 = CTE^{2n} \simeq 1 - 2n\times CTI $, where $CTI = 1 - CTE$ is Charge Transfer Inefficiency. This measurement gives $CTE \gtrsim 99\%$. The uncertainty of this measurement is quite large, mainly due to the temperature fluctuation during the measurements.
\begin{figure}[htbp]
\centerline{\includegraphics[width=0.8\textwidth]{figures/charge-reversal.eps}}
\caption{CTE measurement method using reversing of charge in the CCD register.}
\label{Fig:charge-reversal}
\end{figure}

Another independent approach to measure the CTE is to define the time window for X-ray illumination. Two measurements based on this idea were made at different setups. One of them uses a moving X-ray source and the other use a fast mechanical shutter between the source and the sensor to control the timing of the X-ray illumination. If the initial charge package is $S_0$, after $N$ transfers the charge left will be $S_N = S_0 \times ( 1- CTI)^N \sim S_0(1- N\times CTI)$. So the CTE is calculated from the measured output signal dependence on the number of transfers as in Figure \ref{Fig:CTE-slopes}. The measurement with a moving source gives a CTE of 99.3\% \cite{Vertex09ISIS} and that with a shutter measures 98.4\%. It should be noted that these are measured under different conditions (temperature, frequency) and using different ISIS2 variations, so they are not directly comparable. Still these numbers are consistent within uncertainties and show a reasonably high transfer efficiency.
\begin{figure}[htbp]
\centerline{\includegraphics[width=0.8\textwidth]{figures/CTE-slopes.eps}}
\caption{Position of $^{55}Fe$ signal peak versus number of transfers. The left plot was obtained with a moving $^{55}Fe$ source \cite{Vertex09ISIS} and the right with a mechanical shutter between the source and the sensor.}
\label{Fig:CTE-slopes}
\end{figure}

As mentioned in Section \ref{sec:design}, all rows are read out by a rolling shutter and each eight columns are multiplexed. Figure \ref{Fig:multiplexed-output} shows an example of the multiplexed voltage output.
\begin{figure}
\centerline{\includegraphics[width=0.55\columnwidth]{figures/column-multiplex.eps}}
\caption{The voltage output of 8 columns multiplexed.}\label{Fig:multiplexed-output}
\end{figure}

\section{Conclusion}
The tests of ISIS2 sensors showed successful charge storage and transfer abilities for a short CCD register implemented in a CMOS process. A few unexpected features such as the slow charge transfer caused by the resistive polysilicon gates were well understood and should be easy to
correct in future iterations. A large area ISIS sensor with more compact and optimized pixel geometry, and readout architecture with data serialization is a viable technology for the ILC vertexing.

\begin{footnotesize}

redpajama_set_name: RedPajamaArXiv


To make the students updated about the recent activities of KCLIMT.
To integrate official Facebook page, WhatsApp number and YouTube account at one place.
To retrieve the feedback and queries about the institute.
This application is available on Google Play Store and can be downloaded with keyword "KCLIMT".
SDEC Coordinator Prof. Rameshwer Singh supervised the following students to develop the app.


text:
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JPEG (102kb) | JPEG (426kb) | TIFF (71.2mb) | TIFF (142.2mb)
digital file from original
http://hdl.loc.gov/loc.pnp/anrc.12334
Poland's tribute to America. This is the first of the delegation of 20,000 Polish children who marched in Warsaw on July 4 in honor of America, whose Independence Day has been made a national holiday by Poland. One by one the schools marched into the square before the Opera until the entire plaza was filled with enthusiastic youngsters shouting and singing before the replica of the Statue of Liberty which was erected in the high balcony of the opera, which constituted the reviewing stand for American Red Cross workers and other citizens of the nation being honored
Obtaining Copies
Access to Original
Title: Poland's tribute to America. This is the first of the delegation of 20,000 Polish children who marched in Warsaw on July 4 in honor of America, whose Independence Day has been made a national holiday by Poland. One by one the schools marched into the square before the Opera until the entire plaza was filled with enthusiastic youngsters shouting and singing before the replica of the Statue of Liberty which was erected in the high balcony of the opera, which constituted the reviewing stand for American Red Cross workers and other citizens of the nation being honored
Date Created/Published: 31 August 1920 [date received]
Medium: 1 negative : glass ; 5 x 7 in.
Reproduction Number: LC-DIG-anrc-12334 (digital file from original)
Rights Advisory: No known restrictions on publication. For information, see "American National Red Cross photograph collection,"(http://www.loc.gov/rr/print/res/717_anrc.html)
Call Number: LC-A6197- RC-3969-Ax [P&P]
Repository: Library of Congress Prints and Photographs Division Washington, D.C. 20540 USA http://hdl.loc.gov/loc.pnp/pp.print
Title, date and notes from Red Cross caption card.
Photographer name or source of original from caption card or negative sleeve: Paris Office.
Group title: Motion pictures.
Gift; American National Red Cross 1944 and 1952.
General information about the American National Red Cross photograph collection is available at http://hdl.loc.gov/loc.pnp/pp.anrc
Temp note: Batch 25
American Red Cross.
Poland.
Glass negatives.
Part of: American National Red Cross photograph collection (Library of Congress)
https://www.loc.gov/pictures/item/2017677858/
View the MARC Record for this item.
The Library of Congress generally does not own rights to material in its collections and, therefore, cannot grant or deny permission to publish or otherwise distribute the material. For further rights information, see "Rights Information" below and the Rights and Restrictions Information page ( http://www.loc.gov/rr/print/res/rights.html ).
Rights Advisory: No known restrictions on publication. For information, see "American National Red Cross photograph collection," http://www.loc.gov/rr/print/res/717_anrc.html
Please use the following steps to determine whether you need to fill out a call slip in the Prints and Photographs Reading Room to view the original item(s). In some cases, a surrogate (substitute image) is available, often in the form of a digital image, a copy print, or microfilm.
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text:
@import os.log;
@import XCTest;

@interface VideoPlayerUITests : XCTestCase
@property(nonatomic, strong) XCUIApplication* app;
@end

@implementation VideoPlayerUITests

- (void)setUp {
  self.continueAfterFailure = NO;

  self.app = [[XCUIApplication alloc] init];
  [self.app launch];
}

- (void)testTabs {
  XCUIApplication* app = self.app;

  XCUIElement* remoteTab = [app.otherElements
      elementMatchingPredicate:[NSPredicate predicateWithFormat:@"selected == YES"]];
  if (![remoteTab waitForExistenceWithTimeout:30.0]) {
    os_log_error(OS_LOG_DEFAULT, "%@", app.debugDescription);
    XCTFail(@"Failed due to not able to find selected Remote tab");
  }
  XCTAssertTrue([remoteTab.label containsString:@"Remote"]);

  for (NSString* tabName in @[ @"Asset", @"List example" ]) {
    NSPredicate* predicate = [NSPredicate predicateWithFormat:@"label BEGINSWITH %@", tabName];
    XCUIElement* unselectedTab = [app.staticTexts elementMatchingPredicate:predicate];
    if (![unselectedTab waitForExistenceWithTimeout:30.0]) {
      os_log_error(OS_LOG_DEFAULT, "%@", app.debugDescription);
      XCTFail(@"Failed due to not able to find unselected %@ tab", tabName);
    }
    XCTAssertFalse(unselectedTab.isSelected);
    [unselectedTab tap];

    XCUIElement* selectedTab = [app.otherElements
        elementMatchingPredicate:[NSPredicate predicateWithFormat:@"label BEGINSWITH %@", tabName]];
    if (![selectedTab waitForExistenceWithTimeout:30.0]) {
      os_log_error(OS_LOG_DEFAULT, "%@", app.debugDescription);
      XCTFail(@"Failed due to not able to find selected %@ tab", tabName);
    }
    XCTAssertTrue(selectedTab.isSelected);
  }
}

@end

redpajama_set_name: RedPajamaGithub


EmeryTaylor EmeryTaylor jasmin. SusanBirdy. DIRTYNOLIMITS1. Raymoon.
twoslimlatshotcattasexyRoughQueennJessicaVogan .GreenDiamondsSilviaNaughtyBBSEXYBIGCOCKTRANSYoungCristian .InnaBustyBeautifulVanessaSexDemon97cuteBunny88 .emasweetheartcattasexyLeyLiimLustfulSecret .JuliankaRedVickyZaneSaraTheCatBettyySaandoval .PetiteSlimBunnyShyButNotDryBeatrisLunaBeatrisLuna .beautymilkxxSaraTheCatGustavomiBeautifulVanessa .PetiteSlimBunnycuteBunny88SweettMuslim02PRINCESsexCUM .TibyDanielsjustinSmileRiaWomanemasweetheart .JennaFreshcurlsBeatrisLunaTahbira .MaicolAndNat2hotgirlfriendsToughJonathanBiancaBennet .
Star4All6969missbiankaXEidenNicolaslady4mike .YoungCristianEmma2017JasminLSSadelaida11 .GreenDiamondsBeatrisLunaToughJonathanEidenNicolas .AlterNickTibyDanielsRobbyPayneWantedBabe .emasweetheartSugarBaby777beautymilkxxUrSecretLady .StevenLUVLadyDeeeTahbiraKirraLovex .DreamsLadyKissaBBPattyAndRogerGreenDiamonds .Star4All6969mar999999SlavaOneJerry89 .BetsyWeissDar1ingNikkiMoniqueRozenLovelyMarlen4U .EidenNicolasLovelyMarlen4UAlizsoftadelaida11 .RoughQueennWantedBabeLinnaHamretlady4mike .


text:
Филип Кристоф фон Бройнер (; *1643; † 5 април 1708 във Виена) е граф от австрийския род Бройнер, господар на Аспарн ан дер Цая в Долна Австрия и генерал-фелдцойг-майстер.

Той е син (от 19 деца) на Зигфрид Леонхард фон Бройнер (1589/91 - 1666) и четвъртата му съпруга фрайин Анастасия Тойфел фон Гунтерсдорф († 1646). Внук е на Зигфрид/Зайфрид Кристоф фон Бройнер "Стари", граф на Аспарн, фрайхер на Щюбинг (1569 – 1651), съветник на три императора, и първата му съпруга фрайин Анна Мария Елизабет фон Харах-Рорау (1564 – 1624), дъщеря на граф Леонхард V фон Харах-Рорау (1542 – 1597) и графиня Мария Якоба фон Хоенцолерн-Зигмаринген († 1578). Дядо му Зигфрид/Зайфрид купува през 1610 г. господството Анспарн за 145 000 гулден, построява двореца там за своя главна резиденция и основава миноритски манастир.

Баща му се жени още два пъти през 1648 г. и ок. 1654 г.

Брат му Франц Антон (1644 – 1668) е рицар на Малтийския орден. По-малък полубрат е на Зигмунд Франц (* 1627), минорит, и граф Ернст Фридрих (1634 – 1681).

Фамилията изчезва през 1716 г.

Фамилия
Филип Кристоф фон Бройнер се жени през август 1676 или 1680 г. в Бреслау за Елизабет Филипина фон Шаумбург-Липе (* 5 октомври 1652 в Бюкебург; † 2 април 1703 в крепост Шпилберг, Брно, Моравия), дъщеря на граф Филип фон Шаумбург-Липе-Алвердисен (1601 – 1681) и ландграфиня София фон Хесен-Касел (1615 – 1670), дъщеря на ландграф Мориц фон Хесен-Касел и втората му съпруга Юлиана фон Насау-Диленбург.
Те нямат деца.

Литература
 Franz Karl Wißgrill: Schauplatz des landsässigen Nieder-Oesterreichischen Adels vom Herren-und Ritterstande. Band 1, Wien 1794, S. 377 – 402 (archive.org).
 Detlev Schwennicke, Europaische Stammtafeln, New Series, Vol. I/3, Tafel 336.

Източници

Външни препратки
 Breuner, Hochadelsgeschlecht, austria-forum.org

Бройнер (род)
Графове в Австрия
Австрийски генерали
Австрийска аристокрация
Починали във Виена
Родени през 1643 година
Починали през 1708 година


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