text:
Margit Rüütel (born 4 September 1983) is a retired Estonian tennis player.

In her career, she won six singles titles and seven doubles titles on the ITF Circuit. On 12 January 2009, she reached her best singles ranking of world No. 158. On 9 April 2007, she peaked at No. 192 in the doubles rankings.

Rüütel made 42 appearances for the Estonia Fed Cup team between 1999 and 2012.
Playing in Fed Cup competition, Rüütel has a win–loss record of 20–22.

In 2012, she played her last match on the IZF Circuit, and retired from professional tennis 2015.

ITF Circuit finals

Singles: 12 (6 titles, 6 runner-ups)

Doubles: 12 (7 titles, 5 runner-ups)

References

External links

1983 births
Living people
Sportspeople from Tallinn
Estonian female tennis players
Universiade medalists in tennis
Universiade silver medalists for Estonia
Medalists at the 2007 Summer Universiade

redpajama_set_name: RedPajamaWikipedia


X.O. Knives is an authorized dealer of JS Gun Grips in the Philippines. These grips are only Made To Order (MTO), so we only have a limited quantity. Prices start @Php 5,500 each.
Jim Stehlin has been making gun grips as a hobby in early 2010. He started out making grips for my own 1911 in his father-in-law's garage. He just kept trying different types of wood and eventually he had more than he ever needed. That is when JS Gun Grips was born. This started out as a hobby and has turned into a small business. He now has a small shop dedicated to making gun grips. Jim says he truly enjoys making grips and strives to make a great product.


text:
#ifndef itkMeshConvertPixelTraits_h
#define itkMeshConvertPixelTraits_h

#include "itkArray.h"
#include "itkMatrix.h"
#include "itkOffset.h"
#include "itkCovariantVector.h"
#include "itkVariableLengthVector.h"
#include "itkVector.h"
#include "itkPoint.h"

namespace itk
{

/** \class MeshConvertPixelTraits
 *  \brief Traits class used to by ConvertPixels to convert blocks of pixels.
 *
 *  TOutputPixelType is the destination type. The input type is inferred
 *  by the templated static function Convert.
 *
 *  This implementaion, does a simple assignment operator, so if you are
 *  going from from a higher bit representation to a lower bit one (int to
 *  char), you may want to specialize and add some sort of transfer function.
 *  \ingroup ITKIOMesh
 */
template<typename PixelType>
class MeshConvertPixelTraits
{
public:
  /** Determine the pixel data type. */
  typedef typename PixelType::ComponentType ComponentType;

  /** Return the number of components per pixel. */
  static unsigned int GetNumberOfComponents()
  { return PixelType::GetNumberOfComponents();}

  static unsigned int GetNumberOfComponents(const PixelType& )
  { return PixelType::GetNumberOfComponents();}

  /** Return the nth component of the pixel. */
  static ComponentType GetNthComponent(int c, const PixelType& pixel)
  { return pixel.GetNthComponent(c); }

  /** Set the nth component of the pixel. */
  static void SetNthComponent(int c, PixelType& pixel, const ComponentType& v)
  { pixel.SetNthComponent(c, v); }

  /** Return a single scalar value from this pixel. */
  static ComponentType GetScalarValue(const PixelType& pixel)
  { return pixel.GetScalarValue(); }

};

#define ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL(type)                     \
template<>                                                                \
  class MeshConvertPixelTraits<type>                                      \
  {                                                                       \
  public:                                                                 \
  typedef type ComponentType;                                             \
  static unsigned int GetNumberOfComponents()                             \
  {                                                                       \
  return 1;                                                               \
  }                                                                       \
  static unsigned int GetNumberOfComponents(const type& itkNotUsed(pixel))\
  {                                                                       \
  return 1;                                                               \
  }                                                                       \
  static ComponentType GetNthComponent(int itkNotUsed(c), const type& pixel)\
  {                                                                       \
  return pixel;                                                           \
  }                                                                       \
  static void SetNthComponent(int , type& pixel, const ComponentType& v)  \
  {                                                                       \
  pixel = v;                                                              \
  }                                                                       \
  static type GetScalarValue(const type& pixel)                           \
  {                                                                       \
  return pixel;                                                           \
  }                                                                       \
  };

  ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL(float)
  ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL(double)
  ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL(int)
  ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL(char)
  ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL(short)
  ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL(unsigned int)
  ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL(signed char)
  ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL(unsigned char)
  ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL(unsigned short)
  ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL(long)
  ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL(unsigned long)
  ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL(bool)

#undef ITK_DEFAULTCONVERTTRAITS_NATIVE_SPECIAL

//
//  Default traits for the Offset<> pixel type
//

#define ITK_MESH_DEFAULTCONVERTTRAITS_OFFSET_TYPE(dimension)                       \
  template<>                                                                       \
  class MeshConvertPixelTraits< Offset<dimension> >                                \
  {                                                                                \
  public:                                                                          \
  typedef Offset<dimension>  TargetType;                                           \
  typedef TargetType::OffsetValueType  ComponentType;                              \
  static unsigned int GetNumberOfComponents()                                      \
  {                                                                                \
  return dimension;                                                                \
  }                                                                                \
  static unsigned int GetNumberOfComponents(const TargetType& itkNotUsed(pixel))   \
  {                                                                                \
  return dimension;                                                                \
  }                                                                                \
  static ComponentType GetNthComponent(int c, const TargetType& pixel)             \
  {                                                                                \
  return pixel[c];                                                                 \
  }                                                                                \
  static void SetNthComponent(int i, TargetType & pixel, const ComponentType& v)   \
  {                                                                                \
  pixel[i] = v;                                                                    \
  }                                                                                \
  static ComponentType GetScalarValue(const TargetType& pixel)                     \
  {                                                                                \
  return pixel[0];                                                                 \
  }                                                                                \
  };                                                                               \

// Define traits for Offset<> from dimensions 1 to 5
  ITK_MESH_DEFAULTCONVERTTRAITS_OFFSET_TYPE(1)
  ITK_MESH_DEFAULTCONVERTTRAITS_OFFSET_TYPE(2)
  ITK_MESH_DEFAULTCONVERTTRAITS_OFFSET_TYPE(3)
  ITK_MESH_DEFAULTCONVERTTRAITS_OFFSET_TYPE(4)
  ITK_MESH_DEFAULTCONVERTTRAITS_OFFSET_TYPE(5)

//
//  Default traits for the pixel types deriving from FixedArray<>
//

#define ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE(type,componenttype, dimension) \
  template<>                                                                         \
  class MeshConvertPixelTraits< type< componenttype, dimension> >                    \
  {                                                                                \
  public:                                                                            \
  typedef type< componenttype, dimension >  TargetType;                              \
  typedef componenttype                     ComponentType;                           \
  static unsigned int GetNumberOfComponents()                                        \
  {                                                                                \
  return dimension;                                                                  \
  }                                                                                \
  static unsigned int GetNumberOfComponents(const TargetType& itkNotUsed(pixel))     \
  {                                                                                \
  return dimension;                                                                  \
  }                                                                                \
  static ComponentType GetNthComponent(int c, const TargetType& pixel)               \
  {                                                                                \
  return pixel[c];                                                                   \
  }                                                                                \
  static void SetNthComponent(int i, TargetType & pixel, const ComponentType& v)     \
  {                                                                                \
  pixel[i] = v;                                                                      \
  }                                                                                \
  static ComponentType GetScalarValue(const TargetType& pixel)                       \
  {                                                                                \
  return pixel[0];                                                                   \
  }                                                                                \
  };                                                                                \

//
//
// Define traits for Classed deriving from FixedArray from dimensions 1 to 6
// These classes include: Vector, CovariantVector and Point.
//
//
#define ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_MACRO(ArrayType, Type)      \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE(ArrayType,Type,1)                     \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE(ArrayType,Type,2)                     \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE(ArrayType,Type,3)                     \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE(ArrayType,Type,4)                     \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE(ArrayType,Type,5)                     \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE(ArrayType,Type,6)

#define ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_TYPES_MACRO(ArrayType)      \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_MACRO(ArrayType, char);           \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_MACRO(ArrayType, signed char);    \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_MACRO(ArrayType, unsigned char);  \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_MACRO(ArrayType, short);          \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_MACRO(ArrayType, unsigned short); \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_MACRO(ArrayType, int);            \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_MACRO(ArrayType, unsigned int);   \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_MACRO(ArrayType, long);           \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_MACRO(ArrayType, unsigned long);  \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_MACRO(ArrayType, float);          \
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_MACRO(ArrayType, double);

  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_TYPES_MACRO(Vector);
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_TYPES_MACRO(CovariantVector);
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_TYPES_MACRO(Point);
  ITK_MESH_DEFAULTCONVERTTRAITS_FIXEDARRAY_TYPE_ALL_TYPES_MACRO(FixedArray);

//
//  End of Traits for the classes deriving from FixedArray.
//
//

//
//  Default traits for the pixel types deriving from Matrix<>
//

#define ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE(type,componenttype,rows,cols)    \
template<>                                                                         \
  class MeshConvertPixelTraits< type< componenttype, rows, cols > >                \
  {                                                                                \
  public:                                                                          \
  typedef type< componenttype, rows, cols >  TargetType;                           \
  typedef componenttype                     ComponentType;                         \
  static unsigned int GetNumberOfComponents()                                      \
  {                                                                                \
  return rows * cols;                                                              \
  }                                                                                \
  static unsigned int GetNumberOfComponents(const TargetType& itkNotUsed(pixel))   \
  {                                                                                \
  return rows * cols;                                                              \
  }                                                                                \
  static ComponentType GetNthComponent(int c, const TargetType& pixel)             \
  {                                                                                \
  const unsigned int row = c / cols;                                               \
  const unsigned int col = c % cols;                                               \
  return pixel[row][col];                                                          \
  }                                                                                \
  static void SetNthComponent(int i, TargetType & pixel, const ComponentType& v)   \
  {                                                                                \
  const unsigned int row = i / cols;                                               \
  const unsigned int col = i % cols;                                               \
  pixel[row][col] = v;                                                             \
  }                                                                                \
  static ComponentType GetScalarValue(const TargetType& pixel)                     \
  {                                                                                \
  return pixel[0][0];                                                              \
  }                                                                                \
  };                                                                               \

//
//
// Define traits for Classed deriving from Matrix from dimensions 1 to 6
//
//
#define ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_MACRO(ArrayType, Type)      \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE(ArrayType,Type,1,1)                   \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE(ArrayType,Type,2,2)                   \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE(ArrayType,Type,3,3)                   \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE(ArrayType,Type,4,4)                   \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE(ArrayType,Type,5,5)                   \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE(ArrayType,Type,6,6)

#define ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_TYPES_MACRO(ArrayType)      \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_MACRO(ArrayType, char);           \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_MACRO(ArrayType, signed char);    \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_MACRO(ArrayType, unsigned char);  \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_MACRO(ArrayType, short);          \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_MACRO(ArrayType, unsigned short); \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_MACRO(ArrayType, int);            \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_MACRO(ArrayType, unsigned int);   \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_MACRO(ArrayType, long);           \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_MACRO(ArrayType, unsigned long);  \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_MACRO(ArrayType, float);          \
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_MACRO(ArrayType, double);

//
// Add here other classes that derive from Matrix or that have the same API
//
  ITK_MESH_DEFAULTCONVERTTRAITS_MATRIX_TYPE_ALL_TYPES_MACRO(Matrix);

//
//  End of Traits for the classes deriving from Matrix.
//
//

//
//  Default traits for the pixel types deriving from std::complex<>
//

#define ITK_MESH_DEFAULTCONVERTTRAITS_COMPLEX_TYPE( componenttype )                \
template<>                                                                         \
  class MeshConvertPixelTraits< ::std::complex< componenttype > >                  \
  {                                                                                \
  public:                                                                          \
  typedef ::std::complex< componenttype>  TargetType;                              \
  typedef componenttype                     ComponentType;                         \
  static unsigned int GetNumberOfComponents()                                      \
  {                                                                                \
  return 2;                                                                        \
  }                                                                                \
  static unsigned int GetNumberOfComponents(const TargetType & itkNotUsed(pixel))  \
  {                                                                                \
  return 2;                                                                        \
  }                                                                                \
  static ComponentType GetNthComponent(int i, TargetType & pixel)                  \
  {                                                                                \
  if( i == 0 )                                                                     \
    {                                                                              \
    return pixel.imag();                                                           \
    }                                                                              \
  else                                                                             \
    {                                                                              \
    return pixel.real();                                                           \
    }                                                                              \
  }                                                                                \
  static void SetNthComponent(int i, TargetType & pixel, const ComponentType& v)   \
  {                                                                                \
  if( i == 0 )                                                                     \
    {                                                                              \
    pixel = TargetType( v, pixel.imag() );                                         \
    }                                                                              \
  else                                                                             \
    {                                                                              \
    pixel = TargetType( pixel.real(), v );                                         \
    }                                                                              \
  }                                                                                \
  static ComponentType GetScalarValue(const TargetType& pixel)                     \
  {                                                                                \
  return std::norm(pixel);                                                         \
  }                                                                                \
  };                                                                               \

  ITK_MESH_DEFAULTCONVERTTRAITS_COMPLEX_TYPE(float);
  ITK_MESH_DEFAULTCONVERTTRAITS_COMPLEX_TYPE(double);

#define ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE(type,componenttype)               \
template<>                                                                         \
  class MeshConvertPixelTraits< type< componenttype> >                             \
  {                                                                                \
  public:                                                                          \
  typedef type< componenttype >             TargetType;                            \
  typedef componenttype                     ComponentType;                         \
  static unsigned int GetNumberOfComponents()                                      \
  {                                                                                \
  return 0;                                                                        \
  }                                                                                \
  static unsigned int GetNumberOfComponents(const TargetType& pixel)               \
  {                                                                                \
  return pixel.Size();                                                             \
  }                                                                                \
  static ComponentType GetNthComponent(int c, const TargetType& pixel)             \
  {                                                                                \
  return pixel[c];                                                                 \
  }                                                                                \
  static void SetNthComponent(int i, TargetType & pixel, const ComponentType& v)   \
  {                                                                                \
  pixel[i] = v;                                                                    \
  }                                                                                \
  static ComponentType GetScalarValue(const TargetType& pixel)                     \
  {                                                                                \
  return pixel[0];                                                                 \
  }                                                                                \
  };                                                                               \

#define ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE_ALL_TYPES_MACRO(ArrayType)        \
  ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE(ArrayType, char);                       \
  ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE(ArrayType, signed char);                \
  ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE(ArrayType, unsigned char);              \
  ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE(ArrayType, short);                      \
  ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE(ArrayType, unsigned short);             \
  ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE(ArrayType, int);                        \
  ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE(ArrayType, unsigned int);               \
  ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE(ArrayType, long);                       \
  ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE(ArrayType, unsigned long);              \
  ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE(ArrayType, float);                      \
  ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE(ArrayType, double);

  ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE_ALL_TYPES_MACRO(Array);
  ITK_MESH_DEFAULTCONVERTTRAITS_ARRAY_TYPE_ALL_TYPES_MACRO(VariableLengthVector);
//
//  End of Traits for the classes deriving from std::complex.
//
//

} // end namespace itk
#endif

redpajama_set_name: RedPajamaGithub


I thought we were out of coffee. Brad accused Everett of not knowing how to love or how to accept someone's love. The party's today. She finished her errand and returned home. Gene has bought a new computer. If you do that, it'll probably stop working. Conrad said the same thing about you. It is believed that she is a genius. I always have an uncomfortable feeling. I hope you enjoyed it.
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Hughes is engaged to my older sister. You are not in a position to defend yourself. Elvis said he needed one of us there. It's time for you to start getting ready for school. I found it difficult to read the book. I've got some coffee for us. Does this thing actually work? Get him out of there. We've been down this road too many times, Vilhelm. I'll go to the park with you if you want me to.


Mens hairstyles for curly hair are among the top hairstyle designs in mens hair industry, which are surely expected to go crazy among men this year. If you are tired of your unattractive and dull hairstyle which you've kept for a long time, look through these tips to choose the ones that suit your face shape and your age. Mens hairstyles for curly hair can be tried on all types of hair color and hair type.
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This one is all ladies' favorite hairstyle. Neat and natural look is also very easy to work on naturally curled hair. Many of today's hairstylists recommend this among mens hairstyles for curly hair as it is easy for the men to work with and requires less time to make. Simply take a hair gel for your hair type and apply it in strokes, then comb your hair to even out the gel in your hair. This will give you the perfectly wet look. You can also keep it uncombed too, by just smoothing it out with your fingers which is the best way to get a natural look in the morning.
Mens hairstyles for curly hair have also included some bangs for men who like a little more volume in their hair. Curly shags make long faces looks slimmer and wider. Wash off your hair using a shampoo or conditioner that has been specifically designed for curly hair. It is a great idea for mens hairstyles for curly hair for those who are in the younger age group and go to colleges and universities. It looks great for casual parties and is a good hairstyle to sport while on beach parties or dates.
These mens hairstyles for curly hair work great for hair with mixed curled and straight hair.Wash your hair first with a good shampoo or conditioner and then apply a hair gel while your hair is still wet. Take a brush and stroke it to the side, keeping some volume of the hair intact. Then comb at the other side to give your hair a slick backed look. This hairstyle has been sported by a number of celebrities like Antonio Banderas in his movies and looks good for formal occasions.


text:
A Congregação das Irmãs Oblatas de Cristo Sacerdote é uma Congregação religiosa feminina católica de vida contemplativa, de direito pontifício, fundada pelo Bispo espanhol José María García Lahiguera  e María del Carmen Hidalgo de Caviedes y Gómez, em 25 de abril de 1938, em plena Guerra Civil Espanhola, em Madrid. As freiras desta congregação são conhecidas como Oblatas de Cristo Sacerdote  e adiam a sigla: O.C.S.

História
A Congregação foi fundada em 25 de abril de 1938, depois de alguns exercícios espirituais ministrados por José María García Lahiguera, dos quais participou María del Carmen Hidalgo. Durante estes Exercícios, cada um descobriu no outro o mesmo ideal de zelar pela santidade sacerdotal. Isso os levou a se comprometerem a fundar uma Congregação contemplativa cujo objetivo principal seria orar pela santidade dos padres e seminaristas.

Terminada a guerra (24 de maio de 1939), Mª Carmen, junto com sua irmã Lucía María e outras jovens, formaram uma pequena comunidade que inicialmente se instalou em Getafe. Após várias mudanças de endereço, no dia 11 de outubro de 1945, chegaram à atual Casa-Mãe da Congregação, que se encontra na rua Arturo Soria, em Madrid.

Cronologia

 25 de abril de 1938: Nascimento da Congregação
 24 de maio de 1939: Início da vida em comunidade
 31 de agosto de 1940: Prêmio de Stmo. pela Santa Sé
 12 de setembro de 1944: Decreto de Pía Unión
 24 de setembro de 1944: Início do Noviciado
 11 de outubro de 1945: Inauguração da Congregação Casa-Mãe
 11 de outubro de 1949: I Fundação: Salamanca
 25 de abril de 1950: Data Nihil Obstat
 13 de maio de 1950: data em que Nihil Obstat é conhecido
 31 de maio de 1950: Ereção em uma Congregação Diocesana
 16 de junho de 1950: Profissão Canônica
 29 de junho de 1950: Prof. Canônica I Conselho Geral
 11 de outubro de 1956: II Fundação: Zaragoza
 2 de fevereiro de 1962: III Fundação: Huelva
 15 de agosto de 1965: IV Fundação: Tudela
 24 de janeiro de 1967: Congregação Decretum laudis Direito Pontifício.
 24 de outubro de 1968: I Cap. Gral. Ordinário e especial
 2 de fevereiro de 1970 V Fundação: Moncada (Valência)
 3 de março de 1971: Transferência para Javier de Fundación. Tudela
 21 de dezembro de 1971: Aprovação dos Textos da Missa e Ofício de Cristo Sacerdote.
 22 de agosto de 1973: Concessão do Festival Cristo Sacerdote à Espanha
 21 de abril de 1980: Fundação VI: Oropesa (Toledo)
 24 de janeiro de 1984: Aprovação final das Constituições
 30 de junho de 1995: Inauguração do novo Mosteiro de Saragoça
 2 de dezembro de 1995: Inauguração do Mosteiro Novo de Moncada
 7 de maio de 1997: Aprovação de textos latinos em gregoriano do Ofício e Missa de Cristo Sacerdote e Vésperas. E do Calendário da Congregação.
 3 de dezembro de 1997: Aprovação do Ritual da Congregação
 7 de setembro de 2002: Transferência para Toledo de la Fund. Oropesa
 22 de outubro de 2003: A Fundação Zaragoza é criada
 8 de setembro de 2009: Inauguração do novo Mosteiro de Moyobamba (Peru)

Carisma
Na vida contemplativa, a congregação das Irmãs Oblatas de Cristo Sacerdote tem o carisma específico de cooperar espiritualmente para a santificação dos sacerdotes e aspirantes ao sacerdócio, por meio da oração contínua  seguindo as palavras de Jesus Cristo na Última Ceia: "Pai, eu oro por eles, e por eles me ofereço em oração para que sejam santificados na verdade."  Este carisma foi aprovado pela Igreja Católica, recebendo o reconhecimento como congregação de direito pontifício em 24 de janeiro de 1967.

Organização
A organização interna das Oblatas é de uma congregação e não de uma ordem monástica tradicional. Assim, os mosteiros não são autônomos, mas há apenas uma Madre Geral com seu conselho, apenas um noviciado e apenas um juniorado. Terminado o período de formação, as irmãs são transferidas para um ou outro mosteiro, conforme o caso. A Madre Geral e seu Conselho são eleitos no Capítulo Geral a cada 6 anos, enquanto as comunidades dos mosteiros são nomeadas pela Madre Geral e seu conselho a cada 3 anos.

Em 2011, a Congregação tinha cerca de 102 freiras e 6 mosteiros,  dos quais cinco na Espanha e um no Peru:

 Mosteiro de Madrid (Casa Mãe e Noviciado): fundado em 11 de outubro de 1945
 Mosteiro de Salamanca: fundado em 11 de outubro de 1949
 Mosteiro de Huelva: fundado em 2 de fevereiro de 1962
 Mosteiro de Moncada: fundado em 2 de fevereiro de 1979
 Mosteiro de Toledo (Juniorato): fundado em 7 de setembro de 2002
 Mosteiro de Moyobamba (Peru): fundado em 8 de setembro de 2009

A casa mãe de Madrid é também a Cúria geral do instituto. A atual madre geral é a religiosa espanhola Teresa López Orozco.

Bibliografia

Ligações externas

 Site oficial das Oblatas de Cristo Sacerdote (em espanhol)

Ordens e congregações religiosas católicas


text:
Olsenbanden jr. – Første kupp (deutsch: Olsenbande Junior – Der Olsenbande erster Coup) ist eine norwegische Fernsehserie für Kinder, die als Weihnachtsserie (Julekalender) im TV 2 erstmals zu Weihnachten 2001 gesendet wurde. Die Fernsehserie ist eine Neuverfilmung der bereits zuvor erschienenen dänischen Fernsehserie Olsen-bandens første kup. Die norwegische Übersetzung, die Anpassung des Drehbuchs und Remakes übernahmen Sverre Holm (ehemaliger norwegischer Benny-Darsteller) und Arne Lindtner Næss. Die Fernsehserie wurde von Nordisk Film für TV 2 (Norwegen) produziert, die Regie dazu  führten Beate Eriksen und Arne Lindtner Næss sowie den Schnitt Helge Billing. Die Serie war zugleich der Beginn und der erste Teil der erfolgreichen eigenen Olsenbande-Junior-Filmreihe in Norwegen.

Handlung

Es ist Anfang Dezember am Ende der 1950er-Jahre und Weihnachten steht kurz vor der Tür. Egon Olsen wohnt in dem Waisenhaus Lykkebo, einem Kinderheim in Oslo. Egon wird in eine neue Klasse mit gleichaltrigen, zwölf bis dreizehn Jahre alten Schülern versetzt. In der Klasse lernt er seine neuen Kameraden Kjell Jensen und Benny Fransen kennen, mit denen er sich schnell anfreundet. Zusammen mit Dynamit-Harry gründen sie die Olsenbande (Die Olsenbande). Wie jedes Jahr wird ein Preis zu Weihnachten ausgelobt, den Egon mit der Olsenbande für das Heim gewinnen möchte. Egon beobachtet zufällig die Machenschaften der Heimleitung, so unter anderem Herrn Hallandsen (Direktor des Kinderheimes) und seinen Kumpanen, wie sie das Weihnachtspreisgeld sowie einen weiteren großen Geldbetrag unterschlagen wollen. Gemeinsam mit seiner Junior-Olsenbande will Egon das Geld aus Hallandsens Tresor wiederbeschaffen und der Gerechtigkeit zum Siege verhelfen. Egon hat  natürlich einen Plan, um seine Gegner auszutricksen. Aber auch Hallandsen hat Pläne, er braucht sehr viel Geld, um das Land in Richtung Bahamas für immer verlassen zu können. Durch den Einsatz von falschen Weihnachtsmännern, die sich aus dem Vorstand seines Heimes rekrutieren, möchte er zusätzlich Verwirrung stiften. Die Weihnachtsmänner nehmen die Gaben mit, anstatt sie an die Kinder zu verteilen. Für die Olsenbande stellt sich die große Frage, ob es ein Weihnachten für die Kinder des Heimes und für die Olsenbande in diesem Jahr geben wird. Für Kjell geht es in der Hauptsache darum, dass er Valborg seine große Liebe beweisen kann. Außerdem wird noch Kjells Vater Basse von Hallandsens Kumpanen entführt. Bei der Umsetzung von Egons Plänen kommt der Olsenbande zusätzlich  Biffen (Dummes Schwein) mit Knut und Jonny als gegnerische Bande in die Quere. Biffen fungiert auch als Handlanger von Hallandsen und macht außerdem noch Kjell Valborg als Freundin streitig. Nach ein paar Missgeschicken sind Kriminalkommissar Hermansen und sein Assistent Holm der Olsenbande auf den Fersen, anstatt Hallandsens Machenschaften nachzugehen. Zu guter Letzt können sie Hallandsens Pläne vereiteln. Sie übergeben ihn, den mitverwickelten Rektor der Schule und seine Bande der Polizei sowie können das unterschlagene Geld für das Kinderheim retten. Weihnachten ist für alle Kinder gerettet und Kjell kann wieder auf Valborgs Liebe hoffen.

Episoden

Andere Verfilmungen und Fortsetzungen
Als eine neue Idee wurde in Schweden Mitte der 1990er-Jahre die Jönssonligan (Jönsson-Bande) als Neuverfilmung der dänischen Olsenbande mit Kindern gedreht, die ähnliche Charaktere wie die schwedischen Erwachsenen-Figuren hatten. Im Gegensatz zu den eigentlichen Jönssonligan-Filmen sind bis jetzt die ersten zwei Junior-Verfilmungen auch in deutscher Sprache synchronisiert worden. Später folgte man in Dänemark und Norwegen diesem Beispiel und erstellte jeweils eigene "Jugendversionen" der Olsenbande.

Die 24-teilige Weihnachtsserie Olsenbanden jr. – Første kupp ist eine Neuverfilmung der zwei Jahre zuvor erschienenen dänischen 31-teiligen Fernsehserie Olsen-bandens første kup ("Die Olsenbande Junior und ihr erster Coup"). Auch die darauf folgende dänische Fortsetzung Olsenbande Junior wurde in Norwegen, leicht verändert, adaptiert. Wie schon bei den anderen norwegischen Senior-Olsenbande-Neuverfilmungen wurden die Namen der Protagonisten der Filme norwegisiert. Während der Name der Hauptperson Egon Olsen blieb, änderte sich der Name von Benny Frandsen in Benny Fransen, von Kjeld Jensen in Kjell Jensen, Børge zu Basse Jensen (hier als Kjells Vater) und von Yvonne zu Valborg sowie von Bøffen (Dummes Schwein) in Biffen.

Während in Dänemark danach keine weiteren Junior-Filme mehr produziert wurden, entstand in Norwegen eine weitere eigene Olsenbande-Junior-Filmreihe ohne entsprechende dänische Vorlagen (2003–2010), deren Teile zu den erfolgreichsten Produktionen der norwegischen Filmgeschichte gehören:

 2003 Olsenbanden Junior går under vann ("Die Olsenbande Junior geht unter Wasser") – nach dem dänischen Film Olsenbande Junior
 2004 Olsenbanden Junior på rocker'n ("Die Olsenbande Junior rockt")
 2005 Olsenbanden Junior på cirkus ("Die Olsenbande Junior im Zirkus")
 2007 Olsenbanden Junior – Sølvgruvens hemmelighet ("Die Olsenbande Junior – Das Geheimnis des Silberstollens")
 2009 Olsenbanden jr. Det sorte gullet ("Die Olsenbande Junior – Das schwarze Gold")
 2010 Olsenbanden jr. Mestertyvens skatt ("Die Olsenbande Junior – Der Meisterdieb")

Einige norwegische Olsenbande-Junior Verfilmungen wurden auch auf den Nordischen Filmtagen in Lübeck mehrfach öffentlich aufgeführt.

Produktion
Die Fernsehserie Olsenbanden jr. – Første kupp wurde im Sommer 2001 in 60 Tagen gedreht und hatte ein Budget von 18 Millionen Kronen zur Verfügung.

Veröffentlichung
In Norwegen verfolgten  621 000 Zuschauer am Samstag, den 1. Dezember 2001 bei TV 2 den Start der Weihnachtsserie Olsenbanden jr. – Første kupp, zur zweiten Folge am Sonntag, den 2. Dezember 2001 war es immer noch 620 000 Zuschauer, was in etwa einem Marktanteil von jeweils 39,3 % und 38,9 % entspricht. Nach der Erstausstrahlung im Dezember 2001 bei TV 2 wurde die Fernsehserie mehrmals im norwegischen Fernsehen wiederholt, so unter anderem im Dezember der Jahre 2004 und 2007. Bei der Wiederholungen zu Weihnachten 2012 im norwegischen Fernsehen waren allerdings schon deutlich geringere Einschaltquoten zu verzeichnen, mit etwa 58 000 Zuschauern zur ersten Folge. Des Weiteren wurde die Serie ab 2003 auch als Film auf VHS und auf DVD veröffentlicht. Eine deutschsprachige Version existiert bisher noch nicht.

Olsenbanden Jr's Første Hits
Die aus der Serie bekannt gewordenen Lieder und Songs wurden anschließend noch einmal extra auf einer Musik-CD unter dem Label Olsenbanden Jr's Første Hits veröffentlicht:
 Julen er på vei (Stray Kor) – 3:05
 Julen varer lenge (Asgeir Borgemoen) – 3:48
 Det skjedde i de dage (Malin Solli) – 3:34
 Når du er med (Ania Andreassen) – 3:43
 Juletre Rock (Kvintetten) – 2:36
 En sang jeg har lyst til å synge (Julia Charlotte Geitvik) – 3:07
 Det nye år (Viktor Kristoffer Stenhjem) – 3:05
 Det skal du ha ditt dumme troll (Stray Kor) – 2:47
 Våres melodi (Ania Andreassen) – 3:05
 Deg og meg (Trond Brænne) – 2:56
 Jeg har en plan (Olsenbanden jr.) – 4:04

Weblinks

 Olsenbanden jr. – Første kupp bei filmweb.no (norwegisch)
 Olsenbanden jr. – Første kupp bei Filmfront.no (norwegisch)

  – Verdens Gang, norwegisch

Einzelnachweise

Fernsehserie der 2000er Jahre
Fernsehserie (Norwegen)
Kinder- und Jugendfernsehserie
Kriminal-Fernsehserie
Comedy-Fernsehserie
Weihnachtsserie


text:
Den fantastiska resan (Fantastic Voyage) är en amerikansk långfilm från 1966 i regi av Richard Fleischer. Filmen hade svensk premiär den 23 januari 1967.

Bantam Books fick rättigheterna att ge ut en roman baserad på filmmanuskriptet, de lät Isaac Asimov få uppdraget att skriva boken.

Handling
Filmen utspelar sig under det kalla kriget. Både USA och Sovjetunionen har utvecklat en teknik som gör det möjligt att förminska föremål under en begränsad tid. Det förminskade föremålet återvänder till sin ursprungliga storlek efter en tid.

Jan Benes är en östeuropeisk forskare som har lyckats utveckla en metod som förhindrar att föremålet återfår sin ursprungliga storlek. Med hjälp av CIA lyckas han fly till väst. Men efter ett mordförsök hamnar han i koma, med en blodpropp i huvudet. Fem personer blir utvalda att på en ubåtsliknande farkost miniatyriseras och injiceras i hans kropp i syfte att rädda hans liv.

Besättningen har en timme på sig att rädda hans liv, efter den timmen kommer de att växa i storlek och därmed riskera att bli angripna av forskarens immunförsvar. De färdas via hjärtat, lungorna och örat tills de slutligen når fram till hjärnan. Under resan blir det uppenbart att det finns en förrädare ombord som gör allt för att uppdraget skall misslyckas.

Skådespelare
Stephen Boyd - Grant, CIA-agent
Raquel Welch - Cora Peterson
Edmond O'Brien - General Carter
Donald Pleasence - Dr. Maxwell Michaels
Arthur Kennedy - Dr. Peter Duval, hjärnkirurg
William Redfield - Kapten Bill Owens
James Brolin - Tekniker

Om filmen
Filmen vann Oscar för bästa specialeffekter och bästa scenografi. 1987 gjordes filmen 24-timmarsjakten på samma tema.

Filmer 1966
Amerikanska science fiction-actionfilmer
Filmer från Twentieth Century Fox
Filmer i regi av Richard Fleischer
Ubåtsfilmer


text:
PopMatters
Essaying the pop culture that matters since 1999
By shathley Q / 26 January 2010
45 is socially poignant and in a certain sense, socially redemptive. It tables two issues that linger on from the previous century, the story of fatherhood and the story of journalism, and allows these to interact in the crucible of a comics narrative. Over the course of exploring the new dimensions of these social institutions, 45 offers readers a profound meditation on a third, and equally meaningful social institution — that of comics itself. At the beginning of this decade, pioneering comics theorist Scott McCloud, in his seminal Reinventing Comics, suggested a bright future for the medium with the promise of a digital mode of transmission. By the decade's end, 45 writer Andi Ewington, and an ensemble cast of 45 artistic collaborators, offer a second innovation of comics. This time, not an innovation dependent on the luster of new media, but one reliant on a focused rejuvenation of the underlying principles of comics itself. For Ewington, the tale of comics is inextricably entwined with the tale of fatherhood and the tale of journalism. 45 is not so much an Original Graphic Novel, as it is an essay on the apparatus of meaning and value deployed by these three social institutions under the condition of the new century.
The premise for Ewington's story is tantalizingly simple as it is seductively elegant. In a world awash with superheroes (a world where any human has the chance to be born with super powers, or even purchase them), prospective father, investigative journalist and emotional core for the story, James Stanley, undertakes a personal mission. His task is to prepare for the possibility of his soon-to-be born child's super powers by interview 45 of the world's most visible superheroes.
The format of the comicbook is as visually alluring as the story's premise is intriguingly simple. Each interview is faithfully transcribed (with significant actions narrated) on the recto page of the graphic novel. The verso page however is reserved for the artwork. The 45 contributing artists offer up, each in a unique visualization, an interpretation of the history or circumstance the interview narrates. Artists include Jock, Sean Phillips, Ben Oliver, John Higgins, Gary Erskine, Trevor Hairsine, Eduardo Francisco, Calum Alexander Watt, Simon Coleby, Lee Carter, Neil Edwards and Robert Atkins among others.
While a fair number of artists like Charlie Adlard and Sally Hurst choose to render the sociopolitik uncovered by the interview only as a single poster, Ewington seems to have hit on a deeper, more profound more meaningful comics that incorporates splash-page art as a necessary part of his storytelling. Single panel or no, the assembled artworks read smoothly as a comics themselves. The eye glides from one visualization to the next, while Ewington's writing can be taken up at leisure to add more depth to the visual story being unfolded.
With Ewington's journalistic storytelling however, readers are invited into a clear an non-jaundiced view of traditional print journalism in an age of digital media. In a refreshing stance, Ewington himself seems hopeful for the integration of Web 2.0 values, and the traditional economic model of the printed media. Investigator James Stanley's task is personal, and his keen journalistic voice (as omnipresent narrator of his world) seems as accessible as a blog. And yet, in his various notes and across his many observations, Stanley's voice takes a slightly harder-edged, somewhat more professional tone. Readers get the sense that his material is being marketed, his comments are preparing a specific demographic (his target audience) for a view of his subjects where his observations seem natural, or even sympathetic.
It is in this way that Ewington begins to comment on his own pending fatherhood, and indeed on fatherhood in general. Fatherhood, it would seem Ewington argues, is no different that a professional journalist with a keen, clear eye preparing his audience for regarding the subject of an interview. There is a certain work to be done here that by its nature must maintain a degree of continued invisibility. The preparation of the world itself must remain unseen.
The social realism of superheroes Ewington portrays in his debut comics work, remains on par with the great superhero deconstructions of our time. 45 is the equal of such works as Watchmen or Frank Miller's estimable The Dark Knight Returns, since it offers both a reformatting of expectations around the comics medium, and a credible and deep wrestling with the notion of the superhero.
RATING 9 / 10
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redpajama_set_name: RedPajamaCommonCrawl


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text:
GOP Pushing to Have Chuck Schumer Censured for Supreme Court Threat
Because the mainstream news media has done everything in its power to ignore the fact that a Democratic Party leader threatened two sitting Supreme Court justices at an abortion rally last week, the fervor surrounding Senate Minority Leader Chuck Schumer (D-NY) has already died down. But Republicans in the Senate have not forgotten Schumer's irresponsible, indefensible remarks, and they are pushing to have the New York Democrat censured.
Leading the cause is Sen. Josh Hawley (R-MO), who has introduced an official resolution to have Schumer reprimanded by his colleagues. Dozens of top conservative leaders have signed on to a letter calling for the Senate to pass the measure.
"Of course Schumer's attacks were 'inappropriate' and 'wrong'! He should be CENSURED," Hawley tweeted Friday.
In case you missed it (and if you mostly get your information from the nightly news, that's not surprising), Schumer made the offensive remarks outside the Supreme Court last Wednesday. While the court was inside listening to opening arguments in a major abortion case out of Louisiana, Schumer was talking to gathered activists on the steps.
"I want to tell you, Gorsuch. I want to tell you, Kavanaugh. You have released the whirlwind and you will pay the price!" Schumer warned. "You won't know what hit you if you go forward with these awful decisions."
So outrageous was Schumer's threat that it engendered a rare rebuke from Chief Justice John Roberts, who said there was no place in politics for these "dangerous" comments. Democrats, however, have rallied around Schumer with a whataboutism defense that would make Putin proud: Trump has criticized the Supreme Court before, so what's the difference? They seem oblivious to the idea that there's a world of difference between calling on Sonia Sotomayor to recuse from a case and threatening Kavanaugh and Gorsuch with comments like, "you won't know what hit you."
In his resolution, Hawley said Schumer's statement was "an attempt to unduly influence the judicial decisions of the Supreme Court of the United States and to undermine the vision of the founders of the United States of the 'complete independence of the courts of justice.'"
Very few senators in U.S. history have been subject to this sort of official discipline, but we can't think of any recent example of someone deserving it more than Schumer. A clear message needs to be sent to him and every other Democrat: This kind of threat will not be tolerated, even for a moment. Let this one go, and there's no telling what will be next.


text:
GVSU, Calvin Earn Top Midwest Honors In College Rankings
Grand Valley and Calvin University earned high regional rankings in a survey conducted by US News and World Report magazine.
The publication annually rates colleges and universities nationwide on value, innovation and academics.
Grand Valley State University's growing reputation got another shot in the arm this week, as it scored a high ranking in US News' annual survey of colleges.
GVSU was ranked third in the Midwest for public schools, and 27th overall in the listing. US News and World Report had this to say about GVSU:
Located just outside of the Grand Rapids area, Michigan's second-largest metropolitan region, is Grand Valley State University. Although it is one of America's 100 largest universities in terms of enrollment, Grand Valley strives to make a liberal education its foundation for all of its academic programs. Freshmen are exposed to more than 300 student organizations during an event called "Campus Life Night," which allows students to explore the many options for extracurricular activities. About 5 percent of the undergraduate community participates in Greek life, and there are more than 20 chapters to choose from. While it is not required, the university recommends that all first year students live on campus to more easily become involved in campus life.
Two other state public schools earned high rankings in the public schools survey, with UM-Dearborn coming in at number five, and Northern Michigan University coming in at number 20.
Calvin, meanwhile finished fourth among ALL universities in the Midwest region. US News ranked Calvin 3rd in undergraduate teaching and 15th in innovation. Grand Valley ranked 27th overall in the Midwest University category.
Kettering University in Flint (the former General Motors Institute) finished 12th.


This report addresses the potential environmental impacts associated with the construction and operation of the Grand Turk Water-producing Greenhouse Project. The proposed development aims to create a sustainable source of fresh water which will in turn be used for hydroponics crop production and public water supply on the island of Grand Turk.
Rare and Endemic Species - The proposed development site has a history of development and is currently being grazed by livestock. It is therefore not a pristine habitat. Nevertheless, there are [five] plant species and three insect species that are endemic to the region that were noted during the site investigations. Special considerations and mitigation measures will be taken during the course of development to ensure the welfare of these species.
Wedelia bahamense (photograph by K. McNary Wood).
Potential Pollution of Land, Air and Water - The proposed agricultural and hydroponics components of the proposed development will incorporate the use of maintenance chemicals in the form of fertilizers, pesticides and herbicides. Environmental impacts associated with these chemicals can include pollution of land, water and air resources as well as threats to wildlife. These impacts can be mitigated by using integrated pest management practices and organic fertilizers.
Social and Economic Concerns - The lack of fresh water and produce on the island of Grand Turk means that the primary objectives of the proposed development will have a net positive impact on social welfare. The proposed development will create employment, provide training and supply the public with a much-needed resource. These positive impacts are expected to offset any unexpected social consequences, which may arise.
The Use of Wind Generated Electricity - It has been estimated that the proposed development project will have an electrical requirement equivalent to 15% of the current production of electricity on Grand Turk. This should not place undue stress on the system, as the power company, TCU, are currently operating under capacity. However in the interest of sustainability and economics, the option of solar and wind turbine generation may be incorporated. Noise impacts may result and appropriate mitigation measures will be undertaken to ensure that these effects are minimised.
Deep Well Extraction of Cold Water - In order to source water of approximately 15 degrees C, it will be necessary to drill wells of +/- 500 metres in depth. The quality of water is suitable for the intended project. However, the zone of investigation did not yield ideal temperature measurements. Target temperature measurements could be obtained at deeper depths, given the existing reverse geothermal gradient. Drilling deeper would result in improved water quality and reduce the source of pollutants from hydrogen sulfide and turbidity.
Deep Well Disposal of Same - The [return] water will be disposed of into four deep wells of approximately 250 feet in depth. These will be cased to a depth of two-hundred feet in order to reduce the potential for deterioration of the well walls and surrounding bedrock.
Well Design - The extraction wells will be designed to meet the necessary requirement for their industrial use and public safety. The four, approximately 500 metre deep wells will begin with a 10-inch borehole to 100 metres then continuing as a 4-7/8" borehole to the final depth. These boreholes, reamed out to 7", will be cased and fitted with submersible pumps with a capacity of 1000 US gpm.
Overall, the proposed development is expected to have minimal impacts with regards to the physical environment. With appropriate mitigation measures, these impacts can be largely eliminated. Socio-economic effects are expected to be largely positive.


text:
71. ročník etapového cyklistického závodu Tour de Romandie se konal mezi 25. a 30. dubnem 2017 v Romandii, francouzsky mluvící části Švýcarska. Celkovým vítězem se stal Australan Richie Porte z týmu BMC Racing Team před druhým Simonem Yatesem (Orica–Scott) a třetím Primožem Rogličem (LottoNL–Jumbo).

Týmy
Závodu se účastnilo všech 18 UCI WorldTeamů společně s jedním UCI ProTeamem. Každý z 19 týmů přijel s osmi jezdci, na start se tedy postavilo 152 jezdců. Do cíle v Lausanne dojelo 131 jezdců.

UCI WorldTeamy

UCI Professional Continental týmy
 Wanty–Groupe Gobert

Trasa a etapy
Trasa byla odhalena 10. prosince 2016. 2. etapa, která měla být původně 160,7 km dlouhá a měla začínat v Champéry, byla zkrácena kvůli sněhu.

Průběžné pořadí

Konečné pořadí

Celkové pořadí

Bodovací soutěž

Vrchařská soutěž

Soutěž mladých jezdců

Soutěž týmů

Odkazy

Reference

Poznámky

Související články
 Tour de Romandie
 Primož Roglič

Cyklistické závody ve Švýcarsku
Cyklistika v roce 2017
Sport ve Švýcarsku v roce 2017


UAB - School of Medicine - News - Student Insights: Which Birmingham neighborhood is right for you?
Student Insights: Which Birmingham neighborhood is right for you?
What is the general price range of the area?
One of the reasons I chose this area is because I was seeking an affordable single bedroom. There are a variety of apartments and houses in this area, and while those that are newer may necessitate you finding a roommate to split the cost, there are several options for those who are looking for a studio or one-bedroom that won't break the bank. I'm currently paying $800 for my one-bedroom.
Do you live in a house or an apartment? Are both available in the area?
I live in an apartment complex, but there are also historic houses in the area for rent and sale—just keep a keen eye on Zillow/Apartment Finder/etc.
What are some of the benefits of the area?
My apartment is so close to campus! I have a fourteen-year old standard poodle, so in looking for an apartment, I really prioritized a quick commute. From where I currently live, I can attend lecture, then head home to have lunch and take my dog out before returning for evening studying! The walk is only about fifteen minutes, and the drive is barely five…another random fun fact is that I'm just down the street from Dreamland BBQ…yum!
The area has a wide range of housing from residential and family housing to college/fraternity housing. The upside of this is that it's a lively neighborhood! . . .the downside of this is also that it's a lively neighborhood. My apartment walls can get kind of thin which has been a minor nuisance to me during late night studies. This all depends on exactly what area of southside you end up living in!
How close is the nearest grocery store/market?
There's a local grocery store, Western Market, just a five-minute drive from my apartment, and there's also a walkable corner store for any impromptu purchases. When I'm looking to do a week's grocery shopping rather than pick up a few things, I tend to hop on 280 and head to Target in Brookwood Village (~15 minute drive).
Commute to Volker? Do you drive or walk?
What kind of general parking is available in the area?
My apartment complex, Apartment 26, has a parking lot that always has open spots, so I've never had trouble with friends coming over to visit. There's also an on-campus parking deck just down the road which I use when there's adverse weather or if it's dark out.
The housing is affordable, and the proximity to Volker can't be beat.
Is it a pet friendly area?
I cannot speak to the family friendly aspects, but I can confirm there's plenty of sidewalks and green space to keep my dog happy during his daily walks.
I'd say for an apartment, the price range is around/upward of about $700 per room.
I live in an apartment, but there are plenty of both apartments and houses available around Highland Park.
It's a bit cheaper than living downtown, which is cool. It definitely has more of a community vibe than other areas in Birmingham.
The only downside is that walking to school takes about 35 minutes, so I typically drive. Parking at school is....challenging.
There's a Piggly-Wiggly and Walgreens nearby (~5-10 minutes), and Publix is just a short drive downtown.
Driving to Volker takes about 8 minutes, walking around 35, and biking takes 15-20 minutes. If you're driving, you'll have to add a couple minutes for walking from your parking space, unless you park right outside.
There's typically plenty of room to park, often in designated spaces or just on the street.
I live right around the corner from my favorite BHAM restaurant, Rojo. Being able to walk there from my apartment is one of my favorite things about Highland Park.
Both! Highland Park is a dog/dog-owner's dream. There are four pet-friendly parks in the neighborhood, which is awesome for dog-walking and/or dog-spotting. A lot of these dogs have human families, so I think the area is pretty family friendly as well.
I live downtown, so it's a little more expensive than a lot of areas near school. Rent usually runs around 700-1300 depending on if you want to have roommates or wish to live alone. These numbers are ballpark and may be a little bit high since I only shopped around for two/one bedroom apartments.
I live in a condo, but there are a ton of apartments around the downtown area. As far as I know there are no houses around here though, those are more towards Southside.
The biggest benefit is that school is a short (10-15 minute) walk away. It's so much more convenient not having to deal with traffic, and finding a parking spot every morning. The best part is that on rainy days you can just cut through the hospital and almost completely avoid the bad weather. Another benefit is that there are a lot of restaurants/breweries just a block or two away which is super convenient and easy to get to on a whim.
I would say the biggest downside is that you will spend a lot more money for less space if you choose to live downtown. Also If you want to have friends over parking can be a pain in some places at times.
Publix – it's just a block away.
Usually I just walk to Volker which takes 10-15 minutes.
Most condos/apartments will have assigned parking with some limited guest spots (which are practically always full). If you have friends come over they are most likely parking on the street but at least that's free after 5/6 pm and on the weekends.
My favorite thing about living downtown is probably how easy it is to get to and from places. Everything is just a short walk or 5 min drive away which is great since time is the most valuable commodity in medical school.
Having a family downtown would be a little harder since space will be limited, however some of my neighbors do make it work, so it really depends on how efficiently you use the space you have. As for pets, that depends greatly on who owns the condo/apartment complex. I personally don't know anyone who owns a pet and lives downtown but I've seen dogs in being walked in the rea.
Living in Homewood is very cost friendly. Rent ranges from about $600-$1200 for a two bedroom apartment.
I currently live in an apartment complex called Valora at Homewood. Both houses and apartments are readily available in the area.
Safety and proximity to stores and restaurants.
My least favorite thing is just living a driving distance from school but this applies pretty much anywhere off campus. It's generally just an issue during evening rush when trying to leave on University Boulevard because all the workers and students are heading home for the day. My solution for parking is to come to school really early so I can park close or park a few blocks away and get in my daily steps. My solution for the evening rush is to try and avoid the 5PM time slot.
There are groceries stores like Walmart and Publix and also restaurants within 15 minutes walking distance or a 2-5 minute drive. Everything I need is super close!
My apartment is really close to Vulcan, and it only takes about ten minutes to get to Volker. There has never been an inappropriate time to leave home for Volker; however, I try avoiding the 7:30-7:50 am morning rush because it takes me an extra 3-5 minutes to get to school.
Parking has never been an issue as my complex has parking for residents.
My favorite thing about living at Valora at Homewood is how safe, secure, and family friendly it is. We have a security car constantly roaming the complex at night, and I haven't had any problem with safety since my time here.
Homewood is both a pet and family friendly area.
It is very convenient to everything – mall, food, activities and downtown. Plus you can get a house with a pretty sizable backyard, if that is something that is important to you.
People will say that traffic is a downside, as I-65 into the city can get slow sometimes. Personally I've never had much trouble and can get downtown or get home in about 25 minutes.
I could walk to a Publix, and a Whole Foods is 1 mile away.
I drive and it usually takes 20 mins to get to school. For parking, there is plenty of free parking to find a few blocks South of campus, or you can get a parking pass for the on-campus garages and lots. Total transit time door to door is ~30 mins.
The accessibility to everything and the ability to have space.
Very family friendly (I have a 16 month-old daughter) and pet friendly (we also have 3 large dogs, hence the large backyard). There is a park with a pond ~100 yards from my house.
I live in a house but both are readily available in the area.
The whole area has a tight-knit community vibe that I didn't anticipate finding in Birmingham. It is also super close to restaurants, parks, and necessities!
Where I'm situated is very close (as in, a one mile radius) to a Publix, Walmart, and Winn Dixie, in addition to plenty of restaurants and parks!
Many of the houses have driveways and apartments have lots, but street parking is also available.
The community vibe! As someone who lived in Birmingham before medical school, I'd say it's one of my favorite neighborhoods, and I'd definitely recommend it to anyone!
I would definitely say it's a pet-friendly area, you'll often see people taking their pets out for walks or to nearby parks. Also some of the houses have built in fences.
I would say about $1,000/month per person for a 2 bedroom apartment but it's obviously variable depending on where you live. I think rates are pretty comparable to rates downtown Birmingham.
I have an apartment but there are a lot of houses in the area as well.
It's really close to everything! I walk to the Piggly Wiggly when I need groceries and I am less than a 5 minute drive from a ton of bars and restaurants like Five, Slice, Babalu, Moe's etc.
I think the biggest downside for me is the commute to campus; it's less than 10 minutes driving, but there are a lot of red lights along the way and depending on when I leave for class in the morning, my commute can take up to 20 minutes. Then, as you may have heard, parking on campus is a nightmare. So it definitely takes me a little bit longer (I budget for about 35 minutes) to get from my apartment to Volker every morning, but it's definitely worth it.
Literally across the street; I walk there every weekend when I buy groceries! There's also a CVS a few blocks away and it takes about 15 minutes to drive to Publix or Target from where I live.
I drive and it takes about 20-35 minutes to drive there, park, and then walk to Volker every morning.
My apartment complex has a garage, but there's also a ton of street parking since there are so many bars and restaurants near me.
I would say the proximity to everything. I am surrounded by some of the best restaurants in Birmingham and I live right across from Highland Park which is a beautiful place to take a study break. On the other hand, I'm less than 10 minutes from The Summit, Railroad Park, and the rest of downtown. I can make it to Volker pretty quickly if I wake up late for class but I also get to leave the downtown area for a more relaxed setting every night when I come home.
It's really family-friendly and pet-friendly! It is full of dog-walkers and little kids all the time. My apartment is pet-friendly and has a dog park attached to it and there are a lot of little kids and young families who live in my building.
I live at home in Mountain Brook with my parents and two of my siblings. It's really nice because the rent is free.
In a house. There are some apartments available closer to downtown Mountain Brook, but I'd say the majority of the residential area is houses.
There are plenty of choices for grocery stores and restaurants nearby.
The biggest downside is that I can't study at home because there are always people around. But, there are plenty of coffee shops and libraries close by if I want to get away from Volker and still study.
Within 10 minutes or less!
I drive to class every day and my commute is 8-10 minutes depending on the traffic.
There is plenty of parking because most people have driveways.
I enjoy the neighborhood feel – I can go for a run or take my dog for a walk anytime. I definitely encourage you to consider living at home if you have the option!
Yes – I enjoy the ability to take my dog for a walk easily due to the access due to sidewalks, etc.


text:
Priodontognathus phillipsii es la única especie conocida del género dudoso extinto  Priodontognathus (gr. "quijada serrada") de dinosaurio tireóforo nodosáurido, que vivió a finales del período Jurásico, hace aproximadamente 156 millones de años, en el Oxfordiense, en lo que es Europa. Fue encontrado en la Arenisca Calcárea Baja de Yorkshire, Inglaterra. Es un género dudoso basado en un maxilar, que ha sido erróneamente mezclado con los iguanodóntidos y los estegosáuridos. Como todo anquilosauriano, Priodontognathus debió haber sido un herbívoro cuadrúpedo, compacto y bajo que se protegía con una armadura de ataques de depredadores.

El paleontólogo inglés Harry Seeley, fue quien describiera el género, mencionando primero el maxilar holotipo, SMC B53408, en 1869.  Seeley estaba compilando en ese momento un catálogo de los fósiles del Museo Woodwardian . Parte de estos formaron la Colección Forbes que, tras la muerte de James Forbes-Young, en 1862 había sido donada a la Universidad de Cambridge por sus hijos Charles Young y Henry Young. La procedencia es desconocida sin embargo se cree que fue encontrado cerca de la costa de Yorkshire. Inicialmente lo colocó referido al Iguanodon, y lo llamó I. phillipsii. Por 1875, lo reconoció como un género diferente y llamó al género Priodontognathus, por la forma de los dientes. El nombre se deriva del griego prion, "sierra", odous, "diente" y gnathos, "mandíbula", en reconocimiento a la forma de sus dientes. Debido a que los dientes de reemplazo aún no habían salido, sus dentados no se habían desgastado y se podían ver muchas denticulas afiladas, con forma de puntas de sierra.

Debido a que los dinosaurios armados eran poco conocidos en su tiempo, él no pudo compararlo con otros géneros y a la luz de esto no es de extrañar que posteriormente en 1893 fuera mezclado con el estegosáurido Omosaurus, hoy Dacentrurus, como Omosaurus phillipsii. Por ese tiempo nombró a una especie erróneamente Omosaurus phillipsi basándose en un fémur, YM 498 y al parecer asignó tentativamente a Priodontognathus a esta especie, a pesar de tener el mismo nombre específico (ver aquí), estando basado en material no comparable.

Con pasar del tiempo, fue generalmente considerado como un estegosáurido, aunque al menos un autor reconociera que no era así y lo asignara a "Acanthopholididae", que luego sería conocida como Nodosauridae. Alfred Sherwood Romer lo reconoció como un anquilosauriano, pero lo sinonimizó con Hylaeosaurus.

Peter Galton relanzó al nombre en 1980 y estableció que se trataba de un género separado, al compararlo con Priconodon y Sauropelta y asignarlo a Nodosauridae. Habiéndose aceptado que se trata de algún tipo de anquilosauriano, su validez está discutida, considerándoselo Nomen dubium.
La doble "i" al final del nombre de especie de Priodontognathus y "Omosaurus" phillipsii es una antigua formulación que hoy en día no se realiza. La extra "i" no ha sido formalmente removida, pero algunos auores la quitan. Por lo anteriormente mencionado tanto "Omosaurus" como Priodontognathus phillipsi, son referido a "Iguanodon" phillipsii.

"Omosaurus" phillipsii
Como fue mencionado, Seeley llamó a un fémur Omosaurus phillipsii en 1893, que es confundido con el Priodontognathus, debido a la discusión en el mismo artículo (y consideración posiblemente como el mismo género), y debido a ello tienen el mismo nombre de especie. Omosaurus phillipsii, es conocido hoy como "Dacentrurus" phillipsii u "Omosaurus" phillipsii (dependiendo del autor, lo consideran dudoso o no), una dudosa especie de estegosáurido del Miembro Malton Oolite de la Formación Coralline Oolite, Slingsby, Yorkshire del Norte. Galton (1983) encontré que no posee características diagnósticas, y su mayor significancia es de que se trata del único género conocido de estegosáuridos del Oxfordiano. El fémur, que se encontraba en tres piezas, pertenecía a un individuo juvenil.

Referencias

Enlaces externos

 Priodontognathus en la Dinosaur Encyclopaedia de Dino Russ's Lair (en inglés)

Dinosaurios dudosos
Ankylosauria
Dinosaurios del Jurásico
Dinosaurios de Europa


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If you plan to stay, make sure you have all of the supplies necessary to be on your own for at least 72 hours. If you are planning to go to an evacuation shelter, have your shelter supplies kit packed and ready. Make sure you have all the materials on hand to protect your home. You should also trim dead wood from trees. Don't forget to make arrangements for pets. Print and save this page for future reference. You may not have power if a storm is approaching.
Fuel your car. You will need it to evacuate and pumps don't work without electricity.
Bring in outdoor objects such as lawn furniture, toys and garden tools.
Install your storm shutters or cover windows with plywood and secure all doors.
Prepare boats as appropriate (click here for more information).
Turn refrigerators and freezers to the highest settings.
Turn off small appliances that are not needed.
Call an out-of-town friend or relative to let them know of your plans. Then instruct other family members to call that person for information about your family after the storm.
Get an extra supply of cash. Banks and ATMs may not be operational immediately after the storm.
Prepare Insurance Information (click here for more information).
Those of us who live along the Florida Gulf Coast should track every Atlantic hurricane or tropical storm. Many times, we will need to begin making preparations before the storm ever enters the Gulf of Mexico. When tracking a storm, remember that a hurricane is not just a point on a map. Usually the coordinates of the center of the storm are given so that you can track it on your map, however, hurricanes can have tropical storm force winds over 200 miles from that center and even hurricane force winds over 75 or 100 miles from the center. We must remember that hurricane forecasting is not an exact science and they don't always go where predicted.
Issued when tropical storm conditions are possible in the specified watch area, usually within 36 hours.
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text:
Q: Jquery Ajax send tinyMCE html to php page Hey all i seem to be having problems with getting the full HTML code from the tinyMCE box when sending over to my PHP page to save to the database.
My Ajax code is this:
console.log('type=' + theType + '&rID=' + theReplyID + '&email=' + $('#email').val() + '&name=' + $('#name').val() + '&fb=' + FB + '&com=' + tinyMCE.activeEditor.getContent());
    $.ajax({
        type: "post",
        url: "post.php",
        cache: false,
        data: 'type=' + theType + '&rID=' + theReplyID + '&email=' + $('#email').val() + '&name=' + $('#name').val() + '&fb=' + FB + '&com=' + tinyMCE.activeEditor.getContent(),
        success: function(data,status){
            showMsgBox('Your comment has been posted!','OK','blue');
        },
        error: function(xhr, desc, err){
            showMsgBox('Error while saving comment data','OK','red');
        }
    });

The console.log outputs the correct test data:
type=C&rID=&email=test@here.com&name=david dev&fb=na&com=
this is just a test

here

and here

But when it saves it to my database it only has:

this is just a test

My PHP page looks like this:
<?PHP
   $type = $_POST['type']; //R(reply) or C(comment)
   $email = $_POST['email'];
   $name = $_POST['name'];
   $fb = $_POST['fb'];
   $comment = $_POST['com'];

    $dbhandle = mysql_connect("xx.xxx.xxx.xxx", "xxxxx", "xxxxx") or die(mysql_error());
mysql_select_db("Gvth") or die(mysql_error());

$result = mysql_query("SELECT * FROM UserInfo WHERE Email = '" . $email . "'");
$count = 0;

while($row = mysql_fetch_assoc($result)) {
    $count++;
    $id = $row["id"];
}

mysql_close($dbhandle);

   $dbhandle = mysql_connect("xx.xxx.xxx.xxx", "xxxxx", "xxxxx") or die(mysql_error());
    mysql_select_db("Gvth") or die(mysql_error());

    $result = mysql_query("INSERT INTO UserComments (UserInfoID,Comment,ImageUploaded,commentID,accepted,dt)
    VALUES (" . $id . ",'" . $comment . "','na'," . $id . random_numbers(4) . ",1,'" . date('Y-m-d g:i:s',time()) . "');");
    mysql_close($dbhandle);

A: if you want to create your querystring by hand (which i don't recommend), you will have to make sure al special chars like & are url-encoded. You can do this with encodeURIComponent.
So please change
data: 'type=' + theType + '&rID=' + theReplyID + '&email=' + $('#email').val() + '&name=' + $('#name').val() + '&fb=' + FB + '&com=' + tinyMCE.activeEditor.getContent(),

to
 data: 'type=' + theType + '&rID=' + theReplyID + '&email=' + $('#email').val() + '&name=' + $('#name').val() + '&fb=' + FB + '&com=' + encodeURIComponent(tinyMCE.activeEditor.getContent()),

An even better way to pass data with jQuery post is to pass an object to data instead of a querystring. Like so:
data: {type: theType, rID: theReplyID, email: $('#email').val(), name: $('#name').val(), com: tinyMCE.activeEditor.getContent() },

This way, you won't need to escape any special characters.
Also, on the server side (in your PHP script) you should always escape user-posted data before inserting it to your database, with mysql_real_escape_string() like Miguelo mentioned.

A: You can add a class to all of the form data you want to use. Something like .formdata
Then, you can do this in place of the written out object:
$('.formdata').serialize();

That will create the object for you.
As for working with tinyMCE, I used to use this before I attempted to save the data.
tinyMCE.triggerSave();

redpajama_set_name: RedPajamaStackExchange


The most recent forms of e-participation seem to provide new issues that need to be discussed. One such discussion involves the role of GIS. Can an ethically aware GIS be conceived? What does it mean for a GIS to be ethical at all? Throughout this paper, first the authors create a theoretical framework to encompass four key elements that lead us to the definition of ethical digital mapping: GIS ethics, social justice, power, and participation. Then they introduce the concept of PPGIS (Public Participation GIS), and argue that only a 'qualitative turn' can enhance their importance in decision-making processes. Finally, the authors discuss an experiment that is currently taking place in Palermo, Italy, to debate the opportunities qualitative PPGIS may grant.
This paper is the result of the joint researches of a geographer and a planner1, and it focuses on a topic that is by itself at the threshold between GIScience and ethics. Such assumptions could seem to lead the paper on a dangerous track, as these themes definitely deserve disciplinary-specific discussions. However, we believe that the key question of what can be called 'ethical e-participation' requires first and foremost an interdisciplinary (Albro & Richardson, 2012; Richardson, 2013) and thorough reflection on ethics in planning, and "ethics is hard stuff, as Socrates realized and ethicists ever since have understood" (Koch, 2006, p. 4).
Despite some recent progresses (Campbell & Marshall, 1999; Sanyal, 2002; Watson, 2003 and 2006; Hendler, 2005; Campbell, 2006 and 2012; Lo Piccolo & Thomas, 2008 and 2009), researches on ethics within the planning discipline can be still considered a niche; yet, some scholars in the past produced interesting analyses, though mostly based on the Anglo-American context (Klosterman, 1978; Howe & Kaufman, 1979; Kaufman, 1981; Howe, 1990 and 1994; Harper & Stein, 1992; Hendler, 1995; Campbell & Marshall, 2000). Other disciplines cognate to planning—such as the built environment disciplines (Wilkinson & Morton, 2007), geography (for a critical view on these positions see Smith, 2000; Valentine, 2005; Askins, 2008), or public administration studies (see Brainard, 2003 for an analysis of citizen organizing related to health care issues; Calista & Melitski, 2007 for some critical comments on the use of ICTs in public administration; Roman, 2013 for his five major critical questions on e-government ethics)—have proposed more readings and insight on this subject (Lo Piccolo & Thomas, 2009, p. 2). Still, we believe that the combined and interdisciplinary use of planning, geographic and other scholarly literature can help us further the debate on what ethical e-participation is, or should be. After all, geography and planning are each other's alter ego (Phelps & Tewdwr-Jones, 2008).
Moving from the field of generic planning-related ethics to the arguably even more complex fields of e-participation (Buchanan, 2012) and GIS-related ethics, we think that new and upcoming issues need to be addressed, and questions have to be raised. First, can an ethically aware GIS be conceived? What does it mean for a GIS to be ethical at all? How does this relate to planning research, and which particular approach to ethics should it emphasize? Last but not least, if we try to adapt the general idea of what e-participation should be to some local experiences, which show the complete absence of any collaborative approach from local institutions, how should we construct and apply any form of (e-)communicative ethics? How can we conduct an 'inclusive' research in such a context, starting with contradictory (or weak) requests by either institutions or disadvantaged groups?


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